REVIEWED BLD2022-1104+Energy_Code_Sheet_or_Envelope_Summary+8.17.2022_2.17.15_PM+3057347PRESCRIPTIVE CHECKLIST (TYPICAL ALL UNITS)
2018 Washington State Energy Code - Residential
Prescriptive Energy Code Compliance for All Climate Zones in Washington
Single Family - New & Additions (effective February 1, 2021) Version 10
2018 Washington State Energy Code - Residential
Prescriptive Energy Code Compliance for All Climate Zones in Washington
Single Family -- New & Additions (effective February 1 2021)
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These requirements apply to all IRC building types, including detached one- and two-family
dwellings and multiple single-family dwellings (townhouses)-
P "t b4brmiation Contact to turn
Pine Park Townhomec Bu Id ro 8 CrO.Q Pontius C:Bren Design
614 165th Ave S- Edmonds. WA 98020 1206 370 9908 epontiu&@mllaWatNem.com
Instructions: This single-family project will use the requirements of the Prescriptive Path below and
incorporate the minimum values listed. Based on the size of the structure, the appropriate number of
additional credits are checked as chosen by the permit applicant
Provide all Information from the following tables as building permit drawings: Table R402-1 - Insulation and
Fenestration Requirements by Component, Table R406-2 Fuel Normalization Credits and 406.3 -Energy Credits.
Authorised RepresentabW Daft
Aq Climate, Zones able R402.1.1
R-_Value_
lt4a4w •
Fenestration U-Factor
n/a
0.30
O.SO
Skylight U-factor •
n/a
n/a
Glazed Fenestration SHGC i"''
n/a
Ceiling •
49
0.026
Wood Frame Wall
21 int
0.OS6
Floor
0.029
30
Below Grade Wall ° 10/1S/21 int • TB 0.042
Slab iTR Value 8 Depth 10, 2 ft n%a
R-values are minimums. U-factors and SI4GC are maximums. When Insulation is installed In a cavity that is less
a than the label or design thickness of the Insulation, the compressed R-value of the msulatton from Appendix
Table A1014 shall not be less than the R-value specified in the table
hts,
b The fenestrat►on U-factor column excludes skylights,
-'
'10/15/21.5T8' means R-10 continuous insulation on the exterior of the wall, or R-15 continuous insulation on
the interior of the wall, or R-21 cavity Insulation plus a thermal break between the slab and the basement wall at
c the interior of the basement wall, '10/15/21 •STB' shall be permitted to be met with R-13 cavity Insulation on
the Interior of the basement wall plus R-5 continuous insulation on the interior or extenor of the wall, "5TB'
means R-S thermal break between floor slab and basement wall.
d R•10 continuous insulation is required under heated slab on grade floors. See Section R402-L9.1.
For single rafter- or joist -vaulted ceilings, the insulation may be reduced to R-38 If the full insulation depth
extends over the top plate of the exterior wall.
R•7.S continuous insulation installed over an existing slab is deemed to be equivalent to the required perimeter
f
slab insulation when appked to existing slabs complying with Section R503.1.1. if foam plastic is used, it shalt
meet the requirements for thermal barriers protecting foam plastics.
For log structures developed in compliance with Standard ICC 400, log walls shall meet the requirements for
g
climate zone S of ICC 40&
Int (Intermediate framing) denotes framing and insulation as described in Section A103.2.2 including standard
h framing 16 inches on center, 79% of the wall cavity Insulated and headers insulated with a minimum of R-10
Insulation.
PrseopWe Path, - Singe Family 2018 wasn,ngton State Energy Code
2018 Washington State Energy Code - Residential
Prescriptive Energy Code Compliance for All Climate Zones in Washington
Single Family - New & Additions (effective February 1, 2021)
Each dwelling unit in o residential building shall comply with sufficient options from Table R406.2 (fuel
normalization credits) and Table 406.3 (energy credits) to achieve the following minimum number of
credits. To claim this credit, the building permit drawings shall specify the option selected and the
maximum tested building air leakage, and show the qualifying ventilation system and its control sequence
of operation.
1 Small Dwelling Unit:.1 credits
Dwelling units less than 1,500 sf in conditioned floor area wrth less than 300 sf of fenestration area.
Additions to existing building that are greater than 500 sf of heated floor area but less than 1,500 sf
2 Medium Dwelling Unit: 6 credits
All dwelling units that are not included in pl or #3
3. large Dwelling Unit: 7 credits
Dwelling units exceeding S,000 sf of conditioned floor area
4 Additions less than SOO square feet:: ; rredIt5
All other additions shall meet 1-3 above
Before selecting your credits on this Summary table, review the details in Table 406 3 (Single Family), on page 4
Pleating
Summary of Table
I
Fuel Normalization Descriptions
Combustion heating minimum NAECA'
Hest pump _
'Electric resistance heat only - furnace or zonal
R406.2
Credits - select
heating option
OA -0
1.0
-1.0
ONE
User Notes
O
O
1
2
3
4
S
Energy
Options,
1.1
1.2
1.3
1.4
1.5
2.6
DHP with tonal electric resistance per option 3 4
All other heating systems
Energy Credit Option Descriptions
Efficient Building Envelope
Efficient Building Envelope
Efficient Building Envelope
Efficient Building Envelope
! Efficient Bolding Envelope
Efficient Building Envelope
O S
-1 o
Credits - select
energy option from
category '
0.5
1.0
0.5
1.0
2.0
3.0
O
l7
ONE
each
O
O
0
O
O
O
1.7
Efficient Building E nvellope
as
O
2.1
AW Leakage_ Control and Efficient Ventilation
Air Leakage Control and Efficient Ventilation
as
I LO
O
O
2.2
2.3
Air Leakage Control and Efficient Ventilation
I 1.5
O
O
O
2.4 Air Leakage Control and Efficient Ventilation 2.0
3.1' High Efficiency HVAC 1.0
3.2
High Efficiency HVAC
1A
O -
O
O
O
0
3.3' Efficieritcy HVAC 1.5
_High
3.4 High Efficiency HVAC 1.5
3.S High Efficie HVAC 1.s
3,6' High Efficiency HVAC 2.0
4.1
-High Efficiency HVAC Distribution System
0.s
O
O
4.2 High Efficiency HVAC Distribution System 1.0
Fimicigtlive Path - Single Family 2018 wasnirgWn State Energy Code-R 2
Summary of Table R406.2 (cont-)
gnmw Credits - select ONE
Energy Credit Option Descriptions (cant) energy option from User Notes
each category'
S.1' (Efficient Water Heatinit OS 1 ❑
S.2
I Efficient Water H_eatIng as
Efficient Water Heating 1.0
Efficient Water Heating 1.5
p
5.3
O
1
SA
O
S.S
Effident Water Heating 2.0
0
SA
Efficient Water Heating 0 2.5
O
6.1'
Renewable Electric Energy (3 credits max) 1.0
Q
{
7.1
Acchance Packate 0.5
Tote!CFedRs I a -a I� I Ckw Potm
a An alternative heating source sized at a maximum of 0-5 W/sf (equivalent) of heated floor area or S00 W.
whichever is bigger, may be installed in the dwelling unit.
b. Equipment listed in Table C403.3.2(4) or C403.3.2(S)
c Equipment listed in Table C403 3 2(1) or C403.3.2(2)
d. You cannot select more than one option from any category EXCEPT in category S. Option S.1 may be combined
with options 5.2 through 5.6. See Table 406.3.
e 1-0 credit for each 1,200 kWh of electrical generation provided annually, up to 3 credits max
See the complete Table R406.2 for all requirements and option descnptions
f Use the smgle radioibutton in the upper right of the second column to deselect radlobutions in that gfmv
Please p&d only pages 1 through 3 of this worksheet for submission to your building official.
Wescnptwe Palls - Suxye Fumiy 2016 Washington Stag Energy Code-R
3
................................................
REVIEWED
BY
CITY OF EDMONDS
BUILDING DEPARTMENT
CITIZEN
DESIGN
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City of EDMONDS
Permit
August 15, 2022
� 1 I I 1 ,leiwtt
RECEIVED
9/1 /22
CITY OF EDMONDS
DEVELOPMENT
SERVICES DEPARTMENT
FOR PLANNING DEPT USE ONLY
ENERGY CODE
COMPLIANCE
SCALE: AS NOTED
BLD2022-1104- B101
BLD2022-1103- B102
BLD2022-1102- B103
A002
UNIT B1 HEAT LOSS CALCULATION
2021
Balderston Associates
HeatCAD
314 First Ave S
Seattle, WA 98104
Phone:425-243-7290
Email: Hello@baiderstonassociates.com
Project Information
Project #: Pine Park 614-B (North)_21-12-15
Name: Pine Park 614-B (North Unit)
Location: Edmonds, WA
Notes: 3 of 14 Total Units.
Building B
Manual J Load Summary
Total Heating: 16,928 Btu/hr Total Sensible: 11,803 Btu/hr Total Latent: 600 Btu/hr
Outdoor Conditions
Location:
Everett, Paine
AFB,Washington
Elevation:
596'
Latitude:
47
Heating Cooling
Dry Bulb:
250 "F 76.0 *F
Daily Range:
Medium
Wet Bulb:
64.0 *F
Load Report
Manual J8 Load Calculation
Project #:Pine Park 614-B (North)_21-12-15
Indoor Conditions
Heating
Cooling
Room Temp:
68 "F
78 "F
Design Temp Diff:
43.0 *F
-2.0 "F
Humidity:
35
50
Moisture Diff (Grains):
-1.3
Infiltration Ventilation
Method: SimpilNum Occupants: 3
Stories: 3 Heating Cooling
Construction: Tight Type: Heat Recovery Type: Heat Recovery
Exposure Category: Three or Four Exposures ACH: 0.27 ACH : 0.37
Num Fireplaces: None Outside Air: 75 cfm Outside Air: 75 cfm
Net Air Changes (Heat/Cool): 0.19 / 0.12 Sensible Eff: 50 % Sensible Eff: 50 %
Net Flow (Heat/Cool): 53 cfm / 24 cfm
Name:Pine Park 614-B (North Unit)
Project #:Pine Park 614-B (North)_21-12-15
Load Breakdown
Name
Heating
Sensible
Latent
Windows*
3,901
5,667
Skylights'
0
0
Doors
764
80
Walls
5,255
747
Below Grade Walls
0
Ceilings
784
0
Floors
2,028
-27
Infiltration
2,447
-52
0
Internal
1,890
600
Other
0
Duct Loads
0
0
0
Ventilation
1,749
-81
0
Humidification
0
Piping Load
0
Radiant Back Loss
0
Blower Heat
1,706
AED*
1,873
Total
16,928
1 11,803
600
Total Area
1,865 ft'
I 1,317 ft'
*Average Load Procedure
Heatina AT': 70.0
JSHR: 0.95
Coolina AT': 18.0
MJ8 Tons: 1.03
Est. Heating CFM2: 0
SoFt/Ton: 1274
Est. Coolina CFM': 524
CFM/SaFt: 0.40
Load Report Name:Pine Park 614-B (North Unit)
Project #:Pine Park 614-B (North)_21-12-15
Coolina Rooms
Load Report
Room
Area
Room Temp
AED
Sensible Load*
Bed #1
128
78
NO
1,942
Kitchen Living Dining
589
78
NO
4,891
Primary Bed
157
78
NO
1,880
Work Suite
443
78
NO
2,963
(Average Load Procedure) The sum of room loads may not equal the project total due to variations in solar gain and system loads.
Floorplan/Levels
Floor 607 ft2 Total Heated Area:
1,865
Frst
Second Floor 629 ft2 Total Cooled Area:
1,317 fN
Third Floor 629 ft2
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/15/2021)
Length = It Area = ft2 Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr Unit Heat Loss = Btu/(heft2)
Rv = heft2.°Flbtu
Verslon21.0.0080 R
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btul(he(t') Rv = heft2-°F/btu
Version:21.0.0080 R
Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt
N = Not Heated
Length = it Area = ft' Temperature = "F Flowrate = USGPM Air Flow = cfm Heat Loss = Btuthr Unit Heat Loss = Btu/(heft') Rv = hr•ft2•°F/btu
Version:21.0.0080 R
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Healed
See end of report for important Notes and Disclaimers.
Page 1 of8
See end of report for important Notes and Disclaimers.
Page 7 of 8
See end of report for important Notes and Disclaimers.
Page 4 of 8
Name:Pine Park 614-B (North Unit)
Load Report
Name:Pine Park 614-B (North Unit)
Load Report
Name:Pine Park 614-B (North Unit)
Load Report
Project #:Pine Park 614-B (North)_21-12-15
Project #:Pine Park 614-B (North) 21-12-15
Project #:Pine Park 614-B (North)_21-12-15
Constructions
Walls
Code
Description
U-Value
Area
Heating
Cooling
R-21, U0.056
0.056
1,646
3,931
681
R-21, U0.056
0.056
790
1 0
0
Int. R-26 Double Wall
Fire wall / sound insulated
0.038
800
1 1,323
66
Doors
Code
Description
U-Value
Area
Heating
Cooling
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
80
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
0
Floors
Code
Description
U-Value
Area
Heating
Cooling
22D-10 P
22D - Vertical Board Insulation Covers Slab Ede Turns Under the Slab and
9
Extends Four Feet Horizontally, any Floor Cover
0.100
102'-
2" (P)
2 003
•
0
R-38p
WSEC R-38 Floors
0.026
22
25
-4
R-38p
WSEC R-38 Floors
0.026
125
0
-23
Ceilings
Code
Description
U-Value
Area
Heating
Cooling
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
305
0
0
Color: Light;
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
128
160
0
Color: Light;
1.75" x 7.25"LVL @12" oc
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
501
625
0
Color: Light;
Glazing
Windows
Code
Description
Exposure
U-Value
SHGC
Area
Heating
Cooling
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
W
0.28
0.25
186
2,239
3,330
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 11% V above.
E
0.28
0.25
131
1,571
2,337
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
E
0.28
0.25
8
90
0
AED
O
Average Load: 6,157 Btu/hr Peak Load: 9,878 Btu/hr
Excursion Limit: 8,004 Btu/hr AED Load:1,873 Btu/hr
(1) AT: Difference between supply air and return air (2) Estimated air flow based on specified supply air AT Created Using HeatCAD 2021 (12115/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft) Rv = hr•R'•'Flbtu Version:21.0.0080 R Length = ft Area = ft2 Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'-*F/btu
Head Loss = it water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 2 of 8 See end of report for important Notes and Disclaimers.
Name: Pine Park 614-B (North Unit) Load Report Name: Pine Park 614-B (North Unit)
Project #:Pine Park 614-B (North)_21-12-15 Project #:Pine Park 614-B (North)_21-12-15
Internal Loads
Description
Default (1,200 Btuh)
3 Occupants:
Total
Sensible
Latent
1,200
0
690
600
1,890
600
Other Loads
Blower Load 1,706 Btulllr
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 5 of 8
Load Report
Heating Zones
Zone Area Room Temp Total Load
Zone 101
97
68
1,825
Zone 102
67
68
832
Zone 103
443
68
5,044
Zone 201
40
68
352
Zone 202
589
68
4,244
Zone 301
49
68
436
Zone 302
33
68
218
Zone 303
155
68
866
Zone 304
157
68
1,384
Zone 305
108
68
438
Zone 306
128
68
1,290
Heatina Rooms
Room
Area
Room Temp
Total Load*
Bath #1
49
68
436
Bed #1
128
68
1,290
Entry
97
68
1,825
Kitchen Living Dining
589
68
4,244
Laundry
33
68
218
Primary Bath
108
68
438
Primary Bed
157
68
1,384
Pwdr
40
68
352
Stair Hall - Third
155
68
866
Work Restroom
67
68
832
Work Suite
443
1 68
1 5,044
* The sum of room loads may not be equal to the project total due to additional system loads.
Cooling Zones
Zone
Area
Room Temp
AED
Sensible Load
Cl
128
78
NO
1,942
C2
157
78
NO
1,880
C3
589
78
NO
4,891
C4
443
78
NO
2,963
(Average Load Procedure)
Warnings
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
Disclaimers
With the permission of the Air Conditioning Contractors of America ("ACCA"), material is reproduced from Manual J Residential Load Calculation (8th Edition) which is copyrighted by ACCA. The program and data are provided "as
is" without warranty of any kind either expressed or implied. The entire risk as the quality and performance of the program and data is with you. In no event will ACCA be liable to you for any damages, including without limitation any
lost profits, lost savings, or other incidental or consequential damages arising out of the use or inability to use this program or the data. ® 2015 Air Conditioning Contractors of America. All Rights Reserved. www.acca.org
ACCA, Manual J and Powered by ACCA Manual J are registered trademarks of the Air Conditioning Contractors of America. All rights reserved.
Cold weather humidification or some lifes les that produce excessive moisture may cause condensation to occur if the absolute humidity of the indoor air is too high for the momenta circumstances. Condensation can occur on
lifestyles, P Y tY 9 momentary
surfaces or concealed within the structure, and can lead to mold, mildew, frost damage, and moisture damage. The software does not perform calculations for the estimation or detection of possible condensation problems, and it is
the designers i.e. software users responsibility to do so independently if required. For guidance and additional cautions refer to ACCA Manual J 8th Edition including Section 1-11 and Section 27.
9 ( ) P lY P Y9 9
The calculated values shown in this report are based on the data input by the user of the software. Inaccurate or erroneous data input will result in inaccurate or erroneous results. You are strongly advised to review all input data
carefully, and to have the calculated results reviewed by an experienced heating professional to ensure reasonableness and suitability for your application.
IN NO EVENT WILL AVENIR SOFTWARE INC. ("AVENIR") OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY FOR ANY
CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHATSOEVER (INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS
OF BUSINESS INFORMATION OR DATA AND THE LIKE) EVEN IF SUCH PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LIABILITY FROM ANY CAUSE RELATED TO OR
ARISING FROM THE USE THIS REPORT, AND REGARDLESS OF THE FORM OF THE ACTION, SHALL BE LIMITED TO NO GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE SOFTWARE LICENSE
AGREEMENT.
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature = OF Flowrate = USGPM Air Flow = cfm Heat Loss = BhAr Unit Heat Loss = Btu/(heft') Rv = heft2-°F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 8 of 8
LN ry, W�,<
MINN-,
CITIZEN
DESIGN
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City of EDMONDS
Permit
August 15, 2022
RECEIVED
9/1 /22
CITY OF EDMONDS
DEVELOPMENT
SERVICES DEPARTMENT
FOR PLANNING DEPT USE ONLY
ENERGY CODE
COMPLIANCE
SCALE: AS NOTED
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT Created Using HeatCAD 2021 (12/15/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = It' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btu/(heft) Rv = hr•R'•'Flbtu Version:21.0.0080 R Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'-*F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = It water RH = Radiant Floor Heating Be = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 3of8 See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 6 of 8
BLD2022-1104- B101
BLD2022-1103- B102
BLD2022-1102- B103
A003
UNIT B2 HEAT LOSS CALCULATION
2021
Balderston Associates
HeatCAD
314 First Ave S
Seattle, WA 98104
Phone:425-243-7290
Email: Hello@baiderstonassociates.com
Project Information
Project #: Pine Park 614-B (Mid Unit)_21-12-15
Name: Pine Park 614-B (Mid Unit)
Location: Edmonds, WA
Notes: 3 of 14 Total Units.
Building B
Manual J Load Summary
Total Heating: 14,306 Btu/hr Total Sensible: 11,302 Btu/hr Total Latent: 600 Btu/hr
Outdoor Conditions
Location:
Everett, Paine
AFB,Washington
Elevation:
596'
Latitude:
47
Heating Cooling
Dry Bulb:
250 "F 76.0 "F
Daily Range:
Medium
Wet Bulb:
64.0 "F
Load Report
Manual J8 Load Calculation
Project #:Pine Park 614-B (Mid Unit)_21-12-15
Indoor Conditions
Heating
Cooling
Room Temp:
68 °F
78 -F
Design Temp Diff:
43.0 "F
-2.0 "F
Humidity:
35
50
Moisture Diff (Grains):
-1.3
Infiltration Ventilation
Method: Simple Num Occupants: 3
Stories: 3 Heating Cooling
Construction: Tight Type: Heat Recovery Type: Heat Recovery
Exposure Category: Three or Four Exposures ACH: 0.26 ACH : 0.37
Num Fireplaces: None Outside Air: 74 cfm Outside Air: 74 cfm
Net Air Changes (Heat/Cool): 0.19 / 0.12 Sensible Eff: 50 % Sensible Eff: 50 %
Net Flow (Heat/Cool): 52 cfm / 24 cfm
Name:Pine Park 614-B (Mid Unit)
Project #:Pine Park 614-B (Mid Unit)_21-12-15
Load Breakdown
Name
Heating
Sensible
Latent
Windows*
3,901
5,667
Skylights'
0
0
Doors
764
80
Walls
3,262
342
Below Grade Walls
0
Ceilings
776
0
Floors
1,449
-124
Infiltration
2,429
-52
0
Internal
1,890
600
Other
0
Duct Loads
0
0
0
Ventilation
1,725
-80
0
Humidification
0
Piping Load
0
Radiant Back Loss
0
Blower Heat
1,706
AED*
1 1,873
Total
14,306
1 11,302
600
Total Area
1,842 ft-
1 1,296 ft'
`Average Load Procedure
Heatina AT': 70.0
JSHR: 0.95
Coolino AT': 18.0
MJ8 Tons: 0.99
Est. Heating CFM': 0
SoFt/Ton: 1307
Est. Coolina CFM': 498
CFM/SoFt: 0.38
Load Report Name:Pine Park 614-B (Mid Unit)
Project #:Pine Park 614-B (Mid Unit)_21-12-15
Floorplan/Levels
Floor 599 ft' Total Heated Area:
1,842
Frst
Second Floor 621 ft' Total Cooled Area:
1,296 ft�
Third Floor 621 ft'
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr Unit Heat Loss = Btu/(heft')
Rv = heft'-°F/btu
Vemlon21.0.0080 R
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
Head Loss = it water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt
N = Not Heated
Length = ft Area = ft' Temperature = "F Flowrate = USGPM Air Flow = cfm Heat Loss = Btuthr Unit Heat Loss = Btu/(heft') Rv = heft'•°F/btu
Version:21.0.0080 R
Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Healed
See end of report for important Notes and Disclaimers.
Page 1 of
See end of report for important Notes and Disclaimers.
Page 4 of 8
Name:Pine Park 614-B (Mid Unit) Load Report Name:Pine Park 614-B (Mid Unit) Load Report
Project #:Pine Park 614-B (Mid Unit)_21-12-15 Project #:Pine Park 614-B (Mid Unit)_21-12-15
Constructions
Walls
Code
Description
U-Value
Area
Heating
Cooling
R-21, U0.056
0.056
812
1,939
276
R-21, U0.056
0.056
412
0
0
Int. R-26 Double Wall
Fire wall / sound insulated
0.038
800
1,323
66
Doors
Code
Description
U-Value
Area
Heating
Cooling
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
80
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
0
Floors
Code
Description
U-Value
Area
Heating
Cooling
22D-10 P
22D - Vertical Board Insulation Covers Slab Ede Turns Under the Slab and
9
Extends Four Feet Horizontally, any Floor Cover
0.100
71'-
10" (P)
1 408
•
0
R-38p
WSEC R-38 Floors
0.026
36
41
-6
R-38p
WSEC R-38 Floors
0.026
639
0
-118
Ceilings
Code
Description
U-Value
Area
Heating
Cooling
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
777
0
0
Color: Light;
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
126
157
0
Color: Light;
1.75" x 7.25"LVL @12" oc
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
496
619
0
Color: Light;
Glazing
Windows
Code
Description
Exposure
U-Value
SHGC
Area
Heating
Cooling
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
W
0.28
0.25
186
2,239
3,330
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 11% V above.
E
0.28
0.25
131
1,571
2,337
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
E
0.28
0.25
8
90
0
AED
O
Average Load: 6,157 Btu/hr Peak Load: 9,878 Btu/hr
Excursion Limit: 8,004 Btu/hr AED Load:1,873 Btu/hr
(1) AT: Difference between supply air and return air (2) Estimated air flow based on specified supply air AT Created Using HeatCAD 2021 (12115/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft) Rv = hr•ff'•'Flbtu Version:21.0.0080 R Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'•°F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 2 of 8 See end of report for important Notes and Disclaimers.
Name: Pine Park 614-B (Mid Unit) Load Report Name: Pine Park 614-B (Mid Unit)
Project #:Pine Park 614-B (Mid Unit)_21-12-15 Project #:Pine Park 614-B (Mid Unit)_21-12-15
Internal Loads
Other Loads
Description
Sensible
Latent Blower Load 1,706 Btu/hr
Default (1,200 Btuh)
200
1LJ�-J
0
3 Occupants:
600
Total
600
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 5 of 8
Load Report
Heating Zones
Zone Area Room Temp Total Load
Zone 101
97
68
1,930
Zone 102
67
68
890
Zone 103
435
68
3,473
Zone 201
40
68
393
Zone 202
581
68
3,583
Zone 301
49
68
476
Zone 302
33
68
239
Zone 303
155
68
938
Zone 304
154
68
1,104
Zone 305
106
68
220
Zone 306
125
68
1,059
Heatina Rooms
Room
Area
Room Temp
Total Load'
Bath #1
49
68
476
Bed #1
125
68
1,059
Entry
97
68
1,930
Kitchen Living Dining
581
68
3,583
Laundry
33
68
239
Primary Bath
106
68
220
Primary Bed
154
68
1,104
Pwdr
40
68
393
Stair Hall - Third
155
68
938
Work Restroom
67
68
890
Work Suite
435
1 68
1 3,473
' The sum of room loads may not be equal to the project total due to additional system loads.
Cooling Zones
Zone
Area
Room Temp
AED
Sensible Load
Cl
125
78
NO
1,898
C2
154
78
NO
1,828
C3
581
78
NO
4,659
C4
435
78
NO
2,789
(Average Load Procedure)
Coolina Rooms
Load Report
Room
Area
Room Temp
AED
Sensible Load*
Bed #1
125
78
NO
1,898
Kitchen Living Dining
581
78
NO
4,659
Primary Bed
154
78
NO
1,828
Work Suite
435
78
NO
2,789
(Average Load Procedure) The sum of room loads may not equal the project total due to variations in solar gain and system loads.
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT Created Using HeatCAD 2021 (12/15/2021)
Length = R Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btul(he(t') Rv = heft'-°F/btu Version:21.0.0080 R
Head Loss = it water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 7 of 8
Name:Pine Park 614-B (Mid Unit) Load Report
Project #:Pine Park 614-B (Mid Unit)_21-12-15
Warnings
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
Disclaimers
With the permission of the Air Conditioning Contractors of America ("ACCA"), material is reproduced from Manual J Residential Load Calculation (8th Edition) which is copyrighted by ACCA. The program and data are provided "as
is" without warranty of any kind either expressed or implied. The entire risk as the quality and performance of the program and data is with you. In no event will ACCA be liable to you for any damages, including without limitation any
lost profits, lost savings, or other incidental or consequential damages arising out of the use or inability to use this program or the data. ® 2015 Air Conditioning Contractors of America. All Rights Reserved. www.acca.org
ACCA, Manual J and Powered by ACCA Manual J are registered trademarks of the Air Conditioning Contractors of America. All rights reserved.
Cold weather humidification or some lifes les that produce excessive moisture may cause condensation to occur if the absolute humidity of the indoor air is too high for the momenta circumstances. Condensation can occur on
lifestyles, P Y tY 9 momentary
surfaces or concealed within the structure, and can lead to mold, mildew, frost damage, and moisture damage. The software does not perform calculations for the estimation or detection of possible condensation problems, and it is
the designers i.e. software users responsibility to do so independently if required. For guidance and additional cautions refer to ACCA Manual J 8th Edition including Section 1-11 and Section 27.
9 ( ) P lY P Y9 9
The calculated values shown in this report are based on the data input by the user of the software. Inaccurate or erroneous data input will result in inaccurate or erroneous results. You are strongly advised to review all input data
carefully, and to have the calculated results reviewed by an experienced heating professional to ensure reasonableness and suitability for your application.
IN NO EVENT WILL AVENIR SOFTWARE INC. ("AVENIR") OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY FOR ANY
CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHATSOEVER (INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS
OF BUSINESS INFORMATION OR DATA AND THE LIKE) EVEN IF SUCH PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LIABILITY FROM ANY CAUSE RELATED TO OR
ARISING FROM THE USE THIS REPORT, AND REGARDLESS OF THE FORM OF THE ACTION, SHALL BE LIMITED TO NO GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE SOFTWARE LICENSE
AGREEMENT.
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature = OF Flowrate = USGPM Air Flow = cfm Heat Loss = BhAr Unit Heat Loss = Btu/(heft') Rv = heft'-°F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 8 of 8
LN ry, W�,<
MINN-,
CITIZEN
DESIGN
r.
w
Q
Z
O
0
W
Z W
O
H
Z
Q
W
� � Q
Z W LI
0 O
r_
W
Z •o
City of EDMONDS
Permit
August 15, 2022
RECEIVED
9/1 /22
CITY OF EDMONDS
DEVELOPMENT
SERVICES DEPARTMENT
FOR PLANNING DEPT USE ONLY
ENERGY CODE
COMPLIANCE
SCALE: AS NOTED
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT Created Using HeatCAD 2021 (12/15/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = it' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btu/(heft) Rv = hr•ff'•'Flbtu Vemion21.0.0080 R Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'•°F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = It water RH = Radiant Floor Heating Be = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 3of8 See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 6 of 8
BLD2022-1104- B101
BLD2022-1103- B102
BLD2022-1102- B103
A004
UNIT B3 HEAT LOSS CALCULATION
2021
Balderston Associates
HeatCAD
314 First Ave S
Seattle, WA 98104
Phone:425-243-7290
Email: Hello@baiderstonassociates.com
Project Information
Project #: Pine Park 614-B (South)_21-12-15
Name: Pine Park 614-B (South Unit)
Location: Edmonds, WA
Notes: 3 of 14 Total Units.
Building B
Manual J Load Summary
Total Heating: 16,931 Btu/hr Total Sensible: 11,707 Btu/hr Total Latent: 600 Btu/hr
Outdoor Conditions
Location:
Everett, Paine
AFB,Washington
Elevation:
596'
Latitude:
47
Heating Cooling
Dry Bulb:
250 "F 76.0 *F
Daily Range:
Medium
Wet Bulb:
64.0 *F
Load Report
Manual J8 Load Calculation
Project #:Pine Park 614-B (South)_21-12-15
Indoor Conditions
Heating
Cooling
Room Temp:
68 "F
78 "F
Design Temp Diff:
43.0 *F
-2.0 "F
Humidity:
35
50
Moisture Diff (Grains):
-1.3
Infiltration Ventilation
Method: SimpilNum Occupants: 3
Stories: 3 Heating Cooling
Construction: Tight Type: Heat Recovery Type: Heat Recovery
Exposure Category: Three or Four Exposures ACH: 0.27 ACH : 0.37
Num Fireplaces: None Outside Air: 75 cfm Outside Air: 75 cfm
Net Air Changes (Heat/Cool): 0.19 / 0.12 Sensible Eff: 50 % Sensible Eff: 50 %
Net Flow (Heat/Cool): 53 cfm / 24 cfm
Name:Pine Park 614-B (South Unit)
Project #:Pine Park 614-B (South)_21-12-15
Load Breakdown
Name
Heating
Sensible
Latent
Windows*
3,901
5,667
Skylights'
0
0
Doors
764
80
Walls
5,255
747
Below Grade Walls
0
Ceilings
785
0
Floors
2,029
-123
Infiltration
2,447
-52
0
Internal
1,890
600
Other
0
Duct Loads
0
0
0
Ventilation
1,749
-81
0
Humidification
0
Piping Load
0
Radiant Back Loss
0
Blower Heat
1,706
AED*
1,873
Total
16,931
1 11,707
1 600
Total Area
1,865 ft'
I 1,317 ft'
*Average Load Procedure
Heatina AT': 70.0
JSHR: 0.95
Coolino AT': 18.0
MJ8 Tons: 1.03
Est. Heating CFM2: 0
SaFtTon: 1284
Est. Coolina CFM': 519
CFM/SaFt: 0.39
Load Report Name:Pine Park 614-B (South Unit)
Project #:Pine Park 614-B (South)_21-12-15
Coolina Rooms
Load Report
Room
Area
Room Temp
AED
Sensible Load*
Bed #1
128
78
NO
1,942
Kitchen Living Dining
589
78
NO
4,795
Primary Bed
157
78
NO
1,880
Work Suite
443
78
NO
2,963
(Average Load Procedure) The sum of room loads may not equal the project total due to variations in solar gain and system loads.
Floorplan/Levels
Floor 607 ft2 Total Heated Area:
1,865
Frst
Second Floor 629 ft2 Total Cooled Area:
1,317 fN
Third Floor 629 ft2
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/15/2021)
Length = ft Area = ft2 Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr Unit Heat Loss = Btu/(heft2)
Rv = heft2.°Flbtu
Verslon21.0.0080 R
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Created Using HeatCAD 2021 (12/1512021)
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btul(he(t') Rv = heft2-°F/btu
Version:21.0.0080 R
Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt
N = Not Heated
Length = it Area = ft' Temperature = "F Flowrate = USGPM Air Flow = cfm Heat Loss = Btuthr Unit Heat Loss = Btu/(heft') Rv = hr•ft2•°F/btu
Version:21.0.0080 R
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
Head Loss = ft water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Healed
See end of report for important Notes and Disclaimers.
Page 1 of8
See end of report for important Notes and Disclaimers.
Page 7 of 8
See end of report for important Notes and Disclaimers.
Page 4 of 8
Name:Pine Park 614-B (South Unit)
Load Report
Name:Pine Park 614-B (South Unit)
Load Report
Name:Pine Park 614-B (South Unit)
Load Report
Project #:Pine Park 614-B (South)_21-12-15
Project #:Pine Park 614-B (South)_21-12-15
Project #:Pine Park 614-B (South)_21-12-15
Constructions
Walls
Code
Description
U-Value
Area
Heating
Cooling
R-21, U0.056
0.056
1,646
3,931
681
R-21, U0.056
0.056
790
1 0
0
Int. R-26 Double Wall
Fire wall / sound insulated
0.038
800
1 1,323
66
Doors
Code
Description
U-Value
Area
Heating
Cooling
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
80
0.37 Swing
U-value - 0.37 Opaque Swing Doors
0.370
24
382
0
Floors
Code
Description
U-Value
Area
Heating
Cooling
22D-10 P
22D - Vertical Board Insulation Covers Slab Ede Turns Under the Slab and
9
Extends Four Feet Horizontally, any Floor Cover
0.100
102'-
2" (P)
2 003
•
0
R-38p
WSEC R-38 Floors
0.026
23
26
-4
R-38p
WSEC R-38 Floors
0.026
647
0
-119
Ceilings
Code
Description
U-Value
Area
Heating
Cooling
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
784
0
0
Color: Light;
R-38 Code Flat Roof
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
129
161
0
Color: Light;
1.75" x 7.25"LVL @12" oc
Ceiling On Exposed Beams; R-38 Insulation; Roof Material: Membrane; Roof
0.029
501
625
0
Color: Light;
Glazing
Windows
Code
Description
Exposure
U-Value
SHGC
Area
Heating
Cooling
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
W
0.28
0.25
186
2,239
3,330
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 11% V above.
E
0.28
0.25
131
1,571
2,337
0.28, 0.25SHGC
0.28, BlindsMedium45 (50%), 1% V above.
E
0.28
0.25
8
90
0
AED
O
Average Load: 6,157 Btu/hr Peak Load: 9,878 Btu/hr
Excursion Limit: 8,004 Btu/hr AED Load:1,873 Btu/hr
(1) AT: Difference between supply air and return air (2) Estimated air flow based on specified supply air AT Created Using HeatCAD 2021 (12115/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft) Rv = hr•R'•'Flbtu Version:21.0.0080 R Length = ft Area = ft2 Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'-*F/btu
Head Loss = it water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 2 of 8 See end of report for important Notes and Disclaimers.
Name:Pine Park 614-B (South Unit) Load Report Name:Pine Park 614-B (South Unit)
Project #:Pine Park 614-B (South)_21-12-15 Project #:Pine Park 614-B (South)_21-12-15
Internal Loads
Other Loads
Description
Sensible
Latent Blower Load 1,706 Btu/hr
Default (1,200 Btuh)
1,200
0
3 Occupants:
690
600
Total
1,890
600
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 5 of 8
Load Report
Heating Zones
Zone Area Room Temp Total Load
Zone 101
97
68
1,825
Zone 102
67
68
832
Zone 103
443
68
5,045
Zone 201
40
68
352
Zone 202
589
68
4,245
Zone 301
49
68
436
Zone 302
33
68
218
Zone 303
155
68
867
Zone 304
157
68
1,384
Zone 305
108
68
438
Zone 306
1 128
1 68
1,290
Heatina Rooms
Room
Area
Room Temp
Total Load*
Bath #1
49
68
436
Bed #1
128
68
1,290
Entry
97
68
1,825
Kitchen Living Dining
589
68
4,245
Laundry
33
68
218
Primary Bath
108
68
438
Primary Bed
157
68
1,384
Pwdr
40
68
352
Stair Hall - Third
155
68
867
Work Restroom
67
68
832
Work Suite
443
1 68
1 5,045
* The sum of room loads may not be equal to the project total due to additional system loads.
Cooling Zones
Zone
Area
Room Temp
AED
Sensible Load
Cl
128
78
NO
1,942
C2
157
78
NO
1,880
C3
589
78
NO
4,795
C4
443
78
NO
2,963
(Average Load Procedure)
Warnings
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overcome solar load spikes for one or more rooms. Consider a zoned system, or provide zone control (individual,
motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be suitable for the application.
Disclaimers
With the permission of the Air Conditioning Contractors of America ("ACCA"), material is reproduced from Manual J Residential Load Calculation (8th Edition) which is copyrighted by ACCA. The program and data are provided "as
is" without warranty of any kind either expressed or implied. The entire risk as the quality and performance of the program and data is with you. In no event will ACCA be liable to you for any damages, including without limitation any
lost profits, lost savings, or other incidental or consequential damages arising out of the use or inability to use this program or the data. ® 2015 Air Conditioning Contractors of America. All Rights Reserved. www.acca.org
ACCA, Manual J and Powered by ACCA Manual J are registered trademarks of the Air Conditioning Contractors of America. All rights reserved.
Cold weather humidification or some lifestyles that produce excessive moisture may cause condensation to occur if the absolute humidity of the indoor air is too high for the momenta circumstances. Condensation can occur on
tY P Y tY 9 momentary
surfaces or concealed within the structure, and can lead to mold, mildew, frost damage, and moisture damage. The software does not perform calculations for the estimation or detection of possible condensation problems, and it is
the designers i.e. software users responsibility to do so independently W required. For guidance and additional cautions refer to ACCA Manual J 8th Edition including Section 1-11 and Section 27.
9 ( ) P lY P Y9 9
The calculated values shown in this report are based on the data input by the user of the software. Inaccurate or erroneous data input will result in inaccurate or erroneous results. You are strongly advised to review all input data
carefully, and to have the calculated results reviewed by an experienced heating professional to ensure reasonableness and suitability for your application.
IN NO EVENT WILL AVENIR SOFTWARE INC. ("AVENIR") OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY FOR ANY
CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHATSOEVER (INCLUDING, BUT NOT LIMITED TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS
OF BUSINESS INFORMATION OR DATA AND THE LIKE) EVEN IF SUCH PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LIABILITY FROM ANY CAUSE RELATED TO OR
ARISING FROM THE USE THIS REPORT, AND REGARDLESS OF THE FORM OF THE ACTION, SHALL BE LIMITED TO NO GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE SOFTWARE LICENSE
AGREEMENT.
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature = OF Flowrate = USGPM Air Flow = cfm Heat Loss = BhAr Unit Heat Loss = Btu/(heft') Rv = heft2-°F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 8 of 8
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City of EDMONDS
Permit
August 15, 2022
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RECEIVED
9/1 /22
CITY OF EDMONDS
DEVELOPMENT
SERVICES DEPARTMENT
FOR PLANNING DEPT USE ONLY
ENERGY CODE
COMPLIANCE
SCALE: AS NOTED
(1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT Created Using HeatCAD 2021 (12/15/2021) (1) AT: Difference between supply air and return air (2) Estimated air Flow based on specified supply air AT
Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btulhr Unit Heat Loss = Btu/(heft) Rv = hr•R'•'Flbtu Version:21.0.0080 R Length = ft Area = ft' Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btufhr Unit Heat Loss = Btu/(heft') Rv = heft'-*F/btu
Head Loss = It water RH = Radiant Floor Heating BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated Head Loss = It water RH = Radiant Floor Heating Be = Baseboard FA = Forced Air OTH = Other Heating SM = Snowmelt N = Not Heated
See end of report for important Notes and Disclaimers. Page 3of8 See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2021 (12/15/2021)
Version:21.0.0080 R
Page 6 of 8
BLD2022-1104- B101
BLD2022-1103- B102
BLD2022-1102- B103
A005