HomeMy WebLinkAboutHVAC Load Calculation ReportHeat
@
2025
(User Specified) 113 SHORE DRIVE OUTSIDE
SILT CO, Colorado
Manual J8
-2.0 "F
1,809 ft'
1,851 ff
3,661 ft,
2
Heating System Summary
Pr$ed.#:O6P4l@1
June24,2O25
Project lnformation
Prqecl #: OOn4n01
Name: DEAN IGRSTENSEN
Location: '113 SHORE DRIVE OUTSIDE SILT CO
Proiect Summary
Design Location:
Notes:
Component Losses:
I nfiltratio nA/enti latio n :
Total Heating Load:
Forced Air:
Central Ventilation Load:
Total Heating Load:
73,060 Btu/hr
7,479 Blulhr
80,539 Btu/hr
76,343 Btu/hr
4,196 Btu/hr
80,539 Btu/hr
Load Calculation Method:
Outdoor Temperature:
Floorplans / Levels:
MAIN LEVEL
LOWER LEVEL
Total Area:
Total Zones:
Zone Heating Summary
Zone Loadt
42,899
33,444
Supplemental
42,899
33,444
76,343
FA Load
42,899
33,444
76,U3
RH Loadt
0
0
0
lleating Types
FA
FA
FA
Construction
Slab Below Grade
Suspended
multiple
Area
1,809
1,851
3,661
Zone#
101
201
Total
(1) RH Loads include internal panel back losE ihat dray not be included in the project total.
Room Heating Summary (By Floorplan)
MAIN LEVEL
Total Load
6,558
24,835
959
202
2,ffi7
Other Load
o
0
0
0
0
FA Load
6,558
24,835
9s9
202
2,687
BB Load
0
0
0
0
0
RH Load
0
0
0
0
0
Unit RH
Load
0.0
0.0
0.0
0.0
0.0
Floor
Cover RV
0.5
0.5
0.5
0.5
0.5
Tube
Spacing
12
12
12
12
12
Heated
Area
217
918
42
17
121
Area
231
980
48
21
133
Heating
Type
FA
FA
FA
FA
FA
Room Name
Room A-01
Room A-02
Room A{3
Room A{4
Room A-05
Zone#
101
101
101
101
101
Length=f,fuea=ft2 Temperature='F Flowrate=USGPM AirFlor.r=cfm HeatLoss=Eltu/hr UnitHeatLoss=Btu/(hr.fl3)
HeadLoss=ftwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Rv = hr.fl3.'Flbtu
N = Not Heated
Created Using HealCAD 2025 Ql'1620%,
Vercion25.0.0080 R
B"tild,'ng frle
Page 1 of2
Name:DEAN KARSTENSEN
Projeci #:06124/001
Heating System Summary
June24,20'25
2,628
3,250
713
1,068
0
0
0
0
2,628
3,250
713
1,068
o
0
0
o
0
0
0
0
0.0
0.0
0.0
0.0
0.5
0.5
0.s
0.5
12
12
12
12
151
143
22
41
164
157
27
49
FA
FA
FA
FA
Room 446
Room A-07
Room A-08
Room A-09
101
101
101
101
LO\A/ER LEVEL
Total Load
12,119
3,393
9,809
1,176
2,312
1,293
3342
Other Load
0
0
0
0
0
0
0
FA Load
12,119
3,393
9,809
1,176
2,312
1,n3
3,U2
BB Load
0
o
0
0
0
0
0
RH Load
0
0
0
0
0
o
0
Unit RH
Load
0.0
0.0
0.0
0.0
0.0
0.0
0.0
Floor
Cover RV
0.5
0.5
0.5
0.5
0.5
0.5
0.5
Tube
Spacing
12
12
12
12
12
12
12
Heated
Area
631
189
496
90
94
71
't50
Area
672
202
533
98
10s
79
163
Heating
Type
FA
FA
FA
FA
FA
FA
FA
Room Name
Room B{1
Room B-02
Room B-04
Room B{5
Room B{3
Room 846
Room B-07
Zone#
201
201
201
201
201
201
201
Disclaimers
ACCA, Manual J and Powered by ACCA Manual J are registered trademarks of the Air Conditioning Contractors of America. All rights reserved.
carefully, and to have lhe calc1tlated results reviewed by an experienced heating prcfessional lo ensure reasonableness and suitability for your application.
NO GREATER THAN THE AI\4OUNT OF FEES PAID TO AVENIR UNDER THE SOFTWARE LICENSE AGREEMENT.
Length=frArea=ft2 Ternperature="F Flowrate=USGPM AkFlo$r=cfm HeatLoss=Biu/hr Unit Heat Loss = Btn/{hr.fl3)Rv = hr.fi2."F/btu
N = Nol HealedHead Loss = fi water RH = Radhnt Floor Heating BB = Baseboard FA= Forced Ait
See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2025 (lh6n025)
Version25.0.0080 ROTH = Other Heating SM = Snowmelt
Page2ol2
Heal(r{P'2g2S Form Jl
Manual J8 Load Calculation
Prolecl#:06124lOO1
June 24,2025
Proiect lnformation
Project #: 061241001
Name: DEAN IGRSTENSEN
Location: 1'13 SHORE DRIVE OUTSIDE SILT CO
Notes:
80030.98380.539Sum lines 13 through 19Total Loadq4
3,783AED ExqursionZU
't,70sglower Heat1cl
Piping Load18
calrDayWanter Humidificatiqn Load17
1.0494,196128E Ctm128Vent CfmVentilation Loads16
ELGDuct Loads15
EHLF & ESGF
80024.44676.343Sum lines 6 through 13Subtoiels14
User specilied additional loadsOther
Plantse
lnternal13
custom Appliancesd
Default AdJustmentgc
1,200DefScenario Numberb
800s204Occupants at 230 and 200 Btuha
wAR 1.0
0.053
Effect ACH
Latent Load (Btuhl
lnfiltration12 Sensible Load (Btuh)
0.116Heating Load (Btuh)
1.20010,7971.8rr10.6558320F-10r,pb
Floors11
2.2151.8091.22218-24pa
4.4518,4343,6611.222.3016CR-304DaCeilinqs10
4,31 11.1563.7315C11-0w (6 R)aBelow Grade
Wallss
2.15710.0612,0531,054.9012E-0swb
Absve Grede
walls and
Partitiong
o
9986,7178111.238.2815C11-0w
6,67920.03846414.4043 201'tJaWood and Metal
Doors7
aSkylishts6b
91.t2.22363.0014,47N1D-cfb
Windows and
Glass Doors6a
5.5628.26523423.7435 28S1D-cfa
L-C19.S-Clg.Heating
Area or
Lengthcls.Htg.
Panel
Faces
Construction
Numberlype of Exposure
BtuhHTII,II
3,661Ceiling slope {Deg.} and Grost ceiling Area (SqFt}5
3,661Room Oimensions {Ft} and Floor Flan Area {SgFt}4
4 3't510.0Ceiling Heighi {Ft} and Gross wall Area {SqFt)J
455Running Feet of Expos€cl Wall2
Entire HguseName ot Room DEAN I(ARSTET.ISEI'.I1
Form JI (Summer)
All load values shown in Btu/hr
Sce scctions at end of report for important Notes, Assumptions and Disclaimcrs.
Created Using HeatCAD 2025 (711812025)
Software V€rsion:25.0.0080 R
Page 1 ol2
Project #: OOl24l001
Name: DEAN KARSTENSEN
Form Jl
June24,2O25
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 syitem, or provide zone controllindividual, motorized, thermostatically controlled dampers) for problem room. Single speed equipment may not be
suitable for the application.
Disclaimers
by ACCA. The program and data are provide<l "as is' without wananty of any klnd either expressed or implled. The entlre risk as the quality and porformance of the program and
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 reseNed.
Cold weather humidmcation, or some lifestyles that produce excessive moisture, may cause condensation to o@ur if lhe absolute humidity of the indoor air is too high for the
momentary circumstances. Condensation can occur on surfaces or concealed within the structure, and can lead to mold, mildew, frost damage, and molsture damage. The
independently if required. For guldance and additional cautlons refer to ACCA Manual J 8th Edition, inoludlng Section 1-1 1 and Section 27.
you are strongly advised to review all input data carefully, and to have the calculated results reviewed by an experlenced heating professional to ensure reasonableness and
sultability for your application.
tN NO EVENT WLL AVENIR SOFTWARE tNC. fAVEN|R) OR lrs AFFTLTATES BE LTABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL
oR EQUITABLE THEoRY FoR ANY coNSEoLJENTIAL, I.NcIDENTAL, 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 DATAAND THE LIKE), EVEN IF SUCH PARTY
HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LIABILIfi 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.
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25.0.0080 R
See scctions at end of rcport for important Notes, Assumptions and Disclaimens.Page 2 ol 2
Heal([p'2025 Load Summary
Manual J8 Load Calculation
Project #:06/241001
June 24,2025
Proiect lnformation
Project #: 061241001
Name: DEAN KARSTENSEN
Location: 113 SHORE DRIVE OUTSIDE SILT CO
Notes:
Outdoor Conditions
Looation: (User Specifted) 1 13 SHORE DRIVE
OUTSIDE SILT CO,Colorado
Elevation: 5503'
Latitude: 40
Dry Bulb:
Daily Range:
Wet Bulb:
Heatlng
-2.0 "F
lnllltration
Method:
Stories:
Construction:
Exposure Category:
Num Fireplaces:
Net Air Changes (H/C):
Net Flow (H/C):
Total Hcating: 80,539 Btu/hr
Total Sensible: 30,983 Btu/hr
Total Latent: 800 Btu/hr
Load Breakdown
*Average Load Proedure
Heating AT1:70.0
Cooling ATr: 18.0
Est. Heating CFM2: 1259
Est. Cooling CFM2: 1884
Coollng
93.0 "F
High
59.0'F
Simple
1
Tight
Three or Four Exposures
2 (Tisht)
o.'t2t0.05
50 cfm/23 cfm
JSHR: 0.97
MJ8 Tons: 2.65
SqFUTon: 1382
CFM/SqFI:0.51
lndoor Conditions
Room Temp:
Design Temp Diff:
Humidity:
Moisture Diff (Grains):
Ventilation
Num Occupants:
Type:
ACH:
Outside Air:
Sensible Eff:
C6ilings
20000
17000
't4000
Floorplan/Levels
MAIN LEVEL
LOWER LEVEL
Total Heated Area:
Total Cooled Area:
Type:
ACH:
Outside Air:
Sensible Eff:
920
Peak Load: 19,190 Btu/hr
AED Load: 3,783 Btu/hr
1,809 ft,
1,851 ft'
Coollng
Heat Recovery
0.30
128 cfm
5O o/o
H€at
Legend
** Load Line
-"'-" Average
-
30 Percent
Heatlng
70'F
72.O "F
35
Coollng
75 "F
18.0'F
45
-34.1
ft2
ft2
3,661
3,661
4
Heatlng
Heat Recovery
0.30
128 cfm
50 o/o
Heating Load Breakdown Sensible Load Breakdown
DooB DooE
Eelow
lrlrrlls
Ceillngs
I nliltratlon
Fenestration Load vs Hour of Day - Block Load (Summer)
WallsWalls
Garm
8000
5000
2000 89
Average Load: 1 1,852 Btu/hr
Excursion Limit: 15,407 Btu/hr
10 11 12 13 ',14 15 16 17 18 1
Hour of Day
3,661 ftz3,661 ft2Total Area
80030,98380,539Total
3,783AED*
1,706Blower H6at
0Radiant Back Loss
0Pipins Load
0Humidification
0't,0494,196Ventilation
000Duct Loads
0Other
8002,120lnternal
03723,283lnfiltration
1,20013,01 1Floors
4,4518,434Ceilings
4,311Below Grade Walls
3,'t5016,778Walls
6,67920,038Doors
00Skylishts-
6,47310,488Wndows*
LatentSenslbleHeatlnsName
(1) AT: OiffeHe betwen supply air and retum air (2) Estimated air flow based on specified supply air AT
Length = ft Area = fF Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr
Unit Heat Loss = Btu(hrft2) Rv = hr'ft"F/btu Head Loss = ft water RH = Radiant Floor H€atlng
BB = Easeboard FA = Forced Air OTH = Other Heating sM o Snowmelt N = Not Heated
See sections at end of report for important Notcs, Assumptions and Disclaimcrs
Created Uslng HeatcAD 2025 (711612025)
Software Verslon:25.0.0080 R
Page 1 of2
Project #: 061241001
Name: DEAN KARSTENSEN
Load Summary
June 24,2025
Warnings
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overoome solar load spikes for one or more rooms.
Consider a zoned syitem, or provide zone control (individual, motorized, thermostatioally conlrolled dampers) for problem room. Single speed equipment may not be
suitable for the application.
Disclaimers
by ACCA. The program and dala are provided "as is" without wananty of any kind either expressed or implied. The entire risk as the quality and perfomance of the program and
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 Condltloning Contractors of Amerlca. All rights reserved'
cold weather humidificauon, or some lifestyles that produce excessive moisfure, may cause condensation to occur if the absolute humidity of the indoor air is too high for the
momentary circumstances. Condensation can occur on surtaces or concealed within the strucfure, and can lead to mold, mildeu frost damage, and molsture.damage. The
independendy if re!uired. For guidance and additional cautions refer to ACCA Manual J 8th Edition, includtng Section 1-1 I and Section 27'
you are strongly advised to review all input data carefully, and to have the calculated results reviewed by an experlenced heating professional to ensure reasonableness and
$uitabillty tor your appllcation.
tN NO EVENT WILL AVENTR SOFTWARE tNC. ('AVEN|R) OR tTS AFFTLTATES BE LTABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LlABlLlry OR OTHER LEGAL
oR EoutrABLE THEoRy FoR ANy coNSEouENT|AL, ti!ctDENTAL, rNDtREcr oR spEcrAL oR puNtrtvE DAMAGES WHATSoEVER (lNcLUDlNG, Bur Nor LlMlrED
TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR DATAAND THE LIKE), EVEN IF SUCH PARTY
HAb BEEN ADV|SED oF THE posstBtltry oF sucH DAMAGES. AVENTR'S CUMULATTVE LtABrLrry FRoM ANY cAUsE RELATED To oR ARlslNG FRoM THE usE THls
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
SOFTWAR E LICENSE AGR EEMENT.
(1)AT:Differencebetweensupplyairandr€tumair (2)EstimatedairflowbasedonspecitiedsupplyairAl
Length = ft Area = ft2 Temperature ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr
Unit Heat Loss = Btu(hrft2) Rv = hr'ft2'"F/btu Head Loss - ft water RH = Radiant Floor Heatng
BB * Baseboard FA - Forced Air OTH = Other Heating SM ' Snowmelt N = Not Heated
Created Uslng HeatCAD 2025 (711612025)
Software Verslon:25.0.0080 R
Sec sections at end of report for important Notcs, Assumptions and Disclaimers.Page 2 ol 2
@ Load Report
Manual J8 Load Calculation
Projed#:6124lOO1
June24,2OE
Gooling
Heat Recovery
0.30
1 28 cfin
50o/o
Created Using HealCAD 2025 QAGaO2S)
Version25O.0080 R
Heat 2B2S
Project lnformation
Project #: OGn4tuO1
Name: DEAN KARSTENSEN
Location: 113 SHORE DRIVE OUTSIDE SILT CO
Manual J Load Summary
Total Heating: 80,539 Btu/hr
Outdoor Gonditions
Location:
Elevation:
Latltude:
Dry Bulb:
Daily Range
Wet Bulb:
Heating
-2.0'F
lnfiltration
Method:
Stories:
Construction:
Exposure Category:
Num Fireplaces:
Net Air Changes (Heat/Cool):
Net Flow (HeatlCool):
Floorplan/Levels
MAIN LEVEL
LOWER LEVEL
Total Sensible: 30,983 Btu/hr
(User Specified) 113 SHORE
DRIVE OUTSIDE SILT
CO,Colorado
5503',
N
Cooling
93.0'F
High
s9.0'F
Simple
1
Tight
Three or Four Exposures
2 (Tisht)
o.12 to.*5
50 cfm / 23 cfm
Notes:
Total Latent: 800 Btu/hr
lndoor Conditions
Room Temp:
Design Temp Diff:
Humidity:
Moisture Diff (Grains):
Ventilation
Num Occupants:
Type:
ACH:
Outside Air:
Sensible Eff:
Total Heated Area:
Total Cooled Area:
Heating
70'F
72.0"F
35
4
Heating
Heat Recovery
0.30
128 cfm
50 o/o
Rv = hr.fl3."F/btu
N = Not Heated
Cooling
75'F
18.0 'F
45
-34.1
Type:
ACH:
Outside Air:
Sensible Efi:
ff
ft,
3,661
3,661
ft,
ft2
,809
,851
(1) AT: Difference between supply air and return air (2) Estirnated air flol,', based on specmed suppv air AT
Length=frtuea=ff3 Temperature="F Flowrate=USGPM AirFlow=cfrn HeatLoss=Eltu/hr UnilHeatLoss=Btu(hr'fl3)
HeadLoss=frwater RH=RadiantFloorHealing BB=Baseboard FA=ForcedAir OTH=otherHeating SM=Snowmelt
See end of rcport for important Notes and Disclaimens.Page 1 of8
Name: DEAt'l KARSTENSEN
Project #:06124/001
Gonstructions
Walls
Below Grade Walls
Load Report
June24,2A25
Cooling
998
2,152
Heating
6,717
10,061
Area
811
2,055
U-Value
0.115
0.068
Description
Four lnch Concrete; Wood Framing; R-1 1 lnsulation in 2 x 4 Stud Cavity; Plus
lnterior Finish
Frame Wall or Partition; Wood Framing; R-19 lnsulation in 2 x 6 Stud Cavity;
Stucco or Wood Siding; Plus lnterior Finish
Code
15C11-0w
12E-0sw
Cooling
o
Heating
4,311
Area
1,156
U-Value
0.1 15
Description
Four lnch Concrete; Wood Framing; R-1 1 lnsulation in 2 x 4 Stud Cavity; Plus
lnterior Finish
Code
15C11-O,v (6 ft)
Doors
Cooling
6,679
Heating
20,038
Area
464
U-Value
0.600
Description
Metal Door with Fiberglass Core
Code
11J
Floors
Cooling
0
1,2@
Heating
2,215
10,797
Area
1,809
1,851
U-Value
0.100
0.081
Description
Carpet or Hardwood Cover; R-10 board lnsulation
Code
218-24p
20P-1Ocp
Cooling
4,451
Heating
8AU
Area
3,661
U-Value
0.032
Gode lDescription
16CR-30AD lf nR vented attic; With radiant barrier over ceiling or same type of air space
lbehind an attic knee wall; R-30 lnsulation; Materials: Asphalt Shingles(a),
lMetal(m), Tar / Gravel(x), Membrane(z); Colors: Dark(d);
Ceilings
Glazing
Windows
(1) AT: Difference between supply air and return ah (2) Estinrated air flow based on specified suppv air AT
Length=ftArea=fl2 TempeEture="F Flowrate=USGPM AirFlow=cfm HealLoss=Blu/hr UnilHeatLoss=Btu{hr.fl1
HeadLoss=ftwa{er RH=RadhniFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmeft
See end of report for important Notes and Disclaimens.
Rv = hr.ff.'Flbtu
N = Not Heated
Created Using HeatCAD 2025 Q11612025l
VeFbn25O.0080 R
Cooling
5,562
911
Heating
8,265
2,223
Area
234
63
SHGC
0.56
0.s6
U-Value
0.49
0.49
Exposure
s
N
Description
Double pane operable window or sliding glass door, with
Clear Glass - lnsulated Fiberglass Framing,
BlindsMedium45 (50o/o)
Double pane operable window or sliding glass door, wilh
Clear Glass - lnsulated Fiberglass Framing,
Bli ndsMedi um45 (50o/o)
Code
1D-cf
1D-cf
Page 2 of8
Name: DEAl.l KARSTENSEN
Project #:0624/@1
lnternalLoads
Description
Dehult (1,200 Btuh)
4 Occupants:
Total
Later*
Other Loads
Blower Load 1,706 Btu/hrSensible
1,2@
920
2,120
0
800
800
(1) AT: Ditrerence between supply air and retum air (2) Estinnted air flo,v based on specified supply air ATLength=frfuea=ft2 Temperature=oF Flowrate=USGPM AirFlol,r=cfrn HeatLoss=Ellu/hr UntrHeatLoss=Btr.(hr.ff)
Head Loss = ftwater RH = Radbnt Floor Heating BB = Baseboard FA= Forced Air OTH = O4her Heating SM = Snowmelt
See end of report for important Notes and Disclaimens.
Rv = hr'ft2'"F/btu
N = Nol Heated
Created Using HeatCAD 2025 Vl16l2O25)
Version25.0.0080 R
Load Report
June24,2O25
Page 3 of8
Name: DEAl.l KARSTEN SEN
Project #:06124i@1
Load Breakdown
*Average Load Procedure
Heatinq ATr: 70.0
Coolinq ATt: 18.0
Esl. Heatinq CFM2: 1259
Esl. Coolinq CFtvf: 1884
Ceilings
Heating Load Breakdown
Doors
Sensible Load Breakdown
Doors
Rv = hr.fli."F/hu
N = hlot Heated
Created Using HeatCAD 2025 CtnGn$A;\
Version25.0.0080 R
Windows*
Below
\ttlalls
Ventilation
nfilhation
lArlndows"
JSHR:0.97
MJ8 Tons: 2.65
SqFUTon:1382
CFM/SqFI 0.51
Ceilings
(1) AT: Difierence between supply air and retum air (2) EstinEled ah f,ov, based on specified suppty air AT
Length=fifuea=fl3 Tempetalute=T Flowrate=USGPM AfuFlorrr=ctrn HeatLoss-Bu/hr UnilHeaiLoss=Btr/(hr.f)
HeadLoss = fiwatet RH = RadhntFloor Heaiing BB= BaEeboard FA= Forced Air OTH = Other Heating SM= Snowmelt
See end of rcport for important Notes and Disclaimens.
Blower Heat
Load Report
June24,23,25
Latent
0
800
0
0
800
Sensible
6,473
0
6,679
3,150
4,451
1,2@
372
2,120
0
1,049
1,706
3,783
30,983
3,661 ft2
Heating
10,4t'8
0
20,038
16,778
4,311
8,43t
13,011
3,283
0
0
4,196
0
0
0
80,539
3,661 ff
Name
\Mndows*
Skylights-
Doors
\,\r'ails
Below Grade Walls
Ceilings
Floors
lnfiltration
lntemal
Other
Duct Loads
Ventilation
Humidification
Piping Load
Radiant Back Loss
Blower Heat
AED*
Total
Total Area
Page 4 of 8
Name:DEAN KARSTENSEN
Project #:06124/001
AED
20000
19000
18000
17000
16000
15000
14000
13000
120c'O
211d!
Load Report
June24,2Q25
Fenestration Load vs Hour of Day - Block Load (Summer)
11 12 13 't4
Hour of Day
15 16 17
Legend
* Load Line
* Average
Percent
10000
9000
8000
7000
6000
5000
3000
2000
I
Average Load: 1 1,852 Btu/hr
Excursion Limit 15,407 Btu/hr
o 10 18 19 20
Peak Load: 19,190 Btu/hr
AED Load: 3,783 Btulhr
(1) AT: Difference between supply air and return air (2) Estinaied air flor', based on specifred suppty air ATLength=fifuea=fli Temperature="F Flowrate=USGPM AirFlor.r-cftn HeatLoss=Btu/hr UnitHeatLoss=Btrj/(hr-fi3)
HeadLoss=ffwater RH=RadiartFloorHeating BB=Baseboard FA=ForcedAir OTH=O{herHeating SM=Snowmelt
See end of rcport for important Notes and Disclaimers.
Rv = hr.fi2.'F/bfu
N = Not Heated
Created Lrsing HeatCAO 2025 (lh6n0zs')
Version25.0.0080 R
Page 5 of 8
Name:DEAII KARSTENSEN
Project #:06124/001
Heating Zones
Load Report
June24,2O25
Total Load
42,899
33,444
Room Temp
70
70
Area
1,809
1,851
Zone
Zone 101
Zone2Al
Heating Rooms
* The sum of room loads may not be equal to the project total due io additional system loads.
Gooling Zones
Total Load
12,119
3,393
2,312
9,809
1,176
1,293
3,342
6,558
24,835
959
202
2,687
2,628
3,250
713
1,068
Room Temp
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
70
Area
672
202
105
533
98
79
163
231
980
I
21
133
164
157
27
49
Room
Room B-01
Room 842
Room B-03
Room B-04
Room B-05
Room 8-06
Room B-07
Room A-01
Room A{2
Room A-03
Room A-04
Room A45
Room A-06
Room A-07
Room A-08
Room A-09
Sensible Load
28,228
AED
NO
Room Temp
75
Area
3,661
Zone
c1
(Average Load Procedurq
Cooling Rooms
Sensible Load*
7,065
1,375
543
2,915
314
AED
NO
NO
YES
NO
YES
Room Temp
75
75
75
75
75
105
533
98
Area
672
202
Room B-01
Room B-02
Room B-03
Room B-04
Room B-05
Room
(1) AT: Difference between supply air and retum air (2) Estirnated air flow based on specilied suppv ak AT
Length=fiArea=ft2 Temperature="F Flowrate=USGPM AirFlow=cfin HeatLoss=Btu/hr UnitHeatLoss=Btn/(hr-nz)
HeadLoss=ffwater RH=FadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowrnelt
See end of report for important Notes and Disclaimens.
Rv = hr.fr2."F/btu
N = Not Heated
Created Using HeatCAD 2025 (711612025)
Version253.0080 R
Page 6 of 8
321
1,332
2,066
9,257
336
49
't,038
827
705
105
168
YES
NO
YES
NO
YES
YES
NO
YES
YES
YES
YES
75
75
75
75
75
75
75
75
75
75
75
79
't63
23'l
980
4
21
133
164
157
27
49
Room 8-06
Room 847
Room A{1
Room A-02
Room A{3
Room A-04
Room A45
Room A-06
Room A47
Room A{8
Room A-09
Name: DEAl.l KARSTENSEN
Project #:06124/001
* (Average Load Procedure) The sum of room loads may not equal lhe project total due to variations in sobr gain and system loads
(1) AT: Difference between suppv air and return air (2) EstinEted air flow based on specified suppv ait AT
Length=ftArea=ff2 Temperalure="F Flowrate=USGPM AirFlow=cfin HeatLoss=Su/hr UnitHeatLoss=Btu(hr'fF)
HeadLoss=ftwaler RH=RadianlFloorHeating BB=Baseboard FA=ForcedAr OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimens.
Rv = hr'ff3."F/btu
N = Not Heated
Load Report
June24,2025
Crated Using HeatCAD 2025 (ln9n025)
Versbn25.0.0080 R
Page 7 of 8
Warnings
motorized, thermos{atically contolled dampers) for problem oom. Single speed equipment may not be suitable for the application.
Name: DEAlrl KARSTENS EN
Project #:06124rO01
Design Locaton
Location:
Province/State:
Country:
Outdoor Heating Design Temp:
Outdoor Cooling Design Temp:
MJSCustom
113 SHORE DRIVE
OUTSIDE SILT CO
Colorado
United States
-2.O "F
93.0 'F
Load Report
June24,fr25
Created Using HeatCAD 2025 Qfl6n025,
Version25"0.0080 R
Altitude:
Latitude
Wet Bulb Temperature:
Daily Range:
5503' ft
59.0 'F
4
High
Disclaimers
ACCA, Manual J and Powered by ACCA Manual J are registered trademarks of the Air Conditioning Contrac{ors of Arnerica. All rights reserved.
carefulty, and to have the calculated resulls reviewed by an o<perienced heating professional to ensure reasonableness and suitability for your application.
IN NO EVENT WLL AVENIR SOFTWARE INC. CAVENIR) OR ITS AFFILIATES BE LIABLE UNDER ANY CCAITRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY FOR ANY
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: Difierence belween supply air and rcturn air (2) Eslirnated ak flow based on specilied suppv air AT
Length=fituea=ff2 Temperature="F Flowrale=USGPM Ai(Flow=cfm HeatLoss=Eltu/hr UnitHeatLoss=Btn/(hr.tr)
HeadLoss=ftwater RH=RadiantFloorHeaiing BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimens.
Rv = hrfi3''F/btu
N = Not Heated
Page 8 of 8
HeatCAD)'2g2S AED Report
Manual J8 Load Calculation
Project #:06/241001
June24,2025
Proiect lnformation
Project #: 0612410A1
Name: DEAN KARSTENSEN
Location: 113 SHORE DRIVE OUTSIDE SILT CO
Notes:
Outdoor Conditions
Location:
Elevation:
Latitude:
(User
Specified)
113 SHORE
DRIVE
OUTSIDE
SILT
CO,Colorado
5503'
40
Goollng
93.0'F
High
59.0'F
lndoor Conditions
Heating
RoomTemp: 70"F
Design Temp 72.0 "F
Diff:
Humidity: 35
Moisture Diff (Grains):
13 14 15
Hour of Day
Peak Load: 19,190 Btu/hr
AED Load:3,783 Btu/hr
Floorplan/Levels
MAIN LEVEL
LOWER LEVEL
Total Heated Area:
Total Cooled Area:
19 20
Coollng
75 "F
18.0 "F
45
-34.1
1,809 ft,
1,851 ft'
3,661 ff
3,661 ff
Dry Bulb:
Daily Range:
Wet Bulb:
20000
19000
18000
17000
16000
1 5000
14000
13000
12000
-ca 1'l
co
't0000
9000
8000
7000
6000
5000
4000
3000
2000
Heating
-2.0'F
Fenestration Load vs Hour of Day (Summer)
Legend
* Load Line
*- Average
-
30 Percent
89 10 11 12 16 17 18
Average Load: 1 1,852 Btu/hr
Excursion Limit 15,407 Btu/hr
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Sofivvarc Version:25.0.0080 R
Page 1 of4Sec scctions at end of report for important Notcs, Assumptions and Disclaimcrs.
Project #: 061241001
Name: DEAN KARSTENSEN
AED Report
June 24,2025
Gooling Rooms
4000
3000
: 20006
1000
0
Average Load: 2,161 Btu/hr
Excursion Limit: 2,809 Btu/hr
2000
E! 1000l0
0
Average Load: 720 Btu/hr
Excursion Llmit 936 Btu/hr
't000
f
m
0
Average Load: 332 Btu/hr
Excursion Limit: 431 Btu/hr
Room A-02 (Summer)
8 9 10 11 12 13 14 15'16 17 18 19 20
Hour of Day
Room A-03 (Summer)
10 11 12 13 14 15 16 17 18 19 20
Hour of Day
0 89
Average Load: 643 Btu/hr
Excursion Limit: 836 Btu/hr
9000
7000
E
=6 5000
3000
1000
Average Load: 5,504 Btu/hr
Excursion Limit 7,155 Btu/hr
1 000
E
00
Room A-05 (Summer)
8 9 101'.t12131415 1617181920
Hour of DaY
Peak Load:3,622 Btu/hr Average Load: 332 Btu/hr
AED Load: 813 Btu/hr Excursion Limit: 431 Btu/hr
1000
E5
dl
0
Room A-06 (Summer)
9 10 11 '12 13 14 15 16 17 18 19 20
Hour of Day
8
Peak Load:413 Btu/hr
AED Load: 0 Btu/hr
Peak Load: 800 Btu/hr
AED Load:0 Btu/hr
Peak Load: 9,227 Btulhr
AED Load: 2,072 Blulhr
Room A-07 (Summer)
8 9't0 11 12 13 14 15 16 17 18 19 20
Hour of Day
Peak Load: 't,207 Btu/hr
AED Load: 271Blulhr
Peak Load: 413 Btu/hr
AED Load: 0 Btu/hr
Room B-01 (Summer)
8 9 10 11 12 13 14 15 16 17 18 19 20
Hour of Day
All load values shown in Btu/hr Created Using HeatcAD 2025 (7/1612025)
Software Version:25.0.0080 R
Page 2 ol 4Sec scctions at cnd of report for important Notes, Assumptions and Disclaimers.
Project #: 061241001
Name: DEAN KARSTENSEN
AED Rcport
June 24,2025
2000
Room B-{12 (Summer}
8 9'10 11 12 1 3 14 't5 16 ',17 18 19 20
Hour of Day
2000
Room B-04 (Summer)
8 9 101112131415161 7181920
Hour of Day
-c; 1000
ct)
.g 1000
co
0
Average Load: 720 Btu/hr
Excursion Limit: 936 Btu/hr
2000
-cE 1000m
0
Average Load: 720 Btu/hr
Excursion Limit: 936 Btu/hr
0
Average Load: 720 Btu/hr
Excursion Limit: 936 Btu/hr
Peak Load: 1,2O7 Blulhr
AED Load: 271Btulhr
Room B-07 (Summer)
8 9',|O11 12 13 14 1s 16 17 18 19 20
Hour of Day
Peak Load: 1,207 Btu/hr
AED Load: 271Blulhr
Peak Load: 1,207 Blulhr
AED Load:271 Btu/hr
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25.0.0080 R
Sce scctions at Gnd of rcport for important Notes, Assumptions and Disclaimers.Page 3 of 4
Project #: 061241001
Name: DEAN KARSTENSEN
AED Report
June24,2025
Warnings
This application has glass areas that produced large cooling loads for part of the day. Zoning may be required to overc.ome solar load spikes for one or more rooms.
Consider a zoned syitem, or provide zone control-(individu;1, motorized, thermostaiically controlled dampers) for problem room. Single speed equipment may not be
suitable for the applioation.
Disclaimers
irising out of tne use or inablllty 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 Condltioning Contractors of America' All rights reserved.
Cold weather humidification, or some lifestyles that produce excessive moisture, may cause condensation to octur if the absolute humidity of the indoor air is too high for the
momentary circumstances. condensation can occui on surfaces or concealed within the structure, and can lead to mold, mlldew, frost damage, and. moisture.damage. The
independenty if reiluked. For guidanc€ and addiflonal cautions refer to ACCA Manual J 8th Edltion, including Section 1-1 1 and Section 27.
you arc strongly advised to review all input data carefully, ano to have the calculated results revlewed by an experienced heating profiessional to ensure reasonableness and
suitability for your application.
tN NO EVENT w|LL AVENTR SoFTWARE lNC. (AVEN|R) OR trs AFFTLTATES BE LTABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL
oR EeutrABLE THEoRy FoR ANy coNsEouENTtAL, ti{ctDENTAL, tNDtREcr oR spEctAL oR PUNlrtvE DAMAGES W{ATSOEVER (lNcLUDlNG, BUT Nor LlMlrED
io,bnlt,TncEb FoR Loss oF BUSINESS PRoFITS, BUSINESS INTERRUPTIoN, Loss oF BUSINESS INFORMATION OR DATA AND THE LIKE), EVEN IF SUCH PARTY
HAb BEEN ADVISED oF THE PoSSIBILITY oF sUcH DAMAGES. AVENIR'S CUMULATIVE LIABILITY FROM ANY CAUSE RELATED TO OR ARISING FROM THE USE THIS
Ceponf, nruo REGARDLESS oF THE FoRM oF THE AcTIoN, sHnI.I- ee LIMITED To No GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE
SOFTWARE LICENSE AGREEMENT,
All load values shown ln Btu/hr Created Using HeatCAD 2025 (711612023)
Software Version:25.0.0080 R
Scc sections at end of report for important Notes, Assumptions and Disclaimcrs.Page 4 of 4
HeatC{P"'"Manual J Worksheets
Manual JB Load Calculation
Project #:06/241001
June 24,2025
Proiect lnformation
Project #: 061241001
Name: DEAN KARSTENSEN
Location: 113 SHORE DRIVE OUTSIDE SILT CO
Notes:
2a Total Load Sum lines 13 1g 80.53S 80030.s83
2A AED Excursion
19 Blower Heat 1.706
10 Load
Winter Humiditicalion Load
16 Ventilation Loads 128Vent Cfm 128ECft 4.196 1.049
ELGOuct Loads31
EHLF & ESGF
Subtotals14 sum lines 6 13 24.44576,343 800
other adctitional l0aelsUser
Plantg
d Guitom
c Default nts
b DefScenarig Number 1 200
13
a
lnternal
4.t 230 and 200 Btuh 924 800
Letent Load
sensible Load 0.053
3724'lntiltration
Load 0.116
Effect ACH
3.283
wAR 1.0
b 20P-1 1.8510.655"83 1.20010,79711
a
Floors
't 80s1.22 2.215
10 a 16CR-30AD 122230 4.4518,4343.661
aBelow Grade
WallsI 15c11-0w (6 ft)3.73 4.3111 ,156
b 12E-Osw 2.O551.05490 2,1'r210.051
15C11-0waAhove Grade
Walls and
Partitions
8.2S 6.717811 s98
7 11JaWood end Metal
Doors
43.20 46414.40 6.67920.038
6b a
1D-cfb 35,28I'i 63.0014.47 9112 2236a
1O-ctaWindows and
Glass Doors
35 28s 23423 74 5.5628 265
Htg.clg.S-c19.HeatingType of Exposure Penel
Faces
Conslruction
Number
Area ot
Length
HIM BtUh
3 and GrossCeili Area
4 Room Dimensions and Floor Plan Area 3,661
100and GrosB Wall Area 4.315
2 Feet of WallRu 456
1 Name of Room DEA}'J }(ARSTENSEN Entir€ House
Form J1 (Summe0
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
software Version:25.0.0080 R
Page 1 of 14Sce sections at end of report for important Notcs, Assumptions and Disclaimcrs.
Project #: 061241001
Name: DEAN KARSTENSEN
ManualJ Worksheets
June 24,2025
Acr.lni = -34.1CTD ' 18-0 "FHTD s 72.0'FDcFiqn Tamperature Differ€nc€s
Drity Renge E Highcolncidont WB s 59.0 'Flil DB = 93.0 "F99't DB = -2-0 "FT.ble I Condltlons
RFI a 45%DB = 75.0'Flndoor Condltions, Cooling:RH = 35%DB - 70-0 "Flndoor Condaliong, Heeting:
Latitudc:40Elevitlon: 5,503 flLocrtlon: (User Specified) 113 SHORE DRIVE
OUTSIDE SILT Co.Colorado
WorkshectA
Location And Deslgn Conditions
All load values shown in Btu/hr Created Using HeatCAD 2025 (7116t2O25)
Software Version:25.0.0080 R
Page 2 ot 14Scc sections at cnd of report for important Notcs, Assumptions and Disclaimers.
Project #: OOl24l0O1
Name: DEAN KARSTENSEN
ManualJ Workshccts
June 24,2025
14.4735-28None1.00None0-560_490NBlindsMedium4S{50%}1O-ctb
23-7435.28None1-00None0.560.490sBlindsMedium4S(509o)1D-cfa
Cool HTMHcat HTMOvcrhangExlsrnal shadinglnsect ScreenSHGCU-V.lueFaceslnt€rnal ShadeCons!. NumberPenel
Worksheet B
HTM Values forWindows and Glass Doore
DEAN IGRSTENSEN
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Softlvare Verslon;25.0.0080 R
Sce sections at end of rcport for important Notes, Assumptions and Disclaimers.Page 3 of 14
Project #: 061241001
NaMe: DEAN KARSTENSEN
ManualJ Worksheets
June 24,2025
Con6t. Numh€rItem SHGCU-valueFacesTiltlnternal Shedlng AreePerimcterOeseription HTMHeating HTMu6ff
Worksheet C
HTM Values for Skylights
DEAN KARSTENSEN
All load values shown in Btuihr Created Using HeatCAD 2025 (711612025)
Sofivvare Version:25.0.0080 R
Scc scctions at end of report for important Notcs, Assumptions and Disclaimers.Page 4 of 14
Project #: OOl24l001
Name: DEAN KARSTENSEN
ManualJ Workshccts
June 24,2025
Radiant Flqors
0.655.838.072.00.0811.85120P-1 0cpb
0.001.220.072,O0,0171.80S218-24pa
Parsive Floors
1222.303807?.O0,0323.6613.66116CR-30ADa
geilingi
!l , ..17240.05?1 .155623315C1 1-0w {5 fl)a
Below Grede llvalls
Partition Walls
1.05ds015,4E72.O0 0682.0541742.22510,t2.12E-0swb
1?38.2810.7H7200,115B1'l933423315C1 1-0'$a
Above Grad€ Walls
14,4043.202407?.80 600464770'1 1Ja
Wood and Metal Doorg
coqling
HTIVI
Heating
HTTI/I
CLTD
48
or
PTDC
Group
Number
4A
I{TD
or
P]DH
U-Vrlue
or Slab
F-Value
4A
Slab
Edge
{Ft}
Net
Area
(sqFtl
Opening
Area
(sqFt)
Gross
Area
(sqFt)
Average
Heighg
width
(Fr)
Length
{Frl
Construction
Nu.nber and
Exposure
Direction, or
Ceilang Slope
Heating HTM = U x HTD or U x PTDH
Cooling HTM = U x CLTO 0r U x PTSGDesign Range - HighCTD = 18"0 "FHTD = 72.0 "F
Worksheet D
HTM Values and NetArea for Opaque Panels
DEAN KARSTENSEN
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version;25.0.0080 R
Page 5 of 14Sce sections at cnd of rcport for important Notes, Assumptions and Disclaimers.
Project#: OOl24lOO1
Name: DEAN KARSTENSEN
ManualJ Workshects
June 24,2025
1. The room innltration load equals the block infiltration loacl on the centrcl equipment multiplied by the gross wall area ratio (WAR)-
2 WAR = Gross room wall area / Gross wall area for all rooms served by lhe centraf equipment.
232301281281?8
Lat Load
Sens Lord
3.2835050U128{oq128Heat Loed
H&C
Loads
{Btuh}
Net
lntilt. CFM
NCFM
ICFM
{Option 1}CFMimr
cfm
ExhauFted
from Sprce
OA cfm
Flowing to
Space
VCFM
Line 11,
Worksheet H
Type of
Load
Step 2 - lnfiltration Loads on Central Equipment {Adiusted for $pace Fressure)
232325,7500.05Tight3.551Cooling
5074325,7500.1Tight3.561H€ating
Total
ICFM
Fireplace
ICFM
Space
ICFM
AGV
(guFr)
Space
ACH
Table 6
Leakage
Category
Floor
Area
(cuFt)
Opere?ing
Mode
Step 1, Option I - lntiltration Loads for Neutral Space Pressure Based on Tahle 5 AcH values
Table 10A ACF = 0.83Design Grains = -34.1GTD = 18.0'FHTD = 72.0 oF
Workeheet E
lnfiltration Loads
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Verslon:25.0.0080 R
Page 6 of 14Sce scctions at end of report for important Notcs, Assumptions and Disclaimers.
Project #: 061241001
Name: DEAN KARSTENSEN
Manual J Workshccts
June 24,2025
Consider div€r$ily; Load Faclor Average input / Rated or Nameplale lnpul. Use Faclor =Percent operating time for one hour
Tctal plant load for Form Jl {Btuh) t
300Large
200Mediunr
10USmall
Plants
Total indlvi.tual appliance load for Form Jt {Btun; =
Noned
lndivadurl Appliance Options
Total rdjustment options for Form Ji (Btun1:
Nonec
Acuustments to Default Scenario
1,200Default scenario load for Form J1 (Btuh) =
1.2001.01.01.2001Default (1.200 Bluh)b
Defrult Scenerio
800920Total occupaney lgad for Form J1 {Btuh) =
800920102002304Oceupantsa
Latent
Load
Sensible
Loed
Use
Factor
Load
Factor
Latent
Factor
{Btuh}
Sensible
Factor
{stuhl
CountSource of lnternal Load
Worksheet F
lnternal Loads
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25.0.0080 R
PageT of14Sec scctions at end of report for important Notcs, Assumptions and Disolaimsrs.
Project #: OOl24l001
Name: DEAN KARSTENSEN
Manual J Worksheets
June 24,2Q25
0.83
0.0-34.1Greinyps0
128
Let Lorcl
1.04975.084.018.0 "F93.0 "F
For VDH
Only
lndoor
cr.ins
tor Site
Elevilion
Trhle'12
l-ATvon0.5Sen Load
4,19670.034.072.O "F-2.0 "FLATvor0.5128l{€at Load
Vent,
Loads
{Bruh)
Ti
lndoor
Drybulb
Sitr
Elevatian
5,593
Trblc
104
ACF
LATto.'
LATqain
V-Grains
for
Ventilation
alr
HID
end
CTD
From
Wrl(shl
A
Table I
outdoor
Condiiion
To 3fld
Crrins
Condition ot
Air Leaving
Ventilation
Dchumldltler
SER
LER
for Heat
Recovery
Ventilalor
VCFM
or
CFMoisrr
Type at
Load
Workeheet H
Ventilation Loads
DEAN KARSTENSEN
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Verslon:25.0.0080 R
Page 8 of 14Scc sections at end of rcport for important Notrs, Assumptions and Disclaimcrs.
Project #: 061241001
Name:DEAN IGRSTENSEN
Manual J Workshccts
June 24,2025
Moisture Migntion Load
7061500
KWWatte BtuhWattsHP Btuh
Manufacturefs
sensible Capacity
Data not Adjusted
for Blower Heat
Default
Fower
Blower Motor Power from
Manufecturefs Blower Table
Sensible
Load
Delault
Load
sensible Load = 3-413 x watts
Sensible Load = 3.413 x KW
sen$ible Load = 3.500 x HP
Blow€r Motor Load
Ambi€nt
Temp.
T"oF
Water
Temp.
T*oF
Feet
of Pipe
Li
SiEelTYpe
Table I
Factor
F9r
WaII TD
WTDi
Piping
Load
PLi
WTD = T*-T"
PLi =1.1 xLi xWTDi xF9i
System Total iBtuh) = Sum PL1
Hot Water Piping Load
Heat of evaporation provided by cenlral heating
Humiditication iRH Value) shall nol cause visible
Heating Load = 0.68 x TCFM x (IDGR - ODGR) x ACF
Gallons Per Day = o a0272 x Heating Load
Seclion 27
equipment.
or concealed condensation
35o/o70,0 400_83050765.503-2.0 't285045.6 0.o177
Dy
Bulb
Site
ElevationDry Bulb
WinterRelative
Humid
Net lntilt.
NCFM
lndoor
IDGR
Outdoor
ODGR
Total
TCFM
Vent
VCFM
Tabl€ 1 Valueslndoor Conditlons Tabl€ 12 GrninsTable
104
ACF
Outdoqr CFM
Fer
oay
GallonsHumid
H-Load
(Btuhl
Winter Humidification Heati Load
Worksheet I
Ancillary Loads
DEAN IGRSTENSEN
System Totel
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25.0.0080 R
Page 9 of 14Sec sections at end of rcport for important Notes, Assumptions and Disclaimcrs.
Project #: 061241001
Name: DEAN KARSTENSEN
ManualJ Worksheets
June 24,2025
r,3323,3d2RBm B-07
3211,?93Room 8-06
314r,176Room E-03
7,9159,8S9Room 8-0{
il37,317Room B-03
r,3753,393Room 8-02
?,06512.119Room B-01
1€81,068Room A-09
105713Room,q-08
7053,250Room A-07
&272,628Room A-0G
1,0397,ffi7Room A-05
{9?.62Room A-04
33€939Room A-03
9,21721,&3?f,oom A-02
2,0666,558Room A-01
Sens Lord
{Etuhl
Hell Load
(BttrhlRoom
Room Loads
DEAN KARSTENSEN
*Average Load Procedute
All load values shown in Btu/hr created Using HeatCAD 2025 (71'1612025l
Software Verslon:25.0.0080 R
Page 10 of 14Sec sections at ond of report for important Notcs, Assumptions and Disclaimcrs.
Project #: 061241001
Name: DEAN KARSTENSEN
ManualJ Workshccts
June24,2025
Total Heating:80,539 Total Sensit*e:50,983 Total Latent 800
.Average Load Proc€dure
3,06t fl'3,66t ft'Toial AreE
8{Xl30,gfit80,639Total Load
3,783AEOT
1,70Sthwer He6l
0Resvered Brck Loss
0RodiEnt Eaek !433
0Pioinq Loa{t
Hur*tincs&ft
01,0.194,196Ventihtion
00Ducl Losds
8002,120lnlernal
03773.?83htitration
1,2S013,011Fbsrg
4,4518,134Ceifin9s
4.311Selow Grr{ts Wall$
3,15018,778l"{taltg
6,67920,0380gsre
00gh1/liqhls*
6,473I 0,488Wiodoss'
LatentSensibloHeatingHame
All load valueg shown in Btu/hr Created Uslng HeatCAD 2025 (711612025)
Soflit are Version:25.0.0080 R
Page 11 of 14Sec scctions at cnd of report for important Notcs, Assumptions and Dlsclaimers.
Project #: 061241001
Name: DEAN KARSTENSEN
ManualJ Workshccts
June 24,2025
Constructions
Walls
Eelow Grade Wallg
0.068Frame Wall or Farlition: Wood Framing: R-19 ln$ulalion in 2 x 6 Slud Cavity: Stucco or Wood Siding.
Plus lnterior Finish128-0slv
0 115Four lnrh Concrete. Wood F.aming. R-1 1 lnsulation in 2 x 4 Slud Cavity.Plus lnlerior Finish15C1 1-0w
U-Value {blu{hr'fF'F}lOe5criptionCode
0 115Four lnch Concrete. Wood Framing, R-11 lnsulation in 2 x 4 Stud Cavity.Plus lnterior Finish15C1 1-0w
u -Valu€ {btd{hr'fii.'F}}lle 5cri ptionCode
Doors
0 €00Melal Door wilh Fib€!'gla$s Core11J
U-Velue lbiul{hr'ff ''F}lOeEeriptiotCod€
Floorg
0 081Carpet or Hardwood Cover, R-10 board lnsulalion20P-10cp
010021A-24p
U-Valre {blu4nrff 'Fl}OeEeriFlionCsde
Ceilings
0.032
FHA vented atlic- Wilh radiant barrier over ceiling or
wall. R-30 lnsulation. Materials: Asphalt Shingles(aJ.
Dark{d},
same type of air space behind an attic knee
Melal(m). Tar i Gravel(x). Memhrane{z}. Colors.16CR-30AD
U'Value tbtui{hr'i:'Fl}OegcripiionCode
Glazings
l rindows
0 490Double pane operable window or sliding glass door. with Clear Glass - lnsulated Fiberglass Framing
(sHGc = 0.55)1D-cf
U-Value {blu{hrff''F}lOesqriptiflCode
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25.0.0080 R
Sce sections at cnd of report for important Notcs, Assumptions and Disclaimcrs.Page 12 ol 14
Project #: OOl24l0O1
Name:DEAN IGRSTENSEN
ManualJ Workshccts
June24,2Q25
Fenestration Load vs Hour of Day (Summer)
20000
19000
1 8000
17000
16000
15000
14000
1 3000
12000
-cerdl
10000
9000
8000
7000
6000
5000
4000
3000
2000
Average Load: 11,852 Btu/hr
Excursion Limit 15,407 Btu/hr
Legend
* Load Line
*'-' Average
Percent
E9101112 13 14 15
Hour of Day
Peak Load: 19,190 Btu/hr
AED Load:3,783 Btu/hr
16 17 18 19 20
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612A251
Software Version:25.0.0080 R
Page 13 of 14See scctions at cnd of report for important Notcs, Assumptions and Disclaimers.
Project #: OOl24l001
Name: DEAN KARSTENSEN
ManualJ Workshccts
June24,2025
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 syitem, or provide zone control (individual, motorized, thermostatic€lly controlled dampers) for problem room. Single speed equipment may not be
suitable for the application.
Disclaimers
OV ACCA. The program and data are provided "as is" without wananty ot any kind elther eipressed or implied. The entire risk as the quality and performance of the program and
arising out of the use or inability to use lhis program or the data. @ 2015 Air Conditlonlng Contractors of Amerioa. All Rights Reserved. w$/v'acca'org
ACCA, Manual J and Powered by ACCA Manual J are registered lrademarks of the Air Conditioning Contractors of America. All rights reserved.
Cold weather humidiflcation, or some llfestyles that produce excessive moisture, may cause condensation to occur if the absolute humidity of the indoor alr is too high for the
momentary circumstanoes. Condensatlon ian occui on surfaces or concealed within the strucfure, and can lead to mold, mildew, frost damage, and moisture.damage. The
independenty if required. For guldance and additlonal cautions refer to ACCA Manual J 8th Edition, including Section 1-1 1 and Section 27.
you are strongly advised to review all input data carefully, and to have the caloulated results reviewed by an experienced heating professional to ensure reasonableness and
suitability for your application.
lN NO EVENT WLL AVENTR SOFTWARE tNC. ('AVENIR') OR tTS AFFTLTATES BE LTABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL
OR EQU|TABLE THEORY FOR ANY CONSEQUENTIAL, l'llClDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHATSOEVER (INCLUDING' BUT NoT LIMITED
TO, ONIUACES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR DATAAND 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.
All load values shown in Btu/hr Created Using HeatCAD 2025 (711612025)
Software Version:25,0.0080 R
Page',4 of 14See seotions at cnd of report for important Notcs, Assumptions and Disclaimcrs.
HeatC[P''"Air Flow Report
Manual JB Load Galoulation
July 16, 2025
Proiect lnformation
Project #:
Project Name:
Location:
06t24t001
DEAN KARSTENSEN
113 SHORE DRIVE OUTSIDE SILT
co
Notes:
Settinqs
Heating Block Load:
Cooling Block Load:
Specifled Heating AT:
Specified Gooling AT:
80,539 Btuihr
30,983 Btu/hr
70.0 "F
18.0 "F
Heating CFM: 1259 cfm
Cooling CFM: 1884 cfm
CFM = BtulV(l.l -ACF.AT). ACF=AhitudeCorection Factor. Manual S and Manual Dshould beusedfora comPletedesign'
Estimated Air Flow Requirements
rsum of room Heat Gain values may not match the block load total. See MJ8 for details.
CFM = Blower CFM * (Room Load / Total Load)
Calculated Using Average Room Loads.
10171681,06841MAIN LEVELRoom A-09
61110571322MAIN LEVELRoom A-08
43517053,250143MAIN LEVELRoom A-07
50418272,628151MAIN LEVELRoom A-06
63421,0382,687121MAIN LEVELRoom A-05
334920217MAIN LEVELRoom A-04
201533695942MAIN LEVELRoom A-03
5633889,25724,835941MAIN LEVELRoom A-02
't261032,0666,558217MAIN LEVELRoom A-01
8'l521,3323,342150LOWER LEVELRoom B-07
202032',11,29371LOWER LEVELRoom 8-06
19183141,17690LOWER LEVELRoom B-05
1771532,9159,809496LOWER LEVELRoom B-04
33365432,31294LOWER LEVELRoom B-03
84531,3753,393189LOWER LEVELRoom B-02
4301907,06512,119640LOWER LEVELRoom B-01
Cooling Air
(cfm)
Heating Ait
(cfm)
Heat Gainr
(Btu/hr)
Heat Loss
(Btu/hr)
Area
(fr)
FloorRoom
Area = ft2 Temperature ='F Alr Flow = cfm Heat Loss = Btu/hr
Sec sections at end of report for important Notcs, Assumptions and Disclaimcrs.
Software Version:25.0.0080
Page 1 of2
Air Flow Report
July 16, 2025
Disclaimers
nV nCCn. The program and data are provided "as is" without wananty of any kind either oipressed or implied. The entire risk as the quality and performance of the program and
aiising out o:t tne use or inability to use this program or the da:ta. @ 2015 Air conditioning conlractors of America. All Rights Reserved. www'acca.org
ACCA, Manual J and powered by ACCA Manual J are registered trademarks of the Air Conditloning ContractorE of America. All rlghts reserved.
cold weather humidification, or some lffestyles that produce excesslve moisture, may cause condensation to occur if the absolute humidity of the indoor.air is too high for the
momentary circumstances. iondensation &n occuion surfaces or concealed within the strucfure, and can lead to mold, mildew, frost damage, and moisture.damage' The
inaepenOenW f reiuired. For guidance and additional cautions refer to ACCA Manual J 8th Edition, including Section 1-'l 1 and Section 27.
vou are strongty advised to review all input data carefully, and to hive th-e calculated results reviewed by an experienced heating professional to ensure reasonableness and
sultability tur your application.
tN NO EVENT WLL AVENTR SOFTWARE tNC. ('AVENIR") OR tTS AFFTLTATES BE LTABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LlABlLlw oR oTHER LEGAL
oR EoutrABLE THEoRy FoR ANy coNSEouENTtAL, INcIDENTAL, tNDtREcr oR spEcrAL oR puNrrlvE DAMAGES wHATSoEVER (lNcLU,DlNG' BUT Nor LlMlrED
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
NTFOIT, AT,IO REGARDLESS OF THE FORM OF THE ACTION, SHNLL EE LIMITED TO NO GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE
SOFTWARE LICENSE AGREEMENT.
Area = fF Tempenture = "F Air Flow = ofm Heat Loss = Btu/hr Software Version:25.0. 0080
Page 2 ot 2See scctions at end of report for important Notes, Assumptions and Disclaimcrs.