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2024-11-19 Council PPW Committee
Agenda Edmonds City Council PARKS AND PUBLIC WORKS COMMITTEE CITY COUNCIL CONFERENCE ROOM 121 - 5TH AVENUE N, EDMONDS, WA 98020 NOVEMBER 19, 2024, 1:30 PM Edmonds City Council Agenda November 19, 2024 Page 1 COUNCIL COMMITTEE MEETINGS ARE WORK SESSIONS FOR THE COUNCIL AND CITY STAFF. COMMITTEE MEETING AGENDAS DO NOT INCLUDE AUDIENCE COMMENTS OR PUBLIC HEARINGS. PERSONS WISHING TO JOIN THIS MEETING VIRTUALLY IN LIEU OF IN-PERSON ATTENDANCE CAN CLICK ON OR PASTE THE FOLLOWING ZOOM MEETING LINK INTO A WEB BROWSER USING A COMPUTER OR SMART PHONE: HTTPS://ZOOM.US/J/95798484261 OR JOIN BY DIAL-UP PHONE: US: +1 253 215 8782 WEBINAR ID: 957 9848 4261 STAFF AND COUNCILMEMBERS ATTEND COMMITTEE MEETINGS VIRTUALLY, AND MEMBERS OF THE PUBLIC ARE ENCOURAGED TO ATTEND THE SAME WAY. IF MEMBERS OF THE PUBLIC CANNOT ACCESS THE VIRTUAL COMMITTEE MEETINGS WITH THEIR PERSONAL DEVICES, A MONITOR IS PROVIDED AT THE CITY COUNCIL CONFERENCE ROOM AT 121 5TH AVE N, EDMONDS WA. COMMITTEE MEMBERS: SUSAN PAINE (CHAIR), MICHELLE DOTSCH, COUNCIL PRESIDENT (EX - OFFICIO MEMBER) 1. CALL TO ORDER 2. COMMITTEE BUSINESS 1. Boys & Girls Club Building Design - Second Review (20 min) 2. Yost Park Update (5 min) 3. Int'l District Banner Update (10 min) 4. Creative District Gateway Art Project (10 min) 5. Presentation of an Interlocal Agreement with Snohomish County and Mountlake Terrace, to renew an on-going water quality monitoring program for Lake Ballinger (10 min) 6. Subaward Safety Action Plan Agreement between Puget Sound Regional Council and City of Edmonds (10 min) 7. Presentation of Professional Services Agreement Supplement for Phase 12 (2025) & 13 (2026) Sewer Replacement (10 min) 8. Frances Anderson Center Investment Grade Audit (10 min) Edmonds City Council Agenda November 19, 2024 Page 2 9. Proposed Ordinance Amending ECC 18.00.050 & 18.00.060 (10 min) ADJOURNMENT City Council Agenda Item Meeting Date: 11/19/2024 Boys & Girls Club Building Design - Second Review Staff Lead: Angie Feser Department: Parks, Recreation & Human Services Preparer: Angie Feser Background/History The City of Edmonds and the Boys & Girls Club of Snohomish County (BGCSC) have a Ground Lease Agreement (Attachment #4) which allows for construction of a new facility in the allocated 12,000 square foot area within Civic Center Playfield Park. This agreement, approved in February 2023, requires the City Council's review and approval of the proposed building design at two different development phases. The first one, including a Public Hearing was completed July 2023. This is the second review of the developing building design and an opportunity for BGCSC to share their responses to the council's previous design concerns, questions and suggestions ensuring they were adequately addressed. Attached are the updated design drawings including elevations (Attachment #1) and BGCSC’s details responses to the 2023 Council’s comments (Attachment #2). One new design element is being proposed located outside the BGCSC’s allocated footprint and is within the park. It is a short concrete stairway which allows building users to better access Civic Park. An illustration (Attachment #3) is attached showing the proposed stairs. If Council supports this small renovation of the park, it will be formalized later along with other park impacts during the future construction of the new building in an agreement between the City and BGCSC. It is important to note this is only a review of the aesthetics and design of the building as it relates to Civic Center Playfield Park and surrounding area and not a part of the required formal building permit process. Representatives from BGCSC will be present during the meeting to answer questions and provide additional information. Staff Recommendation Staff recommends the Parks & Public Works Committee review the materials and either move this item forward to consent or regular agenda (council presentation) at the next available council meeting. Narrative The Boys and Girls Club of Snohomish County has occupied the Field House since 1968 with an initial arrangement with the Edmonds School District. Although the property was not purchased by the City of Edmonds until 2016, the City had a property lease with the School District starting in 1975 for the entire park site including the Field House. In 2010, the City and BGCSC entered into a five (5) year Building Use Agreement for the Club's use of the Field House. This agreement included a five (5) year extension clause which was executed in both 2015 and 2020. 2.1 Packet Pg. 3 Attachments: City of Edmonds - Boys and Girls Club Ground Lease BGC Building Plans 2023 Council Comments - BGC Responses Access Stairs in Park 2.1 Packet Pg. 4 2.1.a Packet Pg. 5 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 6 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 7 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 8 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 9 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 10 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 11 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 12 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 13 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 14 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 15 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 16 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 17 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 18 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 19 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 20 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 21 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 22 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 23 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 24 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 25 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 26 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 27 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 28 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 29 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.a Packet Pg. 30 At t a c h m e n t : C i t y o f E d m o n d s - B o y s a n d G i r l s C l u b G r o u n d L e a s e ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A3.3 EX T E R I O R R E N D E R S Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 31 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A3.4 EX T E R I O R R E N D E R S Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 32 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A3.1 EX T E R I O R E L E V A T I O N S Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 33 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A3.2 EX T E R I O R E L E V A T I O N S Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 34 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A2.1 MA I N F L O O R P L A N Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 35 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) A2.2 UP P E R F L O O R P L A N Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 2.1.b Packet Pg. 36 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 6T H A V E N U E 6T H A V E N U E 7T H A V E N U E 7T H A V E N U E 6 T H A V E N U E N . 7 T H A V E N U E N . SITE 6 T H A V E N U E N . Job Number: 22c-4396 Drawing: Da t e : Fo r : 28 1 2 C o l b y A v e n u e Ev e r e t t W A 9 8 2 0 1 (4 2 5 ) 2 5 2 - 2 1 5 3 p ww w . 2 8 1 2 a r c h i t e c t u r e . c o m A N E W B U I L D I N G F O R : Co n t e n t s : TH E B O Y S & G I R L S C L U B S O F SN O H O M I S H C O U N T Y 31 0 6 t h A V E N U E N O R T H ED M O N D S W A S H I N G T O N 9 8 0 2 0 A1.1 SI T E P L A N 2.1.b Packet Pg. 37 At t a c h m e n t : B G C B u i l d i n g P l a n s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2812 Colby Avenue Everett WA 98201 (425)252-2153 www.2812architecture.com November 8, 2024 EDMONDS BOYS & GIRLS CLUB Council Meeting Summary from June 20, 2023, and July 05, 2023 This is a summary of responses to each of the Council members’ requests and questions associated with the Schematic Design review meetings conducted on the dates above. An outline of responses from the Boys & Girls and the design team is also incorporated. The project was presented to the council by Bill Tsoukalas (Executive Director – Boys & Girls Clubs of Snohomish County) and Adam Clark (Architect and Owner of 2812 architecture). Council member requests and responses associated with the June 20 meeting are as follows: Councilmember Nand • Why there were no ground level windows on the north side of the building? Response: The gym is located on the north side of the building. Windows are located up high on this façade to provide natural light. Ground level windows would prevent a safety hazard to users of the gymnasium. • Edmonds’ downtown historic business district, she has seen new buildings replacing old buildings; the style people in Edmonds enjoy is the charming red brick façade like the Carnegie Library. If the design is not completely tied to the brown brick, she suggested red brick may be a way to incorporate design elements of the previous building in the new building. Edmonds does a good job with historic, interpretive signs on buildings that have replaced historic buildings explaining to the public what was there before. That could be done to provide historical acknowledgement and design elements. People are used to seeing a large red brick building here; using red brick on the new building could make it look less brutalist and more vintage looking. Response: The existing club is indeed red, but it is not a brick building. We did consider brick in the overall design. The natural colors proposed for the CMU and other exterior elements are intended to help tie the building into the surrounding park and complement the surrounding neighborhood. We do hope to utilize some of the existing gym floor in the new club, which will provide a nod to the history. Interpretive signs and other elements related to the history of the site are also being planned to be incorporated into the overall project. Council President Pro Tem Olson • Passed on a comment emailed by a resident regarding whether retaining the façade would be an option and building beyond it. She recalled the façade would not be in same plane it was currently. Council President Pro Tem Olson recognized that suggestion may be impractical, but there are people with comments about the historical reference. 2.1.c Packet Pg. 38 At t a c h m e n t : 2 0 2 3 C o u n c i l C o m m e n t s - B G C R e s p o n s e s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2812 Colby Avenue Everett WA 98201 (425)252-2153 www.2812architecture.com Response: The existing building is in a different plane as noted above. It is also a wood framed building that is over 100 years old. To revitalize the existing structure would be as costly as building a new building due to the various upgrades required (seismic, energy, life safety etc.). The existing building is also not large enough to serve the current needs of the Boys & Girls Club as well as a new building. • She noted in the west facing rendering does not reflect the garage doors shown in the elevation drawings. She asked if that was because the garage doors were the result of a recent suggestion. Response: The doors were added as an element requested by one of the council members. They do provide windows at street level as suggested in the city design standards and are shown in the current renderings. We are currently looking at other ways to meet the design standards. • Recalled when that suggestion was made at a committee meeting, she loved the indoor/outdoor feel and opportunity to have the doors open. Now she wondered if the garage doors created a security issue with kids being able to run out onto the sidewalk. She asked if the doors were a good idea since the doors do not face the park and the area is not fenced. Response: In the existing building, kids are inside and outside but always supervised. If the doors were up, there would be adequate staffing to ensure kids were not wandering off and/or individuals did not wander in from the street. See response above regarding the doors. Councilmember Paine • Referred to the building exceeding the height limit and asked if the gym could be countersunk into the ground, so height was not an issue. Response: The building height has been reduced to 30’ (25’ is the height limit in this zoning designation) Countersinking the building is a possibility, but there are serious ground water issues in the park which was why the gym is proposed to be at sidewalk level. • Asked if the building was on the Edmonds historic registry or has it just existed for 100 years. Response: It is an iconic building, but it is not on the registry. • Solar panels are essential, not so much design but as an implementation feature; they are good for the environment and the community and would set a good example. Response: Solar panels are planned to be incorporated into the project. • When will the facility be completed? Response: Construction will take 10 -12 months. Construction will start after the permit process is completed which is anticipated to occur in Spring of 2026. The facility has to go through design review and a conditional use hearing prior to applying for building permits. These two processes are anticipated to be completed by Spring of 2025. Once completed, we will submit for building permits with the anticipation of being approved in the Spring of 2026. • Asked if the plan is to have the building at the edge of the property line and how wide the sidewalk would be. Response: The sidewalk width will remain unchanged from its current width. The club portion of the building will be up to the property line, the gym is set back about two feet. Councilmember Teitzel 2.1.c Packet Pg. 39 At t a c h m e n t : 2 0 2 3 C o u n c i l C o m m e n t s - B G C R e s p o n s e s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2812 Colby Avenue Everett WA 98201 (425)252-2153 www.2812architecture.com • The HPC looked at designating the BGC building as historic, but it did not qualify because it has been extensively remodeled. It is not historic from that standpoint although it is treasured in the community. With regard to a question Council President Pro Tem Olson asked via email, he asked if having the western wall of the building at the edge of the sidewalk would comply with the lot coverage restrictions. He recalled a certain amount of impervious surface was allowed and asked if allowing the west wall to be at the edge of the sidewalk within the existing setback would still meet the lot coverage requirements. Response: (Ms. Fesler) The northwest corner is exempt from grant requirements related to imperious surface which is why the tennis, pétanque and basketball courts and the BGC are in that corner. Councilmember Buckshnis • She liked the idea of utilizing the old façade, recalling discussions about putting something on the north wall facing the park such as a living wall. Response: The north wall is a perfect place to dress up the building; the five panels could include scenes, images of the original building, etc. The Boys & Girls Club is open to adding art or historical displays on this side of the building. Councilmember Chen • Commented that the new Boys & Girls Club has been a long time coming and it was exciting to see something happening. He asked if the building will have community meeting space for use by other nonprofits. Response: The space will be available for use outside the BGC’s hours; the ground floor is an open floor plan which could provide an opportunity for groups to hold meetings and there are restrooms and a kitchen on that floor. The gym will also be available for public use outside of times when B & G programs are being conducted. • Observed the building appears to be a brick structure and asked if the design would be earthquake resistant. Response: The CMU block is a façade on the outside of the structure; the main structure will be wood framing with steel cross-bracing. The building will be required to meet all code-related seismic regulations. Council member requests and responses associated with the July 05 meeting are as follows: Council President Pro Tem Olson • COUNCIL PRESIDENT PRO TEM OLSON MOVED, SECONDED BY COUNCILMEMBER TEITZEL, TO APPROVE THE DESIGN AS IT RELATES TO THE PARK WITH CAVEATS, POINTING OUT DISCREPANCIES WITH THE EDMONDS CIVIC PARK PLAYFIELD DESIGN GUIDELINES ON PAGE 3, SECTION 1, MASSING AND ARTICULATION, AND SECTION 5, ROOFLINE AND ROOF MOUNTED EQUIPMENT. Identified at least two caveats and possibly other council members could add to the lists of caveats; there are items in the Civic Field Park Playfield Design Guidelines that this design does not meet. She was unsure the original author of the design guidelines, and if the ADB, staff or planning board via the public hearing process decided to deviate from the design guidelines, she would not personally take offense, but she did not support council approving a design that does not meet elements of the design guidelines. Her motion to approve the design as it relates to the park with those two specific caveats 2.1.c Packet Pg. 40 At t a c h m e n t : 2 0 2 3 C o u n c i l C o m m e n t s - B G C R e s p o n s e s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2812 Colby Avenue Everett WA 98201 (425)252-2153 www.2812architecture.com where it does not meet design guidelines allows the BGC to continue to move forward and gives a heads up to the entities that receive this approval that those are two specific areas the council highlighted. Response: The Design Review Board will review compliance with the Civic Field Park Playfield Design Guidelines. The overall design requires the approval of the board. • Commented an indoor graffiti wall was a good, creative solution as was a meditation space. She suggested the pétanque courts, when not in use, would be a good place for meditation. With regard to having this level of design reviewed by the ADB, she wondered if the ADB would be willing to have an informal conversation to provide early input to the BGC which could help expedite later stages. She summarized that might be of value if staff could make it happen. Response: The design team and B & G are open to early dialogue with the DRB, but we have not yet had an opportunity to do this. Councilmember Paine • Commented her children attended the BGC and she agreed it was difficult to reach the upper floor. The building has been well loved by the community and has served its purpose. She appreciated that the building would be LEED which guarantees some sustainability of materials, etc., which was very appropriate. She liked the idea of collaborating with the ECA to have artwork on both buildings that pulls them together visually. In her mind, solar panels were a giant plus. She agreed compliance with the current code was paramount. Building height is an area of focus and she agreed the guidelines do need to be followed. She summarized it was an exciting project that will be refined by other processes. Response: The Design Review Board will review compliance with the Civic Field Park Playfield Design Guidelines. The overall design requires the approval of the board. • Referred to the Civic Park Design Guidelines that were referenced and asked if they were guidelines or requirements. Ms. Feser answered they are guidelines, strong suggestions, ideas, concepts or practices that were envisioned to help the building fit aesthetically into the park. The guidelines were developed by Walker Macy during the park master planning process to create guardrails for the BGC if their building was renovated or rebuilt to help the structure fit within the park. Mr. Tsoukalas commented that the guidelines and the design were not developed in parallel timeframes. When Walker Macy was going through the design phase, the BGC was still contemplating whether they would stay at Civic Park. If the guidelines and the BGC design had been developed on simultaneous timelines, the guidelines may have been different. Response: The Design Review Board will review compliance with the Civic Field Park Playfield Design Guidelines. The overall design requires the approval of the board. Councilmember Buckshnis • Commented on the Civic Field Park Playfield Design Guidelines were developed in 2018 when there was not a clear idea of the BGC's plans so she understood why Walker Macy was very conservative in the design guidelines document. With regard to height, she referred to the variance process such as was granted for the Waterfront Center. She agreed the guidelines were important, but the gym could not be 2’ feet short. She referred to a citizen’s recommendation that this goes to the Architectural Design Board (ADB). 2.1.c Packet Pg. 41 At t a c h m e n t : 2 0 2 3 C o u n c i l C o m m e n t s - B G C R e s p o n s e s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2812 Colby Avenue Everett WA 98201 (425)252-2153 www.2812architecture.com Response: The Design Review Board will review compliance with the Civic Field Park Playfield Design Guidelines. The overall design requires the approval of the board. The building height issue will be addressed as part of the Conditional Use Permit process. It should be noted that the minimum clear interior height for a volleyball court is 23’. With structure and roof slope, the 25’ maximum zoning code height will need to be exceeded in order to have a regulation height gymnasium. Councilmember Nand • Thanked the BGC for incorporating the feedback from the public hearing and from the city council. Noting there is a significant footprint on top of the gymnasium which may be reduced by the placement of solar panels, she asked if there was an opportunity for rooftop access such as a meditation space, community garden, etc. With activities geared toward children, there is an understanding that behavioral issues can be addressed by children having access to a calming environment and places to de- stimulate themselves. She asked if that could be incorporated into this design or would it be too challenging. Response: The option for a green roof was considered, but the utilization of solar is more important to stakeholders. Allowing people on the rooftop presents additional challenges because two exits would be required as well as elevator access to the roof which would extend the building height an additional 8-10 feet. There is also a safety concern with human use of the roof. Councilmember Chen • Recalled the graffiti in the $22M Civic Park and asked how that could be prevented on this building coupled with keeping kids safe. He suggested the addition of a fence or other ways to protect the building and also keep kids safe. He thanked the BGC for listening to the public comments about solar panels and agreed that would be a good feature. Response: Other BGC projects include an indoor graffiti wall where kids can express themselves without damaging the building. Councilmember Chen was hopeful those who were doing the graffiti would come inside and use the graffiti wall. It was also suggested that adding a graffiti coating to the building to make it easier to clean off. Fencing would reduce the overall square footage of the building due to current site constraints. Councilmember Teitzel • Commented looking from the west, it appears the roof is entirely flat. Councilmember Teitzel relayed his understanding the BGC will be asking for a 5-foot variance to accommodate the height of the gym. He asked about additional height if solar panels are added to the roof. Response: The roof is sloped behind the parapet to drain water to the north and south. There is a parapet that varies in height between 8” and 24” that surrounds the gym portion of the roof. Solar panels will add an additional 12”-18” above the roof surface. They would be screened by the parapet. It should be noted that the minimum clear interior height for a volleyball court is 23’. With structure and roof slope, the 25’ maximum zoning code height will need to be exceeded in order to have a regulation height gymnasium. 2.1.c Packet Pg. 42 At t a c h m e n t : 2 0 2 3 C o u n c i l C o m m e n t s - B G C R e s p o n s e s ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) 2.1.d Packet Pg. 43 At t a c h m e n t : A c c e s s S t a i r s i n P a r k ( B o y s & G i r l s C l u b B u i l d i n g D e s i g n - S e c o n d R e v i e w ) City Council Agenda Item Meeting Date: 11/19/2024 Yost Park Update Staff Lead: Angie Feser Department: Parks, Recreation & Human Services Preparer: Scott Passey Background/History N/A Staff Recommendation Information only. Narrative Staff will provide a status update on Yost Park. 2.2 Packet Pg. 44 City Council Agenda Item Meeting Date: 11/19/2024 Int'l District Banner Update Staff Lead: Frances Chapin Department: Arts Commission Preparer: Laurie Rose Background/History Starting in 2005, Economic Development, Engineering and Cultural Services worked together to apply for a federal Transportation Enhancements grant for the Edmonds International District (238th-224th) on SR 99, receiving the first of three awards in 2006. The project goals were to strengthen the International District identity through improving visual identity/aesthetics and pedestrian comfort with new gateway elements including new artist made pedestrian level lighting, new district identification signage on custom light poles, resurfacing of the island at 76th and the addition of a solar lit sculptural piece on the island as part of the gateway. With additional funding awarded in 2008 - 2011 the project was expanded to 14 custom light poles with 7 artist enhanced pedestrian lights. The artist, Pam Beyette, selected through a competitive process and approved by City Council in 2008, designed pedestrian level lighting lanterns called “Eight Paths of Light”. In addition to the custom red poles, and artwork lanterns, the project included a graphic district identification used on signage and banners that were added to the light poles. The project was completed and dedicated in early 2014. The temporary fiber banners, approximately 18” x 120”, were taken down about a year later. The original project intended to replace the fiber banners when worn, but replacement with standard temporary banner materials was impractical and hazardous because of the wear from windy conditions. The current project is to replace those banners with permanent artist designed cut metal banners.The Arts Commission identified permanent replacement banners as a placemaking opportunity to add art elements in the Hwy 99 corridor and approved use of additional funds from the municipal arts fund for this purpose. City Council approved the artist RFQ and funding for the project in 2023. To ensure consistency of fabrication and installation meeting City defined standards the banners are designed by artists but fabrication and installation will be contracted out by the City as done with gateway signage projects. Staff Recommendation Provide update at full Council showing recommended final banner designs and placement for approval. Narrative Twenty-one artists responded to the City Council approved RFQ for design work and 7 were selected to create concepts. After review of 21 concepts, 5 artists were selected to create final designs. The selection panel included two City Councilmembers (Susan Paine and Jenna Nand), two Arts Commissioners (Richard Chung and Katie Leute) and a member of the International District community (Robert Ha). Eight final designs were selected and developed for fabrication. The next phase of the 2.3 Packet Pg. 45 project is for the City to proceed with fabrication of the artist designed banners and contract for installation. Designs to be fabricated in cut metal will be viewable from both sides and the range of artist themes includes reflecting the cultural and environmental contexts of the Edmonds International District. The designs shown are by 5 artists, with 6 of the designs repeated twice and two designs used on one banner each, for a total of 14 banners. The multiple ethnic and cultural traditions of the International District are reflected in the various designs, from textile to print patterns, Hispanic to Japanese and Filipino, with additional references to the nearby habitats of lake and forest. The five artists are Romson Regarde Bustillo, Rebecca Elaynow, Stuart Nakamura, June Sekiguchi, and Gabrielle Wildheart. Attachments: Hwy. 99 Banner Designs Hwy. 99 Banner Locations 2.3 Packet Pg. 46 Hwy. 99 Banner Graphics- Panel Collection- 14 Qty 2.3.a Packet Pg. 47 At t a c h m e n t : H w y . 9 9 B a n n e r D e s i g n s ( I n t ' l D i s t r i c t B a n n e r U p d a t e ) Hwy. 99 Banner Graphics- Panel Locations 2.3.b Packet Pg. 48 At t a c h m e n t : H w y . 9 9 B a n n e r L o c a t i o n s ( I n t ' l D i s t r i c t B a n n e r U p d a t e ) City Council Agenda Item Meeting Date: 11/19/2024 Creative District Gateway Art Project Staff Lead: Frances Chapin Department: Arts Commission Preparer: Laurie Rose Edmonds was designated as the first State certified Creative District at the end of 2018 by the Washington State Arts Commission (ArtsWA). ArtsWA provides grants to the Creative Districts to advance arts and culture in their districts. In 2024, Edmonds received a grant to provide a visual art installation as a key placemaking element in Anway Park, a gateway to the Creative District located by the ferry holding lanes. The funding for the state grant is matched by a donation from the Edmonds Arts Festival Foundation and the project must be completed at the end of June 2025. The goal of the project is to draw in visitors with an engaging artwork installation that reflects community creativity and promotes Edmonds as a vibrant hub for cultural activities and creative businesses. The location next to the busy ferry lanes provides an opportunity for a creative visual installation that will bring focus to the arts and cultural elements integral to Edmonds Creative District. In addition to the artwork, informational elements about the Creative District will be located in the park. The project supports three main goals of the Edmonds Creative District: to enhance the creative identity of Edmonds; enhance creative experience and placemaking; and support retention and expansion of a strong creative sector through engagement in art. The Gateway Art Project will activate the space and provide a welcoming focal point for visitors who plan to return to the Creative District. In order to allow adequate time for the selected artist to fabricate and install the artwork, place review of the artist proposal recommended by Edmonds Arts Commission on the agenda December 10 for a public hearing and subsequent consideration of approval of the contract with the selected artist. Due to the terms of the grant which require completion of the project by the end of June 2025, the timeline for the project is very tight. A budget of $115,000 is available for the final design, fabrication and installation of the artwork by the selected artist/artist team. The budget includes, but is not limited to: artist fees, materials, fabrication, storage, delivery, foundation design/engineering, site preparation and foundation construction, insurance, travel, and sales tax. The selected artist/artist team will work closely with City staff on integrating the proposed artwork into the park property and landscape. The artist is being selected through an RFQ process. The selection panel includes members representing the Edmonds City Council, Edmonds Arts Commission, Edmonds Arts Festival Foundation, and Edmonds Creative District, plus a professional public artist who is a resident of Edmonds. The selection panel reviewed 21 submissions and selected three to develop concept proposals for the site. The three finalists are presenting their concept proposals to the selection panel at an in-person public meeting starting at 4:30 pm on November 22, 2024. Following the public meeting and review of public comments, the selection panel will reconvene to review the finalists’ concept proposals and select one artist for the commission. 2.4 Packet Pg. 49 The selected artist will be required to present their proposal to the Edmonds City Council for approval during a virtual or in-person Public Hearing followed by City Council consideration of approval of the contract with the artist. 2.4 Packet Pg. 50 City Council Agenda Item Meeting Date: 11/19/2024 Presentation of an Interlocal Agreement with Snohomish County and Mountlake Terrace, to renew an on-going water quality monitoring program for Lake Ballinger Staff Lead: Rob English Department: Engineering Preparer: Emiko Rodarte Background/History On June 11, 2019, staff presented this item to the Parks & Public Works committee and it was forwarded to the June 18th consent agenda for City Council approval. On June 18, 2018 City Council approved this item on the consent agenda. Staff Recommendation Forward item to the consent agenda for approval. Narrative This is a renewal of an existing ILA that will expire on December 31, 2024. Through staff work with the City of Mountlake Terrace, Snohomish County, and Lake Ballinger residents, a desire for continuous and on-going monitoring of the water quality health within Lake Ballinger was identified by both residents and staff. Employees and residents have worked to identify the most appropriate method of establishing a long-term program and have reached the conclusion again that a volunteer-based monitoring program which is overseen by trained technical staff from Snohomish County would be the most appropriate mechanism to monitor lake water quality. The ‘Lakewise Program’ administered through Snohomish County, manages several lakes throughout the County and has staff who are technically trained in lake water quality data gathering and reporting. The proposed program utilizes the County’s technical staff to properly train lake residents in methods of gathering samples and following required chain of custody for date validation. Snohomish County staff will review the water quality data and provide a full report annually, along with a quick summary ‘water quality report card’ for the lake. The information and data will also be publicly available on the County water quality database webpage. Through the previous iteration of the ILA, volunteer residents have been identified, trained, and have filled their designated role of Water Quality Monitors. These volunteers will continue in their role as the Lake Ballinger Water Quality Monitors. Staff hopes to also add more volunteers as the program continues. 2.5 Packet Pg. 51 The City of Edmonds will share all costs of the program equally with the City of Mountlake Terrace. Edmonds direct costs for 2025 are limited to $3,012.50, which is covered by the annual stormwater budget for Lake Ballinger related work that is part of our NPDES permit. Future years will require the County to provide cost estimates for written City approval prior to commencing work. At the same time, by the agreement, it also includes a ‘max cost’ clause so that the program cannot cost more than $50,000, with the City’s share being $25,000 before its expiration on December 31, 2029. These costs are within currently projected annual budget amounts in the stormwater utility fund and would not require additional funding to support. At the end of this ILA, on December 31, 2029, the City can consider the option to continue the program or allow it to expire. In addition, the agreement does include several potential additional services which are currently outside of staff technical abilities, and which the City can request in writing when needed. The ability to tap into those services, gives staff and residents better flexibility to respond to concerns, algae blooms, or other issues which could arise quickly as lake conditions change. Attachments: Attachment 1 - ILA 2.5 Packet Pg. 52 AGREEMENT FOR LAKE MANAGEMENT pg. 1 AND WATER QUALITY SERVICES INTERGOVERNMENTAL SERVICES AGREEMENT FOR LAKE MANAGEMENT AND WATER QUALITY SERVICES This AGREEMENT FOR LAKE MANAGEMENT AND WATER QUALITY SERVICES (this “Agreement”) is made and entered by and between the CITY OF EDMONDS, a Washington municipal corporation, the CITY OF MOUNTLAKE TERRACE, a Washington municipal corporation, (together the “Cities”), and SNOHOMISH COUNTY, a political subdivision of the State of Washington (the “County”). RECITALS A. Lake Ballinger lies within the boundaries of the City of Edmonds and the City of Mountlake Terrace. B. Lake Ballinger is an important water resource for both the City of Edmonds and the City of Mountlake Terrace which provides opportunities for swimming, boating, fishing and aesthetic enjoyment. C. The Cities and the County recognize the importance of performing certain water quality monitoring services at Lake Ballinger. D. The Cities do not have the staff or resources to monitor water quality at Lake Ballinger. E. The Cities desire to retain the services of the County to perform certain water quality monitoring at Lake Ballinger and the County has the staff and resources to perform said services, all under the terms and conditions described in this Agreement. AGREEMENT NOW, THEREFORE, in consideration of the respective agreements set forth below and for other good and valuable consideration, the receipt and sufficiency of which are hereby acknowledged, the Cities and the County agree as follows: 1. TERM The term of this Agreement (the “Term”) shall commence upon execution (the “Commencement Date”) and shall expire on December 31, 2029 (the “Expiration Date”); provided, however, that both the Cities and the County’s obligations after December 31, 2024, are contingent upon local legislative appropriation of the necessary funds for this specific purpose in accordance with applicable law. 2. CATEGORIES OF SERVICES PERFORMED BY COUNTY AND RIGHT OF ENTRY During the Term of this Agreement, the County shall perform for the Cities the following services (collectively, the “Services”): (i) lake monitoring services, as more fully described in Section 3 below (the “Lake Monitoring Services”); and (ii) any additional services related to water quality or quantity issues that may be mutually agreed upon in writing by the 2.5.a Packet Pg. 53 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 2 AND WATER QUALITY SERVICES Cities and the County pursuant to Section 4 below (the “Additional Services”). The Services shall be performed in a good and professional manner, consistent with accepted industry standards and in accordance with both the substantive and procedural requirements specified in this Agreement. The Cities shall provide the County with reasonable access to any location where Services are to be provided. If the Cities are unable to provide such access, the County shall have no obligation to perform any Services under this Agreement unless and until the Cities provides reasonable access. 3. LAKE MONITORING SERVICES 3.1. Lake Water Quality Monitoring Beginning in 2025, the County, through the assistance of trained citizen volunteers, will perform basic water quality monitoring of Lake Ballinger two times per month from May through October of each contract year depending on volunteer availability. Basic monitoring will be conducted in the deepest portion of the lake and will consist of measurements of water clarity (Secchi depth) and near-surface water temperature, as well as observations of water color and algae abundance. Water column profiles for temperature and dissolved oxygen will also be taken as a part of basic monitoring per availability of a dissolved oxygen/temperature meter (meter). If the Cities provide a meter, the profiles will be included every year as part of basic monitoring. The County will provide basic maintenance of a Cities-provided meter, but will not be responsible for repairs. If the Cities do not provide a meter, then Lake Ballinger volunteers will be provided with a County meter at least every third year. The County will be responsible for all maintenance and repairs of County-provided instruments. The County will also provide more detailed monitoring of Lake Ballinger from June through September of each contract year including in months when a volunteer is not available. The detailed monitoring will be conducted in the deepest portion of the lake and will include water samples for laboratory analysis. The sampling depths and associated parameters to be analyzed are as follows: Parameter 1 meter 5 meter 15 meter Total Phosphorus (TP) X X X Soluble reactive phosphorus (SRP) X X X Total Persulfate Nitrogen (TPN) X Chlorophyll a X All monitoring will be conducted in accordance with the “Quality Assurance Monitoring Plan for the Snohomish County Lake Management Program” as updated. Citizen volunteers will be trained by the County in proper monitoring techniques and will be supervised by County staff. Water samples will be analyzed by a Washington State Department 2.5.a Packet Pg. 54 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 3 AND WATER QUALITY SERVICES of Ecology-accredited laboratory. The laboratory results are sent to the County in electronic format. The cost for all such services shall be as set forth in Section 5 below. 3.2. Reporting of Water Quality Data All data collected from Lake Ballinger will be summarized annually in two written reports that will be made available to the Cities and the general public. The first is a water quality report card, a short summary for the public of lake health. The second report is a more detailed report with a summary of all data collected through the monitoring program. The reports for a given calendar year shall be delivered to the Cities on or before March 15 after the close of the calendar year at issue. The reports will also be made available on Snohomish County’s website unless otherwise directed by the Cities. The raw water quality data shall be available on the County’s online water quality database following completion of quality assurance checks. Copies of the raw data shall also be provided to the Cities upon request. If requested by the Cities, County staff will also provide one annual public presentation on the condition of water quality in Lake Ballinger. The County will also provide comments on documents, reports, or grant proposals related to lake water quality that may be developed by the Cities for the management of Lake Ballinger. 3.3. Technical Assistance County staff will be available to respond to questions from the public and the Cities about the water quality conditions in Lake Ballinger via email or phone. The County will also provide plant identification services as requested. The County will refer all other inquiries, including those regarding lake management actions, to the Cities. 4. ADDITIONAL SERVICES 4.1. Desire for Additional Services The County and the Cities anticipate that, during the Term of this Agreement, the Cities may desire for the County to provide additional water quality monitoring or related services (the “Additional Services”) to the Cities, and the County may be willing to provide some or all of such Additional Services. By way of example, and not by way of limitation, the parties anticipate Additional Services could involve any one or more of the following: (i) sampling one or more water quality monitoring sites for additional or different water quality parameters at Lake Ballinger and/or its tributaries; (ii) monitoring of blooms of potentially toxic algae; (iii) commencement of other activities as requested or as mutually agreed that enhance the Cities’ water quality program. 4.2. Request for Additional Services Subject to the total cost limitation described in Section 5.4 below, at any time and from time to time during the Term of this Agreement, the Cities may request that the County perform one or more Additional Services. The Cities may request that such Additional Services be performed a specific number of times, or on an ongoing basis, for a single calendar year, or for multiple calendar years. The County may, but need not, agree to perform some or all of the 2.5.a Packet Pg. 55 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 4 AND WATER QUALITY SERVICES requested Additional Services under terms and conditions acceptable to both parties. Any agreement to add Additional Services must be memorialized in writing and signed by the City Manager of Mountlake Terrace or the Mayor of Edmonds and the County’s Director (as those terms are defined in Section 4.3 below). 4.3. Authority to Request and Approve Additional Services Subject to the total cost limitation described in Section 5.4 below, the City Manager of Mountlake Terrace and the Mayor of Edmonds shall have the authority to request, authorize and memorialize Additional Services on behalf of the Cities without the need to obtain additional approvals from the City Council of Edmonds or the Mayor of Mountlake Terrace. Subject to the total cost limitation described in Section 5.4 below, the Director of the County’s Department of Conservation and Natural Resources (the “County’s Director”) shall have the authority to agree to perform and memorialize Additional Services on behalf of the County without the need to obtain additional approvals from the County Executive. 5. COMPENSATION 5.1. Cost of Lake Monitoring Services in 2025 The Cities shall pay the County $6,025 in 2025 for the cost of Lake Monitoring Services. The City of Edmonds shall pay 50% of the costs ($3,012.50 in 2025). The City of Mountlake Terrace shall pay 50% of the costs ($3,012.50 in 2025). The Cities will be notified of costs for subsequent years as noted in Section 5.3 below. 5.2. Cost of Additional Services Unless specifically otherwise provided herein, the County shall be compensated for all Additional Services on a time and materials basis. The County’s time shall be calculated based on the base hourly rate of each of the individual County Personnel (as that term is defined in Section 6 below) performing the Services. The actual reasonable cost of benefits shall be added to the base hourly rate of all County Personnel. The time billed to the Cities shall consist only of personnel time that is actually spent and is reasonably required to perform the Services. The Cities shall reimburse the County for all reasonable costs actually incurred by the County in connection with performing the Services, including, but not limited to, laboratory fees. The Cities shall reimburse the County for the reasonable costs of materials and/or equipment the County uses in connection with performing any one or more of the Additional Services. Reimbursement for Additional Services will be split between the Cities, with each bearing responsibility for 50% of the costs incurred. 5.3. Cost of Services in Following Years Beginning in 2025, on or before October 1st of each year, the County shall provide the Cities with a written estimate for the total cost of performing the Services for the following calendar year. The Cities must provide written acceptance of the cost estimate to the County on or before November 1 of the year that the County’s cost estimate is provided. This 2.5.a Packet Pg. 56 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 5 AND WATER QUALITY SERVICES Agreement shall terminate on December 31st of the year that the County’s cost estimate is provided to the Cities if either: (1) one or both of the Cities do not provide written acceptance of the County’s cost estimate; or (2) one or both of the Cities rejects the County’s cost estimate. 5.4. Total Services Not to Exceed $50,000 Maximum Cost Notwithstanding anything to the contrary contained elsewhere in this Agreement, the total cumulative cost of all Services performed by the County under this Agreement shall not exceed Fifty Thousand Dollars ($50,000.00) (the “Maximum Cost”). Accordingly, if any proposal to add one or more Additional Services to this Agreement would cause the total cost of Services to exceed the Maximum Cost, the Cities shall not submit a request for such Additional Services to the County. Should the County receive a request for Additional Services that would cause the total cost of all Services to exceed the Maximum Cost, the County shall reject said request. 5.5. Invoicing and Payment The County shall submit one invoice to the Cities by October 1st of each year itemizing the cost of providing the Lake Monitoring Services for the current calendar year. The County shall also submit one or more invoices each year to the Cities for any Additional Services agreed to by the County and the Cities. Invoices for Additional Services shall describe in reasonable detail the cost of time and materials spent by the County on Additional Services during the period at issue. The Cities shall pay each invoice within thirty (30) days of receiving same. Invoices shall be emailed to the following addresses: City of Edmonds City of Mountlake Terrace Attn: Patrick Johnson Attn: Laura Reed 121 5th Avenue N 6100 219th Street SW, Suite 200 Edmonds, WA 98020 Mountlake Terrace, WA 98043 Pat.Johnson@edmondswa.gov LReed@mltwa.gov 6. INDEPENDENT CONTRACTOR All work performed by the County pursuant to this Agreement shall be performed by the County as an independent contractor and not as an agent or employee of the Cities. The County shall furnish, employ, and have exclusive control of all persons (including, but not limited to volunteers) to be engaged in performing the County’s obligations under this Agreement (collectively, the “County Personnel”) and shall prescribe and control the means and methods of performing such obligations by providing adequate and proper supervision. The County Personnel shall for all purposes be solely the employees, agents or volunteers of the County and shall not be deemed to be employees or agents of the Cities for any purpose whatsoever. With respect to the County Personnel, the County shall be solely responsible for compliance with all rules, laws, and regulations relating to employment of labor, hours of labor, working conditions, payment of wages and payment of taxes, such as employment, Social Security, and other payroll taxes including applicable contributions from the County Personnel when required by law. 2.5.a Packet Pg. 57 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 6 AND WATER QUALITY SERVICES 7. TERMINATION FOR CONVENIENCE This Agreement may be terminated by either party for any reason or for no reason, by giving thirty (30) days advance written notice of termination to the other parties. Any termination notice delivered pursuant to this Section 7 shall specify the date on which the Agreement will terminate. If this Agreement is terminated pursuant to this Section 7, the County shall continue performing Services through the date of termination. The Cities shall compensate the County for all Services performed by the County through the date of termination on a pro-rated basis. The Cities’ obligation to make such final payment to the County shall survive the termination of this Agreement. 8. COMPLIANCE WITH LAWS The Cities and the County shall at all times exercise their rights and perform their respective obligations under this Agreement in full compliance with all applicable laws, ordinances, rules and regulations of any public authority having jurisdiction. 9. INDEMNIFICATION Each party to this Agreement shall indemnify, defend and hold the other party and its agents, employees and contractors harmless from and against any and all costs, liabilities, suits, losses, damages, claims, expenses, penalties or charges, including, without limitation, reasonable attorneys’ fees and disbursements, that the other party may incur or pay out by reason of: (i) any accidents, damages or injuries to persons or property occurring during the Term of this Agreement, but only to the extent the same are caused by any negligent or wrongful act of the indemnifying party; or (ii) any breach or Default (as such term is defined in Section 10 below) of the indemnifying party under this Agreement. The provisions of this Section 9 shall survive the expiration or earlier termination of this Agreement. 10. DEFAULT AND REMEDIES If either party to this Agreement fails to perform any act or obligation required to be performed by it hereunder, the party to whom such performance was due shall deliver written notice of such failure to the non-performing party. The non-performing party shall have thirty (30) days after its receipt of such notice in which to correct its failure to perform the act or obligation at issue, after which time it shall be in default (“Default”) under this Agreement; provided, however, that if the non-performance is of a type that could not reasonably be cured within said thirty (30) day period, then the non-performing party shall not be in Default if it commences cure within said thirty (30) day period and thereafter diligently pursues cure to completion. In the event of a party’s Default under this Agreement, then after giving notice and an opportunity to cure, the party to whom the performance was due shall have the right to exercise any or all rights and remedies available to it at law or in equity. 11. PUBLIC DISCLOSURE LAWS The Cities and the County each acknowledge, agree and understand that the other parties are public agencies subject to certain disclosure laws, including, but not limited to Washington’s Public Records Act, chapter 42.56 RCW. Each party understands that records 2.5.a Packet Pg. 58 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 7 AND WATER QUALITY SERVICES related to this Agreement and the County’s performance of Services under this Agreement may be subject to disclosure pursuant to the Public Records Act or other similar law. Neither the Cities nor the County anticipate that the performance of any party’s obligations under this Agreement will involve any confidential or proprietary information. 12. NOTICES Each notice, demand, request, consent, approval, disapproval, designation or other communication that is permitted or required to be given by one party to the other party under this Agreement shall be in writing and shall be given or made or communicated by: (i) United States registered or certified mail, postage prepaid, return receipt requested; (ii) any nationally recognized overnight carrier or express mail service (such as FedEx or DHL) that provides receipts to indicate delivery; (iii) by personal delivery; or (iv) by facsimile (with proof of successful transmission); (v) or by email (with a request for and receipt of proof of successful transmission). All such communications shall be addressed to the appropriate Administrator of this Agreement (or their designee) as follows: To the City of Edmonds: ATTN: Patrick Johnson 121 5th Avenue N Edmonds, WA 98020 Telephone: 425-771-0220 x1322 Email: pat.johnson@edmondswa.gov To the County: Snohomish County ATTN: Surface Water Management 3000 Rockefeller Avenue M/S 303 Everett, Washington 98201 Telephone: (425) 388-3204 Email: Marisa Burghdoff To the City of Mountlake Terrace: ATTN: Laura Reed 6100 219th Street SW, Suite 200 Mountlake Terrace, WA 98043 Telephone: 425-744-6226 Email: lreed@ci.mlt.wa.us All notices shall be deemed given on the day each such notice is personally delivered, transmitted by facsimile (with evidence of receipt), or delivered by overnight courier service, or on the third business day following the day such notice is mailed if mailed in accordance with this Section. 13. MISCELLANEOUS 13.1. Entire Agreement This Agreement constitutes the entire agreement between the parties regarding the subject matter hereof and supersedes any and all prior oral or written agreements between the parties regarding the subject matter contained herein. This Agreement may not be modified or amended in any manner except by a written document signed by the party against whom such modification is sought to be enforced. 2.5.a Packet Pg. 59 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 8 AND WATER QUALITY SERVICES 13.2. Interpretation This Agreement shall be governed by and enforced in accordance with the laws of the State of Washington. This Agreement and each of the terms and provisions of it are deemed to have been explicitly negotiated by the parties, and the language in all parts of this Agreement shall, in all cases, be construed according to its fair meaning and not strictly for or against either of the parties hereto. The captions and headings in this Agreement are used only for convenience and are not intended to affect the interpretation of the provisions of this Agreement. This Agreement shall be construed so that wherever applicable the use of the singular number shall include the plural number, and vice versa, and the use of any gender shall be applicable to all genders. 13.3. Severability If any provision of this Agreement or the application thereof to any person or circumstance shall, for any reason and to any extent, be found invalid or unenforceable, the remainder of this Agreement and the application of that provision to other persons or circumstances shall not be affected thereby, but shall instead continue in full force and effect, to the extent permitted by law. 13.4. No Waiver A party’s forbearance or delay in exercising any right or remedy with respect to a Default by another party under this Agreement shall not constitute a waiver of the Default at issue. Nor shall a waiver by a party of any particular Default constitute a waiver of any other Default or any similar future Default. 13.5. Assignment This Agreement shall not be assigned, either in whole or in part, by the parties hereto. Any attempt to assign this Agreement in violation of the preceding sentence shall be null and void and shall constitute a Default under this Agreement. 13.6. Warranty of Authority Each of the signatories hereto warrants and represents that he or she is competent and authorized to enter into this Agreement on behalf of the party for whom he or she purports to sign this Agreement. 13.7. No Joint Venture Nothing contained in this Agreement shall be construed as creating any type or manner of partnership, joint venture or other joint enterprise between the parties. 2.5.a Packet Pg. 60 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) AGREEMENT FOR LAKE MANAGEMENT pg. 9 AND WATER QUALITY SERVICES 13.8. No Third Party Beneficiaries This Agreement is made and entered into for the sole benefit of the Cities and the County. No third party shall be deemed to have any rights under this Agreement; there are no third party beneficiaries to this Agreement. 13.9. Execution in Counterparts This Agreement may be executed in two or more counterparts, each of which shall constitute an original and all of which shall constitute one and the same agreement. IN WITNESS WHEREOF, the Cities and the County have executed this Agreement as of the date of the last party to sign. CITY OF EDMONDS: City of Edmonds, a Washington Municipal Corporation Mike Rosen, Mayor Date: __________________ CITY OF MOUNTLAKE TERRACE: City of Mountlake Terrace, a Washington municipal corporation Name, Title: Date: ______________________ Attest/Authenticate: ___________________________________ Scott Passey, City Clerk Approved as to Form: ___________________________________ Office of the City Attorney Approved as to Form: _______________________________ City Attorney SNOHOMISH COUNTY: Snohomish County, a political subdivision of the State of Washington County Executive Date: _______________________ Approved as to Form: _________________________ Deputy Prosecuting Attorney 2.5.a Packet Pg. 61 At t a c h m e n t : A t t a c h m e n t 1 - I L A ( P r e s e n t a t i o n o f a n I n t e r l o c a l A g r e e m e n t w i t h S n o h o m i s h C o u n t y a n d M o u n t l a k e T e r r a c e ) City Council Agenda Item Meeting Date: 11/19/2024 Subaward Safety Action Plan Agreement between Puget Sound Regional Council and City of Edmonds Staff Lead: Rob English Department: Engineering Preparer: Emiko Rodarte Background/History On June 18, 2024, staff presented this item to the Parks & Public Works committee. The Committee recommendation was a presentation to the City Council with clarification on the funding source. Staff Recommendation Forward item to City Council for approval. Narrative In late 2023, the City of Edmonds secured a $300,000 federal grant through the U.S. Department of Transportation’s Safe Streets and Roads for All (SS4A) Grant Program. This program is focused on the development of local roadway safety action plans by developing well-defined strategies to prevent roadway fatalities and serious injuries. It will also identify and prioritize future projects to help address roadway safety issues. The scope of work will include data collection, speed studies, accident history and analysis of the City's transportation network, review and update of existing policies, develop a Vision Zero Policy, identify and prioritize transportation projects to improve safety and document findings in a Comprehensive Safety Action Plan. This item was presented at the June PPW committee with the recommendation to have the 112 Fund provide the 20% local match and not REET funds as outlined in the agenda memo. There were discussions about the availability of 112 funding and staff capacity to manage this project. The item was placed on-hold until: 1. Staff could complete a review of the 112 Fund after development of the proposed 2025- 2026 Budget 2. More progress was made on the Transportation Plan update 3. Staff capacity to manage the project. Staff will provide an update on the local match and proposed schedule to complete the study. Background: The City partnered with ten other agencies, including Puget Sound Regional Council (PSRC), on a $2.87 million grant application. PSRC is the Metropolitan Planning Organization for the Seattle metropolitan area. The City will be working closely with the agency to support the goal of reducing fatalities and serious injuries on roadways in the Puget Sound region. As part of this project, a subaward agreement is required between PSRC and City of Edmonds. 2.6 Packet Pg. 62 Attachments: Attachment 1 - Agreement 2.6 Packet Pg. 63 Subaward Agreement Between Puget Sound Regional Council and City of Edmonds for “Safety Action Plan” Date Entered into Agreement: Subaward Agreement #: 2024-09 1.0. SUBAWARD AGREEMENT 2.6.a Packet Pg. 64 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f Pass-through Entity (PTE): Puget Sound Regional Council Subrecipient: City of Edmonds Subaward Period of Performance: Start: August 1, 2024 End: July 31, 2025 Amount Funded: $300,000 Subaward Agreement #: 2024-09 Federal Awarding Agency: U.S Department of Transportation FAIN: 693JJ32440280 Federal Award Issue Date: Total Amount of Matching Funds: $75,000 ALN No. and Name: 20.939, Safe Streets and Roads for All Project Title: Safety Action Plan R & D Award Yes No Unique Entity ID #NF1AQNT457R7 This SUBAWARD (hereinafter the "Award"), is made and entered into as of signing by and between the Pass-through Entity, Puget Sound Regional Council, (hereinafter "PSRC") and Subrecipient, City of Edmonds (hereinafter "City of Edmonds"), and supports the work described in the approved final scope of work, which is incorporated by reference into this Award and attached in Exhibit A. All work on this project should be consistent with the Authorized Scope of Work unless modified by the appropriate authority as described in 4.2 below. PSRC is a Metropolitan Planning Organization under federal law (23 USC 134) and a Regional Planning Transportation Planning Organization under state law (RCW 47.80) and has all powers necessary for the performance of the work and obligations of this Agreement, and has the authority to contract with member and non-member agencies for special services; and City of Edmonds is a US Local Government under state law (RCW 43.21C.120) and has all powers necessary for the performance of the work and obligations of this Agreement; The U.S. Department of Transportation (hereinafter the “USDOT”), has expressly consented to this Award; and NOW, THEREFORE, in consideration of the covenants, assurances and mutual promises herein the Parties agree as follows: 2.0. DESIGNATED REPRESENTATIVES To ensure effective intergovernmental cooperation and efficiencies, the Parties each designate a representative (the "Designated Representative") who shall be responsible for coordination of communications between the Parties and shall act as a central point of contact for each Party. The Designated Representatives shall each be responsible for the administration and performance of the Scope of Work of this Award, as well as ensuring that schedule, budget, and funding limitations of this Agreement are satisfied. Each Designated Representative is also responsible for coordinating the input and work of its respective governmental agency or department staff, consultants and contractors as it relates to the scope of this Agreement. A Party may change its Designated Representative by written notice to the other Party. Each Party’s Designated Representative is named below with the individual’s contact information. PSRC Designated Representative. The Designated Representative for PSRC is Gary Simonson. They may designate other staff as the principal contact for daily work coordination. All official correspondence concerning this Agreement shall be directed to the Designated Representative at the following address: Puget Sound Regional Council Phone: 206-971-3276 Attn: Gary Simonson, Senior Planner 1201 3rd Avenue, Suite 500 Email: gsimonson@psrc.org Seattle, WA 98101 2.6.a Packet Pg. 65 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f City of Edmonds Designated Representative. The Designated Representative for City of Edmonds is Mr. Bertrand Hauss. They may designate other staff as the principal contact for daily work coordination. All official correspondence concerning this Agreement shall be directed to the Designated Representative at the following address: City of Edmonds Phone: 425-754-5325 Attn: Bertrand Hauss Title: Transportation Engineer 121 5th Ave. N Edmonds, WA 98020 Email: bertrand.hauss@edmondswa.gov 3.0. TERMS AND CONDITIONS 3.1. In its performance of this Subaward Agreement, City of Edmonds shall be an independent entity and not an employee or agent of PSRC. 3.2. City of Edmonds must obtain the prior written approval of PSRC whenever any programmatic changes are anticipated, including but not limited to the following: a) Any revision of the Scope of Work or objectives of the project (regardless of whether there is an associated budget revision requiring prior approval). b) Changes in key persons in cases where specified in an application or a grant award. In research projects, a change in the project director or principal investigator shall always require approval unless waived by the USDOT. c) Under non-construction projects, contracting out, subgranting (if authorized by law) or otherwise obtaining the services of a third party to perform activities, which are central to the purposes of the award. d) Transfer of budgeted amounts. e) No-cost extensions. 3.3. Governmentwide Debarment and Suspension City of Edmonds shall comply with the provisions of 2 C.F.R. Part 200, Appendix II, “Contract Provisions for Non-Federal Entity Contracts Under Federal Award”, Section I, (published in the Federal Register on December 26, 2013, 78 FR 78608), which generally prohibit entities that have been debarred, suspended, or voluntarily excluded from participating in Federal non-procurement transactions either through primary or lower tier covered transactions, and which sets forth the responsibilities of recipients of Federal financial assistance regarding transactions with other persons, including subrecipients and contractors. City of Edmonds (and all subcontractors, if any) must maintain current registration in the System for Award Management (www.sam.gov) at all times during which they have active federal awards or subawards, including for this Agreement. 3.4. Indemnification To the extent permitted by law, each Party to this Agreement shall indemnify the other Party and its officers, officials, employees, and agents, while acting within the scope of their employment, from any and all costs, claims, demands, judgments, damages, or liability of any kind including injuries to persons or damages to property, which arise out of, or in any way result from, due to, any acts or omissions of the indemnifying Party in the implementation of this Agreement or any agreement between City of Edmonds and its subcontractor(s). No Party shall be required to indemnify the other Party if the claim, suit, or action for injuries, death, or damages is caused by the sole negligence of the Party seeking indemnification. Where such claims, suits, or actions result from concurrent negligence of the Parties, the indemnity provisions provided herein shall be valid and enforceable only to the extent of the Party's own negligence. 2.6.a Packet Pg. 66 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f Each Party by mutual negotiation, hereby waives, with respect to the other Party only, any immunity that would otherwise be available against such claims under the industrial insurance provisions of Title 51 RCW. This indemnification shall survive the termination of this Agreement. 3.5. Compliance with Federal Award Obligations. The Award is subject to, and City of Edmonds shall comply with, the terms and conditions of the Award and the Department of Transportation General Terms and Conditions (February 8, 2023) (see attachments 1 and 2), including all applicable statutes, regulations, executive orders (E.O.s), Office of Management and Budget (OMB) circulars, provisions of the OMB Uniform Administrative Requirements, Cost Principles, and Audit Requirements for Federal Awards (codified at 2 C.F.R. Part 200) (OMB Uniform Guidance), and approved applications. City of Edmonds is also a party to the award, and the parties want City of Edmonds to carry out certain Project components with PSRC’s assistance, financial management, internal controls, and oversight as described in Article 17 of this agreement. PSRC, as a pass-through entity, shall monitor the activities of City of Edmonds in compliance with 2 C.F.R 200 332(d) with respect to a subrecipient’s performance of work under a subaward of this SS4A Grant. 4.0. BUDGET & PAYMENT PROCEDURE 4.1. Budget The estimated budget to accomplish the tasks described in the Scope of Work for this project is incorporated in Exhibit B of this Agreement. This budget reflects the Parties' best estimates of the amounts that may be required to accomplish the total work under this Agreement. Actual amounts reimbursable shall be based on actual work performed. In the event it is determined that the Scope of Work has been accomplished by City of Edmonds for a lesser amount, PSRC shall only pay reimbursements for documented costs. In no event shall City of Edmonds be paid for costs that are not documented pursuant to the requirements of this Agreement. 4.2. Payments/Invoices PSRC shall reimburse City of Edmonds not more often than monthly for costs incurred in the performance of this Award, which are determined to be allowable, allocable, & reasonable in accordance with 2 CFR Part 200. All invoices shall be submitted using City of Edmonds’ standard invoice, but at a minimum shall include current and cumulative costs, subaward number, and certification (Exhibit C), as required in 2 CFR 200.415 (a). PSRC shall not transfer nor be obligated to transfer any funds in advance of its approval of such requests. Documentation of all expenses eligible for reimbursement shall be maintained by City of Edmonds and shall, upon request by PSRC, be provided prior to reimbursement as required by this Award. All invoices presented for payment shall include a reasonable description of the tasks performed that correspond to the amounts invoiced. To assure payment processing in a timely manner, City of Edmonds shall submit all invoices, required reports, and documentation to the attention of: PSRC Attn: Finance 1201 3rd Avenue, Suite 500 Seattle, WA 98101 206-464-7090 Finance@psrc.org PSRC shall review and pay reimbursable amounts within 45 days of receipt of the invoice. PSRC reserves the right to withhold payments pending timely delivery and proper completion of the reports or documents as may be reasonably required under this Agreement. 2.6.a Packet Pg. 67 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f 4.3. Prohibited Use of Funds City of Edmonds may not use funds for the following ineligible activities: (a) Ineligible costs under 2 C.F.R Part 200, Uniform Administrative Requirements, Cost Principles, and Audit Requirements for Federal Awards; (b) Any activities prohibited under the Grant between USDOT and PSRC dated April 17, 2024. 4.4. Final Payment Final payment will be made to City of Edmonds upon final completion of the work and upon written acceptance by PSRC’s Designated Representative. Any required adjustments shall be reflected in the final invoice. 4.5. Use of Consultants/Contractors For all proposals and contracts where costs are expected to exceed $100,000, the scope of work and the costs of such must be submitted to and approved by USDOT prior to employment of such consultants or contractors. City of Edmonds will ensure that any consultant or contractor paid from funds provided under this Award is bound by all applicable award terms and conditions. USDOT shall not be liable hereunder to a third party nor to any party other than PSRC. In addition, all procurements shall adhere to PSRC’s Procurement Policies and Procedures as updated March 2023. $10,000 or under Micro purchase: No competition required. $10,001-$250,000* Small purchase: Competition required with documentation of an adequate number of price/rate quotes. Over $250,000* Competitive proposal: Competition required with documentation of at least two formal, written bids, proposals or qualifications, as well as an independent cost estimate. Pre-approval required Noncompetitive proposal: Only when competitive method is infeasible and certain situations apply. *In addition, all contracts over $100,000 shall include applicable lobbying certifications as stated in section 10.15. 5.0. REPORTING AND RECORDS 5.1. Reports and Documentation Project Progress Reports: City of Edmonds agrees to assist PSRC with Project Progress Reports on a quarterly basis for the period(s) ending June 2024, or any portion thereof. City of Edmonds will supply report content, e.g. summaries of work completed, to PSRC no later than 10 days following the end of the period. Reports are due no later than 30 days following the end of the period. Performance Progress Reports submitted to USDOT by PSRC should include the following: i. Provide a clear, concise overview of the activities undertaken during the Project Period; ii. Document accomplishments, benefits, and impacts that the Project and Activities are having. Recipients should note specific outcomes where activities have led to job creation/retention, private investment, increased regional collaboration, engagement with historically excluded groups or regions, enhanced regional capacity, and other positive economic benefits; iii. Highlight any upcoming or potential press events or opportunities for collaborative press events to highlight benefits of the USDOT investment; 2.6.a Packet Pg. 68 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f iv. Compare progress with the project timeline, explaining any departures from the targeted schedule, identifying how these departures are going to be remedied, and projecting the course of work for the next period; v. Outline challenges that currently impact or could impact progress on the grant over the next reporting period and identify ways to mitigate this risk; and vi. Outline any areas where USDOT assistance is needed to support the project or any other key information that would be helpful for your USDOT Project Officer to know. Final Project Reports may be posted on USDOT’s website, used for promotional materials or policy reviews, or may be otherwise shared. Recipients should not include any copyrighted or other sensitive business information in these reports. There is no specific page limit for Final Project Reports; however, such reports should concisely communicate key project information, and should: i. Outline the specific regional need that the project was designed to address and update on progress made during the reporting period that will mitigate need and advance economic development; ii. Provide a high-level overview of the activities undertaken; iii. Detail lessons learned during the project period that may be of assistance to USDOT or other communities undertaking similar efforts; iv. Outline the expected and actual economic benefits of the project as the time that the report is written; and v. Any other key information from the relevant project period 5.2. Availability of Records All project records in support of all costs and actual expenditures incurred by City of Edmonds and its Sub-Contractor(s) under this Agreement shall be maintained by City of Edmonds and its Sub- Contractor(s) and open to inspection by PSRC (or its federal funding agency) during normal business hours, and shall be retained and made available for such inspection for the duration of the State and Federal records retention requirements from final payment of funds under this Agreement to PSRC. Copies of said records shall be furnished to PSRC and/or its federal funding agency upon request. This requirement shall be included in all subcontracts related to the work entered into by City of Edmonds to fulfill the terms of this Agreement. 6.0. Certifications and Assurances By signing the Subaward Agreement, the Authorized Official of Subrecipient certifies, to the best of his/her knowledge and belief, that: Certification Regarding Lobbying 1) No Federal appropriated funds have been paid or will be paid, by or on behalf of the Subrecipient, to any person for influencing or attempting to influence an officer or employee of any agency, a Member of Congress, an officer or employee of Congress, or an employee of a Member of Congress in connection with the awarding of any Federal contract, the making of any Federal grant, the making of any Federal loan, the entering into of any cooperative agreement, and the extension, continuation, renewal, amendment, or modification of any Federal contract, grant, loan, or cooperative agreement. 2) If any funds other than Federal appropriated funds have been paid or will be paid to any person for influencing or intending to influence an officer or employee of any agency, a Member of Congress, an officer or employee of Congress, or an employee of a Member of Congress in connection with this Federal contract, grant, loan, or cooperative agreement, the Subrecipient shall complete and submit Standard Form -LLL, "Disclosure Form to Report Lobbying," to the Pass-through Entity. 3) The Subrecipient shall require that the language of this certification be included in the award documents for all subawards at all tiers (including subcontracts, subgrants, and contracts under grants, loans, and cooperative agreements) and that all subrecipients shall certify and disclose accordingly. 2.6.a Packet Pg. 69 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f This certification is a material representation of fact upon which reliance was placed when this transaction was made or entered into. Submission of this certification is a prerequisite for making or entering into this transaction imposed by section 1352, title 31, U. S. Code. Any person who fails to file the required certification shall be subject to a civil penalty of not less than $10,000 and not more than $100,000 for each such failure. Debarment, Suspension, and Other Responsibility Matters Subrecipient certifies by signing this Subaward Agreement that neither it nor its principals are presently debarred, suspended, proposed for debarment, declared ineligible or voluntarily excluded from participation in this transaction by any federal department or agency. Audit and Access to Records Subrecipient certifies by signing this Subaward Agreement that it complies with the Uniform Guidance, will provide notice of the completion of required audits and any adverse findings which impact this subaward as required by 2 C.F.R. parts 200.501 and 200.521, and will provide access to records as required by parts 200.336, 200.337, and 200.201 as applicable. Right to Audit and Disallow and Recover Funds The Federal government reserves the right to seek recovery of any funds that were not expended in accordance with the requirements or conditions of this Agreement based upon USDOT review, the final audit, or any other special audits or reviews undertaken. USDOT has the right to order a special audit, even if PSRC’s auditor or a cognizant agency has already conducted one. 7.0. CONTRACT ADMINISTRATION and SUBRECIPIENT MONITORING City of Edmonds shall be solely responsible for the administration of and the completion and quality of work performed under any contracts executed by City of Edmonds. In no event shall any contract executed by City of Edmonds be construed as obligating PSRC. Any claims arising out of the separate contracts of City of Edmonds for work under this Agreement are the sole responsibility of City of Edmonds. All contracts shall comply with all applicable public works and procurement laws and regulations, including, but not limited to, applicable bonding, prevailing wage, nondiscrimination, retainage, insurance, and workers compensation requirements. 7.1. Direct Supervision Nothing in PSRC’s exercise of the right to inspect or accept the work performed by City of Edmonds shall reduce City of Edmonds’ responsibility for the proper execution of the work or relieve City of Edmonds from its responsibility for direct supervision of the work. When PSRC exercises its right to inspect or accept the work performed by City of Edmonds, it shall not be deemed or construed to be in control of the work under this Agreement. 7.2. Sub-recipient Monitoring PSRC reserves the right to monitor and manage subrecipients, including lower tier subrecipients. At a minimum, monitoring of City of Edmonds will include: i. Review of financial and programmatic reports; ii. Following-up and ensuring that City of Edmonds takes timely and appropriate action on all deficiencies pertaining to the Federal award provided to City of Edmonds from PSRC detected through audits, on-site reviews, and other means; and iii. If applicable, issuing a management decision for audit findings pertaining to the Federal award provided to City of Edmonds from PSRC as required by 2 C.F.R. § 200.521 (Management decision). PSRC requires all subrecipients, including lower tier subrecipients, under the Award to comply with the provisions of the Award, including applicable provisions of the OMB Uniform Guidance (2 C.F.R. Part 200) and all associated terms and conditions. 2.6.a Packet Pg. 70 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f 8.0. INSURANCE City of Edmonds will maintain at all times during the term of this Agreement, satisfactory limits of insurance and/or self-insurance to protect against claims arising out of this Agreement. Such insurance or self-insurance shall include General Liability, Business Automobile Liability, and Workers' Compensation in accordance with statutory requirements under Title 51 RCW. Each Party will require and cause its respective subcontractors of all tiers to maintain such insurance as described above in sufficient amounts to protect the interest of the Parties. Such insurance shall be confirmed by a Certificate of Insurance prior to commencement of the work. The Parties hereby agree to require their respective insurers and their respective subcontractors of all tiers, to waive subrogation rights against the other Party and such other Party's insurers. It is understood and agreed that insurance and/or self-insurance provided by the Parties under this Agreement is not intended to and shall not in any manner limit or qualify the liabilities and obligations assumed by the Parties or their Contractors of any tier under their respective contracts or imposed by applicable laws or regulations. 9.0. TERMINATION OF AGREEMENT 9.1. Termination for Default Either Party may terminate this Agreement, in whole or in part, if the other Party substantially fails to fulfill any or all of its obligations under this Agreement through no fault of the other Party, provided that insofar as practicable, the Party terminating the Agreement will give: a. Notice of intent to terminate at least thirty (30) calendar days prior to the date of termination stating the manner in which the other Party has failed to perform the obligations under this Agreement; and b. An opportunity for the other Party to cure the default. If City of Edmonds is the party in default, PSRC shall provide an opportunity for City of Edmonds to cure the default as provided in Section 14.2. If PSRC is the party in default, City of Edmonds shall give PSRC a Notice of Termination stating the time period in which cure is permitted and any other appropriate conditions. c. Provided however, that if PSRC’s funding agency terminates financial support for the project at any time, either party shall have the right to immediately terminate this Agreement by giving written notice thereof. If the other Party fails to remedy the default or the breach to the satisfaction of the other Party within the time period established in the Notice of Termination or any extension thereof granted by the Party not at fault, the other Party may terminate this Agreement. However, any terms of this Agreement relevant to a dispute that is unresolved at the time of termination shall survive until the dispute is finally resolved. 9.2. Termination for Convenience Either Party may terminate this Agreement, in whole or in part, for its convenience provided that the terminating Party shall provide the other Party with an advance notice of at least thirty (30) calendar days. 9.3. Notice of Termination Notice of termination shall be given by the Party terminating this Agreement to the other Party in writing. The notice shall specify the effective date of termination, which shall not be sooner than the non- terminating Party’s receipt of the notice. 9.4. Rights and Duties of Parties Upon Termination A termination by any Party shall not extinguish or release either Party from liability, claims, or obligations to third parties existing as of the time of termination. Any costs incurred prior to the effective date of termination will be borne by the Parties in accordance with the terms of this Agreement and this Section. 2.6.a Packet Pg. 71 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f The record keeping requirements, payment, release and indemnification provisions set forth in this Agreement and all remedial provisions shall survive termination of this Agreement. Upon termination of this Agreement by expiration of the term or upon termination for the convenience of the Parties, the Parties agree to work together cooperatively to develop a coordinated plan for terminating the scope of work rendered up until the time of termination and determining reasonable contract close-out costs for termination for convenience or as a result of PSRC’s default or breach. In the event of termination by default or breach, PSRC shall only be obligated to compensate City of Edmonds for the portion of work that has been satisfactorily rendered to the date of termination according to the terms of this Agreement. 10.0. GENERAL CONTRACT PROVISIONS 10.1. Rights and Remedies The rights and remedies of the Parties to this Agreement are in addition to any other rights and remedies provided by law, except as otherwise provided in this Agreement. 10.2. No Agency No joint venture or partnership is formed as a result of this Agreement. No employees, agents or subcontractors of one Party shall be deemed, or represent themselves to be, employees of any other Party. 10.3. Third Party Rights It is understood and agreed that this Agreement is solely for the benefit of the Parties hereto and USDOT, and gives no right to any other entity. Nothing in this Agreement, whether express or implied, is intended to confer any rights or remedies under or by reason of this Agreement on any persons other than the Parties and USDOT. 10.4. Assignment/Successors No Party shall assign any interest, obligation, or benefit in this Agreement or transfer any interest in the same, whether by assignment or novation, without prior written consent by the other Party. This limitation does not, however, prevent City of Edmonds from selecting subcontractors or consultants to perform the work authorized by this Agreement. All of the terms, provisions, and conditions of this Agreement will be binding upon and inure to the benefit of the Parties hereto and their respective successors, permitted assigns, and legal representatives. 10.5. Compliance with Laws City of Edmonds shall comply, and to the best of its ability shall ensure, that its employees, agents, consultants, and representatives comply with all federal, state, and local laws, regulations, and ordinances applicable to the work to be performed. The work performed by City of Edmonds under this Agreement shall comply with all applicable public works and procurement laws and regulations, including, but not limited to, bonding, prevailing wage, nondiscrimination, retainage, insurance, and workers compensation requirements. 10.6. Governing Law and Venue This Agreement will be governed by, and construed and enforced in accordance with, the laws of the State of Washington. Any legal action resulting from this Agreement shall be brought in the Superior Court of King County. 10.7. Notice All notices or requests required or permitted under this Agreement shall be in writing, shall be personally delivered or sent by certified mail, return receipt requested, postage prepaid, or by facsimile transmission and shall be deemed received three (3) business days following the date when mailed or on the date 2.6.a Packet Pg. 72 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f when delivered or faxed (provided the fax machine has issued a printed confirmation of receipt). All notices or requests shall be sent to PSRC and City of Edmonds addressed as shown in Section 3.0. 10.8. Waiver of Default Waiver of any default shall not be deemed to be a waiver of any subsequent default. Waiver of breach of a provision of this Agreement, including failure to require full and timely performance of any provision, shall not be deemed to be a waiver of any other or subsequent breach and shall not be construed to be a modification of the terms of this Agreement unless stated to be such in writing, signed by authorized parties, and attached to the original Agreement. 10.9. Severability If any of the terms and conditions of this Agreement are determined to be invalid or unenforceable by a court of competent jurisdiction, the remaining terms and conditions unaffected thereby shall remain in full force and effect. The Parties agree to negotiate in good faith to reform the Agreement to replace any invalid or unenforceable term and/or condition with a valid and enforceable term and/or condition that comes as close as possible to the intention of the stricken term and/or condition. 10.10. Warranty of Right to Enter into Agreement The Parties each warrant that they have the authority to enter into this Agreement and that the persons signing this Agreement have the authority to bind such person's respective entity. 10.11. Publicity The Parties to this Agreement shall not make any formal press releases, news conferences or similar public statements concerning this Agreement without prior consultation with the other Party. 10.12. Future Support PSRC makes no commitment of future support and assumes no obligation for future support of the activity contracted herein except as set forth in this Agreement. 10.13. Exhibits All exhibits referenced in and attached to this Agreement are incorporated herein, except to the extent otherwise provided herein. 10.14. Limitation on Payments to Influence Certain Federal Transactions Section 1352 of Title 31 of the U.S. Code provides in part that no appropriated funds may be expended by the recipient of a Federal contract, grant, loan, or cooperative agreement to pay any person for influencing or attempting to influence an officer or employee of any agency, a Member of Congress, and officer or employee of Congress, or an employee of Member of Congress in connection with any of the following covered Federal actions: the awarding of any Federal contract, the making of any Federal grant, the making of any Federal loan, the entering into of any cooperative agreement, and the extension, continuation, renewal, amendment, or modification of any Federal contract, grant, loan, or cooperative agreement. 10.15. Lobbying Restrictions Statutory Provisions 1. Non-Federal entities shall comply with 2 C.F.R. § 200.450 (“Lobbying”), which incorporates the provisions of 31 U.S.C. § 1352; the “New Restrictions on Lobbying” published at 55 FR 6736 (February 26, 1990); and OMB guidance and notices on lobbying restrictions. In addition, non-Federal entities must comply with the DOC regulations published at 15 C.F.R. Part 28, which implement the “New Restrictions on Lobbying”. These provisions prohibit the use of Federal funds for lobbying the 2.6.a Packet Pg. 73 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f executive or legislative branches of the Federal Government in connection with the award, and require the disclosure of the use of non-Federal funds for lobbying. Lobbying includes attempting to improperly influence, meaning any influence that induces or tends to induce a Federal employee or officer to give consideration or to act regarding a Federal award or regulatory matter on any basis other than the merits of the matter, either directly or indirectly. Costs incurred on to improperly influence are unallowable. See 2 C.F.R. § 200.450(b) and (c). 2. Disclosure of Lobbying Activities Any non-Federal entity that receives more than $100,000 in Federal funding shall submit a completed Form SF-LLL, “Disclosure of Lobbying Activities,” regarding the use of non-Federal funds for lobbying. The Form SF-LLL shall be submitted within 30 days following the end of the calendar quarter in which there occurs any event that requires disclosure or that materially affects 22 | December 26, 2014 the accuracy of the information contained in any disclosure form previously filed. The non-Federal entity must submit any required Forms SF-LLL, including those received from subrecipients, contractors, and subcontractors, to the Grants Officer. 10.16. Confidentiality The Parties acknowledge that the prohibitions against disclosure of information or records described in this Section 10.16 is limited by and not applicable where any law, rule, regulation or court proceeding requires or allows disclosure of information and documents, and neither Party is required to notify the other or any program beneficiary regarding such allowed or required disclosure. City of Edmonds and any subgrantees, subcontractors or vendors must maintain confidential files on individual program beneficiaries served associated with this Agreement. Recipient staff must keep paper files in a locked filing cabinet and protect all electronic files related to individual beneficiaries with a personal password. The service providers shall maintain primary access to individual beneficiary files. Other project management staff may have access to these files only if they contain a “release of information” consent form signed by the individual beneficiary. A release of information form must clearly indicate which parties may have access to an individual beneficiary’s file. Such parties might include the management staff and USDOT staff. City of Edmonds may only share individual beneficiary files with those parties listed on the signed form. If an individual beneficiary has not signed the consent form the parties listed may not read that individual beneficiary’s file. These categories serve as guidelines to City of Edmonds staff and management staff. City of Edmonds must determine if the individual beneficiary’s confidential information will significantly affect the safety and security of that individual or City of Edmonds itself. 10.17. Entire Agreement This Agreement, including its Recitals and Exhibits, embodies the Parties entire Agreement on the matters covered by it, except as supplemented by subsequent amendments to this Agreement. All prior negotiations and draft written agreements are merged into and superseded by this Agreement. 11.0. FLOW DOWN PROVISIONS If City of Edmonds contracts or subawards funds under this Agreement with a person or entity to perform work under this Award, City of Edmonds shall include in the contract or subaward agreement such provisions as may be necessary to ensure that all contractors and subgrantees comply with the requirements of the grant and reporting provisions as set forth in these terms and conditions or as established by USDOT and the Office of Management and Budget (OMB). All subgrantees are required to obtain a Unique Entity ID (or update its existing record), in the System for Award Management prior to award. IN WITNESS WHEREOF, the parties hereby agree to the terms and conditions of this Agreement as of the date written below. 2.6.a Packet Pg. 74 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f City of Edmonds: PSRC: 121 5th Ave. N Puget Sound Regional Council Edmonds, WA 98020 1201 3rd Avenue, Suite 500 Seattle, Washington 98101 By: By: Mike Rosen Mayor, City of Edmonds Josh Brown, Executive Director Puget Sound Regional Council Date: Date: Approved as to form: By: __________________________ Office of the City Attorney City of Edmonds 2.6.a Packet Pg. 75 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f Exhibit A Scope of Work for City of Edmonds’ Safety Action Plan City of Edmonds Tasks and Timeline: Objective/Task Date/Period of Completion 1. Project Management Winter 2025 to Fall 2025 Project initiation and management Prepare for and participate in team meetings Monitor scope of work and budget Review invoices and prepare grant bills 2. Data Collection and Analysis Winter 2025 Counts Speed Studies Crash Analysis 3. Existing Policy Review and Documentation Spring 2025 Comprehensive Plan Complete Street Ordinance Transportation Improvement Plan 4. Outreach and Community Engagement Summer 2025 5. Policy Development Summer 2025 Vision Zero Framework Review of Street Standard Details Traffic Calming Program Complete Streets Checklist 6. Scoping and Development of Prioritized Safety Projects Summer 2025 High Risk Corridor / Network Projects Pedestrian Safety Projects Bicycle Safety Projects Intersection & Spot Safety Improvements 7. Final Report Fall 2025 Vision Zero Policy Crash Data Analysis and Evaluation Proposed Actions including countermeasures and transportation projects 2.6.a Packet Pg. 76 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f 2.6.a Packet Pg. 77 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f Exhibit B Project Budget Amounts Based on $300,000 Grant Award, $75,000 Match Item Grant Share Match Personnel $42,400 $10,600 Fringe Benefits $17,600 $4,400 Travel Equipment Supplies Contractual Construction Other (Consultant) $240,000 $60,000 Total Direct Charges $300,000 $75,000 Indirect Charges Total Charges $300,000 $75,000 2.6.a Packet Pg. 78 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f Exhibit C Requisition for Payment and Reporting Template To: Puget Sound Regional Council Attn: Accounts Payable 1201 3rd Avenue, Suite 500 Seattle, Washington 98101 From: City of Edmonds 121 5th Ave. N Edmonds, WA 98020 , Project Title: City of Edmonds Project Agreement Number: 2024-09 Invoice Period: From to . Budget Table Line Item Current Expense Total Expense to Date Contract Budget Personnel $ $ $ Fringe Benefits $ $ $ Travel $ $ $ Equipment $ $ $ Supplies $ $ $ Contractual $ $ $ Other (Consultant) $ $ $ Total Direct Charges $ $ $ Indirect Charges $ $ $ Total Requisition this Period $ $ $ I certify that the expenses listed above have been properly incurred in the accomplishment of the services of this Agreement. Name, Title Date 2.6.a Packet Pg. 79 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( S u b a w a r d S a f e t y A c t i o n P l a n A g r e e m e n t b e t w e e n P u g e t S o u n d R e g i o n a l C o u n c i l a n d C i t y o f City Council Agenda Item Meeting Date: 11/19/2024 Presentation of Professional Services Agreement Supplement for Phase 12 (2025) & 13 (2026) Sewer Replacement Staff Lead: Rob English Department: Engineering Preparer: Emiko Rodarte Background/History On March 12, 2024, staff presented the PSA for design services to the Parks and Public Works Committee and it was forwarded to the consent agenda. On March 19, 2024, City Council approved the PSA on the consent agenda. Staff Recommendation Forward item to consent agenda for approval. Narrative This contract is intended to be a supplement to complete the design, bidding, construction support, and related engineering services for the Phase 12 Sewerline Replacement and Rehabilitation Project. This phase will rehabilitate, via mainly trenchless methods, select sewer pipe segments throughout the City of Edmonds sewer collection system. Additional work will involve preparation of more detailed cost estimates for sewer segments planned for the future Phase 13 design, which will be scoped separately in 2025 to ensure that the project costs don’t exceed the currently allotted budget. The City has negotiated a consultant fee of $199,954 for the additional scope of work covered by this supplement agreement. There is $95,794.54 in remaining unspent budget from the initial agreement that will be moved to this next segment of work and will reduce the supplement agreement amount to $104,159. These project costs are being funded by the sewer utility fund. In total, the Phase 12 Sewer Replacement Project will rehabilitate/replace approximately 9,000 linear feet of the City’s sewer pipe network and associated appurtenances at various locations within the City. In addition, various sewer lateral repairs, within City Rights of Way, will be included as part of the project due to significant and constant root intrusion issues. These locations are experiencing root intrusion that requires maintenance staff to perform pipe cleaning and root cutting multiple times per year to ensure that these systems do no experience backups. Selection of the sites were determined using the data supplied in the 2013 Comprehensive Sewer System Plan dated August 2013, coordinating with upcoming road, water, and storm drain projects, and input from Public Works maintenance. Projects for Phase 12 will focus on lining pipe segments and replacement/rehabilitation of pipes that our Public Works maintenance department staff needs to root 2.7 Packet Pg. 80 cut clean and unclog pipes multiple times a year to ensure that these pipes do not get fully clogged and would cause sewer backups/overflows in Edmonds residences and business. Attachments: Attachment 1 - Agreement 2.7 Packet Pg. 81 CITY OF EDMONDS 121 5TH AVENUE NORTH · EDMONDS, WA 98020 · 425-771-0220 · WWW.EDMONDSWA.GOV PUBLIC WORKS DEPARTMENT | ENGINEERING DIVISION MIKE ROSEN MAYOR 1 AMENDMENT NO. 1 TO PROFESSIONAL SERVICES AGREEMENT WHEREAS, the City of Edmonds, Washington, hereinafter referred to as the “City”, and David Evans and Associates, Inc., hereinafter referred to as the “Consultant”, entered into an underlying agreement for design, engineering and consulting services with respect to a project known as Phase 12 and Phase 13 Sewer Replacement and Rehabilitation project, dated April 4, 2024 (“Underlying Agreement”); and WHEREAS, Section 12 of the Underlying Agreement authorizes revisions to its terms only upon a written amendment approved by both parties; and WHEREAS, additional tasks to the original Scope of Work have been identified with regard to providing Phase 12 Final Design, Bidding, and Construction Support; NOW THEREFORE, in consideration of the mutual benefits accruing, it is agreed by and between the parties thereto as follows: 1. The Underlying Agreement of April 4, 2024 between the parties, incorporated by this reference as fully as if herein set forth, is amended in, but only in, the following respects: 1.1 Scope of Work. The Scope of Work set forth in Section 1 and Exhibit A to the Underlying Agreement is hereby amended to include the additional services and material necessary to accomplish the stated objectives as outlined in the attached Exhibit A, incorporated by this reference as fully as if herein set forth. 1.2 Payments. The $237,624.00 amount set forth in Section 2.A of the Underlying Agreement and stated as an amount which shall not be exceeded, is hereby amended to include an additional not to exceed amount of $104,159.00 for the additional scope of work identified in Exhibit A to this Amendment No. 1. As a result of this Amendment No. 1, the total contract amount is increased to a new total not-to-exceed amount of $341,783.00 ($237,624.00 plus $104,159.00). 1.3 Fee Schedule. Exhibit B to the Underlying Agreement consisting of the rate and cost reimbursement schedule is hereby amended to include the form set forth on the attached Exhibit B, incorporated by this reference as fully as if herein set forth. 2.7.a Packet Pg. 82 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) 2 2. In all other respects, the Underlying Agreement between the parties shall remain in full force and effect, amended as set forth in this Amendment No. 1 but only as set forth herein. DONE this day of , 2024. CITY OF EDMONDS DAVID EVANS AND ASSOCIATES, INC. Mike Rosen, Mayor Craig Christensen, Associate ATTEST/AUTHENTICATE: Scott Passey, City Clerk APPROVED AS TO FORM: Office of the City Attorney 2.7.a Packet Pg. 83 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) 3 STATE OF WASHINGTON ) )ss COUNTY OF KING ) On this day of , 2024, before me, the under-signed, a Notary Public in and for the State of Washington, duly commissioned and sworn, personally appeared Craig Christensen, to me known to bean Associate of David Evans and Associates, Inc., the corporation that executed the foregoing instrument, and acknowledged the said instrument to be the free and voluntary act and deed of said corporation, for the uses and purposes therein mentioned, and on oath stated that he/she was authorized to execute said instrument and that the seal affixed is the corporate seal of said corporation. WITNESS my hand and official seal hereto affixed the day and year first above written. NOTARY PUBLIC My commission expires: 2.7.a Packet Pg. 84 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) P:\C\COED00001716\0100PM\Phase 12 - Design\archive\COED00001716-Ph 12 Sewer Design & Construction Support-Scope of Work1.docx 1 EXHIBIT A SCOPE OF WORK AND SCHEDULE Phase 12 and 13 Sewer Replacement and Rehabilitation – Assessment, Design, Bidding, and Construction Engineering Services City of Edmonds October 29, 2024 This scope of work is the second of three proposals anticipated for this project as described below: • Phase 12 and 13 Assessment and 30% Design (previous scope) • Phase 12 Final Design, Bidding, and Construction Support (this scope) • Phase 13 Final Design, Bidding, and Construction Support This second scope of work (Phase 12 Final Design, Bidding, and Construction Support) describes the final design, bidding, and construction support, and related engineering services to be provided in support of the proposed Phase 12 replacement and rehabilitation of select sewer segments throughout the City of Edmonds sewer collection system. The Phase 12 project will focus primarily on the trenchless rehabilitation of sewer mains with only open-cut replacement as necessary. The primary goal of this project is to address the identified structural and hydraulic capacity deficiencies that result in service and maintenance problems for the City. The anticipated work elements for Phase 12 are 26 sewer sites totaling approximately 446 feet of 6-inch, approximately 6,365 feet of 8-inch, approximately 333 feet of 12-inch, and approximately 193 feet of 18-inch pipe including 2 individual side sewer tees/laterals. DEA understands that the City continuously evaluates its collection system and that the preliminary information used to prepare this estimate may be supplemented by new information for pipes with a higher priority for rehabilitation and repair via the use of the Management Reserve. DEA understands that although priorities may change, the goal is to design this Phase 12 work on approximately the number of work elements identified, presuming similar site constraints and design considerations. The final design activities include additional site visits (if necessary) as well as the final review of CCTV video inspection records and easement, as-built, and GIS information. The site visits and information review will be used to confirm the type of repair(s) selected to address the existing deficiencies at each of the different sites. DEA will also request from the respective purveyor, maps showing the location of all franchise and City-owned utilities (water, sewer, storm, gas, power, communications, internet, fiber, TV, etc) and continue to update the base maps from that information. DEA will complete 90% plans, specifications, and cost estimate (PSE) and send them to the City for review and approval by the end of February 2025 with the goal of bidding the project by the end of March 2025. The estimated duration of construction of the project is 6 months. 2.7.a Packet Pg. 85 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) P:\C\COED00001716\0100PM\Phase 12 - Design\archive\COED00001716-Ph 12 Sewer Design & Construction Support-Scope of Work1.docx 2 DEA will also support the City in bidding and construction as indicated in the Scope of Work. In addition to the above-listed work on Phase 12, DEA will also complete more detailed cost estimates (including survey, design, permitting, geotechnical, and construction costs) for the eleven Phase 13 sites identified during the DEA and City 30% review meeting. These cost estimates will be completed and sent to the City for review by the end of December 2024. Once the Phase 12 design has been completed, a separate scope of work will be prepared for the final design, bidding, and construction support of Phase 13. SCOPE OF WORK The scope of engineering services is as follows: 1. Project Management 1.1. Planning, Scoping, and Coordination 1.2. Monitoring and Control 1.2.1. Submit monthly invoices with status reports if requested. The status report shall summarize activities completed for each task during the billing period and anticipated deliverables for the next month. DEA shall also summarize problems encountered and actions taken for their resolution, potential future delays, and issues requiring City direction. Any element that may impact the schedule and design fee shall be included in the report. 1.3. Closeout 2. Assessment (Work completed under the previous scope) 3. 30% Design (Work completed under the previous scope) 4. Final Assessment 4.1. Additional Existing Information 4.1.1. Review additional easements, as-builts, and GIS sewer data 4.1.2. Confirm repairs by reviewing CCTV video inspection logs and videos 4.2. Additional Site Visits 4.2.1. Review of site information and available City sewer easements, generally confirm space available for access and construction staging 4.3. City-Identified Phase 13 Site Cost Estimates 4.3.1. Including survey, design, permitting, geotechnical (by HWA), and construction 5. Final Design 5.1. Prepare plans using City GIS layers (30 sheets estimated) 5.1.1. Cover sheet, notes, legend, vicinity map, sheet index (2 sheets) 5.1.2. All sites – civil plan (1 site per sheet, 26 sheets total) 2.7.a Packet Pg. 86 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) P:\C\COED00001716\0100PM\Phase 12 - Design\archive\COED00001716-Ph 12 Sewer Design & Construction Support-Scope of Work1.docx 3 5.1.3. Details (1 sheet) 5.1.4. TESC plan & details (1 sheet – general notes and details) 5.2. Prepare contract documents/specifications (COE/WSDOT format) 5.2.1. Bidding & contract documents with special provisions (COE standard) 5.2.2. Special provisions – civil 5.2.2.1. CIPP (full length, spot repair, tee/lateral, etc) liner and open cut (full length, spot repair, tee/lateral, etc) replacement for main rehabilitation and replacement 5.2.2.2. Bypass/continual operation 5.3. Prepare quantity take-off 5.3.1. Prepare and report final quantity take-off broken down per plan sheet 5.4. Prepare construction cost estimate 5.4.1. Final engineer’s construction cost estimate in accordance with the City’s Estimating Policy 5.5. Submittals 5.5.1. QAQC-confirmed plans, quantity take-off, specs, and estimate at 95% 5.5.2. QAQC-confirmed final plans, quantity take-off, specs, and estimate ready for bidding 6. Bidding and Construction Support 6.1. Answer RFIs (assume 2) 6.2. Prepare addendum (assume 1) 6.3. Review material submittals (assume 4) 6.4. Review and complete as-builts 7. Management Reserve 7.1. Tasks not included in the scope but that may be authorized in writing by the City Project Manager on a time and expense basis The City shall provide the following to complete the corresponding work for this project: • Available record drawings and sewer easements • GIS data • Access to CCTV videos • Payment for permit fees and costs of advertising as required for permits or other governmental approvals • Advertisement and publishing documents for bidding • Management/Inspection of construction project Other Significant Assumptions: • Civil sheets will include plan view only – no profile. • Project is presumed to be completed without the need for significant excavation or modification of existing buried utilities. Plans will be prepared without the benefit of utility locates or a field survey of existing improvements. Utility locates will be requested and other non-exploratory site research will be conducted when excavation within the right of way, such as for sewer main spot 2.7.a Packet Pg. 87 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) P:\C\COED00001716\0100PM\Phase 12 - Design\archive\COED00001716-Ph 12 Sewer Design & Construction Support-Scope of Work1.docx 4 repairs, manhole installation/repair, or other similar scales of excavation, are required for the project. • Existing sewer is presumed to be in existing right of way or sewer easement. Work to correct right of way deficiencies or to secure additional access rights or easements for this work is presently not part of the scope of work. • SEPA review is not required due to the rehabilitation nature of the project. • The City will secure all necessary permits. • The consultant will not charge for additional addenda if they are needed to correct or clarify errors or omissions in the bid documents. • The consultant will not charge for RFIs if they are needed to correct or clarify errors or omissions in the bid documents. SCHEDULE Presuming approval by the City in late November 2024, the following is the proposed schedule. The timing of bidding and construction will be at the discretion of the City. 2024 2025 Task Nov Dec Jan Feb Mar Apr May Jun Jul Aug Sep Oct Ph 13 Cost Estimates Final Assessment Final Design 90% PSE Submittal City Review Bid-Set PSE Submittal Bidding Support Construction Support BUDGET Due to remaining budget in several tasks from the previous scope and per discussion with City staff, DEA proposes moving the remaining $95,794.54 in unspent budget (as of 10/16/24 invoice) as detailed in the attached project fee estimate. 2.7.a Packet Pg. 88 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r P h a s e 1 2 & 1 3 S e w e r R e p l a c e m e n t ) Project Number COED00001716 Date 10/29/2024 Prepared By CFCH Project Manager QAQC Project Engineer Designer Survey Manager Survey Crew CAD/GIS Technician Admin. Assistant $244.80 $278.40 $261.60 $131.20 $233.60 $268.80 $169.60 $118.40 1 Project Management 88 $16,185 $16,185 1.1 Planning, Scoping, and Coordination 24 4 24 52 $13,267 1.2 Monitoring and Control 18 12 30 $5,827 1.3 Closeout 2 2 2 6 $1,250 Minus Unspent Project Management Budget 17 17 ($4,159) 4 Final Assessment 240 $25,197 $52,661 4.1 Additional Existing Information 16 32 16 64 $14,387 4.2 Additional Site Visits 16 16 16 48 $10,202 4.3 City-Identified Phase 13 Site Cost Estimates 24 12 40 40 12 128 $27,731 4.4 Minus Unspent Assessment Budget 110.7946895 110.79 ($27,122.54) 5 Final Design 274 $12,471 $12,619 5.1 Plans 16 2 16 16 64 114 $21,613 5.2 Specifications 16 2 32 32 82 $17,043 5.3 Quantity Take-off 4 2 12 12 30 $6,250 5.4 Construction Cost Estimate 4 2 12 12 30 $6,250 5.5 Submittals 2 8 4 4 18 $4,288 5.6 Minus Unspent 30% Design Budget 175.5392157 175.54 ($42,972) 6 Bidding and Construction Support 110 $22,694 $22,694 6.1 RFIs (2)2 1 4 4 11 $2,339 6.2 Addendum (1)2 1 4 4 11 $2,339 6.3 Material Submittals (4)16 16 16 48 $10,202 6.4 As-builts 8 8 8 16 40 $7,814 7 Management Reserve $0 $0 7.1 Management Reserve 88 88 $21,541 7.2 Minus Unspent Management Reserve Budget 87.99428105 87.994 ($21,541) 170 34 222 180 12 0 80 14 712 $76,548 $104,159 Project Fee Estimate Summary and Total $590 $76,548 $27,022 $27,611 $27,611 ($95,794.54) Total Fee Estimate $104,159 Project Fee Estimate Phase 12 and 13 Sewer Replacement and Rehabilitation - Phase 12 Final Design, Bidding, and Construction Support CITY OF EDMONDS EXHIBIT B Personnel Positions and Approximate Hourly Billing Rates Estimated DEA Labor - Civil Engineering Services Estimated Direct Expenses David Evans and Associates, Inc. DEA Labor Total Hours Additional Estimated Fee David Evans and Associates, Inc. 14432 SE Eastgate Way, Suite 400, Bellevue, WA 98007 425.519.6500 www.deainc.com Total Expenses Notes and Assumptions: (1) See detailed Scope of Work dated 10/29/2024. (2) The City must approve all transfers of available budget between tasks prior to exceeding the estimated budget for an individual task. (3) Client shall be responsible for direct payment of all permit, agency review, advertisement, service or other project expenses not expressly included in the Project Fee Estimate and/or Scope of Work. Total Unspent Budget Subconsultants Total - w/ Expenses and Subs. Total Estimated Expenses Task/Subtask (1) Total Mileage & Other Expenses Total Estimated Labor EXHIBIT B 2.7.a Packet Pg. 89 At t a c h m e n t : A t t a c h m e n t 1 - A g r e e m e n t ( P r e s e n t a t i o n o f P r o f e s s i o n a l S e r v i c e s A g r e e m e n t S u p p l e m e n t f o r City Council Agenda Item Meeting Date: 11/19/2024 Frances Anderson Center Investment Grade Audit Staff Lead: Phil Williams Department: Public Works & Utilities Preparer: Royce Napolitino Background/History The Frances Anderson Center was built in 1928 and renovated in 1947 and 1952. Formerly an Edmonds School District grade school, the building is on the local historic registry and has 55,000 s.f. of multi-use space and offices. Now, the Frances Anderson Center is owned and operated by the City of Edmonds and functions as the primary building for Parks department's recreation facility and administrative office spaces, as well as home to several community organizations and businesses. In 2019 the State enacted RCW 19-27A for Energy Performance Standards for commercial buildings. Now called the State Clean Buildings Act, it calls for existing building of 50,000 s.f. and above to meet new Energy Usage Index numbers in 2028 with a measurement and verification starting in 2026. The stated goal of the Clean Buildings Act is to increase energy efficiency and to lower the emissions created by the burning of fossil fuels. The Frances Anderson Center is the only City owned building meeting the 50,000 s.f. threshold and is heated by natural gas boilers that are near the end of their useful lives. In June, 2023 the presentation of the proposal for an Investment Grade Audit by McKinstry was made to the City Council and PPW Committee Meeting. The council moved forward in acceptance of McKinstry's proposal to identify and analyze performance-based contracting measures and produce a comprehensive Energy Services Proposal for upgrading the HVAC system at Frances Anderson Center. The payment and funding for this proposal, previously signed in 2023 by former Public Works Director Antillon, relies on an ending fund balance from 2023 fund 016.100 bond. Staff Recommendation Forward completed Investment Grade Audit document to City Council for filing. Authorize the Mayor to sign for payment of audit expenses. Narrative The Investment Grade Audit (IGA) identifies several Facility Improvement Measures, including: equipment recommendations; energy compliance strategies; projected energy/cost savings; maximum allowable project expense; and other data for creation of a project. The IGA Report demonstrates an HVAC update to bring the Frances Anderson Center in to measured compliance with the Washington State Clean Buildings Act. The update would de-carbonize the buildings heating infrastructure and provide building resilience to climate change, and eliminate fossil 2.8 Packet Pg. 90 fuel emissions all while bringing the building into compliance with the mandated standards in the Clean Buildings Act. This IGA brings this project to 20% design with an estimated maximum price in 2024 dollars and guaranteed energy savings when implemented through the Department of Energy Services ESCO program. Attachments: IGA scope and definition_Aug2023 IGA payment app_Nov2024 City of Edmonds-Frances Anderson Center_IGA Report_24.10.23 2.8 Packet Pg. 91 2.8.a Packet Pg. 92 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 93 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 94 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 95 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 96 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 97 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 98 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.a Packet Pg. 99 At t a c h m e n t : I G A s c o p e a n d d e f i n i t i o n _ A u g 2 0 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.b Packet Pg. 100 At t a c h m e n t : I G A p a y m e n t a p p _ N o v 2 0 2 4 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.b Packet Pg. 101 At t a c h m e n t : I G A p a y m e n t a p p _ N o v 2 0 2 4 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.b Packet Pg. 102 At t a c h m e n t : I G A p a y m e n t a p p _ N o v 2 0 2 4 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2.8.b Packet Pg. 103 At t a c h m e n t : I G A p a y m e n t a p p _ N o v 2 0 2 4 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) City of Edmonds Frances Anderson Center HVAC Upgrades DES Project # 2023-037 A (1) I NVESTMENT GRADE AUDIT REPORT EDMONDS, WASHINGTON OCTOBER 10, 2024 For the Life of Your Building 2.8.c Packet Pg. 104 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER Project Contacts AREA OF R ESPONSIBILITY NAME CONTACT NUMBER EMAIL Primary Client Contact Thom Sullivan (425) 275-4515 thom.sullivan@edmondswa.gov WA DES Representative Novella Randall (360) 790-3667 novella.randall@des.wa.gov McKinstry Account Executive Shelby Hinkle (206) 658-4389 shelbyh@mckinstry.com McKinstry Program Manager Heramb Amonkar (206) 832-8765 heramba@mckinstry.com Page-2-of-322 2.8.c Packet Pg. 105 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER Contents SECTION 1. EXECUTIVE SUMMARY ................................................. 4 1.1 Overview 1 .2 Current Situation 1.3 Solutions 1.4 Summary of Benefits 1.5 McKinstry Differentiators 1.6 Environmental Impact Calculator SECTION 2. SCOPE OF WORK ....................................................... 9 2.1 Facility Improvement Measure (FIM) List 2 .2 McKinstry Services SECTION 3. ENERGY SAVINGS GUARANTEE ................................... 55 3.1 Energy Savings Methodology 3 .2 Energy Savings Summary SECTION 4. PROJECT C OST ....................................................... 57 4.1 Items Included in Project Cost 4 .2 Budget Table 4.3 Value Engineering Opportunities SECTION 5. APPENDICES .......................................................... 66 5.1 Items Included in Project Cost 5 .2 Equipment Cutsheets 5.3 Clean Buildings Performance Standard Benchmarking Report 5.4 Energy Calculations Page 3 of 322 2.8.c Packet Pg. 106 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 1. Executive Summary 1.1 Overview Through the Washington State Department of Enterprise Services (DES) Energy Savings Performance Contracting (ESPC) program, McKinstry has completed an extensive study and investigation of energy upgrades for City of Edmonds. Our Energy Services Proposal presents a holistic project solution for improving the overall facility efficiency and operation. Our proposed solutions will result in lower utility use and cost along with improved building system performance and occupant productivity. 1.2 Current Situation CHALLENGES · The building has two natural gas fired boilers, one for steam and one for hot water that are beyond useful life. Replacing with natural gas boilers commits the building to fossil fuel use for the life of the equipment. · The building does not have cooling causing comfort issues in the summer and at times requiring change to space programming. · The building does not have mechanical ventilation and uses operable windows. There is a lack of Indoor Air Quality Control. · The current Building Management System is a simple interface with system level scheduling, on/off commands, and alarms. · The hot water plant is run on an aging natural gas fired circulating water heater (manuf. 2003) and storage tank. GOALS · Replacing fossil fuel based heating system with high efficiency all electric heat pumps. · Providing cooling and mechanical ventilation to improve occupant comfort and experience. · Carbon emissions reduction to support the City’s Climate Action Plan. · Improved reliability of equipment and reduced maintenance. · Planning and executing construction with consideration to the extensive building use and requirements of the tenants. 1.3 Solutions This project includes: FIM ID #50943 – 03.01-FAC: Upgrade HVAC System to VRF The proposed project would install a new variable refrigerant flow (VRF) system for heating and cooling as well as a dedicated outdoor air system (DOAS) for ventilation. All existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping would be demolished. The gymnasium AHUs would be refurbished with new fans, VRF coils, filters, and variable frequency drives. The existing natural gas domestic hot water plant would be demolished and replaced with a new electric hybrid system. Page 4 of 322 2.8.c Packet Pg. 107 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 1. Executive Summary 1.4 Summary of Benefits FINANCIAL BENEFITS The preliminary project budget is $9,180,909 - $10,201,009 for turnkey engineering, procurement, and implementation. The proposed project schedule is developed strategically to advance the engineering and procurements efforts as interim funds become available. This will align the project construction start with funding availability, resulting in shorter project development and implementation durations. Earlier implementation mitigates cost escalations and advances carbon emission reductions. ENVIRONMENTAL BENEFITS By taking the necessary steps to reduce energy consumption through the implementation of the various facility improvement measures detailed in this report, City of Edmonds will attain the savings outlined in the outcome snapshot on the left. This is equivalent to: · 17 average-sized homes being removed from the power grid; or · 26,515 light bulbs (13.5 Watt LED) not energized; or · 675,156 miles not driven by an average size vehicle. NEXT STEPS · Proceed with Engineering Design to complete selection of long lead time equipment and engage external stakeholders including the local Historic Preservation Committee, utility, and energy code AHJ. · Establish project Guaranteed Maximum Budget (GMAX) based on design updates and stakeholder approvals. Deliver Energy Services Proposal (ESP) to the City. · Update project financial plan to align cash flows for expected funding allocation, long lead time procurement, and construction costs. 1.5 McKinstry Differentiators COMPANY OVERVIEW McKinstry has over 50 years of experience assessing and improving facilities in the Pacific Northwest. With more than 1,500 successful energy and facility improvement projects completed in the past 15 years, McKinstry has the expertise to offer comprehensive solutions to City of Edmonds. McKinstry is more than just another energy services company, we believe in serving as your trusted advisor “For the Life of Your Building.” MCKINSTRY APPROACH ADVANTAGES · Vendor- and product-neutral for truly consultative role · Transparent pricing · Total cost of ownership consideration · No “shared savings” model Page-5-of-322 2.8.c Packet Pg. 108 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 6 of 322 2.8.c Packet Pg. 109 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) City of Edmonds Environmental Impact Calculator Total Load Factor to Use TPU Commerce 2020 Select Factor lbs CO2e/kWh (Electricity Emissions Factor) Amount Each Utility Type Will Be Reduced Per Year Electricity -182,884 kWh =-829 lbs CO2 -0.4 Metric Tonnes CO2 Fossil Natural Gas 33 Number of Vehicles Removed From Roads (Avg Size); or 19,171 Therms =382,651 lbs CO2 173.6 Metric Tonnes CO2 647,156 Number of Miles Not Driven Per Year (Avg Size); or Steam 26,515 Number of 13.5 Watt Light bulbs Not Energized; or 0 Mlbs =0 lbs CO2 0.0 Metric Tonnes CO2 17 Number of Avg Sized Houses Removed From Power Grid; or Fuel Oil 47 Acres of Trees Planted; or 0 Gallons =0 lbs CO2 0.0 Metric Tonnes CO2 178,421 Pounds of Coal Not Burned Per Year Propane 0 Gallons =0 lbs CO2 0.0 Metric Tonnes CO2 Total Reduction =381,822 lbs CO2 173.2 Metric Tonnes CO2 Fossil Natural Gas (ASHRAE Std. 189-2017 Table 7.5.2):19.96 lbs CO2 / Therm Steam (Seattle Steam):195.364 lbs CO2 / Mlbs Fuel Oil: 22.384 lbs CO2 / gal Propane: 12.5 lbs CO2 / gal Conversion:2204.62 lbs CO2 / Metric Tonnes CO2 Car Emmissions: 11,470 lbs CO 2 / car / yr Tree Carbon Sequestation: 8,066 lbs CO 2 / acre / yr Vehicle Mileage Emmissions: 0.59 lbs CO 2 / mile 13.5 W Light Bulb Emmissions: 14.4 lbs CO 2 / Light Bulb / yr Tree Carbon Sequestation: 8,066 lbs CO 2 / acre / yr Coal Emmisions: 2.14 lbs CO 2 / pound Coal Houses Removed: 22,880 lbs CO 2 / house * Energy Information Agency (EIA) * Environmental Protection Agency (EPA) * ENERGY STAR * eGRID 2020 (If eGrid Subregion or Local Utilities Chosen) * NWPCC Report dated June 13, 2008 (If WADES Factor Chosen) 0.00454 This Annual Emissions Reduction Is Equivalent To The Following: Other Emissions Factors Equivalents Conversions Sources: Page 7 of 322 2.8.c Packet Pg. 110 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r Page 8 of 322 2.8.c Packet Pg. 111 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 2. Scope of Work 2.1 Facility Improvement Measure (FIM) List For full descriptions of the scope of work of each measure, please refer to Section 2 - Detailed Scope of Work. FIM ID #50943 – 03.01-FAC: Upgrade HVAC System to VRF Page 9 of 322 2.8.c Packet Pg. 112 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL FIM ID # 50943 03.01-FAC: Upgrade HVAC System to VRF Edmonds Frances Anderson Center GENERAL Existing: The facility is currently heated using two (2) natural gas-fired hot water and steam boilers. These boilers serve radiators and unit ventilators that are controlled room-by-room via local thermostats. The gymnasium is served by two (2) air handling units also served by the hydronic system. No mechanical cooling exists, and ventilation is via operable windows. The existing BMS is a simple interface with scheduling, on/off commands, and alarms. The existing domestic hot water plant consists of a natural gas-fired, circulating water heater (manuf. 2003) and a storage tank. Proposed: Demo all existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping. Install a new variable refrigerant flow (VRF) system for heating/cooling and a dedicated outdoor air system (DOAS) for ventilation. Refurbish the gymnasium AHUs with new fans, VRF coils, filters, and variable frequency drives. Demo the existing natural gas domestic hot water plant and replace with a new electric hybrid system. SCOPE OF WORK INCLUDES 1. Equipment Furnished by ESCO A. See Equipment List for more information and accessories. B. VRF Master System Controller C. VRF Master System Controller to BMS Gateway D. Furnish and install new thermostats from VRF manufacturer. See sketches for quantity. E. AHU-1 Fan F. AHU-2 Fan G. AHU-1 Coil H. AHU-2 Coil I. DOAS-1 J. DOAS-2 K. DOAS-3 L. ODU-1.1 through ODU-10 (QTY: 14) M. UCK-1.1 through UCK-5 (QTY: 7) N. MCU-1.1 through MCU-7 (QTY: 12) O. HWH-1 P. HWH-2 Q. DWCP-1 R. ET-1 S. TMV-1 (to be furnished by the plumbing contractor) T. AC-1 U. CU-1 V. RCP-1 through RCP-14 (QTY: 14) (specified by mechanical, furnished and installed by electrical) W. IDU-1.1 through IDU-58 (QTY: 101) X. CP-1.1 through CP-49.3 (QTY: 50) 2. Mechanical A. Demo – Mechanical Contractor to cap existing piping that is not being removed and make safe all mechanical items to be removed. 1) See Mechanical Demolition Sketches for detailed information. 2) Sheet Metal (i) Demo all existing thermostats throughout the entire building. (ii) Demo exhaust fans, all associated ductwork, and grilles (where noted on sketches). (iii) Demo louver adjacent to existing electrical room. (iv) Demo existing fan in (2) existing gym AHUs in the Gym Mezzanines. (v) Demo existing filter in (2) existing gym AHUs in the Gym Mezzanines. 3) Piping (i) Demo all steam and hot water radiators, unit ventilators, and wall heaters, including their associated control valves throughout the entire building (QTY: 79). (ii) Demo all accessible steam and hydronic piping throughout the entire building. Cap and abandon inaccessible piping. (iii) Demo all natural gas piping throughout the entire building, including the gas meter. Cap and abandon natural gas piping running to utility. Page 10 of 322 2.8.c Packet Pg. 113 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL (iv) Demo steam and hot water natural gas boilers and all associated piping entirely including: (a) Flue (b) Combustion air (c) Natural gas (d) Hot Water/Steam (e) Valves (f) Chemical Treatment (g) Drains (v) Demo pumps in Mechanical room (QTY: 4) (vi) Demo existing coil in (2) existing gym AHUs in the Gym Mezzanines. 4) Plumbing (i) Demo natural gas water heater. (ii) Demo expansion tank. (iii) Demo storage tank. (iv) Demo thermostatic mixing valve. (v) Demo hot water recirculation pump in Mechanical room. (vi) Demo existing plumbing only as far as needed to install new system. B. New Work 1) See Mechanical New Work Sketches for detailed information. 2) Sheet Metal (i) Install (3) new DOAS units on the roof on 4X douglas fir sleepers (see Structural scope of work). (ii) Furnish and install all new supply and exhaust ductwork. (iii) Furnish and install sidewall and ceiling supply and exhaust grilles with manual balancing dampers. Sizes as shown on the mechanical drawings. (iv) Clean and refurbish (2) Gym AHUs in Gym Mezzanine: (a) Install new plenum fan in the existing cabinet. (b) Install new VRF coil in the existing cabinet. (c) Furnish and install new MERV-13 filters in the existing cabinet. (d) Furnish and install new drain pan in the existing cabinet. 3) Piping (i) Furnish and install all new refrigerant piping. (a) Provide white PVC covers for all exposed refrigerant piping. (ii) Furnish and install all new condensate piping. (iii) Install new floor or wall-mounted indoor units. (iv) Furnish and install refrigerant lineset covers where noted on sketches. (v) Install condensate pumps either in indoor unit cabinets or lineset covers. (vi) Install new outdoor units. (vii) Install new Samsung universal communication kits. (viii) Install new mode control units. 4) Plumbing (i) Install new hybrid water heaters. (ii) Install new recirculation pump. (iii) Install new expansion tank. (iv) Furnish and install new thermostatic mixing valve. (v) Furnish and install new plumbing as needed to reconnect new domestic hot water plant equipment to the existing plumbing. 5) Misc. (i) Permanent Fall Protection for Construction and Maintenance (a) For (2) rooftop DOAS units (DOAS-1 & 2), no parapet or permanent fall protection exists. Provide permanent tie-off locations for fall protection for construction and maintenance. Refer to Structural scope of work for more information. (ii) Insulation (a) Insulate all new piping per 2021 WSEC requirements. (b) Insulate all new ductwork per 2021 WSEC requirements. 3. Controls A. Refer to attached points list/narrative for detailed Controls scope. 1) Note: VRF Master System Controller and VRF Master System Controller to BMS Gateway are furnished by ESCO, not Controls Contractor. B. Demo all existing thermostats throughout the building. C. Demo all existing controls wiring and conduit throughout the building. D. Furnish and install all new controls wiring, conduit, raceways throughout the building. This includes all wiring Page 11 of 322 2.8.c Packet Pg. 114 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL needed for VRF system. E. All new control points and schedules to be visible from the BMS. Upgrade existing graphics and BMS to fully accommodate new system. 4. Acoustical A. No acoustical analysis was provided as part of this IGA. Acoustical review of the new mechanical systems and impact to building environment can be included in Design at direction of Owner. 5. Vibration Isolation A. Provide min thickness 1/8” neoprene pads and isolated anchor bolts for all outdoor condensing units. 6. Electrical A. Basic Scope: Electrical service upgrade -- driven by comprehensive HVAC upgrade in building – and the electrical work associated with the new HVAC equipment. B. 30-Day Metering: 30-Day Metering will be required for (12) panels: SBD-1, SBD-2, 1A sec. 1, 1B, 1C, 1D sec. 1, 1E sec. 1, 2A, 2B, 2D sec. 1+2, and 3A. C. Demo: 1) See ‘Electrical Scope Table’ and ‘Electrical Sketch Package’. D. New Work 1) Provide (6) new service outlets at new Outdoor Unit locations. 120 volt, 20 amp, GFCI, Weatherproof Cover. 2) Furnish and install fourteen (14) radiant ceiling panels that are specified by the mechanical engineer. 3) Relocate existing light bollard in central courtyard. Intercept existing, buried branch circuit to bollard. Extend conduit from interception point to new location of bollard, ~20 ft. west. Pull new branch circuit conductors all the way from the electrical panel to the new bollard location. Assume 200 lineal feet total for new circuit conductors. Trenching and backfill by others. 4) For additional new work, see ‘Electrical Scope Table’ and ‘Electrical Sketch Package’. E. Exterior Work in SnoPUD transformer area: 1) Electrical contractor: There will be electrical contractor scope on the exterior of the building, related to the new Snohomish County PUD transformer and service run. See ‘Electrical Sketch Package’. 2) Other Trades: There will be construction scope on the exterior of the building for other trades, related to the new Snohomish County PUD transformer and service run, including, but not limited to excavation and backfill. See ‘Electrical Sketch Package’. 7. Structural A. Wood 1) Pressure treated 6x8 Douglas Fir sleepers to be provided each side of DOAS units at low roof wings and span to a minimum of (2) existing glulam beams. Sleepers to fully support each longitudinal side of the DOAS units as well. Provide lag screws and A35 clips for seismic/wind attachment to existing roof framing. 2) At new openings in wood frame diaphragms, provide 4x8 Douglas Fir block out framing with LU hangers to existing framing. 3) Screen wall design is excluded from scope for DOAS 1 and 2 over the low roofs. 4) Fall protection assembly to include (2) stanchions per DOAS unit. Provide 3” vertical steel pipe with ½" plate and ¼" lag screws to side of existing glulam beams. 5) At DOAS-3, provide a pre-manufactured permanent external ladder. Attach mounting points to existing wall studs with lag screws or other recommended fasteners per manufacturer's direction. 6) At mechanical piping and ducts above the roof, provide 16” long pressure treated 4x8 Hem Fir sleepers and light gage angles positively attached to existing framing below. Provide cap flashing, cant strip and strut base with caddy block infills. Provide pipe support spacing in accordance with ANSI/MSS SP-69 & SP-58. B. Concrete 1) At exterior conditions, provide 4” concrete housekeeping pads with 18” deep by 6” wide thickened perimeter lip for new outdoor units. Provide #4 bars at 18” on center each direction. 2) At interior conditions, provide 4” concrete housekeeping pads new indoor units. Provide #4 bars at 18” on center each direction. 3) Concrete requires special inspection per IBC Table 1705.3. 4) Design seismic/wind attachment connection of mech equipment to new concrete housekeeping pads. Provide expansion anchors at each corner of units. Special inspection is required for concrete anchorage. 5) All saw-cutting and core drilling locations shall be submitted to the structural engineer for approval prior to construction. Contractor to image wall/floors as necessary to locate existing reinforcement and minimize cutting. Contractor shall field verify all existing conditions and coordinate openings with existing structure. 6) See typical electrical duct bank detail for concrete reinforcement and encasement of electrical conduit. Refer to the ‘Electrical Sketch Package’ for location of the conduit duct bank. C. Steel 1) At DOAS-3, provide a steel screen wall per GMAX detail and notes below. (i) 4” diameter galvanized 10 ft tall pipe posts spaced at 12 ft maximum. Page 12 of 322 2.8.c Packet Pg. 115 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL (ii) (3) HSS 6x4x1/4 galvanized girts per bay. (iii) 3” diameter galvanized steel diagonal pipe braces. (iv) ½" corrugated metal deck with minimum 20 gage painted and maximum span of 5 ft. (v) 6x8 flush wood beams at post and brace landings with LU hangers to existing framing and lag bolts to ½" steel base plates above. 8. Roofing A. Weather-proof all roof penetrations patched by carpentry. B. Wood sleepers for (3) DOAS rooftop units to be fastened directly to roof. Provide roofing/weatherproofing work for these (3) units. C. Weatherproof new roof penetrations for ductwork and piping. See sketches for locations. 9. Landscaping A. Remove existing trees and shrubbery required to install new concrete housekeeping pads for new condensing units. B. Remove existing tree and shrubbery required for installation of the new electrical duct bank. 10. Excavation and Backfill A. Provide necessary excavation and backfill for the new electrical duct bank as shown on Electrical Drawing E-5, Detail 3. 11. Carpentry A. Demo 1) Demo existing plywood ceiling for demolition and new construction work where noted on sketches. B. General Carpentry 1) Modifications required at existing door out of Main Electrical Room. See “Electrical Sketch Set”. 2) Patch all interior and exterior wall penetrations leftover from demolition work and not reused for new construction. 3) Patch all roof penetrations leftover from demolition work and not reused for new construction. 4) Where wall penetrations are through wood-framed walls, provide new wall penetrations for new ductwork and piping. See sketches for locations. 5) Provide new roof penetrations for ductwork and piping to rooftop equipment. See sketches for locations. C. Ceilings 1) Repair/install new plywood ceiling wherever demolished for new construction work. See sketches. 2) Provide 24”x24” access panels for new mode control units above plywood ceilings. D. Drywall – patch all walls where existing equipment is being removed. E. Flooring – patch existing flooring where needed as existing equipment is being removed. 12. Glazing A. Main Electrical Room shall remain as-is. The window will be covered by the new switchgear. B. Window removal as required in the courtyard for refrigerant piping routing to interior of the building as shown on Mechanical Drawing 1 of 9, Note 8. 13. Painting A. Paint all patched interior and exterior wall penetrations leftover from demolition work and not reused for new construction. B. Assume touch-up paint work will be required for all demolished steam and hot water radiators, unit ventilators, and wall heaters. Field verify extent. 14. Fire Alarm A. Existing manual pull-station at door out of Main Electrical Room to be relocated as a result of modifications to that door. See ‘Electrical Sketch Set’. 15. Fire Sprinkler A. Where new electrical distribution equipment is installed below existing fire sprinkler piping and/or heads, the piping and heads will need to be relocated. Fire sprinkler piping and heads are not permitted above electrical equipment. B. Modify existing fire sprinkler system as needed for installation of new ductwork and piping. Field verify extent. 16. Testing, Adjusting, and Balancing (TAB) A. Provide full TAB of all new equipment and grilles. 17. Commissioning A. Provide full functional performance testing of all new equipment. 18. Demolition and Removal Specialty Contractor A. Mechanical contractor to cap existing piping and make safe all mechanical demolition items to be removed by demo contractor. 19. Training A. Provide training as required for this FIM. Page 13 of 322 2.8.c Packet Pg. 116 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL ALLOWANCES INCLUDED IN THIS BUDGET A. Reduce Building Operations Impact – Allowance to include efforts to reduce impact to building operations during construction. This include changes to the proposed phasing plan, weekend or shift work etc. B. Historic Preservation Adherence – Allowance to support necessary change to proposed solutions, related Energy Code impacts in order to meet requirements of the Historic Preservation Committee. C. Equipment, Material, and Labor Escalations for 2025 Allowances INCLUDED in the Budget Budget Reduce Building Operations Impact $ 100,000 Historic Preservation Adherence $ 25,000 Equipment, Material, and Labor Escalations for 2025 $ 250, 000 ALLOWANCES NOT INCLUDED IN THIS BUDGET A. Haz Mat testing and abatement B. Electric Utility Costs (SnoPUD) and Requirements C. Gas Utility Costs (PSE) Allowances NOT INCLUDED in the Budget Budget Haz Mat testing and abatement $ 50,000 Electric Utility Costs (SnoPUD) and Requirements $ 25,000 Gas Utility Costs (PSE) $ 5,000 CLARIFICATIONS AND EXCLUSIONS Below items were reviewed for approval with the City of Edmonds. 1. The scope and budget exclude hazardous material testing and abatement. Limited good faith survey information was available at the time for the IGA and considering the scope impact, the City will conduct testing during pre-construction and perform necessary abatement before construction. McKinstry will provide information on the spaces disturbed by the project and support the City in coordinating the testing and if required, the abatement. The testing and if required abatement scope will be contracted by the City. 2. If existing equipment or components are reused, repairs to existing are not included unless specifically noted in the scope above. At this point, all other related equipment that has been inspected is operating properly. 3. All work shall be performed during regular work hours. A. Shutdown associated with utility service upgrade is budgeted as weekend work. B. Work within the building is planned to be implemented in phases to minimize operation disruptions. Preliminary phasing plan is included in the scope of work and is used for the budgeting. Per the plan, the work area where work is being performed will be vacated during the respective phase. C. During pre-construction, McKinstry will coordinate with the City and their building tenant groups to further develop the phasing plan taking into account the flexibility for tenant usage, public events etc. at the time of construction. D. An allowance is carried in the construction budget to allow flexibility to the current plan to best meet the construction time requirements. The budget is listed in the scope of work. E. McKinstry will coordinate the work schedule and space impact with the City in advance. The City will communicate and coordinate the impacts with the building tenants and users. The City will move or remove necessary equipment, furniture etc. from the work area F. During crane pick of rooftop equipment, the spaces under the area of work will need to be vacated. G. McKinstry will perform cleaning of construction dust, debris etc from the work area at the end of the phase. 4. Temporary heating and ventilation of the building spaces is not included in the scope and budget. McKinstry will coordinate the shutdown plans and impact with the City during pre-construction. 5. Temporary roof access, roof protection and fall protection during construction is included in the scope. 6. Per coordination with the Owner, for maintenance access to the DOAS units, the use of temporary ladder of access to DOAS units around West courtyard is acceptable. A permanent ladder attached to the wall for access to the Gym DOAS unit is included in the scope. Page 14 of 322 2.8.c Packet Pg. 117 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Detailed Scope of Work PROPRIETARY AND CONFIDENTIAL 7. The building is in the residential zone (RS-6) and the park on the East side is an Open Space (OS). Per conversation with the City’s Permits Department, the Edmonds Municipal code does not require equipment screening for buildings in residential zones. Equipment screening for new rooftop DOAS units is not required by code and is not included. 8. Paint and patching of walls, ceiling and floors around the equipment and area impacted by scope is included. For walls and ceiling, the City will provide the paint. For floor mount units, where footprint is expected to reduce, a trim around the new unit will be applied to blend with the existing floor type. Painting of entire wall, ceiling or replacement of entire floor is not necessary and not included in the scope. 9. The main three floor building is on the Edmonds Register of Historic Places. Per discussion with the City only the exterior appearance has preservation requirements, and there are no requirements for the building interior. Other sections of the facility are not on the historic resister and have no historic preservation requirements. A. McKinstry will support the City to present and review the project with the Historic Preservation Committee. B. An In contract allowance, as shown is above table is included in the project cost to support the review and approval effort. 10. Per coordination with the controls contractor, upgrades to City wide controls supervisory hardware and software is not expected and not included. 11. The City will provide Ethernet ports necessary for connecting the BAS. 12. Fire Alarm scope is limited to relocation of existing pull stations impacted by the Electrical Room door scope. Upgrades to the building fire alarm system is not anticipated and not included in the scope. 13. Fire Sprinkler scope is limited to changes to head locations near the new electrical panel boards in the Electrical Room. Upgrades to the building fire alarm system is not anticipated and not included in the scope. 14. West courtyard changes A. To accommodate the new condensing units in the West Courtyard, removal of one tree is anticipated. This is identified in the scope of work. McKinstry will coordinate with the City project team to negotiate the requirements with the City of Edmonds Permits Department. B. Removal of the existing landscaping, changes to existing walkway, irrigation lines, lighting bollard are anticipated and included in the scope as shown. C. The City has informed presence of an abandoned underground fuel storage tank in the courtyard. Additional details are not available. Scope related to the underground tank is not included in the scope. 15. Exterior Utility work A. Removal of the existing landscaping in this area is anticipated and is included the scope. The City will perform replacement landscaping. B. The City is interested in providing a covered walkway for the day care entrance. This is not included is the scope and is suggested as an allowance budget. 16. Electrical Upgrades A. Per discussion with Snohomish County PUD (SnoPUD), the existing transformer will be replaced to provide the new requested 480V and 1000A service to the building. The existing transformer vault and primary feeders are compatible to the new service. B. The existing 208V panelboard SBD-2 has a temporary generator tie-in, this will remain as-in. Per discussion with the City generator tie-in for the new 480V switchgear is not necessary for the building use and is not included in the scope. C. A temporary generator and necessary fuel are budgeted for a duration of one week. This is to reduce the impact of building power shutdown. Short duration building power shutdown are still anticipated to perform certain steps of the upgrade scope. McKinstry will coordinate the shutdowns in advance with the City and the Utility. D. Additional equipment and panel level electrical shutdowns are anticipated. These will be identified and coordinated in advance with the City during pre-construction. E. A Preliminary sequence of work associated with the service upgrade is provided in scope and is used for establishing the budgets. 17. After removal of the gas boilers and replacement of the Domestic Water Heaters, there will be no natural gas consuming equipment in the building. The scope includes demolition of gas piping up to the utility gas meter. Removal of the Utility gas meter will be required for installation of new condensing units. McKinstry will coordinate with the Utility (PSE) for meter removal. City will be complete necessary applications and fee payment with the Utility. These are not included in the project scope and budget. An allowance budget is suggested for the Utility charges. Page 15 of 322 2.8.c Packet Pg. 118 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 16 of 322 2.8.c Packet Pg. 119 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 17 of 322 2.8.c Packet Pg. 120 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 18 of 322 2.8.c Packet Pg. 121 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 19 of 322 2.8.c Packet Pg. 122 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 20 of 322 2.8.c Packet Pg. 123 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 21 of 322 2.8.c Packet Pg. 124 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 22 of 322 2.8.c Packet Pg. 125 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 23 of 322 2.8.c Packet Pg. 126 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r NEW DRAWINGS Page 24 of 322 2.8.c Packet Pg. 127 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 25 of 322 2.8.c Packet Pg. 128 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - PIPING MIN 30'-0" MI N 9' - 0 " ODU-2.1 ODU-2.2 ODU-4 OD U - 5 ODU-6 ODU-7.3 ODU-7.1 ODU-7.2 MIN 3'-9" MI N 8' - 9 " DOAS-1 (ON ROOF) DOAS-2 (ON ROOF) UCK-1.1 UCK-1.2 (ON ROOF) UCK-2.1 UCK-2.2 (ON ROOF) 1 ID U - 1 . 1 1 ID U - 1 . 2 1 ID U - 2 . 2 1 ID U - 2 . 1 1 ID U - 1 . 3 1 ID U - 4 1 ID U - 3 1 ID U - 5 . 1 1 ID U - 6 1 ID U - 7 1 ID U - 7 . 2 1 ID U - 7 . 1 1 IDU-7.4 1 IDU-7.3 1 ID U - 8 MC U - 1 . 1 MC U - 1 . 2 1 IDU-9.2 1 IDU-9.1 1 ID U - 1 0 . 1 1 ID U - 1 0 . 2 1 ID U - 1 1 . 3 1 ID U - 1 1 . 2 1 ID U - 1 1 . 1 1 ID U - 1 1 . 4 1 ID U - 1 2 1 ID U - 1 3 1 ID U - 1 4 1 ID U - 1 6 1 ID U - 1 5 1 ID U - 1 7 . 2 1 ID U - 1 7 . 1 1 ID U - 1 8 MC U - 2 . 1 MC U - 2 . 2 1 ID U - 1 9 . 1 1 IDU-19.2 1 IDU-20 1 IDU-21 1 IDU-22 1 IDU-23 1 ID U - 2 4 . 1 1 ID U - 2 4 . 2 1 ID U - 2 6 1 ID U - 2 5 1 ID U - 2 7 1 IDU-28 1 ID U - 2 9 1 ID U - 3 0 MC U - 3 . 2 1 ID U - 5 . 2 MCU-3.1 REFRIGERANT PIPING UP TO 2ND LEVEL THROUGH EXISTING CHASE. REFRIGERANT LINES UP THROUGH EXISTING WINDOW WELL. 1. INSTALL NEW FLOOR OR WALL-MOUNTED INDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL IN PLACE OF DEMOLISHED RADIATOR, IF APPLICABLE. ASSUME TOUCH-UP TILE, CARPET, AND PAINT WORK WILL BE REQUIRED. 2. FURNISH AND INSTALL REFRIGERANT PIPING LINESET COVER AND INSTALL CONDENSATE PUMP IN THE COVER. 3. INSTALL NEW OUTDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL ALL OUTDOOR UNITS WITH MINIMUM 1/8" THICK NEOPRENE PADS. 4. INSTALL NEW SAMSUNG UCK. 5. INSTALL NEW MODE CONTROL UNIT IN APPROXIMATE LOCATION SHOWN. 6. PROVIDE NEW CONCRETE FOOTING. SEE FLOOR PLAN FOR DIMENSIONS. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 7. PROVIDE NON-STRUCTURAL FENCING WITH A LOCKABLE ACCESS GATE FOR OUTDOOR UNIT YARD. 8. PROVIDE CORES AS NEEDED TO RUN ALL REFRIGERANT PIPING INTO BUILDING. DO NOT PENETRATE WINDOWS. 9. PIPING TO RUN EXPOSED. 10. PIPING TO RUN ABOVE PLYWOOD CEILING. 11. PROVIDE A PERMANENT 24" X 24" ACCESS HATCH TO ACCESS MODE CONTROL UNIT (NOT SHOWN). 12. PROVIDE ROOF PENETRATION FOR PIPING UP TO DOAS UNIT. WEATHERPROOF PENETRATION. 13. PROVIDE WALL PENETRATION. 14. ROUTE 1" CONDENSATE WITH A MINIMUM SLOPE OF 1/8" PER LINEAL FOOT TO THE NEAREST SINK OR DRAIN. 15. TIE IN CONDENSATE DOWNSTREAM OF THE EXISTING SINK P-TRAP OR DRAIN TO EXISTING MOP SINK OR FLOOR DRAIN. SEE DETAIL ON THIS SHEET FOR MORE INFORMATION FOR P-TRAP OPTION. 16. ROUTE REFRIGERANT PIPING VERTICALLY THROUGH EXISTING CHIMNEY. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 17. PROVIDE CONDENSATE TRAP FOR DOAS COIL AND ROUTE CONDENSATE TO NEAREST ROOF DRAIN. 18. CONDENSATE FROM UPPER LEVEL. NOTES: 1. SEE PLANS OR RISER FOR PIPE SIZES. 2. REFER TO SECTION 814.3 OF UPC FOR CONDENSATE WASTE PIPE MATERIAL AND SIZING. GALV CLAMP CONDENSATE DRAIN FROM ABOVE (3/4" MAX SIZE) TRAP P-TRAP AHU P-TRAP REQ'D W/ SEPARATE DRAIN TO EXISTING TRAP SUSPENDED CEILING CONDENSATE DRAIN PAN DRAIN TO SINK OVERFLOW PIPED SEPARATELY TO CONSPICUOUS LOCATION FIXTURE BY OTHERS BY PLUMBING SCALE:NTS 8 CONDENSATE DRAIN TO SINK AND VENTS DETAIL 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 22 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 3 3 3 3 3 3 3 4 4 4 4 5 5 5 5 5 5 6 6 7 8 8 9 99 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 99 10 10 10 10 10 10 10 10 10 9 9 11 11 11 11 11 11 12 12 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 1313 1313 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 16 1717 13 ODU-1.1 ODU-1.2 3 3 CU - 1 3 9 13 9 13 AC-1 14 14 14 14 14 14 14 14 14 14 14 14 14 15 1616 15 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 15 15 14 14 14 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 1 GENERAL NOTE: ROUTE ALL PIPING, INCLUDING PRE-INSULATED LINESETS, IN A NEAT AND ORDERLY FASHION, ESPECIALLY IN AREAS WHERE PIPING IS EXPOSED. CONTRACTOR MUST COORDINATE FINAL PIPING ROUTING WITH MANUFACTURER TO ENSURE PIPE LENGTHS ARE ACCURATE IN MANUFACTURER PIPE LENGTHS CALCULATIONS. 2 14 Page 26 of 322 2.8.c Packet Pg. 129 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - PIPING 1 ID U - 3 1 . 2 1 ID U - 3 2 . 2 1 ID U - 3 2 . 1 1 ID U - 3 1 . 3 1 ID U - 3 2 . 3 1 ID U - 3 3 1 IDU-34 1 ID U - 3 5 1 IDU-39.1 1 IDU-39.2 1 IDU-39.3 1 IDU-36.1 1 IDU-36.2 1 IDU-36.3 1 IDU-37.1 1 IDU-37.2 1 IDU-37.3 1 IDU-37.4 1 IDU-37.5 1 IDU-37.6 1 IDU-38 1 IDU-40.1 1 IDU-40.2 1 IDU-40.3 1 ID U - 4 1 1 ID U - 4 8 1 ID U - 4 6 1 ID U - 4 5 1 ID U - 4 4 1 ID U - 4 3 1 ID U - 4 7 REFRIGERANT PIPING UP/DOWN TO 1ST AND 3RD LEVELS THROUGH EXISTING CHASE. MC U - 4 . 1 MC U - 4 . 2 MC U - 4 . 3 1 ID U - 4 2 REFRIGERANT LINES DN THROUGH EXISTING WINDOW WELL. NOTES: 1. SEE PLANS OR RISER FOR PIPE SIZES. 2. REFER TO SECTION 814.3 OF UPC FOR CONDENSATE WASTE PIPE MATERIAL AND SIZING. GALV CLAMP CONDENSATE DRAIN FROM ABOVE (3/4" MAX SIZE) TRAP P-TRAP AHU P-TRAP REQ'D W/ SEPARATE DRAIN TO EXISTING TRAP SUSPENDED CEILING CONDENSATE DRAIN PAN DRAIN TO SINK OVERFLOW PIPED SEPARATELY TO CONSPICUOUS LOCATION FIXTURE BY OTHERS BY PLUMBING SCALE:NTS 8 CONDENSATE DRAIN TO SINK AND VENTS DETAIL 2 2 2 2 2 2 2 2 2 2 2 5 5 5 6 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 1. INSTALL NEW FLOOR OR WALL-MOUNTED INDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL IN PLACE OF DEMOLISHED RADIATOR, IF APPLICABLE. ASSUME TOUCH-UP TILE, CARPET, AND PAINT WORK WILL BE REQUIRED. 2. FURNISH AND INSTALL REFRIGERANT PIPING LINESET COVER AND INSTALL CONDENSATE PUMP IN THE COVER. 3. INSTALL NEW OUTDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL ALL OUTDOOR UNITS WITH MINIMUM 1/8" THICK NEOPRENE PADS. 4. INSTALL NEW SAMSUNG UCK. 5. INSTALL NEW MODE CONTROL UNIT IN APPROXIMATE LOCATION SHOWN. 6. PROVIDE NEW CONCRETE FOOTING. SEE FLOOR PLAN FOR DIMENSIONS. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 7. PROVIDE NON-STRUCTURAL FENCING WITH A LOCKABLE ACCESS GATE FOR OUTDOOR UNIT YARD. 8. REMOVE EXISTING WINDOW AND PROVIDE AN INSULATED PLYWOOD BLANK FOR PIPE PENETRATIONS. 9. PIPING TO RUN EXPOSED. PROVIDE WHITE PVC REFRIGERANT PIPE INSULATION COVERS. 10. PIPING TO RUN ABOVE PLYWOOD CEILING. 11. PROVIDE A PERMANENT 24" X 24" ACCESS HATCH TO ACCESS MODE CONTROL UNIT (NOT SHOWN). 12. PROVIDE ROOF PENETRATION FOR PIPING UP TO DOAS UNIT. WEATHERPROOF PENETRATION. 13. PROVIDE WALL PENETRATION. 14. ROUTE 1" CONDENSATE WITH A MINIMUM SLOPE OF 1/8" PER LINEAL FOOT TO THE NEAREST SINK OR DRAIN. 15. TIE IN CONDENSATE DOWNSTREAM OF THE EXISTING SINK P-TRAP OR DRAIN TO EXISTING MOP SINK OR FLOOR DRAIN. SEE DETAIL ON THIS SHEET FOR MORE INFORMATION FOR P-TRAP OPTION. 16. ROUTE REFRIGERANT PIPING VERTICALLY THROUGH EXISTING CHIMNEY. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 17. PROVIDE CONDENSATE TRAP FOR DOAS COIL AND ROUTE CONDENSATE TO NEAREST ROOF DRAIN. 18. ROUTE CONDENSATE DOWN TO LOWER LEVEL. 19. CONDENSATE COMING FROM UPPER LEVEL. OD U - 8 314 14 14 14 15 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 19 19 19 19 19 19 19 19 19 19 19 191919191919 19 19 19 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13131313 13 1313 13 13 13 13 13 13 13 13 14 14 14 14 14 14 14 14 16 1 ID U - 3 1 . 1 Page 27 of 322 2.8.c Packet Pg. 130 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) OD U - 3 ODU-10 MIN 13'-3" MI N 4' - 3 " NEW - PIPING ODU-9 DOAS-3 (ON ROOF) UCK-3 (ON ROOF) SEE EQUIPMENT ROOM WEST PLAN ON THIS SHEET. SEE EQUIPMENT ROOM EAST PLAN ON THIS SHEET. AHU-1 AHU-2 UCK-5 UCK-4 1 ID U - 4 9 . 1 1 ID U - 4 9 . 2 1 ID U - 4 9 . 3 AHU-2.2 AHU-1.2 MC U - 6 MC U - 7 NOTES: 1. SEE PLANS OR RISER FOR PIPE SIZES. 2. REFER TO SECTION 814.3 OF UPC FOR CONDENSATE WASTE PIPE MATERIAL AND SIZING. GALV CLAMP CONDENSATE DRAIN FROM ABOVE (3/4" MAX SIZE) TRAP P-TRAP AHU P-TRAP REQ'D W/ SEPARATE DRAIN TO EXISTING TRAP SUSPENDED CEILING CONDENSATE DRAIN PAN DRAIN TO SINK OVERFLOW PIPED SEPARATELY TO CONSPICUOUS LOCATION FIXTURE BY OTHERS BY PLUMBING SCALE:NTS 8 CONDENSATE DRAIN TO SINK AND VENTS DETAIL 1. INSTALL NEW FLOOR OR WALL-MOUNTED INDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL IN PLACE OF DEMOLISHED RADIATOR, IF APPLICABLE. ASSUME TOUCH-UP TILE, CARPET, AND PAINT WORK WILL BE REQUIRED. 2. FURNISH AND INSTALL REFRIGERANT PIPING LINESET COVER AND INSTALL CONDENSATE PUMP IN THE COVER. 3. INSTALL NEW OUTDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL ALL OUTDOOR UNITS WITH MINIMUM 1/8" THICK NEOPRENE PADS. 4. INSTALL NEW SAMSUNG UCK. 5. INSTALL NEW MODE CONTROL UNIT IN APPROXIMATE LOCATION SHOWN. 6. PROVIDE NEW CONCRETE FOOTING. SEE FLOOR PLAN FOR DIMENSIONS. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 7. PROVIDE NON-STRUCTURAL FENCING WITH A LOCKABLE ACCESS GATE FOR OUTDOOR UNIT YARD. 8. REMOVE EXISTING WINDOW AND PROVIDE AN INSULATED PLYWOOD BLANK FOR PIPE PENETRATIONS. 9. PIPING TO RUN EXPOSED. PROVIDE WHITE PVC REFRIGERANT PIPE INSULATION COVERS. 10. PIPING TO RUN ABOVE PLYWOOD CEILING. 11. PROVIDE A PERMANENT 24" X 24" ACCESS HATCH TO ACCESS MODE CONTROL UNIT (NOT SHOWN). 12. PROVIDE ROOF PENETRATION FOR PIPING UP TO DOAS UNIT. WEATHERPROOF PENETRATION. 13. PROVIDE WALL PENETRATION. 14. ROUTE 1" CONDENSATE WITH A MINIMUM SLOPE OF 1/8" PER LINEAL FOOT TO THE NEAREST SINK OR DRAIN. 15. TIE IN CONDENSATE DOWNSTREAM OF THE EXISTING SINK P-TRAP OR DRAIN TO EXISTING MOP SINK OR FLOOR DRAIN. SEE DETAIL ON THIS SHEET FOR MORE INFORMATION FOR P-TRAP OPTION. 16. ROUTE REFRIGERANT PIPING VERTICALLY THROUGH EXISTING CHIMNEY. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 17. PROVIDE CONDENSATE TRAP FOR DOAS COIL AND ROUTE CONDENSATE TO NEAREST ROOF DRAIN. 18. PROVIDE CONDENSATE TRAP FOR AHU COIL. 2 2 2 3 3 3 4 4 5 5 6 9 9 13 14 14 15 4 17 15 18 1" CDNS DN FROM AHU-1 14 15 1" CDNS DN FROM AHU-2 Page 28 of 322 2.8.c Packet Pg. 131 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - PIPING 1 ID U - 5 0 1 IDU-51.1 1 IDU-51.2 1 IDU-52.1 1 IDU-52.2 1 IDU-53 1 IDU-54.1 1 IDU-54.2 1 IDU-54.3 1 IDU-54.4 1 IDU-55.1 1 IDU-55.2 1 IDU-55.3 1 IDU-55.4 1 IDU-55.5 1 IDU-55.6 1 ID U - 5 6 1 ID U - 5 7 REFRIGERANT PIPING DN TO 1ST LEVEL THROUGH EXISTING CHASE. MCU-4.1MCU-4.3 MCU-4.2 1 ID U - 5 8 NOTES: 1. SEE PLANS OR RISER FOR PIPE SIZES. 2. REFER TO SECTION 814.3 OF UPC FOR CONDENSATE WASTE PIPE MATERIAL AND SIZING. GALV CLAMP CONDENSATE DRAIN FROM ABOVE (3/4" MAX SIZE) TRAP P-TRAP AHU P-TRAP REQ'D W/ SEPARATE DRAIN TO EXISTING TRAP SUSPENDED CEILING CONDENSATE DRAIN PAN DRAIN TO SINK OVERFLOW PIPED SEPARATELY TO CONSPICUOUS LOCATION FIXTURE BY OTHERS BY PLUMBING SCALE:NTS 8 CONDENSATE DRAIN TO SINK AND VENTS DETAIL 1. INSTALL NEW FLOOR OR WALL-MOUNTED INDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL IN PLACE OF DEMOLISHED RADIATOR, IF APPLICABLE. ASSUME TOUCH-UP TILE, CARPET, AND PAINT WORK WILL BE REQUIRED. 2. FURNISH AND INSTALL REFRIGERANT PIPING LINESET COVER AND INSTALL CONDENSATE PUMP IN THE COVER. 3. INSTALL NEW OUTDOOR UNIT AND ASSOCIATED APPURTENANCES IN APPROXIMATE LOCATION SHOWN. INSTALL ALL OUTDOOR UNITS WITH MINIMUM 1/8" THICK NEOPRENE PADS. 4. INSTALL NEW SAMSUNG UCK. 5. INSTALL NEW MODE CONTROL UNIT IN APPROXIMATE LOCATION SHOWN. 6. PROVIDE NEW CONCRETE FOOTING. SEE FLOOR PLAN FOR DIMENSIONS. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 7. PROVIDE NON-STRUCTURAL FENCING WITH A LOCKABLE ACCESS GATE FOR OUTDOOR UNIT YARD. 8. REMOVE EXISTING WINDOW AND PROVIDE AN INSULATED PLYWOOD BLANK FOR PIPE PENETRATIONS. 9. PIPING TO RUN EXPOSED. PROVIDE WHITE PVC REFRIGERANT PIPE INSULATION COVERS. 10. PIPING TO RUN ABOVE PLYWOOD CEILING. 11. PROVIDE A PERMANENT 24" X 24" ACCESS HATCH TO ACCESS MODE CONTROL UNIT (NOT SHOWN). 12. PROVIDE ROOF PENETRATION FOR PIPING UP TO DOAS UNIT. WEATHERPROOF PENETRATION. 13. PROVIDE WALL PENETRATION. 14. ROUTE 1" CONDENSATE WITH A MINIMUM SLOPE OF 1/8" PER LINEAL FOOT TO THE NEAREST SINK OR DRAIN. 15. TIE IN CONDENSATE DOWNSTREAM OF THE EXISTING SINK P-TRAP OR DRAIN TO EXISTING MOP SINK OR FLOOR DRAIN. SEE DETAIL ON THIS SHEET FOR MORE INFORMATION FOR P-TRAP OPTION. 16. ROUTE REFRIGERANT PIPING VERTICALLY THROUGH EXISTING CHIMNEY. SEE STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 17. PROVIDE CONDENSATE TRAP FOR DOAS COIL AND ROUTE CONDENSATE TO NEAREST ROOF DRAIN. 18. ROUTE CONDENSATE DOWN TO LOWER LEVEL. 5 5 5 9 9 9 9 9 9999999 9 9 9 9 9 9 131313 13 13 13 13 13 13 13 13 Page 29 of 322 2.8.c Packet Pg. 132 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 12" TO 15"HOT 2" FLOOR DRAIN, REFER TO PLANS MA X 1 / 3 T A N K H E I G H T (T Y P ) MA X 1 / 3 T A N K H E I G H T (T Y P ) SEISMIC BRACKETS ANCHORED TO WALL (TYP) TEMPERATURE MIXING VALVE MEZZANINE FLOOR TMV 4 HOSE END DRAIN VALVE (TYP) TO EXISTING FLOOR DRAIN (TYP) T&P RELIEF VALVE (TYP) EWH 11 EWH 21 1-1/2" 140°F DHW 1-1/2" 140°F DHW 1-1/2" DCW1-1/2" DCW CP 6AS IMMERSION AQUASTAT 2 1-1/2" 120°F DHW 1-1/2" DHW DN 1-1/2" DCW DN 3/4" DHWR DN ET 53 NOT TO SCALEP-030 2 ELECTRIC HOT WATER HEATER DIAGRAM NEW - PLUMBING 1 2 1. PROVIDE NEW HOUSEKEEPING PAD FOR (2) WATER HEATERS AND (1) EXPANSION TANK. MINIMUM DIMENSIONS: 100" X 36". 2. GENERAL LOCATION FOR THE INSTALLATION OF: HYBRID WATER HEATERS AND EXPANSION TANK TO BE INSTALLED ON NEW HOUSEKEEPING PAD. INSTALL MIXING VALVE ON THE WALL. INSTALL NEW RECIRC PUMP. REWORK EXISTING PLUMBING AS NECESSARY TO INSTALL THE NEW SYSTEM CLEANLY. ROUTE DRAINS FROM THE WATER HEATERS TO THE NEAREST FLOOR DRAIN IN THE MECH ROOM. SEE DETAIL ON THIS SHEET FOR A DIAGRAMMATIC SENSE OF NEW SYSTEM. HWH-1 HWH-2 DWCP-1 ET-1 TMV-1 TO BE INSTALLED ON HK PAD (FOR REFERENCE ONLY) Page 30 of 322 2.8.c Packet Pg. 133 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - SHEETMETAL DOAS-1 (ON ROOF) DOAS-2 (ON ROOF) 30" X 26" DN THROUGH ROOF 1. INSTALL NEW DOAS UNIT ROOF MOUNTED ON 4X DOUGLAS FIR SLEEPERS. REFER TO MCKINSTRY ENERGY TEAM FOR PROPOSED CRANE PICK LOCATION. 2. NO EXISTING PARAPET OR PERMANENT FALL PROTECTION ON ROOF. PROVIDE PERMANENT TIE-OFF FALL PROTECTION (FOR CONSTRUCTION AND OWNER MAINTENANCE). REFER TO STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 3. DUCTWORK INSTALLED ON ROOF. 4. DUCTWORK TO BE EXPOSED. 5. DUCTWORK TO BE INSTALLED ABOVE PLYWOOD CEILING. 6. PROVIDE ROOF PENETRATION (DUCT SIZES ARE NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 7. PROVIDE WALL PENETRATION (DUCT SIZES NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 8. INSTALL SIDEWALL OR CEILING GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 9. EXISTING SIDEWALL OR CEILING GRILLE TO REMAIN. ADD MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 10. INSTALL NEW FAN IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. ISOLATE FAN WITH SPRINGS (BOD: MASON SLRS). NEW FAN TO BE SPEED-CONTROLLED VIA A VFD FURNISHED AND INSTALLED BY EC. SEE ELECTRICAL SKETCHES FOR VFD LOCATION. 11. INSTALL NEW REFRIGERANT COIL IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. 12. INSTALL NEW MERV-13 FILTER BANK IN EXISTING AHU CABINET. 13. INSTALL NEW DRAIN PAN IN EXISTING AIR HANDLING UNIT CABINET. 14. EXTEND EXISTING RETURN AIR DUCTWORK TO THE GYM WALL AND PROVIDE A RETURN AIR GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 15. REMOVE RETURN AIR GRILLE AND CAP. 16. NEW THERMOSTAT. 17. NEW DUCTWORK AND PIPING IN MAIN CORRIDOR WILL REQUIRE A LOT OF FIRE SPRINKLER MODIFICATIONS. ASSUME FIRE SPRINKLER WILL NEED TO BE DEMOLISHED AND MODIFIED THROUGHOUT CORRIDOR. REUSE EXISTING PENETRATION. (TYP 2) 16" X 12" SAG (TYP UNO) 12"Ø (TYP UNO) 10"X10" 30"X26" 14 " X 2 6 " 14"X26"14"X26" 14 " X 2 6 " 14 " X 2 6 " 14"X26" 26"X26"14"X26" 30 " X 2 6 " 14 " X 2 6 " 10" X 6" (TYP UNO) 10" X 6" EAG (TYP UNO) 1 1 22 3 4 4 4 4 4 4 4 44 4 4 5 5 5 5 5 5 55 5 5 6 7 77 7 7 7 7 7 7 7 7 7 7 8 7 8 7 8 7 8 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 878 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 878 7 8 7 8 7 8 7 878 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 7 8 8 8 8 8 30"x26" SUPPLY AND EXHAUST UP T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 30"X26"36 30 " X 2 6 " 7 14"X26"8 6 30"X26"3 30" X 26" DN THROUGH ROOF 6 14"X26" 4 4 14"X26" 14"X26" 4 4 26"X26"6 4 30 " X 2 6 " 3 8 14"X26"426"X26"4 17 Page 31 of 322 2.8.c Packet Pg. 134 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - SHEETMETAL 1. INSTALL NEW DOAS UNIT ROOF MOUNTED ON 4X DOUGLAS FIR SLEEPERS. REFER TO MCKINSTRY ENERGY TEAM FOR PROPOSED CRANE PICK LOCATION. 2. NO EXISTING PARAPET OR PERMANENT FALL PROTECTION ON ROOF. PROVIDE PERMANENT TIE-OFF FALL PROTECTION (FOR CONSTRUCTION AND OWNER MAINTENANCE). REFER TO STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 3. DUCTWORK INSTALLED ON ROOF. 4. DUCTWORK TO BE EXPOSED. 5. DUCTWORK TO BE INSTALLED ABOVE PLYWOOD CEILING. 6. PROVIDE ROOF PENETRATION (DUCT SIZES ARE NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 7. PROVIDE WALL PENETRATION (DUCT SIZES NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 8. INSTALL SIDEWALL OR CEILING GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 9. EXISTING SIDEWALL OR CEILING GRILLE TO REMAIN. ADD MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 10. INSTALL NEW FAN IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. ISOLATE FAN WITH SPRINGS (BOD: MASON SLRS). NEW FAN TO BE SPEED-CONTROLLED VIA A VFD FURNISHED AND INSTALLED BY EC. SEE ELECTRICAL SKETCHES FOR VFD LOCATION. 11. INSTALL NEW REFRIGERANT COIL IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. 12. INSTALL NEW MERV-13 FILTER BANK IN EXISTING AHU CABINET. 13. INSTALL NEW DRAIN PAN IN EXISTING AIR HANDLING UNIT CABINET. 14. EXTEND EXISTING RETURN AIR DUCTWORK TO THE GYM WALL AND PROVIDE A RETURN AIR GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 15. REMOVE RETURN AIR GRILLE AND CAP. 16. NEW THERMOSTAT. 26 " X 2 6 " 24"Ø 10" X 6" EAG (TYP UNO) 8"Ø (TYP UNO) 10" X 6" SAG (TYP UNO) "1 0 X 1 2 " "1 0 X 1 2 " 12 " Ø 12"Ø 12"Ø 12 " Ø 4 4 4 4 4 4 4 4 55 5 5 5 5 5 5 5 5 7 7 7 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 878787878787 87 87 8 7 7 7 7 7 7 77 7 8 8 8 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 24"Ø 12"Ø16"X26" 20"x16" SUPPLY & EXHAUST UP 30"x26" SUPPLY & EXHAUST DN 26 " X 2 6 " 7 7 16"X26"24"Ø Page 32 of 322 2.8.c Packet Pg. 135 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - SHEETMETAL RC P - 7 RC P - 6 RCP-8 RCP-9RCP-4 RCP-5 RCP-1 RCP-2 RCP-3 RC P - 1 0 RCP-11 RCP-12 RCP-13 RCP-14 DOAS-3 (ON ROOF) AHU-1 AHU-2 1. INSTALL NEW DOAS UNIT ROOF MOUNTED ON 4X DOUGLAS FIR SLEEPERS. REFER TO MCKINSTRY ENERGY TEAM FOR PROPOSED CRANE PICK LOCATION. 2. NO EXISTING PARAPET OR PERMANENT FALL PROTECTION ON ROOF. PROVIDE PERMANENT TIE-OFF FALL PROTECTION (FOR CONSTRUCTION AND OWNER MAINTENANCE). REFER TO STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 3. DUCTWORK INSTALLED ON ROOF. 4. DUCTWORK TO BE EXPOSED. 5. DUCTWORK TO BE INSTALLED ABOVE PLYWOOD CEILING. 6. PROVIDE ROOF PENETRATION (DUCT SIZES ARE NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 7. PROVIDE WALL PENETRATION (DUCT SIZES NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 8. INSTALL SIDEWALL OR CEILING GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 9. EXISTING SIDEWALL OR CEILING GRILLE TO REMAIN. ADD MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 10. INSTALL NEW FAN IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. ISOLATE FAN WITH SPRINGS (BOD: MASON SLRS). NEW FAN TO BE SPEED-CONTROLLED VIA A VFD FURNISHED AND INSTALLED BY EC. SEE ELECTRICAL SKETCHES FOR VFD LOCATION. 11. INSTALL NEW REFRIGERANT COIL IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. 12. INSTALL NEW MERV-13 FILTER BANK IN EXISTING AHU CABINET. 13. INSTALL NEW DRAIN PAN IN EXISTING AIR HANDLING UNIT CABINET. 14. EXTEND EXISTING RETURN AIR DUCTWORK TO THE GYM WALL AND PROVIDE A RETURN AIR GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 15. REMOVE RETURN AIR GRILLE AND CAP. 16. NEW THERMOSTAT. 17. INSTALL NEW ELECTRIC-RESISTANCE RADIANT CEILING PANEL. PROVIDE WITH PANEL MANUFACTURER'S SURFACE MOUNTING FRAME. NEW 14" X 14" OA LOUVER EXISTING RETURN AIR DUCTWORK DOWN M 14" X 14" OA T 16 T 16 T 16 T 16 T 16 T 16 T 16 SEE EQUIPMENT ROOM WEST PLAN ON THIS SHEET. SEE EQUIPMENT ROOM EAST PLAN ON THIS SHEET. CO2 OCC OCC OCCUPANCY SENSOR FOR DCV SEQUENCE (TYP 2) EXISTING RETURN AIR DUCTWORK DOWN NEW 14" X 14" OA LOUVERM 14" X 14" OA 14" X 14" DN THROUGH ROOF16 " Ø 16 " Ø EXH DN TO ECG. (TYP 4) EXH DN TO ECG. (TYP 4) 12 " Ø 12 " Ø 12"Ø 12 " Ø 1 3 3 4 4 44 6 6 7 7 8 8 8 8 8 8 8 8 8 9 9 9 9 10 11 12 13 10 11 12 13 15 17 17 17 17 17 17 17 17 17 17 17 17 17 17 14 RETURN AIR DUCTWORK IS UNDERNEATH WEIGHT ROOM, ACCESSIBLE FROM THE GYM. Page 33 of 322 2.8.c Packet Pg. 136 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) NEW - SHEETMETAL 10" X 6" EAG (TYP UNO) 8"Ø (TYP UNO) 10" X 6" SAG (TYP UNO) 1. INSTALL NEW DOAS UNIT ROOF MOUNTED ON 4X DOUGLAS FIR SLEEPERS. REFER TO MCKINSTRY ENERGY TEAM FOR PROPOSED CRANE PICK LOCATION. 2. NO EXISTING PARAPET OR PERMANENT FALL PROTECTION ON ROOF. PROVIDE PERMANENT TIE-OFF FALL PROTECTION (FOR CONSTRUCTION AND OWNER MAINTENANCE). REFER TO STRUCTURAL SCOPE OF WORK FOR MORE INFORMATION. 3. DUCTWORK INSTALLED ON ROOF. 4. DUCTWORK TO BE EXPOSED. 5. DUCTWORK TO BE INSTALLED ABOVE PLYWOOD CEILING. 6. PROVIDE ROOF PENETRATION (DUCT SIZES ARE NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 7. PROVIDE WALL PENETRATION (DUCT SIZES NOTED ON PLANS, BUT DO NOT INCLUDE INSULATION). 8. INSTALL SIDEWALL OR CEILING GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 9. EXISTING SIDEWALL OR CEILING GRILLE TO REMAIN. ADD MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 10. INSTALL NEW FAN IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. ISOLATE FAN WITH SPRINGS (BOD: MASON SLRS). NEW FAN TO BE SPEED-CONTROLLED VIA A VFD FURNISHED AND INSTALLED BY EC. SEE ELECTRICAL SKETCHES FOR VFD LOCATION. 11. INSTALL NEW REFRIGERANT COIL IN EXISTING AIR HANDLING UNIT CABINET IN A DRAW-THROUGH CONFIGURATION. 12. INSTALL NEW MERV-13 FILTER BANK IN EXISTING AHU CABINET. 13. INSTALL NEW DRAIN PAN IN EXISTING AIR HANDLING UNIT CABINET. 14. EXTEND EXISTING RETURN AIR DUCTWORK TO THE GYM WALL AND PROVIDE A RETURN AIR GRILLE WITH MANUAL VOLUME DAMPER. BALANCE TO CFM TO BE DETERMINED IN DESIGN. 15. REMOVE RETURN AIR GRILLE AND CAP. 16. NEW THERMOSTAT. 4 44 4 4 4 77 87 87 87 87 87 8 8 87 87 8 8 87 87 87 87 87 87 87 87 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 T 16 18"Ø 18"Ø 18 " Ø 18"Ø 18"Ø 20"x16" SUPPLY AND EXHAUST DN 7 7 18 " Ø Page 34 of 322 2.8.c Packet Pg. 137 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 35 of 322 2.8.c Packet Pg. 138 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r MARKUP DRAWINGS Page 36 of 322 2.8.c Packet Pg. 139 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 37 of 322 2.8.c Packet Pg. 140 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet E1ELECTRICAL SCOPE PLAN - FIRST FLOOR ODU-2.1 ODU-2.2 ODU-4 OD U - 5 ODU-6 ODU-7.3 ODU-7.1 ODU-7.2 ID U - 1 . 1 ID U - 1 . 2 ID U - 2 . 2 ID U - 2 . 1 ID U - 1 . 3 ID U - 4 ID U - 3 ID U - 5 . 1 ID U - 6 ID U - 7 ID U - 7 . 2 ID U - 7 . 1 IDU-7.4 IDU-7.3 ID U - 8 MC U - 1 . 1 MC U - 1 . 2 IDU-9.2IDU-9.1 ID U - 1 0 . 1 ID U - 1 0 . 2 ID U - 1 1 . 3 ID U - 1 1 . 2 ID U - 1 1 . 1 ID U - 1 1 . 4 ID U - 1 2 ID U - 1 3 ID U - 1 4 ID U - 1 6 ID U - 1 5 ID U - 1 7 . 2 ID U - 1 7 . 1 ID U - 1 8 MC U - 2 . 1 MC U - 2 . 2 ID U - 1 9 . 1 IDU-19.2 IDU-20 IDU-21 IDU-22 IDU-23 ID U - 2 4 . 1 ID U - 2 4 . 2 ID U - 2 6 ID U - 2 5 ID U - 2 7 IDU-28 ID U - 2 9 ID U - 3 0 ID U - 5 . 2 MCU-3.1 ODU-1.1 ODU-1.2 AC - 1 CU - 1 DOAS-2 (ON ROOF) DOAS-1 (ON ROOF) SEE ENLARGED ELECTRICAL ROOM PLAN FOR NEW EQUIPMENT LOCATIONS (E) PANEL 1E (E) PANEL 1A (E) PANEL 1B (E) PANEL 1C (E) PANEL 1D (E) SBD-02 (E) SBD-1 DISREGARD MARKUPS FROM PREVIOUS PROJECT. PLAN ISSUED TO SHOW LOCATIONS OF EXISTING ELECTRICAL EQUIPMENT, AND NEW MECHANICAL EQUIPMENT. TYPICAL ALL 4 ELECTRICAL SCOPE PLANS. 11/20/2023 D- 1 11/20/23 REVISION MARKUPS - ELECTRICAL Page 38 of 322 2.8.c Packet Pg. 141 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet ELECTRICAL SCOPE PLAN - SECOND FLOOR - WEST E2 ODU-8 ID U - 3 1 . 2 ID U - 3 1 . 1 ID U - 3 2 . 2 ID U - 3 2 . 1 ID U - 3 1 . 3 ID U - 3 2 . 3 ID U - 3 3 IDU-34 ID U - 3 5 IDU-39.1 IDU-39.2 IDU-39.3 IDU-36.1 IDU-36.2 IDU-36.3 IDU-37.2 IDU-37.3 IDU-37.4 IDU-37.5 IDU-37.6IDU-40.1 IDU-40.2 ID U - 4 1 ID U - 4 8 ID U - 4 6 ID U - 4 5 ID U - 4 4 ID U - 4 3 ID U - 4 7 MC U - 4 . 1 MC U - 4 . 2 MC U - 4 . 3 ID U - 4 2 IDU-40.3 IDU-38 IDU-37.1 (E) PANEL 2A (E) PANEL 2B 11/20/2023 D- 2 D- 311/20/23 REVISION 11/20/23 REVISION MARKUPS - ELECTRICAL Page 39 of 322 2.8.c Packet Pg. 142 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet AHU-1 ELECTRICAL SCOPE PLAN - SECOND FLOOR EAST, MECHANICAL EQUIPMENT ROOMS E3 OD U - 3 ODU-10ODU-9 DOAS-3 (ON ROOF) AHU-2 ID U - 4 9 . 1 ID U - 4 9 . 2 ID U - 4 9 . 3 AHU-2.2 AHU-1.2 MC U - 6 MC U - 7 SEE EQUIPMENT ROOM WEST PLAN ON THIS SHEET. SEE EQUIPMENT ROOM EAST PLAN ON THIS SHEET. (E) PANEL 2D 11/20/2023 MARKUPS - ELECTRICAL Page 40 of 322 2.8.c Packet Pg. 143 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet ELECTRICAL SCOPE PLAN - THIRD FLOOR E4 ID U - 5 0 IDU-51.1 IDU-51.2 IDU-52.1 IDU-52.2 IDU-53 IDU-54.1 IDU-54.2 IDU-54.3 IDU-54.4 IDU-55.1 IDU-55.2 IDU-55.3 IDU-55.4 IDU-55.5 IDU-55.6 ID U - 5 6 ID U - 5 7 MCU-4.1MCU-4.3 MCU-4.2 ID U - 5 8 (E) PANEL 3A 11/20/2023 D- 4 D- 5 11/20/23 REVISION 11/20/23 REVISION MARKUPS - ELECTRICAL Page 41 of 322 2.8.c Packet Pg. 144 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 3 of 9 CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet F O M Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN - NEW WORK ONE-LINE DIAGRAMENLARGED ELECTRICAL ROOM AND YARDSCALE:12" = 1'-0" 1 ONE-LINE DIAGRAM NTS ENLARGED ELECTRICAL ROOM AND YARD 1/4"=1'-0"4'0 8'16'4'8'2 - NEW WORK 1 ONE-LINE DIAGRAMENLARGED ELECTRICAL ROOM AND YARD FA O M Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN SCALE:12" = 1'-0" 1 ONE-LINE DIAGRAM NTS ENLARGED ELECTRICAL ROOM AND YARD Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN 1/4"=1'-0"4'0 8'16'4'8'2 - DEMO 1 ONE-LINE DIAGRAMENLARGED ELECTRICAL ROOM AND YARD FA O M Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN SCALE:12" = 1'-0" 1 ONE-LINE DIAGRAM NTS ENLARGED ELECTRICAL ROOM AND YARD Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN 1/4"=1'-0"4'0 8'16'4'8'2 - DEMO 1 ONE-LINE DIAGRAMENLARGED ELECTRICAL ROOM AND YARD FA O M Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN SCALE:12" = 1'-0" 1 ONE-LINE DIAGRAM NTS ENLARGED ELECTRICAL ROOM AND YARD Sidewalk Si d e w a l k ( D a y t o n S t ) UP Hallway Sidewalk Hallway Sidewalk Hallway SBD-1 SBD-2 PV E Q U I P M E N T FA C P WINDOW PNL 1A sec 1+2 ABANDONED FA PANEL TA P FA OLC SNOPUD UTILITY XFMR MANHOLE XFMR VAULT PV EQUIPMENT ME T STRUCTURAL COLUMN 1/4"=1'-0"4'0 8'16'4'8'2 - DEMO Sheet TAP -> Generator Tie-In FA -> Fire Alarm OLC-> Outdoor Light Control MET-> Utility Meter ENLARGED PLAN - MAIN ELECTRICAL ROOM AND UTILITY TRANSFORMER AREA E5 4PNLN1A 4PNLN1B TSBD-1 4MSBN1A 2 3 4 MAIN ELECTRICAL ROOM MAIN ELECTRICAL ROOMMAIN ELECTRICAL ROOM 208V / 3-PH. SECONDARY 225 KVA EXISTING GENERATOR CONNECTION CABINET GENERATOR CONNECTION CABINET CO N C R E T E EN C A S E M E N T CO N C R E T E EN C A S E M E N T 4PNLN1A 4PNLN1B TSBD-1 4MSBN1A MAIN ELECTRICAL ROOM GENERATOR CONNECTION CABINET CO N C R E T E EN C A S E M E N T 3 NEW NEW SNOPUD UTILITY XFMR 480V / 3-PH. SECONDARY 500 KVA Hallway y y KEYNOTES: 1. MODIFICATIONS AT DOOR BY OTHERS. DOOR TO BE EQUIPPED WITH PANIC HARDWARE, SWING OUT, AND NOT PROTRUDE INTO THE PATH OF EGRESS WHEN OPEN. 2. TRENCHING AND BACKFILL BY OTHERS. 3. CONCRETE ENCASEMENT (MINIMUM 2") AROUND NEW SERVICE CONDUCTORS BY OTHERS. 4. NEW EXTERIOR WALL PENETRATION AND SEALING OF PENETRATION BY OTHERS. 5. CONCRETE HOUSEKEEPING PAD BY OTHERS. 6. EXISTING UTILITY TRANSFORMER WITH 208V / 3-PH. SECONDARY TO BE DEMO'D BY SNOHOMISH COUNTY PUD. NEW UTILITY TRANSFORMER WITH 480V / 3-PH. SECONDARY TO BE PROVIDED BY SNOHOMISH COUNTY PUD. 7. EXISTING PAD-VAULT FOR UTILITY TRANSFORMER TO BE RE-USED. 8. DRIP SHIELDS ABOVE ELECTRICAL GEAR TO BE PROVIDED BY OTHERS. 9. EXISTING FIRE ALARM PULL STATION TO BE RELOCATED BY FIRE ALARM CONTRACTOR. 10. EXISTING WINDOW OPENING TO BE FILLED IN BY OTHERS. 11. FLOOR SLAB TO BE SAWCUT BY OTHERS TO ALLOW NEW SERVICE CONDUITS TO STUB UP INTO NEW SWITCHBOARD. 12. EXISTING SHELVES AND STORED ITEMS TO BE REMOVED BY OTHERS. 13. EXISTING UTILITY SECTION OF MAIN SWITCHBOARD 'SBD-1' TO BE MODIFIED TO BE NON-SERVICE EQUIPMENT, AND ACCEPT NEW OVERHEAD 'BACK-FEED' FROM NEW SERVICE SWITCHBOARD '4MSBN1A' VIA TRANSFORMER 'TSBD-1'. CT'S TO BE REMOVED BY SNOHOMISH COUNTY PUD. MODIFICATIONS TO GEAR TO BE FIELD EVALUATED BY UL OR OTHER NATIONALLY RECOGNIZED TESTING LABORATORY. 14. EXISTING SERVICE CONDUCTORS TO BE DISCONNECTED AND REMOVED FROM EXISTING SERVICE CONDUITS. CONDUITS TO BE CAPPED OFF AND ABANDONED. 15. NEW SERVICE CONDUCTORS TO BE MEGGERED BEFORE ENERGIZATION OF NEW SERVICE. 2 4 5 6 7 13 * * * * EXISTING FIRE SPRINKLER PIPING AND HEADS EXISTING FIRE SPRINKLER PIPING AND HEADS 8 3 FIRE ALARM PULL STATION 9 5 10 11 14 SH E L V E S & S T O R A G E SHELVES & STORAGE 12 TEMP. POWER TEMP. GENERATOR DIESEL 208V / 3-PH. 150 KW GENERATOR CONNECTION CABINET TEMP. POWER CABLES -- 600A SEE ONE-LINE FOR SPECS. OF NEW FEEDERS EXISTING CONDUIT AND WIRE -- (2) SETS OF 350 KCMIL FIRE ALARM PULL STATION 11/20/23 REVISION 11/20/2023 MARKUPS - ELECTRICAL Page 42 of 322 2.8.c Packet Pg. 145 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet ONE-LINE DIAGRAM - EXISTING E6 11/20/2023 MARKUPS - ELECTRICAL Page 43 of 322 2.8.c Packet Pg. 146 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ELECTRICAL NEW WORK ONE-LINE DIAGRAM CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet ONE-LINE DIAGRAM - TEMP. POWER E7 1 2 5 4 SEQUENCE FOR SETUP OF TEMPORARY POWER PROVIDES TEMPORARY POWER FOR WHOLE BUILDING. 1. TEMP. GENERATOR: SET UP 150 KW, 208V / 3-PHASE TEMPORARY GENERATOR. 2. MAIN BREAKER IN SERVICE SWITCHBOARD 'SBD-1': OPEN BREAKER. 3. REMOVE THE KIRK-KEY INTERLOCK BETWEEN BREAKERS 4 AND 5. 4. GENERATOR INFEED BREAKER INTO 'SBD-2': CLOSE BREAKER. 5. GENERATOR SUB -FEED BREAKER IN 'SBD-1': CLOSE BREAKER. NOTE: DURING MODIFICATIONS TO UTILITY SECTION IN 'SBD-1', IT WILL BE NECESSARY TO DISCONNECT 'SBD-1' FROM TEMP. POWER. (OPEN BREAKER 5.) 3 11/20/2023 MARKUPS - ELECTRICAL Page 44 of 322 2.8.c Packet Pg. 147 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ELECTRICAL NEW WORK ONE-LINE DIAGRAM CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet ONE-LINE DIAGRAM - NEW E8 480Y/277VEST. 500 KVA NEW BY SNOPUD EXISTING UTILITY TRANSFORMER TO BE DEMO'D BY SNOPUD. REMOVE NEUTRAL-TO-GROUND BOND. NO LONGER SERVICE EQUIPMENT. UTILITY METER TENTANT METER 1200/3 350/3 500/3 500/3 400/3 SPACE 400/3 SPACE PNL 4PNLN1A 480V/3-PH. 600A BUS MLO PNL 4PNLN1B 480V/3-PH. 600A BUS MLO (2) 2-1/2"C, (4) 250 KCMIL, #2 AWG GND (3) 3"C, (4) 300 KCMIL, #2/0 BONDING JUMPER, #2/0 GROUNDING ELECTRODE CONDUCTOR 3-1/2"C, (3) 500 KCMIL, #2 AWG GND N EG NEW SERVICE SWITCHBOARD 4MSBN1A 1200A BUS 480Y/277V 3-PH. / 4-WIRE TSBD-1 480:208/120 225 KVA add provisions for pv breaker (1) 4"C SPARE, (4) 4"C, (4) 350 KCMIL 11/20/23 REVISION 11/20/2023 MARKUPS - ELECTRICAL Page 45 of 322 2.8.c Packet Pg. 148 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ELECTRICAL NEW WORK ONE-LINE DIAGRAM CITY OF EDMONDS - FRANCES ANDERSON CENTER FIM# 50943-0301 UPGRADE HVAC SYSTEM TO VRF GMAX SCOPE DOCUMENT 10/24/2023 SCOPE DOCUMENTS ARE COMPRISED OF THIS SKETCH PACKAGE, THE FIM DOCUMENT, AND ELECTRICAL SCOPE TABLE. Sheet PANEL SCHEDULES AND SPECIFICATIONS E9 SIEMENS/ABB SIEMENS, EATON, GE/ABB, SCHNEIDER/SQUARE-D. 11/20/2023 MARKUPS - ELECTRICAL Page 46 of 322 2.8.c Packet Pg. 149 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) McKINSTRY Co, LLC CHECKED: DRAWN: JOB NO: DESIGNED: SHEET TITLE: SHEET NUMBER: REGISTRATION: PROJECT: CONSULTANTS: SEATTLE: 5005 3RD AVENUE S PO BOX 24567 SEATTLE, WA 98124 1-800-669-6223 www.mckinstry.com ISSUES: NO DATE DESCRIPTION KAB KAB JWG - CITY OF EDMONDS FRANCES ANDERSON CENTER GMAX GENERAL NOTES: 1. REFER TO MECHANICAL GMAX SET DATED 10-24-2023FOR ADDITIONAL INFORMATION NOT SHOWN HERE. 2. USE THIS DRAWING AND WORK WITH MECHDRAWING FOR ALL MP DISTRIBUTION. CONSULTANTS: NO T F O R C O N S T R U C T I O N 207791 Structural Drawing - GMAX 10-24-23 EXTERIOR 4" CONCRETE HOUSE KEEPING PADWITH #4 BARS AT 18" ON CENTER EACH WAY.PROVIDE AN 18" DEEP BY 6" WIDE THICKENEDPERIMETER LIP. PROVIDE SEISMIC EXPANSIONANCHORS AT EACH CORNER OF OUTDOORUNITS. 1 KEYED NOTES MIN 30'-0" ODU-2.1 ODU-2.2 ODU-4ODU-6 ODU-7.3 ODU-7.1 ODU-7.2 1 ODU-1.1 ODU-1.2 OD U - 5 MIN 3'-9" MI N 8' - 9 " 1 CU - 1 OD U - 8 1 2 SECTION A AS REQ'D (N) CONCRETE HOUSEKEEPING PAD f'c = 2500 PSI MIN (N) #4@18" OC EACH WAY INTERNALLY ROUGHEN OR BOND (N) #4x EPOXY DOWELS @ 12" OC, SET W/ HILTI HY-200 EPOXY W/ 2-1/2" MIN EMBED (E) CONC SLAB, CONFIRM EPOXY DOWEL EMBEDMENT MAINTAINS MIN 1" C L E A R HT , N O T E 2 6 PARTIAL PLAN A 6" M I N 6" M I N EXTENT OF BASE RAIL OR MECHANICAL CURB (N) HOUSEKEEPING PAD "HT" PER NOTE 2 (E) CONC SLAB (N) CONC ANCHOR NOTES: 1. PROVIDE HOUSEKEEPING PAD AT MECH EQUIPMENT PER MECH DRAWINGS; COORDINATE HK PAD LAYOUT & LOCAATIONS WITH MECH DRAWINGS. 2. HT = 4" MIN OR MATCH EXISTING HT AT HK PAD LOCATIONS TYP UNO. 3. SEE GENERAL NOTES FOR ADDED INFO. TYPICAL HOUSEKEEPING PAD DETAIL SCALE: NTS 2 INTERIOR 4" CONCRETE HOUSE KEEPINGPAD PER DETAIL 2. PROVIDE SEISMICEXPANSION ANCHORS AT EACH CORNER OFINDOOR UNITS. 2 S1.0 TYP ELECTRICAL DUCT BANK DETAIL SCALE: NTS 1 CONDUIT, TYP SEE ELEC DWGS TYP (3" MIN) SEE ELECT DWGS, CO V E R , T Y P 3" M I N 3" MIN COVER, TYP #4 CONT EA CORNER AND AT 15" OF TOP, BOT, AND SIDES. (FIELD BEND) NOTE: SEE ELECTRICAL DRAWINGS FOR SIZE AND NUMBER OF CONDUITS, AND FOR LOCATIONS OF BANKS. #4 12" LAP @ 24" OC 3" MIN COVER, TYP SEE ELECT DWGS, TYP (3" MIN) CONDUIT, TYP SEE ELEC DWGS #4 CONT EA CORNER AND AT 15" OF TOP, BOT, AND SIDES. (FIELD BEND) NOTE: SEE ELECTRICAL DRAWINGS FOR SIZE AND NUMBER OF CONDUITS, AND FOR LOCATIONS OF BANKS. 3" M I N C O V E R , TY P #4 CONT EA CORNER ANS AT 15" OF TOP, BOT AND SIDES. (FIELD BEND) 3" M I N C O V E R , TY P 3" MIN COVER, TYP SEE ELECT DWGS, TYP (3" MIN) CONDUIT, TYP SEE ELEC DWGS NOTE: SEE ELECTRICAL DRAWINGS FOR SIZE AND NUMBER OF CONDUITS, AND FOR LOCATIONS OF BANKS. #4 12" LAP @24" OC 3 CONCRETE DUCT BANK GRADE BEAM PERDETAIL 1 AND LOCATION PER ELECTRICALDRAWINGS. 3 2 2 MARKUPS - STRUCTURAL Page 47 of 322 2.8.c Packet Pg. 150 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) McKINSTRY Co, LLC CHECKED: DRAWN: JOB NO: DESIGNED: SHEET TITLE: SHEET NUMBER: REGISTRATION: PROJECT: CONSULTANTS: SEATTLE: 5005 3RD AVENUE S PO BOX 24567 SEATTLE, WA 98124 1-800-669-6223 www.mckinstry.com ISSUES: NO DATE DESCRIPTION KAB KAB JWG - CITY OF EDMONDS FRANCES ANDERSON CENTER GMAX GENERAL NOTES: 1. REFER TO MECHANICAL GMAX SET DATED 10-24-2023FOR ADDITIONAL INFORMATION NOT SHOWN HERE. 2. USE THIS DRAWING AND WORK WITH MECHDRAWING FOR ALL MP DISTRIBUTION. CONSULTANTS: NO T F O R C O N S T R U C T I O N 207791 Structural Drawing - GMAX 10-24-23 DOAS-1 (ON ROOF) DOAS-2 (ON ROOF) 1 1 NOTES: 1. PROVIDE CANT STRIP AND CAP FLASHING AT ALL SLEEPER LOCATIONS, TYP. 2. PROVIDE 3x TOP PLATE (RIPPED) TO LEVEL TOP OF SLEEPER AS NECESSARY, FASTEN WITH 1/4" x 4-1/2" DIA SIMPSON SDS SCREWS AT 12" OC. 3. CONTRACTOR TO COORDINATE SLEEPER LOCATIONS TO SPAN 1'-0" MIN BEYOND LONGITUDINAL SIDE OF RTU UNIT ON BOTH SIDES. 4. SEE MECH DRAWINGS FOR UNIT WEIGHTS AND LOCATIONS. 5. NEW ROOFING, CANT STRIP AND HAT FLASHING REQ'D AT ALL SLEEPER LOCATIONS, TYP. (N) SIMPSON A35 CLIP, INSTALL (3) CLIPS MIN ON BOTH SIDES OF SLEEPER EQUALLY SPACED SLEEPER CONNECTION SCALE: NTS (N) PT DF #1, 6x8 SLEEPER PER PLAN WITH TOP PLATE, CANT STRIP & CAP FLASHING, NOTES: 1&2 (N) RIPPED 3X TOP PLATE NOTE 2 (N) RTU AND BASERAIL (N) L3 x 3 x 10 GAUGE X 4" MIN, GALV (N) (4) #12 SCREWS (N) (2) 1/4" DIA x 5" LAG-SCREW 3 (E) GLB PER PLAN (E) GLB BEAM PER PLAN (N) (2) 3/4" DIA x 12" LAG-SCREWS PROVIDE 3" DEEP PLUGS TYP 22 2 2 2 2 NEW MECH UNIT TO BE CENTERED ON THELOW ROOF WINGS BETWEEN EXISTINGGLULAM BEAMS. APPROX WEIGHT = 6000 LBSEACH. PROVIDE 6x8 PRESSURE TREATED DOUGLASFIR SLEEPERS EACH SIDE TO SPAN TO (2)MINIMUM BEAMS BELOW PER DETAIL 3. 1 KEYED NOTES NEW MECH ROOF OPENING. PROVIDE 4x8DOUG FIR BLOCKOUT FRAMING WITH LUHANGERS AT CORNERS TO EXISTINGFRAMING. 2 S1.1 MARKUPS - STRUCTURAL Page 48 of 322 2.8.c Packet Pg. 151 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) McKINSTRY Co, LLC CHECKED: DRAWN: JOB NO: DESIGNED: SHEET TITLE: SHEET NUMBER: REGISTRATION: PROJECT: CONSULTANTS: SEATTLE: 5005 3RD AVENUE S PO BOX 24567 SEATTLE, WA 98124 1-800-669-6223 www.mckinstry.com ISSUES: NO DATE DESCRIPTION KAB KAB JWG - CITY OF EDMONDS FRANCES ANDERSON CENTER GMAX GENERAL NOTES: 1. REFER TO MECHANICAL GMAX SET DATED 10-24-2023FOR ADDITIONAL INFORMATION NOT SHOWN HERE. 2. USE THIS DRAWING AND WORK WITH MECHDRAWING FOR ALL MP DISTRIBUTION. CONSULTANTS: NO T F O R C O N S T R U C T I O N 207791 Structural Drawing - GMAX 10-24-23 DOAS-3 (ON ROOF) NEW MECH UNIT TO BE CENTERED ON THELOW ROOF WINGS BETWEEN EXISTINGGLULAM BEAMS. APPROX WEIGHT = 2250 LBSEACH. PROVIDE 6x8 PRESSURE TREATED DOUGLASFIR SLEEPERS EACH SIDE TO SPAN TO (2)MINIMUM BEAMS BELOW PER DETAIL 3. 1 KEYED NOTES 1 OD U - 3 ODU-10 MIN 13'-3" MI N 4' - 3 " ODU-9 EXTERIOR 4" CONCRETE HOUSE KEEPING PADWITH #4 BARS AT 18" ON CENTER EACH WAY.PROVIDE AN 18" DEEP BY 6" WIDE THICKENEDPERIMETER LIP. PROVIDE SEISMIC EXPANSIONANCHORS AT EACH CORNER OF OUTDOORUNITS. 2 2 S1.2 SCREEN WALL POST SCREEN WALL BM'S TYP (3) LOCATIONS 1-1/2 MIN CORRUGATED MTL, PAINTED DIAG BRACE 8 F T MA X 4 FT MIN ROOF BOOT 2 F T M I N 10 F T MA X SCREEN WALL DETAIL SCALE: NTS 4 3 STEEL SCREEN WALL FOR DOAS UNIT PERDETAIL 4 AND SOW NOTES. EXTENT ANDLOCATION PER MECH. 3 MARKUPS - STRUCTURAL Page 49 of 322 2.8.c Packet Pg. 152 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Project Name Edmonds FAC HVAC Upgrade https://mckinstry871.sharepoint.com/sites/GPE_Engineering/207791/002/08 Electrical/02 Working Files/[FAC Electrical Scope Table.xlsx]Scope Table Template 11/20/2023 20:27 Project Name:Edmonds Frances Anderson Center From photos / installed conditions FROM SUBMITTAL / MEPS COORD FIM No:50943 From Drawing FROM EMAIL FIM Name:Upgrade HVAC System to VRF CALCULATED CALCULATED Location:Edmonds, WA Not found or assumed Not found or assumed Project Phase:GMAX Equipment Demoed EQUIPMENT DEMO'D Purpose: Date:11/20/2023 LOAD CHANGE EXISTING. EQUIP. TAG LOCATION V PH HP FLA MCA KVA PANEL CKT BRKR CONDUIT WIRE DISCONNECT (SIZE/NEMA/FUSE) MOTOR CONTROLLER NEW EQUIP. TAG V PH HP FLA MCA KVA MOCP PANEL CKT BRKR CONDUIT WIRE DISCONNECT (SIZE/NEMA/FUSE) MOTOR CONTROLLER MIN SCCR B-1 BOILER ROOM 138A 240 1 1.5 10.00 12.50 2.40 1C-4,6 20 3/4" 2#12 UNKNOWN UNKNOWN - 2.40 B-1-C BOILER ROOM 138A 120 1 -- 3.20 4.00 0.38 1C-2 20 3/4" 2#12 UNKNOWN UNKNOWN - 0.38 B-2 BOILER ROOM 138A 240 1 1 8.00 10.00 1.92 1C-10,12 20 3/4" 2#12 UNKNOWN UNKNOWN - 1.92 B-2-C BOILER ROOM 138A 120 1 -- 5.00 6.25 0.60 1C-8 20 3/4" 2#12 UNKNOWN UNKNOWN - 0.60 P-1 BOILER ROOM 138A 120 1 0.333 9.80 12.25 1.18 1C-22 20 3/4" 2#12 UNKNOWN UNKNOWN - 1.18 P-2 BOILER ROOM 138A 120 1 0.333 9.80 12.25 1.18 1C-20 20 3/4" 2#12 UNKNOWN UNKNOWN - 1.18 P-3 BOILER ROOM 138A 120 1 0.333 9.80 12.25 1.18 1C-32,34,36 20 3/4" 2#12 UNKNOWN UNKNOWN - 1.18 P-4 BOILER ROOM 138A 120 1 -- 0.40 0.50 0.05 1C-16 20 3/4" 2#12 UNKNOWN UNKNOWN - 0.05 WH-1 BOILER ROOM 138A 120 1 -- <12.0 15.00 1.44 1C-32,34,26 20 3/4" 2#12 UNKNOWN UNKNOWN - 1.44 FEED AHUs 208 3 2D SEC 2-13,15,17 15 3/4" 3#12, 1#12G NO CHANGE AHU-1 GYM MEZZANINE - EAST 240 1 0.75 6.90 8.63 1.66 2D-10,12 20 3/4" 2#12 DISCONNECT UNKNOWN AHU-1.1 208 3 1 4.60 5.75 1.66 15.00 FEED AHUs -- 3/4" 3#12, 1#12G INTEGRAL TO VFD VFD [3]42kA + 0.00 AHU-2 GYM MEZZANINE - WEST 240 1 0.75 6.90 8.63 1.66 2D-24,26 20 3/4" 2#12 DISCONNECT UNKNOWN AHU-2.1 208 3 1 4.60 5.75 1.66 15.00 FEED AHUs -- 3/4" 3#12, 1#12G INTEGRAL TO VFD VFD [3]42kA + 0.00 EF-1 KITCHEN 133 -- -- frac -- -- --1A-45 20 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-2 DARKROOM 136 -- -- 0.25 -- -- --1B-8 20 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-3 DAYCARE 137 -- -- frac -- -- --1B-22 20 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-4 DAYCARE 137B -- -- frac -- -- --1B-24 20 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-5 DAYCARE 137B -- -- frac -- -- --1B-28 20 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-6 GYM 200 -- -- 0.333 -- -- --2D-66 3/4"2#12 UNKNOWN UNKNOWN NO CHANGE EF-7 GYM 200 -- -- 0.333 -- -- --2D-66 3/4"2#12 UNKNOWN UNKNOWN NO CHANGE EF-8 GYM MEZZ ROOF -- -- 0.5 -- -- -- 2D-2,4 15 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-9 GYM MEZZ ROOF -- -- 0.5 -- -- -- 2D-16,18 15 3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-10 ROOF -- -- 0.167 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE EF-11 ROOF -- -- 0.167 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE WH-1 RECEPTION -- ---- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-1 CLASSROOM 206 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-2 GYMNASTICS 207 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-3 GYMNASTICS 207 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-4 208 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-5 GYMNASTICS 209 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-6 CLASSROOM 301 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-7 CLASSROOM 301 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-8 STUDIO B 304 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-9 STUDIO A 305 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE UV-10 STUDIO A 305 -- -- 0.5 -- -- --UNKNOWN --3/4" 2#12 UNKNOWN UNKNOWN NO CHANGE DOAS-1.1 480 3 -- 20.43 22.70 16.98 35.00 4PNLN1A-1,3,5 35 3/4" 3#10, 1#10G 60/3R/35 INTEGRAL 42kA + 16.98 DOAS-1.2 480 3 -- 30.07 37.59 25.00 40.00 4PNLN1A-7,9,11 40 3/4" 3#8, 1#10G 60/3R/40 INTEGRAL 42kA + 25.00 DOAS-2.1 480 3 -- 18.90 21.00 15.71 35.00 4PNLN1A-13,15,17 35 3/4" 3#10, 1#10G 60/3R/35 INTEGRAL 42kA + 15.71 DOAS-2.2 480 3 -- 30.07 37.59 25.00 40.00 4PNLN1A-19,21,23 40 3/4" 3#8, 1#10G 60/3R/40 INTEGRAL 42kA + 25.00 DOAS-3.1 480 3 -- 3.42 3.80 2.84 15.00 4PNLN1A-2,4,6 15 3/4" 3#12, 1#12G 30/3R/15 INTEGRAL 42kA + 2.84 DOAS-3.2 480 3 -- 6.01 7.52 5.00 15.00 4PNLN1A-8,10,12 15 3/4" 3#12, 1#12G 30/3R/15 INTEGRAL 42kA + 5.00 ODU-1.1 480 3 -- 10.20 18.00 8.48 20.00 4PNLN1A-14,16,18 20 3/4" 3#12, 1#12G 30/3R/20 INTEGRAL 42kA + 8.48 ODU-1.2 480 3 -- 17.60 34.00 14.63 40.00 4PNLN1A-20,22,24 35 3/4" 3#8, 1#10G 60/3R/40 INTEGRAL 42kA + 14.63 ODU-2.1 480 3 -- 10.20 18.00 8.48 20.00 4PNLN1B-1,3,5 20 3/4" 3#12, 1#12G 30/3R/20 INTEGRAL 42kA + 8.48 ODU-2.2 480 3 -- 17.60 34.00 14.63 40.00 4PNLN1B-7,9,11 35 3/4" 3#8, 1#10G 60/3R/40 INTEGRAL 42kA + 14.63 ODU-3 208 1 -- 9.30 9.80 1.93 15.00 4PNLN1B-13,15,17 15 3/4" 2#12, 1#12G 30/3R/15 INTEGRAL 42kA + 1.93 ODU-4 480 3 -- 13.80 26.20 11.47 35.00 4PNLN1B-19,21,23 35 3/4" 3#10, 1#10G 60/3R/35 INTEGRAL 42kA + 11.47 ODU-5 480 3 -- 13.80 26.20 11.47 35.00 4PNLN1B-25,27,29 35 3/4" 3#10, 1#10G 60/3R/35 INTEGRAL 42kA + 11.47 ODU-6 480 3 -- 10.80 19.40 8.98 25.00 4PNLN1B-31,33,35 25 3/4" 3#12, 1#12G 30/3R/25 INTEGRAL 42kA + 8.98 ODU-7.1 480 3 -- 10.80 19.40 8.98 25.00 4PNLN1B-2,4,6 25 3/4" 3#12, 1#12G 30/3R/25 INTEGRAL 42kA + 8.98 ODU-7.2 480 3 -- 13.80 26.20 11.47 35.00 4PNLN1B-8,10,12 35 3/4" 3#10, 1#10G 60/3R/35 INTEGRAL 42kA + 11.47 ODU-7.3 480 3 -- 17.60 34.00 14.63 40.00 4PNLN1B-14,16,18 40 3/4" 3#8, 1#10G 60/3R/40 INTEGRAL 42kA + 14.63 ODU-8 480 3 -- 19.40 38.00 16.13 50.00 4PNLN1B-20,22,24 50 3/4" 3#8, 1#10G 60/3R/50 INTEGRAL 42kA + 16.13 The following MEP Scope Table is intended to be referenced along with the SOW document. EXISTING ELECTRICAL CONNECTION INFORMATION NEW ELECTRICAL CONNECTION INFORMATION Page 50 of 322 2.8.c Packet Pg. 153 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ODU-9 480 3 -- 12.30 15.00 10.23 20.00 4PNLN1B-26,28.30 20 3/4" 3#12, 1#12G 30/3R/20 INTEGRAL 42kA + 10.23 ODU-10 480 3 -- 10.20 18.00 8.48 20.00 4PNLN1B-32,34,36 20 3/4" 3#12, 1#12G 30/3R/20 INTEGRAL 42kA + 8.48 FEED-MCU-1.1, 1.2 208 1 1D SEC 1-21, 23 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-1.1 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-1.1, 1.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-1.2 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-1.1, 1.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 FEED-MCU-2.1, 2.2 208 1 1E SEC 1-9, 11 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-2.1 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-2.1, 2.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-2.2 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-2.1, 2.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 FEED-MCU-3.1, 3.2 208 1 1B-19,21 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-3.1 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-3.1, 3.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-3.2 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-3.1, 3.2 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 FEED-MCU-4.1, 4.2, 4.3 208 1 2B-25,27 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-4.1 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-4.1, 4.2, 4.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-4.2 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-4.1, 4.2, 4.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-4.3 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-4.1, 4.2, 4.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 FEED-MCU-5.1,5.2,5.3 208 1 3A-31,33 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-5.1 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-5.1,5.2,5.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-5.2 208 1 -- 1.70 2.00 0.35 15.00 FEED-MCU-5.1,5.2,5.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.35 MCU-5.3 208 1 -- 0.40 0.70 0.08 15.00 FEED-MCU-5.1,5.2,5.3 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.08 FEED-MCU-6, 7 208 1 2D SEC 1-2,4 15 3/4" 2#12, 1#12G 42kA NO CHANGE MCU-6 208 1 -- 0.40 0.70 0.08 15.00 FEED-MCU-6, 7 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.08 MCU-7 208 1 -- 1.60 2.00 0.33 15.00 FEED-MCU-6, 7 -- 3/4" 2#12, 1#12G 30/1/15 INTEGRAL 42kA + 0.33 HWH-1 208 1 -- 80.00 100.00 16.64 125.00 SBD-2 125 1 1/4" 2#1, 1#8G 200/1/125 BMS 42kA + 16.64 HWH-2 208 1 -- 80.00 100.00 16.64 125.00 SBD-2 125 1 1/4" 2#1, 1#8G 200/1/125 BMS 42kA + 16.64 DWCP-1 120 1 0.17 4.40 5.50 0.53 15.00 1C-23 15 3/4" 2#12, 1#12G MRS BMS 42kA + 0.53 AC-1 208 1 -- 20.00 25.00 4.16 35.00 1A SEC 1-25,27 35 3/4" 2#8, 1#10G 60/1/35 BMS 42kA + 4.16 CU-1 208 1 -- -- -- -- 35 [1]-- 3/4" 2#8, 1#10G 60/1/35 BMS 42kA FEED-RCP-1, 6, 7 208 1 2D SEC 1-16,18 15 3/4" 2#12, 1#12G 42kA NO CHANGE RCP-1 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-1, 6, 7 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-6 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-1, 6, 7 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-7 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-1, 6, 7 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED-RCP-2, 3 208 1 2D SEC 1-10,12 15 3/4"2#12, 1#12G 42kA NO CHANGE RCP-2 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-2, 3 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-3 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-2, 3 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED-RCP-4, 5 208 1 2D SEC 1-25,27 15 3/4" 2#12, 1#12G 42kA NO CHANGE RCP-4 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-4, 5 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-5 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-4, 5 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED-RCP-8,9 208 1 2D SEC 1-29,31 15 3/4" 2#12, 1#12G 42kA NO CHANGE RCP-8 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-8,9 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-9 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-8,9 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED-RCP-10, 11, 12 208 1 2D SEC 1-33,35 15 3/4" 2#12, 1#12G 42kA NO CHANGE RCP-10 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-10, 11, 12 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-11 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-10, 11, 12 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-12 208 1 -- 3.61 4.51 0.75 15.00 FEED-RCP-10, 11, 12 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED RCP-13, 14 208 1 2D SEC 1-24,26 15 3/4" 2#12, 1#12G 42kA NO CHANGE RCP-13 208 1 -- 3.61 4.51 0.75 15.00 FEED RCP-13, 14 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 RCP-14 208 1 -- 3.61 4.51 0.75 15.00 FEED RCP-13, 14 -- 3/4" 2#12, 1#12G MRS TSTAT 42kA + 0.75 FEED-IDU-1A 208 1 1D SEC 1-25, 27 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-1.1 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-1.2 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-1.3 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-2.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-2.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-3 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-4 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-5.1 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-5.2 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-6 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-7 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-7.1 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-7.2 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-7.3 208 1 -- 0.16 0.20 0.03 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.03 IDU-7.4 208 1 -- 0.16 0.20 0.03 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.03 IDU-8 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-9.1 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-9.2 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 FEED-IDU-1B 208 1 1E SEC 1-13, 15 15 3/4" 2#12, 1#12G 42kA NO CHANGE Page 51 of 322 2.8.c Packet Pg. 154 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) IDU-10.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-10.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-11.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-11.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-11.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-11.4 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-12 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-13 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-14 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-15 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-16 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-17.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-17.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-18 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 FEED-IDU-1C 208 1 --1B-23,25 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-19.1 208 1 -- 0.27 0.34 0.06 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.06 IDU-19.2 208 1 -- 0.27 0.34 0.06 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.06 IDU-20 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-21 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-22 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-23 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-24.1 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-24.2 208 1 -- 0.25 0.31 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-25 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-26 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-27 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-28 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-29 208 1 -- 0.13 0.16 0.03 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.03 IDU-30 208 1 -- 0.13 0.16 0.03 15.00 FEED-IDU-1C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.03 FEED-IDU-2A 208 1 2A-19,21 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-31.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-31.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-31.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-32.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-32.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-32.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-33 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-34 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-35 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 FEED-IDU-2B 208 1 2B-29,31 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-36.1 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-36.2 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-36.3 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-37.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-37.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-37.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-37.4 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-37.5 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-37.6 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-38 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-39.1 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-39.2 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-39.3 208 1 -- 0.24 0.30 0.05 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-40.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-40.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-40.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2B -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 FEED-IDU-2C 208 1 2B SEC 1-33,35 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-41 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-42 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-43 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-44 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-45 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-46 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-47 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-48 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-2C -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 FEED-IDU-2D 208 1 2D SEC 1-37,39 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-49.1 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2D -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 Page 52 of 322 2.8.c Packet Pg. 155 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) IDU-49.2 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2D -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-49.3 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-2D -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 FEED-IDU-3A 208 1 3A-35,37 15 3/4" 2#12, 1#12G 42kA NO CHANGE IDU-50 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-51.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-51.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-52.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-52.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-53 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-54.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-54.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-54.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-54.4 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.1 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.2 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.3 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.4 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.5 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-55.6 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 IDU-56 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-57 208 1 -- 0.22 0.30 0.05 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.05 IDU-58 208 1 -- 0.53 0.70 0.11 15.00 FEED-IDU-3A -- 3/4" 2#12, 1#12G MRS INTEGRAL 42kA + 0.11 CP-1.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-1.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-1.3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-2.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-2.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-4 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-5.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-5.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-6 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-7 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-7.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-7.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-7.3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-7.4 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-8 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-9.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-9.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-10.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-10.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-11.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-11.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-11.3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-11.4 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-12 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-13 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-14 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-15 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-16 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-17.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-17.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-18 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-25 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-26 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-27 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-28 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-32.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-32.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-32.3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-41 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-42 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-43 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-44 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-45 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-46 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 Page 53 of 322 2.8.c Packet Pg. 156 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CP-47 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-48 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-49.1 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-49.2 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 CP-49.3 208 1 -- 0.15 0.19 0.03 [2][2]-- 3/4" 2#12, 1#12G 30/1/1 INTEGRAL 42kA + 0.03 D-1-REC [4]120 1 -- 5.80 7.25 0.70 15 1E SEC 1-17 15 3/4" 2#12, 1#12G CORD&PLUG INTEGRAL 42kA + 0.70 FEED-D-2, 3 REC 120 1 2B-33 15 3/4" 2#12, 1#12G 42kA D-2-REC [4]120 1 -- 5.80 7.25 0.70 15 FEED-D-2, 3 REC -- 3/4" 2#12, 1#12G CORD&PLUG INTEGRAL 42kA + 0.70 D-3-REC [4]120 1 -- 5.80 7.25 0.70 15 FEED-D-2, 3 REC -- 3/4" 2#12, 1#12G CORD&PLUG INTEGRAL 42kA + 0.70 FEED-D-4, 5 REC 120 1 3A-39 15 3/4" 2#12, 1#12G 42kA D-4-REC [4]120 1 -- 5.80 7.25 0.70 15 FEED-D-4, 5 REC -- 3/4" 2#12, 1#12G CORD&PLUG INTEGRAL 42kA + 0.70 D-5-REC [4]120 1 -- 5.80 7.25 0.70 15 FEED-D-4, 5 REC -- 3/4" 2#12, 1#12G CORD&PLUG INTEGRAL 42kA + 0.70 + 295.68 GENERAL NOTES: A. BOLD TEXT IN 'EXISTING' COLUMNS INDICATES WORK THAT IS TO BE DEMOLISHED. BOLD TEXT IN 'NEW' COLUMNS INDICATES NEW WORK. B. THIS PROJECT WILL RESULT IN A NET LOAD INCREASE. 30-DAY METERING WILL BE REQUIRED FOR (12) PANELS AS SPECIFIED IN FIM DOCUMENT. NUMBERED NOTES: [1]CU-1 is fed from indoor unit AC-1. [2]ALL CP'S TO BE POWERED FROM CORRESPONDING IDU'S. EC TO INSTALL WIRE AND INLINE 1A FUSED DISCONNECT. [3]VFD TO BE FURNISHED, INSTALLED AND WIRED BY EC. ABB ACH580 SERIES DRIVE. INPUT CURRENT RATING 4.8 AMPS, NEMA 1 ENCLOSURE, NO BYPASS, INTEGRAL NON-FUSED DISCONNECT. [4]NEW CEILING RECEPTACLE TO BE INSTALLED AND WIRED BY EC TO FEED CORRESPONDING EQUIPMENT. TOTALS --0,10,1,6 REVISION --0,10,1,6 REVISION Page 54 of 322 2.8.c Packet Pg. 157 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 3. Energy Savings 3.1 Energy Savings Methodology Energy savings were computed using an Excel-based, 8760 hourly energy calculation that simulates one-years' worth of energy consumption using TMY3 weather data. The model is tuned against real monthly utility data to model the existing and proposed systems based on inputs including building use and mechanical system type and operation. Savings calculations are based upon both baseline operating characteristics and proposed operation criteria: 1. Baseline: Baseline refers to the existing operating characteristics that were used to calculate energy savings. In general, the baseline associated with any specific measure has been derived from the following sources: i. Actual operating information gathered through field observation, measurement, micro-data loggers, and Owner’s operating logbooks. ii. Owner provided information concerning stipulated factors such as burn hours, occupancy, or operational expenditures. iii. In some instances, a modified baseline may have been developed to address areas whereby pre-retrofit conditions do not reflect a system that is operating per current code or what the Owner may deem as normal operation. The actual impact to energy usage will be identified along with the “avoided costs” associated with the modified baseline. 2. Proposed: The proposed operating values, including system performance and operational conditions, factor in increased heating and cooling efficiency of the new air handlers as well as the conversion from natural gas to electric as the heating supply source. 3. Utility Rate: For calculating energy cost savings, the utility rates used are the utility rates as paid by the Owner to the utility company at the time the study was developed (see table below). In the event that a building has multiple meters on different rate schedules, the per-unit cost of the utility will be the average of all the rate schedules in effect at that facility. Utility Provider Rate Name Utility Type Dollars Per Unit Units Published Date Effective Snohomish County PUD No 1 SCH 20 - General Service Medium Load Electricity $0.090000 kWh 11/1/2023 Puget Sound Energy (PSE) SCH 41 - Large Volume High Load Natural Gas $0.915806 Therms 10/1/2023 Page 55 of 322 2.8.c Packet Pg. 158 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 3. Energy Savings Guarantee 3.2 Energy Savings Summary The following table summarizes the estimated electric and natural gas utility savings (negative values indicate increased usage, positive values indicate decreased usage). This project would result in the elimination of natural gas usage for space heating and increased electricity usage due to the added heating and cooling loads. Electricity Fossil Natural Gas Total Facility Improvement Measures Facility kWh kWh ($) Therm Therm ($) ($) 03.01-FAC: Upgrade HVAC System to VRF Edmonds Frances Anderson Center -182,884 -$16,460 19,171 $17,557 $1,097 -182,884 -$16,460 19,171 $17,557 $1,097 Page 56 of 322 2.8.c Packet Pg. 159 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 4. Project Cost 4.1 Items Included in Project Cost The project preliminary budgets are turn-key for Year 2025 construction and include the following: 1) Hard Construction Costs (i.e. demolition, installation, equipment, material, labor) 2) Permitting 3) Construction Bonds 4) Audit Fees 5) Engineering and Design 6) Construction Management and Project Administration 7) Owner Project Contingency 8) Apprenticeship Incentive 9) Measurement and Verification 10) As-Built and Closeout Documentation 11) Overhead and Profit, WA DES Interagency Fee 12) Sales Tax 13) Allowance for scope modifications related to Historic Preservation requirements, scope related to reducing building operations impact, scope related to Utility Service changes and Upgrade. The project scheduled is proposed to prioritize and expedite the procurement of long lead time items like switchgear (about 12 months lead time) including Utility-provided transformer . The project Design phase will prioritize finalization of calculations and equipment selections to complete enough information to review submittals and procure the equipment. Required information will be provided to the Utility to initiate transformer procurement. This will allow the equipment to be on order while the remaining design is completed. Page 57 of 322 2.8.c Packet Pg. 160 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 58 of 322 2.8.c Packet Pg. 161 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Project Budget Project City of Edmonds Scenario 2023 FAC HVAC Upgrade Date October 1, 2024 Facility Improvement Measures FIM Description Facility Budget Min* Budget Max* 03.01-FAC: Upgrade HVAC System to VRF Existing: The facility is currently heated using two (2) natural gas-fired hot water and steam boilers. These boilers serve radiators and unit ventilators that are controlled room-by-room via local thermostats. The gymnasium is served by two (2) air handling units also served by the hydronic system. No mechanical cooling exists, and ventilation is via operable windows. The existing BMS is a simple interface with scheduling, on/off commands, and alarms. The existing domestic hot water plant consists of a natural gas-fired, circulating water heater (manuf. 2003) and a storage tank. Proposed: Demo all existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping. Install a new variable refrigerant flow (VRF) system for heating/cooling and a dedicated outdoor air system (DOAS) for ventilation. Refurbish the gymnasium AHUs with new fans, VRF coils, filters, and variable frequency drives. Demo the existing natural gas domestic hot water plant and replace with a new electric hybrid system. Edmonds Frances Anderson Center $9,180,909 $10,201,009 Totals $9,180,909 $10,201,009 Confidential and Proprietary * Project budgets are turn-key and include the following: Hard construction costs (Demolition, installation, equipment, material, labor), Permitting, Construction Bonds, Audit Fees, Engineering and Design, Construction Management and Project Administration, Owner Project Contingency, Apprenticeship Incentive, Measurement and Verification, As- Built and Closeout Documentation, Overheat and Profit, WA DES Interagency Fee, Sales Tax. Allowance for scope modifications related to reducing building operations impact, historic preservation adherence in included in above budget. Allowance for scope modifications related HazMat testing and abatement, Electric Utility Design and Installation, Gas Utility Resizing is not included in the above budget. Budget is for construction in year 2025. Page 60 of 322 2.8.c Packet Pg. 163 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r Page 61 of 322 2.8.c Packet Pg. 164 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 62 of 322 2.8.c Packet Pg. 165 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 63 of 322 2.8.c Packet Pg. 166 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 64 of 322 2.8.c Packet Pg. 167 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 65 of 322 2.8.c Packet Pg. 168 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL & PROPRIETARY | CITY OF EDMONDS FRANCES ANDERSON CENTER 5. Appendices Utility Data Analysis Equipment Cutsheets Clean Buildings Performance Standard Benchmarking Report Energy Calculations Page-66-of-322 2.8.c Packet Pg. 169 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL AND PROPRIETARY Utility Data Analysis Page 67 of 322 2.8.c Packet Pg. 170 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Project Building Area 51,470 ft²Year 1: Building Service Add.Year 2: Electric Pvdr.Electrical Mtr. Natural Gas Pvdr.Natural Gas Mtr.Year 3: Average: Electric Energy No Demand Metered Total Electric Cost Natural Gas Natural Gas Cost Total Energy Total Cost Energy Use Index Cost Index [kWh] [kW][$$$] [Therm] [$$$] [kBTU] [$$$] [kBTU / ft²] [$$$ / ft²] Jan-20 14,320 $1,376.30 3,381 $2,390.49 386,973 $3,766.79 7.52 $0.07 Feb-20 2,720 $263.57 3,115 $2,237.11 320,736 $2,500.68 6.23 $0.05 Mar-20 1,600 $232.48 2,799 $2,098.47 285,344 $2,330.95 5.54 $0.05 Apr-20 11,120 $1,046.28 1,622 $1,439.18 200,110 $2,485.46 3.89 $0.05 May-20 12,000 $1,101.89 1,293 $1,204.40 170,272 $2,306.29 3.31 $0.04 Jun-20 5,600 $495.90 758 $903.86 94,903 $1,399.76 1.84 $0.03 Jul-20 8,720 $829.67 127 $715.98 42,418 $1,545.65 0.82 $0.03 Aug-20 2,320 $272.57 100 $689.85 17,923 $962.42 0.35 $0.02 Sep-20 8,960 $824.74 200 $675.11 50,603 $1,499.85 0.98 $0.03 Oct-20 12,960 $1,256.39 947 $1,058.83 138,966 $2,315.22 2.70 $0.04 Nov-20 10,400 $1,005.20 1,935 $1,487.61 229,006 $2,492.81 4.45 $0.05 Dec-20 8,240 $803.71 2,239 $1,657.56 252,030 $2,461.27 4.90 $0.05 Jan-21 10,560 $1,024.06 2,562 $1,829.00 292,217 $2,853.06 5.68 $0.06 Feb-21 8,480 $816.69 2,610 $1,822.70 289,965 $2,639.39 5.63 $0.05 Mar-21 6,080 $578.26 2,618 $1,899.69 282,589 $2,477.95 5.49 $0.05 Apr-21 6,320 $586.71 1,868 $1,485.99 208,413 $2,072.70 4.05 $0.04 May-21 5,920 $541.89 1,257 $1,177.15 145,850 $1,719.04 2.83 $0.03 Jun-21 7,600 $740.81 642 $803.97 90,159 $1,544.78 1.75 $0.03 Jul-21 7,840 $761.85 83 $504.61 35,099 $1,266.46 0.68 $0.02 Aug-21 8,000 $778.36 163 $527.76 43,612 $1,306.12 0.85 $0.03 Sep-21 8,480 $826.61 627 $728.26 91,664 $1,554.87 1.78 $0.03 Oct-21 9,120 $888.58 1,515 $1,173.04 182,590 $2,061.62 3.55 $0.04 Nov-21 9,840 $957.41 2,257 $1,633.91 259,306 $2,591.32 5.04 $0.05 Dec-21 8,400 $816.34 3,265 $2,244.14 355,130 $3,060.48 6.90 $0.06 Jan-22 8,640 $836.19 3,733 $2,537.60 402,812 $3,373.79 7.83 $0.07 Feb-22 7,920 $766.35 2,648 $1,870.64 291,782 $2,636.99 5.67 $0.05 Mar-22 8,080 $782.41 2,799 $1,971.33 307,420 $2,753.74 5.97 $0.05 Apr-22 7,520 $721.16 2,502 $1,820.21 275,866 $2,541.37 5.36 $0.05 May-22 9,280 $898.52 1,731 $1,372.35 204,808 $2,270.87 3.98 $0.04 Jun-22 7,680 $744.48 793 $884.30 105,463 $1,628.78 2.05 $0.03 Jul-22 7,440 $721.68 332 $823.66 58,553 $1,545.34 1.14 $0.03 Aug-22 9,200 $890.92 101 $704.71 41,499 $1,595.63 0.81 $0.03 Sep-22 9,680 $934.95 281 $801.31 61,141 $1,736.26 1.19 $0.03 Oct-22 11,520 $1,111.26 1,193 $1,390.37 158,580 $2,501.63 3.08 $0.05 Nov-22 10,000 $965.34 2,554 $2,394.33 289,476 $3,359.67 5.62 $0.07 Dec-22 9,520 $911.19 3,511 $3,248.14 383,561 $4,159.33 7.45 $0.08 Annual Average Consumption and Cost Electric Energy Total Electric Cost Blended Rate Natural Gas Natural Gas Cost Total Energy Total Cost Energy Use Index Cost Index [kWh][$$$][$$$ / kWh][Therm][$$$][MMBTU][$$$][kBTU / ft²][$$$ / ft²] Year 1 98,960 $9,509 0.096$ 18,516 $16,558 2,189 $26,067 43 0.51$ Year 2 96,640 $9,318 0.096$ 19,469 $15,830 2,277 $25,148 44 0.49$ Year 3 106,480 $10,284 0.097$ 22,177 $19,819 2,581 $30,103 50 0.58$ Average 100,693 $9,704 0.096$ 20,054 $17,403 2,349 $27,106 46 0.53$ 720 0 692 0 651 0 485 3 358 8 198 52 123 76 102 93 157 38 392 7 619 0 807 0 5,304 276$9,704 36% $17,403 UTILITY DATA ANALYSIS CITY OF EDMONDS - FRANCES ANDERSON CENTER Cost: $0.58 / ft² January 2020 to December 2022 EUI: 45.6 kBtu/ft² Cost: $0.53 / ft² Snohomish PUD Puget Sound Energy 390155-G EUI: 42.5 kBtu/ft² EUI: 44.2 kBtu/ft² EUI: 50.1 kBtu/ft² January 2020 to December 2020 Cost: $0.51 / ft² Cost: $0.49 / ft² January 2022 to December 2022 Building Information Frances Anderson Center City of Edmonds 700 Main St, Edmonds, WA 98020 1000136948-E $1,079 $616 $531 Average Monthly Utility Cost and Weather Data Total [$] January February [$] $3,331$2,252 $1,990 $2,592 $2,521 $1,977 October November December March April May June July $864 $647 $862 $1,085 $976 $844 $2,383 $847 $660 $785 Total Pct. of Total August September $1,597 $2,293 64% $1,288 $771 $681 $641 $2,815 $3,227 $27,106 $2,367 $2,099 $1,524 $735 $1,207 $1,839 $1,582 $1,251 $1,452 Historical Utility Data Period Natural Gas WNEUI: 0.0 kBtu/ft² Month Year Electric Energy [$] January 2021 to December 2021 Energy Information Heating Degree Days Cooling Degree Days Page 68 of 322 2.8.c Packet Pg. 171 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL AND PROPRIETARY Equipment Cutsheets Page 69 of 322 2.8.c Packet Pg. 172 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 1/15 Description: Geniox 22 - Roof (Gable roof plates - Steel) Unit width / Weight: 91.8in / 5538 lb Delivery: 1 sections; Mounted on 8.6in base frame Unit Unit color || Insulation || Hygienic ZincMagnesium || 2.36" mineral wool / Density 3.75 lb/ft³ || Standard Control system Controller ready Power supply Unit L1 + L2 + L3 + PE (3x460V) 60 Hz MCA || MOP Unit MCA 21.0 A || MOP 30.1 A Power supply e-heater L1 + L2 + L3 + PE (3x460V) 60 Hz / 37.6 A Sound break out || Supply air 62 dB(A) || 82 dB(A) Supply Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 7650 CFM || 315 ft/min || 2.00 in wc Supply air, Winter || Summer 75.2°F / RH 33% || 76.6°F / RH 48% Filter || Stages F7 - ePM1 55% Fan || Voltage || Rated current || RPM 7.37 hp || 3x460 V || 9.07 A || 1401 RPM Cooling, water || Fluid 0 BTU/hr ; 76.6/76.6°F Cooling, water || Fluid 0 BTU/hr ; 76.6/76.6°F Heating, electric || Power 30.0 kW ; 63.0/75.2°F Extract Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 7650 CFM || 315 ft/min || 2.00 in wc Filter || Stages M5 - ePM10 60% Fan || Voltage || Rated current || RPM 7.37 hp || 3x460 V || 9.07 A || 1381 RPM Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 70 of 322 2.8.c Packet Pg. 173 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no. DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 2/15 VVXEF SF M CW1 CW2 ELH1 Exhaust Air 86 dB(A) Extract Air 73 dB(A) Supply Air 82 dB(A) Outdoor Air 79 dB(A) Humidity after [%]46 46 46 46 48 48 48 48 Temperature after [°F]82.4 82.4 82.4 82.4 81.5 75.0 75.0 75.0Summer Efficiency 80.0% (Total Pressure) M5 - ePM10 60% Filter Pressure after function [in w.c.] - 0.01 0.01 0.02 -3.05 -2.38 -2.38 -2.00 Pressure drop [in w.c.]0.00 0.01 0.01 0.12 0.66 0.01 0.38 2.00 Humidity after [%]73 73 73 73 75 42 42 42 Temperature after [°F]35.0 35.0 35.0 35.0 34.2 72.0 72.0 72.0Winter Winter Temperature after [°F]24.0 24.0 24.0 25.1 63.0 63.0 63.0 63.0 63.0 75.2 75.2 Humidity after [%]87 87 87 83 51 51 51 51 51 33 33 Pressure drop [in w.c.]0.00 0.01 0.48 0.12 0.66 0.00 0.01 0.00 0.01 0.05 2.00 Pressure after function [in w.c.] -0.00 -0.01 -0.49 2.72 2.06 2.06 2.05 2.05 2.05 2.00 - F7 - ePM1 55% Filter Efficiency 79.9% (Total Pressure) 80.6/80.6% Wet/dry 30.00 kW Summer Temperature after [°F]82.0 82.0 82.0 83.1 76.6 76.6 76.6 76.6 76.6 76.6 76.6 Humidity after [%]49 49 49 47 48 48 48 48 48 48 48 80.6% wet 0 BTU/hr 0 BTU/hr Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 71 of 322 2.8.c Packet Pg. 174 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 3/15 Plan view Access side Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 72 of 322 2.8.c Packet Pg. 175 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 4/15 Right end Doors and panels dimensions Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 73 of 322 2.8.c Packet Pg. 176 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 5/15 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 74 of 322 2.8.c Packet Pg. 177 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 6/15 Technical specification Unit Frequency band [Hz] 63 125 250 500 1K 2K 4K 8K Total Sound power level [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB(A)] Supply air 70 79 77 80 78 71 65 56 82 Outdoor air 64 78 74 74 75 71 67 66 79 Exhaust air 72 81 79 83 83 78 73 68 86 Extract air 61 76 71 71 70 64 58 54 73 Sound break out 65 69 57 58 59 52 46 29 62 Casing Panels Steel sheets coated with ZM310, corrosion class C5 Frame profiles Steel profiles coated wiht z225 painted, corrosion class C4 Mullion profiles Steel profiles coated with ZM310, corrosion class C5 Corners PA6 fiber rienforced Insulation 2.36" mineral wool / Density 3.75 lb/ft³ Corrosion protection Class C4 according to EN ISO 12944-2:2018 Operating pressure 0 - 8 in w.c. (Geniox10 - Geniox31) Operating temperatures -40/+104 °F (Standard) -40/+140 °F (Special design) Classifications EN 1886, 2. edition 2008 Mechanical Strength Class D1(M)* Casing air leakage -1.6 in w.c.: Class L1(M)* +2.81 in w.c.: Class L1(M)* Filter by-pass leakage -1.6 in w.c.: Class G1-F9 +1.6 in w.c.: Class G1-F9 Thermal transmittance Class T2(M)* Thermal bridging factor Class TB2(M)* Acoustic insulation of casing Octave band Hz Insulation dB 63 10 125 17 250 24 500 27 1000 28 2000 28 4000 32 8000 40 Roof Gable roof plates - Steel * (M) = Classification according to EN1886 Modelbox test Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 75 of 322 2.8.c Packet Pg. 178 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 7/15 Power supply connections Object Pre fuse I max * Main switch Rated voltage Control cabinet gG/C 25 A 21 A No 3x460V + PE Pre-heater electric 40 A 38 A No 3x460V + PE *) Main switch; Yes= loose deliveried from Systemair, No= Not supplied from systemair, Mounted = Factory installed and connected The supply unit consist of Inlet louvre Pressure drop 0.01 in wc Damper Pressure drop 0.01 in wc Damper blades Standard Required actuator torque 177.0 in lb Number of shafts 1 Number of dampers 1 pcs Filter Dimensioning pressure drop 0.48 in wc Initial pressure drop/Final pressure drop 0.28/0.68 in wc Velocity, face area 351.5 ft/min Velocity, filter area 11.0 ft/min Filter class F7 - ePM1 55% Filter size 6x[23.3x19.3x3.8] + 2x[11.3x19.3x3.8]in Filter length 3.8 in Filter description Camfil Ecopleat Spare filter set F7 - ePM1 55%1 pcs Filter to be 4" F7 (MERV13) Must be 4" F7 filter and spares Fan, Plug Air flow 7650 CFM External pressure 2.00 in wc Pressure drop 0.12 in wc Static pressure (Designed at wet conditions)3.33 in wc Total pressure 3.56 in wc Absorbed power 5.37 hp Fan speed 1401 RPM Maximum fan speed 1500 RPM Efficiency by static pressure 74.9 % Efficiency by total pressure 79.9 % K-factor (p=0.075 lb/ft³)23.79 Fan type - Impeller ZAmid M-RH63Cpro ErP efficiency n(stat,A)72.3 % ErP efficiency class N(actual)/ N(target)76.4 / 62 % ErP-conformity Yes Direct drive Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 76 of 322 2.8.c Packet Pg. 179 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 8/15 Motor Motor type IE3, AC Motor Motor types-size ACA132M4-460/7.4 Motor protection Thermistor Rated power 7.37 hp Speed (nominal)1752 RPM Current, Amp.9.07 A Efficiency 91.7 % Efficiency, actual working point 91.7 % Voltage 3x460 V Operation frequency 48 Hz Max. operating frequency 51 Hz Consumed power from mains power supply, excluding frequency converter 5.86 hp Consumed power from mains power supply, including frequency converter 6.16 hp Winter: Temperature before / after 24.0 / 25.1 °F Summer: Temperature before / after 82.0 / 83.1 °F Winter: Humidity before / after 87 / 83 % Summer: Humidity before / after 49 / 47 % Frequency converter wired from factory. Supply air., [12.0] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Rotary heat exchanger Supply Extract Air flow 7650 7650 CFM Pressure drop 0.66 0.66 in wc WINTER Air temperature before/after 25.1/63.0 72.0/34.2 °F Wet bulb temperature before/after 22.7/52.5 58.0/30.4 °F Capacity 459616 BTU/hr Temperature efficiency 80.6 % Dry efficiency according to EN 308 at 3.61 m³/s 80.6 % Humidity efficiency 82.2 % Energy class for heatrecovery (EN13053)H1 SUMMER Air temperature before/after 83.1/76.6 75.0/81.5 °F Wet bulb temperature before/after 68.8/63.6 62.1/67.6 °F Capacity 134438 BTU/hr Temperature efficiency 80.6 % Humidity efficiency 80.6 % Heat exchanger type HM - Sorption Efficiency (Wave height)B - High Wheel Diameter Ø2040 Description HM1-SL-WV-2040-SM-WO-DU-0 Speed controller: Exchanger Variable speed Electrical data 1x230V, 145W, 0.6Amp Safety screen 1 pcs Purging sector 1 pcs Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 77 of 322 2.8.c Packet Pg. 180 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 9/15 Cooling coil Empty section for future coil Air flow 7650 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.01 in wc Length 15.7 in Cooling coil Empty section for future coil Air flow 7650 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.01 in wc Length 15.7 in Heating coil Air flow 7650 CFM Pressure drop 0.05 in wc Face velocity for the coil 398.4 ft/min Air temperature before/after 63.0/75.2 °F Wet bulb temperature before/after 52.5/58.0 °F Capacity 30.00 kW Number of steps Modulating Voltage V3x460 Current, Amp.A37.6 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 78 of 322 2.8.c Packet Pg. 181 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 10/15 Connection side Service side Electrical coils must have separate power supply The extract unit consist of Filter Dimensioning pressure drop 0.38 in wc Initial pressure drop/Final pressure drop 0.19/0.57 in wc Velocity, face area 351.5 ft/min Velocity, filter area 23.0 ft/min Filter class M5 - ePM10 60% Filter size 6x[23.3x19.3x1.9] + 2x[11.3x19.3x1.9]in Filter length 1.9 in Filter description Camfil Ecopleat G Spare 2" Panel filter M5 ePM10 60%1 pcs Inspection section Pressure drop 0.01 in wc Length 11.8 in Rotary heat exchanger Data are stated on supply. Fan, Plug Air flow 7650 CFM External pressure 2.00 in wc Pressure drop 0.12 in wc Static pressure (Designed at wet conditions)3.19 in wc Total pressure 3.42 in wc Absorbed power 5.15 hp Fan speed 1381 RPM Maximum fan speed 1500 RPM Efficiency by static pressure 74.8 % Efficiency by total pressure 80.0 % K-factor (p=0.075 lb/ft³)23.79 Fan type - Impeller ZAmid M-RH63Cpro ErP efficiency n(stat,A)72.3 % ErP efficiency class N(actual)/ N(target)76.4 / 62 % ErP-conformity Yes Direct drive Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 79 of 322 2.8.c Packet Pg. 182 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 11/15 Motor Motor type IE3, AC Motor Motor types-size ACA132M4-460/7.4 Motor protection Thermistor Rated power 7.37 hp Speed (nominal)1752 RPM Current, Amp.9.07 A Efficiency 91.7 % Efficiency, actual working point 91.6 % Voltage 3x460 V Operation frequency 47 Hz Max. operating frequency 51 Hz Consumed power from mains power supply, excluding frequency converter 5.62 hp Consumed power from mains power supply, including frequency converter 5.91 hp Winter: Temperature before / after 34.2 / 35.0 °F Summer: Temperature before / after 81.5 / 82.4 °F Winter: Humidity before / after 75 / 73 % Summer: Humidity before / after 48 / 46 % Frequency converter wired from factory. Extract air., [12.0] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Empty section Pressure drop 0.01 in wc Length 7.9 in Damper Pressure drop 0.01 in wc Damper blades Standard Required actuator torque 177.0 in lb Number of shafts 1 Number of dampers 1 pcs Outlet hood Pressure drop 0.01 in wc Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 80 of 322 2.8.c Packet Pg. 183 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 12/15 Other parts Feet or baseframe Feet or baseframe Baseframe Baseframe height 8.6 in Corrosion protection Galvanized ZM310 Inlet louvre - Outlet hood Product Dimensions (width x height) Supply 87x39 in Exhaust 87x39 in Rigid duct connection, 1.18" METU profile Product Dimensions (width x height) Supply 87x39 in Extract 87x39 in Section about shipping Unit sections Dimensions (width x height x length),Weight, Inc. Packaging Weight of unit incl. packaging Section 1 93.8 x 103.1 x 207.2 in 5546 lb 5533 lb The unit sections are delivered mounted on base frame. Weights Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 81 of 322 2.8.c Packet Pg. 184 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 13/15 Section No Section Code Weight of function Weight of section Function Code lb lb 1 Casing Length 84.3 in 3022 Casing 1152 Damper 90 Filter 180 Fan 348 Rotary heat exchanger 814 Fan 348 Empty section 0.2 Damper 90 2 Casing Length 33.1 in 843 Casing 491 Cooling coil 185 Filter 112 Inspection section 0.2 Control system 56 3 Casing Length 74.1 in 920 Casing 645 Inspection section 0.2 Cooling coil 160 Inspection section 0.2 Heating coil 114 4 Baseframe Length 191.5 in 496 Other components 427 Weight of unit 5709 Controller ready With Controller Ready, the customer has the possibility of installing exactly the desired controller for the unit. The Controller Ready cabinet includes ducts, earth rail and rail-mounted terminals for connection of all internal sensors and control components according to selection. The cabinet does not include any power components, relays, etc. The cabinet can be selected as mounted inside the unit or on the unit. All selected internal sensors and control components in the section with the cabinet are factory-mounted and wired to the terminals in the cabinet. If the unit is divided into sections, the sensors and control components in sections without the cabinet have plugs for easy assembly of the control system after installation of the unit on the site. Internal cabling, components and sensors have been function tested before leaving the factory. The test report is included as part of the documentation. The electrical installation (cabling, mounting of components, connections, plugs, etc.) has been carried out according to EN 60204-1. Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 82 of 322 2.8.c Packet Pg. 185 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 14/15 Flow chart VVX M QM32 P BP2 EF BT2 TA2 M P BP4 T BT3 M QM31 T BT1 P BP3 P BP1 SF P BP7 T BT4 CW1 EB51 ELH1 T BT5 Exhaust Outdoor Extract Supply Detailed technical specification Symbol Cable Component Terminals HW External components Name number Data I/O Electric heater: Power supply EB51 L1 L2 L3 N PE Temperature sensor: Supply air BT5 W355 PT1000 X4:9-10 AI Internal components Speed controller: Exchanger TA2 W232 1x230V AC X2: L1-N-PE W832 Alarm signal relay X6:7-8 DI "Speed" Input: 0-10V DC X6:9-10 AO Pressure transmitter: Exchanger supply air BP7 W365 Input: 24v AC/DC X5:19-20 Output: 0-10V DC X5:21 AI Temperature sensor: Efficiency BT4 W343 PT1000 X4:7-8 AI Damper motor on/off - outdoor air QM31 W331 Input: 24V AC/DC X6:1-2 Control Input: 24V AC/DC X6:3 DO Pressure transmitter: Supply air filter BP3 W377 Input: 24v AC/DC X5:7-8 Output: 0-10V DC X5:9 AI Temperature sensor: Intake air BT1 W341 PT1000 X4:1-2 AI Pressure transmitter: Supply air Fan (flow)BP1 W375 Input: 24v AC/DC X5:1-2 Output: 0-10V DC X5:3 AI Frequency inverter: Supply air Fan (AC1)TA21 W121 3x400V AC X1.1: L1-L2-L3-PE Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 83 of 322 2.8.c Packet Pg. 186 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-1/ Unit no.: 10 Date 10/20/2023 Page 15/15 W821 Ready signal - Relay X3:1-2 DI Start signal Relay - jumper X3:3-4 DO "Speed" Input: 0-10V DC X3:5-6 AO Heater: Electric EB51 W351 Alarm overheating - Relay X9:1-2 DI "Control" Input: 0-10V X9:3-4 AO Power 230V AC X9:5-6 DO Damper actuator: Extract (Exhaust) air QM32 W432 Input: 24V AC/DC X6:4-5 "Control" Input: 24V AC/DC X6:6 DO Pressure transmitter: Extract air filter BP4 W462 Input: 24v AC/DC X5:10-11 Output: 0-10V DC X5:12 AI Temperature sensor: Extract air BT3 W444 PT1000 X4:5-6 AI Temperature sensor: Exhaust air BT2 W442 PT1000 X4:3-4 AI Pressure transmitter: Extract air Fan (flow)BP2 W460 Input: 24v AC/DC X5:4-5 Output: 0-10V DC X5:6 AI Frequency inverter: Extract air Fan (AC1)TA22 W122 3x400V AC X1.2: L1-L2-L3-PE W822 Ready signal - Relay X3:7-8 DI Start signal Relay - jumper X3:9-10 DO "Speed" Input: 0-10V DC X3:11-12 AO Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 84 of 322 2.8.c Packet Pg. 187 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 1/15 Description: Geniox 20 - Roof (Gable roof plates - Steel) Unit width / Weight: 83.9in / 4899 lb Delivery: 1 sections; Mounted on 8.6in base frame Unit Unit color || Insulation || Hygienic ZincMagnesium || 2.36" mineral wool / Density 3.75 lb/ft³ || Standard Control system Controller ready Power supply Unit L1 + L2 + L3 + PE (3x460V) 60 Hz MCA || MOP Unit MCA 21.0 A || MOP 30.1 A Power supply e-heater L1 + L2 + L3 + PE (3x460V) 60 Hz / 23.8 A Sound break out || Supply air 66 dB(A) || 86 dB(A) Supply Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 7160 CFM || 359 ft/min || 2.50 in wc Supply air, Winter || Summer 71.8°F / RH 37% || 76.5°F / RH 48% Filter || Stages F7 - ePM1 55% Fan || Voltage || Rated current || RPM 7.37 hp || 3x460 V || 9.07 A || 1783 RPM Cooling, water || Fluid 0 BTU/hr ; 76.5/76.5°F Cooling, water || Fluid 0 BTU/hr ; 76.5/76.5°F Heating, electric || Power 19.0 kW ; 63.5/71.8°F Extract Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 7160 CFM || 359 ft/min || 2.50 in wc Filter || Stages M5 - ePM10 60% Fan || Voltage || Rated current || RPM 7.37 hp || 3x460 V || 9.07 A || 1759 RPM Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 85 of 322 2.8.c Packet Pg. 188 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no. DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 2/15 VVXEF SF M CW1 CW2 ELH1 Exhaust Air 90 dB(A) Extract Air 76 dB(A) Supply Air 86 dB(A) Outdoor Air 81 dB(A) Humidity after [%]46 46 46 46 47 48 48 48 Temperature after [°F]82.9 82.9 82.9 82.9 81.9 75.0 75.0 75.0Summer Efficiency 80.0% (Total Pressure) M5 - ePM10 60% Filter Pressure after function [in w.c.] - 0.01 0.02 0.02 -3.85 -2.95 -2.95 -2.50 Pressure drop [in w.c.]0.00 0.01 0.01 0.17 0.88 0.01 0.45 2.50 Humidity after [%]74 74 74 74 77 42 42 42 Temperature after [°F]34.9 34.9 34.9 34.9 33.8 72.0 72.0 72.0Winter Winter Temperature after [°F]24.0 24.0 24.0 25.4 63.5 63.5 63.5 63.5 63.5 71.8 71.8 Humidity after [%]87 87 87 82 49 49 49 49 49 37 37 Pressure drop [in w.c.]0.00 0.01 0.58 0.17 0.88 0.00 0.01 0.00 0.01 0.06 2.50 Pressure after function [in w.c.] -0.00 -0.02 -0.59 3.46 2.58 2.58 2.57 2.57 2.56 2.50 - F7 - ePM1 55% Filter Efficiency 79.9% (Total Pressure) 81.8/81.8% Wet/dry 19.00 kW Summer Temperature after [°F]82.0 82.0 82.0 83.4 76.5 76.5 76.5 76.5 76.5 76.5 76.5 Humidity after [%]49 49 49 47 48 48 48 48 48 48 48 81.8% wet 0 BTU/hr 0 BTU/hr Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 86 of 322 2.8.c Packet Pg. 189 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 3/15 Plan view Access side Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 87 of 322 2.8.c Packet Pg. 190 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 4/15 Right end Doors and panels dimensions Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 88 of 322 2.8.c Packet Pg. 191 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 5/15 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 89 of 322 2.8.c Packet Pg. 192 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 6/15 Technical specification Unit Frequency band [Hz] 63 125 250 500 1K 2K 4K 8K Total Sound power level [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB(A)] Supply air 75 78 88 85 81 73 67 64 86 Outdoor air 67 73 84 76 75 71 68 71 81 Exhaust air 77 80 89 88 86 79 76 76 90 Extract air 65 72 81 73 70 64 59 59 76 Sound break out 70 68 67 63 62 53 48 37 66 Casing Panels Steel sheets coated with ZM310, corrosion class C5 Frame profiles Steel profiles coated wiht z225 painted, corrosion class C4 Mullion profiles Steel profiles coated with ZM310, corrosion class C5 Corners PA6 fiber rienforced Insulation 2.36" mineral wool / Density 3.75 lb/ft³ Corrosion protection Class C4 according to EN ISO 12944-2:2018 Operating pressure 0 - 8 in w.c. (Geniox10 - Geniox31) Operating temperatures -40/+104 °F (Standard) -40/+140 °F (Special design) Classifications EN 1886, 2. edition 2008 Mechanical Strength Class D1(M)* Casing air leakage -1.6 in w.c.: Class L1(M)* +2.81 in w.c.: Class L1(M)* Filter by-pass leakage -1.6 in w.c.: Class G1-F9 +1.6 in w.c.: Class G1-F9 Thermal transmittance Class T2(M)* Thermal bridging factor Class TB2(M)* Acoustic insulation of casing Octave band Hz Insulation dB 63 10 125 17 250 24 500 27 1000 28 2000 28 4000 32 8000 40 Roof Gable roof plates - Steel * (M) = Classification according to EN1886 Modelbox test Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 90 of 322 2.8.c Packet Pg. 193 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 7/15 Power supply connections Object Pre fuse I max * Main switch Rated voltage Control cabinet gG/C 25 A 21 A No 3x460V + PE Pre-heater electric 25 A 24 A No 3x460V + PE *) Main switch; Yes= loose deliveried from Systemair, No= Not supplied from systemair, Mounted = Factory installed and connected The supply unit consist of Inlet louvre Pressure drop 0.01 in wc Damper Pressure drop 0.01 in wc Damper blades Standard Required actuator torque 177.0 in lb Number of shafts 1 Number of dampers 1 pcs Filter Dimensioning pressure drop 0.58 in wc Initial pressure drop/Final pressure drop 0.37/0.78 in wc Velocity, face area 426.1 ft/min Velocity, filter area 12.9 ft/min Filter class F7 - ePM1 55% Filter size 3x[23.3x23.3x3.8] + 3x[23.3x11.3x3.8]in Filter length 3.8 in Filter description Camfil Ecopleat Spare filter set F7 - ePM1 55%1 pcs Filter to be 4" F7 (MERV13) Must be 4" F7 filter and spares Fan, Plug Air flow 7160 CFM External pressure 2.50 in wc Pressure drop 0.17 in wc Static pressure (Designed at wet conditions)4.22 in wc Total pressure 4.53 in wc Absorbed power 6.39 hp Fan speed 1783 RPM Maximum fan speed 1810 RPM Efficiency by static pressure 74.5 % Efficiency by total pressure 79.9 % K-factor (p=0.075 lb/ft³)19.23 Fan type - Impeller ZAmid M-RH56Cpro ErP efficiency n(stat,A)72.0 % ErP efficiency class N(actual)/ N(target)74.9 / 62 % ErP-conformity Yes Direct drive Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 91 of 322 2.8.c Packet Pg. 194 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 8/15 Motor Motor type IE3, AC Motor Motor types-size ACA132M4-460/7.4 Motor protection Thermistor Rated power 7.37 hp Speed (nominal)1752 RPM Current, Amp.9.07 A Efficiency 91.7 % Efficiency, actual working point 91.5 % Voltage 3x460 V Operation frequency 61 Hz Max. operating frequency 62 Hz Consumed power from mains power supply, excluding frequency converter 6.99 hp Consumed power from mains power supply, including frequency converter 7.36 hp Winter: Temperature before / after 24.0 / 25.4 °F Summer: Temperature before / after 82.0 / 83.4 °F Winter: Humidity before / after 87 / 82 % Summer: Humidity before / after 49 / 47 % Frequency converter wired from factory. Supply air., [12.0] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Rotary heat exchanger Supply Extract Air flow 7160 7160 CFM Pressure drop 0.88 0.88 in wc WINTER Air temperature before/after 25.4/63.5 72.0/33.8 °F Wet bulb temperature before/after 22.9/52.7 58.0/30.3 °F Capacity 433001 BTU/hr Temperature efficiency 81.8 % Dry efficiency according to EN 308 at 3.38 m³/s 81.8 % Humidity efficiency 81.7 % Energy class for heatrecovery (EN13053)H1 SUMMER Air temperature before/after 83.4/76.5 75.0/81.9 °F Wet bulb temperature before/after 68.9/63.4 62.1/67.7 °F Capacity 125908 BTU/hr Temperature efficiency 81.8 % Humidity efficiency 79.8 % Heat exchanger type HM - Sorption Efficiency (Wave height)A - High Wheel Diameter Ø1840 Description HM1-XL-WV-1840-SM-WO-DU-0 Speed controller: Exchanger Variable speed Electrical data 1x230V, 145W, 0.6Amp Purging sector 1 pcs Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 92 of 322 2.8.c Packet Pg. 195 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 9/15 Cooling coil Empty section for future coil Air flow 7160 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.01 in wc Length 15.7 in Cooling coil Empty section for future coil Air flow 7160 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.01 in wc Length 15.7 in Heating coil Air flow 7160 CFM Pressure drop 0.06 in wc Face velocity for the coil 452.5 ft/min Air temperature before/after 63.5/71.8 °F Wet bulb temperature before/after 52.7/56.4 °F Capacity 19.00 kW Number of steps Modulating Voltage V3x460 Current, Amp.A23.8 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 93 of 322 2.8.c Packet Pg. 196 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 10/15 Connection side Service side Electrical coils must have separate power supply The extract unit consist of Filter Dimensioning pressure drop 0.45 in wc Initial pressure drop/Final pressure drop 0.24/0.65 in wc Velocity, face area 426.1 ft/min Velocity, filter area 27.5 ft/min Filter class M5 - ePM10 60% Filter size 3x[23.3x23.3x1.9] + 3x[23.3x11.3x1.9]in Filter length 1.9 in Filter description Camfil Ecopleat G Spare 2" Panel filter M5 ePM10 60%1 pcs Inspection section Pressure drop 0.01 in wc Length 11.8 in Rotary heat exchanger Data are stated on supply. Fan, Plug Air flow 7160 CFM External pressure 2.50 in wc Pressure drop 0.17 in wc Static pressure (Designed at wet conditions)4.04 in wc Total pressure 4.35 in wc Absorbed power 6.13 hp Fan speed 1759 RPM Maximum fan speed 1810 RPM Efficiency by static pressure 74.4 % Efficiency by total pressure 80.0 % K-factor (p=0.075 lb/ft³)19.23 Fan type - Impeller ZAmid M-RH56Cpro ErP efficiency n(stat,A)72.0 % ErP efficiency class N(actual)/ N(target)74.9 / 62 % ErP-conformity Yes Direct drive Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 94 of 322 2.8.c Packet Pg. 197 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 11/15 Motor Motor type IE3, AC Motor Motor types-size ACA132M4-460/7.4 Motor protection Thermistor Rated power 7.37 hp Speed (nominal)1752 RPM Current, Amp.9.07 A Efficiency 91.7 % Efficiency, actual working point 91.6 % Voltage 3x460 V Operation frequency 60 Hz Max. operating frequency 62 Hz Consumed power from mains power supply, excluding frequency converter 6.69 hp Consumed power from mains power supply, including frequency converter 7.04 hp Winter: Temperature before / after 33.8 / 34.9 °F Summer: Temperature before / after 81.9 / 82.9 °F Winter: Humidity before / after 77 / 74 % Summer: Humidity before / after 47 / 46 % Frequency converter wired from factory. Extract air., [12.0] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Empty section Pressure drop 0.01 in wc Length 7.9 in Damper Pressure drop 0.01 in wc Damper blades Standard Required actuator torque 177.0 in lb Number of shafts 1 Number of dampers 1 pcs Outlet hood Pressure drop 0.01 in wc Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 95 of 322 2.8.c Packet Pg. 198 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 12/15 Other parts Feet or baseframe Feet or baseframe Baseframe Baseframe height 8.6 in Corrosion protection Galvanized ZM310 Inlet louvre - Outlet hood Product Dimensions (width x height) Supply 79x35 in Exhaust 79x35 in Rigid duct connection, 1.18" METU profile Product Dimensions (width x height) Supply 79x35 in Extract 79x35 in Section about shipping Unit sections Dimensions (width x height x length),Weight, Inc. Packaging Weight of unit incl. packaging Section 1 85.9 x 95.3 x 203.3 in 4906 lb 4894 lb The unit sections are delivered mounted on base frame. Weights Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 96 of 322 2.8.c Packet Pg. 199 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 13/15 Section No Section Code Weight of function Weight of section Function Code lb lb 1 Casing Length 80.4 in 2627 Casing 1013 Damper 76 Filter 144 Fan 306 Rotary heat exchanger 705 Fan 306 Empty section 0.2 Damper 76 2 Casing Length 33.1 in 738 Casing 421 Cooling coil 166 Filter 95 Inspection section 0.2 Control system 56 3 Casing Length 74.1 in 828 Casing 592 Inspection section 0.2 Cooling coil 144 Inspection section 0.2 Heating coil 91 4 Baseframe Length 187.6 in 472 Other components 386 Weight of unit 5052 Controller ready With Controller Ready, the customer has the possibility of installing exactly the desired controller for the unit. The Controller Ready cabinet includes ducts, earth rail and rail-mounted terminals for connection of all internal sensors and control components according to selection. The cabinet does not include any power components, relays, etc. The cabinet can be selected as mounted inside the unit or on the unit. All selected internal sensors and control components in the section with the cabinet are factory-mounted and wired to the terminals in the cabinet. If the unit is divided into sections, the sensors and control components in sections without the cabinet have plugs for easy assembly of the control system after installation of the unit on the site. Internal cabling, components and sensors have been function tested before leaving the factory. The test report is included as part of the documentation. The electrical installation (cabling, mounting of components, connections, plugs, etc.) has been carried out according to EN 60204-1. Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 97 of 322 2.8.c Packet Pg. 200 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 14/15 Flow chart VVX M QM32 P BP2 EF BT2 TA2 M P BP4 T BT3 M QM31 T BT1 P BP3 P BP1 SF P BP7 T BT4 CW1 EB51 ELH1 T BT5 Exhaust Outdoor Extract Supply Detailed technical specification Symbol Cable Component Terminals HW External components Name number Data I/O Electric heater: Power supply EB51 L1 L2 L3 N PE Temperature sensor: Supply air BT5 W355 PT1000 X4:9-10 AI Internal components Speed controller: Exchanger TA2 W232 1x230V AC X2: L1-N-PE W832 Alarm signal relay X6:7-8 DI "Speed" Input: 0-10V DC X6:9-10 AO Pressure transmitter: Exchanger supply air BP7 W365 Input: 24v AC/DC X5:19-20 Output: 0-10V DC X5:21 AI Temperature sensor: Efficiency BT4 W343 PT1000 X4:7-8 AI Damper motor on/off - outdoor air QM31 W331 Input: 24V AC/DC X6:1-2 Control Input: 24V AC/DC X6:3 DO Pressure transmitter: Supply air filter BP3 W377 Input: 24v AC/DC X5:7-8 Output: 0-10V DC X5:9 AI Temperature sensor: Intake air BT1 W341 PT1000 X4:1-2 AI Pressure transmitter: Supply air Fan (flow)BP1 W375 Input: 24v AC/DC X5:1-2 Output: 0-10V DC X5:3 AI Frequency inverter: Supply air Fan (AC1)TA21 W121 3x400V AC X1.1: L1-L2-L3-PE Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 98 of 322 2.8.c Packet Pg. 201 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-2/ Unit no.: 20 Date 10/20/2023 Page 15/15 W821 Ready signal - Relay X3:1-2 DI Start signal Relay - jumper X3:3-4 DO "Speed" Input: 0-10V DC X3:5-6 AO Heater: Electric EB51 W351 Alarm overheating - Relay X9:1-2 DI "Control" Input: 0-10V X9:3-4 AO Power 230V AC X9:5-6 DO Damper actuator: Extract (Exhaust) air QM32 W432 Input: 24V AC/DC X6:4-5 "Control" Input: 24V AC/DC X6:6 DO Pressure transmitter: Extract air filter BP4 W462 Input: 24v AC/DC X5:10-11 Output: 0-10V DC X5:12 AI Temperature sensor: Extract air BT3 W444 PT1000 X4:5-6 AI Temperature sensor: Exhaust air BT2 W442 PT1000 X4:3-4 AI Pressure transmitter: Extract air Fan (flow)BP2 W460 Input: 24v AC/DC X5:4-5 Output: 0-10V DC X5:6 AI Frequency inverter: Extract air Fan (AC1)TA22 W122 3x400V AC X1.2: L1-L2-L3-PE W822 Ready signal - Relay X3:7-8 DI Start signal Relay - jumper X3:9-10 DO "Speed" Input: 0-10V DC X3:11-12 AO Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 99 of 322 2.8.c Packet Pg. 202 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 1/15 Description: Geniox 10 - Roof (Gable roof plates - Steel) Unit width / Weight: 44.6in / 2049 lb Delivery: 1 sections; Mounted on 8.6in base frame Unit Unit color || Insulation || Hygienic ZincMagnesium || 2.36" mineral wool / Density 3.75 lb/ft³ || Standard Control system Controller ready Power supply Unit L1 + L2 + L3 + PE (3x460V) 60 Hz MCA || MOP Unit MCA 3.8 A || MOP 5.2 A Power supply e-heater L1 + L2 + L3 + PE (3x460V) 60 Hz / 3.8 A Sound break out || Supply air 54 dB(A) || 74 dB(A) Supply Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 980 CFM || 213 ft/min || 1.00 in wc Supply air, Winter || Summer 74.3°F / RH 36% || 76.1°F / RH 48% Filter || Stages F7 - ePM1 55% Fan || Voltage || Rated current || RPM 1.01 hp || 3x460 V || 1.49 A || 2887 RPM Cooling, water || Fluid 0 BTU/hr ; 76.1/76.1°F Cooling, water || Fluid 0 BTU/hr ; 76.1/76.1°F Heating, electric || Power 3.0 kW ; 64.8/74.3°F Extract Air/fan data Air density 0.075 lb/ft³ Airflow || Face velocity || Ext. p 980 CFM || 213 ft/min || 1.00 in wc Filter || Stages M5 - ePM10 60% Fan || Voltage || Rated current || RPM 1.01 hp || 3x460 V || 1.49 A || 2831 RPM Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 100 of 322 2.8.c Packet Pg. 203 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no. DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 2/15 VVXEF SF M CW1 CW2 ELH1 Exhaust Air 79 dB(A) Extract Air 65 dB(A) Supply Air 74 dB(A) Outdoor Air 70 dB(A) Humidity after [%]48 48 48 48 49 48 48 48 48 Temperature after [°F]82.0 82.0 82.0 82.0 81.5 75.0 75.0 75.0 75.0Summer Efficiency 77.3% (Total Pressure) M5 - ePM10 60% Filter Pressure after function [in w.c.] - 0.00 0.01 0.01 -1.84 -1.30 -1.30 0.00 -1.00 Pressure drop [in w.c.]0.00 0.00 0.00 0.08 0.54 0.00 0.30 0.00 1.00 Humidity after [%]73 73 73 73 74 42 42 42 42 Temperature after [°F]32.3 32.3 32.3 32.3 31.8 72.0 72.0 72.0 72.0Winter Winter Temperature after [°F]24.0 24.0 24.0 24.6 64.8 64.8 64.8 64.8 64.8 74.3 74.3 Humidity after [%]87 87 87 85 50 50 50 50 50 36 36 Pressure drop [in w.c.]0.00 0.00 0.41 0.08 0.54 0.00 0.00 0.00 0.00 0.03 1.00 Pressure after function [in w.c.] -0.00 -0.01 -0.42 1.58 1.04 1.04 1.04 1.04 1.03 1.00 - F7 - ePM1 55% Filter Efficiency 78.0% (Total Pressure) 84.6/84.6% Wet/dry 3.00 kW Summer Temperature after [°F]82.0 82.0 82.0 82.6 76.1 76.1 76.1 76.1 76.1 76.1 76.1 Humidity after [%]49 49 49 48 48 48 48 48 48 48 48 84.6% wet 0 BTU/hr 0 BTU/hr Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 101 of 322 2.8.c Packet Pg. 204 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 3/15 Plan view Access side Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 102 of 322 2.8.c Packet Pg. 205 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 4/15 Right end Doors and panels dimensions Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 103 of 322 2.8.c Packet Pg. 206 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 5/15 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 104 of 322 2.8.c Packet Pg. 207 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 6/15 Technical specification Unit Frequency band [Hz] 63 125 250 500 1K 2K 4K 8K Total Sound power level [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB] [dB(A)] Supply air 64 63 70 70 71 66 61 52 74 Outdoor air 64 63 66 68 65 61 60 57 70 Exhaust air 66 65 72 72 76 72 69 64 79 Extract air 62 60 63 65 60 54 50 45 65 Sound break out 59 53 50 47 52 47 41 25 54 Casing Panels Steel sheets coated with ZM310, corrosion class C5 Frame profiles Steel profiles coated wiht z225 painted, corrosion class C4 Mullion profiles Steel profiles coated with ZM310, corrosion class C5 Corners PA6 fiber rienforced Insulation 2.36" mineral wool / Density 3.75 lb/ft³ Corrosion protection Class C4 according to EN ISO 12944-2:2018 Operating pressure 0 - 8 in w.c. (Geniox10 - Geniox31) Operating temperatures -40/+104 °F (Standard) -40/+140 °F (Special design) Classifications EN 1886, 2. edition 2008 Mechanical Strength Class D1(M)* Casing air leakage -1.6 in w.c.: Class L1(M)* +2.81 in w.c.: Class L1(M)* Filter by-pass leakage -1.6 in w.c.: Class G1-F9 +1.6 in w.c.: Class G1-F9 Thermal transmittance Class T2(M)* Thermal bridging factor Class TB2(M)* Acoustic insulation of casing Octave band Hz Insulation dB 63 10 125 17 250 24 500 27 1000 28 2000 28 4000 32 8000 40 Roof Gable roof plates - Steel * (M) = Classification according to EN1886 Modelbox test Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 105 of 322 2.8.c Packet Pg. 208 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 7/15 Power supply connections Object Pre fuse I max * Main switch Rated voltage Control cabinet gG/C 10 A 6 A No 3x460V + PE Pre-heater electric 10 A 4 A No 3x460V + PE *) Main switch; Yes= loose deliveried from Systemair, No= Not supplied from systemair, Mounted = Factory installed and connected The supply unit consist of Inlet louvre Pressure drop 0.00 in wc Damper Pressure drop 0.00 in wc Damper blades Standard Required actuator torque 44.3 in lb Number of shafts 1 Number of dampers 1 pcs Filter Dimensioning pressure drop 0.41 in wc Initial pressure drop/Final pressure drop 0.21/0.61 in wc Velocity, face area 293.3 ft/min Velocity, filter area 8.9 ft/min Filter class F7 - ePM1 55% Filter size 1x[31.2x15.4x3.8]in Filter length 3.8 in Filter description Camfil Ecopleat Spare filter set F7 - ePM1 55%1 pcs Filter to be 4" F7 (MERV13) Must be 4" F7 filter and spares Fan, Plug Air flow 980 CFM External pressure 1.00 in wc Pressure drop 0.08 in wc Static pressure (Designed at wet conditions)2.08 in wc Total pressure 2.21 in wc Absorbed power 0.44 hp Fan speed 2887 RPM Maximum fan speed 3430 RPM Efficiency by static pressure 73.2 % Efficiency by total pressure 78.0 % K-factor (p=0.075 lb/ft³)3.75 Fan type - Impeller ZAmid M-RH25Cpro ErP efficiency n(stat,A)64.7 % ErP efficiency class N(actual)/ N(target)75.9 / 62 % ErP-conformity Yes Direct drive Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 106 of 322 2.8.c Packet Pg. 209 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 8/15 Motor Motor type IE3, AC Motor Motor types-size ACA80M2-460/1 Motor protection Thermistor Rated power 1.01 hp Speed (nominal)3456 RPM Current, Amp.1.49 A Efficiency 77.0 % Efficiency, actual working point 73.3 % Voltage 3x460 V Operation frequency 50 Hz Max. operating frequency 60 Hz Consumed power from mains power supply, excluding frequency converter 0.60 hp Consumed power from mains power supply, including frequency converter 0.63 hp Winter: Temperature before / after 24.0 / 24.6 °F Summer: Temperature before / after 82.0 / 82.6 °F Winter: Humidity before / after 87 / 85 % Summer: Humidity before / after 49 / 48 % Frequency converter wired from factory. Supply air., [2.2] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Rotary heat exchanger Supply Extract Air flow 980 980 CFM Pressure drop 0.54 0.54 in wc WINTER Air temperature before/after 24.6/64.8 72.0/31.8 °F Wet bulb temperature before/after 22.4/53.9 58.0/28.1 °F Capacity 62783 BTU/hr Temperature efficiency 84.6 % Dry efficiency according to EN 308 at 0.46 m³/s 84.6 % Humidity efficiency 88.8 % Energy class for heatrecovery (EN13053)H1 SUMMER Air temperature before/after 82.6/76.1 75.0/81.5 °F Wet bulb temperature before/after 68.6/63.0 62.1/67.8 °F Capacity 18084 BTU/hr Temperature efficiency 84.6 % Humidity efficiency 87.7 % Heat exchanger type HM - Sorption Efficiency (Wave height)A - High Wheel Diameter Ø880 Description HM1-XL-WV-0880 Speed controller: Exchanger Variable speed Electrical data 1x230V, 85W, 0.4Amp Purging sector 1 pcs Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 107 of 322 2.8.c Packet Pg. 210 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 9/15 Cooling coil Empty section for future coil Air flow 980 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.00 in wc Length 15.7 in Cooling coil Empty section for future coil Air flow 980 CFM Drip tray material Stainless steel Water trap 1 pcs Inspection section Pressure drop 0.00 in wc Length 15.7 in Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 108 of 322 2.8.c Packet Pg. 211 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 10/15 Heating coil Air flow 980 CFM Pressure drop 0.03 in wc Face velocity for the coil 347.5 ft/min Air temperature before/after 64.8/74.3 °F Wet bulb temperature before/after 53.9/58.1 °F Capacity 3.00 kW Number of steps Modulating Voltage V3x460 Current, Amp.A3.8 Connection side Service side Electrical coils must have separate power supply The extract unit consist of Empty section Pressure drop 0.00 in wc Length 11.8 in Filter Dimensioning pressure drop 0.30 in wc Initial pressure drop/Final pressure drop 0.15/0.45 in wc Velocity, face area 293.3 ft/min Velocity, filter area 19.4 ft/min Filter class M5 - ePM10 60% Filter size 1x[31.2x15.4x1.9]in Filter length 1.9 in Filter description Camfil Ecopleat G Spare 2" Panel filter M5 ePM10 60%1 pcs Inspection section Pressure drop 0.00 in wc Length 11.8 in Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 109 of 322 2.8.c Packet Pg. 212 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 11/15 Rotary heat exchanger Data are stated on supply. Fan, Plug Air flow 980 CFM External pressure 1.00 in wc Pressure drop 0.08 in wc Static pressure (Designed at wet conditions)1.93 in wc Total pressure 2.07 in wc Absorbed power 0.41 hp Fan speed 2831 RPM Maximum fan speed 3430 RPM Efficiency by static pressure 72.1 % Efficiency by total pressure 77.3 % K-factor (p=0.075 lb/ft³)3.75 Fan type - Impeller ZAmid M-RH25Cpro ErP efficiency n(stat,A)64.7 % ErP efficiency class N(actual)/ N(target)75.9 / 62 % ErP-conformity Yes Direct drive Motor Motor type IE3, AC Motor Motor types-size ACA80M2-460/1 Motor protection Thermistor Rated power 1.01 hp Speed (nominal)3456 RPM Current, Amp.1.49 A Efficiency 77.0 % Efficiency, actual working point 72.7 % Voltage 3x460 V Operation frequency 49 Hz Max. operating frequency 60 Hz Consumed power from mains power supply, excluding frequency converter 0.57 hp Consumed power from mains power supply, including frequency converter 0.60 hp Winter: Temperature before / after 31.8 / 32.3 °F Summer: Temperature before / after 81.5 / 82.0 °F Winter: Humidity before / after 74 / 73 % Summer: Humidity before / after 49 / 48 % Frequency converter wired from factory. Extract air., [2.2] A 1 pcs Frequency converter IP 20 mounted next to the fan inside the section. Shielded cable installed between frequency converter and motor. All necessary parameters have been set to suite motor and fan wheel configuration according to delivered documentation. The power supply to the converter must be provided and secured according to local statutory regulations for additional protection of frequency converters. Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 110 of 322 2.8.c Packet Pg. 213 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 12/15 Empty section Pressure drop 0.00 in wc Length 7.9 in Damper Pressure drop 0.00 in wc Damper blades Standard Required actuator torque 44.3 in lb Number of shafts 1 Number of dampers 1 pcs Outlet hood Pressure drop 0.00 in wc Other parts Feet or baseframe Feet or baseframe Baseframe Baseframe height 8.6 in Corrosion protection Galvanized ZM310 Inlet louvre - Outlet hood Product Dimensions (width x height) Supply 39x16 in Exhaust 39x16 in Rigid duct connection, 1.18" METU profile Product Dimensions (width x height) Supply 39x16 in Extract 39x16 in Section about shipping Unit sections Dimensions (width x height x length),Weight, Inc. Packaging Weight of unit incl. packaging Section 1 46.5 x 55.9 x 195.4 in 2051 lb 2045 lb The unit sections are delivered mounted on base frame. Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 111 of 322 2.8.c Packet Pg. 214 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 13/15 Weights Section No Section Code Weight of function Weight of section Function Code lb lb 1 Casing Length 105.6 in 1248 Casing 658 Damper 21 Filter 43 Fan 122 Rotary heat exchanger 126 Control system 45 Cooling coil 68 Empty section 0.2 Filter 22 Inspection section 0.2 Fan 122 Empty section 0.2 Damper 21 2 Casing Length 74.1 in 391 Casing 290 Inspection section 0.2 Cooling coil 60 Inspection section 0.2 Heating coil 40 3 Baseframe Length 179.7 in 280 Other components 191 Weight of unit 2110 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 112 of 322 2.8.c Packet Pg. 215 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 14/15 Controller ready With Controller Ready, the customer has the possibility of installing exactly the desired controller for the unit. The Controller Ready cabinet includes ducts, earth rail and rail-mounted terminals for connection of all internal sensors and control components according to selection. The cabinet does not include any power components, relays, etc. The cabinet can be selected as mounted inside the unit or on the unit. All selected internal sensors and control components in the section with the cabinet are factory-mounted and wired to the terminals in the cabinet. If the unit is divided into sections, the sensors and control components in sections without the cabinet have plugs for easy assembly of the control system after installation of the unit on the site. Internal cabling, components and sensors have been function tested before leaving the factory. The test report is included as part of the documentation. The electrical installation (cabling, mounting of components, connections, plugs, etc.) has been carried out according to EN 60204-1. Flow chart VVX M QM32 P BP2 EF BT2 TA2 M P BP4 T BT3 M QM31 T BT1 P BP3 P BP1 SF P BP7 T BT4 CW1 EB51 ELH1 T BT5 Exhaust Outdoor Extract Supply Detailed technical specification Symbol Cable Component Terminals HW External components Name number Data I/O Electric heater: Power supply EB51 L1 L2 L3 N PE Temperature sensor: Supply air BT5 W355 PT1000 X4:9-10 AI Internal components Speed controller: Exchanger TA2 W232 1x230V AC X2: L1-N-PE W832 Alarm signal relay X6:7-8 DI "Speed" Input: 0-10V DC X6:9-10 AO Pressure transmitter: Exchanger supply air BP7 W365 Input: 24v AC/DC X5:19-20 Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 113 of 322 2.8.c Packet Pg. 216 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Quotation no. frances anderson center Project Frances Anderson Center Plant no.DOAS-3/ Unit no.: 30 Date 10/20/2023 Page 15/15 Output: 0-10V DC X5:21 AI Temperature sensor: Efficiency BT4 W343 PT1000 X4:7-8 AI Damper motor on/off - outdoor air QM31 W331 Input: 24V AC/DC X6:1-2 Control Input: 24V AC/DC X6:3 DO Pressure transmitter: Supply air filter BP3 W377 Input: 24v AC/DC X5:7-8 Output: 0-10V DC X5:9 AI Temperature sensor: Intake air BT1 W341 PT1000 X4:1-2 AI Pressure transmitter: Supply air Fan (flow)BP1 W375 Input: 24v AC/DC X5:1-2 Output: 0-10V DC X5:3 AI Frequency inverter: Supply air Fan (AC1)TA21 W121 3x400V AC X1.1: L1-L2-L3-PE W821 Ready signal - Relay X3:1-2 DI Start signal Relay - jumper X3:3-4 DO "Speed" Input: 0-10V DC X3:5-6 AO Heater: Electric EB51 W351 Alarm overheating - Relay X9:1-2 DI "Control" Input: 0-10V X9:3-4 AO Power 230V AC X9:5-6 DO Damper actuator: Extract (Exhaust) air QM32 W432 Input: 24V AC/DC X6:4-5 "Control" Input: 24V AC/DC X6:6 DO Pressure transmitter: Extract air filter BP4 W462 Input: 24v AC/DC X5:10-11 Output: 0-10V DC X5:12 AI Temperature sensor: Extract air BT3 W444 PT1000 X4:5-6 AI Temperature sensor: Exhaust air BT2 W442 PT1000 X4:3-4 AI Pressure transmitter: Extract air Fan (flow)BP2 W460 Input: 24v AC/DC X5:4-5 Output: 0-10V DC X5:6 AI Frequency inverter: Extract air Fan (AC1)TA22 W122 3x400V AC X1.2: L1-L2-L3-PE W822 Ready signal - Relay X3:7-8 DI Start signal Relay - jumper X3:9-10 DO "Speed" Input: 0-10V DC X3:11-12 AO Systemair Commercial AHU Ltd. 8 Rouse Street Tillsonburg, ON N4G 5W8 Telephone :1-800-263-7081 www.systemair.net info@systemair.net Systemair - Air handling unit design SystemairCAD 2.0 Geniox-1/C2023-10.26.J6 | 10/20/2023 Page 114 of 322 2.8.c Packet Pg. 217 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM168BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 14 Nominal / Rated Cooling 168,000 / 160,000 Nominal / Rated Heating 189,000 / 180,000 EER Ducted / Mixed / Non-Ducted 11.10 / 11.15 / 11.20 IEER Ducted / Mixed / Non-Ducted 24.83 / 26.81 / 28.80 SCHE Ducted / Mixed / Non-Ducted 25.50 / 26.40 / 27.30 High Heat COP Ducted / Mixed / Non-Ducted 3.65 / 3.62 / 3.60 Voltage (ø/V/Hz)3 / 460 / 60 35 29.0 SCCR kA 5 50 - 184% Of outdoor unit capacity ² 29 Inverter Scroll X 2 11.0 6 - 100% Refrigerant 23.1 Pipe Connections 5/8 X 1 1/8 X 7/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 2 Output (CFM)10,665 Type DC Output (W)620 X 2 FLA (A)2.1 (each) 0.43 W X H X D Inches 51 X 66 3/4 X 30 1/8 Weight lbs.676.8 Shipping Weight lbs.714.3 Sound Level dB (A)Max.60 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T2-B WHG-SL-B WHG-SR-B WHG-R2-B WHG-F1-B LACH-2-KIT-B BPHK-460V-2 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 8 - 14 ton units System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (8 - 14 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. External contact control interface module for operation and error output and night silent mode manual activation (1 required) Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Front wind/hail guard for 8 - 14 ton outdoor units Base pan heater kit (base pan pan heater and control box, 1 required) Low ambient cooling hood and side guards (medium chassis, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 Page 115 of 322 2.8.c Packet Pg. 218 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 2 3/ 4 1 4 5 7 C View C $ ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 1RWHV Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 7/8" 3 Liquid refrigerant pipe 5/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM168BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing Page 116 of 322 2.8.c Packet Pg. 219 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 4SUBMITTAL AM288BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The outdoor units shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Optional rotational defrost capability to provide heating while performing defrost operation Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The units shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor units shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor units shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor units shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor units shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor units shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor units shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor units shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. Module 1 AM096BXVGJR/AA Module 2 AM192BXVGJR/AA 24 Nominal / Rated Cooling 288,000 / 274,000 Nominal / Rated Heating 324,000 / 308,000 EER Ducted / Mixed / Non-Ducted 11.40 / 11.65 / 11.90 IEER Ducted / Mixed / Non-Ducted 22.50 / 24.20 / 25.90 SCHE Ducted / Mixed / Non-Ducted 23.70 / 24.10 / 24.50 High Heat COP Ducted / Mixed / Non-Ducted 3.50 / 3.55 / 3.60 Voltage (ø/V/Hz)3 / 460 / 60 20 + 40 18.0 + 34.0 50 - 184% Of outdoor unit capacity ² 49 Refrigerant 45.2 Pipe Connections 3/4 X 1 3/8 X 1 1/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Sound Level dB (A)Max.64 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty. Model Number 1 MXJ-TA3819M 1 MXJ-TA3100M WHG-T2-B WHG-T3-B WHG-SL-B WHG-SR-B WHG-R1-B WHG-R2-B WHG-F1-B LACH-2-KIT-B LACH-3-KIT-B BPHK-460V-2 BPHK-460V-3 MIM-B14 1 2 3 4 5 Front wind/hail guard for 8 - 14 ton outdoor units Low ambient cooling hood and side guards (medium chassis, 1 required) Low ambient cooling hood and side guards (large chassis, 1 required) System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) System Modules Connected Total Capacity (%) Maximum Indoor Unit Quantity R410A Factory Charge (lbs.) Indoor Units Liquid X Suction X HP Gas (inches) Accessories Description Outdoor unit tee (liquid and suction fittings, ≤ 461,000 Btu/h ) Refrigerant Pipe Limitations 3 Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Outdoor unit tee (HP gas fitting, ≤ 461,000 Btu/h) Top wind/hail guard (8 - 14 ton outdoor units) Base pan heater kit (base pan pan heater and control box, 1 required) Base pan heater kit (base pan pan heater and control box, 1 required) Left side wind/hail guard Right side wind/hail guard Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Rear wind/hail guard for 6, 16 - 20 ton units (2 required for 16 - 20 ton units) Rear wind/hail guard for 8 - 14 ton units Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Restrictions apply. Refer to DVM S2 technical data books for full details. Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F Top wind/hail guard (16 - 20 ton outdoor units) Max. Total Refrigerant Pipe Length (feet) Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. External contact control interface module for operation and error output and night silent mode manual activation (1 required) High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses Page 117 of 322 2.8.c Packet Pg. 220 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 4SUBMITTAL AM288BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM096BXVGJR/AA AM192BXVGJR/AA 8 16 Nominal 96,000 192,000 Nominal 108,000 216,000 Voltage (ø/V/Hz)3 / 460 / 60 3 / 460 / 60 20 40 18.0 34.0 SCCR kA 5 5 Inverter Scroll X 2 Inverter Scroll X 2 RLA A 6 13 5 - 100%6 - 100% Refrigerant R410A Factory Charge lbs.17.6 27.6 Pipe Connections Liquid X Suction X HP Gas Inches 3/8 X 7/8 X 3/4 5/8 X 1 1/8 X 1 1/8 Type X Qty.Propeller X 2 Propeller X 2 Output (CFM)9,924 12,855 Type DC DC Output (W)620 X 2 630 X 2 FLA (A)2.1 (each)2.3 (each) Max. External Static Pressure In. WC 0.43 0.31 W X H X D Inches 51 X 66 3/4 X 30 1/8 73 1/4 X 66 3/4 X 30 1/8 Weight lbs.584.2 848.8 Shipping Weight lbs.621.7 906.5 Sound Level dB (A)Max.57 63 1 2 Compresssor Modulation Range Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Type X Qty. Condenser Fan Fan Motor Dimensions Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Each condensing unit requires a separate electrical connection with overcurrent protection. Compressor Power 2 Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Module Specifications Module Model Number US Ton (nominal) Capacity (Btu/h) 1Performance Page 118 of 322 2.8.c Packet Pg. 221 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 3 of 4 3/ 4 1 4 5 7 C View C $ ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 1RWHV Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 No.Description Remark 1 Gas refrigerant pipe 7/8" 2 High pressure gas refrigerant pipe 3/4" 3 Liquid refrigerant pipe 3/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM288BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM096BXVGJR/AA Dimensional Drawing Page 119 of 322 2.8.c Packet Pg. 222 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP 3DJH4RI4 'HWDLO$ % 5 4 16 % $ & 9LHZ& 6 ; )RXQGDWLRQEROWKROHV )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 8 716 6 9 / 3 1RWHV No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 1 1/8" 3 Liquid refrigerant pipe 5/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) 7 4 5 7 4 5 6HFWLRQ%% 6 SUBMITTAL AM288BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM192BXVGJR/AA Dimensional Drawing Page 120 of 322 2.8.c Packet Pg. 223 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM120BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 10 Nominal / Rated Cooling 120,000 / 114,000 Nominal / Rated Heating 135,000 / 129,000 EER Ducted / Mixed / Non-Ducted 12.00 / 12.45 / 12.90 IEER Ducted / Mixed / Non-Ducted 24.60 / 28.22 / 31.85 SCHE Ducted / Mixed / Non-Ducted 26.50 / 28.80 / 31.10 High Heat COP Ducted / Mixed / Non-Ducted 3.80 / 3.96 / 4.13 Voltage (ø/V/Hz)3 / 460 / 60 25 19.4 SCCR kA 5 50 - 184% Of outdoor unit capacity ² 20 Inverter Scroll X 2 6.6 5 - 100% Refrigerant 17.6 Pipe Connections 1/2 X 1 1/8 X 3/4 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 2 Output (CFM)9,924 Type DC Output (W)620 X 2 FLA (A)2.1 (each) 0.43 W X H X D Inches 51 X 66 3/4 X 30 1/8 Weight lbs.584.2 Shipping Weight lbs.621.7 Sound Level dB (A)Max.57 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T2-B WHG-SL-B WHG-SR-B WHG-R2-B WHG-F1-B LACH-2-KIT-B BPHK-460V-2 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 8 - 14 ton units System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (8 - 14 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. External contact control interface module for operation and error output and night silent mode manual activation (1 required) Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Front wind/hail guard for 8 - 14 ton outdoor units Base pan heater kit (base pan pan heater and control box, 1 required) Low ambient cooling hood and side guards (medium chassis, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 Page 121 of 322 2.8.c Packet Pg. 224 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 2 3/ 4 1 4 5 7 C View C $ ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 1RWHV Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 3/4" 3 Liquid refrigerant pipe 1/2" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM120BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing Page 122 of 322 2.8.c Packet Pg. 225 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM144BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 12 Nominal / Rated Cooling 144,000 / 138,000 Nominal / Rated Heating 162,000 / 154,000 EER Ducted / Mixed / Non-Ducted 12.10 / 12.05 / 12.00 IEER Ducted / Mixed / Non-Ducted 25.70 / 27.50 / 29.30 SCHE Ducted / Mixed / Non-Ducted 26.00 / 26.90 / 27.80 High Heat COP Ducted / Mixed / Non-Ducted 3.68 / 3.76 / 3.85 Voltage (ø/V/Hz)3 / 460 / 60 35 26.2 SCCR kA 5 50 - 184% Of outdoor unit capacity ² 25 Inverter Scroll X 2 9.6 5 - 100% Refrigerant 23.1 Pipe Connections 1/2 X 1 1/8 X 7/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 2 Output (CFM)10,171 Type DC Output (W)620 X 2 FLA (A)2.1 (each) 0.43 W X H X D Inches 51 X 66 3/4 X 30 1/8 Weight lbs.626.1 Shipping Weight lbs.663.6 Sound Level dB (A)Max.60 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T2-B WHG-SL-B WHG-SR-B WHG-R2-B WHG-F1-B LACH-2-KIT-B BPHK-460V-2 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 8 - 14 ton units System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (8 - 14 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. External contact control interface module for operation and error output and night silent mode manual activation (1 required) Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Front wind/hail guard for 8 - 14 ton outdoor units Base pan heater kit (base pan pan heater and control box, 1 required) Low ambient cooling hood and side guards (medium chassis, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 Page 123 of 322 2.8.c Packet Pg. 226 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 2 3/ 4 1 4 5 7 C View C $ ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 1RWHV Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 7/8" 3 Liquid refrigerant pipe 1/2" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM144BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing Page 124 of 322 2.8.c Packet Pg. 227 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 4SUBMITTAL AM456BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The outdoor units shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Optional rotational defrost capability to provide heating while performing defrost operation Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The units shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor units shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor units shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor units shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor units shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor units shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor units shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor units shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. Module 1 AM120BXVGJR/AA Module 2 AM144BXVGJR/AA Module 3 AM192BXVGJR/AA 38 Nominal / Rated Cooling 456,000 / 436,000 Nominal / Rated Heating 513,000 / 488,000 EER Ducted / Mixed / Non-Ducted 9.50 / 9.50 / 9.50 IEER Ducted / Mixed / Non-Ducted 19.80 / 19.90 / 20.00 SCHE Ducted / Mixed / Non-Ducted 19.50 / 20.90 / 22.30 High Heat COP Ducted / Mixed / Non-Ducted 3.20 / 3.20 / 3.20 Voltage (ø/V/Hz)3 / 460 / 60 25 + 35 + 40 19.4 + 26.2 + 34.0 50 - 184% Of outdoor unit capacity ² 64 Refrigerant 68.3 Pipe Connections 3/4 X 1 5/8 X 1 3/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Sound Level dB (A)Max.65 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number 1 MXJ-TA3819M 1 MXJ-TA4422M 1 MXJ-TA3100M 1 MXJ-TA3800M WHG-T2-B WHG-T3-B WHG-SL-B WHG-SR-B WHG-R1-B WHG-R2-B WHG-F1-B LACH-2-KIT-B LACH-3-KIT-B BPHK-460V-2 BPHK-460V-3 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Base pan heater kit (base pan pan heater and control box, 2 required) Base pan heater kit (base pan pan heater and control box, 1 required) External contact control interface module for operation and error output and night silent mode manual activation (1 required) Operating Temperatures Top wind/hail guard (16 - 20 ton outdoor units) Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses R410A Factory Charge (lbs.) Refrigerant Pipe Limitations 3 Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Max. Total Refrigerant Pipe Length (feet) Liquid X Suction X HP Gas (inches) System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Modules ConnectedSystem Minimum Circuit Ampacity (MCA) Rear wind/hail guard for 8 - 14 ton units Front wind/hail guard for 8 - 14 ton outdoor units Description Low ambient cooling hood and side guards (medium chassis, 2 required) Accessories Top wind/hail guard (8 - 14 ton outdoor units) Left side wind/hail guard Outdoor unit tee (liquid and suction fittings, ≤ 461,000 Btu/h ) Outdoor unit tee (liquid and suction fittings, ≥ 478,400 Btu/h) Outdoor unit tee (HP gas fitting, ≤ 461,000 Btu/h) Outdoor Unit Tee (HP gas fitting, ≥ 478,400 Btu/h) Right side wind/hail guard Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Low ambient cooling hood and side guards (large chassis, 1 required) Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Restrictions apply. Refer to DVM S2 technical data books for full details. Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Rear wind/hail guard for 6, 16 - 20 ton units (2 required for 16 - 20 ton units) Page 125 of 322 2.8.c Packet Pg. 228 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 4SUBMITTAL AM456BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM144BXVGJR/AA AM192BXVGJR/AA 12 16 Nominal 144,000 192,000 Nominal 162,000 216,000 Voltage (ø/V/Hz)3 / 460 / 60 3 / 460 / 60 35 40 26.2 34.0 SCCR kA 5 5 Inverter Scroll X 2 Inverter Scroll X 2 RLA A 9.6 13 5 - 100%6 - 100% Refrigerant R410A Factory Charge lbs.23.1 27.6 Pipe Connections Liquid X Suction X HP Gas Inches 1/2 X 1 1/8 X 7/8 5/8 X 1 1/8 X 1 1/8 Type X Qty.Propeller X 2 Propeller X 2 Output (CFM)10,171 12,855 Type DC DC Output (W)620 X 2 630 X 2 FLA (A)2.1 (each)2.3 (each) Max. External Static Pressure In. WC 0.43 0.31 W X H X D Inches 51 X 66 3/4 X 30 1/8 73 1/4 X 66 3/4 X 30 1/8 Weight lbs.626.1 848.8 Shipping Weight lbs.663.6 906.5 Sound Level dB (A)Max.60 63 1 2 19.4 Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Each condensing unit requires a separate electrical connection with overcurrent protection. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Type X Qty. Condenser Fan Fan Motor Dimensions Propeller X 2 9,924 DC 620 X 2 2.1 (each) 584.2 Power 2 Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Module Specifications Module Model Number US Ton (nominal) Capacity (Btu/h) 1 AM120BXVGJR/AA 10 120,000 135,000 3 / 460 / 60 25 5 - 100% Performance Compressor Compresssor Modulation Range 57 5 Inverter Scroll X 2 6.6 17.6 1/2 X 1 1/8 X 3/4 0.43 51 X 66 3/4 X 30 1/8 621.7 Page 126 of 322 2.8.c Packet Pg. 229 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 3 of 4 3/ 4 1 4 5 7 C View C A ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 Notes Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 SUBMITTAL AM456BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM120BXVGJR/AA, AM144BXVGJR/AA Dimensional Drawing 1. 2. 3. Liquid Suction H.P. Gas 1/2" 1 1/8" 3/4" 1/2" 1 1/8" 7/8" No. Description 1 Gas refrigerant pipe 2 Liquid refrigerant pipe 3 H.P refrigerant pipe 4 Power conduit knockout 5 Communication wire knockout 6 Knockout for refrigerant piping 7 Knockout for refrigerant piping Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates the knockout hole dimensions (bottom) 1 3/8" Bottom Front AM144BXVGJR/AA See note 3 See note 3 Remark See note 4 1 3/4" Refrigerant pipe diameters Model Number AM120BXVGJR/AA Page 127 of 322 2.8.c Packet Pg. 230 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP 3DJH4RI4 'HWDLO$ % 5 4 16 % $ & 9LHZ& 6 ; )RXQGDWLRQEROWKROHV )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 8 716 6 9 / 3 Notes No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 1 1/8" 3 Liquid refrigerant pipe 5/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) 7 4 5 7 4 5 SUBMITTAL AM456BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit AM192BXVGJR/AA Dimensional Drawing 6HFWLRQ%% 6 Page 128 of 322 2.8.c Packet Pg. 231 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM072BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The outdoor unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressor shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. Flash injected compressors provide advanced low ambient heating performance. The compressor shall feature an asymmetrical scroll design. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 6 Nominal / Rated Cooling 72,000 / 69,000 Nominal / Rated Heating 81,000 / 77,000 EER Ducted / Mixed / Non-Ducted 11.50 / 12.52 / 13.55 IEER Ducted / Mixed / Non-Ducted 24.20 / 29.40 / 34.60 SCHE Ducted / Mixed / Non-Ducted 26.40 / 27.50 / 28.60 High Heat COP Ducted / Mixed / Non-Ducted 3.80 / 3.95 / 4.11 Voltage (ø/V/Hz)3 / 460 / 60 20 15.0 SCCR kA 5 50 - 184% Of outdoor unit capacity ² 12 Inverter Scroll X 1 10.0 9 - 100% Refrigerant 13.7 Pipe Connections 3/8 X 3/4 X 5/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 1 Output (CFM)5,580 Type DC Output (W)630 X 1 FLA (A)2.3 0.43 W X H X D Inches 36 5/8 X 66 3/4 X 30 1/8 Weight lbs.410.1 Shipping Weight lbs.440.9 Sound Level dB (A)Max.54 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T1-B WHG-SL-B WHG-SR-B WHG-R1-B LACH-1-KIT-B BPHK-460V-1 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 6, 16 - 20 ton units (2 required for 16 - 20 ton units) System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (6 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Low ambient cooling hood and side guards (small chassis, 1 required) External contact control interface module for operation and error output and night silent mode manual activation (1 required) Base pan heater kit (base pan pan heater and control box, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 Page 129 of 322 2.8.c Packet Pg. 232 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP 6HFWLRQ%%'HWDLO$ & 4 5 7 3/ 4 6 9LHZ& ; )RXQGDWLRQEROWKROHV )RXQGDWLRQKROHGHWDLO 1RWHV )RXQGDWLRQKROHSLWFK Page 2 of 2 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K Ø 6 3 %% 6 1 5 / 1 6 4 1/16 107/16 No.Description Remark 1 Gas refrigerant pipe 3/4" 2 High pressure gas refrigerant pipe 5/8" 3 Liquid refrigerant pipe 3/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM072BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing Page 130 of 322 2.8.c Packet Pg. 233 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM216BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressors shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. The compressor(s) shall feature an asymmetrical scroll design with rotating compressor operation/priority (where applicable). Flash injected compressors provide advanced low ambient heating performance. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. The system shall allow a reduction of the main liquid refrigerant pipe (outdoor unit to first unit or Y- joint) by one diameter reducing total system refrigerant volume and pipe and insulation costs if line lengths and vertical separation are within the reduced pipe diameter guidelines. Refer to supporting documents for complete guideline details. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 18 Nominal / Rated Cooling 216,000 / 206,000 Nominal / Rated Heating 243,000 / 232,000 EER Ducted / Mixed / Non-Ducted 10.90 / 11.05 / 11.20 IEER Ducted / Mixed / Non-Ducted 23.70 / 24.25 / 24.80 SCHE Ducted / Mixed / Non-Ducted 23.90 / 25.15 / 26.40 High Heat COP Ducted / Mixed / Non-Ducted 3.45 / 3.49 / 3.53 Voltage (ø/V/Hz)3 / 460 / 60 50 38.0 SCCR kA 50 - 184% Of outdoor unit capacity ² 37 Inverter Scroll X 2 6 - 100% Refrigerant 34.2 Pipe Connections 5/8 X 1 1/8 X 1 1/8 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 2 Output (CFM)13,314 Type DC Output (W)630 X 2 FLA (A)2.3 (each) 0.31 W X H X D Inches 73 1/4 X 66 3/4 X 30 1/8 Weight lbs.868.6 Shipping Weight lbs.926.4 Sound Level dB (A)Max.64 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T3-B WHG-SL-B WHG-SR-B WHG-R1-B LACH-3-KIT-B BPHK-460V-3 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 6, 16 - 20 ton units (2 required for 16 - 20 ton units) System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (16 - 20 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Low ambient cooling hood and side guards (large chassis, 1 required) External contact control interface module for operation and error output and night silent mode manual activation (1 required) Base pan heater kit (base pan pan heater and control box, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 5 14.8 Page 131 of 322 2.8.c Packet Pg. 234 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP 3DJHRI 'HWDLO$ % 5 4 16 % $ & 9LHZ& 6 ; )RXQGDWLRQEROWKROHV )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 8 716 6 9 / 3 1RWHV No.Description Remark 1 Gas refrigerant pipe 1 1/8" 2 High pressure gas refrigerant pipe 1 1/8" 3 Liquid refrigerant pipe 5/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) 7 4 5 7 4 5 SUBMITTAL AM216BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing 6HFWLRQ%% 6 Page 132 of 322 2.8.c Packet Pg. 235 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # www.SamsungHVAC.com Variable Refrigerant Flow (VRF) Multi-Split AC and HP AHRI Standard 1230 © 2022 Samsung HVAC SHA-DVMS-05232022A Page 1 of 2SUBMITTAL AM096BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Compatibility DVM S indoor units (AM****N****/AA, ACL-***NN), AHU Kits (MXD-K***AN), Universal Communication Kits (MCM-D211UN), and Hydro Units (AM****NB***/AA). Construction The outdoor unit shall be galvanized steel with a baked on powder coated finish. Refrigerant System The Heat Recovery system shall allow simultaneous heating and cooling (conditions apply, refer to technical data book for more information). Mode Control Units (MCU) are required for proper operation. Indoor units that will only operate in cooling mode year-round (cooling-only) may be piped directly to the liquid and suction pipes bypassing MCU connection. Please consult Technical Data Books and supporting technical documents for compatible MCU models and details. The compressor shall be hermetically sealed, inverter driven, direct flash injected, DC scroll type with soft-start capability manufactured by Samsung. Flash injected compressors provide advanced low ambient heating performance. The compressor shall feature an asymmetrical scroll design. The system shall have subcooling devices to maintain capacity at extreme system refrigerant pipe lengths and to minimize refrigerant noise. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube. The aluminum fins of the heat exchanger shall have a protective coating. Salt spray test method: ASTM-B117-18 - The heat exchanger showed no unusual rust or corrosion development to 3,000 hours. The heat exchanger shall consist of two separate circuits to enhance the heat pump defrost cycle. The unit shall use the entire coil initially for the defrost cycle. To resume heating faster in extreme conditions, the upper section shall return to heating operation while the lower section continues to defrost. Active Artificial Intelligence The outdoor unit shall feature Active Artificial Intelligence (AI) shall monitor environmental and system operational data and use Deep Neural Network algorithms to provide optimal system performance and reliability. Active Artificial Intelligence (AI) shall be used to optimize high pressure control, low pressure control, defrost cycle activation and operation, and low refrigerant detection. The outdoor unit shall use Active Artificial Intelligence (AI) to monitor system refrigerant volume in real-time while in cooling mode to detect possible leaks or low refrigerant charge and provide an error code before system shutdown (conditions apply). Controls The outdoor unit shall have a removable EEPROM that stores unit serial number, startup information, system settings, system tag/name, and other information. Control wiring shall be 16 AWG X 2 shielded wire. Other Features Inverter PCB cooling shall be done with liquid refrigerant and air to maintain optimal and safe operating temperatures. The system shall feature advanced oil recovery cycle logic (maximum duration in cool mode: 3 minutes, maximum duration in heat mode: 6 minutes, defrost cycles lasting over 3 minutes are considered oil recovery cycles). Oil recovery operation shall not interrupt heating or cooling operation. The outdoor unit shall feature optional night quiet modes to reduce outdoor unit sound (4 levels) with automatic activation or manual activation (with MIM-B14 accessory). The outdoor unit shall feature advanced intelligent defrost logic to significantly reduce defrost cycle frequency by monitoring air resistance across the condenser coil during heating operation to determine defrost operation initiation to prevent unnecessary defrost cycles. The outdoor unit shall feature optional snow blowing logic to prevent snow accumulation on idle outdoor units The outdoor unit shall feature maximum current control settings to limit current (50% - 100% of design current) adjustable at outdoor unit, supported central controls, and supported indoor unit wired controllers. The outdoor unit shall feature energy savings options to reduce system energy consumption when average indoor room temperatures are greater than average indoor set temperatures in heating mode or when average indoor room temperatures are lower than average indoor set temperatures in cooling mode. 8 Nominal / Rated Cooling 96,000 / 92,000 Nominal / Rated Heating 108,000 / 103,000 EER Ducted / Mixed / Non-Ducted 12.40 / 13.05 / 13.70 IEER Ducted / Mixed / Non-Ducted 25.10 / 30.05 / 35.00 SCHE Ducted / Mixed / Non-Ducted 27.20 / 29.65 / 32.10 High Heat COP Ducted / Mixed / Non-Ducted 3.83 / 4.01 / 4.20 Voltage (ø/V/Hz)3 / 460 / 60 20 18.0 SCCR kA 5 50 - 184% Of outdoor unit capacity ² 16 Inverter Scroll X 2 6.0 5 - 100% Refrigerant 17.6 Pipe Connections 3/8 X 7/8 X 3/4 656 (722 equivalent) ODU to IDU (feet) 4 361 Highest/Lowest IDU (feet)131 3,280 Type X Qty.Propeller X 2 Output (CFM)9,924 Type DC Output (W)620 X 2 FLA (A)2.1 (each) 0.43 W X H X D Inches 51 X 66 3/4 X 30 1/8 Weight lbs.584.2 Shipping Weight lbs.621.7 Sound Level dB (A)Max.57 Cooling 5 °F (°C)5 -122 (-15 - 50) Heating °F (°C)-22 - 75 (-30 - 24) ETL & ETLc Qty.Model Number WHG-T2-B WHG-SL-B WHG-SR-B WHG-R2-B WHG-F1-B LACH-2-KIT-B BPHK-460V-2 MIM-B14 1 2 3 4 5 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Max. Total Refrigerant Pipe Length (feet) Other pipe restrictions and requirements exist. Please consult technical data book or installation manuals for full details regarding limitations and other requirements. When the outdoor unit is lower than indoor units, and vertical separation is greater than 131 feet, additional conditions apply. When the outdoor unit is higher than the indoor units, and vertical separation is greater than 163 feet, additional conditions apply. Please refer to supporting documents at www.SamsungHVAC.com. Cooling operation range is 23-122°F (-5 - 50°C) as standard. When in Main Heating, cooling operation down to 5°F (-15°C) outdoor temperature is possible with modified pipe design for indoor units that require cooling. Cooling or Main cooling is possible down to -13°F (-25°C) when using a low ambient cooling kit (LACH-*-KIT-B). Consult technical documents or Samsung HVAC for details. Right side wind/hail guard Restrictions apply. Refer to DVM S2 technical data books for full details. Rear wind/hail guard for 8 - 14 ton units System Specifications Performance US Ton (nominal) Capacity (Btu/h) 1 Compressor Modulation Range Compressor Power Maximum Circuit Breaker (MCCB/ELB/ELCB) Minimum Circuit Ampacity (MCA) Indoor Units Total Capacity (%) Maximum Indoor Unit Quantity Type X Qty. Description Top wind/hail guard (8 - 14 ton outdoor units) Left side wind/hail guard Liquid X Suction X HP Gas (inches) Max. Length - ODU to Farthest IDU (feet) Max. Vertical Separation Certified in accordance with the AHRI Variable Refrigerant Flow Multi-Split Air-Conditioners and Heat Pump (VRF) Certification Program which is based on the latest edition of AHRI Standard 1230. External contact control interface module for operation and error output and night silent mode manual activation (1 required) Condenser Fan Fan Motor Max. External Static Pressure (in. WC) Dimensions Operating Temperatures Safety Certifications Protection Devices Intelligent logic to ensure proper operation within unit design limitations and operational parameters. High pressure sensor, low pressure sensor, over-voltage protection, compressor over-current protection, current transformer, fan motor voltage protection, fan motor thermal protection, overheat protection, phase detection protection, high voltage fuses RLA (A) Front wind/hail guard for 8 - 14 ton outdoor units Base pan heater kit (base pan pan heater and control box, 1 required) Low ambient cooling hood and side guards (medium chassis, 1 required) R410A Factory Charge (lbs.) Accessories Refrigerant Pipe Limitations 3 Page 133 of 322 2.8.c Packet Pg. 236 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ZZZ6DPVXQJ+9$&FRP Page 2 of 2 3/ 4 1 4 5 7 C View C $ ; )RXQGDWLRQEROWKROHV 45 1/2 )RXQGDWLRQKROHSLWFK 28 3 / 4 )R X Q G D W L R Q K R O H S L W F K )RXQGDWLRQKROHGHWDLO Ø 6 1RWHV Section B-B 6 1 2 3 Detail A (Scale 1:2) B B 5 4 1/16 10 7/16 9 No.Description Remark 1 Gas refrigerant pipe 7/8" 2 High pressure gas refrigerant pipe 3/4" 3 Liquid refrigerant pipe 3/8" 4 Power conduit knockout 1 3/4" 5 Communication wire knockout 1 3/8" 6 Knockout for refrigerant piping Bottom 7 Knockout for refrigerant piping Front 1. 2. Detail A and SECTION B-B indicate the dimensions after connecting piping View C indicates knockout hole dimensions (bottom) SUBMITTAL AM096BXVGJR/AA Samsung, DVM S2 Series, Heat Recovery Condensing Unit Dimensional Drawing Page 134 of 322 2.8.c Packet Pg. 237 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page 1 of 4 Specifications AC012BNLDCH/AA / AC012BXADCH/AA (CNH12LDB / CXH12ADB) Samsung Slim Duct, Single Zone Duct, Split System AC012BNLDCH/AA (CNH12LDB) AC012BXADCH/AA (CXH12ADB) 1 / 208-230 / 60 176 - 254 (max. 3% deviation from each) 15 9.8 35 7/16 X 7 13/16 X 17 5/16 31 1/8 X 21 9/16 X 11 1/4 29 3/8 X 5 15/16 30 5/8 X 6 5/8 23 ~ 122°F (-5 ~ 50°C) 0 ~ 122°F (-18 ~ 50°C) w/ baffle -4 ~ 75°F (-20 ~ 24°C) 61 ~ 90°F (16 ~ 32°C) T ≤ 80°F (27°C) 1/4" 3/8" 65.6 49.2 1 1/16" ID for 3/4" PVC R410A Electronic Expansion Valve 2.6 24.6 ft 0.11 oz/ft over 24.6 ft 300 / 353 / 399 (at standard ESP) BLDC With Axial Type Fan (1) 0.42 A / 40 W / 1,060 CFM Nominal Capacity Cooling / Heating (Btu/h) Cooling (Btu/h) Heating (Btu/h) Voltage ø / V / Hz Cooling (A) Heating (A) Max. Breaker Amps Indoor Unit Outdoor Unit Supply (in.) Return (ID, in.) Indoor Unit dB(A)L / M / H Outdoor Unit dB(A)Cooling / Heating (high) Heating Cooling Heating High side (flare) Low side (flare) Factory Charge lbs. Certifications Safety ETL (UL 1995) Devices: PCB fuses, indoor unit terminal block thermal fuse, current transformer, over-voltage protection, crankcase heating, temperature limit protection logic, compressor overload sensing FLA / Watts / CFM (max.) Refrigerant Type Control Method Charged for Additional Refrigerant Condenser Fan Motor Operating Temperatures Outdoor Cooling Indoor Pipe Connections Indoor & Outdoor Maximum (ft.) Maximum Vertical Separation (ft.) Condensate Connection (with included adapter) W X H X D (in.) Sound Pressure Level Dimensions Duct Connections (W X H) Model Indoor Unit Model Number (US Code) Outdoor Unit Model Number (US Code) AHRI Certification Number Power Working Voltage Range (VAC) Operating Current (min. / std. / max.) Min. Circuit Ampacity (A) Performance 1 Capacity Range SEER / EER COP (nominal heating) HSPF BLDC (1) With Sirocco Fan (2) 84 W / 1.06 A 0.10 0.01 - 0.24 Air Volume CFM (L/M/H) Standard ("WC) Min. / Max. ("WC) Evaporator Fan Static Pressure Type Output (W) / FLA (A) 1 Certified in accordance with the AHRI Unitary Small Air-Source Heat Pumps (USHP) Certification Program which is based on the latest edition of AHRI Standard 210/240. www.SamsungHVAC.com © 2022 Samsung HVAC SHA-CAC-01132022 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. Refer to www.AHRIdirectory.org for current reference numbers. Option settings • The outdoor unit shall have snow accumulation prevention option setting to prevent snow drifting against an idle outdoor unit. • Night-time Quiet Mode: reduction of operational sound during (automatic or manual activation). • Emergency Temperature Output (ETO) function: when indoor unit is in error status or when room temperature exceeds configurable temperature level, the system outputs a signal to an external source, e.g., backup system, building management system, alert device (ex: status light, warning lamp, buzzer). • System can be set up as heating/cooling, cooling only, or heating only via outdoor unit option setting. • Maximum Current Control configurable from 50% - 100% via outdoor unit, wired controller or central control Indoor Fan • Indoor fan is sirocco type • Three fan speed settings and auto setting • Washable filter as standard Construction • • Outdoor unit shall be galvanized steel with a baked-on powder coated finish for durability Indoor Unit: Insulated, galvanized steel. General Information • The outdoor unit shall supply power to indoor unit via 14 AWG X 3 power wire • High-voltage terminal block temperature sensor to disable unit in the event of power connection overheating • Integral condensate pump with maximum 29" lift from bottom of the unit with check valve and float switch that disables indoor should condensate overflow be detected. • Auto-restart after power loss • Soft-start compressor minimizing current inrush • All heat exchangers shall be mechanically bonded aluminum fin to copper tube • The condensing unit heat exchanger salt spray test method: ASTM-B117-18 - the heat exchanger showed no unusual rust or corrosion development to 500 hours. • Base pan heaters equipped as standard Controls • Control wiring shall be 2 X 16 AWG wire • No additional interface modules/adapters are required when connecting to Samsung central control options. • The unit shall be operated via a wireless or wired remote control with DDC type signal • Dual set temperature support when connected to MWR-WG00UN Advanced Wired Controller or central control options. • Wired or wireless controllers must be purchased separately Refrigerant System • The compressor shall be hermetically sealed, inverter-controlled BLDC rotary type. • Refrigerant flow shall be controlled by an electronic expansion valve at outdoor unit :DUUDQW\ 10 Years compressor, 10 years parts, 1 year limited labor when registered $77(17,21 This air handling unit is intended for free-air discharge or for connection to a duct supplying only one room. Improper installation could contribute to the spread of smoke or flame in the event of a fire. 41.7 74.3 Indoor Unit Outdoor Unit Weight (lbs.) RLA Amps Compressor Manufacturer Type Samsung Inverter Driven, BLDC Rotary 6.0 12,000 / 14,000 3,200 – 14,000 3,000 – 17,000 20.7 / 12.00 3.6 10.8 207465443 1.3 / 4.7 / 5.9 1.1 / 5.1 / 9.3 27 / 31 / 34 47 / 48 Page 135 of 322 2.8.c Packet Pg. 238 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 888-699-6067www.SamsungHVAC.com Page 2 of 4 Optional Accessories MWR-WG00UN MRK-A10N AR-EH04U MRW-TA FB-SLIM2 MIM-B14 CKN-250 WBF-3M 25' - ILS-2506 50' - ILS-5006 MIM-H04UN WBB-5M Advanced Wireless Signal Receiver Wireless Controller Front Back Wireless Signal Control External Contact Control Wall Bracket (for outdoor unit) Wind Baffles Line Sets - insulated and flared, interconnect cables included Filter Box External Temperature Sensor Wi-Fi Adapter Wired Controller Thermostat Adaptor (for connection to a standard 24VAC thermostat)MIM-A60UN Touchscreen MWR-SH11UN Hail Guard TBD AC012BNLDCH/AA / AC012BXADCH/AA (CNH12LDB / CXH12ADB) Samsung Slim Duct, Single Zone Duct, Split System SUBMITTAL Page 136 of 322 2.8.c Packet Pg. 239 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 888-699-6067 www.SamsungHVAC.com AC012BNLDCH/AA / AC012BXADCH/AA (CNH12LDB / CXH12ADB) Page 3 of 4 Samsung Slim Duct, Single Zone Duct, Split System AC012BNLDCH/AA Dimensional Drawing 30 3/16"13/16" 6 1/8" 5 1/8"1/2" 5/ 1 6 " 7 1 3 / 1 6 " 1 5/16" 10 13/16"6 15/16" 30 5/8" 31 3/4" 37 3/16" 27 9/16"20 - Ø 1/829 3/16" 35 7/16" 1/ 2 " 7/ 8 " 4 9 / 1 6 " 5 9 / 1 6 " 5 1 1 / 1 6 " 1 1/8" 3 1/4" 6 5/16" 6 11/16" 3/ 4 " 5 7 / 8 " 3 1 5 / 1 6 " 12 7 / 1 6 " 17 5 / 1 6 " 10 13/16" 5 1/2"1 5/8" 3 1/16" 5 1/4" 1 3 / 4 " Ø 1 / 2 Ø 1 / 4 2 1 67 3 5 4 2 1 3 / 16" 3 1 5 / 1 6 " 4 15/16"1 3/8"5 3/4" No.Name Description Refrigerant Liquid Pipe Ø 1/4" Refrigerant Gas Pipe Ø 3/8" Condensate Drain 3/4" (OD 1.05") Power & Comm. Wiring Conduits - Supply Air Flange - Return Air Flange - Hook - 1 2 3 4 5 6 7 SUBMITTAL Page 137 of 322 2.8.c Packet Pg. 240 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 888-699-6067 www.SamsungHVAC.com Page 4 of 4 AC012BNLDCH/AA / AC012BXADCH/AA (CNH12LDB / CXH12ADB) Samsung Slim Duct, Single Zone Duct, Split System AC012BXADCH/AA Dimensional Drawing No.Name Description 1 Refrigerant liquid pipe Ø 3/82Refrigerant gas pipe Ø 1/4 3 Drain hole Connect with provided drain plug 13 1 / 4 12 1 / 4 31 1/8 21 9 / 1 6 11 1/4 23 3/4 3 9/16 14 3/16 10 5 7/8 4 15/16 4 1 / 8 6 1 / 4 23 3/4 2 1 3 SUBMITTAL Page 138 of 322 2.8.c Packet Pg. 241 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL www.SamsungHVAC.com 888-699-6067 Page 1of 2 AM005TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Specifications 1 Nominal cooling capacities are based on: Indoor temperature: 80°F DB, 67°F WB. Outdoor temperature: 95°F DB, 75°F WB Nominal heating capacities are based on: Indoor temperature: 70°F DB, 60°F WB. Outdoor temperature: 47°F DB, 43°F WB *The Wind-Free™ unit delivers an air current that is under 0.15 m/s while in Wind-Free™ mode. Air velocity that is below 0.15 m/s is considered “still air” as defined by ASHRAE (American Society of Heating, Refrigerating, and Air-Conditioning Engineers). Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. •Compatible with Samsung DVM S, DVM S Water, and DVM S Eco systems (AM**********AA). • Electro-static, washable, pleated filters as standard (included with unit) •7-segment digital display on front of unit to display temperature and unit status • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction HIPS chassis certified to UL94 V0 with galvanized steel mounting bracket Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single, antibacterial, crossflow type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system © 2020 Samsung HVAC SHA-DVMS-05052020 •Wind-Free™ function will close the supply air outlet louver while in cooling mode to gently disperse cool air into the space without blowing directly onto occupants. The Wind-Free™ feature is optional and can be enabled using central or local control options (MWR-SH11UN, MWR-WE13UN, MWR-WG00*N, and AR-EH0*U only). Control wiring shall be 2 X 16 AWG shielded wire Automatic (motorized) vertical swing (up/down) and horizontal swing (left/right) louvers Cooling (Btu/h)5,000 Heating (Btu/h)5,800 1 / 208-230 / 60 0.13 Crossflow Type BLDC (1) Output (W)27 Airflow CFM (UL)L/M/H 145 / 159 / 173 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 Hose W X H X D Inches 32 5/16 X 11 3/4 X 8 7/16 Weight lbs.19.8 Sound Level L / M / H dB(A)27 / 30 / 31 MIM-B14 Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 MRW-TA ETL (UL 1995)Safety Certifications Power MCA MOP Piping Connections Unit Dimensions Accessories External Contact Control Condensate Pump External Temperature Sensor Fan Type Motor Refrigerant Type Control Method Performance Nominal Capacity1 Voltage (ø/V/Hz) Nominal Running Current (A) 0.16 15 Page 139 of 322 2.8.c Packet Pg. 242 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL 5" Minimum 5" Minimum 3 15/16" Minimum Minimum clearances from walls and ceiling AM005TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Page 2of 2 32 5/16 1 7/8 11 3 / 4 2 9 / 1 6 2 1 / 1 6 11 3 / 4 2 9/16 1 1 / 8 3 5/16 2 9/16 6 15/16 1 1 / 8 16 5/8 32 5/16 2 7 / 1 6 2 1/2 2 1/2 15 5/8 15 11/16 8 7/16 Unit: inches Page 140 of 322 2.8.c Packet Pg. 243 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com AM006JNGDCH/AA 1of2 Samsung DVM S Series Floor Standing Indoor Unit © 2021 Samsung HVAC SHA-DVMS-04122021 Cooling (Btu/h)6,000 Heating (Btu/h)6,700 Sirocco Type BLDC Output (W)10 X 1 Airflow CFM (UL) L/M/H 105 / 140 / 175 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 W X H X D Inches 46 X 23 5/8 X 8 5/8 Weight lbs.57.3 Sound Level L/M/H dB 20 / 22 / 23 MRW-TA MIM-B14 MRK-A10N AR-EH03U Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 DB39-01263A ETL (UL 1995) Specifications Performance Nominal Capacity 1 Fan Type Motor Refrigerant Type Control Method Piping Connections Unit Dimensions Accessories External Temperature Sensor External Contact Control Wireless Signal Receiver Wireless Controller Condensate Pump CN83 Pigtail (for external float switch connection) Safety Certifications 1 Nominal cooling capacities are based on: Indoor temperature: 80 ⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. Nominal heating capacities are based on: Indoor temperature: 70 ⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. • Compatible with Samsung DVM S, DVM S Water, and DVM Eco systems (AM*********/AA). • Electro-static, washable, pleated filters as standard (included with unit) • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction The unit shall be constructed of galvanized steel and HIPS chassis certified to UL94 V0. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single sirocco type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system Control wiring shall be 2 X 16 AWG shielded wire 888-699-6067 0.20 Voltage (ø / V / Hz)1 / 208-230 / 60 Power Nominal Running Current (A) MCA MOP 0.3 15 Page 141 of 322 2.8.c Packet Pg. 244 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) m 27 9/16"9 1/4"9 1/4" 46" 1 3 / 8 " 1 3/8" 28 3/4"8 5/8" 4 5/8"11/16" 13 1 5 / 1 6 " 8 5/8"11/16" 23 5 / 8 " 13 9 / 1 6 " 7 3 / 4 " 8 11/16" 4 1/2" 1 9/16" 12 9 / 1 6 " 2 1 3 / 1 6 " Gas pipe Liquid pipe Drain pipe Gas pipe extension Pipe opening Wire opening BACK BOTTOM Air inlet Air inlet Air outlet TOP FRONT RIGHT SIDELEFT SIDE Control Box (inside chassis) Control Box 13/16" minimum 3 15/16" minimum 3 15/16" minimum 39 3/8" minimum 6 7/8" minimum Air outlet Air inlet www.SamsungHVAC.com SUBMITTAL PageAM006JNGDCH/AA 2of2 Samsung DVM S Series Floor Standing Indoor Unit Page 142 of 322 2.8.c Packet Pg. 245 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL www.SamsungHVAC.com 888-699-6067 Page 1of 2 AM007TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Specifications 1 Nominal cooling capacities are based on: Indoor temperature: 80°F DB, 67°F WB. Outdoor temperature: 95°F DB, 75°F WB Nominal heating capacities are based on: Indoor temperature: 70°F DB, 60°F WB. Outdoor temperature: 47°F DB, 43°F WB *The Wind-Free™ unit delivers an air current that is under 0.15 m/s while in Wind-Free™ mode. Air velocity that is below 0.15 m/s is considered “still air” as defined by ASHRAE (American Society of Heating, Refrigerating, and Air-Conditioning Engineers). Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. •Compatible with Samsung DVM S, DVM S Water, and DVM S Eco systems (AM**********AA). • Electro-static, washable, pleated filters as standard (included with unit) •7-segment digital display on front of unit to display temperature and unit status • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction HIPS chassis certified to UL94 V0 with galvanized steel mounting bracket Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single, antibacterial, crossflow type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system © 2020 Samsung HVAC SHA-DVMS-05052020 •Wind-Free™ function will close the supply air outlet louver while in cooling mode to gently disperse cool air into the space without blowing directly onto occupants. The Wind-Free™ feature is optional and can be enabled using central or local control options (MWR-SH11UN, MWR-WE13UN, MWR-WG00*N, and AR-EH0*U only). Control wiring shall be 2 X 16 AWG shielded wire Automatic (motorized) vertical swing (up/down) and horizontal swing (left/right) louvers Cooling (Btu/h)7,500 Heating (Btu/h)8,500 1 / 208-230 / 60 0.16 Crossflow Type BLDC (1) Output (W)27 Airflow CFM (UL)L/M/H 159 / 177 / 201 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 Hose W X H X D Inches 32 5/16 X 11 3/4 X 8 7/16 Weight lbs.19.8 Sound Level L / M / H dB(A)30 / 32 / 34 MIM-B14 Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 MRW-TA ETL (UL 1995)Safety Certifications Power MCA MOP Piping Connections Unit Dimensions Accessories External Contact Control Condensate Pump External Temperature Sensor Fan Type Motor Refrigerant Type Control Method Performance Nominal Capacity1 Voltage (ø/V/Hz) Nominal Running Current (A) 0.20 15 Page 143 of 322 2.8.c Packet Pg. 246 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL 5" Minimum 5" Minimum 3 15/16" Minimum Minimum clearances from walls and ceiling AM007TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Page 2of 2 32 5/16 1 7/8 11 3 / 4 2 9 / 1 6 2 1 / 1 6 11 3 / 4 2 9/16 1 1 / 8 3 5/16 2 9/16 6 15/16 1 1 / 8 16 5/8 32 5/16 2 7 / 1 6 2 1/2 2 1/2 15 5/8 15 11/16 8 7/16 Unit: inches Page 144 of 322 2.8.c Packet Pg. 247 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com888-699-6067 AM009JNGDCH/AA 1of2 Samsung DVM S Series Floor Standing Indoor Unit © 2021 Samsung HVAC SHA-DVMS-04122021 Cooling (Btu/h)9,500 Heating (Btu/h)10,500 Sirocco Type BLDC Output (W)10 X 1 Airflow CFM (UL) L/M/H 160 / 195 / 250 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 W X H X D Inches 46 X 23 5/8 X 8 5/8 Weight lbs.57.3 Sound Level L/M/H dB 21 / 24 / 26 MRW-TA MIM-B14 MRK-A10N AR-EH03U Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 DB39-01263A ETL (UL 1995) Specifications Performance Nominal Capacity 1 Fan Type Motor Refrigerant Type Control Method Piping Connections Unit Dimensions Accessories External Temperature Sensor External Contact Control Wireless Signal Receiver Wireless Controller Condensate Pump CN83 Pigtail (for external float switch connection) Safety Certifications 1 Nominal cooling capacities are based on: Indoor temperature: 80 ⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. Nominal heating capacities are based on: Indoor temperature: 70 ⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. • Compatible with Samsung DVM S, DVM S Water, and DVM Eco systems (AM*********/AA). • Electro-static, washable, pleated filters as standard (included with unit) • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction The unit shall be constructed of galvanized steel and HIPS chassis certified to UL94 V0. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single sirocco type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system Control wiring shall be 2 X 16 AWG shielded wire 0.22 Voltage (ø / V / Hz)1 / 208-230 / 60 Power Nominal Running Current (A) MCA MOP 0.3 15 Page 145 of 322 2.8.c Packet Pg. 248 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) m 27 9/16"9 1/4"9 1/4" 46" 1 3 / 8 " 1 3/8" 28 3/4"8 5/8" 4 5/8"11/16" 13 1 5 / 1 6 " 8 5/8"11/16" 23 5 / 8 " 13 9 / 1 6 " 7 3 / 4 " 8 11/16" 4 1/2" 1 9/16" 12 9 / 1 6 " 2 1 3 / 1 6 " Gas pipe Liquid pipe Drain pipe Gas pipe extension Pipe opening Wire opening BACK BOTTOM Air inlet Air inlet Air outlet TOP FRONT RIGHT SIDELEFT SIDE Control Box (inside chassis) Control Box 13/16" minimum 3 15/16" minimum 3 15/16" minimum 39 3/8" minimum 6 7/8" minimum Air outlet Air inlet www.SamsungHVAC.com SUBMITTAL PageAM009JNGDCH/AA 2of2 Samsung DVM S Series Floor Standing Indoor Unit Page 146 of 322 2.8.c Packet Pg. 249 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com888-699-6067 AM012JNGDCH/AA 1of2 Samsung DVM S Series Floor Standing Indoor Unit © 2021 Samsung HVAC SHA-DVMS-04122021 Cooling (Btu/h)12,000 Heating (Btu/h)13,500 Sirocco Type BLDC Output (W)10 X 1 Airflow CFM (UL) L/M/H 210 / 300 / 350 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 W X H X D Inches 46 X 23 5/8 X 8 5/8 Weight lbs.57.3 Sound Level L/M/H dB 27 / 32 / 37 MRW-TA MIM-B14 MRK-A10N AR-EH03U Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 DB39-01263A ETL (UL 1995) Specifications Performance Nominal Capacity 1 Fan Type Motor Refrigerant Type Control Method Piping Connections Unit Dimensions Accessories External Temperature Sensor External Contact Control Wireless Signal Receiver Wireless Controller Condensate Pump CN83 Pigtail (for external float switch connection) Safety Certifications 1 Nominal cooling capacities are based on: Indoor temperature: 80 ⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. Nominal heating capacities are based on: Indoor temperature: 70 ⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. • Compatible with Samsung DVM S, DVM S Water, and DVM Eco systems (AM*********/AA). • Electro-static, washable, pleated filters as standard (included with unit) • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction The unit shall be constructed of galvanized steel and HIPS chassis certified to UL94 V0. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single sirocco type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system Control wiring shall be 2 X 16 AWG shielded wire 0.24 Voltage (ø / V / Hz)1 / 208-230 / 60 Power Nominal Running Current (A) MCA MOP 0.3 15 Page 147 of 322 2.8.c Packet Pg. 250 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) m 27 9/16"9 1/4"9 1/4" 46" 1 3 / 8 " 1 3/8" 28 3/4"8 5/8" 4 5/8"11/16" 13 1 5 / 1 6 " 8 5/8"11/16" 23 5 / 8 " 13 9 / 1 6 " 7 3 / 4 " 8 11/16" 4 1/2" 1 9/16" 12 9 / 1 6 " 2 1 3 / 1 6 " Gas pipe Liquid pipe Drain pipe Gas pipe extension Pipe opening Wire opening BACK BOTTOM Air inlet Air inlet Air outlet TOP FRONT RIGHT SIDELEFT SIDE Control Box (inside chassis) Control Box 13/16" minimum 3 15/16" minimum 3 15/16" minimum 39 3/8" minimum 6 7/8" minimum Air outlet Air inlet www.SamsungHVAC.com SUBMITTAL PageAM012JNGDCH/AA 2of2 Samsung DVM S Series Floor Standing Indoor Unit Page 148 of 322 2.8.c Packet Pg. 251 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL www.SamsungHVAC.com 888-699-6067 Page 1of 2 AM012TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Specifications 1 Nominal cooling capacities are based on: Indoor temperature: 80°F DB, 67°F WB. Outdoor temperature: 95°F DB, 75°F WB Nominal heating capacities are based on: Indoor temperature: 70°F DB, 60°F WB. Outdoor temperature: 47°F DB, 43°F WB *The Wind-Free™ unit delivers an air current that is under 0.15 m/s while in Wind-Free™ mode. Air velocity that is below 0.15 m/s is considered “still air” as defined by ASHRAE (American Society of Heating, Refrigerating, and Air-Conditioning Engineers). Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. •Compatible with Samsung DVM S, DVM S Water, and DVM S Eco systems (AM**********AA). • Electro-static, washable, pleated filters as standard (included with unit) •7-segment digital display on front of unit to display temperature and unit status • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction HIPS chassis certified to UL94 V0 with galvanized steel mounting bracket Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single, antibacterial, crossflow type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system © 2020 Samsung HVAC SHA-DVMS-05052020 •Wind-Free™ function will close the supply air outlet louver while in cooling mode to gently disperse cool air into the space without blowing directly onto occupants. The Wind-Free™ feature is optional and can be enabled using central or local control options (MWR-SH11UN, MWR-WE13UN, MWR-WG00*N, and AR-EH0*U only). Control wiring shall be 2 X 16 AWG shielded wire Automatic (motorized) vertical swing (up/down) and horizontal swing (left/right) louvers Cooling (Btu/h)12,000 Heating (Btu/h)13,500 1 / 208-230 / 60 0.25 Crossflow Type BLDC (1) Output (W)27 Airflow CFM (UL)L/M/H 293 / 321 / 364 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 Hose W X H X D Inches 32 5/16 X 11 3/4 X 8 7/16 Weight lbs.20.9 Sound Level L / M / H dB(A)34 / 36 / 40 MIM-B14 Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 MRW-TA ETL (UL 1995)Safety Certifications Power MCA MOP Piping Connections Unit Dimensions Accessories External Contact Control Condensate Pump External Temperature Sensor Fan Type Motor Refrigerant Type Control Method Performance Nominal Capacity1 Voltage (ø/V/Hz) Nominal Running Current (A) 0.31 15 Page 149 of 322 2.8.c Packet Pg. 252 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL 5" Minimum 5" Minimum 3 15/16" Minimum Minimum clearances from walls and ceiling AM012TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Page 2of 2 32 5/16 1 7/8 11 3 / 4 2 9 / 1 6 2 1 / 1 6 11 3 / 4 2 9/16 1 1 / 8 3 5/16 2 9/16 6 15/16 1 1 / 8 16 5/8 32 5/16 2 7 / 1 6 2 1/2 2 1/2 15 5/8 15 11/16 8 7/16 Unit: inches Page 150 of 322 2.8.c Packet Pg. 253 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL www.SamsungHVAC.com 888-699-6067 Page 1of 2 AM015TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Specifications 1 Nominal cooling capacities are based on: Indoor temperature: 80°F DB, 67°F WB. Outdoor temperature: 95°F DB, 75°F WB Nominal heating capacities are based on: Indoor temperature: 70°F DB, 60°F WB. Outdoor temperature: 47°F DB, 43°F WB *The Wind-Free™ unit delivers an air current that is under 0.15 m/s while in Wind-Free™ mode. Air velocity that is below 0.15 m/s is considered “still air” as defined by ASHRAE (American Society of Heating, Refrigerating, and Air-Conditioning Engineers). Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. •Compatible with Samsung DVM S, DVM S Water, and DVM S Eco systems (AM**********AA). • Electro-static, washable, pleated filters as standard (included with unit) •7-segment digital display on front of unit to display temperature and unit status • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction HIPS chassis certified to UL94 V0 with galvanized steel mounting bracket Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single, antibacterial, crossflow type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system © 2020 Samsung HVAC SHA-DVMS-05052020 •Wind-Free™ function will close the supply air outlet louver while in cooling mode to gently disperse cool air into the space without blowing directly onto occupants. The Wind-Free™ feature is optional and can be enabled using central or local control options (MWR-SH11UN, MWR-WE13UN, MWR-WG00*N, and AR-EH0*U only). Control wiring shall be 2 X 16 AWG shielded wire Automatic (motorized) vertical swing (up/down) and horizontal swing (left/right) louvers Cooling (Btu/h)15,000 Heating (Btu/h)17,000 1 / 208-230 / 60 0.27 Crossflow Type BLDC (1) Output (W)27 Airflow CFM (UL)L/M/H 371 / 403 / 442 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 Hose W X H X D Inches 41 1/2 X 11 3/4 X 8 7/16 Weight lbs.26.5 Sound Level L / M / H dB(A)33 / 34 / 37 MIM-B14 Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 MRW-TA ETL (UL 1995)Safety Certifications Power MCA MOP Piping Connections Unit Dimensions Accessories External Contact Control Condensate Pump External Temperature Sensor Fan Type Motor Refrigerant Type Control Method Performance Nominal Capacity1 Voltage (ø/V/Hz) Nominal Running Current (A) 0.34 15 Page 151 of 322 2.8.c Packet Pg. 254 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL 5" Minimum 5" Minimum 3 15/16" Minimum Minimum clearances from walls and ceiling AM015TNVDCH/AA Samsung DVM S Series, Wind-Free™ Wall-Mounted Unit Page 2of 2 Unit: inches 41 1/2 11 3 / 4 21 1/820 3/8 2 7 / 1 6 2 9/1 6 2 9/16 24 7/8 3 5/16 1 1 / 8 2 1/22 1/26 15/16 1 1 / 8 41 1/2 8 7/16 11 3 / 4 2 9 / 1 6 2 5 / 1 6 2 7/16 Page 152 of 322 2.8.c Packet Pg. 255 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com888-699-6067 AM018JNGDCH/AA 1of2 Samsung DVM S Series Floor Standing Indoor Unit © 2021 Samsung HVAC SHA-DVMS-04122021 Cooling (Btu/h)18,000 Heating (Btu/h)20,000 Sirocco Type BLDC Output (W)50 X 1 Airflow CFM (UL) L/M/H 390 / 495 / 550 R410A Electronic Expansion Valve Liquid (flare) Inches 1/4 Suction (flare) Inches 1/2 Drain Inches ID 11/16 W X H X D Inches 57 X 23 9/16 X 8 5/8 Weight lbs.69.4 Sound Level L/M/H dB 32 / 36 / 40 MRW-TA MIM-B14 MRK-A10N AR-EH03U Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 DB39-01263A ETL (UL 1995) Specifications Performance Nominal Capacity 1 Fan Type Motor Refrigerant Type Control Method Piping Connections Unit Dimensions Accessories External Temperature Sensor External Contact Control Wireless Signal Receiver Wireless Controller Condensate Pump CN83 Pigtail (for external float switch connection) Safety Certifications 1 Nominal cooling capacities are based on: Indoor temperature: 80 ⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. Nominal heating capacities are based on: Indoor temperature: 70 ⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. • Compatible with Samsung DVM S, DVM S Water, and DVM Eco systems (AM*********/AA). • Electro-static, washable, pleated filters as standard (included with unit) • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction The unit shall be constructed of galvanized steel and HIPS chassis certified to UL94 V0. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single sirocco type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system Control wiring shall be 2 X 16 AWG shielded wire 0.53 Voltage (ø / V / Hz)1 / 208-230 / 60 Power Nominal Running Current (A) MCA MOP 0.7 15 Page 153 of 322 2.8.c Packet Pg. 256 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Front 13/16" minimum 3 15/16" minimum 3 15/16" minimum 39 3/8" minimum 6 7/8" minimum Air outlet Air inlet 38 9/16" 39 3/4" Pipe opening Wire opening BOTTOM Air inlet BACK TOP FRONT RIGHT SIDELEFT SIDE Gas pipe Liquid pipe Drain pipe Gas pipe extension Air inlet Air outlet Control box Control Box (inside chassis) 9 1/4"9 1/4" 1 3 / 8 " 1 3/8" 8 5/8" 4 5/8"11/16" 13 1 5 / 1 6 " 8 5/8"11/16" 12 9 / 1 6 " 2 1 3 / 1 6 " 8 11/16" 4 1/2"1 9/16" 23 5 / 8 " 13 9 / 1 6 " 7 3 / 4 " www.SamsungHVAC.com SUBMITTAL PageAM018JNGDCH/AA 2of2 Samsung DVM S Series Floor Standing Indoor Unit Page 154 of 322 2.8.c Packet Pg. 257 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com888-699-6067 AM024JNGDCH/AA 1of2 Samsung DVM S Series Floor Standing Indoor Unit © 2021 Samsung HVAC SHA-DVMS-04122021 Cooling (Btu/h)24,000 Heating (Btu/h)27,000 Sirocco Type BLDC Output (W)50 X 1 Airflow CFM (UL) L/M/H 390 / 495 / 550 R410A Electronic Expansion Valve Liquid (flare) Inches 3/8 Suction (flare) Inches 5/8 Drain Inches ID 11/16 W X H X D Inches 57 X 23 9/16 X 8 5/8 Weight lbs.69.4 Sound Level L/M/H dB 32 / 36 / 40 MRW-TA MIM-B14 MRK-A10N AR-EH03U Aspen Mini Orange ASP-MO-UNIV 110-250 Blue Diamond BD-BLUE230 DB39-01263A ETL (UL 1995) Specifications Performance Nominal Capacity 1 Fan Type Motor Refrigerant Type Control Method Piping Connections Unit Dimensions Accessories External Temperature Sensor External Contact Control Wireless Signal Receiver Wireless Controller Condensate Pump CN83 Pigtail (for external float switch connection) Safety Certifications 1 Nominal cooling capacities are based on: Indoor temperature: 80 ⁰F DB, 67⁰F WB. Outdoor temperature: 95⁰F DB, 75⁰F WB. Nominal heating capacities are based on: Indoor temperature: 70 ⁰F DB, 60⁰F WB. Outdoor temperature: 47⁰F DB, 43⁰F WB. Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. • Compatible with Samsung DVM S, DVM S Water, and DVM Eco systems (AM*********/AA). • Electro-static, washable, pleated filters as standard (included with unit) • High-voltage terminal block temperature sensor to disable unit in the event overheating of power connection. Construction The unit shall be constructed of galvanized steel and HIPS chassis certified to UL94 V0. Heat Exchanger The heat exchanger shall be mechanically bonded fin to copper tube Indoor Fan Indoor fan is a single sirocco type Three fan speed settings and auto setting Controls The unit shall be operated via a wireless or wired remote control with DDC type signal The unit shall integrate with the Samsung NASA Controls Network Solution Controls shall integrate with a BMS system Control wiring shall be 2 X 16 AWG shielded wire 0.53 Voltage (ø / V / Hz)1 / 208-230 / 60 Power Nominal Running Current (A) MCA MOP 0.7 15 Page 155 of 322 2.8.c Packet Pg. 258 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Front 13/16" minimum 3 15/16" minimum 3 15/16" minimum 39 3/8" minimum 6 7/8" minimum Air outlet Air inlet 38 9/16" 39 3/4" Pipe opening Wire opening BOTTOM Air inlet BACK TOP FRONT RIGHT SIDELEFT SIDE Gas pipe Liquid pipe Drain pipe Gas pipe extension Air inlet Air outlet Control box Control Box (inside chassis) 9 1/4"9 1/4" 1 3 / 8 " 1 3/8" 8 5/8" 4 5/8"11/16" 13 1 5 / 1 6 " 8 5/8"11/16" 12 9 / 1 6 " 2 1 3 / 1 6 " 8 11/16" 4 1/2"1 9/16" 23 5 / 8 " 13 9 / 1 6 " 7 3 / 4 " www.SamsungHVAC.com SUBMITTAL PageAM024JNGDCH/AA 2of2 Samsung DVM S Series Floor Standing Indoor Unit Page 156 of 322 2.8.c Packet Pg. 259 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) (TOP) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com 888-699-6067 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. 1 of 2MCU-S8NEK1UN Samsung DVM S Series, Mode Control Unit (MCU) Connection Example Voltage (ø/V/Hz) Max. Current A Rated Controller Current A Minimum Circuit Ampacity A Max. Breaker MOP (A) MCU total1 Each Port1 Liquid (braze) Suction (braze) HP Gas (braze) Liquid (braze) Suction (braze) Standard Operation High dB (A) Mode Switching High dB (A) W X H X D Inches Weight lbs. Specifications Power 1 / 208-230 / 60 1.7 2 15 0.6 Capacity Maximum Btu/h 290,000 ≤ 54,000 (108,000)1 Number of Ports 8 Quantity of Connectable Indoor Units2 1 - 64 Piping Connections (inches) Inlet Pipes From ODU / Outlet Pipes To Other MCU's 5/8 1 1/8 1 1/8 To Indoor Units 3/8 X 8 5/8 X 8 Sound Level 38 50 Unit Dimensions 38 9/16 X 11 3/4 X 18 7/16 88.6 Safety Certifications UL 60335-2-40 • Compatible with Samsung DVM S Heat Recovery (AM****X***R/AA, AM****X***R2AA) systems only. • Allows for simultaneous heating and cooling on a single system. •Serial connection capability to supply refrigerant to other MCU's thus reducing Y-joint installation quantity (see example below). • The MCU shall have pressure equalization valves (480 steps) to reduce refrigerant sounds during mode changing of connected indoor units. • Using solenoid valves, the MCU shall control the path of refrigerant to the indoor unit(s) based on the mode of operation required. • The unit shall contain internal subcoolers with an electronic expansion valve to maximize performance of connected units and reduce refrigerant sounds •If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned. • The MCU must be mounted indoors, level, with the pipes running horizontally in and out of unit. • No drain connection required Construction • Galvanized steel cabinet •Most internal devices can be serviced via top panel. The PCB and wiring is accessible from the back. Controls • The unit shall be operated via a DDC type signal • Control wiring shall be 16 AWG X 2 shielded wire •Supports auto-pairing Accessory Y-Joint - Combining Two Ports 1 If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned using Y-Joint kit part number MXJ-YM1509M. Y-Joint kits are purchased separately. 2 Maximum of 8 indoor units allowed on a single port. Twinned ports cannot connect to multiple indoor units. Please use DVM Pro 2 design software for system design. © 2022 Samsung HVAC SHA-DVMS-12082022 0;-<0 0 TO P &RQQHFWWRDQLQGRRUXQLW!%WXKDQG%WXK LIOHVVWKDQ%WXK,FRQQHFWGLUHFWWR0&8ZLWKRXW <FRQQHFWRUXVLQJDVLQJOHVHWRISRUWV MCU Refrigerant can enter either side of the MCU MCU(TOP)MCU (TOP) Series connection (MCU-S8NEK1UN) •Contains 2 X control PCBs. The outdoor unit will count MCU-S8NEK1UN as two (2) MCUs. Page 157 of 322 2.8.c Packet Pg. 260 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com Page 2 of 2SUBMITTAL MCU-S8NEK1UN Samsung DVM S Series, Mode Control Unit 20" or more MCU (TOP) 16" or more 28" or more 20" or more Recommended Installation Clearances 8 3/4"8" TOP 42 1/16" 40" 38 9/16" 3 7 / 1 6 " 3 1 1 / 1 6 " 18 1 1 / 1 6 " 2 1 1 / 1 6 " FRONT 11 3 / 4 " 11 5 / 8 " 5 3/4" 7 1 / 1 6 " 9 7 / 1 6 " 2 3/8" X 3 = 7 /16" 2 3/8" X 3 = 7 /16"4 1/2" 7 5/8" 2 3/8";3 7 1/16" SIDE &RQWURO %R[ 18 7/16" 2 1 / 4 " 2 1 5 / 1 6 " 6 1 / 2 " Low pressure gas High pressure gas Liquid 5 1 / 1 6 " 4 3 / 8 " 2 3 / 1 6 " 6XVSHQVLRQ 3RLQW ; 2 3/8" X 3 = 7 /16" Ceiling MCU 3" minimum (recommended) 11 3 / 4 " Page 158 of 322 2.8.c Packet Pg. 261 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com 888-699-6067 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. 1 of 2MCU-S12NEK1UN Samsung DVM S Series, Mode Control Unit (MCU) MCU(TOP) Refrigerant can enter either side of the MCU Connection Example Voltage (ø/V/Hz) Max. Current A Rated Controller Current A Minimum Circuit Ampacity A Max. Breaker MOP (A) MCU total1 Each Port1 Liquid (braze) Suction (braze) HP Gas (braze) Liquid (braze) Suction (braze) Standard Operation High dB (A) Mode Switching High dB (A) W X H X D Inches Weight lbs. Specifications Power 1 / 208-230 / 60 1.7 2 15 0.6 Capacity Maximum Btu/h 290,000 ≤ 54,000 (108,000)1 Number of Ports 12 Quantity of Connectable Indoor Units2 1 - 64 Piping Connections (inches) Inlet Pipes From ODU / Outlet Pipes To Other MCU's 5/8 1 1/8 1 1/8 To Indoor Units 3/8 X 12 5/8 X 12 Sound Level 38 50 Unit Dimensions 38 9/16 X 11 3/4 X 18 7/16 101.9 Safety Certifications UL 60335-2-40 • Compatible with Samsung DVM S Heat Recovery (AM****X***R/AA, AM****X***R2AA) systems only. • Allows for simultaneous heating and cooling on a single system. •Serial connection capability to supply refrigerant to other MCU's thus reducing Y-joint installation quantity (see example below). • The MCU shall have pressure equalization valves (480 steps) to reduce refrigerant sounds during mode changing of connected indoor units. • Using solenoid valves, the MCU shall control the path of refrigerant to the indoor unit(s) based on the mode of operation required. • The unit shall contain internal subcoolers with an electronic expansion valve to maximize performance of connected units and reduce refrigerant sounds •If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned. • The MCU must be mounted indoors, level, with the pipes running horizontally in and out of unit. • No drain connection required Construction • Galvanized steel cabinet •Most internal devices can be serviced via top panel. The PCB and wiring is accessible from the back. Controls • The unit shall be operated via a DDC type signal • Control wiring shall be 16 AWG X 2 shielded wire •Supports auto-pairing Accessory Y-Joint - Combining Two Ports MCU(TOP)MCU (TOP) Series connection (MCU-S12NEK1UN) 1 If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned using Y-Joint kit part number MXJ-YM1509M. Y-Joint kits are purchased separately. 2 Maximum of 8 indoor units allowed on a single port. Twinned ports cannot connect to multiple indoor units. Please use DVM Pro 2 design software for system design. © 2022 Samsung HVAC SHA-DVMS-12082022 0;-<0 0 TO P &RQQHFWWRDQLQGRRUXQLW!%WXKDQG%WXK LIOHVVWKDQ%WXK,FRQQHFWGLUHFWWR0&8ZLWKRXW <FRQQHFWRUXVLQJDVLQJOHVHWRISRUWV •Contains 2 X control PCBs. The outdoor unit will count MCU-S12NEK1UN as two (2) MCUs. Page 159 of 322 2.8.c Packet Pg. 262 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com Page 2 of 2SUBMITTAL MCU-S12NEK1UN Samsung DVM S Series, Mode Control Unit 20" or more MCU (TOP) 16" or more 28" or more 20" or more Recommended Installation Clearances Ceiling MCU 3" minimum (recommended) 11 3 / 4 " 723 )5217 6,'( &RQWURO %R[ 6XVSHQVLRQ 3RLQW ; Low pressure gas High pressure gas Liquid 42 1/16" 40" 38 9/16" 2 3/8" X 5 = 11 13/16" 4 1/2" 2 3/8" X 5 = 11 13/16"4 1/16"18 7/16"8" 2 15/16" 2 3/8"; 11 13/16" 5 3/4" 2 3/8" X 5 = 11 13/16" 3 7 / 1 6 " 3 1 1 / 1 6 " 18 1 1 / 1 6 " 11 3 / 4 " 8 1 3 / 1 6 " 11 5 / 8 " 2 1 1 / 1 6 " 7 1 / 1 6 " 5 1 / 1 6 " 9 7 / 1 6 " 4 3 / 8 " 2 3 / 1 6 " 2 1 / 4 " 2 1 5 / 1 6 " 6 1 / 2 " Page 160 of 322 2.8.c Packet Pg. 263 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # Voltage Running Current A (max.) MCU total* Each Port* Liquid (flare) Suction High Pressure Gas Liquid (flare) Suction (flare) Standard Operation Low+LJK Mode Switching Low+LJK W X H X D Inches Weight lbs. Sound Level dB (A) Number of PortsCapacity Power Specifications Maximum Btu/h Qty. of Connectable Indoor Units Piping Connections (inches) From Outdoor Unit To Indoor Units Drain 1 Safety Certifications Unit Dimensions *If connecting indoor units ≥ 36,000 Btu/h and ≤ 48,000 Btu/h, 2 consecutive ports must be twinned with provided Y-connectors. • Mandatory component for Samsung DVM S Series heat recovery systems •Compatible with Samsung DVM S Heat Recovery (AM****X**R/AA) systems only. • Allows for simultaneous heating and cooling on a single system. • The MCU shall have pressure equalization valves to reduce refrigerant sounds during mode changing of connected indoor units. • The unit shall include Y-connectors with flare • Using solenoid valves, the MCU shall control the path of refrigerant to the indoor unit(s) based on the mode of operation required. • The unit shall contain internal subcoolers with electronic expansion valves to maximize performance of connected units and reduce refrigerant sounds •Under-ceiling (AM0**FNCDCH/AA) evaporators will require a separate, single unit EEV kit MEV-A32SA) each when using this MCU. • MCU must be mounted indoors, level, with the pipes running horizontally in and out of unit. •MCU produces condensation and must be drained appropriately. 1 Construction • Galvanized steel cabinet ¡9+] Controls • The unit shall be operated via a DDC type signal • Control wiring shall be 16 AWG X 2 shielded wire SUBMITTAL Page www.SamsungHVAC.com 888-699-6067 Samsung and Quietside maintains a policy of ongoing development, specifications are subject to change without notice. Included with MCU Included with MCU PCB Box TOP VIEW(PICTURED WITHOUT COVER) REFRIGERANT PIPES FROM OUTDOOR UNIT MCU-S4NEE1N 1 of 2 Samsung DVM S Series, Mode Change Unit 1 / 208 - 230 / 60 0.4 < 198,000 < 36,000 QS-DVMS-042016B 4 1 - 4* 4 (2 X liquid, 2 X gas) 1/2 1 1/8 connections to twin 2 MCU ports together for connection of indoor units that units that are 36,000 Btu/h and ≤48,000 Btu/h. 3/4 3/8 X 4 5/8 X 4 OD 1", ID 7/8" 26.2 - 33.4 33.2 - 50.8 32 1/8 X 7 11/16 X 22 13/32 57 ETL & ETLc Connect to indoor unit 36,000 Btu/h (if less than 36,000 Btu/h connect direct to MCU without Y-connector using a single set of ports) Connect to indoor unit 36,000 Btu/h (if less than 36,000 Btu/h connect direct to MCU without Y-connector using a single set of ports) •Maximum individual indoor unit capacity: ≤ 48,000 Btu/h 1 Drain connection is required when MCU installation location RH is 85% or higher AND temperature is 85°F or warmer. Page 161 of 322 2.8.c Packet Pg. 264 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL Page 16" Min. 16" Min.20" Min. 28" Min. MCU TOP Minimum Clearances Maintain 10" minimum clearance between bulding and top of MCU. This is the main access point for service of valves and sensors. TOP 18 1 5 / 3 2 " 8 1 3 / 1 6 " 3 1 1 / 1 6 " 4" 16" Minimum Service Area (PCB side) 20" Minimum Service Area 20" Minimum Service Area 32 1/8" 6 1/2" 3 1/8" 3 1/8" 28 19/32"34 11/16" 2 5/8" 1 1/2" 7 1 1 / 1 6 " 7 5 / 8 " 3 1/8" TOP 5 1/32" 7 1/2" 8 25/32" 11 9/16" 6 1 / 4 " 3 7 / 8 " 5/ 8 " 6 1 / 4 " 2 3 / 8 " 2" 18 15/32" 8 13/16"3 11/16"3 1/8" 3 1/8" 1 Liquid pipe connection from outdoor unit (Ø 1/2" flare) 2 High pressure gas pipe connection from outdoor unit (Ø 3/4" braze) 3 Gas pipe connection from outdoor unit (Ø 1 1/8" braze) 4 Liquid pipe connection to indoor units 5 Gas pipe connection to indoor units 6 Condensate drain pipe connection 7 Power and communication conduit openings on bottom side of PCB box DescriptionNo. 3 1/8" 3 1/8" INLET SIDE - FROM OUTDOOR UNITOUTLET SIDE - TO INDOOR UNITS 30 1/16" (Suspension Point) MCU-S4NEE1N 2 of 2 Samsung DVM S Series, Mode Change Unit Page 162 of 322 2.8.c Packet Pg. 265 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name Location Purchaser Engineer Submitted to Reference Approval Construction Unit Designation Schedule # SUBMITTAL Page www.SamsungHVAC.com 888-699-6067 Samsung HVAC maintains a policy of ongoing development, specifications are subject to change without notice. 1 of 2MCU-S2NEK2N Samsung DVM S Series, Mode Control Unit (MCU) © 2020 Samsung HVAC SHA-DVMS-04212020 Connect to an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h (if less than 54,000 Btu/h connect direct to MCU without Y-connector using a single set of ports) MXJ-YM1509M TOP VIEW(PICTURED WITHOUT COVER) MCU (TOP) Refrigerant can enter either side of the MCU Connection Example Voltage (ø/V/Hz) Max Current A Rated Controller Current A Minimum Circuit Ampacity A Max. Breaker MOP (A) MCU total1 Each Port1 Liquid (braze) Suction (braze) HP Gas (braze) Liquid (braze) Suction (braze) Standard Operation High dB (A) Mode Switching High dB (A) W X H X D Inches Weight lbs. Specifications Power 1 / 208-230 / 60 1.6 2 15 0.2 Capacity Maximum Btu/h 108,000 ≤ 54,0001 Number of Ports 2 Quantity of Connectable Indoor Units2 1 - 16 Piping Connections (inches) Inlet Pipes From ODU / Outlet Pipes To Other MCU's 5/8 1 1/8 1 1/8 To Indoor Units 3/8 X 2 5/8 X 2 Sound Level 34 50 Unit Dimensions 28 11/16 X 7 13/16 X 18 7/16 46.29 Safety Certifications ETL (UL 1995) • Compatible with Samsung DVM S Heat Recovery (AM****X***R/AA, AM****X***R2AA) systems only. • Allows for simultaneous heating and cooling on a single system. •Serial connection capability to supply refrigerant to other MCU's thus reducing Y-joint installation quantity (see example below). • The MCU shall have pressure equalization valves (480 steps) to reduce refrigerant sounds during mode changing of connected indoor units. • Using solenoid valves, the MCU shall control the path of refrigerant to the indoor unit(s) based on the mode of operation required. • The unit shall contain internal subcoolers with an electronic expansion valve to maximize performance of connected units and reduce refrigerant sounds •If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned. • The MCU must be mounted indoors, level, with the pipes running horizontally in and out of unit. • No drain connection required Construction • Galvanized steel cabinet •Most internal devices can be serviced via bottom panel. The PCB and wiring is accessible from the back. Controls • The unit shall be operated via a DDC type signal • Control wiring shall be 16 AWG X 2 shielded wire •Supports auto-pairing Accessory Y-Joint - Combining Two Ports MCU(TOP)MCU (TOP) Series connection (MCU-S2NEK2N) 1 If connecting an indoor unit > 54,000 Btu/h and ≤ 108,000 Btu/h, 2 consecutive ports must be twinned using Y-Joint kit part number MXJ-YM1509M. Y-Joint kits are purchased separately. 2 Maximum of 8 indoor units allowed on a single port. Twinned ports cannot connect to multiple indoor units. Please use DVM Pro design software for system design. Page 163 of 322 2.8.c Packet Pg. 266 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) www.SamsungHVAC.com SUBMITTAL Page 2 of 2MCU-S2NEK2N Samsung DVM S Series, Mode Control Unit 32 1/8" 30 1/16" 28 5/8" 3 1/8” X 5 = 15 3/4” 17 5/16"3 1/8” 18 7/16” 5 1/16” 3 15/16" 2 5/8”4 1/16" 3 13 / 1 6 ” 2” 2 11 / 1 6 " 6 1/ 4 ” 6 5/ 1 6 ” 7 1 3 / 1 6 " 7 3/ 4 ” 3 1/8” 18 7 / 1 6 " 8 1 3 / 1 6 " 2 1 1 / 1 6 " 2 5 / 8 ” 3 1 5 / 1 6 ” 5 1/ 1 6 ” 3 1 1 / 1 6 " 3 1 / 2 " TOP FRONT SIDE Control Box Control Box Suspension Point (X4) 20" or more MCU (TOP) 16" or more 28" or more 20" or more 28 5/8" 18 7 / 1 6 " Recommended Installation Clearances Ceiling MCU 3" minimum (recommended) 7 13 / 1 6 " Low pressure gas High pressure gas Liquid Page 164 of 322 2.8.c Packet Pg. 267 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) © April 2023 A. O. Smith Corporation. All rights reserved. hotwater.com | 800-527-1953 Toll-Free USA | A. O. Smith Corporation | 500 Tennessee Waltz Parkway | Ashland City, TN 37015 Page 1 of 4 AOSZE55000 COMMERCIAL HEAT PUMP WATER HEATERS FEATURES ENERGY SAVING AND ENVIRONMENTALLY FRIENDLY • Heat pump transfers heat from surrounding area into the tank • Industry leading 4.2 COP • Multiple operating modes maximizes efficiency while meeting specific hot water needs • Large capacity tank enables heat pump to operate more frequently than electric elements, saving money for the end user • Meets the standby loss requirements of U.S. Department of Energy and the current edition of ASHRAE 118.1 • Environmentally friendly R-134a refrigerant • ENERGY STAR® Qualified COMMERCIAL PERFORMANCE • First hour delivery of 179 GPH • Rated heat pump power of 3.15 HP (240Vac) or 3.05 (208Vac) • Electric heating element capacity of 12 kW (240Vac) or 9 kW (208Vac) • Max water temperature of 150°F in efficiency/ Hybrid modes and 180°F in electric mode • Operating ambient range of 40-110° F • Low operating sound measured at 59 dB (A) • Dual evaporator fans maximize performance and provide room cooling • 3/4” NPT water inlet and outlet EASE OF OPERATION • Integrated design and pre-charged refrigeration system makes for quick and easy install • Large touch screen LCD display allows for mode selection, provides run information and includes troubleshooting alerts and detail • Choose from three operating modes: Efficiency, Hybrid or Electric DEPENDABLE AND LONG LASTING DESIGN • A. O. Smith-developed glass coated tank • Tank rated at 160 PSI working pressure • Commercial grade anode protects the tank and extends the service life • Proven heat pump technology • Electric elements have incoloy sheathing and provide excellent protection from oxidation and scaling THREE YEAR LIMITED TANK WARRANTY • Backed by 3-year tank and 1-year parts/ compressor limited warranties • For complete warranty information, consult written warranty or go to hotwater.com CHP SERIES FULLY INTEGRATED HEAT PUMP WATER HEATER The CHP-120 heat pump water heater is an integrated system designed specifically for the commercial market. MODEL CAHP 120 Page 165 of 322 2.8.c Packet Pg. 268 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) COMMERCIAL HEAT PUMP WATER HEATERS Page 2 of 4 AOSZE55000 Physical Dimensions Total Height (A)Tank Diameter (B) Maximum Depth (C) Service Panel Width (D) Relief Valve Height (E) Water Outlet Height (F) Water Inlet Height (G) Relief Valve Angle α(°) Maximum Width (H) 69 11/16 28 1/32 39 11/64 23 5/8 58 7/64 57 51/64 6 1/32 22 30 29/32 ROUGH-IN DIMENSIONS G F E A Drain Valve (3/4”NPT) Relief Valve (3/4” NPT) ØB Water Connection (3/4” NPT) Relief Valve Air Inlet Air Outlet D Air Inlet C H Model Number Nominal Capacity COP Number of Elements Total Element Wattage (both elements at 240V) First Hour Delivery in Hybrid Mode (Gallons) Recovery in GPH at 100° Temperature Rise in Hybrid Mode Depends on mode of operation per chart below: Approx. Shipping Weight (lbs) CAHP 120 119 4.2 2 12,000 179 90 Efficiency = 41 Hybrid = 90 Electric = 50 620 MODEL SPECIFICATIONS Page 166 of 322 2.8.c Packet Pg. 269 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) COMMERCIAL HEAT PUMP WATER HEATERS Page 3 of 4 AOSZE55000 Recovery Rate In Gallons Per Hour Mode of Operation Input Temperature Rise °F BTU/ Hour kW °F 30°F 40°F 50°F 60°F 70°F 80°F 90°F 100°F 110°F 120°F 130°F 140°F °C 17°C 22°C 28°C 33°C 39°C 45°C 50°C 56°C 61°C 67°C 72°C 78°C Efficiency 33,678 10 GPH 136 102 82 68 58 51 45 41 37 34 31 29 LPH 515 386 309 258 221 193 172 155 140 129 119 110 Hybrid 74,624 22 GPH 302 226 181 151 129 113 101 90 82 75 70 65 LPH 1141 856 685 571 489 428 380 342 311 285 263 245 Electric 40,946 12 GPH 165 124 99 83 71 62 55 50 45 41 38 35 LPH 626 470 376 313 268 235 209 188 171 157 145 134 RECOVERY CAPACITIES Technical Characteristics Model Type Integrated Heat Pump Water Heater COP 4.2 HP Rated Input Power 3.15 HP (2.35 kW) HP Rated Heating Output Capacity 11.13 kW Power Specification 208/240Vac ~ 60Hz 1Ph Maximum Operation Current 67 A Refrigerant R134a Refrigerant Charge Quantity 3.3 Lbs (1.5 Kg) Electrical Heating Capacity 12.0 kW @ 240Vac and 9.0 kW @ 208Vac Measured Tank Capacity 111.76 Gal (423 L) Operation Modes Efficiency, Hybrid, Electric Max. Water Temperature Efficiency/Hybrid Electric 150°F (66°C)180°F (82°C) Operating Ambient Temperature 40 - 110°F (4.4 - 43.3°C) Unit Operation Noise 59 dB (A) Approx. Heater Weight 498 Lbs (226 Kg) Approx. Shipping Weight 620 Lbs (281 Kg) Page 167 of 322 2.8.c Packet Pg. 270 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) © April 2023 A. O. Smith Corporation. All rights reserved. hotwater.com | 800-527-1953 Toll-Free USA | A. O. Smith Corporation | 500 Tennessee Waltz Parkway | Ashland City, TN 37015 Page 4 of 4 AOSZE55000 COMMERCIAL HEAT PUMP WATER HEATERS For technical information, call 800-527-1953. A. O. Smith Corporation reserves the right to make product changes or improvements without prior notice. The heater(s) shall be Commercial Heat Pump Model Number CAHP 120 as manufactured by A. O. Smith Water Products Company or equivalent. Heater(s) shall be rated at 12 kW @ 240V or 9 kW @ 208V, single phase, 60 cycle AC as listed by Underwriters’ Laboratories. All models meet National Sanitation Foundation NSF-5 requirements. Water heater shall have LCD display with built-in diagnostic and troubleshooting information. Tank(s) shall be 119 gallon capacity with 160 psi working pressure and equipped with a commercial grade anode. All internal surfaces of the heater(s) exposed to water shall be glass-lined with an alkaline borosilicate composition that has been fused to steel by firing at a temperature range of 1400°F to 1600°F. Internal power circuit fusing shall be provided. The heat pump water heater shall be capable of operating in Efficiency, Hybrid or Electric only modes. 3/4” NPT inlet and outlet water connections shall be provided. The water heater tank shall have a three year limited warranty; the compressor, refrigeration components and all other parts shall have a one year limited warranty. Fully illustrated instruction manual to be included. Meets or exceeds the efficiency and standby loss requirements of the U.S. Department of Energy and current edition of ASHRAE 118.1. SUGGESTED SPECIFICATION Installation Key Considerations Service clearances A service clearance of 24 inches should be maintained from serviceable parts such as the T&P valve, control system components, drain valve, and anode. Ambient air temperature In Efficiency Mode the ambient air temperature must be above 40°F and below 110°F Room size requirement Recommended to have a minimum installation space of approximately 3,200 cubic feet. Installation spaces less than the recommended could result in reduced water heater efficiency and performance. If the water heater is installed in a confined space with less than 3,200 cubic feet, provisions should be made to ensure sufficient airflow, such as installing louvered grills or fully louvered doors to ensure the most efficient operation of the water heater. Failure to do so could result in reduced heater efficiency and performance. Amperage/Overcurrent protection This water heater requires a 208 or 240 VAC single phase power supply. 208V requires 80 amp power supply at 60 Hz; 240V requires 90 amp power supply at 60 Hz. Condensate draining This water heater produces condensate and must be properly drained. Ducting There is not an optional ducting kit. Discharge air from the front of the water heater must be into a suitable room. Indoor/Outdoor This water heater is approved for indoor use only. This is a partial list. Please reference the Installation Manual for detailed installation considerations. Page 168 of 322 2.8.c Packet Pg. 271 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Project Information: Job Name: Location: Engineer: Submitted to: For: q Reference q Approval q Construction Submitted by: Reference: Submittal Information: Approval: Date: Construction: Unit #: Drawing #: (Sec. III) Carton Contents: (Fig. II) Typical Pump Locations: (Sec. I) Product Specifications: (Fig. I) Product Image: (Sec. II) Ordering Information: SUBMITTALDATA SHEET Head GPH BTU 0 3.254600 5 2.949500 102.644350 152.442000 202.237500 251.933250 301.729250 331.627500 Head GPH BTU 0 2.949500 5 2.442000 102.237500 15234000 201.729250 251.525800 301.322400 331.220600 Head GPH BTU 0 3.254600 5 2.949500 102.644350 152.442000 202.237500 251.933250 301.729250 331.627500 Head GPH BTU 0 2.949500 5 2.542600 102.237500 15234000 201.830700 251.627500 301.525800 331.220600 Head GPH BTU 0 9157000 5 7.1122000 106103300 15586100 204.272300 253.662000 30352500 352.542600 402.237500 451.933250 491.525800 Head GPH BTU 0 8137850 5 6.3108450 105.290000 154.577500 203.866500 253.254600 302.848000 352.442000 Mini Aqua 230v 60Hz Mini Aqua 115v 60Hz Mini Orange 115v 60Hz Mini Orange 230v 60Hz Maxi Orange 115v 60Hz Maxi Orange 230v 60Hz 0 10 20 30 40 1.51.71.92.12.32.52.72.93.13.33.5 He a d ( f t ) Flow Rate (GPH) Mini Aqua 115v 60Hz 115v 60Hz 0 10 20 30 40 11.21.41.61.822.22.42.62.833.2 He a d ( f t ) Flow Rate (GPH) Mini Aqua 230v 60Hz230v 60Hz 0 10 20 30 40 1.51.71.92.12.32.52.72.93.13.33.5 He a d ( f t ) Flow Rate (GPH) Mini Orange 115v 60Hz 115v 60Hz 0 10 20 30 40 11.21.41.61.822.22.42.62.833.2 He a d ( f t ) Flow Rate (GPH) Mini Orange 230v 60Hz230v 60Hz 0 10 20 30 40 50 60 1.322.73.44.14.85.56.26.97.68.39 He a d ( f t ) Flow Rate (GPH) Maxi Orange 115v 60Hz115v 60Hz 0 10 20 30 40 50 60 He a d ( f t ) Maxi Orange 230v 60Hz230v 60Hz Head GPH BTU 0 3.254600 5 2.949500 102.644350 152.442000 202.237500 251.933250 301.729250 331.627500 Head GPH BTU 0 2.949500 5 2.442000 102.237500 15234000 201.729250 251.525800 301.322400 331.220600 Head GPH BTU 0 3.254600 5 2.949500 102.644350 152.442000 202.237500 251.933250 301.729250 331.627500 Head GPH BTU 0 2.949500 5 2.542600 102.237500 15234000 201.830700 251.627500 301.525800 331.220600 Head GPH BTU 0 9157000 5 7.1122000 106103300 15586100 204.272300 253.662000 30352500 352.542600 402.237500 451.933250 491.525800 Head GPH BTU 0 8137850 5 6.3108450 105.290000 154.577500 203.866500 253.254600 302.848000 352.442000 Mini Aqua 230v 60Hz Mini Aqua 115v 60Hz Mini Orange 115v 60Hz Mini Orange 230v 60Hz Maxi Orange 115v 60Hz Maxi Orange 230v 60Hz 0 10 20 30 40 1.51.71.92.12.32.52.72.93.13.33.5 He a d ( f t ) Flow Rate (GPH) Mini Aqua 115v 60Hz 115v 60Hz 0 10 20 30 40 11.21.41.61.822.22.42.62.833.2 He a d ( f t ) Flow Rate (GPH) Mini Aqua 230v 60Hz230v 60Hz 0 10 20 30 40 1.51.71.92.12.32.52.72.93.13.33.5 He a d ( f t ) Flow Rate (GPH) Mini Orange 115v 60Hz 115v 60Hz 0 10 20 30 40 11.21.41.61.822.22.42.62.833.2 He a d ( f t ) Flow Rate (GPH) Mini Orange 230v 60Hz230v 60Hz 0 10 20 30 40 50 60 1.322.73.44.14.85.56.26.97.68.39 He a d ( f t ) Flow Rate (GPH) Maxi Orange 115v 60Hz115v 60Hz 0 10 20 30 40 50 60 He a d ( f t ) Maxi Orange 230v 60Hz230v 60Hz Pump Length - 4.875” Pump Width - 1.75” Pump Height - 2.625” Capacity - 8.9 GPH @ 0’ Head / 1.5 GPH @ 49’ Head Max BTUs - 157,000 @ 115 v Max Head in Feet - 49 Max Temperature - 104°F Max Suction Lift - 5’ Sound Level - 35dB(A) Dry Contact Rating - 3A NC Voltage - 100 - 250v Amperes - .15 Watts - 16 Remote Reservoir - Y Plenum Rated - N Cable Length - 5’ Product Code - 83919 Model - ASPMAXOUNI Carton Qty - 1 Carton Weight - 6 Pump Assembly Inline Reservoir Submersible Reservoir 5’x1/4” i.d. Vinyl Discharge Tube Modular 5’ Power Cable 6”x1/4” i.d. Vinyl Breather Tube Drain Hose Adaptor Inline Fuse Cable Ties (6) Self Adhesive Velcro Strips (2) 8”x5/8” i.d. Inlet Tube Installation Manual Anti-Siphon Device 90° Elbow ASPEN® is a registered trademark of Aspen Oldco Limited Company UK (RectorSeal’s products are subject to continuous improvements; RectorSeal reserves the right to modify product GHVLJQ VSHFL¿FDWLRQV LQIRUPDWLRQ LQ WKLV GDWD VKHHW ZLWKRXW QRWLFH DQG ZLWKRXW LQFXUULQJ DQ\ REOLJDWLRQV Pump Selector & Wiring Diagrams Available at http://www.rectorseal.com/aspenpump.html Maxi Orange Mini-Split Condensate Pump Kit 100-250v 83919 (ASP-MAXO-UNI) Page 169 of 322 2.8.c Packet Pg. 272 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) ASPEN® is a registered trademark of Aspen Oldco Limited Company UK (RectorSeal’s products are subject to continuous improvements; RectorSeal reserves the right to modify product design, specifications & information in this data sheet without notice and without incurring any obligations)Pump Selector & Wiring Diagrams Available at http://www.rectorseal.com/aspenpump.html © 2015 RectorSeal® H-AP-S-15 Contact: RectorSeal® 2601 Spenwick Drive, Houston, TX 713-263-8001 800-231-3345 713-263-7577 800-441-0051 www.rectorseal.comP F W Maxi Orange ,ĞĂĚ 't, dh Ϭ ϴ ϭϯϳϴϱϬ ϱ ϲ͘ϯ ϭϬϴϰϱϬ ϭϬ ϱ͘Ϯ ϵϬϬϬϬ ϭϱ ϰ͘ϱ ϳϳϱϬϬ ϮϬ ϯ͘ϴ ϲϲϱϬϬ Ϯϱ ϯ͘Ϯ ϱϰϲϬϬ ϯϬ Ϯ͘ϴ ϰϴϬϬϬ ϯϱ Ϯ͘ϰ ϰϮϬϬϬ ϰϬ Ϯ ϯϰϬϬϬ ϰϱ ϭ͘ϳ ϮϵϮϱϬ ϰϵ ϭ͘ϲ ϮϳϱϬϬ aĂdžŝ hƌĂŶŐĞ ϮϯϬǀ ϲϬ,nj Ϭ ϭϬ ϮϬ ϯϬ ϰϬ ϱϬ ϲϬ ϭ͘ϯ Ϯ Ϯ͘ϳ ϯ͘ϰ ϰ͘ϭ ϰ͘ϴ ϱ͘ϱ ϲ͘Ϯ ϲ͘ϵ ϳ͘ϲ ϴ͘ϯ IĞ Ă Ě ; Ĩ ƚ Ϳ CůŽǁ wĂƚĞ ;DtIͿ aĂdžŝ hƌĂ■ŐĞ ϮϯϬǀ ϲϬInj ϮϯϬǀ ϲϬ,nj Head GPH BTU 0 3.2 54600 5 2.9 49500 10 2.6 44350 15 2.4 42000 20 2.2 37500 25 1.9 33250 30 1.7 29250 33 1.6 27500 Head GPH BTU 0 2.9 49500 5 2.5 42600 10 2.2 37500 15 2 34000 20 1.8 30700 25 1.6 27500 30 1.5 25800 33 1.2 20600 Head GPH BTU 0 9 157000 5 7.1 122000 10 6 103300 15 5 86100 20 4.2 72300 25 3.6 62000 30 3 52500 35 2.5 42600 40 2.2 37500 45 1.9 33250 49 1.5 25800 Head GPH BTU 0 8 137850 5 6.3 108450 10 5.2 90000 15 4.5 77500 20 3.8 66500 25 3.2 54600 30 2.8 48000 35 2.4 42000 Mini Orange 115v 60Hz Mini Orange 230v 60Hz Maxi Orange 115v 60Hz Maxi Orange 230v 60Hz 0 10 20 30 40 1.5 1.7 1.9 2.1 2.3 2.5 2.7 2.9 3.1 3.3 3.5 He a d ( f t ) Flow Rate (GPH) Mini Orange 115v 60Hz 115v 60Hz 0 10 20 30 40 1 1.2 1.4 1.6 1.8 2 2.2 2.4 2.6 2.8 3 3.2 He a d ( f t ) Flow Rate (GPH) Mini Orange 230v 60Hz 230v 60Hz 0 10 20 30 40 50 60 1.3 2 2.7 3.4 4.1 4.8 5.5 6.2 6.9 7.6 8.3 9 He a d ( f t ) Flow Rate (GPH) Maxi Orange 115v 60Hz 115v 60Hz 0 10 20 30 40 50 60 He a d ( f t ) Maxi Orange 230v 60Hz 230v 60Hz 40 2 34000 45 1.7 29250 49 1.6 27500 0 1.3 2 2.7 3.4 4.1 4.8 5.5 6.2 6.9 7.6 8.3 Flow Rate (GPH) Aspen Pump BTU Calculator Mini-Split Condensate Pump Kit 100-250v 83819 (ASP-MAXO-UNI) Page 170 of 322 2.8.c Packet Pg. 273 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Toll Free: 800.772.2099 ■ Order Online: www.StateSupply.com ■ Fax: 651.774.7156 ■ Sales@StateSupply.com State Supply © 1987-2017 Local: 651.774.5985 40 Lawler 800 Series Thermostatic Mixing Valves Features and Benefits of Lawler Model 804: Repair Parts Guide Model 804 Repair Kits Items included Wgt. Order No. Complete Repair Kit 7, 10, 12, 13, 18, 22, 24, 31, 32, 35 5.9 LW5525 Piston and Liner Assembly 10, 11, 12, 24, 41 4.0 LW5522 Stop and Check Repair Kit 28, 29, 31, 32, 33, 35 3.6 LW5403 Thermostat Replacement Kit 7, 22 4.2 LW5600 Bonnet Assembly 1, 2, 18, 19, 21 3.6 LW5155 O-Ring and Gasket Kit 7, 10, 18, 24, 29, 35, 41 1.4 LW5303 Detail of Top Portion Detail of Bottom Portion PSI 5 10 20 30 45 Capacity in GPM Model 804 52 72 100 124 150 60 174 Minimum Flow: 4 GPM, or 0.50 gpm when used with circulating pump. Weight: 44 lbs. Model 804, 1½” x 2” Part No: 86308-05 Valve Order No: LW1135 ■1½” inlets (2) x 2” outlet (1), NPT pipe. ■Master domestic water mixing valve: 124 gpm flow @ 30 psi. ■ASSE 1017 & Lead Free certified; Liquid-filled thermal thermostat. ■Checkstops with integral strainers located on each inlet. ■Factory tested and assembled, universal mounting capability. ■Adjustable temperature range: 90° to 120° F. Set point @ 110° F. ■Accurate temperature control within ± 3° F. ■Adjustable set-point within the set temperature range. ■Positive flow shut-off if failure of cold supply or thermostat. ■Dial thermometer & outlet shut-off valve included (not shown). ■Max. inlet pressure: 125 psi; Max. inlet temperature: 200° F. 1½” IN x 2” OUT Connection Includes dial thermometer and shut-off valve. Back to Table of Contents Page 171 of 322 2.8.c Packet Pg. 274 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) temperedwater.com 5330 East 25th St. Indianapolis, IN 46218 Phone (317) 261-1212 Fax (317) 261-1208 SUBMITTALDATA SHEET Design and specifications subject to change without notice. Please refer to temperedwater.com to ensure most current data sheet and other design solutions. PR E S S U R E D R O P (P S I ) ALLOWABLE FLOWS FLOW (GPM) 10090 80 70 60 50 40 30 20 109 8 2 3 4 5 6 7 MAX MIN MI N I M U M F L O W 8 0 4 MA X I M U M F L O W 8 0 4 345102030405060708090100 200 300 FINISH: Brass Rough Chrome Other TEMP. RANGE SET POINT 70° to 100°F 80°F 90° to 120°F 110°F 110° to 140°F 130°F Special ___________ ___________ Optional Test Connection Including garden hose connection, shut-off and thermometer. Brass Rough Chrome CAPACITIES – MODEL 804 Pressure Drop PSI 5 10 20 30 45 60 80 Valve Number Capacity 804-GPM 52 72 100 124 150 174 193 804-LPM 197 273 379 469 568 659 731 1/2 gpm when properly installed in recirculated system. Model 804 Thermostatic Water ControllerHigh-Low Water Mixer Unit No. 73005-12 Master water mixing valve shall be of the thermostatic type with liquid-filled thermal motor. It shall have lead free brass body construction with replaceable corrosion-resistant components. Valve construction shall employ a sliding piston control mechanism. Sliding piston and liner shall be of stainless steel material. Valve shall come equipped with union end stop and check inlets with removable stainless steel strainers. Valve shall control temperature from a low flow of 4 GPM* up to a maximum flow rate for a given pressure differential. Valve shall provide protection against hot or cold supply line failure and thermostat failure. temperedwater.com/patents ENG. NO. 73005-A ASSE 1017 Approved ASSE Lead Free Certified Certified to CSA B125.3 Page 172 of 322 2.8.c Packet Pg. 275 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) temperedwater.com 5330 East 25th St. Indianapolis, IN 46218 Phone (317) 261-1212 Fax (317) 261-1208 SUBMITTALDATA SHEET Design and specifications subject to change without notice. Please refer to temperedwater.com to ensure most current data sheet and other design solutions. Typical Installation Install the mixing valve below the hot water tank or heater. If this is not possible, pipe in a heat trap as shown in Figure 1 with an approximate 2' drop. Connect a tempered water return line as shown in Figure 1. This allows flow through both ports of the mixing valve during periods of no draw. If a dual temperature system is used, a separate recirculating loop and pump are required to return high temperature hot water to the water heater. See Figure 2. Install an aquastat at the tempered water return pump. Install the water heater per manufacturer’s instructions. Figure 1 When used in a single temperature recirculating system Figure 2 When used in a dual temperature recirculating system STORAGETANK WATERHEATER HEAT TRAP27” DROP RECIRCULATIONPUMP AQUASTAT BALANCINGVALVE CW CW HW CV CV CV CV TO LOWTEMPERATUREFIXTURES Water heater must be installed per manufacturers O+M STORAGETANK WATERHEATER HEAT TRAP27” DROP RECIRCULATIONPUMP AQUASTAT BALANCINGVALVE CV CW CW HW CV CV CV CV TO LOWTEMPERATUREFIXTURES TO HIGHTEMPERATUREFIXTURES RECIRCULATIONPUMP Water heater must be installed per manufacturers O+M Model 804Unit No. 73005 DIMENSIONS Valve Number A N.P.T. B N.P.T. C D 804 1-1/2” 2” 15” 13-1/2” Dimensions are for reference purposes only. For rough-in dimensions please refer to Lawler’s Revit/BIM models found at temperedwater.com. 73005_804_STD_DRW_NODIMS.pdf B A A D C Page 173 of 322 2.8.c Packet Pg. 276 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) SUBMITTAL A-ECO20-18 JOB: REPRESENTATIVE: UNIT TAG: ORDER NUMBER: DATE: ENGINEER: SUBMITTED BY: DATE: CONTRACTOR: APPROVED BY: DATE: DESCRIPTION The ecocirc 20-18 circulators are designed with a highly efficient electronically commutated permanent magnet motor (ECM Technology). Cast iron flanged models are designed for closed loop hydronic heating and cooling systems, and stainless steel flanged and union body pumps for plumbing systems or open loop heating and cooling systems. CONSTRUCTION MATERIALS Pump Body: Cast Iron or Stainless Steel Impeller: Impact Modified PPE Shaft: Ceramic/Alumina Rotor Can: 316 Stainless Steel Bearings: Ceramic/Alumina O-Ring: EPDM All Other Wetted Parts: 304 or 316 Stainless Steel Motor Type: Electronically Commutated Permanent Magnet Motor Insulation Class: F Check Valve: 1" Noryl Check Valve shipped loose for field installation SCHEDULE ecocirc 20-18 SCHEDULE ecocirc+ 20-18 OPERATING DATA Maximum Working Pressure: 145 psi (10 Bar) Minimum Working Temperature: 14°F (-10°C) Maximum Working Temperature: 230°F (110°C) Ambient Temperature Range: 32°F - 104°F (0°C - 40°C) CAST IRON BODY (Flanged)STAINLESS STEEL BODY (Flanged and Union)RATED MOTOR CHARACTERISTICS MODEL NUMBER PART NUMBER MODEL NUMBER PART NUMBER VOLTAGE PHASE Hz WATTS RANGE AMP RANGE ecocirc 20-18 flanged 60B0B1000 ecocirc 20-18 stainless steel flanged 60B0B1001 115V 1 50/60 0-70 .06-1.02 ecocirc 20-18 stainless steel union 60B0B1002 115V 1 50/60 0-70 .06-1.02 CAST IRON BODY (Flanged)STAINLESS STEEL BODY (Flanged and Union)RATED MOTOR CHARACTERISTICS MODEL NUMBER PART NUMBER MODEL NUMBER PART NUMBER VOLTAGE PHASE Hz WATTS RANGE AMP RANGE ecocirc+ 20-18 flanged 60B0B1003 ecocirc+ 20-18 stainless steel flanged 60B0B1004 115V 1 50/60 0-70 .06-1.02 ecocirc+ 20-18 stainless steel union 60B0B1005 115V 1 50/60 0-70 .06-1.02 Note: Where potable water is pumped, use a stainless steel circulator. ecocirc 20-18 and ecocirc+ 20-18 circulators are recommended for indoor use only. Note: Where potable water is pumped, use a stainless steel circulator. ecocirc 20-18 and ecocirc+ 20-18 circulators are recommended for indoor use only. ecocirc® 20-18 | ecocirc+ 20-18 High Efficiency Wet Rotor Circulator with Electronically Commutated Motor (ECM) ® PERFORMANCE ft m 22 20 18 16 14 12 10 8 6 4 2 0.5 123456789101112131415161718 43.63.22.82.421.60.80.40 1.2 US GPM m³/hr 0.8 1.6 2.4 3.2 4 HE A D 4.8 5.6 6.4Max. Curve 1 2 3 ft m22 20 18 16 14 12 10 8 6 4 2 0.5 12345678 9101112131415161718 43.63.22.82.421.60.80.40 1.2 US GPM m³/hr 1 0 2 3 4 HE A D 5 6 Max. Curve Min. Curve 70% I II III ft m22 20 18 16 14 12 10 8 6 4 2 0.5 123456789101112131415161718 43.63.22.82.421.60.80.40 1.2 US GPM m³/hr 1 0 2 3 4 HE A D 5 6 Max. Curve A B C Fixed Speed Curve Constant Pressure Curve Proportional Pressure Curve Page 174 of 322 2.8.c Packet Pg. 277 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) MODEL NUMBER DIMENSIONS – INCHES (mm)APPROX. SHIPPING WEIGHT LB. (KG) A B E F H H1 H2 H3 I CAST IRON STAINLESS STEEL ecocirc 20-18 flanged 6.38" (162)3.54" (90)4.57" (116)5.9" (150)3.54" (90)4.29" (109)1.73" (44)1.73" (44)3.74" (95)6.2 lb. (2.81) 5.86 lb. (2.66) ecocirc+ 20-18 flanged 6.38" (162)3.54” (90)4.57" (116)5.9" (150)3.54" (90)4.29" (109)1.73" (44)1.73" (44)3.74" (95)6.2 lb. (2.81) 5.86 lb. (2.66) MODEL NUMBER DIMENSIONS – INCHES (mm)APPROX. SHIPPING WEIGHT LB. (KG) A B E F H H1 H2 H3 I CAST IRON STAINLESS STEEL ecocirc 20-18 union 6" (152.4)3.36" (85.4)4.57" (116)5.9" (150)3.54" (90)4.29" (109)1.73" (44)1.73" (44)3.74" (95)N/A 4.61 lb. (2.09) ecocirc+ 20-18 union 6" (152)3.36" (85.4)4.57" (116)5.9" (150)3.54" (90)4.29" (109)1.73" (44)1.73" (44)3.74" (95)N/A 4.61 lb. (2.09) MODEL NUMBER FLANGED SIZE INCHES – NPT # OF BOLTS DIMENSIONS – INCHES (mm)COMPANION FLANGE PART NUMBERS C D G CAST IRON PN STAINLESS STEEL PN ecocirc 20-18 flanged 3/4", 1", 1-1/4", 1-½"2 .47" (12)3.15" (80)3.74" (95)101201–101204 101501LF – 101504LF ecocirc+ 20-18 flanged 3/4", 1", 1-1/4", 1-½"2 .47" (12)3.15" (80)3.74" (95)101201-101204 101501LF – 101504LF MODEL NUMBER UNION TAILPIECE SIZE INCHES – NPT # OF BOLTS DIMENSIONS – INCHES (mm)UNION CONNECTOR KIT PART NUMBERS G CAST IRON PN BRONZE PN ecocirc 20-18 union ½" Sweat, 3/4" Sweat, 3/4" NPT 0 1 1/4" NPSM N/A 113203LF, 113201LF, 113202LF ecocirc+ 20-18 union ½" Sweat, 3/4" Sweat, 3/4" NPT 0 1 1/4" NPSM N/A 113203LF, 113201LF, 113202LF A-ECO20-18 ecocirc/ecocirc+ 20-18 PUMP DIMENSIONS (FLANGED) ecocirc/ecocirc+ 20-18 PUMP DIMENSIONS (UNION) H2 H3 B A E F G D H1H C I H H H2 H3 G B A E F I Page 175 of 322 2.8.c Packet Pg. 278 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) SAFETY STANDARDS AND PROTECTION Enclosure: Class 1, IP44 (equivalent to NEMA Type 2) UL Listed to UL 778; UL 1004-1, 1004-7; and UL 60730-1 cUL Listed to C22.2 #108 Electronically Thermally Protected (Integrated Motor Protection) Motor Insulation Class: F Stainless steel models are NSF/ANSI-61 certified STANDARD OPERATING MODES TEMPERATURE DEPENDENT OPERATING MODES (ecocirc+ 20-18 only) CONSTANT SPEED SET POINT TEMPERATURE (Δp-T) (ecocirc+ 20-18 only) SET POINT TEMPERATURE (T) (ecocirc+ 20-18 only) eAdapt (ecocirc+ 20-18 only) Air Purge CONSTANT PRESSURE (Δp-c) PROPORTIONAL PRESSURE (Δp-v) NIGHT MODE (ecocirc+ 20-18 only) INPUT SIGNALS (ecocirc+ 20-18 only) ONBOARD USER INTERFACE 1 Control mode knob 2 Control mode indicators 3 Status/Fault indicators 4 Numeric display 5 Parameter indicators 6 Control mode button 7 Remote control status indicator The pump maintains a constant speed at any flow rate. The desired speed is set on the interface panel of the pump. The nominal differential pressure set point is modified based on the fluid temperature. Uses an external temperature sensor. The pump maintains a constant differential pressure at any flow demand until the maximum speed is reached. The desired head of the pump can be set via user interface. Recommended for use in systems with small or constant pressure losses. The pump maintains a constant temperature in a system, such as domestic hot water system or a single temperature heating system. Uses an external temperature sensor. The differential pressure continuously increases or deceases based on the flow demand. The set point head can be set on the pump user interface. Use for systems with large pressure losses. The pump will optimize the energy consumption by identifying the ideal duty point. Air purge will remove the dissolved gases from the pump. The pump will automatically reduce speed when there is an abrupt change in fluid temperature. The change in fluid temperature is from a boiler operating in night time setback mode. The external temperature sensor is used. (Fixed Speed, Constant Pressure, Proportional Pressure) One 0-10V (Analog): Speed Control by external controller One external temperature sensor input for temperature modes. Sensor Type: KYT38, P/N: 104502 Xylem Inc. 8200 N. Austin Avenue Morton Grove, IL 60053 Tel: (847) 966–3700 Fax: (847) 965–8379 www.xylem.com/bellgossett © 2020 Xylem Bell & Gossett is a trademark of Xylem Inc. or one of its subsidiaries. A-ECO20-18 November 2020 1 1 2 2 4 5 3 3 7 6 Page 176 of 322 2.8.c Packet Pg. 279 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONSTRUCTION Shell: Carbon Steel System Connection: Stainless Steel PTA-5 through PTA-210V: Butyl diaphragm; Polypropylene Liner PTA-447 through PTA-457: Replaceable Butyl Bladder PERFORMANCE LIMITATIONS PTA-5 through PTA-210V: 240ºF (115ºC), 150 PSI (1035 kPa) PTA-447 through PTA-457: 240ºF (115ºC), 150 PSI (1035 kPa) SCHEDULE TANK VOLUME ACCEPTANCE VOLUME 1BN346LF PTA-5 3.5 (13) 2.3 (9) 1BN347LF PTA-12 5 (19) 3.3 (12) 1BN348LF PTA-20V 8 (30) 5.3 (20) 1BN349LF PTA-30V 15 (57) 10 (38) 1BN350LF PTA-42V 22 (83) 14 (53) 1BN351LF PTA-60V 26 (98) 18 (68) 1BN352LF PTA-80V 35 (132) 24 (91) 1BN353LF PTA-100V 45 (170) 30 (113) 1BN354LF PTA-125V 60 (227) 40 (151) 1BN355LF PTA-160V 70 (265) 47 (178) 1BN356LF PTA-180V 80 (302) 53 (200) 1BN357LF PTA-210V 90 (340) 60 (227) 1BN358LF PTA-447 53 (200) 53 (200) 1BN359LF PTA-448 80 (300) 80 (300) 1BN360LF PTA-449 106 (400) 106 (400) 1BN361LF PTA-450 132 (500) 132 (500) 1BN362LF PTA-451 158 (600) 158 (600) 1BN363LF PTA-452 211 (800) 211 (800) 1BN364LF PTA-453 264 (1,000) 264 (1,000) 1BN365LF PTA-454 317 (1,200) 317 (1,200) 1BN366LF PTA-455 370 (1,400) 370 (1,400) 1BN367LF PTA-456 422 (1,600) 422 (1,600) 1BN368LF PTA-457 528 (2,000)528 (2,000) PART NUMBER MODEL NUMBER GALLONS (LITERS) TAGGING INFORMATION QUANTITY JOB: REPRESENTATIVE: UNIT TAG: ORDER NUMBER: DATE: ENGINEER: SUBMITTED BY: DATE: CONTRACTOR: APPROVED BY: DATE: SUBMITTAL A-318G Series “PTA” (ASME) Residential/Commercial Potable Water Diaphragm Expansion Tanks For Potable Water Systems DESCRIPTION Series “PTA” expansion tanks are ASME rated, pre-charged diaphragm-type vessels. The Series “PTA” tank is designed to absorb the forces of expanding water and protect the domestic water system from pressure build up. The FDA approved heavy duty butyl diaphragm and polypropylene liner (sizes PTA-5 through PTA-210V) or replaceable full acceptance butyl bladder (sizes PTA-447 through PTA-457) completely isolates the water from the shell. All units include an integrated bladder integrity monitor. Models PTA-5 through PTA-210V comply with NSF/ANSI Standard 61 Factory Pre-charged Pressure: 40 PSI Page 177 of 322 2.8.c Packet Pg. 280 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) SPECIFICATION Furnish and install as shown on plans a __________ gallon (________ liter), ________" (________mm) diameter x ___________" (________mm) high pre- charged vertical steel expansion tank with integral FDA approved, heavy duty butyl blend diaphragm and ____________ lined dome, for domestic potable water. The tank shall have a __________" NPT system connection, and a .302"-32 charging valve connection (standard tire valve) to facilitate on-site charging of the tank to meet system requirements. The tank shall include an integrated bladder integrity monitor. The tank must be constructed in accordance with ASME Code Section VIII Division 1. The tank must be designed for a maximum working pressure of __________ PSI (__________ kPa) and maximum working temperature of ________ºF (________ºC). Each tank shall be Xylem − Bell & Gossett Model No. _________________. DIAPHRAGM EXPANSION TANKS — PRE-PRESSURIZED (ASME CONSTRUCTION) DIMENSIONS AND WEIGHTS PTA-5 thru PTA-12 PTA-20V thru PTA-210V PTA-447 thru PTA-449 PTA-450 thru PTA-457 Dimensions are subject to change. Not to be used for construction purposes unless certified. B A A B A B A B DIMENSIONS IN INCHES (MM) A-318GSERIES PTA Xylem Inc. 8200 N. Austin Avenue Morton Grove, IL 60053 Tel: (847) 966–3700 Fax: (847) 965–8379 www.xylem.com/bellgossett Bell & Gossett is a trademark of Xylem Inc. or one of its subsidiaries. © 2021 Xylem Inc. A-318G January 2021 MODEL NUMBER DIMENSIONS – INCHES (mm) SYSTEM CONNECTION CHARGING VALVE SHIPPING WEIGHT LBS. (KG.)A HEIGHT B DIAMETER PTA-5 14 (356)10 (254)3/4" NPTF .302"-32 NC 22 (10) PTA-12 14 (356)12 (305)3/4" NPTF .302”-32 NC 28 (13) PTA-20V 21 (508)12 (305)3/4" NPTF .302"-32 NC 34 (15) PTA-30V 25 (610)16 (406)1" NPTF .302"-32 NC 50 (23) PTA-42V 31 (787)16 (406)1" NPTF .302"-32 NC 57 (26) PTA-60V 34 (864)16 (406)1" NPTF .302"-32 NC 62 (28) PTA-80V 45 (1,143)16 (406)1" NPTF .302"-32 NC 80 (36) PTA-100V 39 (991)20 (508)1" NPTF .302"-32 NC 110 (50) PTA-125V 50 (1,270)20 (508)1" NPTF .302"-32 NC 134 (61) PTA-160V 47 (1,194)24 (610)1-1/2" NPTF .302"-32 NC 177 (80) PTA-180V 50 (1,270)24 (610)1-1/2" NPTF .302"-32 NC 184 (83) PTA-210V 53 (1,346)24 (610)1-1/2" NPTF .302"-32 NC 193 (88) PTA-447 43 (1,092) 24 (610)1-1/2" NPTF .302"-32 NC 220 (100) PTA-448 55 (1,397)24 (610)1-1/2" NPTF .302"-32 NC 236 (107) PTA-449 49 (1,245)30 (762)1-1/2" NPTF .302"-32 NC 315 (143) PTA-450 57 (1,448)30 (762)2" NPTF .302"-32 NC 347 (158) PTA-451 65 (1,651)30 (762)2" NPTF .302"-32 NC 378 (172) PTA-452 76 (1,930)32 (813)2" NPTF .302"-32 NC 503 (229) PTA-453 86.5 (2,197)36 (914)3" NPTF .302"-32 NC 795 (361) PTA-454 98.5 (2,502)36 (914)3" NPTF .302"-32 NC 820 (373) PTA-455 110.5 (2,807)36 (914)3" NPTF .302"-32 NC 980 (445) PTA-456 84 (2,134)48 (1,219)3" NPTF .302"-32 NC 1,395 (634) PTA-457 96 (2,438)48 (1,219)3" NPTF .302"-32 NC 1,525 (693) Page 178 of 322 2.8.c Packet Pg. 281 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CATALOG CUSTOM TAG QTY. NUMBER SIZE VOLTS WATTS FEATURES CP S E R I E S - EL E C T R I C R A D I A N T C E I L I N G P A N E L S SUBMITTAL SHEET CP SERIES ELECTRIC RADIANT CEILING PANELS 470 Beauty Spot Rd. E, Bennettsville, SC 29512 TAG QTY.CAT. NO. DESCRIPTION ACCESSORIES AND CONTROLS (07-23)ZSS-QCPOO Printed in U.S.A. DATE: PROJECT: ARCHITECT: ENGINEER: CONTRACTOR: SUBMITTED BY: CEILING PANELS HEATING PANEL Recess Mounting Kit Surface Mounting Kit SIDE FRAME END FRAME CORNER END FRAME SCREWS SIDE FRAME MOUNTING HOLESFile # E21609 Page 179 of 322 2.8.c Packet Pg. 282 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 2 RADIANT HEATER EXTRUDED ALUMINUM FRAME METAL: Extruded Aluminum. Decorative Frame: .062" thick, 3" deep. WOOD: Heaters can be framed in wood Consult your factory representative for specifics. FRAME CONSTRUCTION FOR SURFACE MOUNT PANELS T-BAR GRID CEILING TILE UNIVERSAL MOUNTING CLIP RADIANT HEATING PANEL CEILING TILE T-BAR SYSTEM STANDARD FEATURES CUTAWAY DRAWING OF A HEATING PANEL CRYSTALLINE SURFACE - The panel’s unique crystalline surface greatly enhances the radiant characteristics of the heating panel. Radiant output is in the 8-10 micron wavelength. This is ideal for comfort. Human skin will absorb 99% of the radiant energy in these wavelengths. Humans themselves radiate heat predominately in that micron range. Without the panel’s crystalline surface a panel will be less radiant, operate at higher temperature and produce energy at shorter wavelengths. ELEMENT - Encapsulated cassette heating element assures uniform temperatures and long life. WIRING - For connection to the main power supply, the heater is completely prewired including green ground wire, with the lead wires housed in a 48-inch length of flexible metal conduit and connector for J-Box mounting. UNIVERSAL HANGING CLIPS - All radiant ceiling panels are supplied with COMBINATION EARTHQUAKE/T-BAR GRIP CLIPS as a standard feature. These clips have holes for support chains or can be folded over the T-BAR to reduce lateral movement. CERTIFICATION AND SAFETY FIRE RATING - Heating panels do not have a fire rating, but construction is of fire retardant materials. Panels normally are treated like light fixtures. If necessary, acoustical tile can be placed on top of the panels. HAZARDOUS AREAS - Heating panels do not have a hazardous rating. ACCESSORIES PRODUCT DESCRIPTION QSF2424 QSF2448 QRF2424 QRF2448 Surface Mounting Frame for 24” x 24” Panels Surface Mounting Frame for 24” x 48” Panels Recess Mounting Frame for 24” x 24” Panels Recess Mounting Frame for 24” x 48” Panels SIDE FRAME END FRAMESCREWS MOUNTING HOLES SIDE FRAME CORNER END FRAME RADIANT HEATER CEILING JOIST FRAMEMETAL: Extruded aluminum inverted "T". "T" .125 thick by 1.432 wide by 1.875" high. FRAME CONSTRUCTION FOR RECESSED PANELS STANDARD FINISH - Standard mounting kits finished white to blend with standard panel flurry white finish.24 GAUGE STEEL BACK OF UNIT MIN. 1 INCH, 1 POUND DENSITY HIGH TEMPERATURE FIBERGLASS INSULATION ENCAPSULATED CASSETTE 22 GAUGE STEEL FRONT OF UNIT CRYSTALLINE SURFACE METAL: Back - 24 Gauge Galvanized or Aluminized Steel. Front - 22 Gauge Galvanized or Aluminized Steel. Sides - Overlapping Front and Back. WIRE: Internal - 200°C, 14 Gauge, Teflon insulated. External - Pig Tails with 48" of 1/2" flexible conduit and connector for J-Box. ELEMENT: The encapsulated cassette element delivers a uniform temperature distribution over entire panel surface. INSULATION: Minimum 1 inch, 1 pound density, high temperature fiberglass. SURFACE: All ceiling panels are coated with unique crystalline surface. Flurry white finish. * Measuring for Custom Ceiling Panels: • Panels are built to fit inside the dimensions given. • Measurements must be from “T” Bar 0Center Line to “T” Bar Center Line • Do Not Measure Opening CAT. NO. VOLTS WATTS DIM. (IN.) CP251F 120 CP258F 208 CP252F 240 250 CP257F 277 CP253F 347 CP311F 120 24 CP318F 208 x CP312F 240 310 24 CP317F 277 x CP313F 347 1 CP371F 120 CP378F 208 CP372F 240 375 CP377F 277 CP373F 347 CP501F 120 CP508F 208 CP502F 240 500 CP507F 277 CP503F 347 CP621F 120 24 CP628F 208 x CP622F 240 625 48 CP627F 277 x CP623F 347 1 CP751F 120 CP758F 208 CP752F 240 750 CP757F 277 CP753F 347 @ageCGqNCofCFYY 2.8.c Packet Pg. 283 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 3 CUSTOM FEATURES 1. CUSTOM SIZE PANELS While a wide variety of panel sizes are listed as standard, the factory produces thousands of panels each year of varying widths and lengths to order. SELECTION CHART WATTS PER PANEL CATALOG PANEL WATT NOMINAL PANEL LENGTH NUMBER WIDTH DENSITY 24”-35” 36”-47” 48”-59” 60”-71” 72”-83” 84”-95” 96” QT+**@@# 10-13 14-17 18-21 22-28 High Med. Low High Med. Low High Med. Low High Med. Low LEGEND: + Watt Density: H = High, M = Medium, L = Low ^ Maximum Panel Length = 60 inches **Width of Panel ^^ Maximum Panel Length = 72 Inches. @@Length of Panel # Voltage Designation: 1 = 120, 8 = 208, 2 = 240, 7 = 277, 3 = 347 2. CUSTOM SIZE FRAMES ACCESSORIES 4.CONCEALED SPLINE SYSTEMS These systems utilize ceiling tiles notched to hide the T-bar grid. heating panels will be treated in a manner similar to the lights in such a system. We will build a custom recessed frame and panel to fit inside the grid opening. The recessed frame will be suspended independently from the T-bar grid. The result is a flush-mounted panel with an exposed trim finishing off the adjacent tiles and supporting the panel. 5.SILKSCREEN Radiant heating panels can be silk screened to provide an architectural blend with leading acoustical tiles. For T- bar, concealed spline and tegular ceiling systems. 6.CUSTOM COLORS Radiant heating panels can be painted any color desired with high temperature acrylic paints without affecting panel performance. Radiant energy is emitted from heating panels in the 8-10 micron wavelength range. One of the principal characteristics of this wavelength is that it is not color selective as are shorter wavelengths. Consequently, the surface color of the panel is unimportant to heating efficiency and can be considered solely in the light of aesthetics. 7.PANEL FRONTS FOR A CONTINUOUS CEILING LINE To provide a continuous ceiling line around the perimeter of a building, the factory can provide panel fronts to be interspersed between the functioning heating panels. Field-trimmable filler panels also are available. 8.SEAL TIGHT FLEXIBLE CONDUIT AND CONNECTORS Radiant ceiling panels come with 1/2" Greenfield flexible conduit and straight connectors as standard equipment. Seal tight connectors and conduit can be substituted at the factory if panels are to be used in high moisture areas or if required by local electrical codes. 9.FACTORY SILICONE SEALED PANELS FOR USE IN HIGH MOISTURE AREAS - Exterior moisture and condensation do not affect heating panel performance, but water inside the unit can cause the panel to fail. Panels being used in locker rooms and swimming pool areas should be totally sealed with silicone at the factory before shipment. If there is a chance of moisture above the ceiling, then seal tight conduit and seal tight connectors also should be used. 10. LONGER FLEXIBLE CONDUIT Panels will replace the standard 48” Greenfield with up to 11’ of 1/2” flexible conduit. 11. CONTROLS P/E Switches - factory prewired to heaters. 20 amps - 120V, 240V, 208V and 277V. Power Relay - factory prewired to heaters. 30 amps single pole, 120 volt holding coil. 12. HEAVIER DUTY PANELS For special installations the factory can use heavier gauge steel in the construction of the panels. 13. STAINLESS STEEL CONSTRUCTION PANELS FOR CHLORINE STORAGE AREAS - Special stainless steel panels are available for chlorine storage areas. Panels will be equipped with seal tight connectors and silicone sealed. 14. MODULAR WIRING SYSTEMS For specific jobs, the factory can substitute modular connectors for the straight connectors and pig tails that are standard equipment. CATALOG NO.DESCRIPTION QSF**@@ QRF**@@ Surface Mounting Frame Recess Mounting Frame **Width of Heater (10” to 28”) @@Length of Heater (10” to 96”) 3.TEGULAR (revealed edge) Tegular systems may utilize a standard grid with a 15/16” cross-T or a "fine line" grid with a 9/16" cross-T. The acoustical tile is notched to hang below the grid creating the revealed edge. Tegular panels are built with a support angle on all four sides to allow the panel front to drop flush with the finished ceiling. Tegular and Fine line Tegular panels are supplied standard with universal mounting clips installed for support chain. RADIANT HEATING PANEL TEGULAR CEILING TILE REVEALED EDGE CEILING SYSTEM TEGULAR FINELINE TEGULAR FINELINE - 9/16" GRID UNIVERSAL MOUNTING CLIPS TEGULAR - 15/16" GRID 155 130 105 235 195 155 315 260 210 375 310 250 235 195 155 350 295 235 470 390 315 565 470 375 315 260 210 470 390 315 625 520 415 750 625 500 390^ 325^ 260^ 585^ 490^ 390^ 780 650 520 940 785 625 N/A N/A N/A N/A N/A N/A 940^ 780^ 625^ 1125 940 750 N/A N/A N/A N/A N/A N/A N/A N/A N/A 1315 1095 875 N/A N/A N/A N/A N/A. N/A N/A N/A N/A 1500 1250 1000 @ageCGqGCofCFYY 2.8.c Packet Pg. 284 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 4 CP S E R I E S SIDE FRAME END FRAME CORNER END FRAME SCREWS SIDE FRAME MOUNTING HOLES SURFACE MOUNTING Surface Mounting Kit shall come in a separate carton which contains: two side frames, two end frames and eight assembly screws. Frame shall be field assembled before installing on ceiling. RECESS MOUNTING Recess Mounting Kit shall come in a separate carton which contains: four frame sections and four corner pieces. Recess mounting shall requires a: (Panel Length + 3/8”) X (Panel Width + 3/8”) cutout in the ceiling and a secure method of support. The electric ceiling heating panel shall be as manufactured by QMark, A Division of Marley Engineered Products, Bennettsville, SC. The construction and design shall permit it to be: recessed ceiling mounted with the use of Recessed Mounting Kit, fit into standard or custom designed modules of a T-bar suspended ceiling, or surface mounted with the use of a Surface Mounting Kit. Panels shall include the custom features listed below. HEATING ASSEMBLY:The heating assembly shall be UL Listed and CSA Certified and shall consist of powdered graphite encapsulated in a plastic laminate with heavy duty copper buss bars running the entire length, backed by 1 inch, 1 pound density high temperature fiberglass insulation to insulate against heat loss to the ceiling and separated from the inside of the panel by a dielectric insulation to assure uniform heat transfer throughout the entire radiating surface of the heater. The rated input shall be: (62.5 watts/sq. ft. with an average temperature of not more than 165 degree F.) or (95 watts/sq. ft. with an average surface temperature of 200 degree F.), to assure long trouble free life. The panel voltage shall be __________, (120, 208, 240, 277) WIRING:For connection to the main power supply, the heater shall be completely prewired, with the lead wires housed in a 48 inch length of flexible metal conduit and connector for J-Box mounting. Appropriate wiring diagrams shall appear on the back of the panel. PANEL ASSEMBLY:The metal heating panel, containing the completely prewired heating assembly, shall be of 22 gauge formed galvanized steel front and 24 gauge formed galvanized steel back. Sides are overlapping front and back panels riveted together. FINISH:The front of the heating panel shall be QMark’s unique multi-faceted crystalline type surface finished with high temperature silicone paint. CUSTOM FEATURES:Radiant heating panels shall be provided with the following custom features: ____CUSTOM SIZE _____in. Length, _____ in Width. ____SILK SCREENING to blend with acoustical tile. ____TEGULAR (Revealed edge) ____CUSTOM COLOR to match architectural samples. ____PAINTED FRAME to match heater (Surface or Recess only) ____FACTORY SILICONE SEALED ____SEAL TIGHT FLEXIBLE CONDUIT and CONNECTORS ____LONGER FLEXIBLE CONDUIT Total length ___ in. by 1/2” (Max Length 132”) ____HEAVY DUTY CONSTRUCTION ___Gauge front ___Gauge back ___STAINLESS STEEL CONSTRUCTION ___Panel ___Frame ____EARTHQUAKE CLIPS SURFACE MOUNTING Surface Mounting Kit shall come in a separate carton which contains: two side frames, two end frames and eight assembly screws. Frame shall be field assembled before installing on ceiling. RECESS MOUNTING Recess Mounting Kit shall come in a separate carton which contains: four frame sections and four corner pieces. Recess mounting shall require a: (Panel Length + 3/8”) X (Panel Width + 3/8”) cutout in the ceiling and a secure method of support. *QMark reserves the right to change specifications without prior notice. ARCHITECT’S & ENGINEER’S SPECIFICATIONS * @ageCGqYCofCFYY 2.8.c Packet Pg. 285 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name: APD-315-A1 Cut Sheet Tag: MK-1 Quantity: 1 Printed Date: October 16, 2023 Model: APD-315-A1 Plenum fan, coated steel steel, bolted construction. Standard Construction Features: Galvanized steel, bolted construction. Centrifugal coated steel seven bladed, backward curved wheel. Direct driven motor in the airstream. Fan Configuration Fan material Aluminum Drive type Direct Performance Requested Volume (CFM) 1,000 Actual Volume (CFM) 1,000 Total External SP (in. wg) 1 Operating frequency (Hz) 54 Fan RPM 1,600 Operating Power (bhp) 0.22 Startup Power (bhp) 0.3 FEI 1.97 Air Stream Temp (F) 70 Start-up Temp (F) 70 Air Density (lbs/ft^3) 0.075 Elevation (ft) 100 Static Efficiency (%) 70 Outlet Velocity (ft/min) 870 Motor Size (hp) 1 V/C/P 460/60/3 NEC FLA (Amps) 2.1 Min Circuit Ampacity (MCA) 2.6 Max Overload Production (MOP) 15 Fan curve Brake horsepower curve Operating Point SP Operating Bhp point Max system curve System curve 1,6 0 0 F R P M D o n o t o p e r a te in shaded area Volume (CFM) x 100 0 2 4 6 8 10 12 14 16 18 St a t i c P r e s s u r e ( i n . w g ) 0 0.3 0.6 0.9 1.2 1.5 Br a k e H o r s e p o w e r ( B H P ) 0 0.05 0.1 0.15 0.2 0.25 Sound Octave Bands (hz)LwA dBA Sones 62.5 125 250 500 1000 2000 4000 8000 Inlet 59 66 63 63 60 59 55 54 66 54 7.3 Greenheck Fan Corporation certifies that the model shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 211 and AMCA Publication 311 and comply with the requirements of the AMCA Certified Ratings Program.The AMCA certified ratings seal applies to sound and air performance and FEI ratings only.Performance certified is for installation type A: Free inlet, free outlet.Power rating does not include transmission losses.Performance ratings do not include the effects of appurtenances.The AMCA licensed air and/or sound performance data has been modified for installation, appurtenances, etc. not included in the certified data. The modified performance is not AMCA licensed but is provided to aid in selection and applications of the product.The sound power level ratings are shown in decibels, referred to 10^-12 watts calculated per AMCA Standard 301. The A-weighted sound ratings shown have been calculated per AMCA International Standard 301.Values shown are for inlet Lwi and LwiA sound power levels for installation Type A: free inlet, free outlet.dBA levels are not licensed by AMCA International. The AMCA Certified Ratings Seal for Sound applies to LwiA ratings only. FLA - based on tables 150 or 148 of National Electric Code 2002. Actual motor FLA may vary, for sizing thermal overload, consult factory. MCA and MOP values shown only account for the motor, not accessories (damper actuator, field supplied VFD, etc.). Page 1 of 2 Version 3.6.0, September 2023Page 183 of 322 2.8.c Packet Pg. 286 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Job Name: APD-315-A1 Cut Sheet Tag: MK-1 Quantity: 1 Printed Date: October 16, 2023 Dimensions and Weights Label Value Description - 86 Weight w/o accessories (lbs) A 18 Overall Height (in) B 18 Overall Width (in) C 19 Overall Length (in) *All dimensions are in inches. Page 2 of 2 Version 3.6.0, September 2023Page 184 of 322 2.8.c Packet Pg. 287 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 1. Specification Wall Mounted Type AC030BNTDCH/AA AC036BNTDCH/AA AC030BXADCH/AA AC036BXADCH/AA CNH30TDB CNH36TDB CXH30ADB CXH36ADB -Heat Pump Heat Pump kW 2.49 / 8.79 / 9.67 3.22 / 10.55 / 11.43 Btu/h 8,500 / 30,000 / 33,000 11,000 / 36,000 / 39,000 US RT 0.71 / 2.50 / 2.75 0.92 / 3.00 / 3.25 kW 2.11 / 9.38 / 12.31 2.78 / 11.72 / 13.77 Btu/h 7,200 / 32,000 / 42,000 9,500 / 40,000 / 47,000 US RT 0.60 / 2.67 / 3.50 0.79 / 3.33 / 3.92 Cooling 0.50 / 3.03 / 3.85 0.90 / 3.79 / 4.30 Heating 0.41 / 3.35 / 5.40 0.56 / 4.51 / 5.82 Cooling 2.5 / 13.6 / 17.1 5.0 / 16.8 / 19.1 Heating 2.1 / 15.0 / 24.0 3.0 / 20.0 / 24.0 MCA A 24.0 24.5 MOP A 30 35 Cooling -2.90 2.78 Cooling(US)(Btu/h)/W 9.90 9.50 COP2 Heating W/W 2.80 2.60 SEER2 -20.0 19.2 HSPF2 -8.3 8.5 Type Flare Flare Φ, mm(inch)9.52 (3/8)9.52 (3/8) Type Flare Flare Φ, mm(inch)15.88 (5/8)15.88 (5/8) -Both liquid and gas pipes Both liquid and gas pipes Standard m (ft)7.5 (24.6)7.5 (24.6) Max.m (ft)50 (164.0)75 (246.0) Elevation m (ft)30 (98.4)30 (98.4) Chargeless m (ft)7.5 (24.6)7.5 (24.6) Min.mm2 0.75 0.75 Remark -F1,F2 F1,F2 -R410A R-410A kg 2.6 2.9 lbs 5.73 6.39 -0113FF-193572-275A5E-371700 0113FF-194593-276975-371700 -020010-100000-200000-300000 020010-100000-200000-300000 Φ,#,V,Hz 1,2,208-230,60 1,2,208-230,60 -F&T F&T Fin -Al Al Tube -Cu Cu -Green Hydrophile Green Hydrophile -Sirocco Sirocco EA 2 2 m3/min 22.0/20.5/19.0 23.5/21.3/19.8 ft³/min 777/724/671 830/752/699 l/s 367/342/317 392/355/330 External Static Pressue Min/Std/Max In Wg -- -BLDC BLDC W x n 58 x 1 58 x 1 Drain Φ, mm ID18 ID18 Sound Pressure Level H/M/L/Silent dB(A)49/47/45/37 51/48/46/38 Sound Power Level dB(A) kg(lbs)18.5 (40.8)18.5 (40.8) kg(lbs)22.0 (48.5)22.0 (48.5) mm 1,280 x 253 x 345 1,280 x 253 x 345 inch 50.39 x 9.96 x 13.58 50.39 x 9.96 x 13.58 mm 1,352 x 326 x 420 1,352 x 326 x 420 inch 53.23 x 12.83 x 16.54 53.23 x 12.83 x 16.54 External Dimension Net Weight Gross Weight Net Dimensions (WxHxD) Gross Dimensions (WxHxD) H/M/L Fan Motor Type Output Drain Pipe Sound Indoor Unit Power Supply Heat Exchanger Type Material Fin Treatment Fan Type Quantity Air Flow Rate Refrigerant Type Factory Charging Option Code Standard Install Pipe Connections Liquid Pipe Gas Pipe Heat Insulation Pipe Length (ODU-IDU) Wiring Connections Communication kW Current Input (Min/Std/Max)A Current Efficiency EER2 Mode Performance Capacity (Min/Std/Max) Cooling Heating Power Power Input (Min/Std/Max) Model Name Indoor Unit Outdooru Unit US Code Indoor Unit Outdooru Unit System 63 65 Page 185 of 322 2.8.c Packet Pg. 288 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 1. Specification Wall Mounted Type AC030BNTDCH/AA AC036BNTDCH/AA AC030BXADCH/AA AC036BXADCH/AA CNH30TDB CNH36TDB CXH30ADB CXH36ADB Casing -Plastic Plastic -DB96-24901P DB96-24901P - --- in / gal/h -- Additional Accessories -Washable Washable Φ,#,V,Hz 1,2,208-230,60 1,2,208-230,60 -Fin & Tube Fin & Tube Fin -Al Al Tube -Cu Cu -Anti-Corrosion Anti-Corrosion -UG8T300FUBJUSG UG5TK1450FJXSG -Twin BLDC Twin BLDC kW 2.82 4.19 Type -POE PVE Initial Charge cc (fl oz)1200 1700 -Propellar Propellar -Front Front EA 1 2 m3/min 76 100 ft³/min 2,684 3,532 l/s 1,267 1,667 -BLDC BLDC W x n 125 x 1 125 x 2 Cooling dB(A) Heating dB(A) Sound Power Level dB(A) kg(lbs)72.0 (158.7)86.0 (189.6) kg(lbs)77.0 (169.8)95.5 (210.5) mm 940 x 998 x 330 940 x 1,210 x 330 inch 37.01 x 39.29 x 12.99 37.00 x 47.64 x 12.99 mm 995 x 1,096 x 426 995 x 1,388 x 426 inch 39.17 x 43.15 x 16.77 39.17 x 54.65 x 16.77 Casing Material Body -Steel Steel ℃ (℉)-18~50 (0~122)-18~50 (0~122) ℃ (℉)-20~24 (-4~75)-20~24 (-4~75) Operating Temp. Range Cooling Heating Fan Motor Type Output Sound Sound Pressure Level External Dimension Net Weight Gross Weight Net Dimensions (WxHxD) Gross Dimensions (WxHxD) Type Output Oil Fan Type Discharge direction Quantity Air Flow Rate H/M/L Max.lifting Height / Displacement Air Filter Outdoor Unit Power Supply Heat Exchanger Type Material Fin Treatment Compressor Model US Code Indoor Unit Outdooru Unit Indoor Unit Material Control System Infrared remote control Wired remote control Drain Pump Drain Pump Model Name Indoor Unit Outdooru Unit NOTE •Specification may be subject to change without prior notice.1)Performances are based on the following test conditions.-Cooling : Indoor temperature : 80°F(26.7°C) DB, 67°F(19.4°C) WB, Outdoor temperature : 95°F(35°C) DB, 75°F(23.9°C) WB -Heating : Indoor temperature : 70°F(21.1°C) DB, 60°F(15.6°C) WB, Outdoor temperature : 47°F(8.3°C) DB, 43°F(6.1°C) WB -Equivalent refrigerant piping length 7.5m(24.6ft), Level differences : 0m(0ft))2)Select wire size based on the value of MCA3)Sound pressure level is obtained in an anechoic room.- Sound pressure level is a relative value, depending on the distance and acoustic environment.- Sound pressure level may differ depending on operation condition.- dBA = A-weighted sound pressure level / Reference acoustic pressure 0 dB = 20uPa4)Sound power level is an absolute value that a sound source generates.- dBA = A-weighted sound power level-Reference power : 1pW / Measured according to ISO 37415)These products contain R410A which is fluorinated greenhouse gas. 50 52 52 54 67 69 MWR-WG00UN / MWR-SH11UN MWR-WG00UN / MWR-SH11UN Page 186 of 322 2.8.c Packet Pg. 289 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Report Project Jaron BurbankCustomer: Francis AndersonProject Name: USA, Seattle-Tacoma, WALocation: 2023-10-11Date: Designer Name:Bryce Hobday bryce@cmswa.comPhone: bryce@cmswa.comEmail: Address: Software 2.0.0.96Version: 20231005-223223DB version: DVM Pro 2.0 Page 187 of 322 2.8.c Packet Pg. 290 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Table of Abbreviations DescriptionAbbreviation Additional RefrigerantAdd. Ref. Airflow ModeAM Block LoadBlock Load CM Cooling Operation Mode Correction CapacityCorr. Capa Correction Power InputCorr. PI CR Combination Ratio Dry Bulb TemperatureDB Design TemperatureDes Temp Dis. Temp. Op. WF Range Op. WT Range PHE Pipe Mat. PL PWL ODU Ref. Pipe SHC SPL TC WB 47/43, 120 Rq. Vent. Vol. Min. HOR Operating Temp. Range HM IDU EWT Equip. Name FR LWT Max. Capa Wet Bulb Temperature Required Ventilation Volume Total Capacity Equipment Name Discharge Temperature Sound Pressure Level Sensible Heat Capacity Flow Rate DB / WB, LWT (for DVM Chiller Heating capacity) Entering Water Temperature Heating Operation Mode Minimum Heating Operation Ratio Sound Power level Pressure Loss Indoor Unit Piping Material Leaving Water Temperature Plate Heat Exchanger Operating Temperature Range Operating Water Temperature Range Maximum Capacity Operating Water Flow Range Refrigerant Pipe Outdoor Unit Page 188 of 322 2.8.c Packet Pg. 291 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 0.001299.6960.00 518.43 40.0079.69 49.8440.0020.00 49.84 89.840.00 Wall-Mounted (WindFree) Wall-Mounted (WindFree) Floor Standing Floor Standing Floor Standing Floor Standing Floor Standing MCU (New), 12 Ports Y-joint Y-joint Outdoor joint Outdoor joint MCU (New), 8 Ports Wired remote controller Touch centralized controller BACnet Gateway Blue Diamond Maxi Blue Condensate Pump Refrigerant Length [ft] / Quantity [EA] Liquid Pipe Gas Pipe H.P. Gas 0.00 0.001299.69 0.00608.27 0.00 IDU Type Add. Ref. Accessory Pipe Mat. Controller MIM-B17BUN MWR-WG00UN MCU-S8NEK1UN 6.35(1/4'') MXJ-TA3819M MXJ-TA3100M BD-BLUE230 MXJ-YA3419M MXJ-YA3100M R410A AM024JNGDCH/AA AM018JNGDCH/AA AM012JNGDCH/AA AM009JNGDCH/AA Size AM006JNGDCH/AA AM015TNVDCH/AA AM012TNVDCH/AA MCU-S12NEK1UN MCM-A300UN 9.52(3/8'') 12.7(1/2'') 15.88(5/8'') 19.05(3/4'') 22.22(7/8'') Ref. Pipe Equipment List Type DescriptionModel Code DVM S2 Heat RecoveryAM096BXVGJR/AA ODU AM144BXVGJR/AA DVM S2 Heat Recovery AM168BXVGJR/AA DVM S2 Heat Recovery DVM S2 Heat RecoveryAM192BXVGJR/AA AM216BXVGJR/AA DVM S2 Heat Recovery DVM S2 Heat Recovery AM264BXVGJR/AA -AM096BXVGJR/AA x 1 -AM168BXVGJR/AA x 1 Wall-Mounted (WindFree)AM007TNVDCH/AA AM005TNVDCH/AA Wall-Mounted (WindFree) 1359.69 638.11 109.84 139.69 EA EA EA EA EA EA EA EA EA EA 14 1 1 31 12 4 1 12 1 4 EA 7 EA 97 EA 1 EA 1 EA 46 lbs 146.08 EA EA EA EA EA Unit EA EA EA EA EA 1 1 3 1 12 2 1 1 Qty. 6 3 DVM Pro 2.0 Total 1299.69 608.27 Page 189 of 322 2.8.c Packet Pg. 292 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Equipment List (Continued) Length [ft] / Quantity [EA] Gas PipeLiquid Pipe H.P. Gas 28.58(1 1/8'')0.00 139.69 69.84 34.92(1 3/8'')0.00 20.00 0.00 Ref. Pipe Type Size Total 209.53 20.00 DVM Pro 2.0 Page 190 of 322 2.8.c Packet Pg. 293 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) IDU-6 IDU-7.1 IDU-5.2 IDU-1.3 IDU-5.1 IDU-1.1 IDU-7 IDU-7.4 IDU-7.3 IDU-8 IDU-7.2 IDU-1.2 CM Max. Capa. [Btu/h] IDU 1F - - - - - - - - - - - - Outdoor Unit Model Code CR [%]Equip. Name 161031ODU-4 AM144BXVGJR/AA 114.93 Outdoor - CM 84.0 / 64.9 IDU-2.1 IDU-2.2 IDU-4 Equip. Name IDU-3 ODU-4 21.0 / 17.2 HM Piping System (ODU-4) Design Condition Design Condition (Air) Temperature (DB/WB) [°F] Altitude Correction Installation Room NameTypeFloor ODU 1F - - - - - HM AM009JNGDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA AM012JNGDCH/AA AM012JNGDCH/AA AM012JNGDCH/AA AM009JNGDCH/AA AM007TNVDCH/AA AM007TNVDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA Corr. Capa. [Btu/h] CM HM 185967 185967161031 80.6 / 66.2 Indoor CM AM018JNGDCH/AA AM018JNGDCH/AA Model Code AM006JNGDCH/AA AM006JNGDCH/AA AM144BXVGJR/AA HM 68.0 / 59.0 DVM Pro 2.0 Page 191 of 322 2.8.c Packet Pg. 294 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 9393 9393 7500 7500 9393 9393 9393 11893 9393 11893 11893 Accessory BD-BLUE230 BD-BLUE230 17840 5947 5947 Max. Capa. [Btu/h] TC CM RMC - --- ---- -- - -- - -BD-BLUE230 - ---BD-BLUE230 -BD-BLUE230- - - -BD-BLUE230-- 66.2 66.2 CM Des Temp[°F] WB 66.2 66.2 66.2 68.0 HM 68.0 DB 68.0 68.0 68.0 17840 9393 66.2 68.0 68.066.2 66.2 68.0 66.2 68.0H 66.2H 68.0 68.0H66.2 H 68.066.2 66.2 68.0 66.2 68.0H H 68.066.2 68.066.2 IDU-2.1 IDU-1.2 IDU-1.1 ODU-4 IDU-2.2 IDU-1.3 IDU-4 IDU-3 AM009JNGDCH/AA AM009JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA AM006JNGDCH/AA AM009JNGDCH/AA AM006JNGDCH/AA AM144BXVGJR/AA Address Main - - - - - - IDU-8 AM009JNGDCH/AA - - - - IDU-7.1 AM009JNGDCH/AA - - - - IDU-7.2 AM009JNGDCH/AA - - - - IDU-7.3 AM007TNVDCH/AA - - - - IDU-7.4 IDU-7.3 Equip. Name IDU-6 IDU-5.1 IDU-5.2 IDU-7.1 IDU-7.2 IDU-7 AM007TNVDCH/AA AM009JNGDCH/AA AM012JNGDCH/AA AM009JNGDCH/AA AM007TNVDCH/AA AM012JNGDCH/AA AM012JNGDCH/AA AM009JNGDCH/AA Model Code H H Accessory Piping (Continued) System (ODU-4) (Continued) Indoor Unit IDU-1.3 Equip. Name IDU-1.2 IDU-3 IDU-8 IDU-4 IDU-1.1 IDU-2.1 IDU-2.2 AM009JNGDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA AM006JNGDCH/AA AM018JNGDCH/AA AM006JNGDCH/AA Model Code AM018JNGDCH/AA H AM H H H H H H H 9223 7364 9223 7364 9223 9223 9223 9223 4909 7448 7448 7448 7448 7448 7448 4909 10539 8372 8372 10539 10539 10539 10539 10539 11678 9186 13652 11678 9186 13652 11678 9186 13652 7585 7585 5000 7585 9356 7585 7585 5000 7585 13860 8500 10700 8500 10700 10700 10700 10700 10700 9356 13860 9356 13860 4423 4423 SHC 7180 HM 7180 TC CM 5839 TC 5839 Corr. Capa. [Btu/h] 4343 SHC 4343 TC HM 7072 7072 14191 20480 17516 13933 20173 DVM Pro 2.0 7585 14191 10700 20480 9223 17516 7448 13933 10539 20173 Page 192 of 322 2.8.c Packet Pg. 295 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) RMC - - - - - - - - - - BD-BLUE230 Accessory BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230- Address - - - Main - - Min. HOR [%] - - - - - Block Load [Btu/h] CM - Restriction Value System Check Result Checklist Long pipe length is 60.98 ft (Restriction: 656.17 ft).656.17 ft 3280.84 ftTotal pipe length is 380.98 ft (Restriction: 3280.84 ft). 147.64 ftPipe length from first Y-Joint to the farthest IDU is 40.98 ft (Restriction: 147.64 ft). 361.00 ftHeight difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs). 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). 131.23 ftHeight difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft). 98.43 ftHeight difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft). 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). Height difference between MCUs is 0.00 ft (restriction: 98.43 ft).98.43 ft Piping (Continued) System (ODU-4) (Continued) Accessory Model CodeEquip. Name AM007TNVDCH/AAIDU-7.4 AM009JNGDCH/AAIDU-7 AM012JNGDCH/AAIDU-5.1 AM012JNGDCH/AAIDU-5.2 IDU-6 AM012JNGDCH/AA Combination Ratio Operation ModeModel Code CR [%] AM144BXVGJR/AA HR114.93 DVM Pro 2.0 - HM CM Max. Capacity [Btu/h] 161031 Design Result HM 185967 60.98 ft 380.98 ft 40.98 ft 0.00 ft 6.56 ft 0.00 ft 6.56 ft 6.56 ft 0.00 ft Page 193 of 322 2.8.c Packet Pg. 296 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-4) (Continued) Refrigerant Factory Charging and Additional Refrigerant Amount Refrigerant Amount [lbs] Factory Charging Refrigerant Amount 23.10 19.45Additional Refrigerant Amount Total 42.55 DVM Pro 2.0 Page 194 of 322 2.8.c Packet Pg. 297 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-4) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 195 of 322 2.8.c Packet Pg. 298 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-6) Design Condition Design Condition (Air) Outdoor HMCM Temperature (DB/WB) [°F] Altitude Correction Installation Room Name - FloorType ODU 1F 84.0 / 64.9 - IDU-21 IDU-25 Equip. Name ODU-6 IDU-28 IDU-20 IDU-19.1 IDU-19.2 21.0 / 17.2 IDU-30 IDU-24.2 IDU-24.1 IDU-23 IDU-22 IDU-26 IDU-29 IDU-9.2 IDU-27 IDU-9.1 CM Max. Capa. [Btu/h] IDU 1F - - - - - - - - - - - - - - - - Outdoor Unit Equip. Name Model Code CR [%] Indoor HMCM DVM Pro 2.0 80.6 / 66.2 AM144BXVGJR/AA AM012TNVDCH/AA AM009JNGDCH/AA AM015TNVDCH/AA Model Code AM018JNGDCH/AA AM015TNVDCH/AA AM012TNVDCH/AA 68.0 / 59.0 HM AM018JNGDCH/AA AM009JNGDCH/AA AM012TNVDCH/AA AM009JNGDCH/AA AM005TNVDCH/AA AM009JNGDCH/AA AM012TNVDCH/AA AM005TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA CM Corr. Capa. [Btu/h] HM 179110129.17AM144BXVGJR/AAODU-6 179110 202316202316 Page 196 of 322 2.8.c Packet Pg. 299 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 15000 Max. Capa. [Btu/h] TC CM 12000 HM 68.0 68.0 68.0 68.0 DB 68.0 15000 12000 9393 -BD-BLUE230--- - ---BD-BLUE230 - - -BD-BLUE230- ---BD-BLUE230- --BD-BLUE230-- 66.2 66.2 66.2 Des Temp[°F] CM 66.2 WB 66.2 66.2 66.2 68.0 68.0 17840 17840 -- -- -- - - --- - -- -- ---- - - -- H H 66.2H 66.2H H 66.2 H 66.2 H 66.2 66.2H 66.2H Address Main RMC -- - - H H H AM H H H 66.2 66.2 68.0 68.0 9393 9393 Accessory 68.0 68.0 68.0 68.0 68.0 68.0 68.0 Accessory 12000 12000 5000 12000 12000 9393 5000 IDU-27 IDU-23 IDU-24.1 IDU-24.2 IDU-29 IDU-9.2 IDU-30 IDU-9.1 ODU-6 IDU-20 Equip. Name IDU-22 Model Code AM012TNVDCH/AA AM144BXVGJR/AA AM005TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM009JNGDCH/AA AM009JNGDCH/AA AM005TNVDCH/AA AM009JNGDCH/AA IDU-21 AM012TNVDCH/AA IDU-19.1 AM015TNVDCH/AA IDU-19.2 AM015TNVDCH/AA IDU-28 AM009JNGDCH/AA IDU-25 AM018JNGDCH/AA IDU-26 AM018JNGDCH/AA IDU-27 AM009JNGDCH/AA IDU-9.1 AM009JNGDCH/AA IDU-9.2 AM009JNGDCH/AA IDU-29 AM005TNVDCH/AA Piping (Continued) System (ODU-6) (Continued) Indoor Unit Equip. Name Model Code IDU-20 AM012TNVDCH/AA HAM012TNVDCH/AAIDU-21 IDU-19.1 AM015TNVDCH/AA AM015TNVDCH/AAIDU-19.2 AM009JNGDCH/AAIDU-28 AM018JNGDCH/AAIDU-25 AM018JNGDCH/AAIDU-26 11602 4834 9082 11602 4834 11602 11602 7334 3287 3287 7735 7735 7735 7735 12984 12984 5578 12984 5578 10291 12984 SHC 8000 8000 13500 TC HM 13500 Corr. Capa. [Btu/h] CM 11602 TC 11602 7735 SHC 7735 12984 HM TC 12984 10100 17000 14503 9765 16350 DVM Pro 2.0 10100 7585 10700 17000 14503 9082 7334 9765 16350 10291 14191 14191 20480 20480 17248 17248 13720 13720 19697 19697 7585 7585 10700 10700 9082 9082 7334 7334 10291 10291 8000 7585 8000 8000 3400 8000 3400 5800 13500 13500 10700 13500 5800 13500 Page 197 of 322 2.8.c Packet Pg. 300 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) RMC - - - - - - - - - - CM Block Load [Btu/h] BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 Accessory BD-BLUE230 Total pipe length is 380.98 ft (Restriction: 3280.84 ft).3280.84 ft Pipe length from first Y-Joint to the farthest IDU is 40.98 ft (Restriction: 147.64 ft). 147.64 ft Height difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs).361.00 ft 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). Height difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft).131.23 ft 98.43 ftHeight difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft). 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). Height difference between MCUs is 0.00 ft (restriction: 98.43 ft).98.43 ft Combination Ratio Min. HOR [%] Operation ModeCR [%]Model Code -HR129.17AM144BXVGJR/AA - System Check Result Restriction ValueChecklist 656.17 ftLong pipe length is 60.98 ft (Restriction: 656.17 ft). Piping (Continued) System (ODU-6) (Continued) Accessory Address Model CodeEquip. Name Main - -AM012TNVDCH/AAIDU-22 --AM012TNVDCH/AAIDU-23 IDU-24.1 - -AM012TNVDCH/AA - -IDU-24.2 AM012TNVDCH/AA AM005TNVDCH/AAIDU-30 - - HM Max. Capacity [Btu/h] CM HM DVM Pro 2.0 380.98 ft 40.98 ft 0.00 ft 6.56 ft 0.00 ft 6.56 ft 6.56 ft 0.00 ft 179110-202316 Design Result 60.98 ft Page 198 of 322 2.8.c Packet Pg. 301 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-6) (Continued) Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount Factory Charging Refrigerant Amount 23.10 Additional Refrigerant Amount 21.95 45.05Total DVM Pro 2.0 Page 199 of 322 2.8.c Packet Pg. 302 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-6) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 200 of 322 2.8.c Packet Pg. 303 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-5) Design Condition Design Condition (Air) Outdoor HMCM Temperature (DB/WB) [°F] Altitude Correction Installation Room NameFloorType ODU -1F - - 84.0 / 64.9 IDU-13 IDU-17.1 IDU-11.4 IDU-11.2 IDU-11.3 IDU-11.1 ODU-5 Equip. Name 21.0 / 17.2 IDU-17.2 IDU-16 IDU-15 IDU-18 IDU-14 IDU-10.1 IDU-12 IDU-10.2 CM Max. Capa. [Btu/h] 202145 IDU Indoor Unit Equip. Name ODU-5 IDU-11.1 Equip. Name Outdoor Unit 1F Model Code AM024JNGDCH/AA Model Code AM168BXVGJR/AA - - - - - - - - - - - - - AM H 128.87 CR [%] Max. Capa. [Btu/h]Des Temp[°F] CM CMHM TCDBWB 68.0 2378766.2 2378768.0IDU-11.2 AM024JNGDCH/AA H 66.2 Indoor CM HM DVM Pro 2.0 80.6 / 66.2 AM024JNGDCH/AA AM007TNVDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM168BXVGJR/AA Model Code AM018JNGDCH/AA AM024JNGDCH/AA 68.0 / 59.0 233611 HM AM018JNGDCH/AA AM018JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM009JNGDCH/AA AM018JNGDCH/AA AM007TNVDCH/AA AM012JNGDCH/AA 202145 CM Corr. Capa. [Btu/h] 233611 HM Corr. Capa. [Btu/h] HMCMHM SHC TCTCTCSHC 18892 2239727600 17788 25974 18892 27600 22397 17788 25974 Page 201 of 322 2.8.c Packet Pg. 304 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 17840 5947 9393 11893 7500 17840 17840 5947 23787 TC CM - - - - BD-BLUE230 Accessory 68.0 68.0 68.0 68.0 HM DB 23787 Max. Capa. [Btu/h] 7500 17840 - - - - Accessory AM168BXVGJR/AAODU-5 AM024JNGDCH/AAIDU-11.1 IDU-10.1 IDU-10.2 IDU-12 AM012JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA H H H 66.2 CM 66.2 WB 66.2 Des Temp[°F] 66.2 66.2 66.2 66.2 68.0 68.0 68.0 68.0 68.0 IDU-14 AM007TNVDCH/AA H 66.2 68.0 IDU-15 AM006JNGDCH/AA H 66.2 68.0 IDU-16 AM006JNGDCH/AA H 66.2 68.0 Equip. Name Model Code Address Main RMC IDU-18 IDU-17.2 IDU-13 IDU-11.4 IDU-11.3 Equip. Name IDU-17.1 Piping (Continued) Indoor Unit System (ODU-5) (Continued) Model Code AM007TNVDCH/AA AM024JNGDCH/AA AM009JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA AM024JNGDCH/AA H H H H H H AM 66.2 66.2 7062 16798 11199 5599 16798 16798 8845 5599 13362 4165 4165 13362 7142 13362 4708 8809 6757 7999 19273 6757 19273 19273 10069 13043 5000 14191 4423 4423 14191 7585 14191 9356 10700 7180 20480 13860 8500 7180 20480 20480 18892 SHC HM TC 27600 TC Corr. Capa. [Btu/h] 22397 CM SHC 17788 TC 25974 HM DVM Pro 2.0 18892 14191 5000 27600 8500 22397 7062 4708 17788 25974 7999 20480 16798 13362 19273 - - - - - - - - - -BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 - - - - - - - - - - BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 BD-BLUE230 - - - - - - - - - - - - - - - - - - - - - - BD-BLUE230 BD-BLUE230 BD-BLUE230 --IDU-10.2 AM018JNGDCH/AA -AM012JNGDCH/AAIDU-12 - IDU-14 --AM007TNVDCH/AA IDU-15 --AM006JNGDCH/AA --IDU-16 AM006JNGDCH/AA AM024JNGDCH/AAIDU-11.2 AM024JNGDCH/AAIDU-11.3 AM024JNGDCH/AAIDU-11.4 IDU-13 AM007TNVDCH/AA IDU-17.1 AM018JNGDCH/AA IDU-17.2 AM018JNGDCH/AA IDU-18 AM009JNGDCH/AA IDU-10.1 AM018JNGDCH/AA Page 202 of 322 2.8.c Packet Pg. 305 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount Factory Charging Refrigerant Amount 23.10 22.15Additional Refrigerant Amount Total 45.25 Block Load [Btu/h] CM Total pipe length is 380.98 ft (Restriction: 3280.84 ft).3280.84 ft 147.64 ftPipe length from first Y-Joint to the farthest IDU is 40.98 ft (Restriction: 147.64 ft). 361.00 ftHeight difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs). 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). 131.23 ftHeight difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft). 98.43 ftHeight difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft). 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). Height difference between MCUs is 0.00 ft (restriction: 98.43 ft).98.43 ft Piping (Continued) System (ODU-5) (Continued) Combination Ratio Min. HOR [%] Operation ModeCR [%]Model Code -HR128.87AM168BXVGJR/AA - System Check Result Checklist Restriction Value Long pipe length is 60.98 ft (Restriction: 656.17 ft).656.17 ft HM Max. Capacity [Btu/h] CM HM DVM Pro 2.0 380.98 ft 40.98 ft 0.00 ft 6.56 ft 0.00 ft 6.56 ft 6.56 ft 0.00 ft 202145-233611 Design Result 60.98 ft Page 203 of 322 2.8.c Packet Pg. 306 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-5) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 204 of 322 2.8.c Packet Pg. 307 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) IDU-32.3 IDU-32.2 Equip. Name IDU-32.1 IDU-31.3 IDU-34 IDU-31.2 IDU-31.1 ODU-7.1 IDU-33 Installation Type Floor Room Name ODU 1F - IDU - 1F - - - - - - - IDU-35- Piping (Continued) System (ODU-7.1) Design Condition Outdoor Design Condition (Air) CM HM 84.0 / 64.9 21.0 / 17.2Temperature (DB/WB) [°F] Altitude Correction - AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM216BXVGJR/AA AM024JNGDCH/AA Model Code AM005TNVDCH/AA AM007TNVDCH/AA Indoor CM HM 80.6 / 66.2 68.0 / 59.0 DVM Pro 2.0 2378766.2 68.0 66.2HAM024JNGDCH/AAIDU-31.3 HAM024JNGDCH/AAIDU-32.1 68.0 68.0 HM 68.0 DB 247389 CM Max. Capa. [Btu/h] 23787 23787 CM 23787 TC Max. Capa. [Btu/h] Outdoor Unit Equip. Name CR [%]Model Code 116.90AM216BXVGJR/AAODU-7.1 Indoor Unit Des Temp[°F] Model Code AMEquip. Name CM WB AM024JNGDCH/AA 66.2IDU-31.1 H AM024JNGDCH/AA 66.2IDU-31.2 H IDU-40.1- -IDU-40.2 IDU-40.3- 18892 27600 23504 18667 27080 284829 HM SHC 18892 TC HM 27600 Corr. Capa. [Btu/h] 247389 CM CM TC Corr. Capa. [Btu/h] 23504 SHC 18667 HM 284829 HM 27080 TC 18892 18892 27600 27600 23504 23504 18667 18667 27080 27080 AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA Page 205 of 322 2.8.c Packet Pg. 308 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CM Max. Capa. [Btu/h] 23787 TC Des Temp[°F] 66.2 WB 66.2 68.0 HM DB 68.0 68.0 23787 23787 68.0 5000 Piping (Continued) System (ODU-7.1) (Continued) Indoor Unit Equip. Name Model Code AM CM IDU-32.2 HAM024JNGDCH/AA 66.2HIDU-32.3 AM024JNGDCH/AA - - - - - - 68.0 68.0 68.0 68.0 Accessory 23787 23787 23787 7500 - - - - - - - - - - - - - - - - - - - - - IDU-33 H 66.2AM024JNGDCH/AA AM005TNVDCH/AAIDU-34 H 66.2IDU-35 HAM007TNVDCH/AA IDU-40.1 AM024JNGDCH/AA H 66.2 66.2IDU-40.2 HAM024JNGDCH/AA 66.2IDU-40.3 HAM024JNGDCH/AA Model CodeEquip. Name Address RMCMain Accessory IDU-34 IDU-33 ODU-7.1 IDU-32.3 IDU-32.2 IDU-31.1 IDU-31.2 IDU-32.1 IDU-31.3 AM005TNVDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM216BXVGJR/AA AM024JNGDCH/AA AM024JNGDCH/AA - - - - - - - - - -- - -AM007TNVDCH/AAIDU-35 - -- -AM024JNGDCH/AAIDU-40.1 IDU-40.2 ---AM024JNGDCH/AA - AM024JNGDCH/AAIDU-40.3 - - - - Combination Ratio Block Load [Btu/h]Min. HOR [%] Operation ModeCR [%]Model Code CM --HRAM216BXVGJR/AA 116.90 SHC 18892 27600 TC HM 23504 TC CM Corr. Capa. [Btu/h] SHC 18667 TC 27080 HM DVM Pro 2.0 18892 18892 27600 27600 23504 23504 18667 18667 27080 27080 3400 5800 4941 3360 5691 18892 18892 18892 5000 27600 8500 27600 27600 7411 23504 23504 23504 4941 18667 18667 18667 27080 27080 27080 8340 Max. Capacity [Btu/h] CMHM HM 247389-284829 Page 206 of 322 2.8.c Packet Pg. 309 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Height difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft).131.23 ft Height difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft).98.43 ft Height difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft).49.21 ft 98.43 ftHeight difference between MCUs is 0.00 ft (restriction: 98.43 ft). Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount 34.20Factory Charging Refrigerant Amount Additional Refrigerant Amount 15.70 Total 49.90 System (ODU-7.1) (Continued) System Check Result Restriction ValueChecklist Long pipe length is 20.18 ft (Restriction: 656.17 ft).656.17 ft 3280.84 ftTotal pipe length is 138.29 ft (Restriction: 3280.84 ft). Pipe length from first Y-Joint to the farthest IDU is 10.33 ft (Restriction: 147.64 ft). 147.64 ft Height difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs).361.00 ft 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). Piping (Continued) 0.00 ft 6.56 ft 6.56 ft 0.00 ft Design Result 20.18 ft 138.29 ft 10.33 ft 0.00 ft 6.56 ft DVM Pro 2.0 Page 207 of 322 2.8.c Packet Pg. 310 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-7.1) (Continued) Piping Diagram DVM Pro 2.0 -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. Page 208 of 322 2.8.c Packet Pg. 311 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 23787 TC 23787 Max. Capa. [Btu/h] CM 66.2 WB 68.0 68.0 DB HM 68.0 68.0 23787 23787 IDU-36.3 IDU-39.1 IDU-37.5 IDU-39.2 IDU-37.6 IDU-39.3 IDU-36.2 IDU-36.1 CM Max. Capa. [Btu/h] 210949 Outdoor - 84.0 / 64.9 CM IDU-37.2 ODU-7.2 Equip. Name IDU-37.4 IDU-37.1 IDU-37.3 HM 21.0 / 17.2 Outdoor Unit Equip. Name CR [%]Model Code ODU-7.2 112.50AM192BXVGJR/AA Indoor Unit Des Temp[°F] Equip. Name AMModel Code CM AM024JNGDCH/AA HIDU-37.1 66.2AM024JNGDCH/AAIDU-37.2 H AM024JNGDCH/AAIDU-37.3 66.2H 66.2IDU-37.4 HAM024JNGDCH/AA Installation Room NameTypeFloor ODU -1F IDU - 1F - - - - - - - - - - - Piping (Continued) System (ODU-7.2) Design Condition Design Condition (Air) Temperature (DB/WB) [°F] Altitude Correction SHC 18892 18892 HM 27600 27600 TC Corr. Capa. [Btu/h] 23369 TC 23369 CM 18560 SHC 18560 27388 HM TC 27388 18892 18892 27600 27600 23369 23369 18560 18560 27388 27388 HM AM012TNVDCH/AA AM012TNVDCH/AA AM024JNGDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM024JNGDCH/AA AM012TNVDCH/AA CM Corr. Capa. [Btu/h] HM 244702 210949 244702 Indoor CM 80.6 / 66.2 AM024JNGDCH/AA AM024JNGDCH/AA AM192BXVGJR/AA Model Code AM024JNGDCH/AA AM024JNGDCH/AA 68.0 / 59.0 HM DVM Pro 2.0 Page 209 of 322 2.8.c Packet Pg. 312 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Combination Ratio Block Load [Btu/h]Min. HOR [%] CM --HR112.50AM192BXVGJR/AA -- - -- - - -- - - - --- - - - RMC - - - - - - 68.0 - - Accessory 12000 - H Address Main - - - - - - - - - - 66.2 - - - - - - 12000 Max. Capa. [Btu/h] IDU-37.5 IDU-39.3 IDU-39.2 IDU-39.1 IDU-36.3 IDU-36.2 IDU-36.1 Model Code IDU-37.6 AM012TNVDCH/AA AM012TNVDCH/AA AM024JNGDCH/AA AM012TNVDCH/AA AM024JNGDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA AM012TNVDCH/AA CR [%]Operation Mode - - - - - - - - HM 68.0 68.0 68.0 68.0 DB 68.0 23787 23787 TC 12000 CM 12000 66.2 Des Temp[°F] CM WB 66.2 66.2 66.2 66.2 66.2 66.2 68.0 68.0 12000 12000 IDU-39.1 HAM012TNVDCH/AA HIDU-39.2 AM012TNVDCH/AA IDU-39.3 AM012TNVDCH/AA Accessory Model CodeEquip. Name ODU-7.2 AM192BXVGJR/AA IDU-37.1 AM024JNGDCH/AA IDU-37.2 AM024JNGDCH/AA IDU-37.3 AM024JNGDCH/AA IDU-37.4 -AM024JNGDCH/AA Piping (Continued) System (ODU-7.2) (Continued) Indoor Unit Model Code AMEquip. Name AM024JNGDCH/AA HIDU-37.5 HIDU-37.6 AM024JNGDCH/AA IDU-36.1 HAM012TNVDCH/AA IDU-36.2 HAM012TNVDCH/AA HAM012TNVDCH/AAIDU-36.3 Max. Capacity [Btu/h] CMHM HM 210949-244702 8000 13500 11789 7859 13396 18892 18892 SHC 27600 HM TC 27600 23369 Corr. Capa. [Btu/h] 23369 TC CM 18560 18560 SHC TC 27388 HM 27388 8000 13500 11789 7859 13396 8000 8000 13500 13500 11789 11789 7859 7859 13396 13396 8000 8000 13500 13500 11789 11789 7859 7859 13396 13396 DVM Pro 2.0 Page 210 of 322 2.8.c Packet Pg. 313 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-7.2) (Continued) System Check Result Checklist Restriction Value Long pipe length is 40.49 ft (Restriction: 656.17 ft).656.17 ft 3280.84 ftTotal pipe length is 280.49 ft (Restriction: 3280.84 ft). 147.64 ftPipe length from first Y-Joint to the farthest IDU is 20.49 ft (Restriction: 147.64 ft). Height difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs).361.00 ft Design Result DVM Pro 2.0 40.49 ft 280.49 ft 20.49 ft 0.00 ft Height difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs).361.00 ft Height difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft).131.23 ft Height difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft).98.43 ft 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). Height difference between MCUs is 0.00 ft (restriction: 98.43 ft).98.43 ft Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount 27.60Factory Charging Refrigerant Amount 19.57Additional Refrigerant Amount Total 47.17 6.56 ft 0.00 ft 6.56 ft 6.56 ft 0.00 ft Page 211 of 322 2.8.c Packet Pg. 314 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-7.2) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 212 of 322 2.8.c Packet Pg. 315 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 79233 TC 15000 5947 CM Max. Capa. [Btu/h] 5947 Equip. Name IDU-47 IDU-46 IDU-45 IDU-48 ODU-7.3 IDU-41 IDU-43 IDU-42 IDU-38 IDU-44 CM Max. Capa. [Btu/h] 66.2 66.2 Des Temp[°F] 66.2 66.2 WB 66.2 66.2 CM DB 68.0 68.0 68.0 68.0 68.0 HM 68.0 5947 5947 5947IDU-46 IDU-45 IDU-44 IDU-43 IDU-42 IDU-41 AM006JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM015TNVDCH/AA AM006JNGDCH/AA H H H H H H Installation Equip. Name Indoor Unit ODU-7.3 Equip. Name Outdoor Unit IDU IDU-38 Type ODU 1F 1F Floor Model Code Model Code AM096BXVGJR/AA - - - - - - Room Name - - - - AM 84.38 CR [%] AM006JNGDCH/AA H 66.2 68.0 5947 Piping (Continued) System (ODU-7.3) Design Condition Outdoor Design Condition (Air) HMCM 21.0 / 17.284.0 / 64.9Temperature (DB/WB) [°F] -Altitude Correction 10100 4423 4423 94148 SHC 7180 17000 7180 TC HM 79233 Corr. Capa. [Btu/h] CM TC 5859 14780 4358 9952 SHC 94148 TC HM 16872 7126 5859 4358 7126 7180 5859 4358 7126 7180 5859 4358 7126 7180 5859 4358 7126 HM AM096BXVGJR/AA AM006JNGDCH/AA Model Code AM006JNGDCH/AA AM024JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM015TNVDCH/AA AM006JNGDCH/AA Corr. Capa. [Btu/h] CM HM 4423 4423 4423 4423 7180 5859 4358 7126 Indoor CM HM 68.0 / 59.080.6 / 66.2 DVM Pro 2.0 Page 213 of 322 2.8.c Packet Pg. 316 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Max. Capa. [Btu/h] 23787 594766.2 66.2 68.0 68.0 Des Temp[°F] CM WB DB HM CM TC Equip. Name Indoor Unit System (ODU-7.3) (Continued) Piping (Continued) IDU-47 IDU-48 AM006JNGDCH/AA AM024JNGDCH/AA Model Code H H AM 4423 18892 HM 27600 7180 TC TC CM 5859 23438 Corr. Capa. [Btu/h] 4358 18615 SHC HM 27393 7126 TCSHC DVM Pro 2.0 - - RMC - - - - - - - - - Accessory -- Main - - - - - - - - - - - - - - - - - - - System Check Result Checklist Restriction Value Long pipe length is 40.49 ft (Restriction: 656.17 ft).656.17 ft Total pipe length is 280.49 ft (Restriction: 3280.84 ft).3280.84 ft 147.64 ftPipe length from first Y-Joint to the farthest IDU is 20.49 ft (Restriction: 147.64 ft). IDU-46 AM006JNGDCH/AA -AM006JNGDCH/AAIDU-47 ---AM024JNGDCH/AAIDU-48 - Combination Ratio CR [%]Operation ModeModel Code Block Load [Btu/h]Min. HOR [%] CM --HR84.38AM096BXVGJR/AA Accessory Equip. Name Model Code Address ODU-7.3 AM096BXVGJR/AA -IDU-38 AM006JNGDCH/AA -AM015TNVDCH/AAIDU-41 AM006JNGDCH/AAIDU-42 IDU-43 AM006JNGDCH/AA - AM006JNGDCH/AAIDU-44 AM006JNGDCH/AAIDU-45 Design Result 40.49 ft 280.49 ft 20.49 ft Max. Capacity [Btu/h] CMHM HM 79233-94148 Page 214 of 322 2.8.c Packet Pg. 317 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). 131.23 ftHeight difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft). Height difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft).98.43 ft 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). 98.43 ftHeight difference between MCUs is 0.00 ft (restriction: 98.43 ft). Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount Factory Charging Refrigerant Amount 17.60 Additional Refrigerant Amount 11.13 Total 28.73 Piping (Continued) System (ODU-7.3) (Continued) System Check Result Restriction ValueChecklist 361.00 ftHeight difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs). 6.56 ft 0.00 ft 6.56 ft 6.56 ft 0.00 ft Design Result 0.00 ft DVM Pro 2.0 Page 215 of 322 2.8.c Packet Pg. 318 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-7.3) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 216 of 322 2.8.c Packet Pg. 319 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Outdoor Piping (Continued) System (ODU-8) Design Condition Design Condition (Air) Indoor DVM Pro 2.0 Max. Capa. [Btu/h] 319427 CM IDU-54.3 IDU-54.4 IDU-56 IDU-57 IDU-50 IDU-53 IDU-55.1 IDU-55.2 IDU-55.3 IDU-55.4 IDU-55.5 IDU-55.6 IDU-51.1 IDU-51.2 84.0 / 64.9 CM - IDU-54.2 IDU-52.2 IDU-52.1 IDU-54.1 ODU-8 Equip. Name 21.0 / 17.2 HM Outdoor Unit ODU-8 AM264BXVGJR/AA CR [%] 127.84 - - - - - - - - - - Room Name - - - - - - - - - Type Floor ODU 1F IDU 1F Equip. Name Model Code Installation Temperature (DB/WB) [°F] Altitude Correction 366113 HM CM Corr. Capa. [Btu/h] 319427 366113 HM AM024JNGDCH/AA AM024JNGDCH/AA AM007TNVDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM006JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM024JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA 80.6 / 66.2 CM AM024JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA Model Code AM024JNGDCH/AA AM264BXVGJR/AA HM 68.0 / 59.0 Page 217 of 322 2.8.c Packet Pg. 320 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) 23787 23787 23787 5947 5947 66.2 66.2 - - - - RMC - - - 68.0 - - 68.0 17840 17840 - 66.2 66.2 66.2 66.2 66.2 66.2 66.2 66.2 68.0 68.0 68.0 68.0 68.0 68.0 68.0 68.0 23787 23787 23787 Accessory 68.0 68.0 68.0 68.0 68.0 HM 68.0 DB 68.0 5947 17840 23787 7500 TC CM Max. Capa. [Btu/h] 23787 23787 17840 IDU-54.3 AM024JNGDCH/AA - --- -- -IDU-54.4 AM024JNGDCH/AA - ---AM007TNVDCH/AA -IDU-56 -AM006JNGDCH/AA -IDU-57 -- - --IDU-50 -AM006JNGDCH/AA IDU-54.2 ODU-8 IDU-54.1 IDU-51.1 IDU-52.1 IDU-52.2 IDU-51.2 Equip. Name Accessory AM024JNGDCH/AA Model Code AM018JNGDCH/AA AM018JNGDCH/AA AM264BXVGJR/AA AM018JNGDCH/AA AM018JNGDCH/AA AM024JNGDCH/AA - - - - - Main H H Address - - - - - AM006JNGDCH/AAIDU-50 H HIDU-53 AM006JNGDCH/AA IDU-55.1 AM024JNGDCH/AA H HAM024JNGDCH/AAIDU-55.2 IDU-55.3 AM024JNGDCH/AA H IDU-55.4 HAM024JNGDCH/AA HAM024JNGDCH/AAIDU-55.5 AM024JNGDCH/AA HIDU-55.6 IDU-54.1 IDU-52.2 IDU-52.1 Equip. Name Indoor Unit System (ODU-8) (Continued) Piping (Continued) IDU-54.2 Model Code AM024JNGDCH/AA AM018JNGDCH/AA AM018JNGDCH/AA H AM H H Des Temp[°F] 66.2 66.2 66.2 WB CM AM024JNGDCH/AA H 66.2 68.0 23787 IDU-54.3 AM024JNGDCH/AA H 66.2 IDU-54.4 AM024JNGDCH/AA H 66.2 IDU-56 AM007TNVDCH/AA H 66.2 IDU-57 AM006JNGDCH/AA H 66.2 5678 17033 5678 5678 22710 22710 7161 22710 13549 18037 18037 4223 4223 18037 4774 4223 26046 6776 8021 26046 26046 6776 6776 19327 22710 18037 26046 22710 18037 26046 22710 18037 26046 22710 18037 26046 22710 18037 26046 22710 18037 26046 17033 13549 19327 17033 13549 19327 14191 SHC HM 20480 TC Corr. Capa. [Btu/h] TC CM 17033 13549 SHC 19327 HM TC DVM Pro 2.0 18892 18892 4423 4423 18892 27600 27600 27600 7180 7180 8500 27600 27600 27600 7180 20480 18892 18892 18892 27600 27600 27600 14191 20480 14191 20480 18892 18892 5000 4423 18892 14191 18892 27600 22710 18037 26046 Page 218 of 322 2.8.c Packet Pg. 321 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Checklist Restriction Value 656.17 ftLong pipe length is 72.30 ft (Restriction: 656.17 ft). 3280.84 ftTotal pipe length is 522.64 ft (Restriction: 3280.84 ft). 147.64 ftPipe length from first Y-Joint to the farthest IDU is 41.48 ft (Restriction: 147.64 ft). 361.00 ftHeight difference between ODU and IDU is 0.00 ft (restriction: 361.00 ft) (ODU higher than IDUs). 361.00 ftHeight difference between ODU and IDU is 6.56 ft (restriction: 361.00 ft) (ODU lower than IDUs). 131.23 ftHeight difference between IDUs when there is no wall mounts with EEV is 0.00 ft (restriction: 131.23 ft). 98.43 ftHeight difference between IDUs when there are wall mounts with EEV is 6.56 ft (restriction: 98.43 ft). - - - - RMC - - - - - - - - Accessory - - - - - - - - - - - - - - - - - - Combination Ratio Block Load [Btu/h]Min. HOR [%] Operation ModeCR [%]Model Code CM AM264BXVGJR/AA 127.84 HR -- System Check Result Piping (Continued) System (ODU-8) (Continued) Accessory Address Equip. Name Model Code Main IDU-53 AM006JNGDCH/AA IDU-55.1 AM024JNGDCH/AA AM024JNGDCH/AAIDU-55.2 -IDU-55.3 AM024JNGDCH/AA AM024JNGDCH/AA -IDU-55.4 AM024JNGDCH/AA -IDU-55.5 AM024JNGDCH/AAIDU-55.6 - -IDU-51.1 AM018JNGDCH/AA AM018JNGDCH/AAIDU-51.2 - Design Result 72.30 ft 522.64 ft 41.48 ft 0.00 ft 6.56 ft 0.00 ft 6.56 ft DVM Pro 2.0 Max. Capacity [Btu/h] CMHM HM 366113319427- Page 219 of 322 2.8.c Packet Pg. 322 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) DVM Pro 2.0 System (ODU-8) (Continued) System Check Result Restriction ValueChecklist 49.21 ftHeight difference between the lowest IDU and the highest wall mount with EEV is 6.56 ft (restriction: 49.21 ft). Height difference between MCUs is 0.00 ft (restriction: 98.43 ft).98.43 ft Refrigerant Refrigerant Amount [lbs]Factory Charging and Additional Refrigerant Amount 40.70Factory Charging Refrigerant Amount 36.14Additional Refrigerant Amount Total 76.84 Design Result 6.56 ft 0.00 ft Page 220 of 322 2.8.c Packet Pg. 323 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Piping (Continued) System (ODU-8) (Continued) Piping Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 221 of 322 2.8.c Packet Pg. 324 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring and Controller Wiring and Controller Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 222 of 322 2.8.c Packet Pg. 325 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Controller Controller Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 223 of 322 2.8.c Packet Pg. 326 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-4) Wiring Diagram DVM Pro 2.0 -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. Page 224 of 322 2.8.c Packet Pg. 327 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-6) Wiring Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 225 of 322 2.8.c Packet Pg. 328 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-5) Wiring Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 226 of 322 2.8.c Packet Pg. 329 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-7.1) Wiring Diagram DVM Pro 2.0 -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. Page 227 of 322 2.8.c Packet Pg. 330 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-7.2) Wiring Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 228 of 322 2.8.c Packet Pg. 331 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-7.3) Wiring Diagram -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. DVM Pro 2.0 Page 229 of 322 2.8.c Packet Pg. 332 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring System (ODU-8) Wiring Diagram DVM Pro 2.0 -The above system configuration may differ from The actual installation conditions. Please refer to The installation manual for full details. Page 230 of 322 2.8.c Packet Pg. 333 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in in W EA W G CFM lbs A Btu/h Btu/h Btu/h Btu/h Type Fan Discharge direction HighAir Flow Rate MaxExternal Static Pressure Type Fan Motor Quantity Output Piping Connections Type Liquid Pipe Diameter Type Gas Pipe inDiameter Type High Pressure Gas Pipe Diameter Min.Wiring connections Communication ㎟ Comm.Layer Type Refrigerant Factory Charging Product Specification ODU-4 Outdoor Unit Model Name Module Power Supply Ø, #, V, Hz Mode Ton MCA AMOP Body Base Type Fin Tube Fin Treatment Quantity EA Performance Power Casing Heat Exchanger Compressor Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated 0.75 F1,F2 R410A 1/2'' Welding 1 1/8'' Welding Welding 620 2 BLDC 0.43 10171.00 Top discharge Propeller 7/8'' 23.10 Cu Al Anti-corrosion Fin & Tube 3 | 3 | 460 | 60 GI Steel Plate GI Steel Plate 35.00 26.20 162000 138000 144000 12 Single HR AM144BXVGJR/AA 154000 2 DVM Pro 2.0 Page 231 of 322 2.8.c Packet Pg. 334 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °F in °F °F in in in in °F dB(A) in lbs dB(A) lbs Product Specification ODU-4 (Continued) Outdoor Unit Sound CoolingSound Pressure CoolingSound Power Level External Dimension Net Weight Shipping Weight Net Dimensions W H D Shipping Dimensions W H D Min. Operating Temp. Range Cooling Max. Min. Heating Max. 30.00 60 -22.0 81 122.0 664.00 53.00 5.0 51.00 32.00 74.00 66.00 626.00 75.0 DVM Pro 2.0 Page 232 of 322 2.8.c Packet Pg. 335 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) W CFM EA CFM CFM kW A Heat Exchanger Material Type Fan Air Flow Rate Quantity Fan Motor Output Liquid Pipe Piping Connections Gas Pipe Drain Pipe CommunicationWiring connections Refrigerant Type Control Type Sound Sound Pressure Level High Mid Comm.Layer Min. Diameter Diameter Fin Type Tube Diameter High Type Low Mid dB(A) dB(A) in AWG in Product Specification ODU-4 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode MBH Btu/h Btu/h kW A AMOP EA A Type Performance Power Capacity Power Input Current Input Current Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 37 EEV included R410A 141.26 105.94 F1, F2 1 2 X 16 AWG SHIELDED 50 ID18 HOSE Flaring 1/2'' Flaring 1/4'' 33 6 AM006JNGDCH/AA 176.57 6000 Sirocco 6700 15.00 0.20 1 | 2 | 208-230 | 60 0.035 0.20 Al Fin & Tube HP/HR 1 0.035 Cu 0.20 DVM Pro 2.0 Sound Power Level Low Cooling dB(A) dB(A) 30 55 Page 233 of 322 2.8.c Packet Pg. 336 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-4 (Continued) Indoor Unit lbsNet Weight Shipping Weight lbs W in H in D in W in H in D in External Dimension Net Dimensions Shipping Dimensions 46.02 23.62 8.66 49.41 27.17 12.20 57.32 65.04 DVM Pro 2.0 Page 234 of 322 2.8.c Packet Pg. 337 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in in W EA CFM CFM CFM Btu/h Btu/h kW kW A A EA A Wiring connections AWG Communication Min. Comm.Layer Refrigerant Type Control Type Sound dB(A)HighSound Pressure Level dB(A)Mid dB(A)Low Sound Power Level Cooling dB(A) Heat Exchanger Fin Material Tube Fan Type High Air Flow Rate Mid Low Quantity Fan Motor Output Piping Connections Type Liquid Pipe Diameter Type Gas Pipe Diameter DiameterDrain Pipe Product Specification ODU-4 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode MBH MOP A Type Performance Power Capacity Power Input Current Input Current Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Flaring Al Cu R410A Sirocco F1, F2 494.41 2 X 16 AWG SHIELDED ID18 HOSE 388.46 1/2'' Flaring 1 1/4'' 10 547.38 EEV included 37 33 30 55 18000 20000 0.110 0.110 0.53 0.53 1 0.53 DVM Pro 2.0 AM018JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR 18 15.00 Fin & Tube Page 235 of 322 2.8.c Packet Pg. 338 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-4 (Continued) Indoor Unit Net Weight lbs External Dimension lbsShipping Weight Net Dimensions inW H in D in Shipping Dimensions W in inH inD 69.45 80.47 57.05 23.62 8.66 60.43 27.17 12.20 DVM Pro 2.0 Page 236 of 322 2.8.c Packet Pg. 339 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Wiring connections Min. Communication Comm.Layer Type Refrigerant Control Type HighSound Pressure LevelSound dB(A)Mid Low dB(A) CoolingSound Power Level dB(A) AWG dB(A) in in W EA CFM CFM CFM Ø, #, V, Hz Heat Exchanger Fin Material Tube Type Fan High Air Flow Rate Mid Low Fan Motor Quantity Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter DiameterDrain Pipe Product Specification ODU-4 (Continued) Indoor Unit Model Name Power Supply Mode MBH Btu/h Btu/h kW kW A A AMOP EA A Type Performance Power Capacity Power Input Current Input Current Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 37 EEV included 194.23 R410A F1, F2 158.92 2 X 16 AWG SHIELDED 1 10 ID18 HOSE Flaring 1/2'' 1/4'' Flaring 33 30 55 AM009JNGDCH/AA 247.20 1 | 2 | 208-230 | 60 Sirocco HP/HR Cu 0.040 9 0.22 9500 Fin & Tube 0.22 10500 1 0.040 15.00 Al 0.22 DVM Pro 2.0 Page 237 of 322 2.8.c Packet Pg. 340 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-4 (Continued) Indoor Unit External Dimension lbsNet Weight lbsShipping Weight Net Dimensions inW H in inD W in Shipping Dimensions H in inD DVM Pro 2.0 57.32 65.04 46.02 23.62 8.66 49.41 27.17 12.20 Page 238 of 322 2.8.c Packet Pg. 341 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) EA A CFM W A A CFM EA A A CFM kW Ø, #, V, Hz Btu/h kW Btu/h Fan Motor Quantity Output Product Specification ODU-4 (Continued) Indoor Unit Model Name Power Supply Mode Performance MBH Power MCA MOP Heat Exchanger Type Fin Tube Fin Treatment Type Fan High Mid Low Type Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 27 Crossflow Fan BLDC 158.90 201.30 1 176.60 8500 AM007TNVDCH/AA 0.024 Green Hydrophile 0.024 Cu 1 | 2 | 208-230 | 60 HP/HR Al F&T 7 0.16 0.16 7500 1 15.00 0.20 0.16 DVM Pro 2.0 dB(A) in Type Refrigerant Control Type Sound Sound Pressure High Type Liquid Pipe Piping Connections Diameter Type Gas Pipe Diameter in DiameterDrain Pipe Wiring connections Communication Min.AWG Comm.Layer EEV included 34 R410A Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 Page 239 of 322 2.8.c Packet Pg. 342 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in in in in lbs in dB(A) in lbs dB(A) dB(A) Product Specification ODU-4 (Continued) Indoor Unit Sound Sound Pressure Level Mid Low Sound Power Level Cooling External Dimension Net Weight Shipping Weight W Net Dimensions H D W Shipping Dimensions H D 11.40 34.60 8.50 23.10 30 11.80 32.30 51 14.80 19.80 32 DVM Pro 2.0 Page 240 of 322 2.8.c Packet Pg. 343 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) dB(A) AWG dB(A) in dB(A) in CFM W EA dB(A) A CFM A A CFM kW kW Btu/h Ø, #, V, Hz Btu/h Fan Air Flow Rate Low Quantity Fan Motor Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter Drain Pipe Diameter Communication Min.Wiring connections Comm.Layer Refrigerant Type Control Type Sound HighSound Pressure Level Mid Low Sound Power Level Cooling Product Specification ODU-4 (Continued) Indoor Unit Model Name Power Supply Mode MBH MOP EA A Type Fin Tube Type High Mid Performance Power Heat Exchanger Capacity Power Input Current Input Current Material Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 33 37 30 ID18 HOSE R410A F1, F2 2 X 16 AWG SHIELDED 1/2'' Flaring 1/4'' Flaring 10 1 211.89 EEV included 55 353.15 AM012JNGDCH/AA 1 | 2 | 208-230 | 60 Sirocco HP/HR Cu 0.050 12 0.24 12000 Fin & Tube 13500 0.24 1 0.050 15.00 Al 0.24 300.17 DVM Pro 2.0 Page 241 of 322 2.8.c Packet Pg. 344 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-4 (Continued) Indoor Unit lbs External Dimension Net Weight lbsShipping Weight inW Net Dimensions inH D in in Shipping Dimensions W inH inD 57.32 65.04 46.02 23.62 8.66 49.41 27.17 12.20 DVM Pro 2.0 Page 242 of 322 2.8.c Packet Pg. 345 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in ㎟ in W EA CFM lbs W G A A Btu/h Btu/h Btu/h Btu/h Fan Type Discharge direction HighAir Flow Rate MaxExternal Static Pressure Fan Motor Type Quantity Output Piping Connections Type Liquid Pipe Diameter Type Gas Pipe Diameter High Pressure Gas Pipe Type Diameter in CommunicationWiring connections Min. Comm.Layer Type Refrigerant Factory Charging Product Specification ODU-6 Outdoor Unit Model Name Module Power Supply Ø, #, V, Hz Mode Ton MCA MOP Body Base Type Fin Tube Fin Treatment EAQuantity Performance Power Casing Heat Exchanger Compressor Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated 1/2'' Propeller Top discharge R410A F1,F2 10171.00 BLDC 0.75 7/8'' Welding 2 620 1 1/8'' Welding Welding 0.43 23.10 Al Cu Fin & Tube AM144BXVGJR/AA 3 | 3 | 460 | 60 GI Steel Plate 35.00 26.20 Anti-corrosion 162000 138000 144000 12 HR Single GI Steel Plate 154000 2 DVM Pro 2.0 Page 243 of 322 2.8.c Packet Pg. 346 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °F in °F °F in in in in °F dB(A) in lbs dB(A) lbs Product Specification ODU-6 (Continued) Outdoor Unit Sound CoolingSound Pressure CoolingSound Power Level External Dimension Net Weight Shipping Weight Net Dimensions W H D Shipping Dimensions W H D Min. Operating Temp. Range Cooling Max. Min. Heating Max. 30.00 60 -22.0 81 122.0 664.00 53.00 5.0 51.00 32.00 74.00 66.00 626.00 75.0 DVM Pro 2.0 Page 244 of 322 2.8.c Packet Pg. 347 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A Type Heat Exchanger Fin Material Tube Product Specification ODU-6 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode MBH Btu/h Btu/h kW kW A AMCA MOP A EA Performance Power Capacity Power Input Current Input Current Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A AM012TNVDCH/AA 12 1 | 2 | 208-230 | 60 Cu Al 12000 0.25 13500 0.25 0.037 1 15.00 0.037 0.31 0.25 F&T HP/HR DVM Pro 2.0 Refrigerant Type Control Type Sound Pressure dB(A)HighSound AWG in W in EA CFM CFM CFM Fin Treatment Fan Type Air Flow Rate High Mid Low Fan Motor Type Quantity Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter Drain Pipe Diameter Wiring connections Min. Communication Comm.Layer 1 2 X 16 AWG SHIELDED ID18 HOSE Crossflow Fan Flaring 363.80 321.40 1/4'' 293.10 Flaring BLDC 27 1/2'' F1, F2 R410A EEV included 40 Green Hydrophile Page 245 of 322 2.8.c Packet Pg. 348 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-6 (Continued) Indoor Unit Mid dB(A) Sound Sound Pressure Level dB(A)Low CoolingSound Power Level dB(A) External Dimension lbsNet Weight lbsShipping Weight W in Net Dimensions H in inD Shipping Dimensions inW H in D in 36 34 56 DVM Pro 2.0 20.90 24.30 32.30 11.80 8.50 34.60 11.40 14.80 Page 246 of 322 2.8.c Packet Pg. 349 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) dB(A) W A EA A in CFM A CFM EA A CFM A kW Ø, #, V, Hz Btu/h Btu/h kW Refrigerant Type Control Type Sound PressureSound High Fan Motor Quantity Output Type Liquid Pipe Piping Connections Diameter Gas Pipe Type inDiameter Drain Pipe Diameter CommunicationWiring connections AWGMin. Comm.Layer Product Specification ODU-6 (Continued) Indoor Unit Model Name Power Supply Mode Performance MBH Power MCA MOP Heat Exchanger Type Fin Tube Fin Treatment Fan Type High Mid Low Type Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 37 EEV included R410A Flaring 27 Crossflow Fan BLDC 1/4'' 370.80 441.50 1 402.60 17000 AM015TNVDCH/AA 0.040 Green Hydrophile 1 | 2 | 208-230 | 60 0.34 Cu HP/HR Al 0.040 F&T 15 0.27 0.27 15000 1 15.00 0.27 DVM Pro 2.0 Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 Page 247 of 322 2.8.c Packet Pg. 350 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in in in in lbs in dB(A) in lbs dB(A) dB(A) Product Specification ODU-6 (Continued) Indoor Unit Sound Sound Pressure Level Mid Low Sound Power Level Cooling External Dimension Net Weight Shipping Weight W Net Dimensions H D W Shipping Dimensions H D 33 11.80 41.50 34 30.90 8.50 43.90 55 11.40 26.50 14.80 DVM Pro 2.0 Page 248 of 322 2.8.c Packet Pg. 351 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CFM in EA W CFM kW kW Wiring connections AWGMin. Communication Comm.Layer Refrigerant Type Control Type dB(A)HighSound Pressure LevelSound dB(A)Mid Low dB(A) dB(A)CoolingSound Power Level Heat Exchanger Fin Material Tube Type Fan High Air Flow Rate CFM Mid Low Fan Motor Quantity Output Liquid Pipe Piping Connections Type Diameter Type Gas Pipe inDiameter Drain Pipe Diameter Product Specification ODU-6 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode MBH Btu/h Btu/h A A MOP A EA A Type Performance Power Capacity Power Input Current Input Current Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 1/2'' 37 1 EEV included R410A F1, F2 Flaring Flaring 2 X 16 AWG SHIELDED 194.23 1/4'' 158.92 10 ID18 HOSE 33 30 55 9 AM009JNGDCH/AA 9500 247.20 0.22 10500 Sirocco 15.00 Cu Al 1 0.040 HP/HR Fin & Tube 0.040 0.22 1 | 2 | 208-230 | 60 0.22 DVM Pro 2.0 Page 249 of 322 2.8.c Packet Pg. 352 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-6 (Continued) Indoor Unit External Dimension lbsNet Weight lbsShipping Weight in Net Dimensions W inH inD in Shipping Dimensions W inH inD 57.32 65.04 46.02 23.62 8.66 49.41 27.17 12.20 DVM Pro 2.0 Page 250 of 322 2.8.c Packet Pg. 353 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) kW kW Btu/h Btu/h A Product Specification ODU-6 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode MBH Performance Power Capacity Power Input Current Input Cooling Heating Cooling Heating Cooling Nominal Nominal Nominal Nominal Nominal 1 | 2 | 208-230 | 60 AM018JNGDCH/AA 18 HP/HR 0.53 0.110 0.110 20000 18000 DVM Pro 2.0 CFM CFM AWG dB(A) EA dB(A) dB(A) W in CFM Sound HighSound Pressure Level Mid Low Cooling dB(A)Sound Power Level Type Fan High Air Flow Rate Mid Low Quantity Fan Motor Output Type Liquid Pipe Piping Connections Diameter Type Gas Pipe inDiameter Drain Pipe Diameter Min.Wiring connections Communication Comm.Layer Refrigerant Type Control Type A MOP A EA A Type Fin Tube Heat Exchanger Current Material Heating FLA Nominal Quantity A 37 33 30 494.41 388.46 R410A F1, F2 2 X 16 AWG SHIELDED ID18 HOSE 1 1/2'' 10 Flaring 1/4'' EEV included Flaring 55 Sirocco 547.38 Cu 0.53 Fin & Tube 1 15.00 Al 0.53 Page 251 of 322 2.8.c Packet Pg. 354 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inW Shipping Dimensions inH inD Product Specification ODU-6 (Continued) Indoor Unit Net Weight lbs External Dimension Shipping Weight lbs W Net Dimensions in inH inD 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 252 of 322 2.8.c Packet Pg. 355 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) EA Btu/h Btu/h kW A A kW A A Wiring connections Min.AWG Communication Comm.Layer Refrigerant Type Control Type High dB(A)Sound Sound Pressure Fan Air Flow Rate CFMMid CFMLow Fan Motor Type Quantity EA Output W Piping Connections Liquid Pipe Type inDiameter Type Gas Pipe Diameter in Drain Pipe Diameter Performance MBH Power MCA MOP A Heat Exchanger Type Fin Tube Fin Treatment Type High CFM Capacity Power Input Current Input Current Material Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-6 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode Al 144.80 5 0.13 5000 158.90 5800 173.00 15.00 Crossflow Fan 0.020 0.020 1 0.13 Green Hydrophile Cu 0.16 0.13 F&T BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 31 AM005TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 253 of 322 2.8.c Packet Pg. 356 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Sound Sound Pressure Level dB(A)Low Cooling dB(A)Sound Power Level Net Weight lbs External Dimension Shipping Weight lbs Product Specification ODU-6 (Continued) Indoor Unit dB(A)Mid 27 50 19.80 23.10 30 DVM Pro 2.0 inH inD W Net Dimensions in inH D in W in Shipping Dimensions 11.40 14.80 32.30 11.80 8.50 34.60 Page 254 of 322 2.8.c Packet Pg. 357 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-5 Outdoor Unit Model Name Module Power Supply Ø, #, V, Hz Mode EA Btu/h A Btu/h A Btu/h Btu/h Wiring connections Min. Communication ㎟ Comm.Layer Type Refrigerant Factory Charging lbs Fan CFMAir Flow Rate High W GExternal Static Pressure Max Fan Motor Type EAQuantity WOutput Type Liquid Pipe Piping Connections Diameter in Gas Pipe Type Diameter in Type High Pressure Gas Pipe inDiameter Ton Performance Power MCA MOP Casing Body Base Heat Exchanger Type Fin Tube Fin Treatment QuantityCompressor Type Discharge direction Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated AM168BXVGJR/AA Single 3 | 3 | 460 | 60 HR DVM Pro 2.0 GI Steel Plate 168000 10665.00 160000 Top discharge Propeller 2 180000 Fin & Tube Anti-corrosion 29.00 35.00 Cu GI Steel Plate Al 0.43 189000 14 BLDC 2 620 Welding 5/8'' Welding 1 1/8'' Welding 7/8'' 0.75 F1,F2 R410A 23.10 Page 255 of 322 2.8.c Packet Pg. 358 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °F Operating Temp. Range Min. Cooling °FMax. °FMin. Heating Max.°F External Dimension inW Net Dimensions H in D in Shipping Dimensions inW inH D in Product Specification ODU-5 (Continued) Outdoor Unit Cooling dB(A) Cooling dB(A) Net Weight lbs lbsShipping Weight Sound Sound PressureSound Power Level 5.0 122.0 -22.0 75.0 51.00 66.00 30.00 53.00 74.00 32.00 60 83 677.00 714.00 DVM Pro 2.0 Page 256 of 322 2.8.c Packet Pg. 359 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-5 (Continued) Indoor Unit Model Name AM024JNGDCH/AA DVM Pro 2.0 Btu/h Btu/h kW A A kW EA A Sound Sound Pressure Level High dB(A) Mid dB(A) Low dB(A) Cooling dB(A)Sound Power Level Fan Motor WOutput Type Piping Connections Liquid Pipe inDiameter Type Gas Pipe inDiameter DiameterDrain Pipe Communication AWGMin.Wiring connections Comm.Layer Refrigerant Type Control Type MBH Power MOP A Heat Exchanger Type Fin Tube Type Fan CFMHigh CFMMid Low CFM EAQuantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Power Supply Ø, #, V, Hz Mode Performance Al 24 50 Fin & Tube 24000 27000 1 388.46 0.53 1 15.00 0.110 494.41 0.53 0.53 547.38 Sirocco 0.110 Cu Flaring 3/8'' Flaring 5/8'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 1 | 2 | 208-230 | 60 HP/HR Page 257 of 322 2.8.c Packet Pg. 360 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) W in Shipping Dimensions H in D in Product Specification ODU-5 (Continued) Indoor Unit lbsNet Weight External Dimension lbsShipping Weight inW Net Dimensions inH D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 258 of 322 2.8.c Packet Pg. 361 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A CFM A kW CFM kW Btu/h CFM Btu/h A A EA A Piping Connections Type Liquid Pipe Diameter in Type Gas Pipe inDiameter Drain Pipe Diameter AWG Communication Min.Wiring connections Comm.Layer Type Refrigerant Control Type Sound High dB(A)Sound Pressure Power Power Input Current Input MCA Current MOP Heat Exchanger Type Fin Material Tube Fin Treatment Type Fan High Air Flow Rate Mid Low Type Fan Motor EAQuantity WOutput Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-5 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode Performance MBH Capacity Cooling Heating Nominal Nominal 201.30 176.60 158.90 7 8500 7500 Green Hydrophile Cu Al 0.16 1 15.00 0.20 0.16 0.16 0.024 0.024 Crossflow Fan F&T BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 34 AM007TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 259 of 322 2.8.c Packet Pg. 362 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification DVM Pro 2.0 inD W Shipping Dimensions in H in D in ODU-5 (Continued) Indoor Unit Sound dB(A)MidSound Pressure Level dB(A)Low dB(A)Sound Power Level Cooling Net Weight lbs External Dimension lbsShipping Weight in Net Dimensions W inH 8.50 34.60 11.40 14.80 32 30 51 19.80 23.10 32.30 11.80 Page 260 of 322 2.8.c Packet Pg. 363 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A Btu/h kW Btu/h kW Sound dB(A)HighSound Pressure Level dB(A)Mid Low dB(A) dB(A)CoolingSound Power Level Fan Motor EAQuantity WOutput Piping Connections Type Liquid Pipe Diameter in Type Gas Pipe Diameter in Drain Pipe Diameter AWGMin.Wiring connections Communication Comm.Layer Refrigerant Type Control Type MBH AMOP EA A Type Fin Tube Type CFMHigh Mid CFM Low CFM Performance Power Heat Exchanger Fan Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-5 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode 10 18 18000 1 20000 388.46 0.110 0.110 0.53 547.38 Sirocco 0.53 Cu 0.53 15.00 1 Fin & Tube 494.41 Al Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 AM018JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 261 of 322 2.8.c Packet Pg. 364 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Shipping Dimensions inW inH inD Product Specification ODU-5 (Continued) Indoor Unit lbs External Dimension Net Weight Shipping Weight lbs in Net Dimensions W inH D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 262 of 322 2.8.c Packet Pg. 365 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-5 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode kW EA A EA CFM CFM A A A kW Sound High dB(A)Sound Pressure Level dB(A)Mid Low dB(A) dB(A)Sound Power Level Cooling Fan Motor WOutput Liquid Pipe Type Piping Connections inDiameter Gas Pipe Type inDiameter Drain Pipe Diameter Min. Communication AWGWiring connections Comm.Layer Refrigerant Type Control Type Performance MBH Btu/h Btu/h Power MOP Heat Exchanger Type Fin Tube Fan Type High Mid CFM Low Quantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A AM009JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 158.92 10 1 194.23 Al Sirocco Cu Fin & Tube 0.22 1 15.00 0.22 0.22 0.040 0.040 10500 9500 247.20 9 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 Page 263 of 322 2.8.c Packet Pg. 366 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Shipping Dimensions inW inH inD Product Specification ODU-5 (Continued) Indoor Unit External Dimension lbsNet Weight Shipping Weight lbs Net Dimensions inW inH inD 49.41 27.17 12.20 57.32 65.04 46.02 23.62 8.66 DVM Pro 2.0 Page 264 of 322 2.8.c Packet Pg. 367 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A EA EA A A W kW CFM Sound High dB(A)Sound Pressure Level dB(A)Mid Fan Motor Output Liquid Pipe Type Piping Connections inDiameter Gas Pipe Type inDiameter DiameterDrain Pipe Min.Wiring connections Communication AWG Comm.Layer Type Refrigerant Control Type Performance MBH Btu/h Btu/h Power kW A MOP Heat Exchanger Type Fin Tube Fan Type High CFM Mid CFMLow Quantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-5 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode 12 300.17 1 12000 211.89 10 Sirocco 13500 0.24 0.050 Cu Fin & Tube 0.24 1 0.050 15.00 0.24 353.15 Al Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 AM012JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Low dB(A) dB(A)Sound Power Level Cooling 30 55 Page 265 of 322 2.8.c Packet Pg. 368 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) in Shipping Dimensions W H in inD Product Specification ODU-5 (Continued) Indoor Unit lbs External Dimension Net Weight Shipping Weight lbs Net Dimensions inW inH D in 49.41 27.17 12.20 57.32 65.04 46.02 23.62 8.66 DVM Pro 2.0 Page 266 of 322 2.8.c Packet Pg. 369 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) kW A EA EA A W A CFM Sound High dB(A)Sound Pressure Level dB(A)Mid Low dB(A) dB(A)Sound Power Level Cooling Fan Motor Output Liquid Pipe Type Piping Connections inDiameter Gas Pipe Type inDiameter DiameterDrain Pipe Min.Wiring connections Communication AWG Comm.Layer Type Refrigerant Control Type Performance MBH Btu/h Btu/h Power kW A MOP Heat Exchanger Type Fin Tube Fan Type High Mid CFM CFMLow Quantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-5 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode 1 105.94 6000 50 6 Sirocco 176.57 6700 0.035 Cu Al Fin & Tube 0.20 1 0.035 15.00 0.20 141.26 0.20 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 AM006JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 267 of 322 2.8.c Packet Pg. 370 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) W Shipping Dimensions in inH inD Product Specification ODU-5 (Continued) Indoor Unit lbs External Dimension Net Weight Shipping Weight lbs Net Dimensions inW inH D in 49.41 27.17 12.20 57.32 65.04 46.02 23.62 8.66 DVM Pro 2.0 Page 268 of 322 2.8.c Packet Pg. 371 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h W G Btu/h Btu/h CFM A EA Wiring connections Communication Min.㎟ Comm.Layer Refrigerant Type Factory Charging lbs Fan Discharge direction Air Flow Rate High External Static Pressure Max Type Fan Motor EAQuantity WOutput Liquid Pipe Type Piping Connections inDiameter Type Gas Pipe inDiameter Type High Pressure Gas Pipe inDiameter Ton Performance Btu/h MCA A Power MOP Body Casing Base Type Heat Exchanger Fin Tube Fin Treatment QuantityCompressor Type Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated Product Specification ODU-7.1 Outdoor Unit Model Name Module Power Supply Ø, #, V, Hz Mode 0.31 Top discharge Propeller 13314.00 Fin & Tube Anti-corrosion Cu Al GI Steel Plate GI Steel Plate 50.00 38.00 232000 243000 206000 216000 2 18 BLDC 2 630 Welding 5/8'' Welding 1 1/8'' Welding 1 1/8'' 0.75 F1,F2 R410A 34.20 AM216BXVGJR/AA Single 3 | 3 | 460 | 60 HR DVM Pro 2.0 Page 269 of 322 2.8.c Packet Pg. 372 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °FMin. Operating Temp. Range Cooling °FMax. °FMin. Heating Max.°F External Dimension W in Net Dimensions inH D in Shipping Dimensions inW inH inD Product Specification ODU-7.1 (Continued) Outdoor Unit dB(A)Cooling dB(A)Cooling Net Weight lbs lbsShipping Weight Sound Sound PressureSound Power Level 5.0 122.0 -22.0 75.0 73.00 66.00 30.00 75.00 74.00 32.00 64 85 869.00 926.00 DVM Pro 2.0 Page 270 of 322 2.8.c Packet Pg. 373 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A EA CFM CFM A EA A kW Piping Connections Liquid Pipe inDiameter Type Gas Pipe MBH Btu/h Btu/h kW Power A MOP Heat Exchanger Type Fin Tube Type Fan High Mid CFM Low Quantity Fan Motor WOutput Type Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.1 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode Performance 50 388.46 1 494.41 Al Sirocco Cu Fin & Tube 0.53 1 15.00 0.53 0.53 0.110 0.110 27000 24000 547.38 24 Flaring 3/8'' Flaring AM024JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 High dB(A) Sound Sound Pressure Level Mid dB(A) Low dB(A) dB(A)Sound Power Level Cooling inDiameter DiameterDrain Pipe Min.Wiring connections Communication AWG Comm.Layer Type Refrigerant Control Type 5/8'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 Page 271 of 322 2.8.c Packet Pg. 374 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inW Shipping Dimensions H in inD Product Specification ODU-7.1 (Continued) Indoor Unit Net Weight lbs External Dimension lbsShipping Weight inW Net Dimensions H in D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 272 of 322 2.8.c Packet Pg. 375 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-7.1 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode Btu/h A CFM A A A kW CFM kW Btu/h EA A AWG in in CFM W dB(A) EA Performance MBH Cooling Capacity Heating Power Cooling Power Input Heating Cooling Current Input Heating MCA Current MOP Heat Exchanger Type Material Fin Tube Fin Treatment FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Fan Type Air Flow Rate High Mid Low Fan Motor Type Quantity Output Piping Connections Type Liquid Pipe Diameter Type Gas Pipe Diameter DiameterDrain Pipe Min. CommunicationWiring connections Comm.Layer Type Refrigerant Control Type HighSoundSound Pressure AM005TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 173.00 Crossflow Fan 158.90 144.80 F&T Cu Al 5000 0.13 1 15.00 0.16 0.13 0.13 0.020 0.020 5800 Green Hydrophile 5 BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 31 Page 273 of 322 2.8.c Packet Pg. 376 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) D in W Shipping Dimensions in H in inD Product Specification ODU-7.1 (Continued) Indoor Unit dB(A)MidSound Pressure LevelSound dB(A)Low dB(A)Sound Power Level Cooling External Dimension lbsNet Weight Shipping Weight lbs in Net Dimensions W inH 8.50 34.60 11.40 14.80 30 27 50 19.80 23.10 32.30 11.80 DVM Pro 2.0 Page 274 of 322 2.8.c Packet Pg. 377 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A A Btu/h kW Btu/h kW CFM A EA AWG A CFM in W EA dB(A) CFM in Fan Type Air Flow Rate High Mid Low Type Fan Motor Quantity Output Piping Connections Type Liquid Pipe Diameter Gas Pipe Type Diameter DiameterDrain Pipe Communication Min.Wiring connections Comm.Layer Type Refrigerant Control Type Sound Pressure HighSound Performance MBH Cooling Capacity Heating Cooling Power Power Input Heating Cooling Current Input Heating MCA Current MOP Heat Exchanger Type Fin Material Tube Fin Treatment FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.1 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode 0.16 7 158.90 7500 176.60 201.30 8500 0.024 Crossflow Fan 1 Green Hydrophile 0.16 Cu 0.16 Al 0.20 15.00 0.024 F&T BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 34 AM007TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 275 of 322 2.8.c Packet Pg. 378 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) D in W in Shipping Dimensions H in D in Product Specification ODU-7.1 (Continued) Indoor Unit dB(A)MidSound Pressure LevelSound dB(A)Low dB(A)Sound Power Level Cooling External Dimension lbsNet Weight Shipping Weight lbs in Net Dimensions W inH DVM Pro 2.0 8.50 34.60 11.40 14.80 32 30 51 19.80 23.10 32.30 11.80 Page 276 of 322 2.8.c Packet Pg. 379 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h Btu/h A A Performance Btu/h Btu/h MCA Power MOP Casing Body Base Type Heat Exchanger Fin Tube Fin Treatment Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated Product Specification ODU-7.2 Outdoor Unit Model Name Module Ø, #, V, HzPower Supply Mode Ton 184000 192000 Anti-corrosion 216000 Cu 206000 Al 34.00 Fin & Tube GI Steel Plate GI Steel Plate 40.00 AM192BXVGJR/AA Single 3 | 3 | 460 | 60 HR 16 DVM Pro 2.0 CFM W G Refrigerant Type Factory Charging lbs Fan Motor Type EAQuantity WOutput Type Liquid Pipe Piping Connections inDiameter Gas Pipe Type inDiameter Type High Pressure Gas Pipe inDiameter Min.Wiring connections Communication ㎟ Comm.Layer QuantityCompressor EA Type Fan Discharge direction High Max Air Flow Rate External Static Pressure 0.31 BLDC 12855.00 Top discharge 2 Propeller 2 630 Welding 5/8'' Welding 1 1/8'' Welding 1 1/8'' 0.75 F1,F2 R410A 27.60 Page 277 of 322 2.8.c Packet Pg. 380 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °F Operating Temp. Range Cooling Min. °FMax. °F Heating Min. °FMax. External Dimension W in Net Dimensions H in inD Shipping Dimensions inW H in inD Product Specification ODU-7.2 (Continued) Outdoor Unit Cooling dB(A) Cooling dB(A) Net Weight lbs Shipping Weight lbs Sound Sound PressureSound Power Level 5.0 122.0 -22.0 75.0 73.00 66.00 30.00 75.00 74.00 32.00 63 85 849.00 907.00 DVM Pro 2.0 Page 278 of 322 2.8.c Packet Pg. 381 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h Btu/h kW kW A A A EA dB(A)High Sound Sound Pressure Level Mid dB(A) dB(A)Low Cooling dB(A)Sound Power Level Fan Motor WOutput Piping Connections Type Liquid Pipe inDiameter Gas Pipe Type inDiameter Drain Pipe Diameter Min.Wiring connections AWG Communication Comm.Layer Type Refrigerant Control Type MBH Power MOP A Heat Exchanger Type Fin Tube Type Fan CFMHigh CFMMid Low CFM EAQuantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.2 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode Performance Cu 24 50 Fin & Tube 24000 1 1 27000 388.46 0.110 494.41 0.110 0.53 Al 0.53 Sirocco 0.53 15.00 547.38 Flaring 3/8'' Flaring 5/8'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 AM024JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 279 of 322 2.8.c Packet Pg. 382 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inW Shipping Dimensions inH D in Product Specification ODU-7.2 (Continued) Indoor Unit lbsNet Weight External Dimension Shipping Weight lbs in Net Dimensions W inH D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 280 of 322 2.8.c Packet Pg. 383 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A CFM A kW kW CFM Btu/h Btu/h CFM dB(A) A EA AWG A in in W EA Fan Type Air Flow Rate High Mid Low Fan Motor Type Quantity Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter DiameterDrain Pipe Min. CommunicationWiring connections Comm.Layer Refrigerant Type Control Type Sound HighSound Pressure Performance MBH Cooling Capacity Heating Power Cooling Power Input Heating Cooling Current Input Heating MCA Current MOP Type Heat Exchanger Material Fin Tube Fin Treatment FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.2 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode 363.80 321.40 Crossflow Fan 293.10 F&T Cu Al 0.25 1 15.00 0.31 0.25 0.25 0.037 0.037 13500 12000 Green Hydrophile 12 BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 40 AM012TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 281 of 322 2.8.c Packet Pg. 384 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) D in W in Shipping Dimensions H in D in Product Specification ODU-7.2 (Continued) Indoor Unit dB(A)MidSound Pressure LevelSound dB(A)Low dB(A)Sound Power Level Cooling External Dimension lbsNet Weight Shipping Weight lbs in Net Dimensions W inH DVM Pro 2.0 8.50 34.60 11.40 14.80 36 34 56 20.90 24.30 32.30 11.80 Page 282 of 322 2.8.c Packet Pg. 385 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h Btu/hPerformance Btu/h Btu/h Capacity Cooling Heating Nominal Rated Nominal Rated Product Specification ODU-7.3 Outdoor Unit Model Name Module Ø, #, V, HzPower Supply Mode Ton 92000 96000 108000 103000 AM096BXVGJR/AA Single 3 | 3 | 460 | 60 HR 8 DVM Pro 2.0 CFM A W G A Refrigerant Type Factory Charging lbs Fan Motor Type EAQuantity WOutput Type Liquid Pipe Piping Connections inDiameter Gas Pipe Type inDiameter Type High Pressure Gas Pipe inDiameter Min.Wiring connections Communication ㎟ Comm.Layer MCA Power MOP Casing Body Base Type Heat Exchanger Fin Tube Fin Treatment QuantityCompressor EA Type Fan Discharge direction High Max Current Material Material Air Flow Rate External Static Pressure 0.43 BLDC 9924.00 Top discharge Anti-corrosion 2 Cu Al 18.00 Fin & Tube GI Steel Plate GI Steel Plate Propeller 20.00 2 620 Welding 3/8'' Welding 7/8'' Welding 3/4'' 0.75 F1,F2 R410A 17.60 Page 283 of 322 2.8.c Packet Pg. 386 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) °F Operating Temp. Range Cooling Min. °FMax. °F Heating Min. °FMax. External Dimension W in Net Dimensions H in inD Shipping Dimensions inW H in inD Product Specification ODU-7.3 (Continued) Outdoor Unit Cooling dB(A) Cooling dB(A) Net Weight lbs Shipping Weight lbs Sound Sound PressureSound Power Level 5.0 122.0 -22.0 75.0 51.00 66.00 30.00 53.00 74.00 32.00 57 79 584.00 622.00 DVM Pro 2.0 Page 284 of 322 2.8.c Packet Pg. 387 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h Btu/h kW kW A A A EA dB(A)High Sound Sound Pressure Level Mid dB(A) dB(A)Low Cooling dB(A)Sound Power Level Fan Motor WOutput Piping Connections Type Liquid Pipe inDiameter Gas Pipe Type inDiameter Drain Pipe Diameter Min.Wiring connections AWG Communication Comm.Layer Type Refrigerant Control Type MBH Power MOP A Heat Exchanger Type Fin Tube Type Fan CFMHigh CFMMid Low CFM EAQuantity Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.3 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode Performance Cu 6 50 Fin & Tube 6000 1 1 6700 105.94 0.035 141.26 0.035 0.20 Al 0.20 Sirocco 0.20 15.00 176.57 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 AM006JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 285 of 322 2.8.c Packet Pg. 388 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-7.3 (Continued) Indoor Unit lbsNet Weight External Dimension Shipping Weight lbs in Net Dimensions W inH D in 57.32 65.04 46.02 23.62 8.66 DVM Pro 2.0 inW Shipping Dimensions inH D in 49.41 27.17 12.20 Page 286 of 322 2.8.c Packet Pg. 389 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A CFM A kW kW CFM Btu/h Btu/h CFM dB(A) A EA AWG A in in W EA Fan Type Air Flow Rate High Mid Low Fan Motor Type Quantity Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter DiameterDrain Pipe Min. CommunicationWiring connections Comm.Layer Refrigerant Type Control Type Sound HighSound Pressure Performance MBH Cooling Capacity Heating Power Cooling Power Input Heating Cooling Current Input Heating MCA Current MOP Type Heat Exchanger Material Fin Tube Fin Treatment FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-7.3 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode 441.50 402.60 Crossflow Fan 370.80 F&T Cu Al 0.27 1 15.00 0.34 0.27 0.27 0.040 0.040 17000 15000 Green Hydrophile 15 BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 AM015TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 287 of 322 2.8.c Packet Pg. 390 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inD W Shipping Dimensions in H in D in Product Specification ODU-7.3 (Continued) Indoor Unit dB(A)MidSound Pressure LevelSound dB(A)Low dB(A)Sound Power Level Cooling External Dimension lbsNet Weight Shipping Weight lbs in Net Dimensions W inH DVM Pro 2.0 8.50 43.90 11.40 14.80 34 33 55 26.50 30.90 41.50 11.80 Page 288 of 322 2.8.c Packet Pg. 391 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-7.3 (Continued) Indoor Unit Model Name AM024JNGDCH/AA DVM Pro 2.0 A A Btu/h kW Btu/h kW Sound dB(A)HighSound Pressure Level dB(A)Mid Low dB(A) dB(A)CoolingSound Power Level Fan Motor EAQuantity WOutput Piping Connections Type Liquid Pipe Diameter in Type Gas Pipe Diameter in Drain Pipe Diameter AWGMin.Wiring connections Communication Comm.Layer Refrigerant Type Control Type MBH AMOP EA A Type Fin Tube Type CFMHigh Mid CFM Low CFM Performance Power Heat Exchanger Fan Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Ø, #, V, HzPower Supply Mode 50 24 24000 1 27000 388.46 0.110 0.110 0.53 547.38 Sirocco 0.53 Cu 0.53 15.00 1 Fin & Tube 494.41 Al Flaring 3/8'' Flaring 5/8'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 1 | 2 | 208-230 | 60 HP/HR Page 289 of 322 2.8.c Packet Pg. 392 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Shipping Dimensions W in H in inD Product Specification ODU-7.3 (Continued) Indoor Unit lbs External Dimension Net Weight Shipping Weight lbs in Net Dimensions W inH D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 290 of 322 2.8.c Packet Pg. 393 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Btu/h EA Btu/h Btu/h Btu/h Sound PressureSound dB(A)Cooling dB(A)CoolingSound Power Level Piping Connections Type Liquid Pipe inDiameter Type Gas Pipe inDiameter High Pressure Gas Pipe Type inDiameter Wiring connections Communication Min.㎟ Comm.Layer Refrigerant Type lbsFactory Charging Performance Ton MCA APower Body Casing Base Type Heat Exchanger Fin Tube Fin Treatment QuantityCompressor Type Fan Discharge direction Type Fan Motor Quantity EA Capacity Current Material Material Cooling Heating Nominal Rated Nominal Rated Product Specification ODU-8 Outdoor Unit Model Name Module Ø, #, V, HzPower Supply Mode 297000 Welding GI Steel Plate 22 4 GI Steel Plate BLDC 264000 Top discharge Propeller Fin & Tube 252000 283000 Al Anti-corrosion Cu 47.00 4 3/4'' Welding 1 3/8'' Welding 1 1/8'' 0.75 F1,F2 R410A 40.70 61.8 84.5 AM264BXVGJR/AA Module 3 | 3 | 460 | 60 HR DVM Pro 2.0 Page 291 of 322 2.8.c Packet Pg. 394 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification DVM Pro 2.0 ODU-8 (Continued) Outdoor Unit °F Operating Temp. Range Min. Cooling Max.°F Min. Heating °F °FMax. 5.0 122.0 -22.0 75.0 Page 292 of 322 2.8.c Packet Pg. 395 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) dB(A) AWG dB(A) in dB(A) in CFM W EA dB(A) A CFM A A kW Ø, #, V, Hz Btu/h Btu/h CFM kW Fan Air Flow Rate Low Quantity Fan Motor Output Type Piping Connections Liquid Pipe Diameter Gas Pipe Type Diameter Drain Pipe Diameter Communication Min.Wiring connections Comm.Layer Refrigerant Type Control Type Sound HighSound Pressure Level Mid Low Sound Power Level Cooling Product Specification ODU-8 (Continued) Indoor Unit Model Name Power Supply Mode MBH MOP EA A Type Fin Tube Type High Mid Performance Power Heat Exchanger Capacity Power Input Current Input Current Material Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 33 37 30 ID18 HOSE R410A F1, F2 2 X 16 AWG SHIELDED 1/2'' Flaring 1/4'' Flaring 10 1 388.46 EEV included 55 20000 AM018JNGDCH/AA 0.110 547.38 1 | 2 | 208-230 | 60 0.53 Sirocco Cu HP/HR 15.00 18 0.53 0.110 18000 Fin & Tube 0.53 1 Al 494.41 DVM Pro 2.0 Page 293 of 322 2.8.c Packet Pg. 396 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-8 (Continued) Indoor Unit lbsNet Weight External Dimension lbsShipping Weight Net Dimensions inW inH inD in Shipping Dimensions W H in D in 69.45 80.47 57.05 23.62 8.66 60.43 27.17 12.20 DVM Pro 2.0 Page 294 of 322 2.8.c Packet Pg. 397 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) dB(A) CFM AWG in in W EA A A A kW Btu/h Btu/h kW CFM Sound HighSound Pressure Level dB(A)Mid Low dB(A) dB(A)CoolingSound Power Level Fan Type High CFM Air Flow Rate Mid Low Fan Motor Quantity Output Piping Connections Type Liquid Pipe Diameter Type Gas Pipe Diameter Drain Pipe Diameter Communication Min.Wiring connections Comm.Layer Type Refrigerant Control Type Product Specification ODU-8 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode MBH AMOP EA Type Fin Tube Performance Power Heat Exchanger Capacity Power Input Current Input Current Material Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A 1 R410A 5/8'' F1, F2 EEV included ID18 HOSE Flaring 37 50 33 3/8'' 2 X 16 AWG SHIELDED 30 388.46 Flaring 55 AM024JNGDCH/AA 547.38 24000 Sirocco Cu 27000 1 | 2 | 208-230 | 60 Al 0.110 HP/HR Fin & Tube 0.53 24 1 0.53 15.00 0.110 0.53 494.41 DVM Pro 2.0 Page 295 of 322 2.8.c Packet Pg. 398 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inW Shipping Dimensions H in D in Product Specification ODU-8 (Continued) Indoor Unit External Dimension Net Weight lbs lbsShipping Weight W Net Dimensions in H in D in 60.43 27.17 12.20 69.45 80.47 57.05 23.62 8.66 DVM Pro 2.0 Page 296 of 322 2.8.c Packet Pg. 399 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) A A A Btu/h A kW Btu/h kW AWG in CFM in CFM EA W EA A CFM Fan Type Air Flow Rate High Mid Low Fan Motor Type Quantity Output Type Liquid Pipe Piping Connections Diameter Gas Pipe Type Diameter DiameterDrain Pipe Communication Min.Wiring connections Comm.Layer Type Refrigerant Performance MBH Cooling Capacity Heating Power Cooling Power Input Heating Cooling Current Input Heating MCA Current MOP Heat Exchanger Type Material Fin Tube Fin Treatment FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-8 (Continued) Indoor Unit Model Name Power Supply Ø, #, V, Hz Mode 0.16 7 158.90 7500 176.60 201.30 8500 Green Hydrophile Crossflow Fan 1 0.024 Cu 0.16 Al 0.16 0.20 15.00 0.024 F&T BLDC 1 27 Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A AM007TNVDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 dB(A) Control Type HighSoundSound Pressure EEV included 34 Page 297 of 322 2.8.c Packet Pg. 400 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) inD W Shipping Dimensions in H in D in Product Specification ODU-8 (Continued) Indoor Unit Sound Pressure Level dB(A)Mid Sound dB(A)Low Sound Power Level Cooling dB(A) External Dimension lbsNet Weight lbsShipping Weight in Net Dimensions W inH DVM Pro 2.0 8.50 34.60 11.40 14.80 32 30 51 19.80 23.10 32.30 11.80 Page 298 of 322 2.8.c Packet Pg. 401 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) dB(A) Sound HighSound Pressure Level Mid dB(A) Low dB(A) Cooling dB(A)Sound Power Level A A Btu/h kW Btu/h kW Fan Motor EAQuantity WOutput Piping Connections Type Liquid Pipe Diameter in Type Gas Pipe Diameter in Drain Pipe Diameter AWGMin.Wiring connections Communication Comm.Layer Refrigerant Type Control Type MBH AMOP EA A Type Fin Tube Type CFMHigh Mid CFM Low CFM Performance Power Heat Exchanger Fan Capacity Power Input Current Input Current Material Air Flow Rate Cooling Heating Cooling Heating Cooling Heating FLA Nominal Nominal Nominal Nominal Nominal Nominal Quantity A Product Specification ODU-8 (Continued) Indoor Unit Model Name Ø, #, V, HzPower Supply Mode 50 6 6000 1 6700 105.94 0.035 0.035 0.20 176.57 Sirocco 0.20 Cu 0.20 15.00 1 Fin & Tube 141.26 Al Flaring 1/4'' Flaring 1/2'' ID18 HOSE 2 X 16 AWG SHIELDED F1, F2 R410A EEV included 37 33 30 55 AM006JNGDCH/AA 1 | 2 | 208-230 | 60 HP/HR DVM Pro 2.0 Page 299 of 322 2.8.c Packet Pg. 402 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Product Specification ODU-8 (Continued) Indoor Unit lbsNet Weight Shipping Weight lbs W in H in D in W in H in D in External Dimension Net Dimensions Shipping Dimensions 57.32 65.04 46.02 23.62 8.66 49.41 27.17 12.20 DVM Pro 2.0 Page 300 of 322 2.8.c Packet Pg. 403 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 301 of 322 2.8.c Packet Pg. 404 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 302 of 322 2.8.c Packet Pg. 405 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 303 of 322 2.8.c Packet Pg. 406 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 304 of 322 2.8.c Packet Pg. 407 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 305 of 322 2.8.c Packet Pg. 408 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 306 of 322 2.8.c Packet Pg. 409 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 307 of 322 2.8.c Packet Pg. 410 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) Page 308 of 322 2.8.c Packet Pg. 411 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) CONFIDENTIAL AND PROPRIETARY Energy Calculations Page 309 of 322 2.8.c Packet Pg. 412 At t a c h m e n t : C i t y o f E d m o n d s - F r a n c e s A n d e r s o n C e n t e r _ I G A R e p o r t _ 2 4 . 1 0 . 2 3 ( F r a n c e s A n d e r s o n C e n t e r I n v e s t m e n t G r a d e A u d i t ) McKinstry Calculation Template 03.01-FAC: Upgrade HVAC System to VRF Project Information: Project Name City of Edmonds FIM Name 03.01-FAC: Upgrade HVAC System to VRF TCO Project ID 995 Engineer 0 TCO Tool FIM ID 50943 Date Description of FIM From TCO Tool: FIM Calculation Method From TCO Tool: Summary BASELINE ADJUSTMENT FOR INCREASED VENTILATION METERED DATA MODELED BASELINE ADJUSTED BASELINE Electricity Natural Gas Electricity Natural Gas Electricity Natural Gas kWh/yr Therms/Yr kWh/yr Therms/Yr kWh/yr Therms/Yr Adjusted Baseline - For Ventilation Airflow 726,621 25,173 710,203 22,401 698,443 32,555 EUI (kBtu/sf) UPGRADE STRATEGIES & ENERGY SAVINGS Base Proposed Savings Strategy Electricity Natural Gas Electricity Natural Gas Electricity Natural Gas Post Install Building EUI kWh/yr Therms/Yr kWh/yr Therms/Yr kWh/yr Therms/Yr kBtu/sf Building Controls Upgrade - Schedules & Set Points 698,443 32,555 592,423 17,639 106,019 14,916 79 Boiler Plant Upgrade - Condensing Boiler 591,812 17,639 591,812 15,123 0 2,516 74 106,019 17,432 10/22/2024 Existing: The facility is currently heated using two (2) natural gas-fired hot water and steam boilers. These boilers serve radiators and unit ventilators that are controlled room-by-room via local thermostats. The gymnasium is served by two (2) air handling units also served by the hydronic system. No mechanical cooling exists, and ventilation is via operable windows. The existing BMS is a simple interface with scheduling, on/off commands, and alarms. The existing domestic hot water plant consists of a natural gas-fired, circulating water heater (manuf. 2003) and a storage tank.Proposed: Demo all existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping. Install a new variable refrigerant flow (VRF) system for heating/cooling and a dedicated outdoor air system (DOAS) for ventilation. Refurbish the gymnasium AHUs with new fans, VRF coils, filters, and variable frequency drives. Demo the existing natural gas domestic hot water plant and replace with a new electric hybrid system. Energy savings are estimated using a custom, Excel-based, 8760 hour energy calculation that simulates one-year's worth of energy consumption using TMY3 weather data to model the existing and proposed systems based on inputs including building use and mechanical system type and operation. Proposed conditions factor in increased heating and cooling efficiency of the new air handlers as well as the conversion from natural gas to electric as the heating supply source. A penalty is factored in for the added cooling load. An elevated baseline is used due to the added ventilation and cooling. 104 97 117 McK8760 - General Information 03.01-FAC: Upgrade HVAC System to VRF Project Information: Project Name City of Edmonds FIM Name 03.01-FAC: Upgrade HVAC System to VRF TCO Project ID 995 Tech Contact Jacob Keith TCO Tool FIM ID 50943 Date Weather Data: WA, Station ID 727937TY.xls Description of FIM From TCO Tool: HVAC & Load Schedules: Schedule A Title School Schedule B Title School Schedule C Title School Utility Rate Schedules Schedule 1 Title Schedule 2 Title Schedule 3 Title Zone Data (for multi-model buildings) Zone Name Zone Name (e.g. RTU-1 or West Wing) Zone Description Zone Description Savings Tracker (Use if Modeling Multiple Efficiency Measures) Electric Demand (kW) Electricity (kWh) Natural Gas (therm) Steam (kLB)EUI (kBTU/SqFt/Yr) 830 267,138 19,222 0 63.42 Savings ►63.42 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Notes: Rate Schedule 2 10/22/2024 Nearest Weather Station Existing: The facility is currently heated using two (2) natural gas-fired hot water and steam boilers. These boilers serve radiators and unit ventilators that are controlled room-by-room via local thermostats. The gymnasium is served by two (2) air handling units also served by the hydronic system. No mechanical cooling exists, and ventilation is via operable windows. The existing BMS is a simple interface with scheduling, on/off commands, and alarms. The existing domestic hot water plant consists of a natural gas-fired, circulating water heater (manuf. 2003) and a storage tank.Proposed: Demo all existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping. Install a new variable refrigerant flow (VRF) system for heating/cooling and a dedicated outdoor air system (DOAS) for ventilation. Refurbish the gymnasium AHUs with new fans, VRF coils, filters, and variable frequency drives. Demo the existing natural gas domestic hot water plant and replace with a new electric hybrid system. ASHRAE Schedule TypeNormal Boiler Operation (Winter) SNOHOMISH CO Rate Schedule 1 Boilers Off (Summer) Not Used Measure Description Baseline Building Performance ASHRAE Schedule Type ASHRAE Schedule Type Rate Schedule 3 McK8760 - HVAC Schedules 03.01-FAC: Upgrade HVAC System to VRF Baseline HVAC Equipment Daily Schedules 0 = Fan Off 1 = Fan On Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 5 6 0 1 1 1 1 1 1 5 6 0 1 1 1 1 1 1 5 6 0 0 0 0 0 0 0 6 7 0 1 1 1 1 1 1 6 7 0 1 1 1 1 1 1 6 7 0 0 0 0 0 0 0 7 8 0 1 1 1 1 1 1 7 8 0 1 1 1 1 1 1 7 8 0 0 0 0 0 0 0 8 9 0 1 1 1 1 1 1 8 9 0 1 1 1 1 1 1 8 9 0 0 0 0 0 0 0 9 10 0 1 1 1 1 1 1 9 10 0 1 1 1 1 1 1 9 10 0 0 0 0 0 0 0 10 11 0 1 1 1 1 1 1 10 11 0 1 1 1 1 1 1 10 11 0 0 0 0 0 0 0 11 12 0 1 1 1 1 1 1 11 12 0 1 1 1 1 1 1 11 12 0 0 0 0 0 0 0 12 13 0 1 1 1 1 1 0 12 13 0 1 1 1 1 1 0 12 13 0 0 0 0 0 0 0 13 14 0 1 1 1 1 1 0 13 14 0 1 1 1 1 1 0 13 14 0 0 0 0 0 0 0 14 15 0 1 1 1 1 1 0 14 15 0 1 1 1 1 1 0 14 15 0 0 0 0 0 0 0 15 16 0 1 1 1 1 1 0 15 16 0 1 1 1 1 1 0 15 16 0 0 0 0 0 0 0 16 17 0 1 1 1 1 1 0 16 17 0 1 1 1 1 1 0 16 17 0 0 0 0 0 0 0 17 18 0 1 1 1 1 1 0 17 18 0 1 1 1 1 1 0 17 18 0 0 0 0 0 0 0 18 19 0 1 1 1 1 1 0 18 19 0 1 1 1 1 1 0 18 19 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 0 14 14 14 14 14 7 0 14 14 14 14 14 7 0 0 0 0 0 0 0 Proposed HVAC Equipment Daily Schedules 0 = Unoccupied Mode 1 = Occupied Mode Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 5 6 0 1 1 1 1 1 1 5 6 0 1 1 1 1 1 1 5 6 0 0 0 0 0 0 0 6 7 0 1 1 1 1 1 1 6 7 0 1 1 1 1 1 1 6 7 0 0 0 0 0 0 0 7 8 0 1 1 1 1 1 1 7 8 0 1 1 1 1 1 1 7 8 0 0 0 0 0 0 0 8 9 0 1 1 1 1 1 1 8 9 0 1 1 1 1 1 1 8 9 0 0 0 0 0 0 0 9 10 0 1 1 1 1 1 1 9 10 0 1 1 1 1 1 1 9 10 0 0 0 0 0 0 0 10 11 0 1 1 1 1 1 1 10 11 0 1 1 1 1 1 1 10 11 0 0 0 0 0 0 0 11 12 0 1 1 1 1 1 1 11 12 0 1 1 1 1 1 1 11 12 0 0 0 0 0 0 0 12 13 0 1 1 1 1 1 0 12 13 0 1 1 1 1 1 0 12 13 0 0 0 0 0 0 0 13 14 0 1 1 1 1 1 0 13 14 0 1 1 1 1 1 0 13 14 0 0 0 0 0 0 0 14 15 0 1 1 1 1 1 0 14 15 0 1 1 1 1 1 0 14 15 0 0 0 0 0 0 0 15 16 0 1 1 1 1 1 0 15 16 0 1 1 1 1 1 0 15 16 0 0 0 0 0 0 0 16 17 0 1 1 1 1 1 0 16 17 0 1 1 1 1 1 0 16 17 0 0 0 0 0 0 0 17 18 0 1 1 1 1 1 0 17 18 0 1 1 1 1 1 0 17 18 0 0 0 0 0 0 0 18 19 0 1 1 1 1 1 0 18 19 0 1 1 1 1 1 0 18 19 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 0 14 14 14 14 14 7 0 14 14 14 14 14 7 0 0 0 0 0 0 0Daily Totals Daily Totals Daily Totals Schedule C - Not Used Hour Schedule C - Not Used HourHourHour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Hour Hour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Daily Totals Daily Totals Daily Totals McK8760 - Occupancy Schedules 03.01-FAC: Upgrade HVAC System to VRF Baseline Occupancy Load Profiles (Percent of Peak Occupancy) Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0% 1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0% 2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0% 3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0% 4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0% 5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0% 6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0% 7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 0% 0% 0% 0% 0% 0% 8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 60% 60% 60% 60% 60% 30%8 9 0% 0% 0% 0% 0% 0% 0% 9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 60% 60% 60% 60% 60% 30%9 10 0% 0% 0% 0% 0% 0% 0% 10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 60% 60% 60% 60% 60% 30%10 11 0% 0% 0% 0% 0% 0% 0% 11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 60% 60% 60% 60% 60% 30%11 12 0% 0% 0% 0% 0% 0% 0% 12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 60% 60% 60% 60% 60% 30%12 13 0% 0% 0% 0% 0% 0% 0% 13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 60% 60% 60% 60% 60% 30%13 14 0% 0% 0% 0% 0% 0% 0% 14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 60% 60% 60% 60% 60% 30%14 15 0% 0% 0% 0% 0% 0% 0% 15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 0% 0% 0% 0% 0% 0% 16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 0% 0% 0% 0% 0% 0% 17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 0% 0% 0% 0% 0% 0% 18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 0% 0% 0% 0% 0% 0% 19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 0% 0% 0% 0% 0% 0% 20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 0% 0% 0% 0% 0% 0% 21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 0% 0% 0% 0% 0% 0% 22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0% 23 24 0%0%0%0%0%0%0%23 24 0%0%0%0%0%0%0%23 24 0%0%0%0%0%0%0% Proposed Occupancy Load Profiles (Percent of Peak Occupancy) Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0% 1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0% 2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0% 3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0% 4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0% 5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0% 6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0% 7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 0% 0% 0% 0% 0% 0% 8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 60% 60% 60% 60% 60% 30%8 9 0% 0% 0% 0% 0% 0% 0% 9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 60% 60% 60% 60% 60% 30%9 10 0% 0% 0% 0% 0% 0% 0% 10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 60% 60% 60% 60% 60% 30%10 11 0% 0% 0% 0% 0% 0% 0% 11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 60% 60% 60% 60% 60% 30%11 12 0% 0% 0% 0% 0% 0% 0% 12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 60% 60% 60% 60% 60% 30%12 13 0% 0% 0% 0% 0% 0% 0% 13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 60% 60% 60% 60% 60% 30%13 14 0% 0% 0% 0% 0% 0% 0% 14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 60% 60% 60% 60% 60% 30%14 15 0% 0% 0% 0% 0% 0% 0% 15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 0% 0% 0% 0% 0% 0% 16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 0% 0% 0% 0% 0% 0% 17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 0% 0% 0% 0% 0% 0% 18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 0% 0% 0% 0% 0% 0% 19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 0% 0% 0% 0% 0% 0% 20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 0% 0% 0% 0% 0% 0% 21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 0% 0% 0% 0% 0% 0% 22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0% 23 24 0% 0% 0% 0% 0% 0% 0%23 24 0% 0% 0% 0% 0% 0% 0%23 24 0% 0% 0% 0% 0% 0% 0% Schedule C - Not Used Hour Schedule C - Not Used HourHourHour Hour Hour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) McK8760 - Calendar 03.01-FAC: Upgrade HVAC System to VRF Calendar Weekends Highlighted Yellow For Reference Year 1989 Month 1 2 3 4 5 6 7 8 9 10 11 12 Day Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 1 A A A A A A B B B A A A 2 A A A A A A B B B A A A 3 A A A A A A B B B A A A 4 A A A A A A B B B A A A 5 A A A A A A B B B A A A 6 A A A A A A B B B A A A 7 A A A A A A B B B A A A 8 A A A A A A B B B A A A 9 A A A A A A B B B A A A 10 A A A A A A B B B A A A 11 A A A A A A B B B A A A 12 A A A A A A B B B A A A 13 A A A A A A B B B A A A 14 A A A A A A B B B A A A 15 A A A A A A B B B A A A 16 A A A A A B B B A A A A 17 A A A A A B B B A A A A 18 A A A A A B B B A A A A 19 A A A A A B B B A A A A 20 A A A A A B B B A A A A 21 A A A A A B B B A A A A 22 A A A A A B B B A A A A 23 A A A A A B B B A A A A 24 A A A A A B B B A A A A 25 A A A A A B B B A A A A 26 A A A A A B B B A A A A 27 A A A A A B B B A A A A 28 A A A A A B B B A A A A 29 A A A A B B B A A A A 30 A A A A B B B A A A A 31 A A A B B A A Holidays and Observances: (Reference Year 1989) Jan 1 New Year's Day May 29 Memorial Day Oct 31 Halloween Jan 16 MLK Day Jul 4 Independence Day Nov 11 Veterans Day Feb 20 Presidents' Day Sep 4 Labor Day Nov 23 Thanksgiving Day Mar 26 Easter Sunday Oct 9 Columbus Day Dec 25 Christmas Day Schedules Summary Totals Schedule C Schedule Schedule A Schedule B Schedule Description Normal Boiler Operation (Winter) Boilers Off (Summer) Not Used Total Days/Yr 273 92 365 0 Proposed HVAC On Hrs/Yr 2,989 1,015 0 8,760 4,004 0 4,004 Baseline HVAC On Hrs/Yr 2,989 1,015 0 Total Hrs/Yr 6,552 2,208 McK8760 - Inputs 03.01-FAC: Upgrade HVAC System to VRF Zone Inputs: Tag Units Baseline Proposed Basis I7 ft2 44,683 44,683 Per FAC Seismic Structural Retrofit Dwgs, minus gymnasium (Sheet A1.01) I8 ft2 34,446 34,446 Per 2018 FAC Roof Replacement Dwgs, minus gymnasium (Sheet A6) I9 ft2 13,394 13,394 Per FAC Seismic Structural Retrofit Dwgs, minus gymnasium (Sheet A3.01-03) I10 Glazing Area Glazing ft2 6,802 6,802 Per FAC Seismic Structural Retrofit Dwgs, minus gymnasium (Sheet A3.01-03) I12 Roof U-Factor Roof BTU/ft2/oF 0.033 0.033 Estimated R-30 (2018 reroofing project) I13 Opaque Wall U-Factor Walls BTU/ft2/oF 0.200 0.200 Estimated R-5 (historical façade) I14 Glazing U-Factor Glazing BTU/ft2/oF 0.800 0.800 Estimated (double pane, metal frame) I15 Glazing Solar Heat Gain Coefficient (SHGC)Glazing -0.380 0.380 Estimated (double pane) I16 -0.300 0.300 Estimated I17 ft 12 12 Estimated (classrooms, hallways, studios) I18 ach 0.300 0.300 Estimated higher infiltration (open windows for ventilation) I19 Qty 250 250 Estimated based on owner-provided occupancy values I20 Btu/h 275 275 Mix of school/daycare + gymnastics I21 Latent Heat Gain Per Person Btu/h 275 275 Mix of school/daycare + gymnastics I22 W/ft2 0.47 0.47 Per lighting as-builts from 2020 McK lighting upgrade (excluding gym, locker, weights) I23 W/ft2 0.15 0.15 Computers, kitchen appliances, clothes washer, vending machines (estimated) I24 kW 0 0 Not modeled I25 Watt 0 0 Not modeled I26 Yes/No No No Not modeled I27 oF 75.0 75.0 Elevated baseline vs. VRF system I28 oF 80.0 80.0 Elevated baseline vs. VRF system I29 oF 69.0 69.0 Estimated based on site visit I30 oF 62.0 64.0 Estimated based on site visit AHU & Plant Inputs: Tag Units Baseline Proposed Basis I34 Type CV CV Constant volume fan power vs. DOAS I35 Type Continuous Continuous Assumed I36 CFM 14,810 14,810 Elevated baseline vs. DOAS-1 + DOAS-2 (excluding gymnasium) I37 %100.0%100.0% Constant volume fan power vs. DOAS-1 + DOAS-2 I38 %100.0%100.0%Elevated baseline vs. DOAS I39 %25.0%100.0%Estimated based on utility data vs. DOAS (minus gymnasium) I40 %3.0%3.0% Windows shut at night I41 oF 0 0 No existing economizer I42 oF 0 0 No existing economizer I43 Demand Controlled Ventilation (For Outside Air Control)Yes/No No No Not applicable (not modeled) I44 DCV Airflow Per Person (Based on Space Type)DCV Tab CFM/Per 10.00 10.00 Not applicable (not modeled) I45 DCV Airflow Per Area (Based on Space Type)DCV Tab CFM/ft2 0.06 0.06 Not applicable (not modeled) I46 in w.c.6.0 6.0 Elevated baseline vs. DOAS fans (goal seek to fan BHP) I47 %60%60%Elevated baseline vs. VRF system I48 Occupied Supply Air Temperature @ OAT ----------> 80.0 oF Single Zone Single Zone Constant volume fan power I49 Occupied Supply Air Temperature @ OAT ----------> 65.0 oF 60 60 Constant volume fan power I50 oF Use Occ SAT Use Occ SAT Constant volume fan power I51 oF 55 55 Constant volume fan power I52 BTU/Watt 14.0 25.4 Elevated baseline (code minimum) vs. VRF IEER (averaged across all ODUs) I53 %0.0%0.0% Not applicable (not modeled) I54 oF 60 60 Elevated baseline vs. VRF system I55 AHU Heating Efficiency or COP @ OAT --------------> 47.0 COP 0.80 3.81 No existing cooling (locked out) vs. VRF system (averaged across all ODUs) I56 AHU Heating Efficiency or COP @ OAT --------------> 17.0 COP 0.80 2.81 No existing cooling (locked out) vs. VRF system (estimated) I57 AHU Heating Efficiency or COP < OAT --------------> 9.0 COP 0.80 2.00 No existing cooling (locked out) vs. VRF system (estimated) I58 Type Natural Gas Electric (2) natural gas boilers vs. VRF system I59 oF 70 70 Estimated I60 Yes/No No No Not applicable (not modeled) I61 %0.0 0.7 DOAS energy recovery efficiency (code minimum) I62 Yes/No Yes No (2) natural gas boilers vs. VRF system Terminal Devices Inputs (Reheat Coils, VAV Boxes, Baseboard Heaters, etc) Tag Units Baseline Proposed Basis I66 Yes/No Yes Yes Radiators/unit ventilators vs. VRF IDUs I67 oF 70.0 70.0 Radiators/unit ventilators vs. VRF IDUs I68 Zone Heating Efficiency or COP @ OAT -------------> 47.0 COP 0.80 3.81 Radiators/unit ventilators vs. VRF IDUs I69 Zone Heating Efficiency or COP @ OAT -------------> 17.0 COP 0.80 2.81 Radiators/unit ventilators vs. VRF IDUs I70 Zone Heating Efficiency or COP < OAT -------------->9.0 COP 0.80 2.00 Radiators/unit ventilators vs. VRF IDUs I71 Type Natural Gas Electric Radiators/unit ventilators vs. VRF IDUs I72 Zone, AHU Zone Coil Zone Coil I73 W/CFM 0.00 0.08 IDU fan wattage / IDU max airflow Chilled Water and Heating Plants Inputs: Tag Units Baseline Proposed Basis I78 Type No Chiller No Chiller No chiller (not modeled) I79 Type Centrifugal Centrifugal No chiller (not modeled) I80 Tonnage 112 112 No chiller (not modeled) I81 GPM 268 268 No chiller (not modeled) I82 ft wg 120 120 No chiller (not modeled) I83 Type VFD VFD No chiller (not modeled) I84 Type Demand Demand No chiller (not modeled) I85 %33.0%33.0%No chiller (not modeled) I86 %60.0%60.0%No chiller (not modeled) I87 oF 40 40 No chiller (not modeled) I88 Type Fixed Fixed No chiller (not modeled) I89 oF 16 16 No chiller (not modeled) I91 GPM 0 0 No condenser (not modeled) I92 ft wg 0 0 No condenser (not modeled) I93 Type VFD VFD No condenser (not modeled) I94 Type Demand Demand No condenser (not modeled) I95 %33.0%33.0%No condenser (not modeled) I96 %60.0%60.0%No condenser (not modeled) I97 oF 20 20 No condenser (not modeled) I98 oF 85 85 No cooling tower (not modeled) I99 oF 68 68 No cooling tower (not modeled) I100 bhp 11.2 11.2 No cooling tower (not modeled) I101 CFM 0 0 No cooling tower (not modeled) I102 Type VFD VFD No cooling tower (not modeled) I103 Type Fixed CWST Fixed CWST No cooling tower (not modeled) I105 oF 50 50 No cooling tower (not modeled) Minimum Cooling Tower Fan Speed %33.0%33.0%No cooling tower (not modeled) I106 Yes/No No No No cooling tower (not modeled) I107 oF 5 5 No cooling tower (not modeled) I109 GPM 350 0 Estimated - hydronic system vs. none (VRF) I110 ft wg 45 0 Estimated - hydronic system vs. none (VRF) I111 Type CV CV Estimated - hydronic system vs. none (VRF) I112 Type Sched Demand Sched Demand Estimated - hydronic system vs. none (VRF) I113 Minimum Heating Water Flow Rate (% of Max Flow Rate)%40.0%40.0% Estimated - hydronic system vs. none (VRF) I114 %60.0%60.0% Estimated - hydronic system vs. none (VRF) I115 oF 20.0 20.0 Estimated - hydronic system vs. none (VRF) I118 Yes/No No No No water source heat pump boiler (not modeled) I119 %80%80%No water source heat pump boiler (not modeled) I120 GPM 0 0 No water source heat pump boiler (not modeled) I121 ft wg 0 0 No water source heat pump boiler (not modeled) I122 Type VFD VFD No water source heat pump boiler (not modeled) I123 Type Demand Demand No water source heat pump boiler (not modeled) I124 Minimum Heat Pump Loop Water Flow Rate (% of Max Flow Rate) %40.0%40.0%No water source heat pump boiler (not modeled) I125 %60.0%60.0%No water source heat pump boiler (not modeled) I126 oF 20.0 20.0 No water source heat pump boiler (not modeled) Domestic Hot Water Inputs: Tag Units Baseline Proposed Basis I131 Type Natural Gas Electricity (1) Lochinvar gas fired DHW (manuf. 2003) I132 -0.80 4.20 84% AFUE original (derated) vs. (2) new hybrid DHW I133 Qty 300 300 Estimated I134 Gallons 1.0 1.0 School/daycare use, kitchen, gym locker rooms I135 oF 55.0 55.0 Estimated I136 oF 120.0 120.0 Per site visit Chilled Water Pumping CV or VFD Heating Water Flow Rate Heating Water System Design Pressure Drop Heating Water Pumping CV or VFD Heating Water System Delta T (HWST - HWRT) Cooling Tower Design Wet Bulb Cooling Tower CWST Control Strategy Cooling Tower Min CWST Temp Water Side Economizer Heating Water Plant Condenser Water Pump Enable Method Chilled Water Pump Enable Method Heating Water Pump Enable Method Variable Description Floor Area Roof Area Opaque Wall Area HVAC Off Cooling Space Temperature Set Point Glazing Solar Gain Bldg Shape Factor Average Space Height (Floor to Ceiling) Infiltration Peak Number of Occupants Peak Lighting Load Power Density Peak Plug Load Power Density HVAC On Cooling Space Temperature Set Point Sensible Heat Gain Per Person Peak Miscellaneous Load (Electrical) Miscellaneous Load Located in Conditioned Space Peak Exterior Lighting Load Fan Efficiency HVAC On Heating Space Temperature Set Point HVAC Off Heating Space Temperature Set Point AHU Fan Power based on Control Type Maximum AHU CFM Min AHU CFM (% of Max CFM) (If CV+Cycles: min occ % run time) Variable Description Maximum % Outside Air (Economizer % OSA) Minimum % Outside Air (Occupied) Economizer High Limit Set Point AHU Fan TSP (At Max CFM) Minimum % Outside Air (Unoccupied) Occupied Fan Operation Economizer Low Limit Set Point Heat Recovery % Effectiveness AHU Cooling Efficiency (IEER) Evaporative Cooling Effectiveness (Air side) AHU Cooling Lockout Below AHU Heating Energy Source AHU Heating Lockout Above Evaporative Pre-Cooling on Condenser Variable Description Variable Description Heating Water Pump Efficiency (Motor and Pump) Chiller Nominal Tonnage Minimum Chilled Water GPM (% of Max Flow Rate) Chilled Water Pump Efficiency (Motor and Pump) Chilled Water Supply Temperature Chilled Water Temperature Control Strategy Chilled Water System Delta T (CHWRT - CHWST) Minimum Condenser Water Flow Rate (% of Max Flow Rate) Condenser Water Pump Efficiency (Motor and Pump) Condenser Water System Delta T(CWRT-CWST) Cooling Tower Design Fan Brake HP Cooling Tower Fan Design Flow Rate Cooling Tower Fan Control Water Side Economizer HX Temp Approach Chilled Water System Design Pressure Drop Terminal Devices Zone Heating Lockout Above Condenser Water Plant Condenser Water Flow Rate Condenser Water System Design Pressure Drop Condenser Water Pumping CV or VFD Cooling Tower Design CWST Chiller Source Chiller Type Chilled Water Flow Rate Heat Pump Boiler Efficiency Water Source Heat Pump Boiler Heat Pump Loop Pump Heat Pump Loop Water Flow Rate Heat Pump Loop Water System Design Pressure Drop Heat Pump Loop Water Pumping CV or VFD Heat Pump Loop Water Pump Enable Method Heat Pump Loop Water Pump Efficiency (Motor and Pump) Variable Description Chilled Water Pumps Heat Pump Loop Water System Delta T (HWST - HWRT) Onsite Central Plant? Unoccupied Heating Supply Air Temperature Setpoint Unoccupied Cooling Supply Air Temperature Setpoint DHW Fuel Type Energy Factor Working Days Per Year (Used Only For DHW Calc) Average Daily Hot Water Consumption Per Person Average Entering Cold Water Temperature Supply Hot Water Temperature Heating Energy Source Zone Unoccupied Heating Done By SFPMB Terminal Unit Power McK8760 - Outputs 03.01-FAC: Upgrade HVAC System to VRF Electric Demand Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O7 Cooling Peak kW kW 36 -20 -16 43.5% - O8 AHU Heating Peak kW kW 0 -0 -0 0.0% - O9 Zone Heating Peak kW kW 0 -0 -0 0.0% - O10 Fan Peak kW kW 18 -19 --1 -6.5% - O11 Interior Lighting Peak kW kW 18 -18 -0 0.0% - O12 Exterior Lighting Peak kW kW 0 -0 -0 0.0% - O13 Plug Load Peak kW kW 6 -6 -0 0.0% - O14 Pumps Peak kW kW 5 -0 -5 100.0% - O15 Heat Rejection kW kW 0 -0 -0 0.0% - O16 Miscellaneous Load Peak kW kW 0 0 -0 0.0% - O17 Other Peak kW kW 13 -28 --15 -111.1% - O18 Peak kW kW 80 -89 --9 -11.5% - O19 Peak kW (Sum 12 Monthly Peaks) kW 929 -1,169 --239 -25.8% - Electricity Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O23 Cooling kWh/Yr 9,658 0.74 5,210 0.40 4,448 46.1% 0.34 O24 AHU Heating kWh/Yr 0 0.00 55,609 4.25 -55,609 0.0% -4.25 O25 Zone Heating kWh/Yr 0 0.00 62,413 4.77 -62,413 0.0% -4.77 O26 AHU Fans kWh/Yr 145,246 11.09 147,314 11.25 -2,068 -1.4% -0.16 O27 Zone Fans kWh/Yr 0 0.00 6,626 0.51 -6,626 0.0% -0.51 O28 Interior Lighting kWh/Yr 55,297 4.22 55,297 4.22 0 0.0% 0.00 O29 Exterior Lighting kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O30 Plug Loads kWh/Yr 17,653 1.35 17,653 1.35 0 0.0% 0.00 O31 Pumps kWh/Yr 16,350 1.25 0 0.00 16,350 100.0% 1.25 O32 Heat Rejection kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O33 Miscellaneous Loads kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O34 Domestic Hot Water kWh/Yr 0 0.00 2,824 0.22 -2,824 0.0% -0.22 O35 Gym Electricity kWh/Yr 22,935 1.75 51,693 3.95 -28,758 -125.4% -2.20 O36 Total kWh/Yr 267,138 20.40 404,638 30.90 -137,500 -51.5% -10.50 Natural Gas Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O40 AHU Heating Therm/Yr 8,132 18.20 0 0.00 8,132 100.0% 18.20 O41 Zone Heating Therm/Yr 8,506 19.04 0 0.00 8,506 100.0% 19.04 O42 Domestic Hot Water Therm/Yr 506 1.13 0 0.00 506 100.0% 1.13 O43 Gym Natural Gas Therm/Yr 2,079 4.65 0 0.00 2,079 100.0% 4.65 O44 Total Therm/Yr 19,222 43.02 0 0.00 19,222 100.0% 43.02 Steam Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O48 AHU Heating kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O49 Zone Heating kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O50 Domestic Hot Water kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O51 Other Steam kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O52 Total kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 Total Energy Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O56 Total Energy kBtu/Yr 2,833,704 63 1,380,626 30.90 1,453,079 51.3% 32.52 McK8760 - General Information 03.01-FAC: Upgrade HVAC System to VRF Project Information: Project Name City of Edmonds FIM Name 03.01-FAC: Upgrade HVAC System to VRF TCO Project ID 995 Tech Contact Jacob Keith TCO Tool FIM ID 50943 Date Weather Data: WA, Station ID 727937TY.xls Description of FIM From TCO Tool: HVAC & Load Schedules: Schedule A Title School Schedule B Title School Schedule C Title School Utility Rate Schedules Schedule 1 Title Schedule 2 Title Schedule 3 Title Zone Data (for multi-model buildings) Zone Name Zone Name (e.g. RTU-1 or West Wing) Zone Description Zone Description Savings Tracker (Use if Modeling Multiple Efficiency Measures) Electric Demand (kW) Electricity (kWh) Natural Gas (therm) Steam (kLB)EUI (kBTU/SqFt/Yr) 100 22,935 2,079 0 42.16 Savings ►42.16 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Savings ►0.00 Usage ►0.00 Notes: Rate Schedule 2 10/22/2024 Nearest Weather Station Existing: The facility is currently heated using two (2) natural gas-fired hot water and steam boilers. These boilers serve radiators and unit ventilators that are controlled room-by-room via local thermostats. The gymnasium is served by two (2) air handling units also served by the hydronic system. No mechanical cooling exists, and ventilation is via operable windows. The existing BMS is a simple interface with scheduling, on/off commands, and alarms. The existing domestic hot water plant consists of a natural gas-fired, circulating water heater (manuf. 2003) and a storage tank.Proposed: Demo all existing thermostats, radiators, unit ventilators, pumps, boilers and associated hydronic piping. Install a new variable refrigerant flow (VRF) system for heating/cooling and a dedicated outdoor air system (DOAS) for ventilation. Refurbish the gymnasium AHUs with new fans, VRF coils, filters, and variable frequency drives. Demo the existing natural gas domestic hot water plant and replace with a new electric hybrid system. ASHRAE Schedule TypeNormal Boiler Operation (Winter) SNOHOMISH CO Rate Schedule 1 Boilers Off (Summer) Not Used Measure Description Baseline Building Performance ASHRAE Schedule Type ASHRAE Schedule Type Rate Schedule 3 McK8760 - HVAC Schedules 03.01-FAC: Upgrade HVAC System to VRF Baseline HVAC Equipment Daily Schedules 0 = Fan Off 1 = Fan On Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 6 7 0 1 1 1 1 1 1 6 7 0 1 1 1 1 1 1 6 7 0 0 0 0 0 0 0 7 8 0 1 1 1 1 1 1 7 8 0 1 1 1 1 1 1 7 8 0 0 0 0 0 0 0 8 9 0 1 1 1 1 1 1 8 9 0 1 1 1 1 1 1 8 9 0 0 0 0 0 0 0 9 10 0 1 1 1 1 1 1 9 10 0 1 1 1 1 1 1 9 10 0 0 0 0 0 0 0 10 11 0 1 1 1 1 1 1 10 11 0 1 1 1 1 1 1 10 11 0 0 0 0 0 0 0 11 12 0 1 1 1 1 1 1 11 12 0 1 1 1 1 1 1 11 12 0 0 0 0 0 0 0 12 13 0 1 1 1 1 1 1 12 13 0 1 1 1 1 1 1 12 13 0 0 0 0 0 0 0 13 14 0 1 1 1 1 1 1 13 14 0 1 1 1 1 1 1 13 14 0 0 0 0 0 0 0 14 15 0 1 1 1 1 1 1 14 15 0 1 1 1 1 1 1 14 15 0 0 0 0 0 0 0 15 16 0 1 1 1 1 1 1 15 16 0 1 1 1 1 1 1 15 16 0 0 0 0 0 0 0 16 17 0 1 1 1 1 1 1 16 17 0 1 1 1 1 1 1 16 17 0 0 0 0 0 0 0 17 18 0 1 1 1 1 1 1 17 18 0 1 1 1 1 1 1 17 18 0 0 0 0 0 0 0 18 19 0 1 1 1 1 1 1 18 19 0 1 1 1 1 1 1 18 19 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 0 13 13 13 13 13 13 0 13 13 13 13 13 13 0 0 0 0 0 0 0 Proposed HVAC Equipment Daily Schedules 0 = Unoccupied Mode 1 = Occupied Mode Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 1 2 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 2 3 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 3 4 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 4 5 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 5 6 0 0 0 0 0 0 0 6 7 0 1 1 1 1 1 1 6 7 0 1 1 1 1 1 1 6 7 0 0 0 0 0 0 0 7 8 0 1 1 1 1 1 1 7 8 0 1 1 1 1 1 1 7 8 0 0 0 0 0 0 0 8 9 0 1 1 1 1 1 1 8 9 0 1 1 1 1 1 1 8 9 0 0 0 0 0 0 0 9 10 0 1 1 1 1 1 1 9 10 0 1 1 1 1 1 1 9 10 0 0 0 0 0 0 0 10 11 0 1 1 1 1 1 1 10 11 0 1 1 1 1 1 1 10 11 0 0 0 0 0 0 0 11 12 0 1 1 1 1 1 1 11 12 0 1 1 1 1 1 1 11 12 0 0 0 0 0 0 0 12 13 0 1 1 1 1 1 1 12 13 0 1 1 1 1 1 1 12 13 0 0 0 0 0 0 0 13 14 0 1 1 1 1 1 1 13 14 0 1 1 1 1 1 1 13 14 0 0 0 0 0 0 0 14 15 0 1 1 1 1 1 1 14 15 0 1 1 1 1 1 1 14 15 0 0 0 0 0 0 0 15 16 0 1 1 1 1 1 1 15 16 0 1 1 1 1 1 1 15 16 0 0 0 0 0 0 0 16 17 0 1 1 1 1 1 1 16 17 0 1 1 1 1 1 1 16 17 0 0 0 0 0 0 0 17 18 0 1 1 1 1 1 1 17 18 0 1 1 1 1 1 1 17 18 0 0 0 0 0 0 0 18 19 0 1 1 1 1 1 1 18 19 0 1 1 1 1 1 1 18 19 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 19 20 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 20 21 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 21 22 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 22 23 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 23 24 0 0 0 0 0 0 0 0 13 13 13 13 13 13 0 13 13 13 13 13 13 0 0 0 0 0 0 0Daily Totals Daily Totals Daily Totals Schedule C - Not Used Hour Schedule C - Not Used HourHourHour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Hour Hour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Daily Totals Daily Totals Daily Totals McK8760 - Occupancy Schedules 03.01-FAC: Upgrade HVAC System to VRF Baseline Occupancy Load Profiles (Percent of Peak Occupancy) Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0% 1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0% 2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0% 3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0% 4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0% 5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0% 6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0% 7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 0% 0% 0% 0% 0% 0% 8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 0% 0% 0% 0% 0% 0% 9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 0% 0% 0% 0% 0% 0% 10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 0% 0% 0% 0% 0% 0% 11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 0% 0% 0% 0% 0% 0% 12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 0% 0% 0% 0% 0% 0% 13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 0% 0% 0% 0% 0% 0% 14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 0% 0% 0% 0% 0% 0% 15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 0% 0% 0% 0% 0% 0% 16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 0% 0% 0% 0% 0% 0% 17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 0% 0% 0% 0% 0% 0% 18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 0% 0% 0% 0% 0% 0% 19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 0% 0% 0% 0% 0% 0% 20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 0% 0% 0% 0% 0% 0% 21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 0% 0% 0% 0% 0% 0% 22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0% 23 24 0%0%0%0%0%0%0%23 24 0%0%0%0%0%0%0%23 24 0%0%0%0%0%0%0% Proposed Occupancy Load Profiles (Percent of Peak Occupancy) Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat Sun Mon Tue Wed Thu Fri Sat From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 From To 1 2 3 4 5 6 7 0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0%0 1 0% 0% 0% 0% 0% 0% 0% 1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0%1 2 0% 0% 0% 0% 0% 0% 0% 2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0%2 3 0% 0% 0% 0% 0% 0% 0% 3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0%3 4 0% 0% 0% 0% 0% 0% 0% 4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0%4 5 0% 0% 0% 0% 0% 0% 0% 5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0%5 6 0% 0% 0% 0% 0% 0% 0% 6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0%6 7 0% 0% 0% 0% 0% 0% 0% 7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 5% 5% 5% 5% 5% 0%7 8 0% 0% 0% 0% 0% 0% 0% 8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 75% 75% 75% 75% 75% 30%8 9 0% 0% 0% 0% 0% 0% 0% 9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 90% 90% 90% 90% 90% 30%9 10 0% 0% 0% 0% 0% 0% 0% 10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 90% 90% 90% 90% 90% 30%10 11 0% 0% 0% 0% 0% 0% 0% 11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 80% 80% 80% 80% 80% 30%11 12 0% 0% 0% 0% 0% 0% 0% 12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 80% 80% 80% 80% 80% 30%12 13 0% 0% 0% 0% 0% 0% 0% 13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 80% 80% 80% 80% 80% 30%13 14 0% 0% 0% 0% 0% 0% 0% 14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 80% 80% 80% 80% 80% 30%14 15 0% 0% 0% 0% 0% 0% 0% 15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 45% 45% 45% 45% 45% 30%15 16 0% 0% 0% 0% 0% 0% 0% 16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 15% 15% 15% 15% 15% 30%16 17 0% 0% 0% 0% 0% 0% 0% 17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 5% 5% 5% 5% 5% 30%17 18 0% 0% 0% 0% 0% 0% 0% 18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 15% 15% 15% 15% 15% 0%18 19 0% 0% 0% 0% 0% 0% 0% 19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 20% 20% 20% 20% 20% 0%19 20 0% 0% 0% 0% 0% 0% 0% 20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 20% 20% 20% 20% 20% 0%20 21 0% 0% 0% 0% 0% 0% 0% 21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 10% 10% 10% 10% 10% 0%21 22 0% 0% 0% 0% 0% 0% 0% 22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0%22 23 0% 0% 0% 0% 0% 0% 0% 23 24 0% 0% 0% 0% 0% 0% 0%23 24 0% 0% 0% 0% 0% 0% 0%23 24 0% 0% 0% 0% 0% 0% 0% Schedule C - Not Used Hour Schedule C - Not Used HourHourHour Hour Hour Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) Schedule A - Normal Boiler Operation (Winter)Schedule B - Boilers Off (Summer) McK8760 - Calendar 03.01-FAC: Upgrade HVAC System to VRF Calendar Weekends Highlighted Yellow For Reference Year 1989 Month 1 2 3 4 5 6 7 8 9 10 11 12 Day Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec 1 A A A A A A B B B A A A 2 A A A A A A B B B A A A 3 A A A A A A B B B A A A 4 A A A A A A B B B A A A 5 A A A A A A B B B A A A 6 A A A A A A B B B A A A 7 A A A A A A B B B A A A 8 A A A A A A B B B A A A 9 A A A A A A B B B A A A 10 A A A A A A B B B A A A 11 A A A A A A B B B A A A 12 A A A A A A B B B A A A 13 A A A A A A B B B A A A 14 A A A A A A B B B A A A 15 A A A A A A B B B A A A 16 A A A A A B B B A A A A 17 A A A A A B B B A A A A 18 A A A A A B B B A A A A 19 A A A A A B B B A A A A 20 A A A A A B B B A A A A 21 A A A A A B B B A A A A 22 A A A A A B B B A A A A 23 A A A A A B B B A A A A 24 A A A A A B B B A A A A 25 A A A A A B B B A A A A 26 A A A A A B B B A A A A 27 A A A A A B B B A A A A 28 A A A A A B B B A A A A 29 A A A A B B B A A A A 30 A A A A B B B A A A A 31 A A A B B A A Holidays and Observances: (Reference Year 1989) Jan 1 New Year's Day May 29 Memorial Day Oct 31 Halloween Jan 16 MLK Day Jul 4 Independence Day Nov 11 Veterans Day Feb 20 Presidents' Day Sep 4 Labor Day Nov 23 Thanksgiving Day Mar 26 Easter Sunday Oct 9 Columbus Day Dec 25 Christmas Day Schedules Summary Totals Schedule C Schedule Schedule A Schedule B Schedule Description Normal Boiler Operation (Winter) Boilers Off (Summer) Not Used Total Days/Yr 273 92 365 0 Proposed HVAC On Hrs/Yr 3,029 1,027 0 8,760 4,056 0 4,056 Baseline HVAC On Hrs/Yr 3,029 1,027 0 Total Hrs/Yr 6,552 2,208 McK8760 - Inputs 03.01-FAC: Upgrade HVAC System to VRF Zone Inputs: Tag Units Baseline Proposed Basis I7 ft2 6,787 6,787 Per FAC Seismic Structural Retrofit Dwgs, gymnasium only (Sheet A1.01) I8 ft2 6,787 6,787 Per 2018 FAC Roof Replacement Dwgs, gymnasium only (Sheet A6) I9 ft2 6,825 6,825 Per FAC Seismic Structural Retrofit Dwgs, gymnasium only (Sheet A3.01-03) I10 Glazing Area Glazing ft2 340 340 Per FAC Seismic Structural Retrofit Dwgs, gymnasium only (Sheet A3.01-03) I12 Roof U-Factor Roof BTU/ft2/oF 0.030 0.030 R-38 per 2018 FAC Roof Replacement Dwgs, gymnasium only (Sheet A3) I13 Opaque Wall U-Factor Walls BTU/ft2/oF 0.125 0.125 Estimated R-10 I14 Glazing U-Factor Glazing BTU/ft2/oF 0.800 0.800 Estimated (double pane, metal frame) I15 Glazing Solar Heat Gain Coefficient (SHGC)Glazing -0.380 0.380 Estimated (double pane) I16 -0.300 0.300 Estimated I17 ft 20 20 Averaged for ceiling heights (gym, locker, weights) I18 ach 0.250 0.250 Estimated loose infiltration I19 Qty 50 50 Estimated I20 Btu/h 710 710 Athletics (ASHRAE) I21 Latent Heat Gain Per Person Btu/h 1090 1,090 Athletics (ASHRAE) I22 W/ft2 0.62 0.62 Per lighting as-builts from 2020 McK lighting upgrade (gym, locker, weights) I23 W/ft2 0 0 Gymnasium (no plug load) I24 kW 0 0 Not modeled I25 Watt 0 0 Not modeled I26 Yes/No No No Not modeled I27 oF 75.0 75.0 Elevated baseline vs. VRF system I28 oF 80.0 80.0 Elevated baseline vs. VRF system I29 oF 60.0 60.0 Per site visit I30 oF 60.0 55.0 Per site visit AHU & Plant Inputs: Tag Units Baseline Proposed Basis I34 Type CV CV Constant volume fan power I35 Type Continuous Continuous Assumed I36 CFM 2,000 2,980 Assumed vs. AHU-1 + AHU-2 + DOAS-3 (gymnasium only) I37 %100.0%100.0% Constant volume fan power I38 %100.0%100.0%Elevated baseline vs. DOAS I39 %90.0%90.0%Elevated baseline vs. DOAS I40 %10.0%10.0%Elevated baseline vs. DOAS I41 oF 0 0 No existing economizer I42 oF 0 0 No existing economizer I43 Demand Controlled Ventilation (For Outside Air Control)Yes/No No No Not applicable (not modeled) I44 DCV Airflow Per Person (Based on Space Type)DCV Tab CFM/Per 10.00 10.00 Not applicable (not modeled) I45 DCV Airflow Per Area (Based on Space Type)DCV Tab CFM/ft2 0.06 0.06 Not applicable (not modeled) I46 in w.c.3.0 4.1 Goal seek to total fan BHP I47 %60%60% Estimated efficiency I48 Occupied Supply Air Temperature @ OAT ----------> 80.0 oF Single Zone Single Zone Constant volume fan power I49 Occupied Supply Air Temperature @ OAT ----------> 65.0 oF 60 60 Constant volume fan power I50 oF Use Occ SAT Use Occ SAT Constant volume fan power I51 oF 55 55 Constant volume fan power I52 BTU/Watt 13.7 20.6 Elevated baseline (code minimum) vs. VRF IEER (averaged for ODU-3,-10) I53 %0.0%0.0% Not applicable (not modeled) I54 oF 60 60 Elevated baseline vs. VRF system I55 AHU Heating Efficiency or COP @ OAT --------------> 47.0 COP 0.80 3.72 Gas boilers vs. VRF system (averaged for ODU-3, ODU-10) I56 AHU Heating Efficiency or COP @ OAT --------------> 17.0 COP 0.80 2.72 Gas boilers vs. VRF system (estimated) I57 AHU Heating Efficiency or COP < OAT --------------> 9.0 COP 0.80 2.00 Gas boilers vs. VRF system (estimated) I58 Type Natural Gas Electric Gas boilers vs. VRF system I59 oF 70 70 Estimated I60 Yes/No No No Not applicable (not modeled) I61 %0.0 0.7 DOAS heat recovery effectiveness (code minimum) I62 Yes/No No No Central plant modeled in main bldg. Terminal Devices Inputs (Reheat Coils, VAV Boxes, Baseboard Heaters, etc) Tag Units Baseline Proposed Basis I66 Yes/No No Yes No terminal devices vs. new electric radiant ceiling panels I67 oF 70.0 70.0 No terminal devices vs. new electric radiant ceiling panels I68 Zone Heating Efficiency or COP @ OAT -------------> 47.0 COP 0.80 1.00 No terminal devices vs. new electric radiant ceiling panels I69 Zone Heating Efficiency or COP @ OAT -------------> 17.0 COP 0.80 1.00 No terminal devices vs. new electric radiant ceiling panels I70 Zone Heating Efficiency or COP < OAT -------------->9.0 COP 0.80 1.00 No terminal devices vs. new electric radiant ceiling panels I71 Type Natural Gas Electric No terminal devices vs. new electric radiant ceiling panels I72 Zone, AHU AHU Coil Zone Coil No terminal devices vs. new electric radiant ceiling panels I73 W/CFM 0.00 0.00 No terminal devices vs. new electric radiant ceiling panels Chilled Water and Heating Plants Inputs: Domestic Hot Water Inputs: Tag Units Baseline Proposed Basis I131 Type Natural Gas Natural Gas Excluded - DHW modeled in main building I132 -0 0 Excluded - DHW modeled in main building I133 Qty 0 0 Excluded - DHW modeled in main building I134 Gallons 0 0 Excluded - DHW modeled in main building I135 oF 55.0 55.0 Excluded - DHW modeled in main building I136 oF 120.0 120.0 Excluded - DHW modeled in main building Variable Description Floor Area Roof Area Opaque Wall Area HVAC Off Cooling Space Temperature Set Point Glazing Solar Gain Bldg Shape Factor Average Space Height (Floor to Ceiling) Infiltration Peak Number of Occupants Peak Lighting Load Power Density Peak Plug Load Power Density HVAC On Cooling Space Temperature Set Point Sensible Heat Gain Per Person Peak Miscellaneous Load (Electrical) Miscellaneous Load Located in Conditioned Space Peak Exterior Lighting Load Fan Efficiency HVAC On Heating Space Temperature Set Point HVAC Off Heating Space Temperature Set Point AHU Fan Power based on Control Type Maximum AHU CFM Min AHU CFM (% of Max CFM) (If CV+Cycles: min occ % run time) Variable Description Maximum % Outside Air (Economizer % OSA) Minimum % Outside Air (Occupied) Economizer High Limit Set Point AHU Fan TSP (At Max CFM) Minimum % Outside Air (Unoccupied) Occupied Fan Operation Economizer Low Limit Set Point Heat Recovery % Effectiveness AHU Cooling Efficiency (IEER) Evaporative Cooling Effectiveness (Air side) AHU Cooling Lockout Below AHU Heating Energy Source AHU Heating Lockout Above Evaporative Pre-Cooling on Condenser Variable Description Variable Description Terminal Devices Zone Heating Lockout Above Onsite Central Plant? Unoccupied Heating Supply Air Temperature Setpoint Unoccupied Cooling Supply Air Temperature Setpoint DHW Fuel Type Energy Factor Working Days Per Year (Used Only For DHW Calc) Average Daily Hot Water Consumption Per Person Average Entering Cold Water Temperature Supply Hot Water Temperature Heating Energy Source Zone Unoccupied Heating Done By SFPMB Terminal Unit Power McK8760 - Outputs 03.01-FAC: Upgrade HVAC System to VRF Electric Demand Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O7 Cooling Peak kW kW 9 -5 -3 37.9% - O8 AHU Heating Peak kW kW 0 -0 -0 0.0% - O9 Zone Heating Peak kW kW 0 -0 -0 0.0% - O10 Fan Peak kW kW 1 -2 --1 -100.0% - O11 Interior Lighting Peak kW kW 4 -4 -0 0.0% - O12 Exterior Lighting Peak kW kW 0 -0 -0 0.0% - O13 Plug Load Peak kW kW 0 -0 -0 0.0% - O14 Pumps Peak kW kW 0 -0 -0 0.0% - O15 Heat Rejection kW kW 0 -0 -0 0.0% - O16 Miscellaneous Load Peak kW kW 0 0 -0 0.0% - O17 Other Peak kW kW 0 -0 -0 0.0% - O18 Peak kW kW 13 -28 --15 -111.1% - O19 Peak kW (Sum 12 Monthly Peaks) kW 100 -173 --74 -73.7% - Electricity Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O23 Cooling kWh/Yr 1,219 0.61 1,419 0.71 -200 -16.4% -0.10 O24 AHU Heating kWh/Yr 0 0.00 3,041 1.53 -3,041 0.0% -1.53 O25 Zone Heating kWh/Yr 0 0.00 17,790 8.94 -17,790 0.0% -8.94 O26 AHU Fans kWh/Yr 9,677 4.86 17,403 8.75 -7,727 -79.8% -3.88 O27 Zone Fans kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O28 Interior Lighting kWh/Yr 12,039 6.05 12,039 6.05 0 0.0% 0.00 O29 Exterior Lighting kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O30 Plug Loads kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O31 Pumps kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O32 Heat Rejection kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O33 Miscellaneous Loads kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O34 Domestic Hot Water kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O35 Other Electricity kWh/Yr 0 0.00 0 0.00 0 0.0% 0.00 O36 Total kWh/Yr 22,935 11.53 51,693 25.99 -28,758 -125.4% -14.46 Natural Gas Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O40 AHU Heating Therm/Yr 2,079 30.63 0 0.00 2,079 100.0% 30.63 O41 Zone Heating Therm/Yr 0 0.00 0 0.00 0 0.0% 0.00 O42 Domestic Hot Water Therm/Yr 0 0.00 0 0.00 0 0.0% 0.00 O43 Other Natural Gas Therm/Yr 0 0.00 0 0.00 0 0.0% 0.00 O44 Total Therm/Yr 2,079 30.63 0 0.00 2,079 100.0% 30.63 Steam Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O48 AHU Heating kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O49 Zone Heating kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O50 Domestic Hot Water kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O51 Other Steam kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 O52 Total kLB/Yr 0 0.00 0 0.00 0 0.0% 0.00 Total Energy Tag Description Units Baseline EUI Proposed EUI Savings Savings (%) EUI O56 Total Energy kBtu/Yr 286,121 42 176,375 25.99 109,746 38.4% 16.17 City Council Agenda Item Meeting Date: 11/19/2024 Proposed Ordinance Amending ECC 18.00.050 & 18.00.060 Staff Lead: Rob English and Sharon Cates Department: Engineering Preparer: Rob English Background/History Staff Recommendation Forward to City Council for approval. Narrative Attached is a proposed ordinance drafted by the City Attorney amending ECC 18.00.050 (Apprentice Requirements) and 18.00.060 (Bidder Responsibility Criteria) to comply with changes made by the State Legislature to the use of apprentices and bidder responsibility criteria on public works projects. Attachments: Attachment 1 - Proposed Ordinance Amending ECC 18.00.050 and .060 10.30.2024 2.9 Packet Pg. 426 ORDINANCE NO. AN ORDINANCE OF THE CITY OF EDMONDS, WASHINGTON, AMENDING CHAPTER 18.00 ECC (PUBLIC WORKS REQUIREMENTS; GENERAL REQUIREMENTS) TO UPDATE THE APPRENTICE REQUIREMENTS OF RCW 39.04.320 AND THE RESPONSIBLE BIDDER CRITERIA REQUIREMENTS UNDER RCW 39.04.350; PROVIDING FOR SEVERABILITY; AND SETTING AN EFFECTIVE DATE. WHEREAS, the Washington State Legislature has enacted legislation revising the requirements in RCW 39.04.320 relating to the use of apprentices and the requirements in RCW 39.04.350 relating to bidder responsibility criteria; and WHEREAS, the City Council has recently adopted a comprehensive update to the City of Edmonds Contracting and Purchasing Policies and Procedures that includes these updates to state law; and WHEREAS, after review and discussion, the City Council has determined it to be appropriate to amend Sections 18.00.050 (“Apprentice Requirements”) and 18.00.060 ECC (“Bidder Responsibility Criteria”) to update the language in the City Code to reflect these changes in state law; NOW, THEREFORE, THE CITY COUNCIL OF THE CITY OF EDMONDS, WASHINGTON, DO ORDAIN AS FOLLOWS: Section 1. ECC 18.00.050 is amended to revise the opening sentence and Subsection (B) as follows (deleted text is shown in strike-through; new text is shown in underline): This section is intended to supplement, and to be followed in conjunction with, the City of Edmonds Purchasing Policies and Procedures, dated January 2012 October 2024, or as amended. … B. Apprentice Utilization. Apprentices shall be utilized for the construction of public works by contractors and subcontractors in accordance with this section. 1. Apprenticeship Utilization Program Requirements Goal. For public works contracts with an estimated cost of $1,000,000 or more, the director of public works, or his designee, is authorized to require that up to 15 percent of the contract labor hours, including contractor and subcontractor hours, be performed by apprentices. As of July 1, 2024, for 2.9.a Packet Pg. 427 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 all public works contracts awarded with an estimated cost of Two Million Dollars ($2,000,000) or more, all specifications must require that no less than fifteen percent (15%) of the labor hours be performed by apprentices. For contracts advertised for bid on or after July 1, 2026, for all public works contracts awarded with an estimated cost of One Million Five Hundred Thousand Dollars ($1,500,000) or more, all specifications must require that no less than fifteen percent (15%) of the labor hours be performed by apprentices. For contracts advertised for bid on or after July 1, 2028, for all public works contracts awarded with an estimated cost of One Million Dollars ($1,000,000) or more, all specifications must require that no less than fifteen percent (15%) of the labor hours be performed by apprentices. 2. Contract Requirements. Contract documents for such public works construction projects shall include provisions detailing the apprentice labor requirements. There must be a specific line item in the contract specifying that apprenticeship utilization goals should be met, monetary incentives for meeting the goals, monetary penalties for not meeting the goals, and an expected cost value to be included in the bid associated with meeting the goals. All contracts must include a provision that a contractor or subcontractor may not be required to exceed these apprenticeship utilization requirements. 3. Monitoring. The city will make available an apprentice utilization plan form include an Apprenticeship Utilization Form for contractors to complete when submitting their bid documents, which identifies the intended usage of apprentices by the contractor and any subcontractors. This document is to be submitted by the successful bidder after the contract has been awarded will require the identification of individual apprentices by name and Washington State apprenticeship registration number, an estimate of the total apprentice labor hours, and the identification of apprentice hours to be worked by minorities, women, persons with disabilities and disadvantaged youth. This provision is not intended and shall not be used to discriminate against any applicant for training. In addition, the city will require periodic reporting on apprentice utilization, to include the submittal of a monthly apprenticeship utilization report the submittal of an Apprenticeship Verification Form by the contractor at the conclusion of the public works project that will identify the actual work performed by apprentices for the contractor and subcontractors on a monthly basis. Required reporting will include the identification of individual apprentices by name and Washington State apprenticeship registration number, the total apprentice labor hours worked, and identification of apprentice hours worked by minorities, women, persons with disabilities and disadvantaged youth. This provision is not intended and shall not be used to discriminate against any applicant for training. The city must report apprentice utilization by contractor and subcontractor to the supervisor of apprenticeship at the Department of Labor & Industries by final project acceptance. 4. Failure to Meet Utilization Goal. Failure by a contractor to comply with established apprenticeship requirements, unless otherwise adjusted or waived in writing as set forth below, shall may be deemed a breach of contract for which the city shall be entitled to all remedies allowed by law under the contract. Failure to comply with the apprenticeship requirements may also be considered evidence bearing on a contractor’s qualification for award of future contracts with the city. 5. Adjustment and Waiver. The responsible department director of public works, or his designee, may adjust or waive the requirements of this section for a specific project at any time for the following reasons: 2.9.a Packet Pg. 428 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a. The demonstrated lack of availability of apprentices in specific geographic areas; b. A disproportionately high ratio of material costs to labor hours, which does not make feasible the required minimum levels of apprentice participation; c. The reasonable and necessary requirements of the contract render apprentice utilization infeasible at the required levels; d. In order to meet the requirement, the contractor will be forced to displace members of its workforce; ec. The participating contractor has demonstrated a good faith effort to comply with the requirements of this section; and/or fd. Other criteria deemed appropriate that are not inconsistent with the purpose and goals of this section, which are subject to review by the city council. 6. Grant Funding. The provisions of this section shall not apply to the extent they are deemed to be in conflict with state or federal grant funding requirements. Section 2. ECC 18.00.060 is amended to revise subsection (A) as follows (deleted text is shown in strike-through; new text is shown in underline): A. Mandatory Responsible Bidder Criteria. 1. The bidder responsibility criteria set forth in this section shall be used by the public works department to establish the minimum requirements for all contractors and subcontractors bidding on city contracts for public work (as those terms are defined in RCW 39.04.010). The bid documents shall set forth the documentation to be submitted by bidders to demonstrate their compliance with the mandatory responsible bidder criteria. 2. To be considered a responsible bidder and qualified to be awarded a city contract for public work, the bidder must: a. At the time of bid submittal, have a certificate of contractor registration in compliance with Chapter 18.27 RCW (contractor registration), a plumbing contractor license in compliance with Chapter 18.106 RCW, an elevator contractor license in compliance with Chapter 70.87 RCW, or an electrical contractor license in compliance with Chapter 19.28 RCW, as required under the provisions of those chapters; b. Have a current state unified business identifier (UBI) number; c. If applicable, have: i. Industrial insurance coverage for the bidder’s employees working in Washington as required in RCW Title 51; 2.9.a Packet Pg. 429 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 ii. A state employment security department number as required in RCW Title 50; and iii. A state excise tax registration number as required in RCW Title 82; d. Not be disqualified from bidding on any public works contract under RCW 39.06.010 or 39.12.065(3); and e. Until December 31, 2013, not have violated RCW 39.04.370 more than one time as determined by the State Department of Labor and Industries.If bidding on a public works project subject to the apprenticeship utilization requirements in RCW 39.04.320, not have been found out of compliance by the Washington state apprenticeship and training council for working apprentices out of ratio, without appropriate supervision, or outside their approved work processes as outlined in their standards of apprenticeship under chapter 49.04 RCW for the one-year period immediately preceding the date of the bid solicitation; f. Have received training on the requirements related to public works and prevailing wage under this chapter and chapter 39.12 RCW. The bidder must designate a person or persons to be trained on these requirements. The training must be provided by the department of labor and industries or by a training provider whose curriculum is approved by the department. The department, in consultation with the prevailing wage advisory committee, must determine the length of the training. Bidders that have completed three or more public works projects and have had a valid business license in Washington for three or more years are exempt from this subsection. The department of labor and industries must keep records of entities that have satisfied the training requirement or are exempt and make the records available on its website. Responsible parties may rely on the records made available by the department regarding satisfaction of the training requirement or exemption; and g. Within the three-year period immediately preceding the date of the bid solicitation, not have been determined by a final and binding citation and notice of assessment issued by the department of labor and industries or through a civil judgment entered by a court of limited or general jurisdiction to have willfully violated, as defined in RCW 49.48.082, any provision of chapter 49.46, 49.48, or 49.52 RCW. 3. A bidder must verify mandatory responsibility criteria for each first tier subcontractor, and a subcontractor of any tier that hires other subcontractors must verify mandatory responsibility criteria for each of its subcontractors. Verification shall include that each subcontractor, at the time of subcontract execution, meets the responsibility criteria listed in RCW 39.04.350(1) and this section and possesses an electrical contractor license, if required by Chapter 19.28. RCW, or an elevator contractor license, if required by Chapter 70.87 RCW, or a plumbing contractor license, if required by Chapter 18.106 RCW. This verification requirement, as well as the mandatory responsibility criteria, must be included in every public works contract and subcontract of every tier. Section 3. Severability. If any section, sentence, clause or phrase of this ordinance should be held to be invalid or unconstitutional by a court of competent jurisdiction, such 2.9.a Packet Pg. 430 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 invalidity or unconstitutionality shall not affect the validity or constitutionality of any other section, sentence, clause or phrase of this ordinance. Section 4. Effective Date. This ordinance, being an exercise of a power specifically delegated to the City legislative body, is not subject to referendum, and shall take effect five (5) days after passage and publication of an approved summary thereof consisting of the title. APPROVED: MAYOR MIKE ROSEN ATTEST/AUTHENTICATED: CITY CLERK, SCOTT PASSEY APPROVED AS TO FORM: OFFICE OF THE CITY ATTORNEY: BY ___________________________________ JEFF TARADAY FILED WITH THE CITY CLERK: PASSED BY THE CITY COUNCIL: PUBLISHED: EFFECTIVE DATE: ORDINANCE NO. 2.9.a Packet Pg. 431 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 SUMMARY OF ORDINANCE NO. __________ of the City of Edmonds, Washington On the ____ day of ___________ 2024, the City Council of the City of Edmonds, passed Ordinance No. _____________. A summary of the content of said ordinance, consisting of the title, provides as follows: AN ORDINANCE OF THE CITY OF EDMONDS, WASHINGTON, AMENDING CHAPTER 18.00 ECC (PUBLIC WORKS REQUIREMENTS; GENERAL REQUIREMENTS) TO UPDATE THE APPRENTICE REQUIREMENTS OF RCW 39.04.320 AND THE RESPONSIBLE BIDDER CRITERIA REQUIREMENTS UNDER RCW 39.04.350; PROVIDING FOR SEVERABILITY; AND SETTING AN EFFECTIVE DATE. The full text of this Ordinance will be mailed upon request. DATED this _____ day of ________________ 2024. CITY CLERK, SCOTT PASSEY 2.9.a Packet Pg. 432 At t a c h m e n t : A t t a c h m e n t 1 - P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0 a n d . 0 6 0 1 0 . 3 0 . 2 0 2 4 ( P r o p o s e d O r d i n a n c e A m e n d i n g E C C 1 8 . 0 0 . 0 5 0