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APPROVED BLD PLN FIR BLD2020-1324+Mechanical_Plan+12.28.2020_8.24.45_AM+1963685- - �.� . �, Ma jor Applicable Codes: DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 2015 International Building Code with Washington State Amendments 2015 International Mechanical code with Washington State Amendments 2015 International Fire Code with Washington State Amendments 2015 International Fuel Gas Code with Washington State Amendments 2015 Washington State Energy Code 2015 Washington State Energy Code notes C403.2 Provisions applicable to all mechanical systems. Mechanical systems and equipment serving the building heating, cool ing or ventilating needs shall comply with Sections C403.2.1 through C403.2.13 C403.2.3 HVAC Equipment Performance Requirements. Provide equipment which meet the minimum efficiency requirements oftables C403.2.3(1), C403.2.3(2), C403.2.3(3), C403.2.3(4), C403.2.3(5), C403.2.3(6), C403.2.3(7), C403.2.3(8), C403.2.3(9) When tested and rated in accordance with the applicable test procedure. Plate type liquid to liquid heat exchangers shall meet the minimum requirements oftableC403.2.3(10) Gas fired and oil fired forced air furnaces with 225,000 BTU/H or greater shall have an intermittent ignition or interrupted device, and have either mechanical draft (including power venting) or a flue damper. Avent damper is an acceptable alternativeto a flue damperfor furnaces where combustion air is drawn from the conditioned space. All furnaces 225,000 BTU/H (65 kw), including electric furnaces that are not located within the conditioned space shall have jacket losses not exceeding 0.75 percent of the input rating. Chilled water plants and buildings with more than 500 tons total capacity shall not have more than 100 tons provided by air cooled chillers. C403.2.4 HVAC system controls. Each heating and cooling system shall be provided with thermostatic controls as specified in Section C403.2.4.1, C403.2.4.2, C403.2.4.3, C403.2.4.4, C403.4.1, C403.4.2, C403.4.3, C403.4.4, C403.4.5, C403.4.6, C403.4.7, C403.4.8, C403.4.9, or C403.3.10. C403.2.4.1 Thermostatic controls. Provide individual thermostatic controls capable of responding to temperature within each zone where the supply of heating and cooling energy is provided. At a minimum, each floor of a building shall be considered as a separate zone. Controls on systems required to have economizers and serving single zones shall have multiple cooling stage capability and activate the economizer when appropriate as the first stage of cooling. See section C403.3.1 or C403.4.1 for further economizer requirements. Where humidification or dehumidification or both is provided, at least one humidity control device shall be provided for each humidity control system. C403.2.4.1.2 Deadband. Provide a temperature range or deadband of at least 5-degree F (2.8-degree C), within which the supply of heating and cooling energy to the zone is capable of being shut off or reduced to a minimum, where zone thermostat controls are used to control both heating and cooling. C403.2.4.2 Off Hour Controls. Provide thermostatic setback controls that are controlled by either an automatic time clock or programmable control system forall occupancies other than group R. C403.2.4.2.1 Thermostatic setback capabilities. Th ermostat setback controls shall have the capability to set back or temporarily operate the system to maintain zone temperatures down to 55 degrees F or up to 85 degrees F. C403.2.4.2.2 Automatic setback and shutdown capabilities. Automatic time clock or programmable controls shall be capable of starting and stopping the system for seven different daily schedules per week and retaining their programming and time setting during a loss of power forat least 10 hours. Additionally, the controls shall have a ma nual override that allows temporary operation of the system for up to 2 hours; a manually operated timer capable of being adjusted to operate the system for up to 2 hours; or an occupancy sensor. C403.2.4.2.3 Automatic start capabilities. Automatic start controls shall be provided for each HVAC system. The controls shal I be capable of automatically adjusting the daily start time of the HVAC system in order to bring each spaceto the desired occupied temperature immediately priorto scheduled occupancy. C403.2.4.3 Shutoff damper controls. Outdoor air supply, exhaust openings, relief outlets and stairway and shaft vents with class I motorized dampers that will automatically shut when the systems or spaces served are not in use or during building warm up, cooldown, and setback. Return air openings used for airside economizer operation shall be equipped with class I motorized dampers. Exception: Motorized dampers on return air openings in unitary packaged equipment that have the minimum leakage rate available from the manufacturer shall be deemed to comply. Stairway and shaft vent dampers shall be installed with automatic controls configured to open upon the activation of any fire alarm initiating device of the buildings fire alarm system orthe interruption of power to the damper. Exceptions: 1. Gravity (non -motorized) dampers shall be permitted to be used as follows: 1.1 Relief dampers serving systems less than 5,000 cfm total supply shall be permitted in buildings less than three stories in height. 1.2 Gravity (non -motorized) dampers in Group R occupancies where the design outdoor air intake or exhaust capacity does not exceed 400 cfm 2. Combustion air intakes. C403.2.4.7 Economizerfaultdetection and diagnostics (FDD). Air cooled unitary direct expansion units with a cooling capacity of 54,000 BTU/H or greater listed in Tables C403.2.3(1) through C403.2.3(3) that are equipped with an economizer in accordance with Section C403.3 shall include a fault detection and diagnostics (FDD) C403.2.6 Ventilation. Ventilation, either natural or mechanical, shall be provided in accordance with Chapter4 of the International Mechanical Code. Where mechanical ventilation is provided, the system shall be configured to provide no greater than 150 percent of the minimum outdoor air required by chapter 4 of the international mechanical code or other applicable code or standard, whichever is greater. C403.2.8 Duct and plenum insulation and sealing. C403.2.8.1 Provide ducts, shafts and plenums conveying outside airfrom the exterior of the building to the mechanical system which meet all air leakage and building envelope insulation requirements of section C402, plus building envelope vapor control requirements from the international building code, extending continuously from the building exterior to an automatic shutoff damper or heating or cooling equipment. For the purposes of building envelope insulation requirements, duct surfaces shall meet the requirements for metal framed walls per table C402.1.2 C403.2.8.2 All other supply and return air ducts and plenums with a minimum of R-6 insulation where located in unconditioned spaces and a minimum of R-8 insulation where located outside of the building. Where located within a building envelope assembly, the duct or plenum shall be separated from the building exterior or unconditioned or exempt spaces by minimum insulation value as required for exterior walls by section C402.2.3 Supply ducts which convey supply air at temperatures less than 55 degrees F or greater than 105 degrees F shall be insulated with a minimum of R3.3 insulation where located within conditioned space. Exception: Ductwork exposed to view within a zo ne that serves that zone is not required to be insulated. All ducts air handlers, and filter boxes shall be sealed. Joints and seams shall comply with section 603.9 of the international mechanical code. C403.2.8.3 Duct construction. Ductwork shall be constructed and erected in accordance with the International Mechanical code C403.2.8.3.1 Low-pressure duct systems. All longitudinal and transverse joints, seams and connections of supply and return ducts operating at a static less than or equal to 2 inches water gauge (w.g.) (500 Pa) shall be securely fastened and sealed with welds, gaskets, mastics (adhesives), mastic -plus embedded -fabric systems or tapes installed in accordance with the manufacturer's installation instructions. Pressure classifications specific to the duct system shall be clearly indicated on the construction documents in accordance with the International Mechanical Code. Exception: Continuously welded and locking -type longitudinal joints and seams on ducts operating at static pressures less than 2 inches water gauge (w.g.) (500 Pa) pressure classification. C403.2.9 Piping insulation. All piping serving as part of a heating or cooling system shall be thermally insulated in accordance with Table C403.2.9. C403.2.9.1 Protection of piping insulation. Protect all piping insulation exposed to weatherfrom damage, including that due to sunlight, moisture, equipment maintenance and wind, and shall provide shielding from solar radiation that can cause degradation of the material. Adhesives tape shall not be permitted. C403.2.10 Mechanical systems commissioning and completion requirements. Mechanical systems shall be commissioned and completed in accordance with Section C408. C403.2.14 Electric motor efficiency. Electric motors, including fractional hp motors, shall comply with the provisions of Section C405.8 C403.3.1 Economizers. Air economizers on all new systems including those serving computer server rooms, electronic equipment, radio equipment and telephone switchgear. Economizers shall comply with Sections C403.3.1 through C403.3.4. C403.3.3.2 Control Signal. Economizer dampers capable of being sequenced with the mechanical cooling equipment and shall not be controlled by only mixed air temperature. Air economizers on systems with cooling capacity greater than 65,000 BTU/H shall be capable of providing partial cooling even when additional mechanical cooling is required to meet the remainder of the cooling load. C403.3.3.3 High Limit shutoff. Air economizers shall be configured to automatically reduce outdoor air intake to the design minimum outdoor air quantity when outdoor air intake will no longer reduce cooling energy usage. High limit shutoff control types for specific climates shall be chosen from table C403.3.3.3. High limit shutoff control settings for these control types sha II be those specified in Table C403.3.3.3. C403.3.1.1.4 Relief of excess outdoor air. Systems shall be capable of relieving excess outdoor air during air economizer operation to prevent over pressurizing the building. The relief air outlet shall be located to avoid recirculation into the building. �fiE ��. �cvEc-r anoFaess aug ru�r� sra�r �. JUI�ICr�l4� CITY OF EahlaNa6 4k11SF1 coulwrr S?xTE # VGSHNG"rOh TES t4gge�soF�s at 4G�EaE0G1 Dyad 91iE+IHE� 14,+411S.F.[a.35ACRES] l�l� U� BONE: 9d �-Op'WrlrCrW►a 1�3�ri COMl�RCIAL LEGAL �EOF�IPTIIV: PARCEL A. LOT813,1�,iS� {tea i5. RI rx�s 1 aEPHwTre iaT rbornoH T❑ EDNOi+l66, hL�4FG�4T47HF PI kT THEREflFRECOFmEGN+.�LHW S 9FF�0,T'$, Pf{QE#3_R�COFtl03 dF SFJCHf]k115H abLJFfI''f, V(IShNGT4Fi PEED PE F 1: C-0WSTRUCTI4H CF A i STCr{1i' yippp F�iFME OOMNER�PL a111LaING FOR USE AS ARr STLOIOS, G�LLLERY. AlaDf�.+.FE. �y�� .IG 1�41!�� 1l�IIVIT`I' MAP {.f':81 F 1' = 1U7-0r a' 744' dOQ PRQ,�C'T N¢RT}k ITE KEY PLlalhl � �! SCALE id&F`-1'-0` 0' 94' eta' �� -� ;��}ILCI NVHSI�� ,j �; � �� 51TE Tag Make Model Voltage Phase BTU output Net Cooling Min OA Max OA}esign Airflo�n Efficency ESP Min cktamp,Max potection Area Serving Fil#ers kieight OA air Control Duct Smoke Ue[ecLor Supply Air Tempering R-U-1 Lennox KCB030S,4E 21}8,r234 1 52,004 317,740 1Ql} 111} 1,1Q1} 30�6-1�Seer O.E� 22 30 ��r,�est Studio Rooms 2"' merr8 734 Economizer and COS sensor NA, NA R-U-2 Lennax KCB1EOSdM 248.r234 3 14d,444 146,71}4 147� 1,17i 5,424 30°r6-10.3 EER 0.5 73 50 OFen Otudia.�,rea 2"' menr8 1317 Econamizer and CO2 sensar Yes- Return N,4 R-U-3 Lennax KCB05�SdM 248.r234 3 91}4,444 86,444 940 1{}28 3,444 30°�6-11 EER 4.5 41 EO Cafe Cining 2'" menr8 11}t#d Econamizer and CO2 sensar Yes- Return NA R-U-� Lennax K3B0�8S4B 24S.r234 3 86,444 48,444 275 300 1,854 30�6-1 Seer 4.5 21 30 Center Studios 2"' menr8 7fi4 Econamizer and CO2 sensar Nr, DH-� R-U-E Lennax KGB03�S�B �l}8,r231} 3 52,444 37,744 366 390 1,244 30�6-1 Seer 4.5 24 2E 3allen,� 2"' merr8 756 Econamizer and COS sensar N,%, ti,�, R-U� Lennax KCBO�OO�B �081�30 3 52,t}44 81,78� 35� 3S5 2,185 30°r6-1�Oeer 4.5 27 zp Cafe Kitchen 2"menr8 3E0 Ecanamizer Yes -Return tJ�, R-U-7 Lennax KCB030S�E �081230 1 E�2,444 34,744 154 165 1,144 30°�6-1 Seer 4.5 22 30 Ceramic Studia 2" merv8 73� Ecanamizer and COS sensar N,4 hJ�, ERII-1 1.litsubishi LGH-F�OORE-E1 �08l230 1 NA N,A 5 S64 521} �3�6 4.5 3.6 1 E Studia Restroom Exhaust �+ashable 132 OoouFanoy SensorlController Nk DH-1 CH-1 3reenheok ICHE 208 3 12,000 NA N44 NA Nr, 100�6 NA 9.7 ER11-1 Nr, 30 SCR DisohargeAir Sensor N,A N,a, UH-1 Cadet COC102T�;J SOS 1 �,5fi4 N,4 NlA N,4 N,�, 100°�6 N,4 3.6 SFrinkler Raam N,�, 7 N,4 N,A N,4 EF-1 3reenheck SP-B110 115 1 NA N,A HA IVA SE 1 1.94 Restraams N,�, 10 N,4 N,A NA DH-2 3reenheok ICHE 208 3 17,rr44 N,A lWA IN44 N,�, 100�6 N,A 13.9 Office,�197l,�,113 N,�, 30 SCRCisohargekirfThermastat N,A NA Note 1: R-U-1-7 -Standard Efficient Package gaslelectric roof tap units with lake leak economizers ' Note 2: ERV- 1 -During 000upied made the ERV fans '.Fill oFerate and outside air dampers will be oFen. Curing un000uFied made the ERII fan ',Fill be off and the outdoor air damFers ',4'ill be olosed. Scheduled through ',wall mounted oontraller Nate 3: R-U 9-7 -During 000upied made, the outside air damFer damFers ',Fill aFen to mininum position. Curing un000uFied made the autside air damFers ',vill olose. Nate �: Functianaltest all systems and provide a commissioning reFart as Fer'�r,�SNREC section C�03 Nate E: �,ir balance all air registers kVith in 90°�6 of Flans Nate �: Outside air shall be insulated to R-7 min. Nate 7: Supply and return air autside of the building enYelaFe shall be insulated to R-3 min. Nate 3: Supph{ air inside of the building enYelaFe Cut oat in the conditioned space shall be insulated to R� min. Nate 5: Exhaust air ducting autside of the building envelaFe shall be insulated to R-4 min. Nate 10: Prouide equiFmenb'system oFerationrmaintenanoe training to okvner- Prouide O&1,1 manuals and as bunts to owner - Nate 11: Be sure fresh air intake louvers are at least 10 from Plumbing and exhaust vents Nate 12: ER111 - Inline Duct heater Nate 13: RTU 1-E and 7 will have CO2 controls far autside air damFer modulation - as GO2 levels raise. the autside air damper will modulate open, as CO2 levels fall, the outside airdamper will modulate closed Ventilation Zone 1 CR�U-1 }Outside air Delos-GluseurruGallery�: E�7 square feet x .06 min. ventilation rate - 8 People x 7.E� per person = 900 GFl,1 total autside air min. Ventilation Zane 2 (R-U-2}Outside air talcs - tluseurruCallery�: �.303 square feet x .0� min. ventilation rate - 103 FeaFle x 7.E Per Ferran = 1066 CFI,i total autside air min. Ventilation Zane ? [R-U-3}Outside air talcs -Restaurant Cining Raam: 9��2 square feet x .13 min. ventilation rate - 71 FeaFle x 7.F Per Ferran = 832 CFI,i total autside air min. Ventilation Zane � [R-U�j Outside air Delos-1.luseum+3alleryr: 1.�83 square feet x .0� min. ventilation rate -2� FeoFle x 7.E Per Ferran = 271 CFM total autside air min. Ventilation Zane E [R-U-5} Outside air Delos-GluseurruGallery�: 520 square feet x .O6 min. ventilation rate - �p FeaFle x 7.E Per Ferran = 3EE GFM total autside air min. Ventilation Zane � (RTU}Outlive air talcs -Restaurant Kitchen: 12E7 square feet x .1� min. ventilation rate -'10 FeaFle x 7.E Per Ferran = 6 CFM total autside air min. Ventilation Zane 7[R-U-7}Outside air talcs-1.luseunvCaller��: 7?3 square feet x .06 min. ventilation rate - 1 � FeaFle x 7.E Fer Ferran = 14B CFM total autside air min. T:-hermastat far RTU-'I - 7-Programmable Digital Cantral thermastat',vith min. E degree deadband 5: Remate.4veraging Sensar- Use shielded control wire far sensar wiring backta the thermostat CO2: SFaoelReturn air COS sensors far RTU recirculation fan operation and outside air damFer modulation 51: CH-2 sFaoe thermostat for additional affioeheat- interlooked with DH-� and programmable thermostat for R-U-� Building Air Balance Schedule GRD's Outside Air Min CFM Outside Air Max CFM Exhaust CFM Bldg. Pres, Min CFI1 Bldg, Pres Max CFM RTU-3 �� 94iJ Tag Manufacturer Neck Size Description CFM Range RTU-6 �JJ� �� CD-1 Titus 4x4 Modular Core Diffuser �SQcfm IVIUA 6� � � �'� �'� CD-2 Titus 6x6 Modular Core Diffuser 5Q-12Qcfm EF-Left -2791 -2791 CD-2 Tltus 8x8 Modular Core Diffuser 13Q-295cfm CD-3 Titus 10x10 Modular Core Diffuser son-Soo�fm EF-Right -4g00 -4gOg RG-1 Tltus 6x6 Ceiling Mount Egg Crate _ Dish Fan -�QQ _gpp RG-2 Titus 8x8 Ceiling Mount Egg Crate _ RG-3 Titus 12x24 Lay in Egg Crate with Frame RG-4 Titus 24x24 Lay in Egg Crate with Frame Total 74g1 -7391 1 � Make up air total Exhaust air total Bldg, Pres, Max CFM Barometric Pressure Relief is provided through rooftop uni#s for excess fresh air in#o space GRD Note 1: Rooms with 120 CFM or less be sure door is under cut at least 1"for return air opening (1" undercut x 35" wide door(36" door minus'/2" each end molding) = 35 square inches = 6.5" round pipe (6.5" round x 3.14(pi) x 3.25(radius squared) x 3.25(radius squared) = 34.54 square inches). Rooms 121 CFM and over install transfer duct or duct the return -----��. ., DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 COpF�pINATE CONNECTION��IETHOU OF CONNEOIIQN T4 STRUCTURE IN F1ELD AND �uITH STRUOT. PLANS (TYP.) HAN{�R STRAP SELF Tl�PPIfdG- SCREWS r FOR aUCTS OVE]~; 48" YNpE; TURr+I UNDER BQT OF DUCT � FASTEN H11AC FllGde Managemen# 3-i_ The Fivale Mode � is �lallatPd has�ad an the value of Hua[ hiodle Gommandand the heating and cooling load. If hoc Mode Gxnmand is set ba AuGa" the HrraC F.iaie Status will be based on the heatingand caolingkwdh. Lvhentire caafinglaad i€greater khan t7, the system is sotto Gcd, whenthe heatil-�bad islawerthan D, khe sys�rn is get to Heat. If bath the heating and ccolirlg land are equal to $the HuaE Mode Status is unchanged. A Charge C?•.tr delay preti+err� the I-F�rac Made Stah�S from chary r� between pooling and heatingt�o rapidly Temperature Mlanagemerlt 3� oQail-g 1.1c� If the unit is equipped vrith an economizer, the mechanical ccolir�g stages and the dampers are ccnkrolled in sequence to maintain tl� spaEe tenrperabure at the �ffeEtive aa+�lir�Uemperature setpoint�,4rtG�alSP). The ccclirlast3ges are enabiedanlyrfGat Camp Enable is enabled. The dampers are enabiedonlyif Egon Enable is enat,kd_'.wiren bulb Chat Gcmp Enabieand EEon Enahleareenabled, the�mpersare Lrsed as a firststagefraoling hefare enabling themeEhaniEal cooling stages_ when oaaling is requiredr the dampers an=_ controlled tc maintain fire dis�largetemperature atthe Disdhlargeairternpera4ure setpoint Dampers orsCharge,dir sp_wiren tt�sysoem is equipped wikh a dishlarge air temperadre sensor, the r:ooli ng stages are enahledon�rvhen the df�+flargeairtemperakure is above Discharge Ternp�ol SP_ when the�discharge airkemperature drops helaw Discharge Ternp�ool SP- C�IargeTemp Coal D6, a r:oolirrg stave is slapped. Celays can he �olTfiguredfarstage an GPI stage gb UeFa4� and stage cfr delay GaalStage �rff [kla4�. 13� Heating Mode: If the unik is a heat pump unit �� Valve C�cnfig = C�calir��r Heakirgl, the rornpressarstages andthe electric{gas heaters ar�corrtrolledinsequence 4a rnairrtain khe span= kemperature at the effedtiue heating tarlperature setpoint Art Heat SP_Thecompr�sorstages are ena611ed arlyifOatCnrnp Enable is enahled.Theelectricrgas heatersare enahled�nfyifGat Heat Ena hk � arlahled. The praportiarlal heating Prop Heat COITfig is ccnkrolled in sequence �rrrh the elertrir,� �s heating sues. The proportional heating i5thefirsts�ge f heating. l4'hen both Oat C�cmp Enable and Oat Heat Enable are enabled, the aompnessar staves are used as a first staff before enahl irk the eledtrir,}gas heater stages. when the system is equipped with a df�dlarge air kemperature stnsar, the heating stages are enabled only when fire dischar� air ternperatxlre is glow l7ccharge Temp Heat SP. When ttre dis�largeairtenrperatnre risesaha�fe DisdFlargeTemp HeatSP - Discharge Ttsmp Heat D13, a f'�eating stage is stopped. Delays can he canngun=_dforstagean FkatStg�p Delay arld�rtage off delay Heat s� CtFf relay. Fan CGntrol i.�. The fan isaantralledbased�nthe Fan Me+3e0ammarr�, Fan start Delay, Fan Stop Delay and Irrt Start delaw�a resort of the oontr�ller� Init Start Eklaywill prev�errtthefanfr�rn runningf�rthe firsts+ecands. This delaycan he settaa diifferentvalueinall ofthe cankrollers an a like 4Q limit peak after a power faiure} restore. '14'hen Fan Mode Command is settaOn, the fan will be setta�_ when the system is either in O¢upied err eypass mode. When the system is in unocor�ie�i err standby mode, the fan will smart 'rf there ��1NISTRUT HANCEI� •THREADED ROD Du�T INSTALL CABLE SEISMIC RESTRAINTS BOTH LOPJGITUDINALLY AP10 TI�AIJSVERSELY PER SMACNA REQUIRE4AENT5� DUCT SIZE HANGER SIZE MA}� SPACIPJO UP THRU 2 SQ.FT. 1' x 116" �'-Q" 2 THRU 4 SQ,FT, 1' x 1 B" $'-U" 4 THRU 10 SQ.FT. 1` x 1 9" �`-O" AVER �Q 54_FT. 1' x I 9" �'-O" DUCT HANGING DETAIL N TS is a request to heat err mal the spate_ 4+lhen Fan Mode �ommarld is set t�,4utn�thefarr will he setts �p anlp� if there is a reque3rttn heat orcaalthe space. The Fan Start Delay and Fan stop Delay will preventthefanfr�rnsirort ��clir� D�CLapan�y ��ntr�l i.�- TheOmlpanryStatus is rnenoged hosed an theOccuparxy Command and Roam oacupanc�.The GmlpanryG�rrlmandis usually reaei�edfromthe l3ACnet networl€and tlk I�aorn oocupancyr is haled an the makian detection andthe occupancy overrides. If a matiorr detector is oxr%ured, the ocalpanry StatLls is set ha OEEupied. If motion deterhar is uncolTfigured, the bypass made is alctiv-atedfor6�minukes (draiauftwalLlel �riren theroorn acoupanrwiss�tto�«upied via either the E�Smart-Vue, EG sensor artire ECrsmart-Comfort Motion Hold Tinre,4fter the last acoupanrwdlete�an, tt�url oocupar►ty is maintained tv�uupied duril-� 15 minuhes (default ualue� After this periierd without detPrtiar�. Roam Choor�anry is set t� UnaEoupied err S�ndhp�. when oacupanc� Command is unomlpied, this delay is divided tryr3. i�x All [�erence rwms will Lye axupane�debetrtian method usir�a Smart�,+Lk M s�nsar that senses rnation. If no motion is detedbed duril-� bars of business khe sps4em will use fire s�ndtry schedule. �5Et��lnt �OntfGl 1.7. The terTrperatur�setpcintsare set ingraphi�l userintafaae and will be as fnllovs: Ocalpied Gaoling Setpaink � taTlperature arTset set by Wall sensor {Srnar#-due f, Occupied Heating se�aint - temperature offset set by Smart-vue, uno�wpied GaalingSetpain� Una�or�ie"i heating setpoinC, 5�ndtry0oolingsetpointand Standby Heating Setpoirrt. HRV's�Exhaust Fans i� Heat reEov�eryverTtilatorsand e�laustfarrswill usethe building management system t� sthr�drrie hours of aperatian_ VENT IF REIREp BY CODEAHJ TO OUTSII}E 1'O NOT CONNE T T�� ANY SEWER VENT �� PR041D CLE1�f�QUTS IN TURNS NDS OF PIPE. SLOPE PIPE PER CODE. SEE PLAN(S� FOR SIZE. COrdNECT TO EOUIPh+E�T CONDENSATE DRAINS -TRAP REQUIRED INSTJ�LL PER �1ANUF-CODE REQUIREMENTS. PIPE MATERIAL SHALL PE PER THESE PLANS AND OR PER CODE. USE D'Iln! FITTIN S IF REQUIRED BY OODE�AHJ. DISCHARGE AS I�LL�wED BY CODE. NQTES� 1, F&I ALL 1VORK PER CODE AND AHJ REQUIREMENTS EVEN IF NOT SPECIFICALLY SHO�uN. 2. ALL PIPES SHALL BE RIGIDLY SUPPORTED AND ALL SUPPORTS Bc PIPES SHALL 6E MOUNTED OFF THE FLOOR FOR CLEANING PURPOSES. TYPICAL CaNDENSATE DRAIN DETAIL NTS NOTE: CHEt�lAl1C -ADAPT A5 NEEDEf] FOR ErtiCT EITL.�l1O�_ T��: �,TT,�GF+ kiOl_�+ITlhl� $I�f�T T� P�� GUR�3 �F4F� T'{�LINTITa�-G EGl>Jil�_ ATriAGI-F ?-7OL�FTIN �'if2'f�� T� khl5i[?E TOIR OF 1�.00F= f�L�� , ,��i1 11�IN6 4 T�iC SGR�J�_ �a�rE�z MOL�t�fTll+� EiOUIP`✓4Ehtr Ohl �oo� GI�.�, ATT,a,�GH t�oTT �r- �.�,�Ic�r �r'o e�.� RAI � �F Ecal.al�. ,a,S SF-It�U+i 11511+16 4 i�K S�REW�. RTU Curb Attachment 1-IJif�-DWAf?F I�AC.'rF-.+4C-Y�� .-.____....a..._._u..�.._. �4] I� CAI �7E� �7T�P„�.#�IM�hiT �RAGKETS AS MAf9JF,4GTUI�FI� E3Y A-IN>�. F'I-1� �-rt8b0.�2 �QU I�fiLE3*rT. {3 #I� TE1C SGf�E:�IS {� �C�..i�,�T� �fd ��I+ L.of�kC �It C� GUF2�, EiC}1.��+LL_Y �1D_ EiC,�JI F'F'Erd7 1�AN F2t704ET�? IJhIIT �J�I+1 NE�:� GASIC�T - F^ MA;LFF2 TEIC �CR.EI.•1 {TYF'I�AL) HALL? �OYd+t E��+.�ICET, � �.a4-�-uF= ��t.ar-� Y F' GL1P.8 F?.O+�l+ � MEhiF3.~?}�NE � INSI.aLr4Tl�N_ JKET L-ATI�.�hIS �{ L�+G}�TlOMS �iT'IGAI- I, 8J rorl �--�� -� { rd"' { �R.�GKET BL�F^L-L� Gas Appliance Connection Detail A �NC�IETIOIV DETAIL THE INSTALLATION SHOWN CIN TH IS NRAWING I,S FQR TH E EZPRESS PURPOSE C1F PFCIVIDING INST1kLLATIQN GUIDLNES CINLY. THE FINAL INISTFkLLATION APPRC�YAL IS THE RESPCINSIBILRY C6F THE SYSTEM DESIGNEFGINSTALLER TYPICAL INSTALLATION FOR A CASTER MOUNTED RANGE (CHIN DE USED TO SPECIFY CONNECTOR FOR A RANGE V1rrrH ANY NU Mt3ER OF RURNERSI_ INSTALLER MUST VERIFY THE $12E C1F THE C�A�� CLStJNECTICIN T� MATCH E❑UIPMENTSUPPLYINLETANDEOUIPMEIJT MANUFACTURER'S RECOMMENDED L3TU'S FC1R PElkf{ PERFORMANCE INsuuTIBY: OVE7tl.AP i" YINiMUY, STAPLE t rA� FOR vAPOR Srv. IgWCEIi STRAP^: 1"x 22 GUJGE, SUPPaRTEp FROY STIRL�CTIJRE ABOVE, (3) SHEET YETAi scl�rs BELOW. Raur+o 91EET YETAL MIIH wRAP r�suunaN. Rounn rerAYUY RAous EQLAL TO THE f1.Elf BANG CLArrP DUCT DbWETER selH-�+ FITTING: WrTH y' I,WCIYUY (��.Y p1WPER y�j�,� �tJCT Fuxnur oucT Rlln b SET THROW AS ' sHCNN err+ Pt�Ns CEILJNG DIFFUSER CONNECTION DETAIL �sas�� u� SHE1+� -FLE�IEiE CONNECTION 1� E}{H4USi F CEILING EH��JT F�4N �FTI� TYPICAL FLASHING DETAIL FQR RQQF CURB DETAIL RQQF CURB SASE dDTfDM I I'ACIiAGEU 1-3+4 1.1 � uNIT l (4d} � — - � 112 (13} F I $E RGLA55 —� INSULATION COUNTER FLASHING (Funsfisdj � � {FIe3d $yiRhadj r FAC TORY I NSTALLED NAILER STRP PERIIIAETER 1A�OC [F�+H��1 � CANT STRP NAILER STRIP ROOF CURS � (�� [£ictendaamunden}inn (Feld �+RA�) 1d (35&} parimelEr d untl ROOFING 18 457 ZA �$1C� r MATERIAL RIGI❑ INSULATION if (F ieb SuRa�l �1-3W f�) RECOMMENDED SUPPQRT SPACING FpR SCHEDULE 4C PIPE PIPE S12E DISTANCE BETV1rEEN rll�.f;l SUPPORTS �FTj ��-1 Gas RTU Connection Detail Ball Valve To Appliance or � � � � Flex Equipment Sediment Connector Trap Roof Deck '/2" support every 6' 3/4"-1"support every 8' 1 '/4" and larger support every 10" STRUCTURE YIBRATIIX+1 190LAT�RS, SEE STRUCTURAL DETAILS ALL —THREAD (Tl'F,) KINETICS 5RH SEnIES FOR C4NMECTICN (T'rT�. 4} rd=TURN LATERAL 9UPPpRT PER '�TRUCIURAL REC41REUEHTS (T7T'.j dl1T$IdE AlR �'' I 5{1PPLY FLEKI9LE DUCT COHN. (TYP.) Sl1PPORT FRCIkI FACTORY PRatnom SUSPE7JSIOH HVbC UNIT, SEE PL.pI�S k14UHT5 (C4RFlRIA} FOR LacAnan Fdd URISTRl1T Wf kLL—THREAD HANc�iS YI}fIMC �k {T'rP_} IF FACTORY DUES NOT PR441GE Ur.IT SUSPENSION YOUt1TS. EHSl1RE H,sNCER5 GRIP PAh JNCER EVTIRE I.1hIT, d0 nbT CB$IRUCT ACt>=55 TO LwIT. F&I INCIRECT fiRAIN FCR CCrJCE7J5ATE �U�PENDED FAN COIL UNIT _.` \ �� DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 Supply/Return airdrops from RTU-1 Flex 1 A123 14" x 6" supply 250 CF M Double Deflection Typ. X 4 Foyer 75 CFM 112" x 4" supply Double Deflection A102 14" x 8" supply i4 330 CFM c Double Deflection N 14" x 8" supply � 340 CFM Common Studio 330 CFM 14x8 A101 Double Deflection � co Typ. x3 340 CFM � � __�_ 14x8 CO 16in. 30" x50" Return airopening � 5,020 CFM Studio � Screened opening A103 � U „I � T-CO 340 CFM Lockers 14x8 A121 Skylight � 340 CFM � � COz Gallery 14x8 o w A 122 20" x 8" supply 440 CFM � 120 CFM Studio Double Deflection 14" x 4" supply A104 .i Typ. x3 Double Deflection 210 CFM 1"down to'/<" Countertop Griddle — 1"down to'/<" connection to � 14x6 A11d0 Rough in 28" off final floor Comt>i Oven — Rough in 48" off final floor s 210 CFM 1.25" down to 1.25" 14x6 � connection to HD Burner 1" down to'/4" Range— Rough in 28" off Skylight final floor connection to Fryer A111 — Rough i n 28" off Studio � final floor �� A105 � 120 CFM c 2" gas line after fire .; ERV-1 —Keep Access 14" x 4" supply 3/4" dauvn to 3/4" connection suppression gas to Salamander Broiler— valve and regulator Area clear per installation J Double Deflection Rough in 78" off final floor 210 CFM instructions 14x6 � DH-1-Keep Access Area clear per � 210 CFM installation instructions N - 1.25" down to 1.25" 14x6 Set to 68 degrees connection to Open 520 CFM � ib Burner Range —Rough 18x8 Studio `�' in 28" off final floor tq 2in. O 2.5in. O � A112 "' � � � � 100 CFM O c c c Storage 14" x 4" supply c � � `� � � � . � - � - cy I � A113 Double Deflection iv s 20 x435 C pM 14" x 420Suppiny A11 16i . O 10o10FM `� Double Deflection Double Deflection � � �� Typ. X 3 s in• 70 CFM c c �� v Studio � Exhaust � � \\ � A109 � �i 8x8 � 250 CFM 10x10 � � � � � � � � ak A120 Open Studio � Studio 11 1,170 CFM � A106 A108 25" x 20" � � I� s in. O c � 8x8 CFM Elevation 3 - Plumbi �� Gas rough in distance between each appliance detail Kitchen Gas equipment layout 39 L 120 CFM mic Studio T-co2 14" x 4" supply A107 Double Deflection Supply/Return air drops from RTU-7 1,100 CFM 20" x 20" 120 CFM 14" x 4" supply Double Deflection Storage 14" x 6" supply c '?$ � 230 CFM C° Double Deflection Typ. X 4 UH-1 - - Electricwall 12x12 heater— Unit 180 CFM Transfer grille mounted 14" x 4" supply thennostat Double Deflection Office Kiln room A117 N 14" x 6" supply 240 CFM 240 CFM 10" x 10" return Double Deflection 350RL—x2 Rooms with 120 CFM or less — be sure the doors are undercut at least 1"for return air T/S1 Offi ce A118 ERV-1 Exhaust — Be sure to be at least 10' from fresh air i ntakes ERV-1 Intake — Be sure to beat least 10' from Exhaust vents 120 CFM 14" x 4" supply Double Deflection T-0O2 c i� B107 EF-1 RR B108 75 CFM 6x6 14" x 6" supply 250 CFM Double Deflection Typ. X 6 Cafe B101 14" x 6" supply 200 CFM Double Deflection Typ. X 6 20" x 8" supply 385 CF M Double Deflection Typ. X 4 20" x 20" Return air opening 1,200 CFM Screened opening B1D3 75 CFM T 6x6 + EF-1 RR bin. 104 Exhaust vent up through the roof be sure to be at least 10' from fresh air intakes OFF ce B106 bin. !tD 75 CFM 6;� MD EF-1 6x6 in. RR T 30" x 20" Return air opening 2,165 CFM Screened opening � 75 CFM � No Work Women 200 CFM Storage 6x6 Cooler B111 10x10 125 CFM � 8x8 Entry Ramp DH-2 -Keep Access Area clear per installation instructions Interlock with RTU-4 Control with S1 sensors 14" x 6" supply 240 CFM Double Deflection rash Dishwasher B112 30" x 30" Return air opening 3,000 CFM Screened opening 14" x 6" supply 250 CFM Double Deflection Typ. X 6 600 CFM x6 10" upto Dish Fan 507.2.E Clearances far Type I hood. A Type I hood shall be installed u7th a clearance to combustibles of not less than 18 itches {457 inn}. Exception: Clearance shall not be req�ured fi•om gypsury wallboard or '12-inch {12.7 mm} or thicker cementitious u-allboard attached to noncombustible shuchues proi�ided that a smooth, cleanable. nonabsorbent and noncombustible material is installed between the food and the gyps�un or eementitious vl-allboard osier att area extendins not less Bran 18 inches {457 uun} in all diections from the food. 837 CFM x3 Hood Mai n —Left —Type 1 Hood — 2,791 CFM Stainless steel behind and within 18" of all directions of hood —non combustible wall and gypsum/cementitious wallboard by others Type 1 grease ducting per current mechanical code — 16 awg black iron or 18 awg stairess welded duct —Light test per mechanical code - wrap ducting wish 3M fire -wrap for 0" clearance to combustibles —wrap per installation instructions Install access doors at each offset/90 Grease duct penetrates non fire rated roof/ceiling assembly. Appliances must be at least 6" in from the edge of the hood 18" upto EF-Left Grease duct penetrates non fire rated roof/ceiling assembly. All type 1 grease ducting wrapped with 3M fire barrier duct wrap —see detail M-14 Hood Mai n —Right —Type 1 Hood — 4,000 CFM Stainless steel behind and within 18" of all directions of hood —non combustible wall and gypsum/cementitious wallboard by others Type 1 grease ducting per current mechanical code — 16 awg black iron or 18 awg stainless welded duct —Light test per mechanical code -wrap ducting with 3M fire -wrap for 0" clearance to combustibles —wrap per installation instructions Install access doors at each offset/90 Grease duct penetrates non fire rated roof/ceiling assembly. Appliances must be at least 6" in from the edge of the hood 22" up to EF-Right Grease duct penetrates non fire rated roof/ceiling assembly. All type 1 grease ducting wrapped with 3M fire barrier duct wrap — see detail M-14 2" Down wall to gas appliances —see gas elevation and distance details Control panel —Fire suppression panel 2" gas fire suppression shut off valve 2" gas down from roof Hood —Dish Type 2 heat/condensate hood — 600 CFM 200 CFM 10x10 -iI �� DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 �yuiNi i ici n aa.icci m iy — � aiuc - be sure to maintai eauioment clearances RTU-1 Tower RTU-2 Tower RTU-3 L'J Fresh ai r intake - be sure to be at least 10' from exhaust and plumbing vents RTU - 1 — Screenin 2 sides g Fresh intake be to be � Equipment screening - 3 sides RTU — 3 -Screening 3 sides air - sure at least 10' from exhaust and � - be sure to maintain equipment clearances - plumbing vents � Tap Trim Garner Skylight 1Neldmen# �- Fresh air intake - be sure to be �r at least 10' from exhaust and � plumbing vents �� .75in. O ERV-1 Exhaust - Be sure to beat MUA ��-�- � least 10' from fresh air intakes �� Fresh air intake - be sure to be - at least 10' from exhaust and 12in PJ �q plumbing vents � in � EF-Left � ',� � -� + ERV-1 Intake - Type 1 Hood Exhaust Fan _ } Be sure to be at Fan to be at least 10' away from all fresh air +k � Skylight least 10' from intakes and neighboring rooftop intakes and �r � } � '� - Exhaust vents fan outlet to beat least 42" above roof deck N 12in. RTU-5 Bottom � .75in.O EF-Right �, Rail � T e1 Hood Exhaust Fan Yp Corner � Gap ® � 6in. !t7 Fan to be at least 10' away from all fresh air intakes and neighboring Lq rooftop intakes and fan outlet to be � � at least 42" above roof deck RTU-4 ;� 2 -Separate Gas meters by PSE 1 -standard 7" W. C. 1 -High Pressure Gas Service - 2 PSI Gas Meter 1 (By PSE) RTU - 1 - 180,000 BTU each (180,000 BTU total) RTU-2, RTU-5, and RTU-7 - 65,000 BTU each (195,000 BTU total) RTU-4 - 108,000 BTU each (108,000 BTU total) 483,000 BTU Total Gas meter 1 Gas Meter 2 (By PSE) RTU-3 - 150,000 BTU RTU-6 - 65,000 BTU MUA - 396,108 BTU Countertop Griddle - 81,000 BTU 36" Range - 242,000 BTU Salamander Broiler - 30,000 BTU 36" HD Range - 242,000 BTU Fryer - 110,000 BTU Combi Oven - 98,000 BTU 1,414,1086TU Total Gas meter2 Meter 1 - 2"-794,000 BTU total at 200' max - Less than 2 PSI, .5" W. C. pressure drop -Schedule 40 metallic pi pe- Size per 2015 Intemational Fuel Gas code Table 402.4(2) N Meter 2 - 2.5"-2,410,000 BTU total at 200' max - 2 PSI i nlet pressure - 1 PSI pressure drop -Schedule 40 metallic pi pe- Size per 2015 Intemational Fuel Gas code Table 402.4(5) Gas pipe up to roof r� Fresh air intake - be sure to be at least 10' from exhaust and plumbing vents RTU-7 Fresh ai r intake - be sure to be at least 10' from exhaust and plumbing vents 1.25" gas pipe down inside wall to gas meter 2" gas pipe down i nside wall togas meter Fresh air intake - be sure to be at least 10' from exhaust and plumbing vents 1.25in. fZJ Exhaust vent up through hroof - be sure to be at least 10' from fresh air intakes 6in. QJ RTU-6 r 6in. QJ 1" down to kitchen � ® equipment .sin. Fresh air intake- be sure to be at least 10' from exhaust and 61 Dish Fan plumbing vents � Type 2 dishwasher hood fan N DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 Riglt��like� !I!nivls�sa120'l9 Load Sl�malry . �,�,�. Cafe Ginrrt� FiTtJ RTU-3 Far= Edmonds Graphite Edmonds, V�1A Jab: Edmonds Graphite F�ight�uite Universal 2011� Load urnrrary Dale: �-z�,za�o I~afe fCit�faen RT�I ��- � �� ". RTU-6 Fan Edmonds Graphite Edmonds, A Jab: Edmonds Graphite ICI ht�URe� Universal 2018 Load u Date: �-27,2�zo !� rnmary e r- ��,,�. Cen ler area RTU RTU-4 Far. Edmonds Graphite Edmonds, A Jab: Edmonds Grap kite Ili ghtv{'U ite U n ive rsal 2019 Load unmtlar]r Gate: 7-27,2U20 Geratt'FrCStt�f �T RTU �x- � �c, - RTU-7 Far= Edmonds Graphite Edmonds, VdA Jah: Edmonds Graphite t7ate: �-2�-�uso � r= Zorn: Cafe f}fining RTU COOLING LQ,4D Zane: Cafe Kitchen I2TU COOLING LOAD Zane: Cen#er area RTU COOLING LO,4Q Zane: CeramicStu107 RTU COOLING LOAD 1. DESIGN COST}IT'IO�S at Jul i70D LDT Peak load at Jul ifi00 LIST 1. DLSIG� COST}1TTU�,� at Jul 1�0#} L[]T Peak aced at Jul 1fi�G LDT 1. DESIGN CO��I3TO�S at Jal #70Q LDT Peak load at Jul 1604 LDT 1. DE5I6Iv CO��FIIO�� at Jul 1700 LaT Peak load at Aug 1700 LDT Inside: 70 °F Outside: kl5 °F TO: 15 'F Inside: 70 °F Outside: 85 °F T0: 15 `F Inside: 70 °F Outside: �5 °F TD: 15 'F Inside: 70 F Outside: 85 F Ta: 15 F RH: 36 °f6 h,4oistfJif#: 10.9 gr�lb hllult: 1.i} Ins_wb 58 °F RH: 36 �6 hiaistOiff: 10.1 grAb Mult t.0 Ins_wb 58 -F RH: 36 °% Moistf3iff: ':0.1 gr�lb haul#: 1.0 Ins_wb 58 °F RH: 3B �6 Moistf�iff: 10.1 grllb h,4ulk 1.0 Ins.wb 58 `F SOL_�R R.�L�TTO� T'I�itROGGH GL2i55 Sensible i622 Latent - ?. SOL. R.TDLATIO� T'IIEOUGH GI4i55 Sensible � Latent - , SOL_�R R.�L�ITO\ THROi�GH GI-�iS5 Sensible 2187 Latent - , _. SOL_�R 1:t.�L�TIO� IHROL GH GI4�55 Sensible g558 Latent - _. 3. TR.i15_�ki1SSI4� G.S Sensible 5526 - 3. IR.�i��i155IO� G.S Sensible 2926 - _. 3. TR.��S��IISSI4� G.�S Sensible 3075 - 3. TR.��S.�ffSSIO� G.i1�5 Sensible 338# - Walls= 122fi - - 4Yakls= 1073 - - Walls= 820 _ _ 4Yafls: 1254 - - Glass= 1828 - - Glass- t} - - Glass= 312 _ _ Glass= 1060 - - Daars: 70 - - [3oors: 36 - - Daars: t} _ _ Doors: #} Partitions= 4 - - Partitians: 4 - - Partitians= tl - - Partitians: 8 _ _ - - Flaars: g - _ Flaars: #} - - Flaars: 0 _ _ Flaars: 4 - - Ceikings= 2409 - - Oeikings= 1f317 - - Ceilings= 2143 Ceilings= 10E7 - - �. L�T£R�Ai. H£AT G. Sensible Latent 32107 1t#d75 �. L�TEI��AL HE.�T G. Sensible Latent 41086 fi+IZ5 a. L�ZER�IAL H£AT G. Sensible La#ertt 1363�r 48d4 4. IIVT£>LtiAL HEAT G.'�Lti Sensible Latent tI039 2800 Occupants: 19�0� 19475 - - Occupants: 2545 2225 - - Occupants: 605� 4844 - _ Occupants: 3500 2800 - - Lights: 12602 - - - Lights: 10128 - - - Lights: 7086 - _ _ Lights: 4539 - - - Mataes: 0 - - - Ma#ors: 0 - - - Motors: � _ _ _ Motors: g Appllarrces= � - Q - - - - Appliances= 0 0 - - ARP liances= 28414 �� - - Appliances- 4�4 8 - - 5. L��II.rRATION: Outside air clm: 159 �638 1070 S. Ih�II.TRATIU\: Outside air clm: fib 1134 46i} ;. L��II.TILLTIO�: Outside akr cfm: 360 5980 2�26 5. L��II.II[.�TIO`i: Outside air cim: � � 0 6. SL�TOT.�€.; Space load Sensible Latent �7894 Z4545 6. SL•�TOT.�F.; Space load Sensible Latent 514E 6f335 6. SL�TOT.�L; Space load Sensible Latent Z4877 72i0 5. SL>fIQI.�L.; Space load Sensible Latent P0977 2800 Envelope 47894 2054� - - Envelope 4514ti 6883 - - Envelope 24877 7270 - _ Envelope 20977 2800 - - Less external 0 - - - Less external 4 - - - Less external 4 _ _ _ Less external 4 Redistribution 4 - 4 - - Redistributian � 0 - - 7. Redistribution tl SL�PLYDi;CI g - t} - Redistribution 8 d _ _ 7. SLTPPI.YDGCT - � - - 7. 8. SL�PLIi I}I:CI SL�TOT.�L; Space load +supply duct 0 �7894 - - fl. SL�TOT.�I.; Space load +supply duct �514fi - - 7. & SL�Pi.YD€�CI SL'STUT.�.; Space load +supply duct � Z4g77 _ _ B. SL�TOT.�I.; Space load +supply duct 20977 - Actuat afm: 28� at suppky Tf3: 15 - - Actuak cfm: 2125 a# suPPhl TD= 15 - - Actual cfrr3: 'Ifi4a at supply TEr= 15 Ackuat cfrn: 1104 a# supply TF3= 15 - - 9. ��1Z'II-�IIO�: hAake-up air �frri: 832 13813 5603 9. ��TII-�TIO�: hAake-up air f€rrt: 232 3858 1565 4. �'F:�"'I'IL4�TI0�: hAake-up air c€m: 261 �142 16d0 9. ��Ta4iTi0�: MaEce-up air clm: 149 2480 1Q06 14. iLETL1�� AIR LUAD; Lighting +plenum {netj #} - 14. ITETLIL� .�IIt LI�.�.D; Lighting +plenum {netj g - 14. 1L£TLR� _ LD_�.D: Lighting +plenum {nett d _ 1�. It£Ti,R� _LIIt LOAD; Lighting + plerrum {netj 4 - 1�. RETL'R� DLCT t} - 11. RE3'C1�� DLCT g 1�. iRET[s'R� DLCT g - 11. RETLR\ DLCT #} - 1_. IOI.LL. LO_�DS O� E�LZP�iE�'I t's1707 26148 l±. IOI_�L. LQ.�DS O� E�LZP:4iE_1'T �9003 8450 1_. IOI.�I. LO.�DS O� EQ[.ZP34i£�T Z9019 8950 l±. IOI_�I. LOADS O� EQLiI1fI4i£�'I' 234�7 3846 H F�Ai(IIVG LOAD H F�4�1 NG LOAQ H F�4Tl FiG LOAa H EATIN6 LOAa 13. I)ESI6� COITIO�S haul#: 1.0 13. Ix£SIGti CONDIIIU�S hAult: 1.0 13. DESIG'� CU`iDIIIl7�5 Mul#: 1.0 13. DESIG`� COA'DIIIU�1'S h}ult: � .0 Inside: 70 °F Outside: 25 °F TO: 45 'F Inside: 70 °F Outside: 25 °F T0: 43 'F Inside: TO 'F Outside: 25 °F Ta: 45 'F Inside: 70 F Outside: 25 °F Ta: 45 `F l�t. r1i��S]FIIS.SIO� LOSSES 11393 l�t. IlZ.��S�FiTSSIU� LOSSES 3458 14. Tl'►1S]iII�SID� LOSSES 3415 1�#. Tl��'�iiSSID� LOSSES 5922 Walls= 2335 - 4Yakls= 1469 - Walls= fr40 _ 4Yafls: 1033 - Olass= 6045 - Glass- t} - Glass= i030 _ Glass= 3503 - OaarS: 233 - ❑cars: 120 - aaarS: � _ f�aars: t} - Partitians: � - Partitians- d - Partitions: p _ Partitions= g - Flaars: 1235 - Flaars: 700 - Flaw: 366 _ Flaars: 700 Ceilings: 686 - - Oeifings= 1545 - Ceilings: 1 169 - Ceilings= 137g la'. L��II.IR..�II4�; Outside air c€m: 286 13888 1�. L��II..IR.�IID�; Outside air cfm: 9 48 7201 1�. L�1FII.'1'H.�IIO�;; Outside air cfm: d413 21747 1:. L�FILT1i.�rID� ; Outside air cFm: 48 Z327 lU. SL�TOT.iI.; Space load Z5281 16. SL�TOT.IL: Space laced 10651I lt«. SL'DTt?TAI.; Space load 25162 1�. SL�TOT.�L; Space load Envelope 8249 8249 - Envelope 25281 - Envelope 10659 - Envelope 25162 _ Less external g Less external 4 - Less external 0 - Less external g _ - Less transfer 0 - Less transfer {� - Less transfer 8 _ Less transfer 4 - Redistribution 4 - Redistribution � - Redistribution � _ Redistribution g - 1?. SL�PLi' I}LTCT: p 1?. SL�PLY DLT{'1': g 1?. SL�PLY I}GL:T: g 1?, SL�PLi' I}LTCT: 4 18. [��II..LTIO?�: Make-up air dm: 832 403d3 18. ��'ITi:�TIO\: Make-up air Ifni: �32 1126� 18. �T;�TIL �TIO\: Make-up air i;Ern: 261 12098 18, ��riL.�TIO�: Make-up air cfm: 149 7242 19. HL�tIDIFIC �TIO� Z3g7q 19. HL'I4iIl]IFIC:�TIOti 8130 19. HL�iTI]IFIC �TIO� 1513g 19. HLliD1IITC iTIO� �1212 Piping g Piping t} Piping g Piping 4 RErL1I_� DLCT 4 ;4. RETLIL� DLCT 4 Ii.ETL1R.'Y DLCT � ;�. R>=IL1L� DLCT 8 iU. -1. IOI_�L. HE_�iL� G LOAD I}� EI�LIIP1Fi�' d9494 ;1. IOI.�I: HE.�TLtiG LD.iD O� E�L�1r��Z 3005T 7U. 1. IOIAL H£ATL� G LO_LD O� EQLTF}g�} T 523 ;1. IOI_�L. HE.�TLtiG LOAD O\ EQLTP]iiE�7 197Q4 �w�rryFrtsnft� r �te�Unkersal3}1919.Q13RSLJ49613 ,...� _. _. _. ,_ . 1iYg � 1 RigFrtuike� Universa1�091� Load $urmtary Jab: Edmonds Graphite . � Gallery I�Tl1 a� e: �-zz,�ozo � � RTU-5 Fan Edmonds Graphite Edmonds, WA Zarbe: Gallery l�TU COOLING LOAD 1. DESIGN CO�TIITI0�5 at JuI 1700 LDT PeaklaadatJul 1E00 LDT Inside: 70 °F Outside: 85 °F TQ: 15 'F RH: 3fi �6 h�SaistDiff: 10.1 grllb hAult 1.0 Ins_wb Sf3 'F Sensible Latent ;. SOLi& R.iI1L�TI01 TIIROUGH I:L.i55 {} - 3. TR.��iIS5I0� G.�S Sensible 1330 - ti"dalls= 0 - - Glass= 0 - - Ooors: 4 - - Par#itians= 0 - - Floars: 0 - - Oeikings: 1330 - - a. L1TEI��AL HEAT G. Sensible Latent 13885 8+U00 Occupants: 100E0 8000 - - Lights: 388� - - - Mo#ars: 0 - - - Appliances: 0 0 - - S. L�TH.rRLTIO\: Outside aircfm: {} {} t} 6. SL�TOT.�L; Space load Sensible Latent 15295 8+D00 Envelope 1521� 8000 - - Less external 4 - - - Redistributian {} g - - l#. SL�T4T.�L; Space land +supply duct 15295 - Actuat cfrn: 12{}4 a# suPP�' TD= � 5 - - �. ��\'TIZu�TIO�: Make-up air cfm: 355 5900 23J3 14. RET'L1L� _3IR LOAD; Lighting +plenum �netj {} - 11. RErC1L� DLCT {} - 1�. IOI_�L. LO_�,DS O� E�U'IP�i1;�T 211 15 14393 Ili F�4i-LNG LOB] 13. DESIGN CONDTTID�� haul#: 1.0 Inside: 70 °F Outside: 25 °F TO: 45 'F ld. TR.��,'SIiIISSIO�ILOSSES 8.56 4lfalls= 4 - Gkass= 0 - Ooors: 4 - Partitians= 8 - Flaars: 0 - Oeikings: 8S6 - la. L�FiL.TR..IIIU�; Outside air cfm: BO 2901 1�. SL�TOT.�I.: Space laced 3757 Envelope 3757 - Less external 8 - Less transfer 0 - Redistributian 0 - 1?. SL�PLi I}t;{'1': 0 18. ��TI..�TIO'_1: Make-up air �: 355 17232 19. HL��}IFIC�iT3O� 81362 Piping {} ;4. RETLIL\ DLTCT g 21. IOIAL HEATL�G LOAD D;!I EQUIFMEh'T 29851 Rrjhl�utlel�Unkersal241919.Q13RSL149613 Page 7 2a�#,�g-a7 i5cis:16 Page 2 Right�uit Universal2079i..�ad Stsnrlary #. O�er1 �5rea RTi1 ''�� RTU -2 Far: Edmonds Graphite Edmonds, Vti+,A Rt3hl�uhe�Unkersa1201919.4.73RSL�694i13 20261uh]-OT 1 S'15:76 Page 3 ��+�~��' RIgM 9�I1e1# U�Irersa12014 19.0.13 R�UC94i13 sc+[c51[aMnV-xsy+hFrrx�� C�-anFtla � i� rar. - r.� rn Fmrr :ka-r raeszc� u Jab: Edmonds Graphite Righ#�uite� Universal 2011� Load �tlntrrriary date: 7-27,2020 I+Y�Strt�clio I�TU e y_ �:t. RTU-1 Zone: Open Area RTU COOLING LOAD 1. DESIGti CO1�1:TI0�1� at Jui 170{} LDT Peak laadat Jttl 170� LDT Inside: 70 °F Outside: 85 °F Td: 15 'F RH: 3fi �6 kw+iaistDifF 1i}.1 gr�lb haul#: 1.0 Ins_wb 58 `F Sensible Latent 2. SOLATIR.�DTATIO'� rffiCOUI�HIfLtL55 20809 - 3. T13AN5hdELSSIO\ G.S Sensible 11538 - l"lalls= 193� - - Glass= 3236 - - f3oors: �� - - Partitians= 0 - - Flaars: {} - - Oeitings: 622fi - - a. L�TE1L�.�I: HE.�r GALS Sensible Latent �45"24 2f 545 Occupants: 26932 21�4� - - Lights: 18193 - - - Matars: 4 - - - ApPliances: 0 g - - 5. L��ILII3ATI0�: Outside air�fm: {} {} 0 6. SL�TOT.�I.; Space laced Sensible Latent 774i1 21545 Envelope 77471 2154� - - Less external 0 - - - Redistributian t} 0 - - 7. SL�PLYDL;C7 4 - S. SL�TOT.�I.; Space load +supply duct 774�1 - Actuak cfm: SOOa a# suPPhl TI}= �3 - - 9. �'E�ZII-�,TIO�: Make-up air cEm: 106E 1779d 7186 14. RETLIL� _;iIIt LD_�D; Lighting +plenum (netj 4 - 11. RETLIL� DLCT 0 - l±. IOI.�I: LO.�DS O� E�L��iE�'I' 95i8� 28731 H F�4i1NG LOIN[] 13. DESIGN CO��IIIO� S hiult: 1 A Inside: 70 'F Outside: 23 °F TQ: 4� `F ld. IRAT�'S1+II.SSIO� LOSSES 19692 ti^lalls= 2709 - Glass= i 069� - Oaars: d82 - Partitians= t} - Flaars: 171E - Ceilings= 4007 - la`. L��II.'IR..�IIOl; Outside airc[m: 30f 14589 lb. SL�TOT'.tI.: Space land 34201 Envelope 342G1 - Less external 8 - Less �ansfer 0 - Redistributian 8 - 1?. SL�PLY DUCT: 0 18. �-E�ITI..�TIQIti: Matte -up aircfm: t066 51737 19. HL�ffDIFIC�iTIO� 29194 Piping 4 �o. RETG'R� DLCr � 21. IOI.�I. HE�TLti G L4_�D Oti E�L��fE� I 91 S 132 :�.� Righrl� UrHrersa12A19 19.0.13 R�UL}94i13 2U�}Purg-071 S_18:16 Page & Far Edmonds Graphite Edmonds, V�1A 202#farg-OT 1 S_19:16 Page 4 wTIQF7t3olt' HtJtq�rle�U�kersa1201919.0.13 R�UG94i13 Jab: Edmonds Graphite I:tight�uike� Universal 2Q1!� Load Un7rlar+y t7 ate: 7-27,2ff20 ey_ � Riser l�Ff� ` ' UH-1 Zane: est5tudio RTU COOLING LOAD 1. DESIGIti CO��ITID;w1S at Jul 170D LDT Peak load at Jul 18E0 LDT Inside: 30 °F Outside: 85 °F T0: 15 'F RH: 3fi °f6 hiaistf3ii# 10.1 gr�lb hAult: 1.0 Ins_wb 58 'F Sensible Latent ;. SOLARI{.�iDL�TI01 T'HEOLTGHGL.iSS 11074 - 3. TR.�I+I5MIS5I0� G.ii�� Sensible 3930 - 4"lalls= 1471 - - Glass= 1496 - - OaarS: t} - - Paekitions= 0 - - Flaars: 0 - - Ceilings: f�63 - - 1, INTEI��IAL HEAT G.'�L� Sensible Latent 4814 16D0 Occupants: 2000 1600 - - Lights: 2814 - - - MataFS: I} - - - Appliances: g g - - 5, L1�H.IILATIO�: Outside aircfm: 4 Q i} 6. SL�IOI.�I.; Space land Sensible Latent 19818 1600 Envelope 198'18 °600 - - Less external t} - - - Redis#ribution 0 4 - - 7. SL�PLII}L:CI {} - � SL�IOI.�I.; Space load +supply duct 19818 - Actuak afm: 1EOD a#supply Tf3: 15 - - �. i'E�ZII4iTIO�: Make-up air �fm: 9 00 1661 E74 10. li£TL1L� _SIR LOAD; Lighting + plenum {net j g - 11. IIEET'[,1L1 DLCT t} - 13. TOTAL LO_�DS O� EQLiIP;4i£�'I' 2147� 2Zi4 H EATENG LOAF] 13. DESIG?ti �ONDTIIU�� hJlult: 1.0 Inside: 7i} °F Outside: �5 °F TiJ: 45 'F 14. Tll;.�'VS�IIS.SIU�ILQSSES 784f3 4Nalls= 1348 - Glass= 494E - €�aars: tl - Partitions= 4 - Flaors: 934 - Ceilings= �20 - la. L�11'II.T1R.�riQ�; Outside air clm: �3 2102 lb. SUSTOT�I.; Space load 9950 Envelope 9951} - Less external t} - Less transfer #} - Redistributian 0 - 17. SL�PLY I}L�CT: {} 18. ��iIL.�TIO�: Make-up air tfim: 9 00 4851 19. HLliD1IFIC iTIO� 3060 P'ping {} �U. RETi1L� DLCT 4 ;1. IOI_�L HE_LTT�G LU_�D O� EQLiP]�ff��I 178E1 ��" iilghl 9.�he�d li�Frersa12019 19.a.13 R�U694i13 20�#Pwg-O7 15:19:16 Page 1L} Far= Edmonds Graphite Edmonds, A Jab: Edmonds Graphite � ate : 7-27,2020 e y: Zane: Riser HTR COOLING LOAD 1. DESIGN CO�TIFIIO�S at Jul 17E{} LDT Peak load at Jan 0100 L5T Inside: 7E °F Du#side: 85 °F TO: 15 °F RH: 36 �6 MoistOiff: 10.1 gr�lb h�ful#: {} Ins_wb 58 'F Sensible Latent 2. SOi,. R.�DIATIO� T131iOUGH fifLr'►SS 0 - 3. TR3I�I514fi.S5I0\ G.#L�S Sensible � - 4Yalls= 1} - - Glass= t} - - Daars: t} - - Partitians: 0 - - Flaars: t} - - Ceilings_ 4 - - �. L\Z'Ell_\ �I. HE_iT G. Sensible Latent 0 f} Occupants: t} 4 - - Lights: 0 - - - Mators: {M - - - Appliareces= 4 8 - - S. LSFII.TR.LTTDI�T: Outside airo[m: t} 0 n 6. SL�TOT.�L; Space hard Sensible Latent 0 8 Envelope 0 t} - - Less external t} - - - RedIStFI�Utlan � � - - '. SL�PLI Dt;Cr o - S. SL�TOT.�I.; Space load +supply duct 0 - Actuat cfrn: 0 at supply TD= 15 - - 9. �'E��-�iTIO�: Make-up air c[m: 4 0 n 14. RETLIE� .� LD.�D; Lighting +plenum {netj 0 - 11. RETLR� DLCT o - li. IOI_�I. LOADS O� E�LiIPME�IT' 8 0 FfF�Ai(ING LO�4El 13. DESIGN CO��IIIO�S hAult: 1.0 Inside: 7� °F Outside: 2� °F Td: 45 'F 1�. TRA��ISbQSSIO� LOSSES 754 Walls= 468 - Glass= 0 - Oaars: 0 - Partitians: 0 - Flaors: Z23 - Ceilings= S3 - la-. L��TR.�IIU�: Outside air fen: 3 142 15. SL�TOTiL; Space load dfiE Envelope 896 - Less external 4 - Less transfer 0 - Redistributian 4 - 17. SL�I?I.Y DLCT: 0 18. ��TIL.�3TQ�: Make-up air cfm: 10 -066 11}. HL�iD}IFIL3IIO� 2�67 Piping 4 '4. IiETU'R� DLCT 4 ?1. IOI_�L. HE_�rL� G LUAD 01 EI�LiP3iE� I 1629 ��- RIgM 4,rtlel�Unfrers-a1�71919.4.13 RSU69613 �5v�°�r�..-.�...e.ar�o,a,.,acn�.......t r�-�..�.ra ...� r��..-rv�n r�....r ru.r: �� u 292?},�Ulg-aT 15:18:16 Page 9 Pale 5 ��. 1�E1II�IQN�► DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 �'� EkHAruST PLEfvuM T❑T� I�[ 5E�2�5 ] ENIi T❑ Nmb TAG hbI7EL I�JFaOTuRE LEhIGTii C❑OKING TYPE t4�PL GAhICE �E•S$�I TdT�4L S�PLY FIOdp VIIMTFI LEND EI❑Fli Il[�4 CFM VEL 5P � TEMP DUTY CF7d�FT EXN CfM EF-h1 �❑h��TRUCTI❑N END RQ� I F10iYt - L�� 8�� OArPTI1�+E�[RE �' 3' FAQ I E]{TRA- 383 �7�1 �' 18' �79] 15�9 -1,1�0' 101� ��[1 SS LEFT ALINE hlp-P-F}5P-t~ DEG HE#1�'Y' 100'� Njgi� - �a0� fqG �' I�' ��OIp ]GIr] -O,Ubi` � S5 � '''� CfiPt11�E�4CRE Ifs' b' DEG I HE}3VY �� aD# 3�a0 R![�iT i�LaNi HD�2-PSP-F �+ I�' ��UO ]GIr] -O,H61' 100,+� �❑L0�'�C 5 � Dlsh +.+H$ G�TI�EJrTiIRE 4r pr IIEG fl NSA 1'� �40 �' iD' G I1015 -D. � #LSE ALQhLE G F i Y T } MmD Y M L AL ti' H fjl$ FI�I] Np T�hG T�� GTY I-�jC�-fT LEMCiTr"1 EFFaCIEHGY [� � GT'1' TYPE +SIRE L❑C�TIUN �l�E YSTEM NGI ?�1lEi�Ns RE Ct�SED RECESSEIM LUG T Y�E k ::`[ 0 h'�bEL 4 �L�hNTlT r PI�11+IG �rE1GNT Mp[n - L�f �k Gr4RTl�#TE �0 EILT�R � 2+0' y�* 7C SEf FILTER SPEC � NCB Nd L':'Y -�111 TE5 61� LDS 2 ��F-t# CA?TRISTE SaLd F]LTEI� 1� �Or' Li'x' SE7: FILTER SPEC � FIGHT 1�'xd+Or'k3�1' CARE P{R❑TECTI❑I# 1 LIGHT YES III LBS F+��I � I} �� NCI i'LG8 LBS r♦n�T] � �I; N7 OPTIC1f~I L Maln - Lef# LEFT END STANDaFF {FihL15HEDD 1r �+IDE 79' LCING INSULATE]], INSULATION FaR T[� ❑F H❑nn. INSULATI oN FOIE $AC1c OF HOo �, RISER BENS❑R INStALL 3IN DBL, �+C-CORE PR❑TECt1aN, ENS-C�f. LEFT 1f�iLL AS ENb PANEL. 2' M��n - RigM* STRUCTURAL F�C�,IT P�4NEL, INSULATION FOIE TiAICK GF HGC1I1, I�iSER SENSi❑R iN�tALL 3TN D$L, VE-CORE PRCirECt10N, EN�CIR-C�. ��'�z,�r�,�� .� r r��r. r ��.�*�f�� HDOD � T�SG P❑5 LENGTH IdIDTH HE] GHT T�'PE R R� 7 �.+II}TF+ LEND DI+� GE�1 $P L Mlaln - Lef# Front 88' 20' _ MUA 12' �p 83� �.1��' MUA 12` �p $�� $37 01.143' MUA 12` �p 01.1�3' 2 Mlaln - RiBht Fron# 20�' I$' �' MUA I�` EQ' 60U �1{J#' MUA 12` 2Q` 600 0�144` MUFi 12- 2b' 6�0 OLi94' MUA 12' 2Q' f�QO 0�19�' MUA 12' 2D' 6Q0 4�194' MUA i�' 2D' �o0 0�19#' ��T�r�T ►�ur�aE� A�-PSP cuNTTED ST�4TE5) - U� LATENT 79�6❑830 D2, AIC-PSP 1�ALL �CANADA� - CA PATENT 2�20�09, AC-PSP I�L+�1L CC+4NAD+�� - CA LATENT �5�0�3�- captive Aire Nledels NCi-2 are ETL Listed under file number 1��900315PRT-001 a nd complies �vitl7 1JL710, lJLC710 ar}d IJLC-G646 .standards. �ertific�ti�n� The Na-2 h9adel has beer ne-i*6ed by ITS. This certification mark indicates that it=_ : -. _ _� has been tested to- and has met the minimum reo. �} �-a�is of a widely recognized [consensus} U_S. anc � 3'radian products safety standard, that the manufacturira wire has been audited, and that the applicarrt has agreed to a program of periodic factory fallow - up inspections to verify continued performance. Models Nd-2 are EfL Listed under file number 102900319PRT-049 and complies with tJL794, tJLC710 and ULGSB4d Standards. c � us �� t„�. �n[ei-tPiC �r4�llsr�T'i{ Building Air Balance Schedule Outside Air Min CF1 Outside Air N1ax CFM Exhaust CFf� Bldg. Prey. Min �F1� Bldg. Prey Max �FM RTU-3 9�I� 9�I� RTU-B 350 350 MUA 6� 11 611 � EF-Left -2�91 -2�91 EF-Right -4000 -4000 Dish Fan -60� -60g T�#al �401 -�391 1 g Make up air total Exhaust air total Bldg, Prey, Max CFM Barometric Pressure Relief is provided through rooftop units for excess fresh air into space 'rune' 7 u �sr- srm tic errs �� t s a sus BUT L HQdD CCi�NER I-IeNr,Tr�r_, e�r_,1 E ,111�Z11�ARE BY INST�4LLER3 FALL LEN[a1-H SLiRRLY PLENiJN _ yy � HaN:rlydr, aN� � - �s rra HAC�GI�IG ANGLE m �o- CHARZk1�i�RE B5' ZN$T+�L�ER} * �° CHARDI�ARE BY INSTALLER) tri~ aume a �io�lTFfL a�moatra e�m r +rrr�x FU4T Mf1ilQ THE GAPTRATE GRE+�SE-STI]P SOL❑ E[LTER IS +4 S7NEiL£--ST�+G[= FILTER FEATURING A UI�IQiJE-DIAFFLE DE57I-iN ]M C❑NJUNCTI❑I� �+CTH +� �L❑TTED RE�4R EAF�LE DESIGN, T❑ IIELIVER EXGEI*T]❑NAL FjLTR�4TI4N EFFiCiE�iG7. FILTER 15 STA[hLESS 3TE0. CI3t+[STFtUGT[C]�I, AND BI�EI1 TD FIT INTC] TA�iCiARC1 �-It�iCH DEEP J"IC7pD Ia1i�NNEL�S.), k�NITS SHALL INCLUDE STAINLESS STEEL HANDLES AND A FASTENING DI*�}ICE Td SECURE THI= T1dI3 E❑MP❑NE�1T5 ►r�E'N I[SSEiIBLEn. GRE�iSE E7CTRACTII3N EFFICIEk+I❑Y I'ERfdl�MANCE SHALL I�E[�dVE #T LEAST 7�i( ❑F GREASE P14RTIGLES FIDE f�iICI�NS IN IZE� AIVD 85r� GRE+�SE PARTICLES SEEk� MICR[iNS IN SIDE AhFD Lr�RGEl1, �r+7TH A GaRI�ESPa�ID]NG PRESSURE DROP NaT T❑ EICGEE❑ 1,0 INCHES OF 1dATER GAUGE, THE E+�PTRI4TE GRE�4SE-STC� SLILC� +SAS TESTED TE ASTM ST�4NBARIi ASTM F�51�-�Q�. NF�NUFACTURER �4RFRaED F❑R f1SE CN S❑LID FUEL APPpyT�NS AS A SPANK ARRESTER, -�:� �ri�."+"'r'y ��a4'r,t.lr [?�p.Trl'I�F: ¢F�SSUR€[:4�:•�',-r: Fi,i'�x ��'i� 0 0 W a b �, �A 8 � CAPTRaATE FILTERS SIRE EUIE.T IH COHPLiANCE �ITH�. NF'FA 1k�6, NSF $TAI�!]ARD #�. UL STANB�4RU #1��6. INT, F4EC�€, C❑I1E IIMC�, ULG-56��, �o �a �� p� �I�� IF ❑IDEIED, ❑�+ �f�1ll❑E 1�JILL PERF'❑f�M A TEM DEI�hI IIERIF'IF�TI❑ICI I�1! ❑H❑E ALL EQIJIPh�EfVT HAS NAZI A C❑MPLETE TAlT UP PER THE ❑PERATI❑N AND Ih�TALLATI❑I htAhllJA�. T1�PI❑ALLY, THE D11 MILL BE PEF❑t�ED AFTER ALL I�IPEETID AIDE 0❑�1PLETE, � � �� i.04s! RATE (CFi,O} ACHY FIELD RELATED DICREPANI� THAT �4E DISC❑�IEiEI3 DURIhI� THE D11 1�lILL� BE B❑IJGHT T❑ THE �TTENTI❑N ❑1- THE GE�fERAL ❑NTRAI�T❑ Af�ID 0❑REPOh1DIr�iG TRADES ❑N SITE, TI�FE IUE SILL �E D❑CLIMENTED AND �❑1,�ARDED 7❑ 7HE APPP❑PRIRTE ALE ❑FEICE, IF" CAS SERVICE HAS T❑ DES❑�.�IE A DIS�IEPANIf THAT I A FIELIa iUE, THE GEfVEAL ❑NTIACT❑� 1+�ILL �� r�❑TI1= IEI] �r�II BILLEII F❑�' T�#E 1�❑RTC, Ski❑ULD A RETI1I�t� TII� BE IEQUIIED IIUE T❑ ANY i` IELD EL�4TED DID❑IEPAf�C THAT CAf�N❑T BE RED❑L1fED DURING TF�E D1f, THEME 1r�ILL ICE AI]DITI❑fVAL TRIP CHAGE� D�1F�I1�❑ THE D�lx CAS ERiE SILL ADIIE AEI I�IEREPANY Ti�AT I THE FAULT aF THE MANUFACT�JRER, H❑ULII A RETURf� TRIP BE REQUIRED, TF�E GENERAL C❑NTRF�ET❑R Ah1D APPR❑Pf2IATE SALES ❑API❑E YLL �E IETYF�IEII, 7HEIE 1�ILL lE Np ADI,�ITIaNAL �HAR�E t^ []R MAE�14��`AT4JREF2 UIEIEPAfV❑IE� tTEEL ALL-TIi1EA3� STEEL Ml-iNgEfi4 LIZ' - i! TFJ Cii1HE , OIR�Eb 1/2` � lr[ il'P" - ]8 1T1 � � 44MQ� S�FE1. � w17. O�L� '� CTEFL t�k ?IJT� SFE� r€ar n,iT. antr r,..E.,, i}2` C�dAtE s iY19 F � d4idiL�i��S�1 � A #11yyt� �Md Sit7El Fur �� AIRi�! �[T raz �a F'Li4i YASFER Fu[ 11�LT � t�t�i. quo, t� vd�� s us• ®h53 � OQm�so #� amn�ro rrrsL FLAr VA3tER FL,LT 5�,1q�� f rF oy.rE � !�2` - 13 1'Ri �mG1�Ao fTEa F1JiT Y#�41ER. . - tg Tel OYr� 3 �Q@L!O C�A� � IYB f!g' - u'k ft0el �7TR. rEX MJf, STEEL FE}t l�.rlx �I4IE 3 i7t'bIWM�b STEEi FIE7� NIJf, AE�4�LY INTRLkCTI❑f� AE�IBLY INTRiJCTI❑f�� AE�1EL1� INT�UCTIa�i HAhJGiNG ANGLE Ffl7ST DE S[JPP❑RTED 1�IZTH 1/E' � 13 TPI H�4NGI[+1G rANGLE s*1UST BE 51JPPaI�TED ACTH ilP` - i3 TPI HANGING ANGLE F14JST 8E SUPP❑f2TED 1�11TH Ili' - I3 TP7 GRADE 5 {HIN7HLR+1� ALL--THREA➢� SANI11r�ICH HANGING GRADE 5 GMINIMUFI� ALL�TH{IEAII, SANI]i�lICH HANGIh1G GRADE 5 (MI#�IF#lJM} ALL^THREAA. SAND�JICH HANDING ANGLES ANE CEiLi�1G ANCW❑R f�[IiNr I�fiTH ill' GRAIDE S ANGLtES ANI} GELLING ANC�#OR P[IIhrTS �IITW 1�Is' GRADE 5 ANGLES AND CEILING AFlCH❑R P❑Ii+3TT �7ITH L!�' GRADE � {MINIMUI�� STEEL FL�4T 1JAHER I+�1D l�2' - i3 TPI �NINjMkJM) STEEL FL+4T BASHERS AND I�2' - 1� TR'I CMfNCh@lJN} STEEL FLAT it1ASHERS AND 1/2' - 13 Tial �RA�� MXN�f�€�i� HE7# N�JT AS SHa�IN, l+�l�T USE �RAI]E SMIN�M�JIA) HE}L NUT$ A SI�IpVN, MEAT CIE GRADE � �MINIFIUM HEX Nl]TS �4 SH❑1r�IV. MUST E aGUBLED HE?C NL[T CONFIC�URATI[IN BENEATH H{]OD HANGING D❑UI�LEI� HEX NllT C❑NFIGU9�AT]ON AB❑CIE EEILING DOUBLED HEX NUT C:[INF'I�3R�iTi❑#� AB❑1�E C:EIL7[~IFS �4NCaLES f4NQ F413C[E CEILI�iG ANCHURS, MAINTAIN 1!4' OF ANGH❑R�, SINGLE �iEi( NUT BENEATH HANGING +4NGLE IS ANEH❑RS. SINGLE NEX N4JT Y#ENEAXH HANGING ANGLE IS EP[1SEI] THIEA�S BENEATH B❑TT❑N HEM€ �VUT, T❑R€�iJE ACCEPTABLE 1-❑R FULL LEf�GTH HANGING AI4GLES, +41'CEPTABLE FqR PSP N+4h1GI�IG i4NfLE �l�4INTAII� if A' EIF ALL HEX NUTS T❑ GT FT-LBS, h4AINTAIf� ilk' [� EXPOSED THRE�4DS BREATH BOTTOM 1=�P[]SEII THREADS BEEVEATH BC1TT�3H HEM fVUT. TCPRQUE HElC NkJT. TC]RQUE �i�L MEN h�U7 �`CI 57 FT-L.BS. ,4LL HEX NUTS TO 57 FT-LBS, E 0 U�� E IJ � � o pa�gpq � � �i �� ' *� i � � T m S w ��t't�: � ❑�E��ll� �4Y G. 45B9�Q DRI�LN RTI� — 85 ��: SCALE: I+f1+4�TER EM�tAV'�ING F'I EET � . 1 ��. DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 1' LAYER ff fNSiJLATIOw FI'SCTORY �1ST�iLEI1 IN i�oa• �N� $T�wa�F �E:TS Q` REQLE[REhENTS CLEAt�HNCE fD C[7MIiU5TIBLE SURFACES. iwRT�4i.LER Illl$T EOfFIRII Ha]p 1S 1NST�5LLED SUCH T}-IAT T!-E SP'EClFIETS VALL+ A�CTTNG AS Aw E74[1 PAwEL„ ]S MATED TIGHT T[] THE C�I�L'T EN9 L]F FEt4D TO ACHIEIfE A REDLE€TJ MIF�3ILM EXI-iAUST CFM LISTIAG. Few-CnI�LIANCE �f1LL NI�LD'Y T}1E ETL LIST]HC�, 1►QiA THE F1,4NJF/�CTUR�R`s wlARRANTY, �auo FIOLll TFIE ��iTR+�TOR L7lrHLE FOR AJ`1Y At+II) ALL LOSES, C7gSTS, Awn E1�ENSES RSL�4TED TD THE NQRI-GONF[]RNANCE L]F THE r�ANUFACTIiRER`S SP£I<D`[EU [wSTRIlCTI�1. THE i�fALL 14CTT]VG Ai AN E7VD PAIL F#JS'"f Eit7ENb Ft] LESS T1iAN 20' F-Rfll THE fTITER�ECrInG 4�+11LL � VFIIL'HI HIY]D IS MOLI�ITEIf AIwI] FUST EKTE3�lI] Hl LESS THAN �u' LFIIER HLITTOM f]F F17O11 T[] HE EL[G[HLE FOR REIUI;ED NINIi�l1� E%HWJST GFM LTlIT[NG: 79' S• L.iYER dF UYSUL�iTIDN Fe�CTOFiY INSTALLEa IM IMTf3�NAL $aex STAF�OFF, MEETS � [FiCli RpOLJdREINENTS FAR CLEARANi�E TO CGHBLISTI�LE SU3FAC£S. i' LAYER f� INSULATION FA�CTDi�Y IHSTALLEp Iw IFITETt1�iAi. RACK S~rA�pFF, I'T$ 0 IwCFI RTr1REMR:NTS #T3R CLEAIIA#�CE TG CDI�U�TIBLE SIIRFAEES, I' � � IF' � ''kl I}` 1 �. L� ��. # •18' � 1Hr4' 41�' O� �� llL� LISTEE RQCESSEa A1.L11htSaV LA�IU LED F`IiETURE Awn LEL L]GE1T, �� ❑ �� l3L LINED R€CESSEf] ALL�ISON 1�OLIMJD LID F27CTUF2E P,�+I[1 LEI} LIGHT: �� ' [�1-----� �---- �,1 [,�------ _i ...., ..... � 1 ` W �4 LV �'#+I !�7'L�S79'1 R,F.1'�7V1 rW4F!'1 .� � Y., , , ADJUST DUCT wDZZLE 5' -f FACiM YERTII`.4L TO PQ>hiT SLIC�ITI TifV�iR[kS B.iCjC QF RSSE EXFWUST RISER: ►#t�uGiwG AN�� 2D' CAPTIVATE SOLO F`yLTE:FC 1�I1'ii H[IOC, 1' LATER CF INSULA�Tit1*I FACTORY Th1STALLED ]N 3' IhFTERNAL STfhII10FF, wEETS 0 FNCH REGL[IREFENTS FOd� CLE11R1#ir10E TO CCwIIiLISTIpLE SURFACES~, 1T IS THE RESP[I�1S18ILIT�f C� THE ARCH]TEGTI0I�NEI2 TO L�A15i.w'2E THAT THE H�IO CLEARANCE FROM LIF4TEa-C[RInR.ISTTBLE ANII COI�LISTIHLE MATERIALS IS Iw COMPL]+kT+ICE '�[TH LOCAL C[]nE REQ UIR E ME'NT�. fS' LP.S: FINAL DRAIN I]RUP LOCr�TTUN ALL wECESSAIif FITTIwGS FR�I THE 3fENT1LATOR T1O THE BUILDTN� VASTE LINE�S«7, LE: F1`DO�i �xNICS, A]R �+PS. OR o-FI-£R DE+�]GES RE4U[REC 8'+" THE GENERNFNG CODESI��Y DTHE], IlRA1M �LIwIE fIIJES �8E I'd'IST hLLE DPER ii]CA[� `L' 3'F�£ HE SLOP'EI1 CNINZ3�UN Jd I?!CH ]3ER FO]T}, AV�T21 ANY UwNECL55ARY 90 dE[#2EE TLRMS, IF iaNDIhED �1TFi OTHER 1IRr41N L�{F,�, Tl�w PIPE SIZE S4-[]L.LD HE DI�REASE'D ACCfl12D]#JGLY� P-TRAM SFQUI� H7T � �15E� ��1 THE EiREASE LRPiII+I LINE AID HFr4T TAPE #1UST IiE U'SEw 4�F1ERE DRAIN LIME TS [buw Iw ENbIROrTWE1�'r THAT 1rOULD SEa..ID[FY L�E+�SE� #3 ifP' A9 ]/�' l3 L/#' �� 26 3f#' 28 3!A' r� v�r�• 3�aa�Em, 7`�4.Sa' OVERALL LE�IGT}i iL i �•� ►J+. R - 1-9` 17 1/�• 3i` 9 6' 33 3l+' 3#• 1�' �'NGM,�i.S" 0,4Q'G4, 27`-�6:U0' QVERALL LE71Ei�Ft 33 3.r#` PLAT 11JE1+� — �M�in — F�i�#� 16 Q.�O LD�I� 6 3�N ——PP— F[]TE� ADD1T1tli�lAiL HaNOtw� ANGLES: PRCAfYnE�l EEf2 HOODS L�r AhlYl LONGER: Spa ALL�1wSON RD.iFIO L,ED Fp[TIIRE ANl1 i OLfTT'ilT, � FACTORY IFISTALLED 0 I14CH �FtANL'E 70 [:Oh�LISTIHLE: rrn�f w� PLATES UPPL'f RISER VITH 'OL�lhE DA#IPER, 23k5Ti E1PEN STA1f+ILESS STEEL RERF�R,4TEI! P�#MEL ,a2],flfsr DUCT r�0-LAE G' -1 FROM YET2TiCAL T❑ POINT SLIGHTt TEIVARDS HACK CF RISE ExHAUST RISER. HANGING ANGLE 24' G4PTI�TE SLLG FILTE>� �3TH ERIOM[. 1' IJtiYER [� �#SUl.AT7[IN FAGTEf3Y t#]S7AL1£D IN 3' INTERI+I+rL STANDOFF. hEE7� 0 IwCH I�RIJIpEME:NTS �F CLEAfti4wCE ro C[]MHtfSTIBLE SUR�ACEi. IT IS THE RESf�IILITY of T� ARCHi7ECr�rr+.rr1� "TC Ei4SURE T}�AT THE HmD CLEARANCE FftDl LIF4TED-CUiSUSTILE AND Clxhif3USTIELE FATERIALS lS A+i GGNRI.I+�WGE r�rF I.ItGAL CQDE R04UD�EHEHTS. i.3' LP:S F?MAL ORA�I >II�P Lt2�4TIDH ALL HECE'SS�AR'Y FITTIwC�S FROFI T}f VEwTIL�lTC]R TO Ti�iE >iLIILDIwG Y�43TE LiNECS}. IE, FL.IDR S[wltS, AtR GAPS, OR EITHER DEVICES R€I3411AED 8Y THE m1JERwI11G COT�Sh, >FY OTHERS EHGIwEER IS RESP[lISIBLE Fi]R IRiAI11 LIwE Lesll3�i DEYEI'lI] T11E Ho®. I]RAIN LINE MRIST HE INSTALLEI? PER LUCfL C®E5, ➢RAIN LIwE MiJST $E SLLPF� OR6111#Cl�I !1 ]t+ILa'! PF� F[RIT7. AYOFD ilwi L,1�1F1ECERSAaRY 9C DE[iREE TURNS. �F CDhIB[NED VI'TH D7ti-ER DR�1I1# Ll11ES1 �HIE�1 PEE SIDE 3FInULD � >i+ICREASED ACCaRBIwGLYa P-T�IP� SF�kL.D HOT 8E L15ED IN THE GREASE DRAIN LINE + HE;�T TAPE MUST 8E U�E[� �fHIERIE T�A1�1 L]NE ]S RUN Iw EFlY2ROwF1E7�#T� THAT i�QIJLD �1TDF`Y GREASE: �o' L,;+' �' I.7' I,�,s, iRA8�1 aROP EHGIHEE� 2S RESF'EHSI�E Fes[ ORAFV t]t+� ]lESIGw I�E'fCND 7HE �CLti, aR�dH L1hE 11UStT UE INSTiiLLED PAR LO:.AL SLIDES, I!RlP1Iw LIwE MLJS7 aE sLo�Er� CFT�wINUFI K ]kICH PER �T]T), AYOID ANY uNNEL�SARY 90 IlEE�EE TURna, IF mi+mI1,E17 +�[T}i ❑T}iER IIRi;[AF LINES, THEN PIPE SIZE SHiay n HE [M�€+iSED AECORLfNG�Y, P-TR�4P5 SI�ULD FAT BE USED l�l THE CEASE DRAII+II LINE AwD HEAT TAPE I�l3ST 8E iJS£D WHERE Dh'A[N LINE iS IN Ew�1HEwT� TiTt4T �+L1iLE.D S�LTDIf'�' GREASE. SIZE BUIt[lIIw1G GREASE INTEaCEPT'QR +1EE�RZIIwGL"r: 8i]Tii EMDS � 7' I 3!�' �:$: O+LP:T:I HOT +�AtElt CL7 TIO14 STUDS ARE PREFIi 8Y � TORY� ILITY BCiii MI1S ET• za' I@" '— �$• � �� 49' v� Rdl1NlL LE'� Fi1f[LRE AwD 4� PRF'I OUTPJlT. rTACHIwG PLATES. IJPPLY RISER KITH �CLUNE DAF�PER. �.�z IFEw �ran,�€ss STEAL PERFORATED Ptf1OL. R�Ii��\/IY� DATE: � �}3 D� Do� DC:,: �� ►�[� RTC � 85 ��: S G,Ak4E: �fi F��r � I�y�l��Tl��► 4� FIEET i+l. F i i i 7 7 1 a 1 1 a J a a } J 1 } i r s i i ��. DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 E}WAUST R[SEFF NN�IG��lG AHGLE �r �s naE rrEs��sie�Lr�� r� �iGF� i�CTfQL'HER 70 EhISLRE< THAT Ti�E HCIO� ZLI:ARAI~JGE F'11EM4 LII+E;'tE]I�I�HUSTIHLE MID CC�1�l1St�LE wA'rEFtLaLS IS IH CU"lR'LJ�NCE '�CEN L[3C►�L mLE REQI�RERENTS 24' �+' �' O'NRn,f�' O,pO'QD �� — I`JOO� � �iS�T 60' ND ��ri�� wi'th PSP A�e��ry naificati�r� The hl� serl�+s �,00d with FSP nccessor�► Is n cafipensotlr�g ear�opy kroae4 system rated fior all types of caakfng equipment. The hood shall }�a►re th,e size, shape and perfor�r�once specified on alrnr�ings, Ccns#r�uctlorr shnik Ide type ��0 stainless steel �rlth a #3 or ll4 palish where exposed, Inailvlolua4 ccr�par,ent corrstructlo�r shall lde determ[ned lay the rian�rfacturer and E7f_. Cartistrs�ctlan shall k�e cFepende�rt an the structural npplleat[on #o r�lnlnl�e dlstor�tlon and o*her de#`efts, All seCtes, jO2r�t5 aced penetrations a� the hood enclosure #o the kower outerMost perir�e#er #hat ailrects and captures �re��e-laden vapor qnd exhaust gasps shall have a IlqulaE-tight continuous external ,reld In ncco�^dar�ce with HFPA 9 Haaal shall lde +rnik type rMlth a rrinlrrurr of Four ccnneetions for hanger coals, Canrrectors shall hn�re 9l16' M��es pre-pL�nched In angle iron nt the factory #o nllo� far honge*^ cad conr�ectian by others, Ven#ilator shall lac furnished wl#h iJ.L, classified alunirrur� bo#'fle filters, supplleai In size and q�a►�#I#y as required by ventilator. The filters slnall extend the folk length a�' tl+�e hood and tf+�e filker paneEs shell mat loe r�or� #fan 6' In wld#h. The hood norrufacture�" sf�,all supply complete car�puter generated su6r�f�#al olrawings Indudlreg F�aaol section ufewCs} arx�i hoed plan vlewCs). These drawings crust' be uvailal�le to the engineer, a.rcl�ltect anal owner for #�relr use in ccrs#^uc�lan, operation anal r�alre�kenunce. ExYsaust duc# collar #o loe A+ high wl#h 1' flange. Doc# saes, f<FM and sta.#Ic pressure requlrer�en#s shakl be as shorn on drnw�ngs. #.atic pressure requlrerrents sheali be pre�tse and ncc�+ratel o�l�` velccl#y o,nd valur�e Inr`ar�ra#ton shall lee accuMate wl#hln 1-f# Incr�rtn�n#s oolong the kength of tfira ven#Ilator. U.l,. Irrcgrdescerrt llpht r'Ixt4ares and gla]ae� shell ioe installed and pr~e-wired too ,Juno#ion laax. The light flxt4res shall lac Installed wl#h n Mas�IrruM of 4'U' spacing or, center cad allow up #o a l0U wa#t standard light Iotakk�, The hood shall Y�ove� -A daulals* wall lnsula#�td Front to ellr�lnate [ondensutl and �rcrease rlglaflty, The Insulo.#Ian shall have � flexural erodukus of 4i� EYE Meet lkL 181 e-eguirerrents and be In nacordonce wltF� NFPA 90A nr�d 913B, -An Integirnl front bv.r`fle #o dlrec# grease laden vapors toward the e7chau5t fil#er ksenit, -A b�ikt--Irr �rlring chase provldec9 �cr outle#s an# el�a�krls:al eantrol� orr tFre hvvai face ar+d sl�al� not penetria#e #fie lap#ore area or require an externs[ cha s e,ray. �Lcs �+elvcity make-up nlr Gap #o �3�7:7 provldesl ##�ro+�gh frpn# aced side plenures CF'P accessory}� -A sloped grease drain sys#err which shall be an Integral ��rt of #ire Frond faaci� with oer+ exposed, r�er�trva#�Ie '.# alnt grease cup to facilitate cleaning. The hacd shall foe �TL Llsied as 'Exhaust Hand �llthou� Exhaust Dar��er`, �TL anitatlon Listed ar�d Ioullt In accorala►�ce wl#h NFP�+ ��, fhe h�ooai shall be listed f`vr 450'F cool�Ireg surfaces at 1S0 CFhf�ft. 600•� cos�king s�.+"fuce� o� �1�� CFMIft, arhd 7f]0`F �ooking surfaces nt �50 �FfM�f#. Yi�� Igrlea �J�ifi�ctic►n The 11HH-G series hetr��cAndens[k#e Ftaad I� a sPngle *all +rent hood used In man -grease applications far the r-enoval of heat, vcpar a#c� Flaaal shall have the size, shape and perforr�arece specified cn the drorrlr�s, Gonstruci:lan shall Ioe type 30+k stalrwless steel Sri#h a #3 or #4 polish where exposed. HvorJ s#�akl ha�re a full perlr�eter gut#er wl#h a lf�' I]D dolt #bread drpin cgnne�tlan. Hood shall Ioe gall or k�l4nd type �I#h Fully weld€ol 1l7 gauge earner har4ging angles, Corner I�a.reglreg arrg4es hav¢ a .6P� x 1,�1]0 slot pre�punckted at the factory, allowlreg harrplrrp rosin �0 1ve used For quick and safe I►�sta►ilai�ons� Hanging real arrd canrrec#�lon is �ra�►9oled lay end Installed Icy others. The hood Man'ufocturer shall supply complete �uk�*,I#tul dra<�rinQs including hood section vlexsSs) and hood plan vle�r{s). These drawings must loe r�aale a�roilafeke to the engineer, archltr�ct a,nd owner For #heir use !rr COr'rStructlon. operatlorE o,rppl n�4lntenprec4. Exhaust duct collar to �e �' hlg� �Ith 1' ranges. Duct sines, �FM and statkc pfiessur�r requlrer�errts Shall �e os sf,onrr arc the alrawings, I-loo# sklall Ioe I:TL arltatkan listed, 8 o� �0O �� ■� 4 n �w�rl�; ��20�� orv�.� �� ° � �r� - s� �c��: ��F = 1 �—f�" 11'ER �RAIHII�irG 3 -_- _ �a%'. v�� DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 IrrTa� cYc`r1�u rr<fF"n�us�rnnr — _fnta�►��AQ�n� FIRE SYSTEM NO TAG TYPE SI3E FLOW P❑INTS INSTALLRTIUV SYSTEM LOCATION ON HOOD 1 CORE PROTECTION 0 0 FIRE CAB]NET RIGHT RIGHT, HOOD 2 nAo nArrrz*!o5 FIRE SYSTEM TAG TYPE SIZE SUPPLIED SY NO 1 SC ELECTRICAL 2.040 CAPTIVEAIRE SYSTEMS Fi'fAS' C'YCTF'i! AA i}?'C T TL'T YF'Y FIRE STY BY ❑TY BY SYSTEM TAG KET NUMBER -PART DESCRIPTION FACTORY DIST NO 34 - 3+ - A0a19B52 24VDC GR ]261/AC SINGLE ACTION MANUAL ACTUATION DEVICE CPUSHfPULL STATION) WITH PROTECTIVE COVER, ONE CI) NORMALLY OPEN CONTACT. 1 a 26 - 26 - OSA-3t8 QUIK SEAL - 3tB• CUL). 9 0 16 - 16 - 3a74-3/8H-14-SS NOi2LE -CORE PROTECTION APPLIANCE COVERAGE NOZZLE CONCLUDES 9 a METAL BL[1W []FF CAP, LANYARD, AND CHROME -PLATED PIPE). a - p - SLPCON-30FT SUPERVISED LOOP CONNECTION K]T. CONTAINS THE PARTS NEEDED TO CONNECT THE SUPERVISED LOOP BETVEEN HI10DS WITH UPTD 29' GAP. KIT CONTATNS 32 FEET 1 D OF $LACK MG WIRE, 32 FEET CF TAN NG WIRE, 3d FEET OF FLEXIBLE CONBUIT, pun TWo 7i8• CONNECTORS, a - 0 - SLPCON-03FT SUPERVISED LOOP GONNECTIQN K]T. CONTAINS THE PARTS NEEDED TD 1 CONNECT THE SUPERVISED LOOP BETIIr'EEN END TC END HCIODS WITH LESS THAN A B' GAP. KIT ! a CONTAINS 5 FEET OF BLACK MG IJIRE, 5 FEET OF TAN MG 1JIRE. 3 FEET OF FLEXIBLE CONDUIT, AND TWO itB• CONNECTORS, 4 - p - A40Z9478 JUNGTIUN HO)[ FOR GORE PROTECTION MANUAL PULL STATION, ],5' DEEP 1 4 BACK BO?C, Hs_UE, a - 0 - 59361-Lt2 2X4 EXTENSION RING. 4 a a - 0 - 12-H28a21-4a3-OT-604 DUCT FIRE THERMOSTAT. NCI, CLOSE ON TEMP RISE AT 600•F, 2 O O - [] - lZ-F28021-005360 DUCT FIRE THERMOSTAT. NCI, CLOSE ON TEMP R1SE AT 364'F. 2 a a - 0 - 10p-HW 2iC4 BLANK PLATE FOR J-BOX. 4 d CORE APPLIAIIL'E P1P1NG �+ATER FLOW Y PIPE MINIMUM FLGW PIiESSEMiE DROP jIAMETER RATE (GPM} {P51] FIELD PIPIf1G [IETWEEN ALL 1,5 34,9 4,44 HOOb C�QlIPS HOOA INTEl�NpL PIPING 0.73 16,3 30 SELF CI�wl1+6 >1ATER FLObf SUMMAltr PIPE DIAMETER MINIMUM FLOW RATE {GPM} PRESSlAZE DROP CPS1) F1ELia PIPING BEiVEEI# ALL HOOb GROUPS 1,5444 16,3 D HOOD INTi>RHAL P1P1NG D,75 1[3,3 3D BACKFLOW PIxEVEMTER 1 it2• 16,3 IS TOTAL SYSTEM INLET REQUIREMENT$ �I+ATER HEATER INS7ANtANEOUS DEMAND CMBH) MINIMUM FLOW RATE {GPM} NINQNUM SSURE CPSI) tQtAL CORE INLEt RflOuaREMENTS 3#,9 34,40 700 TOTAL SELF-CL{=#�F1OIG DNLE7 REQUIREMENTS 16,3 45 E OPERATING PRESSURE RANGE #�T CURE PANEL GAUGE IS 3D,DD TO 74 PSI, 111w?€IMJM STATIC PRESSURE IS 125 RSI- E [PERA7ING PRESSURE RANGE AT Self CLeaning PANEL GAUGE [S �5 TO 70 PSI. 11L11xIMJM STATIC PRESSURE IS L25 PSI- S HOT +�#TER TEMPERATURE RAfIGE FOR SELF CLEANING 140-17D"F, r,oa,Sr LxICT r�aL.E s =I FROFI VERTICAL T[] POINT SLIGFITI TC71feRaS ILIICN lx RISE {uHAUSr RISERz HwrvGLNG pHGLE 8G' LAPrIrnTE SAC F]Lr{R ti+LT-HI HL]Df 1' L.fLYEk OF LNSLI.ATL[]N FAGTQ?'1 AIST,SLLED IN 3" jWTERNAJt Srtu�[]FF 4EET5 0 IF�H REOUIREIIE w'LS FLIA CLEARA[�E TD OL1�USrLRE SI.IRF,aCfS IT [S THE RESPG�S]H]L]TY [IF THE ARCN[TECT�OVNER TC E41SURE TL�IT THE +C17D LtiErIR+xICE FROM uTrQTED-L"[�TBUST[RLE a'INb CONb..ISi1BLE Ka'ITI=R!►�L9 1S IN CYINPL[Iv,ICE 5A]TH L[ICFL tOLE REOu[AfIENTS i,9" LP,& FLNAL DRAirl DRO° LOCATILMI ALL FFLESSIWY FlTTDYiS (IRON TFE VENTILATOR TO iFE JlLITL>IING �fFSTE LINE{Sl, IL Ftr1d1 SINI[S, xnt GAPS, Lw []TIER oEYI[LS AEOILQitEL aY T1E LOVE aniEs" ar OTHERS; EwGbLER [S RESP[?7S]BLE FO11 I�IRI LINE CR151N L*E HUST BE [�ISTALLED � LOCII� BE SLCPE9 a[wpw.,M fI 1nCFl P[R f[1f5T}, AYOId ANY TMINECfSSrAkr 9G DEGREE TLi2NS, IF CikIBiNEG VITH QTHER DR#[H LT1ES, T+En PIPE 512E SHOUL6 BE LwCREnSEL ACCORdIN[EY, P-NGPS SI{MJLb MOT 1£ USED ]N TI-E GREnSE GRn]N L[fE IrNd HEFT rAPE hIJST T!E USED YHEAf DRACN L]ME ]S �.Ti ]N ETflIP�MIENTS THAT LIC]ULL SYJL]D]FY r�REtiSE � r , / � f I _ #trw J� �i�}}!J I}J ��r1 �,y�"�VylJ lJr-Al,4r-,�},�"ll�r��}.r�y i �#:JY U11¢ J�#�f DAfS i3OL��`fJfL+N REC£38EG ALLANSON N11.Mad LEH FIXTURE A[TD I ouTPur, y FI,CTORY PNSTALEf.6 O IwCN 49rwNCE TO COM6LIST19LE ITACN]MG PL15T£& uPPLr RISf!! vITH rOL4RIE pluMPfR 23�5K OPEN STAINLESS STEEL F'ERF[IIdATEG PANEL la• LF� dr/,In I11ddF ypTN LT�S, � r � � � r 1� — — — — — p — — — — — — +,� — — — � � ,3' YATEli La1F�CT[OM — --- T tea'---� --- — 7A0" I LL •' is4A0` me I I �- p4app• +I+• rL+' � puc Pl�rllrl Cow CI+ _ >fEDJCATEb h�ATER LIE IF,S, Cal O�ECTI9K I I-P,S, Calf£CT LPS, CDNHECTIGN, � FER CORE FIRE SYSTEM 3U,D0-70 PSi CPER1471NG fRESSLdiE ]F5 PSi MA}C[MUM STATIC PRESSURE 34,3 GPN MININLA� K FACT[]R 7,9. L ��LPS�gI�lE:7ZPF�3fJ.J,PS�C�CibIEi� J L — — , � — — — — — — — — — — — — — — � — — — — — � , — J KIT �-irs f,P,s. coor�E:tiLyN. Fb� ##J 2 Clia.�l - RICh#} Jd6 Ik 4584502 � FbDELI NIM-E�Sf� 31FEI 60•x3+0' LENGTHI 16' U' jLPCph]-34FT kIT FCICIp IF 1 {Maln - LrF#7 �]$ M A5E1950P }Uj1EL� Nk-E!-PSP-F SI2E� 79•x3U• L�NGTH� 7" 3" Li1nT1 CDfTLIT wIM[HW �� GEEAatAIwCE ]8• DIA- 1�• DI+�. fIW++E HCIOTI. RI01-IpIIE HC�D itIJCT HOCID DLLCT F[]R MAuwrEwaNCE. I�aTT+TPI530*C�1325 DUCT NU2ZLE� 1!#TT+Tp1531P+CPL325 ]MdCI N�iLE, 1; 21, " t 2i " tL 12A0• 3ySLk" 31.5[!• lg, ' 18A[]F 33.6u• �+,�II" 34T4-3tgH-SS1D 3+p7lw3tHH-SS10 3070-3/61�SS10 3P74-J#HH-SS]0 9p74-3/8l1-SSl4 3V7V-3�H-SSIU AbJ.16T d.ICT �22LE 5" -[ FROX VERTICAL T[5 PO[Nr SL]GHh TOVfIR11S F,4CK � R]SE {xHaUSr RISEa� HwT{GLMG AT{GLE� 20' CAPr�TE S0.[] FILrfR Y[T}+ HOCK. 1" LArEI# OF LNSULArLOu FACTUi'I Tf�TALLED LN 3' 11FLEFSwI STAT{p[IPF, wEErS p THCH ITEOLIIREwERrS FOR LLEPFAIICE TO ISr[i1.E SIJZFAC{S, Ir IS TLE aEB�[rmla]uTr fx TLC AR6WTE[TfOti1NEI2 TO ENSl1RE TNwT Thy 1� LtiEasRerwtE FIION LLttTEd-tffIEUSTl[�LE +sNo coweluanl3LE Ir+sr�laL�ls IS [N [OFIPL[slwtE SAITH LOCIIIL CO[E REOu[AfrENTS, LS• LP,S, FIFYIL [/LI1D1 IIP1[1a LOCAT]ON ALL IECESSARY FITTINGS FROM TIE VENT[LATCIR T[I THE HLIILLING VASTE LII�{S�, I£. FLi�R Sdi4S, ATk GIPS, OR OTFER [EYI[�S RE0.AD9ED 8Y T}E GO'L+Efrttg7G CAGES, 8Y CITHEILS� EHGIIhEER [S RESR7iS19L� FOR GI4AIIN L[Fi LES[L�I 1tEYL>tlT) TPE HO[1Q LRr',[M LIh� MUST HE LTaST15LE.EL PER L[1CAL C>aGES, [1h5d1 L[F� T7.AST 9E SLOPED {rllryln.lM K ]ntH PER FO9r}, AVYS[O ANY uw1E[rCSSARr 4G LECa4EE TURNS. [F COMdIwEa v[Tn OTtEJR LRstiW LINES, TIEt� SIP£ 512E SHOI.LL >!E 1nCREaSEL �SCCORO[NCtY'. P-TIbIPS STK1LILb IbT DE uSEL IN ThIE F]9€�hSE LR�[n LIPL SIG H£T5T r�SPE hIUST BE vSEL SAHEJIE TIRaM L]ME [S RUN [N Env[R+CrfIENTS THAT 11Ci1L0 SOLILIFIe Fd4ErISE, I RLTI.rvD LED PLxiy�E RAID rrr+rcHING PLATES. LMSPLr R]tEQ ulili IOLL.HE MI�PER E'x5X [FEN STAINLESS STEEL f'ERF[]RATEa PAHEI. � yy `' i+V l+Jr-��3yi�5J�f/JfJ l,j}�'S il3iyyA/y. yy�I /� �> �J.+b r'r �� f-'IS.A f �,�IG �iJ 4itl f �RJ1Y JOB #: 4589502• JUH NAME; CHARCOAL ART STUDI❑ iESTAURANT - 2020 R1. SYSTEM SIZEI CORE TOTAL FP RERUIRED� �. HUUD # 1 7` 3.00' LONG x 78` WIDE x 30' HIGH. RISER # 1 SIZE: 0• x 0', oAs vRLve Pon PsP- HDOD # 2 16' D.00" LONG x 60" WIDE x 30" HIGH. RISER # 1 SIZEI 0' x D'. RISER # Z SIZE= 0' x 0'. 1#` DIA- H[>aD jl1JCT I�aTT+TPI530+Cp1325 DUCT NUZZLE 33Lfi[N 3p7p-3tBw-SS1D 3434- 3/$FH$$10 a�,�o" ❑i{ NOiAE FEIGHT 30-55• FRD1 C'ODKIMG SURFACE. WATER LINE FDR SELF GLEAMING SYSTEM 30-70 PS[ AERATING PR7SSLLRE ies PSI wlnxlMLlr� srAr�c PRESSURE 1�0 - 170 DEG F 15,3 GPM 41Qf![FIIJM K FACTd7 ifs .�[>aLs" ti,fATER CWIECTIUl. TIF+ozralun TrCpgcArEU ulrrER LTwE FLR SiLF QErf711� LUST IE MIN #7 PS] [TPERIwTdiG PRESSLRE AT THE >fAG9PL05r PkEVEHTER i�fi T8 L14'ERd51E TIE PRESSLPIE LC65 nllE To FIf:LL PlPplfw PULL STAT]OH MOUNTED IM fATH 11F EGRESS TOwARd KITCHEI# NaTE� - :IELb PIPE DROPS AS SHO�+N ELBOWS, TEES, A�#b NOZZLES SUPISLIEb EY t+a5, - RELOCATE NOZZLES IF FLBVIf PA1-tERN IS BLOCKED HY SHELVING, SALAMANDERS, ETC. - FACTORY PIPINIG E%TENDS A MA?€[MUM ❑F 6' ADOVE THE TOP ❑F THE HmH, - APPLIANCE DIMENSTONS LISTE6 REPRESENT T1-� COOKING SLIRfACE S1IE. Nor THE o+RALL A�tI+N+IGE SIZE- - THIS FIRE SY5TEr1 COMPLIES 'rTITFi u,L, 3Dp REDUIREMENTS- - MINIA"1UM 24• CLEARANCE AHQVE 1i00D, REQIARED FOR MAINTENANCE, - OOR£ t SELF OLE;ANING CUNITEU STATES? - US LATENT 7963PB2 B2. COKE: t SELF CLEANING CEUROPE) - EP PATENT 2274a69 +A4 CORE SUPER�I151OM - US PATENT 637663�1 BI- CORE ELECTRICAL - US PATENT 961D6D1 82- JOH �I +5695D2, JOH NIkMEI CHARCOAL #5RT STUDIO RESTAURANT - 2D24 Ri, SYSTEM SIZEI CORE HoaD rk i �• 3,a0' LONG x 79' '�[DE x 3G' Fgp�L R[�ER � i SIZEI 11#' DIA, HOOD � 1 METAL BLOW -OFF CAPS ]NCLUDEA HoaD � 2 16' D,pU' LONG x 6p• VLDE x 3D• N1GFL RISER # 1 SIZEI ]#' DIA. RISER # P SIZEI 1#�' DIA, HOOD # 2 METAL BLi]W-OFF CAPS LNCLUDED, - SAID -FUEL APPLIANCES CE]iTRA liEA1/Y-DUTY i2ATEP 70U'F) REdUIRE AN ADDITIONAL FIRESTIai AT END OF T+lE E]IMAUIST DUCT NEAR E]oMAUST FAN iF THE DUCT IS 11QIRE THAN 10 FT LONG OR CONTAINS ANY I�RIZONTAL SECTIONS, - S0.[D-FUEL APPL[C?ITIONS VHEIiE THE DUCTVORiC E%CEED6 5D FT IN LENGTH WILL REQlIO2E A THIRI] FBiESTAT, MOLRdTY=D IN A SERSfICEAHLE LOCATmN, IDEALLY AT THE END OF A HORIZONTAL RUN ❑R TR#�NSITION, CONSULT ENGINEERRIG ON DUCT Lp1GTHS OVER LDD FT, - HEAVY-DUTY APPLIINCES (RATED 6DD'F} W1tL l�EQUIRE AN ADDITIONAL DO'1MST{�EAM FIRESTAr IN THE EVENT THAT rME buCT�+ORK CONTAINS ANT HORItONTAL RUNS OVER 25 FT IN LENGTH, - MEORIM T❑ LIGHT -DUTY APPLIANCES CRATED #54•F) WILL NOT REDUIRE ANY rx!)DITIONAL DO'JHSTREAM DETECTION. H��# M 2 7iittFiQ-sir I� F� I r� r r+rPLr-]0«rp 1,72J IaJAIlGS rrnc � lame � 19' t 1lE' 3NLSG �L�r�Lx �� n �� I V �T�n x rlxrvrl-a-ss r�t¢tlol HG2a.[ n,uu .� ALL ,,.�wa iWIL[rJPr �9Ri4FA� �� N I S rfTT ISCII#TRzc vIEWs FOR GRAPMIC+4L REPRESENTATION of irP1CAL NOZZLE PLACEMENTS AND T'l'P'E, QUANTITIES OF N032LE5 WILL VARY. GAS VALVES ANO STRAINERS GAS VALVE SIZING GAS YALYE OIIICNSIONS INSTALLATION PART NUM9ER5 TYPE SITE VOLTAGE AIIN. INLET PRE59URE MA%. IIM.EI PRE59URE FLOW RT 1 IR,W,C. URpP NATURAL CAS FLOW AT 1 IH. W.C. ORCP PRpPAHE dY 'A" dM 'B' DIM "C Olu "p' G111 '� DIY "G^ IACUNTING pRIEHYAT10N 6A5 YAL4E PART HI,Y9ER STRAINER PAR? NUu6ER GA5 VAL4E TRAIMEft Ifli ELEGTPoCAL 2' 12P YAC ❑ P9 (O IM,W,G) S P9 (1361H,W,C.} 29{0.3GG BTu/h7R 1,9QS,OiB BTU/HR 7-5/L" B-S/B' T-lji' 7-15-16' 15-5/E' 15-15t16' HORIZONTALf LERnCRL b21{299 �i1 T466 {SC�GYA2 Dl�l "n" DIM °c" ALL GAS VALVES/STRAINERS CALCULAl10N^ PROPER CLEARANCE MUST 9E PRONOECI IN CROER Tp SEANCE THE TO CALCULATE GAS FLOW FINi OTHER THAN 1 IN.W.C, PRESSURE DROP STRAINERS A >,IIHaIuw CF �' CLEARAIILE INSTANCE 11u5T BE HEW RTU/FIR - [87U/HR kT 1 IN. W.C. PRESSURE DROP) %NEW PRESSURE CROP°s PRONGED Ai THE BASE Of THE STRAINER WSTDI,IER MUST VERIFY TO CALCULATE GAS FLOW fGR OTHER THAN G.di SPECIFIC CHANTY 9iu CONSu1,IPT10N A5 NfLL AS PRESSURE RAITNG SPEdFIC GRAHTY HEW BTU/FIR - [BRl/HR AT O.di] X [A64 /NEW SPECIFIC CNtANTY]0.3. OF NATURAL CAS - 0.84, SAECIFlC CHANTY OP LP - 1.52. fRIC GA5 VALVE. �FL4W. �Dlh�l "c'- �Y� � G �i � Lti } �� n ��p� �� ., �� J �'�1 �_ � fil ��".� T, r y 71 a � � { tiJ �F �.I"I � }■ �� +d � � � �� L �e � I� DIAL "p" STRAINERI �'k'�� f_�f' �� JJ �1�3G'�RJL��1'f'��1� — .ffl��d��.��3 IIk�7+�L7�4R�w} DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 F'� 4JN L T TAIL � i � F 14N UN! T h]C)IMEL # FIANUFAC T URER �:� � ESP RPM M❑TUR HP TIHP � �GL T E LA aI�CH�RGE �+E IGHT SINES �� ENCL 1f EL❑CITY LL BSA 1 EF - LEST CASREI�DD DU2017HF�1 CAPTI vEAIRE 2791 1,75� ] 46 3 pP,PREMIUM 3.00Q 1,7�OQ � 20R $, � ib 19 FPN �l7 23 25 �.I 2 F - �IGFiT 1 C14PT] 1f EAIRE CI�TI 1�E+4IRE � D170 GQG 2.5❑0 4,II 2276 ] 47� DPrPREHIIJM TE+�O—f CM 5.1D❑0 D,2�G 2.359❑ 4,141L� 3 ] 2❑8 1] � 25,❑ 2,� 973 FPM �2G EPN 2Lta �� ;� III SH I DU12H�A �� '�� o�t �� — �� FIB UI+IRT T�,G GT�r FIAN UNIT �1GaEL � �LG�+ER HIUSiNG MIN DESIC,N ESP RPM M❑TQR HP PHP � �fGLT FL14 MC14 MOCP HEIGHT SINES ND CFM EFN ENCIL �LBSI � r� uA � A �-�,s�o-�� -�t� ��-n,�ar� ��oo ��o o,so� �� >��,P�E�+ruM s,�oo �.�� a �o� �s,o is,e� �� e� ��, �.� � �'�� '� sue �r�'— rr� .� r� rru��_� f AIJ IN�U 7 DutPU # F�EQUIRED INPUT GAS DURh1ER LINI T TAG A i Us ETU TEMP F"� F PRESSURE G�4 TYPE FE IC LENCY�f ND � MUA 39 � �93 �6P'93 � 55'F 7 ] N. Id.C. - ] � IN. 1,�_C, NATLJR14L 92 Gas heated MUA unit —discharge air sensor set for 62 Degrees —Burners to modulate to maintain set discharge air temp.(set no more than 10 degrees difference of space heating setpoint) JiT ND TAf OTY DESCRIPTIGF� 1 EF -LEFT 1 UTILITY' SET CiR£�4SE CUP, 1 FAN B145E CERAMIC SEAL - IhISTALLED AT PLANT - F❑R GREASE DClCT, i RE1�DD — H]GH TEh�ERATLIRE HERT � SMOKE CIP�'IUN. i REIN � RAID CAP A,SENBL�' � INCLUDES HARD�+ARE AMD C,ASKET� 2 EF - I�LC�IT 1 GI�ASE IiAIi. 1, FAN D,4SE CERAMIC SEAL - INSTALLED AT PLANT u FqR GRE�ISE DLkCT�, 1 SCR-12 HII� SCREEN, 3 DISH 1 ] i�-HDD DAMPER. i ECH �IRIMG P�MCI��hGE - EI€HAUST - MA1�lUAL EI#2 D-1gVI]C REFERENCE SPEED C❑NTR'UL -MSC- �TELC4?, GG� F�dTRTIU�I, � MUA 1 AC INTERLOCK REL+4Y - 2��JAC CDIL. � MaTor�t��n BACKDR�4�T �AHPER FOF� A3-D HouSIN�s, 1 LC]W FIDE START, 1 xHLET PRE,�SkJRE G#�LIGE, U-�5', 1 MAN]FULD PRESSURE GAUGE, -5 Tfl 1�` VG. 1 E7CTRA SET ❑� I�€LT'S. �EP�ilu4TE �2o�r rrr�s �Ac�c�GE= cr�E�ur�z� ,ar�n urn INLY FOt� DO�I oR Pl�EY[RE �+ITH F'AN l�l[T Np TAG E}LHALIST SLIPPL'f GREASE CUFF GRA1JiiY DAliPER +ALL NIUNT SIDE i?LSEH�4R�E FiF��4�1TY DANCER MOiDRiZED DANDER WALL N❑UNT 1 EF - DEFT YES � EF � RLGHT YES 3 DISH 1'E$ 4 NkJA YES t,� F�i4N TAC �1EIGHT ITEM SIZE L a 1 EF � LEFT 3D LDS CURB 2�,�00`1�' !{ �6.500{L }f 2�,OD0'Fi �lENTEI}, 2 # 2 EF -RIGHT �1 LBS CURB C�,500'1�! X �6.500'L }i CO.��D`I� 1fE�ITED HINGED, 3 � � DISH P2 LDS CURB x7,500'1�+ 17,5�0'L ?� PO.00U`H . � � � �u# e� Lai cuRi� ��,ovvw x a�.�vv�. �c �o.00Q•H INS�JL+�TEIa. Edmonds Graphite 202 Main St SIZE FSCM NO DWG NO �0 iJ4 REV YN CAP aPTyar�, � � rr ar air a � � � � �� '� � i � i i i i �i i 33 5D ]18 i i i i i i i i i i i i i i i � i � i� i FE�ru�s; - REDF M❑UNTED FPrNS. - RESTAEIR�gF1T MQAEL. - UL�6� 14MD IJLC-Sb�S, 14 3I8 - HYGH HE14T pPERATI[]� i�iRECT IaRI�fE �O�R'F �I��?, - �+E�r SLI�IGE#�. — GREASE CLAIFICATCC�+1 TESTYi+1G� - Y'IL'f �1UT VHEEL. - L[3CEQlVG P]N FGR POW PACf� - M❑TER WE14THER C�IIER. - INTEI2L<1CICED pISCt1NNECT S�iTCH. — AMEM�4 �I� SAFETI� DIrC[�INECT SWI7CFL t,IL]RMAL 7E�IRERATIJRE.. TEST. DIRECT DRr1�E EICH14UST F"AN MUST <1PER�4TE CEJNTIHUaLISLY WH�i_E EHAUSTIr�G AIR AT �OQ'E �1��'C) Uh1TIL ALL FAN PARTS HAVE IREACHED TH�kMAL �a�IrLrBI��, AN]� 1�[THCII�T 14NY IIETERIGR�4TIC�IG EI:FEI;TS Tlx THE FWd 1dkICH WdULD C�4lJSE UhlSAFE UPEF,TI❑N. � 30 7/8 ABN[]Rh1AL FLARE—uP TEST BEET � DI>�EET DRIVE SPRING PIN. �3 3I# EHAUT FAF� MUST €]PEEt�kTE �dNTIHLEllJSLY � f1�{' WHSLE EHAUSTIh1G I#uRl*IING GREASE 11�►POI�S AT 61I0'F C316'C! FORA PERI❑D CIf �� rrr,luTE� �€ITF�Ur THE FAN BECOM[NC naI•tI�I;EI1 Ta �lv� €TENr THAT c[x�Ln usr: P' IlRlkIN, AN IJf+IS14FE C❑NDITIa+I. �. r� k�e �� LfT[L7T'r' '�T i�EA� CLP, CIUCTI�[]RiC HET�+EEf� F++r� �� r��e i� - II�ii11LL.E� �T EXHAUST RISER Gl�i HG❑D T - �R �iJwR€ pUiGT'�� 1�19�D - HnfiH TIATE HEST IV AND FAN (B1' OTHERS7. SI4�SE �TIDFI - 572•� t�NT]I,�L1S. �6 REs� — RAYM CAP F��Y - fLiDES L� ��i VENTED I=1JRB. �� I.ifi�lliE: �TEEL ;pNSTRUGTItaI� RD❑F ❑PEN�+iG � � �g DIMEI�IIONS, 26 PjTC4�lE� CLUB AE�E �l7JLnAE I�` FOR PirCHE>1 �❑aFS. SPEC]FY PIT�Ha ��• E?�AMPLE� 7112 PITCH - SLOPE, DATE: 1 p3E]�Q � D4Y1,�,�: �58�5�� RAIIYN R T A - � 5 I� 1': G~�ALE: A+1115TER a RAVy ING #iEET �JO_ IDRAWN Edmonds, WA 98020 Kevin • ISSUED 08-07-2020 SCALE 1/8" = 1'-0" Hood Exhaust Fan Details Rev.1 SHEET 10 OF 16 RE1�I$ION DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 3� 7lB 33 3 {9 �� «� ��a� n�a1�, ,� 1B + — — — Du�rwo��c f3ETWEE�1 E�fHAk1T RISER ON HOOD �4N77 FAN �BY OTHEI��). - }3IRECT DR[I�E WNSTRUCT�H {h10 8E1T�lPE�LEYS?, - RmE I+I01l�ITED FANS. - I�$TALAiANT NOEL. UL7D5 AhkD 11L76R ANI1 I,I�C-S6#5 - �ARIA84� SPEED CIIFITR�. - I;tiITERh1+rL h�IR]hiG. - TI-EF�1AL ��IEF2Lfl�4Y9 PRQT�CT=al CSII+IGLE PH4S�}, HIC�1'I NE,4T I�ER+1TIi1N �[r0'F' {i#9'GI. - URE,ASE Cla4S5IFI�I4TIR+l TE'STF'�Cw - wEHa �� ae�ETx olscorar�Ec�r �VITGFi Nl74MAL TEIyRE32ATlRE TEST E)Q-IAiJ�T FtY+k hIUST �ER#�TE CahR[I+�}aJSLY '�3-IaL� Ei�-I�STThI❑ AIi2 +4T �40■F �149`❑3 Uhfi[L TILL FAN PAi2TS FWVE REACFEII TFERIf1L EGI.IiLiBRlUly, IkHD WITHGUT LWY DEiEl�II]�ATIIVG EFFECTS TCI 3"FtE F`AH WHTCH ua�n �nlase uwsa� a��arml� �Tih�d�wML fLIhRE--i1P TEST E1�HA'�S'I FI1F1 F�JS7 OPEIIE Ca1rD1U17US11� E E1RH�IUSrII� HUR111HG C�EA,$E �P?�i5 AT {�DO'F L316'C� FUR �► PQiII1D OF 15 FIif�AJTES tiff7H0UT THE FItN HEC�+I11�G DI�N�ED TD IwH'f EiCTENT THAT CE1JL.1� CAUSE AM SAFE CfTp�i Irr.IG.I.iI� L �� F1yM &ISE CERAMIC SEPL - i1�ISTALLEG IhT PLANT - FER I�EA51= ]UCTS, - alRFcr CTf11.iCfI�1 Oslo �LTSJPULLf�fS�. - Rlt71F MEi� FAH$. - IJ��OS, - �+ARtABLE �PEf� CWTR� - 1l11TERMAL Y�i1�M`a. - TF�RNPL UVERI.flAa P9i�TECTI�1 �ZF�iLE PI'IPiSEI. - ME!#A 3R SAFETY IIfSCOiHNE1❑r SWLTCH� �� 1� I 'l�'-8t1I� �ll11f'E!� EIS uiRIMG PAPA❑E - Exw4UST - wlwu�y,. n� �>idvl �� s� C�+171i1Y �51C- tTELC�, CtiG�f ii�rl�TIa#. r 1fEiYTED CIJFtB. �?��]� ;TEFL ;OM�TRUCTIDf�, RUDF OPENIfi�C `� � � �� orr�ENroNs, �� PITIED E4JRHS ai:� �#IL+��.E �: FAR PITCHED ROOD. �� SPECIFY PITCHY f�' �A��L�� 7�i� PITH = • SLOPE. CURS. ��EL S TE EI` CCNSTRUCT3�. � � _ , _r.,�[aE. � � ROOF OPE�+I�NG � L�+ DIMEi+��I�l�. 13' � PITCHED Ck�SS ARE A1IA]LAHLE �� r�� F'IT�CHED �aF. o• SPECIFY PIT�H� ��' E3(AMPLEI 7l1P PITCH = �0' SCOPE. �A�iDRAFT I�AMPEI If�lT�4LL�T��f�1 AIR FLfl�I caaa� o��r�tr��. "'""`�'�FT DAMPER. FaN �� +r3—A.340—G18 — FiEAtER €MI,J�4] 1_ DIREti GAS FIREd FEATfd HAI€E UP AIR UNIT WITH 18' I#Ld4fER ANCI 12' 9URNER. 2, INTAKE HOOd WITH EZ fd_TERS 3- DOVI# DISC11dRGE -AIR FLDW RIGHT -} LEFT- - CCCIINq Ir+iERLdC� RELAY. 2�vaG CC11L, 120W C(�iaCT$_ LCCxS CUT guRMER CIRCUIT WF�N AC I$ Er�RGIZEQ 5. M❑Td2I2ED BACK dRAFT dAMPEit 34• k 30' F�2 SII� 3 STANDARD E MODULAR HEATER UNITS 1'lE1CTENDEd SHAFT, STANBHRD GALVANIZED CONSTRUCTI❑N. 3J#' REAR FLANGE. L❑W LEAICA�. NFBUP-S �7CTUATa2 INCLUDED. d- LCs1 PSRE START. ALLOWS THE BURNER CIRCUIT TO ENERGIZE �N TF�E MODUL#TIOr+ C0NT1ia IS Iw A LO'.+ FfRE Rd$Ii14N� J. GAS PRESSURE GAUGE, �-3�', �T�' DIAIETER, I/4' TFy2EhD SILE, 8. GAS PRESSURE GAUGE, -� TO +� INCFES WC„ 2,5' DIAMETER, 1/#' THREAD SIZE, 9- E][Ta+k SET OF V-BELTS ❑NLY Tp 8+E DRDET2ED AS BAN DP'TIDN di TIME FAN IS ORDERED. 10. $EP+�RATE 124VaC VIRIwG Pd[MA�E FIDt MAi€E-UP AIR UNITS. pPTICN rNST � $ELEGTEp hJF�N F�RJTIN[F VFp Iw PR�ti11RE PANEL ilR WITH DCV PACKAGE, PRUVIDES SEPAROrTE U?UVAC INPUT 70 SUPPLY FAFA THIS 1�dV SIGNAL MUST BE RUN BY ELECTRICIAN FR❑M DCV T❑ NUA Su1TCH, ■NOTES SUPPLY DUCT MJST � INSiALLEd TD MEET SNACNA SiANDAitdS, A MINIMLM STRAIf�FFT puCT LEHPiTH }R15T $E HAINTACNED dUWNSTREAM � UNIi DISC#43F2GE AS ❑UT�INED da AMCA PUBLICATION �01, '■'HEN US1NG RECTANGULAR dUCTW11FtK, ELBOWS MIST BE RADIUS THiROAT, R+kDIUS BACIS VITH TURNING VANES- FLE%ISLE DUCTWORK AND SQUARE TFiRWTlSLxMRE B+MCIS ELBOWS S11I]ULD FAT $E USEp. ANY TRAN$jTION ANpJpR TURNS ]fa THE puCTwCRK W]LL CAU$E $Y$iEN EFFECT. SYSTEM EFFECT WILL BRASTICALLY INCREASE STATIC PRESSURE AND REDUCE ATRFLOW, DO NOT RELY OH UNIT i0 SUPPORT dUCT IF1 ANY L'AY, FAILURE ip PR�ERLY SIZE DUCTWORK MAY CADS{ SYSTEM EFFECTS A,HD REDUCE PERFORMdHCE � THE EQUIPIENT, SUGGESiEU SiRAtGHT [IUCT SCZE ]S ��' x 2-0'. CURB ouTER 5 DISCHARGE OP'Eb ��c LIFTING LUG. 5 SN 20' EpIfIPF�N7 CURS �35'� RdCF OPENING 2' SMALLER THAN WRB DI�NSIdN. 6 II2' zo• 14 3/4' V[R1NG. Gas heated MUA unit -discharge air sensor set for 62 Degrees -Burners to modulate to maintain set discharge airtemp.(set no more than 10 degrees difference of space heating setpoint) SUPPLY S1DE HE#TER daF❑RMATION� SdIHTER iENPE�TURE 20'F- 7EMP- RI$E �S'F. BTUs CALICULATED OFF STAHdARD AIR DENSITY, OUTPUT BTUs Ai ALTITUDE � 0,4 FT. = 36897#- IFapUT BTU* Ai ALTIiULE � D.D FT. r �00950. 139 rye- 43 LB` 42 1/8' SERVICE DIRECT FIRED MODULE. DISCONNECT SWITCH. AIRFLOW. 39 9/16- 43 3/B' BLOWER/MOTOR 1' MPT. I ACCESS DOOR 24' SERVICE o 0 CLEARANCE REO. o F 9 vz• o 14 3 ISI1C7 r ure L---J �---� NiK e�- DIRECT FIRED cDF) PR❑FILE PLATE ASSEMBLY i B4• -� AIRS DIRECLFIREIl PR❑FILE PLATE SPECIFICP�TI❑IVS� DESCRIPTI❑N� DIRECT FIRED BURNERS SHALL HAVE PATENTED CUS PATENT N❑.: US6629523B2?, SELF-ADJUSTING PR❑FILE PLATES DESIGNED T❑ ENSURE PR❑PER AIR VEL❑CITY AND PRESSURE DR❑P ACR❑SS THE BURNER, PR❑FILE PLATES SHALL ALL❑W BURNERS T❑ ACHIEVE CLEAN C❑M33USTI❑M BY LIMITING BY-PR❑DUCT LEVELS TO A MAXIMUM ❑F 5PPM OF CARB❑N M❑N❑}{IDE CC❑}, AND D.5PPM ❑F NITR❑GEM DI❑RIDE CN❑2T;IIRECT FIRED UNITS SHALL BE C❑NFIGURED WITH THE BL❑WER M❑UNTED D❑WNSTREAM ❑F THE BURNER. THIS ARRANGEMENT WILL ENSURE A CONSISTENT AIRFL❑W, REGARDLESS ❑F INLET AIR TEMPERATURE. APPLICAII❑N� SPRING-L❑ADED BURNER PR❑FILE PLATES ARE ENGINEERED T❑ AUT❑MATICALLY REACT T❑ TIE M❑HENTUM ❑F A FRESH AIR STREAM, WITHOUT THE N{_ED F❑R ANY M❑T❑R5 OR ACTUAT❑RS T❑ MECHANICALLY ADJUST THEM. WITH THIS FEATURE, ALL DF UNITS ARE DESIGNED F❑R DEMAND C❑NTR❑L VENTILATI❑N (DCV) REQUIREMENTS, CENT I�I��TI❑�S� ALL PROFILE PLATE ASSEMBLIES SHALL BE INCLUDED IN THE DF UNIT'S ETL LISTING AND C❑MPLY WITH C❑MDINED SAFETY STANpARDS ANSI Z83.4 pNp CSp 3.7 (N❑N-RECIRCULATING DF HEATERS} ANp ANSI Z$3.16 (RECIRCULATING DF HEATERS}. -PR❑FILE PLATES SHALL BE F❑RMED FR❑M G90 GALVANIZED STEEL. -PR❑FILE PLATES SHALL VARY IN 52ZE PER UNIT, -PR❑FILE PLATES SHALL BE M❑UNTED AL❑NG THE SAME PLANE AS THE DISCHARGE ❑F THE BURNER. -DESIGN SHALL Ih1C❑RP❑RATE PROPERLY T❑RQUED, PERMANENTLY M❑UNTED SPRING HINGES, -SPRING HINGES SHALL BE MADE FR❑M PLATED STEEL, o L] m U�� E lJ .� ''�}II � i 'I } S E} � � f _� ��q u �� u r u c ;� u W i {' �� fi DACE: � O3E]�0�� D4V �. �#: �� RAwr� I�T� — 85 �r: SCALE: i�11+4�TER [11�+�ING H EET i+l . } _.` \ ��i DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 �Y19tJi�lJ�tibli �jYLii� JOG 32Jd2251 - L�rPrcGR2 Mt St++db 1tPFt4ur'4nt dRnw]raG IUUM6ER RP32$.251,4 SHIP paT� Jl2J/20]8 NC]OEL +W-u-444-a44 Itz0 xJ 1 PH- 2�0 1I 1 PFt, 20$1•760lf�0[J V 3 PH- Pl■aar.+rc'r 1Neer.Mee ol�ee+L.wei' S■roch S�IEch J:�ttrJa [3as-#sex Gas -#sex Gal -Flex r:ondul# aondult �arYdult {�, �nlirl � OM wtill � {Irl Lwgt} Fac�xy FRG#�'y i4CtGrY ■k•kip ■Y#L� ■Jring � � ■ k why � ��r � a6 � Ikl Ir4 Ad NFO �FiFp Fp POWER f-Rpll DEO1C•tiTEQ IREf+NER Po■BP Cortr.ectlon .See above de#ails, L3 1N HEA?EF t[] h 714 hl [}CV H7 ]tJ l£#TE]R TT] d-il EMI [Cv V1RF Td� _ _ IICV �� EDIII MlX£ Ind! 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Mkl#blr n¢nknl ac#waShn passFila ��. a[tlratMy rtNs CCF1� Pa.rl bLft A PILay j,rp�rt �ItN �'ei �r0+` ¢r'+1 t.0 4114Ykp F� 4 r[!e# 4�#rr LU seoorLps- �1 ana From pt,2 #¢ pi�3 �* be NdTE� AlAlIx12 #arnFka4s oP CL7RE Panrl hlk,FnN{I 4+y JI8 IP tlyrf k M14 wplyapL ¢c4kat5on drukr and na wlo,ozrl #Ati—f�� not Et Vi-atl Into Itc atin k50kY,rt1 a[tM¢rtlsr5 Ivop ------- IiT45CRJ C557-� 1i�l plfi OWSTER ❑lL'': � � --- �� rIIY viE7 F ICI[ PIES �'NU3 —FLIT ETi6 � L[NC aWG =H EF�'TY R'J�5 IJFILES$ YFD. �vJ, qR pTHEIr GUpQ+Ewi CM SERIES srmELlEo TV15rEo PA[�T } w �-1� �IATEP T + M¢ctirr caa� �I� �VIfI 4� �°abtaa�o p4¢tl4n. 9L4we addra 1 # # • ■ O • • • [PEH GLP SYsB tc ��a Pc�Ptlon. AIL OtlYer �S yrb d[P SV L4 ¢°EH F]RE INdILATCIR FAI..LT CL7J0[T]CR� FLASH LACES 2 tdRE PLanun Yatwr Solar►�Id 3 LORE ARPLbk'Ce Wetew Sc4enolel 4 fiuxlll¢ry F¢�.t 5 HI¢ra�4n#r4Uer Fault 6 LdRE SwMfa€#4A! F 7 Suprrwlsrd Loop Lr04+,d F4yl,t 4 Surfoetant Ltr,r 18 6¢t:tirry Vd#¢pe La 11 AL POrPr FaILUre �� I?cx rae�xr S.Itch 13 Tv>F't r.s�v 1� CARE Lnlerlxk Httr6�`le ]5 Fain# on Flood In ]rrker[o�k Nr#work 1(t FgtJ# pn P[IJ In jrrtgrLptk He#rprk 6 � ��cc qq wAtmFl TOR +Il�+lli� L -� --7N] Nb'L Vatrtr e.iN Selenold DRY CQNTACT� ASH❑tilN DE-ENGERGI2DD3 — ��0-I YR[i.19LE pElAY. [;ontart #rrNroLs — TIC � TIl w4� IF tFLerr b #roLlslr, C¢nts[t tirlY�als TIC i TCii welt If — #hr sXs#en Ia aka — �+11 YV � C[Olchl�, E�GUIahENT bLttiELE pEiFY. ror klpg kYl SreeYl, tkr 1711C a.kal EI€Y trrrMls to Ilor SrrNnrls w UQS pwyl� L� F'h`rt SKat�.. Yt i�E — -1 FIRE SYSTEM f/CI' GtrITrIGTL, I're#Mlok 1-Lf2' [ll� Wy awk#a#r r4 k,oke G2 to alR� �� `s:le 7 7hkrl5 systYw M ¢rnn1. iI�MIt111Yd h FY....1 GaY1LrI rtkh �rp-M FaaO �t�r AL [`RFI+AY F2�LA Hd NC ML I NC eoa a �u �� s 2 {4� �k� SLipL VS-�c ��es 4kl+dd LT-dL $�FV R.d [rb Lei FlL•763•lat lL-OJ P,r:. I .wt S.n4a /ID90P +kFOJ +k�dr +...,, 9EEl�1J,3f] F�� Pr}x�Rsptt Srle�k iJ= a1L' iTf-0J TE$TrAA,1 $.ikth iFdk.Tc SV-0� Tam* Slrltcn Pi-2CYY�2 SP-1 9r#p[tan# kirp 5V�1 2Vi�yGus V¢Ivt rs-aol �I Y au 4T� 2�Y ALLY fnd LI�►r Rl4-tlC4-M' Pgjq PW Sta710 #TL•S7St�l �� p �#A'GC l9w +QMLR RD~1B-1 TNTERtpCI� rpR +�UTPLkw aCTIV15TIR1, _ Used Far a{t7rartYLq La0'J autvLen 4r adJrcxn# I'4strr CLiRE PYYIiII � 1 �u'F7o ¢c#n ilrr L; orTd#fon, DEM��JD CQIVTRC�L 1��N7��TC[�#� I�� I�❑�JTRBL PAIN�L ��[�TFICATIQNt — C❑NTR[]L SHILL �E L]STEU DY Ertl fIJL �OQA� AND FII�LL CUMPLY 11fITH IaEM�IND �lEl*1TILATICI4� SYTEhI TURNI]{3WN RE�LEIREMENTC DUTLIfi+3ED Ihl IECC �d�.�.8 �2II15�. R&-�65 CARC ]MTERLdCIL hE7YCFYC [aware#Ian to o#her CdRE Pwfls ar ❑oratilNEatlm hlad�ir. Srr lnsta0.rrthn $c+ens#I¢ far C�or'n'Srt tl�et THI` Dph�TR❑L ENCL❑SURE SMALL BE NEMI� i RATEII �I�1D LINED F❑R I[d3TIALLATI❑�I INSIDE ❑F THE �I�HAl�S7 Fi❑Old UTILITY I�AD�N�T. THE CC�N1`RC]L F�+ICL[]URE MAY HE G�]NSTRUGTED ❑F T�4INLE.� STEEL ❑R Pl4II�ITED STEEL. TEMPERATURE PROI�E�S� L❑CATEn It�l THE EXHAUST DUCT R1SER�� SHALL I€E ❑ONTi�UCTE>] OF STA]NLES T�ELI A YIIGITAL C❑NTRCliLER FC14LL HE PR❑SIDED TD �4CTIATE THE H❑❑D E7{H141�ST FAi�S DY�iAMICALLY EASE]J ❑M A FI7�ED DIFFERENTIAL I�ETI+�EECV THE AMBIENT ANII DU�r TEhiPEI�l4TURES SE�tSaRS. THIS F4INCTIOh# SHALL MEET THE I�EGlUiREh1ENTS pF IMIF 507,Ik1, A DIGITAL G❑NTR❑LEER SHALL Pik❑l1ll)E ADJU5TA8LE H'fSTERESI� SETTINGS T❑ Pi�ELNT CYOLIMC, 0� THE E�4NS l4F'TER 'IHE �❑❑IC[N❑ APPLIl4NCES F#14�1E BEEN TLCRk�ED DEE ANDS❑R THE HEAT Iht T#1E E7€HAiI3T SYSTEM [ REIIilCED, A DIGITAL �❑[JTR❑LEER HALL PI�UvIDE AN ADJUSTABLE MINIMUH �AhJ I�UN—TIME SETTING T❑ PREI�ENT FAN CYCLING. 1lARIAI?ILE EE�E�LIEhlC1� DRIES (CFI}7 �HA�L ICE P❑1�Li]ED F01� F14�1 �1 REQUIRED. THE DIGITAL CONTRt]LtER S�1ALL M❑DULP�TE THE FD BETI�EEN A MI�lIMUM SETPOIF�T AND A I+IP,�Ih�1JM SETP[]INT ❑N DEMAND. THE TIUCT T�MPERATIJRE SEk�OR IINPUT�S� T�} THE DIGITAL ❑❑hlTR❑LEER SHALL BE USED T❑ T CALCULATE THE SPEED REFEI�E�ICE SIEiN14L, � THE FD SPEED RANGE OF OPERATION SHALL BE FR❑M III T❑ 10�Y. FOk� THE SYSTEM, IT�i THE AOTUAL MIfJIM�1M SPEED SET AS REQUIF�ED T❑ MEET M�NIl�l1M E�ITILATI❑N REQIIII�EMENTS� AN ICVTERl�AL ALG❑RITHI� TO TWE I}[❑ITAL CDhITROLLER S�]A�L h1❑I]ULATE SUPPLY FAhi �fFD SPEED PR❑P❑RTI❑NAIL TE] ALL E}GHAUST FF�MS THAT ARE L❑SATED iN T]HE SA�1E FAN GR❑UP AS THE S�iPPL�` Ff��E, TE-kE SYSTEM SHILL QRERATE IN P#�EP MADE DURING LIGHT C❑DI�]hiG L❑AD €]R CD❑L DOWN M❑ICE WI�EhE SUFFICIENT HEAT REh�AINS UNI]ERNEATW THE HAD SYSTEM AFTEl� CD❑FCIIWG ❑PERATIONS WADE COMI'LET€D, ❑PE�ATI❑N IFURING EITHEF� []F THESE PERIODS MILL D[SATiLE THE SUPPL?' FANS Ah1D PR❑�/IDE AN EI�HA�IST FAN SPEED THAT ]S EQUAL T❑ TI'iE MINIMUM ENT7LATIOhJ F�EQUiREMENT, A DIGITAL C❑(�ITR❑LEER SHALL D1S#BEE TIE SUPPLY FANCS�, ACTI�IATE TWE EI�AUST FANS}, 14CT1�lPITE THE APPLIANCE SHUNT TRIP, AND DIS�I�LE �4N ELECTRIC G�IS 1fAL�1E AUT❑M14TICALL7 �HEh1 FIRE CDNDITIUIV — IS DETECTED ❑N A C17�IERED f-�QI7. A DIGITAL C❑NTR❑LEER SF#ALL ALL❑1,� FOR EI{TEhkAL BM EAN C❑NTR❑L 1lLA DRY C❑NTACT �E�CTER#�AL CONTROL SHALL NOT ❑IIERRIDE Fl4N ❑PERI�TIOM LOGIC AS RE{lU1RED HY CODE94 — AID LGI� 1hiTEE2FACE 5Hl4LL BE PR❑�fIDED �+ITH THE F❑LLUWING FEATURES+ AI. ❑tV}❑FF PUSH B�JTT❑�l FAf� � LIGHT 1JITEF� ACTI1lATION. — B. IhfTEGRI�TED GAS �1RL11E F�E�ET FOkR ELECTRI7NIC GAS 1�ALES �N❑ RESET BELAY REQUIl�ED?, tw. �fEp FAULT MISPLAY �.fITF# +4UDIBLE � �1ISUAL ALARM NQTIEIC,4TIphi. D. DUCT TEMPERATURE SENSUR FPIILUE�E DETECTI[]N k+ITH AUDiB!`E 8L 1liSUAL F�LARM �IDTIFICATIDN, E. MIS—W3REIx DUCT TEh4PER14T[iRE Ek+1SOR DETECTI�I� KITH I�IJDIBLE BL �1ISlJAL ALAI #�OTIFICATI❑N, E. A SINGLE LOW �►OLTAGE SAT-5 R.J�S WIRING C❑NhFECTION. G� AN ENERGY SA1IIF�C,S INDI�l4T01R TH1AT UTIL[�ES M�I�SURED I�WH F#�❑M THE FDS, Edmonds Graphite 202 Main St SIZE FSCM NO Edmonds WA 98020 DRAWN Kevin DWG NO I L — — nn n Ya7]F� — FiCTCWh' ha�1i� �€- �fQ€ i'YF 1Q�� L- Li.IE cr- LioET �- B0Tkd1 PR- PIJFLE 1FF '.H1TE Or ��l o�L- � s11�E L+Ti� nLA� SIRFE P I�+t;}I S7RX+E LWR- NV� SIDE 114ECP ii-9 �1 EQIJEN�E ❑� ❑PERATI❑NCI HE �O❑D C❑�ITRUL PAhEEL ]S CAPAELE OF U�ERATI�IG I1� ONE DR M❑RE OF THE F❑LL❑1�lING STATES FAT AIRY I�lE�1 TIMEI �iUTOMA THE SYSTEM OPER�4TES BASED ❑N Th�E DIFFERENTIAL BETWEEN R❑❑M TEMPERATURE AND THE TEMPERATURE L4T TWE H❑aIl CAilITY ❑R E}CHA[k5T DUCT C❑LEAK, FAhJS l4CTI11ATE AT A C❑NFIGURABLE TEh�#�ERATURE DIFFERENT]AL THRE3�IflLDk DEPENLiiNG ❑N THE J0� CONFIGURr�TION E+4C#i FAH ZONE Cl�hl BE C❑NFIGUI�ED AS STATIC ❑I� DYMAM]C. THESE TERMS F�EFER TO '�HETE�E4� A 1114RCAELE M❑T❑€2 ��LRCH AS EC MOTORS ❑R EI} I�RI1fEN M❑TORSI MQDULATE iI�ITH TE�iPERATLJRE, IF TIE PPIhiEL I5 E�E�IPPED 11lITW I�ARl14BLE SPEED PAWS IAhIII THE �❑NE IS DEEINEII AS 'I]1��lAlMIC', THESE '.DILL M❑DLJLATE �lITHIM A USER —DEFINED RANGE HASED ❑N THE TEMPERATURE UIEFERENTII�L. P�II�IELS EQUIPPED WITH �114R1ABLE PEE]I FANS AhED A FA�I Z❑[dE IkEFiNED IDS rSTATIC'1 FANS I�tLL RUhi ITT A SET SEED CALCULATED F❑R THE DRIVE. DEMl4ND C©NTR❑L Eh1TFLRTIO�I SYSTEMS ARE CAPAHLE OF F�❑I}ULATII�G E�41-CRUST AN]] MAID LJP AIR F,�N P"EEif� PER THE RE[�LJI�E#�ENTS ❑LJTLIFiED IN TELL 4❑�.2.E. �� THE SYsTE`hS ❑PER�kTE BASEt7 dN #1UMAN INPUT FIB❑M INN Hhli, SL=NFTiiJLEI A �fEELY SCHET�ULE CAk� ICE SET T❑ PUS FAi� F❑ #� SPECIFIER PERI❑D THROUGH❑UT THE D�9Y, THERE ARE T6#REE ❑CCUP[ED TIFIES FEf2 DAY T❑ ALLt31d FUR THE USEF� T❑ SET C.lP �4 T[ME TH�,T IS �iJITABLE T❑ THEIR NEEDS. ANY TIME THl4T [S L�IT�IIN THE ❑EFZNEa ❑CCLiP°IEII TIME, THE SYSTEM U]LL RUN AT MODUL�4TI❑N MODE AND F❑LL❑� THE FAN PR❑CEDURE ALGORiTF#M BASED ON TEM#'ERA'IURE 1�UC]1VG THIS TIME, DL1R]f�G UNOCCLlPfED TIME, TWE YSTEh� DILL HA�IE AN EXTRA OFFSET Td �ROENT UN1NiTENDED +�CTIATI❑N ❑F THE SYSTEM DURING A TIH� THERE THE �'STEN IS N❑T BEING OCCUPIED, ❑THERE THE SYSTEM ❑PE.RATES Bl4SED UN THE [NF#UT F!�❑M AN E}LTEREV�IL S❑UF�CE (I]gC, 8�'IS OR HARn-111IREt� INTERLDCI�). FIRES UPE]N ACT[1��ITI❑N1 ❑E THE Nd❑D SIRE SII��RESSION SYSTFC�1, TCaE E7(C`kAkJST FA�J 1lILL Cd1�E Ohl OR C❑�kTIMUE TO T❑ RIJN, THE HLf❑[] MAI{I�UP AIR W[LL SHUTDOWN, L4hfD A SINLL WILL BE SENT FOR ACTI�fI�TING THE S[1UNT TRIP BC2EAkER PF�{3�lIIyED BY THE ELECTRICI#�N, F�iEL GAS 1�+FLL SHOT ❑FF 1lIA A MECHANIGAL�ELEOTI�ICAL GAS 1lALE ACTlI�4TED BY THE HOOD FIRE SUPPRESSIDpJ SYSTEMk REV a Q ��aT�: � a��i�D DWG r#�: �� r�o►w�l RT1� - 85 ��': �CALIE; I �17��I'4 YftiR"L*• 717 �I EET . 13 ISSUED 08-07-2020 SCALE 1/8" = 1'-0" Hood Wiring Details Rev.1 SHEET 15 OF 16 ��. DK Systems, Inc. PO Box 886 Burlington, WA 98233 PH 360-755-1555 FX 360-588-2418 _ � - ---- �- � � � �.� . - .� .� � _� 3MTM Fire Barrier duct Wrap �615+ Fri BtAAEA REdBIENAap Product DataSheet and Installation Guide �� i 1. Product Description 3]f'"FireBarrierDnctWrap515+isaflrahlefnrmsistnntuxep IC�� n coosistigr�anioogmic iaiaa encapsulffiad with a xiam-reinforced £nil. The pmdtacf is I-12" Poick, �� pppy. 6 pnf denstyy:' H is mad to foe role cnnmescae] kitche¢ grease duals as rail as r�ntaatia¢ dnc�. 3b1~ Fae 96 Heater l)udWi�r fil5+isaprwen adtamticem l-m�.-b:ur fire-resrsamraded�rzdanaccla as< f grease imraex-raa d>cws ¢ODES ES&12s5J. Wahih exrellem msulatmg capa6slities, ]ow uerght mdthin gone; it is en ideal rhnief adud eaanlowesystem This nmrashe;M?wrap instalk easily doe mid hi�5enbolity and strength ',�.aw�r.��eY.a•wn,eaareanase•.aorr�ier�x.'F.x +;s.Pa'aa.erao..rt�r •r�.r3uw.or,ere,...wo,r�ra�d",bra„K�r,�r�aR+.��i7�7`.,"n.T.z..ens�cf�u�',arv��cy yaw.•4 rd 'eR•,�.", �u. _� Product Features r 'T va far � � flewh � For in9a]Luon ease w'n-laa'a aP €u� 1� Pot5' In[ertek Intrrtek � lied a5 d5tldit plM1anaM1w Pa •Fml encrt•sa.lmd£arhlanket golectirm RR: REailWr n.Cf HER®aDM WCi - � err ASIld E233fi p��>��Pm� "�. 'Zero- tocomhinLhle Hf Hiererrremon aF HmDa<rcmmRr clavanre •L[de range ofpeoetratirm seal systems throogl>mrt the mtue .AR.m�lahk is w �� ' eorlos¢m s}^�tun .�si9fi� � 24'x 25 R [6N9.6am x7-Slot] and •Hottedm>a¢Lryain2-layer 48"x25ft[12192nnna7.filna)m8s l�Ll Fle:uhle andli¢axaigkwilh athin �`e dxT tiom • Blmkn adheredm Fat] smm helps ~rI prcfile Pot eaaerappica[ian mtl 'One-]ayamap far f¢raa�re Ire�� n�ine Hit,�depavH¢ImR91m 4rmfiLhandoctrpalSDd944 oucr�� LL<Armawcacemm� 2.Applications 3M'"Fan•]3miaDuetWnrpol5+ismidealSrerestiveeoclmueFa a] kitchen gaeese duce and sentilafim as dneh. h a a prmm alternative m a 1-or 2�wa fire -resist rased shad enclosuresfm gaease ducts mdpmcides ffiocleamrem hu_shLle ccashnannthmughod the enuteenc]osme systan (pa ICC-ES ESR-1a55] 3M'"Pae Hama Water Tight Sealed l�O NS, 3hi" Foe Bmer Waffi Tight SealmF lIXl3 SL a 31d" Fire Bader Silicone Sear 290D+is coed in -�, c®lainatimwith 3hl`Fbe Hmia Dud Wmp filS+mfaatcp the ductwhm dse dart penehaPos foe -rated CSFM 9oor oruaIl mm..,h1;a3M"Fae SaaaI3od wrap 615+alsopmrrdesaFuesmp solrPoon r.Poae aTtaking LISTING NO, 15I2[pmed FM pendnFemc lardted amSlde wall rerthes a alrhade fireae�src idled S1uB e>rkasaes 2d40-0941:112 T o-L,yergrcaudonappkeatioos:3kd�FaeHamalhat4S'r�adl5+oiceGtherrbaiaoFASTME233fi 5andead Tea ]Fethnds mr Fire 8e�rre Grease Duct Frol�.� gystans S�e4ayer vmh7rtim dndappkeationa: 3lrP"Fiee BamaIha:flS4epfi15+haspesx:ed ISO694a-1985 Foe><�+•ne Tab-yT hlatinnlhxk T--rams for memlir thxongh-pmetramg it®a: 31d"' Fire Bartin Duct Wog fi15+is used m 000jmrfioo valh 3M Fae Sinter sealaoL b achieve up b 24raar equal F & Tsaags inASTM E $14 (CiL, 1479) testedtlssw�-gecehatinos 3.5pecifications rr,N.„r:�.ahagheinshid--�--,.�h 77YY��wr,><=sprdd�»:re,.�s.r� i-a'm Ihemal 6dcimae Prxerdra �dae's wnitlen;""+++=ra;r•.= shown the �proced shop drawings. 3M'"Pae Hems DucfG'rap fil5+shall be aki��eratme fibrous thermal rvS • - and Semoe 3307 ]i-);ux ladadm inmlalim blan6 dencapmlePodinaced aluminizedpoly coax' Rdrted Sectiras tint DicrRhep density slieHbencnrma16p3[96kglm'}and bare anomim] v Sao W _1D8-1Lomal lkotavm s�oe a7211d-R]aDketlDsdalirm 1-vl•(3ffi.lmnr]�clnaess The 6balaLnkek shag Laseacanemrous use limit of seaono7 e4op-imn�p 1g8g'C(1832'F].'lhehlalcef Poamal ms;d•"ce (R-xaloe)at aoilaimttempeehae seaiaeB 88 Dp-H®unx��eauhfim ant Air{'catfi�pIVAL3 mall )>e mminnm dl F'-}Y-rtr. Sao 233113-]fedlArtr Stu Smoke Ikreloped Indes and Flame Spread I>dex oFPoe bare l,lmi.t and of the Foil eacapsulased 1sLiolxd shag be G'0. The Fad eacapsuhttim shall he bonded to the _orehlan7wrnideriaL For mchniral support relating m 31a1- Fire Protection Products and Systems call:1�00-316-1687 For more iMomlatim on �IaT" Fi re Ffiomction Products, aisic wwss�.3hl.com+firesmp 2 1 D. Grease Duct &Ventilation Air Duct Installation Techniques Dart 5nppod H�Idacf a,�-•rL=-wdh uaamntama�-mcdaoal area oF7A'x 24"(616�a61�Jnurst be wppnrted {Grease dtFmtiLtiooj withmal3'8"dinoxe6r(95um},ellthread s4drod and 2"x2"a 118"(Sl�ail®a37�miskel angle, spxedamaxinnm r£6g" {I524mm)oo ceom.Amm clanance oFg" [Omm}andamasclmrmre oF6' [152mmJ as batsmen the swtinal edge: oFthe Geld matPtial suoomd;gg the dart and the steel rod HorizcaLl duct assemblies w hmesc duos oF24'x4$" G1Uanm a 1219mm roast be dwithnoa L2" diva [ ) �� []2.7r,.mJ; erg -threads trod end 2'x2"a114"(51mmx`.lmntxd.4n®)steel argle spared dinar of fA" o-a4na}rmrmt�amm.rle�a�er�o"{omm)anaa�s �leaaa�eaFb"[lsanm,)nreq�a>�.a�en,ne meal edge °£the h[ankef maffiial smramdin� the dust and the see] rod yFrtical ducks must he suppamd of every dwr line on the tap .£ the slab. Pinning&Baidmg t RequhemeaL f , lal�ll S P4" J J 24" 4 W1dlH S 48" Y J wkdlry 48" J 311d"` Fire Barrier Durt Wrap G15+ Pinatas grade (Figure 9} " Additional � • m ermt sa � oFthe dart ua . Fa a]Y dues thmm Pmmn� Lxi gam€ aP t 24" 6Q r1 ;o a-idth i edm on r6e hlauket�the 6attonr ' [ P � u requu sn,rp haimnre] surface andmthe ouaide face ofavpstica] dud inn. S pace pins a was £1Q1:7"{16.'•cmj aped in the direntien cdthe blanket width, ends • m•. I2" [36cnti) apart as the daectirm aF}he 6Lakef Lmg� _ __ _ hfaterials and Eomnment • Mmamm 12 gauge copper -rated steel iosulatinnpms used sin$ mmmnnn 2-1� 1" (fi3.5mm) sgoem galr-aniaed steal a sPomless speed °tips a I-12" (38.1m� die. round a egnnalem . . i sized msnlated cup-hadpms a • Caapxita dc�rhage stud gad i Note: Either appl.' . 13 gauge co Apei•roated iupali g p n to the pare duct ¢sing raparitm diarharge gun or app(r nain.Lgaage cup -head lahre:};rear rrtzgreq•ia 2imitaddy gaafiq•Qtinamidotion. Chnsuirciarn'nt pone after the ducfn'rap is mslaDed. rrxkpen•7 rmsliug la8avnroriax f.g.farrrei G'LJ,jbr [)asga or �.slan Da4m2s. 9 1D. Grease Duct & Vendilation Air Duct Installation Techniques � 4. Performance &Typical Physical Properties Srdm Cdor Ah:m_wam wiPo l3L&T r 'thermal Condocinitg: gm_� � 131ankd Cokr: 17�E Yknp. h-J1°-°F ra°-I Blanket R'dght: 09 @s'@•[43a1:g'm'� 300'F (36d� 11.d0 0.09 Snr&re Bordag: Poil l?r�•.K,a.ma Bhmtie[(ASYh[H1'rl) 1WP"F (53TL] 1.15 d.17 mames�,aq�ne9elnpm�e lsop"e(sls"c] 193 o.xa Slagle Yr7er R-FWx ot31S�f5re HnrierDmt Wrap fil5+er7Yp [359I.]c 1aDP"A {982'r.] 3.51 d.3fi 638 �="L 29DP'A {10939CJ 3.94 fi.43 Sm Imnr ShriaLage {Id Ls><2t112°P (Ifi00�jc 1255 �eaya,rR[sgv.>.e��t'•t.eaaraen�axw pols+r�°P[zs^cy: xnarizedMr;o.ca�rt[aslhac47ak a.sP 0.84 err' re 5. Design Listings Grease Duct Lato�-.151'Vd E I?361 ICC-E5 AC161 Fire lte�stire Ratng Eulomrc Sya4em Tkird-Parts Testing Serriraa I)eaig¢ Listing Desrripdo¢ 1- a� 2-hum 2 ]dyads of 31H' Fire IOC-E5 E5R-1255 Rarmagulu� Harrier Duct Wrap d15+ Imertek 3]d[IIFRD 120.18 AerLngulu� Iaertek 3]i[IIFRD 120.19 Raand 1-entilatio¢Dncr Lisdn s-ISO dA14-85 g Fire Aeriatire Rating Euloaorc 5yaem Tkird-Par¢ Testing Serrieea Deeige Listing Description 1-and 2-hum 1 ]aye of 31d" Fire hatertzk 3]dD�DI 6U-01 a �.�a.,,ltamd (1 boa] Harder Duet Wrap fil5+ Laartek 3MQIDI I2U-01 lx."s�.�a�„llrnmd(2 heal IInderwriars Lhoratoaes HbII.ilca7 Rafengala C7 lion) LlnderwarErs Lhorainaes FQdI.Llc31 2-&3�ded 8en�ala[2 hm¢y This document only cent„"=apertiel list ofDaigp lutings.Fm the lm tin£n>.maaon gum 3Ivimm'fiaesEop�spailr to ywm autLarined 3M dism3nmr or sales reprenenfative d (8gg] 328-1d87. li. Codes &Test Standards 3M'" Foe Headier DM Wrap 61a+ bra been seated w armrdrnce with the liaHowmg: ASTkiE2336 5�dmd Test llePondsF Foe Resssire Grease Dirt A,N1.,.,.W System; ICC-PS ACIDI Atxeptmre Crileos Far Caease Duct Eorinaie Aamtkties A5ThiE 119 5Lndeid Test hiePonds For Fue Tests ofBuddmg Ccachneunn A5ThiE Bld 5Lndeid Test]FePood£a Fire Te:%oflaeneuauao Fuesmp Sy9ems A5ThiE 136 5Lndeid Test ]FePood £a Helaasim ofhLatetia] iu a Vertical Tube Flsoace rt 7SiiC [13BZ`Fj A5TEFC 518 5Ladexd Tes.lFePoad£a 5�dy-5raze ILetwa]Traa�isuoo Properties by Mews of the Haaz Flow lrleoer Appnratm A5TEFE &} 5Ladexd Test .lfePoad £a Surface Homing Characmritics ofHailding h7ateoals I5Dd974-85 Fire n�;�roT�-Veffi]etim Ih>ra 3M'" Fox Harrier Duct R-rap dl+"=, n�hen installed per ASTfU F '�3d forted Grease Duct Dwige Listiegs, addreaaes [he follomogrode req¢irements: New Y�i G1ty OTCR B'.Lid]ag; 3u]]e-n 101t}DIl tJFPA 9fi '_C•:8:I011 Idemetiooal lefarJLcal Code' '_�"•"3:294Cx_00?'_�"42 unife®Mertian;rl code IW3r290G•�009;2012 3M'" ('cox Harrier Doer R-rap fi15+, wkm installed per LSO (8dd tested FeohTatian ➢act Dedgn Liatinga, cu kdp m satisfy tie Following code *�;•m•>"••ts: Ned Y�r City OTCR Hoddmgs Hdlem 2t112-011 llFPA 92A Stmdard Ln Snaoke{'cnad Sysremlls;l�:..Hmias and PaRssme Di2g09 EdPoaa-Section fi.G.2 llFPA 92H Stmdardf Smoke lfmagenred SyslemsmMalk, Apra, end Large Spares, 2l)I)9 Editim-Seamz 752 I>demetiwaal lrt�".l Code• 2WG2[799I2012-Sertirm513.1g2 Id®atiooalHolFag case• 2WG2UIl9I2012-5atirm 9(19.1g2 �. Packaging, Storage, Shelf Life 32v1"'Fire HmierlhadtiS4epfi15+rags are packagedin onnoga4d •- �-J boxes. Product =::ableunda uatwal staragecmditiaas. Ii urinal ;Tuck andsmck roatinnpractic� mereconnrmded 3M"' FiaeSaaalhrtAimp d15+sheStiip is iodeHmm when scored Po original unopened pac6aging in a dry wsehoa envionment Pallets should mtbe stacked 3iA"Pke Hama Weld Tight Sealant 190g N5 a10035L or 3h1'Fae Hamer Silicone Sealed 2Il0iY+®act be also shoed i, a Ay warehm.m msaonmenL 316i" Firr Barrier I}uctRrrap 615+ Hanging Support Detar7s for Foe -hated Ductwork (Figure lt]] Nate To finilitate the application oF3hl Fae Heater Ducr4L4ap d15+ m that the rods & trap hangers are oaaide the wrap envelope, the �8owigg a �,.:,,.. reromnrmded Laaxm Zaaxm urns . r �""""" 1. Rod-mbmedocr elea®re(1� 4"[1D2mmJ fi"[152mm] x.Aaaedradlaagmps} a"{slmm] a"[loz®] NDre: �jatma inl.griq�isliaeitm37U'4reeh{1'oJixa[allorion. f�o5su11 [ammet Yr�w� ixe�pa�enr rowing roan.,rtnria: (e.g nerasroL rnJ.lhr vusiao ar..gureae namirs. 3br`Fire BarnerI}ndR'rap 615+ Hauser Penetrations of Wrar�p Em elope for GCease Ol' � FntHatroB DRrt �'SteID3 (FLgare H) 1. k3ia 112" 12.7n® crown of3M"Fim Berner Sealant CP 25kVB+a 3LMigll ( a 2. teams -min 3' fi.2nm snide ahmaim® '� (� l tom, 3kd"' F5B Facie Tape 33211 [m egiovaledJ 3. 1 a 2layas of 3M" Foe Smia Dud Wrap fi15+{epp8cetien dependent} 4. Ag Threaded Rod 5. C�hanoe] wangle iron trapeze support 5. Seismic bracing wine Nah: Theincln:ion od meta8ic items peoetratmgoo[ oFihe wrap envelope masd'minish the T-Rating of the mel•s.re. ,Fore: �iatmn iaefagiq� is hrarYd by�s2unritl� ojinsm11a1ion. Llonsadt reaaaler nedgpe�edrna msri"g raAunroress fag. l+dwleY, LZl �rDasrgrr or �5rrelw Dwai♦s. 31SC`Fire Barriet•I}uctRrrap 615+ Conduit Penehatious of Wrap Envelope For Grease or'4eutBation Duct Systems (Figure li] 1. Dud 2. 1 m 2 layers o£ 31r1'" Foe Hasia Dud Wrap fi15+{epphcahm depended} 3. k3a11.2" [12.7mm} rrovrn oF3t7' Fire HmierSealmmtCP25LGB- a3l3WRT Nob: Thenrlaaio¢o-f metallic sums penetrRting o¢t of the Rmp eawelope ma? diminiehthe T-Rating of the mclosurc. Penetrants within the map mrelope are Dot protected from the effect; of a lease firn. hare: �tmn infabriq� is hmrYdby�s2unii;n gfi":tnNanon. CWnidr LaraaRl LRdPpandrai leafing iaANlYfnrlr: fad. haafeY, LZJ �x+➢esign or �.sreiw GceaaLs. Pine a raaaDa Parallel m Duct Prmea Cno�aPemendinla mIhacr 3 ■ iD. Grease Duct &Ventilation Air Duct Installation Techniques [wttk 3141`Fire Barrier I}uct Wrap 615+ 5dggestedThree Sided 1Frap Installatiud {FigQe 14) 1. C®rrete slat a ,mrLly 21�21ayeH o£3M'"F Hernia Ducf4S4ap fi15+ {applirauan dependem] 3. c®creu fis@oas-min 114" [6.35rmt] du.s@el �eaahms d. 178" p.l �} chick x a" m 3" [SQiloov m 7fi-2mm} wide lea suck paForaiedl2^ p6srm] D.c 5. Iloct Q Steelhaodmg 1R" (12.7mm)vetde red lylnxcal Fin peameredfain 7. Bmdiog ¢lips Nine:.[vain imegip� is koatardlp 9�f1' gJiasia9lnrioa Lirvnsofr rawwrrsadap®adaal fauiag 7a6acvrnrias Fag. Iatarrek FILJ]hT �t•+�'slmrDxm7.s. erprawt 8. Grease Duct lnstaiiation Techniques 3M•'Fae Hernia Doct4[4apfi15+�onid basin-rtlledper PoeapPlicatinnde9gnF �.macxmdmce with Poefdlowir�hasic msralletica;"+w,.+; Material and Ego4oaent • 24" m�d8"rride'by I-L2" (38.lmnz) thick"hy 25 R [f62�] shmdazdleng� 3M'"Fire Baca I)nd Wrap fi15+ blanket [dt7.96enaa 121.92ena hY 38.Poan 6y 762®j ' 3S1'" FSK Facing Tape 3320 [alumimm fail, Nw�l•=s scrim, ]¢eft pap¢° had -mg vdlh xaytic adhesive argdealed} ' Ldiounum 3:3" [19avn) aide dlament tape[5tmleh• Filament Tape 898 rmD�ded] • Stainless steel m� carbonsreelhanding ma6eoal, minimum 1�2" (12.7m ]wide and mmimmn o-ols" [U.3�) thick with banding clips ofthe same nuteual • Idmd banding len.sacner, minaping tool and banding cuha - la goose copper-coamd steel insnlaom pmsusedwith>";";"••� 2-1i2" {fi3.5n®] squae gehan¢ad steel m skmles; speed clips or 1-L2' [38.1mm) did. reund a equisalmt need iosuLked�op-bind pins • Cepardfw derhuge clad gar -Access doahadweae: min gakaoiredsreel threaded rods, 1.W" Poemelerlry mimmann d" ]mg [635onahy 152.4�]wdh 114" {fi3�]wiog mar, and 1:1" [fi 3i ) spas -a'pozmm]lo�sPoelhnllwrmhmg w fa threaded mac -Iv+Imor� d pd[dalg`mv J density mineral wool or xrap pieces oF3lvd" Fire HaaaIlud Rrap 615+ -3M` Fiee Berner Wafer Tig}a Bedlam [1000 ti5 a ]003 sEJ a3kd" Poe Boma 5dicone Seelmf 21106+ •Nun: 45"[121.9hmjaide blanket m�rnsnage3'[7k.�njlmgim)mn7 ottal� "'I¢armr�ne wish me ee]ewargID C8935amffid mr Fahw - ilemal . Prapararpoy Work 3M'"FkeHmia I]utVs'rapol5+is installed withcomran;•�.t>r;�.Pook, suchaslrnices, handers andcatracaar gins£ apply�g imolatioa pins.l¢ordafo install the duct faesmp sysEem, Poe safaces ofaH the opemmg mdpeneaakwg•items needmbecleen, dn;f t&ee and fio•e oFd i. 3Iarer Graeae Dort Noce: This geaaaal;•d*s"a:as for applying 3ld"'Fire Barger I)on Wrap fits+deLik atwo-layer wrap instatllatiao aF Mdiad (A5TME1336] 3M`Fm HamalhaaVsiNa 615+6hmket applied dimctly to agiazse dad. To mmim�wazte, the 3lir"Fire Sauter Dart Wrap d15+maLoal shoud be mlkd oa mnfly before warn^T. The fvst layer of.3M'" Fhe Hamer Duct Wrap 615+blanket is mapped aznmd tLe permteter o£}he dart and is naF fo a length to either hint to ti=e1£� orYuap itielf oat less than 3" [T62om] The interface lxaween adjacem blankets tams Poe `lcm�=itudina]" jaim. Im<er layer longitudinal joints can be tigWly hutted jaims is they shanld m�alap min ad}Rcean lalnnkets pith a nun. 3" {?d.?mm} acerlap.:7h+^•;"•m £col or FSK ape = ured Po sari erg ern edges oFthe hlaml t and am� tear, m the Lit scrim This fast layer is [mopceauly held in plate Hang filenaent �. The Ent idea does nor require creel landing. The seccmd.la,a r£3hd' Fire Berner Duct Nrep 615+ is mapped aznsmd the perimeter of the previously installed fast layer of 31d"Fire Barrier Dnd Waap 615+- The dha ]ayer.perimeter Qaleral] jomti should be �'sa a min®m 3" [T62oom] fr®the timer layer per®a.4ajo�. The petimeterjomts should be a mmimam }" {Ifi ?�na} acalap. 91p# Poe crater lays b>giludimljoi� a m®nrom lOS" {2G.Trm} Cwm Poe sand layer lrmgituainaljaintxTbe outer layer bngthad,nalloa�shodd bedmm®m3"{7G.2®Josa]ap.Ihe one euceptionmthis ruleis ibe "Stilt Ioaawoh Calla Method' whoa a is pem,;aaJ. fin Poe longi6ndma] joints m he d�siy hutted and alien cowed rd16 mmimam 6" wide eagu cemered mar it These are aveifahlegre-made [3ld"' Fire BaHiez Ihct Wrap 615+ Cu]IarJ. The secsmdla,er oErrrap can be lempnraily held in place using filamr�rape the secondley ofuaapr 7na� pammed wdtL sfamkss [a raa6nnj smelLandmg_ � waL rows °£weld pion [impaling m cap -bead style}. 3M- Fire Barrier I}nctVYrap 615+Commerrial Kitchen Grease Duet 5}stems (Figutr 1] 1- or "Hour Shadt.ilternatire Zero pewunce to ComhoatiGrm Telescoping lTrap Terhoigae Rrilh Baadiog Far Daet814" {fA9em) or I.aa 1. First layer 3LS' Fue Hama Dirt 0.Trep d15+ a.seranalayerslrF;resan;aDatw psis+ !.3:a" [19nun] w-iae o-lmmd+ape d. Stec] banding l:l" [12.7mm} wide nontypical For permanent f -t®mg :. L�•imdioaljamtlmtt oe tam 3" Qfi2mm] oxerlrp on inner layer, into 3" ['fi 7,.,",} ose<lap on odd � 6. Perinaerer [laterall l Dim butt a min. 3' avalnp [76.2nam) ao inner lacer. mien 3" ('fi 7mm} ocalap oo outer layer ?. LSetalltc cmuniac�al caa6tng eshausf dad ti Drat Ssahm integnh-is limited b?' qualttr of inaWlation. Duns>'_-t" {61.9em]wide ngwre piaoia� oo the bottom I r side of honronhl dons and on a minimum of one of the rider rides of a vxrtical duct. Seatiral daru require pinoiug m all aiden> d8" [L"1.8cm}, Cmardreumexirindepnrd rrasnng7 hnrororier-(r.g Inre�re7c LlZ} fw�des�n ��, �srrn drroif:..See Deroel9f oaNr�6oimfpi•rt�iy�am�a 8. Grease Duct lnstailation Techniques � 8. Grease Duct installation Techniques cot1L Four apprD�-ed grease duct installation tecLniques: 311'�' Fire Barrier Duet Wrap 615+ Arreas Door Fmn gateani�ea =met Poreaaearods l+d' a;amete<(6.3s�yhy4-1,2^ b s^ 1� (lla3�m 127mn} welded m lnatallatian the duct err the coeaasofthe door opeaiog.Fms deal lobes, eack3'{76.2oaa1 long, ate phacad ace the tads to act as EA. Bak Soinr land Lafxr with Telencopiag Dater Lager Promcuon For doe 3lvd' Fim Bonier Duct Qhep fi15+ and b hem%Poe um• rnrt Face fa Poe xcess dos when faJenmg LGSW the Batt-Ioiaf Iaaa Iay+er attd Telescag,� Doter lays technique, the uma layer o£hladcefi shot Poe adjacent pieces o£ lilmke. The outer layer tinkers each ocaLp one adjacent blanket and the¢ the exposed edge is msaed h9 the rem blanket as shown n Figure2Pi la First lays oF311" Foe Hama DucrLG4ap 615+ ]h Secmdlayerd3kd"Pae Hamal)uct4['rapol5+ 2 Steel liandiq, llz" pa.7�J wide coal typical 3-3"C762mm}mmlaogdo�efo map 4- Tightly lautredjoad ffi. Tekocoping 3" C76 3mm) Overlap R rap 4[iPo theT R4a thcd eachbledd "�P��P P� ��Ps Figtre 2B iekacoping �maa Section Nam] ®e as§arenf hLdet, erd each hlaoket has one ed� eapvxd and ®e edge Dossed try the react blanket as shown in Figue 2B. 9' [fa,f rnm) la First layer oF3h+P'Fae Hama Ducr4LiNa 615+ 1-11`1'[99,1 mm1 ]h Sewed layer oF3M"Pae Eames DuctL['rap 615+ 2 Steel ham lI2" (127�J wide min typical 3-3"[f6�m)mal lmgjta�el onredap � ._ 21"[53a cmj - :C. Chenkerhoard 3" (76.3 }Overlap R'np Wi&Poe 3' [761®] CLeelxrhoard Ocalep Wrap mePood, Rgtre2C Checknhoard Dunlap (Crcas Secfim Yewj b]eokeG wiPo bo&edge esposed altzmne wi&hlankea with o� � e� ahaw>iinFigmex. la Fast Iayer�3.1F" Fire Barrier Dnct Rropfil5+ 9' 1N•2 mmj 1-1r2' WLl1 mr� lb -Second Lyer�3ld"'Fire Baader Duct 0.Fap 615+ 2- Steel binding 1.R" [127mm] wide min typical 3. 3' [762�) min. Lmgitadmal oserlep I" xr'ts3aam] :D, Sntl tout with Color R3� Poe Hod Ioim and Collar method, adjacent lalm>ror are brtLd tigblly mgePoa dad 6 {152.4n®J widr caller oFdoct vaap a raided mar the jaior, oealeppetg each blanket by 3" (]67�m1 m®nan", as shoren in Figure 2D. la_Fnst Lyer�3hd"'Fire Berner DoctN poli+ 1h- Second layer of 31d'" Fire Barger Duct Wrap fi15+ 2- Steel binding 1R" [12"7mm] wide min ly�ed 3- C [152-4nnoj " .wide 3M'" Poe Hama Duct w pa15+c v� 4- Tighdy holtedjoot Poe door. Four in<as]aAon pim xie n•elded m the dom�pml fin;"v�nw;�,r� oFthe blanks. floe layer oF3hi'"Fire SsIIia Duct Nog 615+ u sided appam;imately lr'_" m 1" lager than the access door on all sides and impaled over the imoLtion pins nn Poe paoeL It is essaatial that this laws fir nghdy a�iwn Poe scrap surrounding r6e access dom openuagwithon Por�opeomgs_Asernnd lay �oF3tr1'FueSmier Ihad R4ap fi15+is namocer]ap thef xla,w hya � of 1" [25.4n®J. Impale the secmd la,as osa the pins. A [had layer of 3M� Fue Hazrier Ihrd R4ep fi15+is cut m ocalep Poe second layerlry � �1"{x5.4nm,J. The thadlayassimpeled orm�tbe pim mdell three layasare lurked m place wig gehedzed or Brainless sEael speed clips Piss Poet estmd heycmd Poe outer � oF3kd^ Fide Herne Dort Rrop 615+ should be nnced dawn m. cut o�fl'w arYod sharp poir� m Poe door The insulated dos parel is pLred osa the Po<eaded wads mdhld in place sri�washas and wing mils. The details are shown in Figure 3-The delailsf i".�nms Poe 31J1•' Fae Barra Go•ane Dock Access Dos tgemmufactaed} are shown in Figure 3A 311d"• Fire Harrier Durt Rrrap G15+Commercial Kitchen Grease Dart Systems (Figure 3} Field-Fahrieated rHaar.taress Door SyaLm 1. Access hale 2. 114' (fi.35nnoJ die. by a mmim� fi" (]52.4�j aHthreaded rods 3. Access dam aaca- lfi goose 4.r"�,�w.,. pea [impatiggl�]-welaea[aptianal] �� 5. Fast land 31d" Fae Boua Ilea Wrap dli+ cot setae sage as coder • . d. 5ecood ]aye 3ld" Fue Be¢iw Docr1[4ap 615+ wiPo 1' Q5.4a®j os¢lep rmaH sides -,. ,lyl ��' 7. Thad layer 3M"' Fire I3uaa Dud Wrap fi15+ wish 1" [25.4m } overlap on all sides 8. � () 9. Rho®tape mceriag all expr�d edges 16.4"[162o>m}long st 1hn8ow tuhiog fo 5k tlueaded cods uear� sdrn: rnsor�wvgY 4"Qr`a'$'imrrorwrimr-[xnsaucrosxnr �n �g rgg. ��>s�� 11. 114" (d.35®) dimaefer wings min l)ernu:. Ire o!1 jrs over) p mrhneg� the prmeemr top core occr� w and ll4" (6.35ona] rashes mlF ioraSon me OFa �. 3bd"" Fur Harrier Duct Waap 615+ Commercial Nom:.purron iotogrip� ss r®ri� Kiteren Grease Dnct Systems (Figure 3A] �• q+mrib �fussrarroaaax. cwarrn Pre -Fabricated l-os2-Hoar Acrena Dom Si"tta cnrr'en °°dope ras°ng snavrntorias (e.g 7nrarra� TnJJS+ 1. Amass hale Dasi�a w.[resmnr 2}erw&. fa e11� rs atnPfoP lechairryan rhapaavaaler 2. 114' (Fi35nnoJ die. b9 a minimum or-rfop rmo ocras err m{s• docva6an on b" (]S2.4mm] aLLthreaded rods rye duct. 3. 31d'" File Barrier Grease DodAacess Dear a Doctmrte LT.♦imrte Doo2" 4. i,.�"f .,� P�[�mgP�)-welded 5. Fat land 31r1" Fue Hama llwtG4ep 515+set& � �' 1"{aS.�Jovwl�s bey®daocea door oa all 9des � R d. 5ecaadlaya 3M'"Pue Bawer lhacr4S4epfi15+ °"era" • �iii0 "'�� t cd to• si�as Silt layer d �` 7. Thad layer 3Nl�FueBmia DucrL[4ap GlS+wiPo e � �L f 1" [25.4nm$ ovalep lse,�and second layer Dn aH odes �' B. Speedctips oraoa a wa�sow tray 4. Alumaom tiPe cording all a edges 10. L'd" (G.3inun] diva wings mG end L'd" (d.35nnn] washers 11. i,.a.l"ti,.,. Poo [mF-headparsJ-rrelded 12. Acres doe rarer-16 gauge cut same s� es Wud layer oFdictwmp set& cleuanoe hole, m melchpalta¢ of elkhaeaded rods 8. Grease Duct lnstaifafion Techniques atoll 3hf 'Fire Barrier Dnct Wrap 615+ Commercial Grease Duct Systems [Figure 4] 1 or 2-Hour Shaft Alternative Zeta Clearance to Camhnstibles Suggested 73oof'4-ant 1. Ilnct 2. RooFAs�mbly 3. RnoFFlmting 4. i�nt Flashing 5.T layers3M'"Fire Hama Duct 4[4ap fi15+ . ... fi. Fin>doppmg System far Rated R.aof 0...-m.hl;o< poly T. EafPaidwrapannu dismnoe that meet local node requaema�s £or clearance mcwhu tLleshrstih letihle Nosr: SY:lwn iatogrepr is liadlad fiY geafr{r �'usovffodavr Coasai[ caranr independent r8srnrg dohWaroreas (erg. Ldarral' CrLjlkrDasigx or �yscmn Drldfs. 31k1'" Fire Harrier Duct Wra 615 P Commercial Grease Duct Systems (Figure 5j Suggested FreeStandiag Hood Inshallalion 1. Hood 2. First lays 3IH" Fire Sarver Dad Wrap 615+ 3. Second ]ayes 3li" Fire Haaria Dad Wrap 615+ d. 3" (7E2mm) mimmuntorprlap S.Smdirg; typical kola•: ��slme integrip� is Jiwiled by gsafe{y �insmSsfion. [xrunls eronmrirrd parrdaar .negroaoxwtor:aa {e.g 7nrawak 7.gl,fir Dadgn w�}shwr Deloeis_ 31Yd-Fire Barrier Duct Wrap G15+ Grease Duct Systems (Figure 6] Suggested Grease Hood In.'iaBation 1.T layers 3ld'"Fire Iiaaer Duct Rasp fil5+ 2. Scatchr Frlmied Tape ass [a daolar) f� lenrpmarg held 3. Seel handing I{2' [I2.anmJ wide mid typical far permanent a. s' [152.dm }l�ng,ll Gaon eopperr-0ated Iasilatian Pots wild Spend t7rps -DA- 5. la Gauge capped head pins fi. 3" C76�}min Perimeter se�olaP T. 3" C7fi�}min seem° Ydap 8. CrtmmIkct R'r aralmd �nnctirmhase; afar kmv�es aP ] dams �,r�,a raaegr;b;s uaareday gararaba�'i,a,mrrnomr idarrllrGaenant ladapaadaln rastiag fudorutmiar (eg.IxrarPck Ul),firlkaigo or �ystwn Darovls. d s 7 � � �- � � _ 1D. Grease Duct &Ventilation Air Duct Installation Techniques lain, 1D. Grease Duct &Ventilation Air Duct Installation Techniques Door. 3bi` Fire BarrierDncf R'rap 615+ Elbpw and$andiug Installations {Figmr 15} ---� 5rrggested Elbow Pattern Installation (A] -__-polo 1. Peunle4r - - -�"p a. 3' [76.2mm) min orxdap 3. hole od [�<mta} � Note Place acerLp on oppovke side of hrva�}al pal[em t 5lrggested Banding Pattern Installation {BJ i � iradaulda<ao�ll3tliowParum L Goose ofcentiletim dart ; a. 1 m 2 Lvyas oF3M" Fire HBdaDod Wrap 615+ [epphcmm depmdenf} I 3. 5�e1astamlessteel l>aidig llZ"(12.7n>mJ wide mid typal Se000d Here fin pe�meofr �"swi�maz 10.1I1'[2fi.7can;•spawg 4. 3' [7fi�) aYda9 [ly�calmmrghmit applirauc�. S. Min 3" 2 ov nc: <_honu' C>6 m }pam>e� rerlaP �. � Nok:14a?er applicatio¢depicted. ll�heo:-L}Yr appBcation Ficl� ie req.ard, replicate these steps mrh outer joiors staggered inn. 3" 7fi..mm from inner 'Dints. Baal is aired ( ] 1 g rW �oalemast torero v �'. .Ynrv: S;�rona:�: rcgrib is limimd 6Y guoli4��assAollodioa. iaruuli exmtmt ita,Gsordaxs: cordon larhwn¢aries Fag. fatmaravk L21./6+➢¢sgn er ��slaon Datm3a. 3bi` Fire Baraier]Yncf Rrrap 615+ 5rrggested Installation for 9gn Tura (Figutr 1� 4F(repxseotatire feN-rut dart wrap sectiom) q 1. Duct D E �� a.l m2layas of3id"FaeSmiaDod Wrap fits+ 1�� (epphcahm depeodenF} 3.5rnkh•Fil®enf Tape l�8 (m egmraled} yyenl A ar�� ar�� C 4. 5LR1 bandng 1.2" [127mm] wide dam typical s fa pesmmenf fastinmg S. Mien 3"[762mm}P�osredap 1 H d. Mid 3" (762mm} L ogitadmd aalap doh::4a?er application depicted.6'Ym 1-Lye° application is n:ed, insta8 handing [i[ea#) as a 2� l permanent hold, Stw 4 Stec 5 I Step 6 - D s 1 111 t I t ale E Stm7 F Stm8 - .Padre: {v:t rrnro�ip•sTimirea�guoliq� - ofirssrni;a: ion. Consult znnwetira�edarar t I r ranting LborQaries (v.E-Iauarrak T1U.� Design err �sleo Ihrdla- 12 33i Foe Barrier Duct Wrap t7S+ Suggested Branching Duct Details (Figure 17] 1.I)nct a-Fullnddlhpieces o£1 m2 Lyerstsf3M"Fae Beater Dact Wrap 615+[applicatim dependent} 3-Steel banding 1.2" {12.7mm) wide nod typical f pamanem £aseniog 4.3M" File Haua Dud Wrap it S+ (field r,dJ Ndx Iatatal That piece Dora the inside of Weiaaer dun area and then imtall the adjacent piece: so they osrcaiap atthe edges a minimum oT 3" (76._mm}. Si1en an application axgaurw a second ]aver of doctnrap, ao:tall the :ecood piece eon the Brs piece and overlap at the edges a minimum oF3" (76:mm), role: `K1'-r�integrep, is liaritadLsquolib oJinsmllaliox. Consul! cunmturdapandEn! raaRreg lndonrnxias I .g. Ixrmmk UL).:br I3esrgn or.�sre"s DraoeLs. 31N`Fire Barrier I}nct R'rap 615+ 5nggestedDucf Rrrap F She&Transition Installations {Figstre 18] 1. Fue hxiria gypsum shaft assembly I 2 Sft3" [15-BBmm}depth oF31d"'Fire Barrier Seelenr 11100.PIS, 1111135E or 200� 3. 1 ce 2 ]aye¢ of 31r1� Fna Hauer IhxftiL4ap d15- [�� ) d. 31d" Fire Boua Duct Nrep 615+ (use small °map piece) 5. Poe bmia namae floor assanbky d. Art g�a as "aPo""d by local xDreh�..;",t code [goose ducts) 7. Etdend duct wrap sold shaft a mid distmae the meals Ideal code regiur� fin clemance m imxhnchhlx \bias '.s1x�e inwgrib�is linritedL3'9aui1{F oJiaa6ealarion. Considr exmrxt ardapendwv rrsring ladomnxres / .g. Intex4 t UZ).1hr Resign or �srexs IkFuiis. l!C 10. Grease Duct &Ventilation Air Duct Installation Techniques trtnL Penetration: 0.'hen the duct penehaRs a firetamd well, ceiling a f]o� an epprorred Fuesmp syamm:mn.sLe employed. Figaes 19�1 ilhasaake h'Ptcal ncndPoans. To 6resmp Poe wrapped duct. follow the msrellananpnamelem detarledm acorupauble A5Tki E ffild tested mwgl~penenatirm £uesmp dew Mote: Througlfpeoxration designs n r.Poinh Poe duct rs bare whoa itpazses anmhLLmhle or timued-ramlm�ble masm>:tioa [e-g. gypsum walls mwaodjoist Ham-ceihng ao�.hliw}are appropriate forreotilazim dret scenazios mly. It is not apgulataza F�ban=, umnsu[ated lease ducts to pass tlaolagh comblefible ncsa..,hties. Inmite]x 3IHLlID1 deign hsnngs comam thiaugh peneoation details. See rys[em deals oFiIL System F]N[J.V-27, Sectim 3.C. Fa applicable ❑Lthrough penenatirm systems. 3114" Fire Berner Duct Rrrap 615+ Typical Thunngh Penetration Fireslop 5}'stem [Figure 19] 1-Hoar Tkrongk Penetration Systems Fine -Rated RYoadrGp,n®Floon'Cei�g Asaemhli• 1 Floorreamsa Ny I I 2 Duct 3 Doe a two ]dyads 31r1"' Fire Boma Dirt Wrap 615+ d- Bending m pumigg I I 5-3hF"Fire Bader Pad-mg]faaoal PLF 4, 4pdmmaal wool, or acing d�rtmap � [mm33% cangaz•scd) Q 3h1" Fire BonaR�Tight 5ealamlOW t+i5. 3hI" Fire Boric Water Tight I i Sealant 1943 Sk, or 3.1!" Fire Heaua Saimoe 5ealam 2� ii �� ' Nate: SeaLot to he applied xtammtm.m ..8 (1a9mm}depth. I I I I fibre- �s1an iioegriq� dr liminra yD'4n•h{'oiinsm7ioTimr. Lhnsulr rarmxr m�av�ri,rgraanrnm;�r.g�rmr�trnl.�rnai�+nr.ge-rao,xnar k. 3141` Fire Berner I}nct R'rap 615+ Typical Thtnngh Penetration Firestop 5}stem [Figure zHJ 1- or °Hour Through Penerrartion Syst®s-G?psum iL'all or Gspsnm ShaftwaH la. Gypsenr waH as semkly 16. Crypstmt slaativrall ass_ntGy 2 Dud 3- One a tun layers 32v1"' Fire Barrier IAatNrep 615+ Pa5sm6 �dant en eppticadm) d- Hendmg ro pimmg 5-3hd"Fire Hader Pad�ghdateoal Pled 4, 4pd al wool,ascaap dad wrap{ �n 33!4 campre�d} b_ 3hF" Fue Berea Smlant 1fi0gFI5 a2t16g+applied rt a min. Sr8" {15.9mr) depth Note; The aasemhly can be eitker a ayomehiral gspsomna8 a a¢ as?mmetriral gypanm ahahrraL i56re: �s1an ++d�+4' is iiaaiard $' 4maliq'vJinsm7iotimr. Covvarlr rarren[ av �ri,rg roanrrraari� { .g lierar¢at rnl,lar u��, or.�ssmar admits. Fm aclmica] data and picpaues of3hd^ Fue Harrier Wakr Tight Bedlam IOW NS, 3M"' Fine Baum Wakr Tig}u Sealarx 100.3 SLa3M"'Fue Hamer Slicone Sealed 2P0�, see separate p¢ad¢ct data sheet aruilahle frc®}vra 3.11 oeleamLtiae a go b www3hicom'firesmp. la 10. Grease Duct &Ventilation Air Duct Installation Techniques laud. 311+F'Fitr Duct 1L'rap 61S+TFpdral Thrangh PenetrationFiaeatop System (Figotr 21] 1- or i-Hour TLrongti Penetration Systems 4-ll2" (ll.dcm} Concrete Floor orR'all it ��, 1. P6os+ceiliog or well assemLly 2I9nct � � �• 3.Oneatan layeas3NP'Fira Berra DxrNsp 615+[applicatao depeodrffi] I I .�. 4. Hmdoag m pimmg 5.31d"'Fire Barrier Packing LfeLoal PES 4,4pdmmaal I '� r q ,•� , wnda scrap duct wrap [min 33%nor I I I I I d.3Ei"' Fire Barrier Waver Tight 5ealamlOW N5, 3M" Fite Barrier Wakr __ I 1 �� 4 Tight 5ealmt 1D03 51, or 3h1�FueHamer 5alimne Seelmf 2000+ I �` I Note: SeaLdmhe applied eta mmimam 518"(159rom}depth. I I Fa roll msemhl sealmtm lrahsides of well. Y aPPIY I I wataa.wam (3M"Fo�Hmia ll7aler Ttghr SealantlW3 SLnnr suitedf wag applications-) I I ]V6ae: $'rt� LRrgib is Trmrled by grafeq• �insrofrodmr Gbasur[ narwo leaa,omries naaniu �� +ts (erg rr;Z}�,.naugnor�izao�r For �oirel data andpropau� of 3IH" Foe Smia Nato T� Sealant 1gg6 N5, 3IHa Fue Haoa Water Tit Sealant ]t163 5L or 3M•' Fiee Baru Solic®e Sealmt 2-084+, see separa4 prodtad dam slaeePo avaiable from yam 3M reprr�anve m go m aww.3I�dmm+fagmp. 11. Maintenance Nom•;•aa...-e is eagreclgl whin Odin---.��=�wuhthe �splicabk lms�t,ilL or olha holy lis@d systrm andin--- '--wig 3IN"' Fire SariaDod Wrap 615+iDhanw:ma �G�wrs Gore insti8ed, iFmy sectirm of the 3M" Fue Soda Dud Wog 615+is d®egecl sorb the Poe 6lenkd i r�eu, the BvBowiag paocedme wdl appky. 1.IFthe hlaokd has cot been damagedhd Poe £m�l has ripped, seal Poe r4s with alomim®fcal tape. a.lewe hlankd �; been damaged= The damaged sectiaw shaddbe temae<l lay cmting Poe sPoel binding m r®oring 16e clips holding: in place_ h-Anew seam oFthe samedimen.sim shoddhe rer&omamll o£3M"'FaeSffiia Dud Wog fits+, eiPoa 24'[669®] 48•(121c jwide The near section shoaldhe plaredand fihedemming Poe same osedap tlureaos6edpreciausly¢. Poeoogmel;"•+•lld:,,.mnae�. A The sle 1 ba�og shoaldbe placed aromd Poe maieual and temi®ed m as to sui6rieody held the 3M• Foe Boma Duck Wag 615+ mplooa 12. Availability 3M"'FaeSurierDud Wag dlS+is availehkf 3M AdhmindFae ProiEctim Prodocrs l);n.,l•+m�aad Dealers.3M•Fiae Berea DicrW p 615+is available m24"a256, Rd1 [lkase],a8'a25 H, Roll {h4a ).3M"Foe SarrierDud Wog Ca]]e6 fi15+are availakle in l5":d"x25 A, Rolls {4+case}. For addmaoel leehaicrl and Pang :.....-.;=.-. r�dmg this and oPoa 31d"' Fue Protectim PtodLLG, please call 1-000.328-1687 m visit nrvrvx3Ildaom'f¢esap. 13. Safe Handling Information Punta hmdtiag err dispmal of 31d'" Fire Paateram Prodads, crmsalt all releveot ]sF�ual Safely I]akr Sheds I�5j. 15