HomeMy WebLinkAboutHeat CalcsHeat
@
2025
(User Specified) Carbondale, Colorado
Manual J8
-5.0 'F
2,354 tt
3,567 fr
5,921 ft
7
RECEIVED
". ,'., , 1 .lll
GAR}:IE[-D COUNTY
iOMil{UIiiTY DIVEI.OPi.TNT
Notes:
Heating System Summary
Project #:555-01
July 01, 2025
Proiect lnformation
Project#: 555-01
Name: 555Wooden Deer Road
Location: 555 Wooden Deer Road Carbondale, CO 81623
Project Summary
Design Location:
Load Calculation Method
Outdoor Temperature:
Floorplans / Levels:
Ground Floor
Main Floor
Total Area:
Total Zones:
Component Losses:
lnfi ltrationruentilation
Total Heating Load:
Forced Air:
Central Ventilation Load:
Total Heating Load:
72,840 Btu/hr
11,702 Btu/hr
84,542 Btu/hr
78,939 Btu/hr
5,602 Btu/hr
84,542 Blulhr
Zone Heating Summary
(1 ) RH Loads include intemal parel back loss that may not be included in the project toial.
Room Heating Summary (By Floorplan)
Ground Floor
Zone Load'
5.625
9.687
4,763
15,532
'17,7'19
4,622
20,991
Supplemental
5,625
9,687
4,763
15,532
17,719
4,622
20,991
78,939
FA Load
5,625
9,687
4,763
15,532
17,7'19
4,622
20,991
78,939
RH Loadl
0
0
0
0
0
0
0
0
Heating Types
FA
FA
FA
FA
FA
FA
FA
FA
Construction
Slab On Grade
Slab On Grade
Slab On Grade
Suspended
Suspended
Suspended
Suspended
multiple
Area
756
795
?93
719
s12
253
983
5,921
Zone#
10'l
102
103
201
202
203
204
Total
Total Load
3,472
Other Load
0
FA Load
3,472
BB Load
0
RH Load
0
Unit RH
Load
0.0
Floor
Cover RV
0.5
Tube
Spacing
12
Heated
Area
197
Area
217
Heating
Type
FA
Room l{ame
Room A-01
Zone #
102
Length=fi Area=fi'1
Head Loss = ft water
Temper3ture ='F Flowrate = USGPM Air Flow = cfm Heat Loss = Biu/hr Unit Heat Loss = Blu/(hrft')
RH = Fadiant Floor Heaiing BB = Baseboard FA = Forced Air OTH = Other Heating SM = Snorvmelt
Rv = hr.fi'1'"F/btu
N = Noi Heated
Created Using HeatCAD 2025
Vereion:25.0.01
(8t26t2025',)
80 R (Trial)
See end of report for important Notes and Disclaimers.
6uid,hy fi/e
Page 1 of3
1,307
0
88
3,983
2,247
2,573
0
rl
0
5,625
781
0
0
0
0
0
0
0
0
0
0
0
0
0
1,307
0
88
3,983
2,247
2,573
0
0
0
5,625
v81
0
0
0
0
0
0
0
D
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0-0
0-0
0-0
0-o
0_0
0-0
0.0
0.0
0.0
0.0
0.0
0.0
0.5
0.5
0.5
0.5
0.5
0.5
0,5
0.5
0.5
0.5
0.5
0.5
12
12
12
lz
lz
12
12
12
la
t2
12
1Z
55
18
50
447
190
173
88
54
695
92
1S
64
24
57
489
206
191
79
96
61
741
104
24
FA
FA
FA
FA
FA
FA
FA
FA
FA
FA
FA
FA
Roorn A-02
Room tu03
Roorn A-04
Room ,4-06
Room A-05
Room A-07
Room A-08
Room A-10
Room A-09
Room A-1 1
Room A-12
Room A-13
102
103
102
103
102
102
103
103
102
101
103
101
Name:555 Wooden Eeer Road
Project #:555-01
Main Floor
Lengih=fl Area=ff femperaiure="F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'ft'?)
Head Loss = ft w€ter RH = Radiant Floor Heating BB = BaseboarC FA = Forced Air OTH = Other Heating SM = Snowmellt
See end of report for important Notes and Disclaimers.
Heating System Summary
J-tly O1, 2025
Created Using HeatCAD 2025 (81261m251
!'ersion:25-0-01 80 R (Tria[)
Page 2 of 3
To'al Load
i7,zCO
3,224
4,715
2,250
20,ss1
1.740
632
451
28
2,593
Other Load
0
0
0
0
0
0
0
0
0
0
FA Load
17,200
8,224
4,715
2,250
20,991
1,740
632
491
28
2,593
BB Load
0
n
0
0
0
0
0
0
0
0
RH Load
0
0
0
0
0
n
0
0
0
0
Unil RH
Led
0.0
0.0
0.0
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
0.5
0,5
0.5
Tube
Spacing
12
12
12
1a
12
12
12
12
12
12
Heated
Area
1,377
3'13
193
108
932
79
35
53
o
144
Area
1;539
346
213
120
983
90
42
61
12
159
Heating
Type
FA
FA
FA
FA
FA
FA
FA
FA
FA
FA
Room Name
Room B-01
Room B-02
Room B-03
Room B-04
Room B-05
Room B-05
Room B-07
Roorn B-09
Room B-08
Room B-10
Zone #
202
201
201
203
204
203
203
202
202
201
Rv = hr'ft"F/btu
N = Not Heated
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 the calculated results reviewed by an experienced heating protessional to ensure reasonableness and suitability for your application.
NO GREATER THAN THE AMOUNT OF FEES PAID TO AVENIR UNDER THE SOFTWARE LICENSE AGREEMENT.
Name:555 Wooden Deer Road
Project #:555-01
Length=ft Area=fi" Temperature='F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hrfi')
HeadLoss=ftwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmeft
See end of report for important Notes and Disclaimers.
Heating System Summary
July 0'1, 2025
Created Using HeatCAD 2025 (812612025)
Version:25.0.01 80 R (Trial)
Page 3 of 3
Rv = hr'ft'z''F/btu
N = Not Heated
HeatCAD"o"Form Jl
Manual J8 Load Calculation
Project #:55s01
July 01,2025
created Using HeatgD 2025 (8l no25)
softwar: VeFich:25-0.01E0 R Orial)
Page 1 o't 2
Project lnformation
555-01
555 Woocen Deer Road
555 Woocen Deer Road Carbondale, CO 81623
Proiect #:
Name:
Location:
Notes:
r0onrs lhat
Fonn J1 (Summer)
Entire Hou9e
ri.10f;
i.921
Eluh
L-Ctg.
800
800
800
S-Clg
7.1118
1 k72
618
4 15!)
5 865
411
5 546
7.81e,
3.294
!.27fJ
920
1.20{l
34.991
210"t
1 70ti
38.79&
Heating
10 136
508
i.!'2_1
5.9r15
s.803
5 0.19
ri 100
7A S3S
5.602
84 i42
100.12t
Area ot
Length
96 13
19 rio
'i04
157
17 18
5 3{)9
4.2:,1-i
204 lP)
WARl O
A
De'f
Name of Room ii55 V{ooden Deef Road
Running Feet ot Erposed Wall
Ceilinu Heidht lFtl and Gross Wall Area l,oFtl
Room Ormensrons lFil and Floor Plan Area I SqFtl
Ceilinq Slope lDecll and Grces Cellino A€a f SdFtl
HIl'I
cl9.
23 00
16 35
3S 8S
39 &S
37 4\
103
061
1 7r:
0 078
0 044
Occupants at 230 end 200 Btuh
Scenario Number
Derlult Adiustmetts
Custom Appliance:
Plents
User speaitied add,tioflal loads
Sum lines 6 throijqh lil
159
l-oad
Blower Heat
AED Excurslon
S,unr lmes 13 throuqh 19
lltg
32 €;0
32 i:0
32 t:0
32 t,0
37 n0
'"17 t0
24 8A
7 rlJ
Elle€t ACii
E Cfm
GalJgay
Construction
Numb€r
Panel
Faces
.rA-3f s
l!
.1A-3f E
.rA-31
.1A-5w r
4A-5s
1?F-r3sw
..ec-3821
22F-9D
20P-gc':j
{eatinq Load fBtutrl
5ensible Load (gtuhl
stent Load (Btuhl
;HLF & ESGF
Vent Cgn 1 50
Wirter Hufr idifidl:on Loed
Type of Exposure
a
b
C
t
a
a
a
a
a
b
t?
d
e
Ventilatlon Loads
windows and
Glass Doors
Skvliohts
Wood and Metal
DooG
Above Grade
Walls and
Panftions
Below Grade
Walls
Ceilinqs
Floors
Infiltration
lntarnal
Other
Subtotals
Duct Loads
Total Load
7
I
0
13
'15
See sections at end of report for important Notes, Assumptions and Cisclaimers.
Warnings
The sensible load forthis application peaks during late fall or early wihter. This behavior is caused by glass that faces South East, South or South West. Zone cooling
capacity (VAV supply Cfm oi unitary iquipment) ;ized forthe oc,tober load will maintain the zone thermostat setpoint (75 'F for cooling).
This application has glass areas that produced large coolinq loads for part ofthe day. Zoning may be required to overcome solar load spikes for one or more rooms
considir a zoned syitem, or provide zone cont.ol-(ndividu;|, motorized, thermostaically contrclled dampers) for Problem room. Single speed equipment may not be
suitable for the application.
The sensible load forthis application peaks during late fall or early winter. This behavior is caused by glass thatfaces South East, South or South West. Zone cooling
capacity (VAV supply Cfm ii unitary iquipmen0 aized forthe Oclober load will maintain the zone themostat seipoint O5 "F for cooling)
This application has glass areas that produced larqe cooling loads for part ofthe day. Zoning may be required io overcome solar load sPikes for one or more rooms'
Consider a zoned syitem, or provide zone controllindividua, motorized, thermostalicalty contrclled dampers) for p.oblem room. Single speed equipment may not be
suitable for the application.
This application has glass areas that produced targe cooling Ioads tor part ofthe day. Zoning mal be required to overcome solar load spikes for one or more rooms.
Consiiir a zonea syiem, or provide zone controliindividu;|. molorized, thermostatically rcntrolled dampers) tor problem room. Single speed equipment may not be
suitable for the application.
This applicdion has glass areas that produced telatively la.ge cooling loads for part olthe day. Zoning may be required to orercome spikes in solar load for one or more
rooms. A zoned sys16m may be requiEd or some rooms may require zone control (provided by individual, motorized, thermodatically controlled dampers).
loads for pad ofthe day. Zoning may be required to overcome spikes in solar load for one or more
zone control (provided by individual, motorized, thermostati€lly controlled dampers).
Prqect#:555-01
Name:555 Wooden Deer Road
Form J1
July 01, 2025
created Using HeatcAD 2025 (812612025)
Sofr\dare VeEion:25.0.0180 R Odal)
Page 2 of 2
relatively large cooling
rooms. A zoned sysiem may be or some rooms may require
The sensible load for some rooms peak during tate fall or early winter. This behavior is caused by glass that faces South East, South or South West. Room lempeGture may
be difricult to control ifzoning is not provided.
Disclaimerc
Wth the pemission ofthe Air Conditiohing CohtGctore of Amer;€ ('ACCA), material is reproduced fom Manual J R6idential Load Calculation (8th Edition) which is copyrighted
by ACCA. The program and data are provi-ded "as is'without warranty of any kind eithe. expressed or implied. The entire dsk as the quality and perfomance ofthe progEh and
adsing out oi the use or inability to use this progGm or the data. O 2015 Air Conditioning Cohtracto6 of Amedca. All Rights Reseiled. w.acca.org
ACCA, Manual J and Powered bV ACCA Mahual J are registered trademarks ofthe Air Conditioning ContractoE ofAmedc. All righc reserued-
Cold weather humidif€tion, or some lifestyles that produce excFsive moisture, may cause condensaiion lo occur ilthe absolute humidity of the indoor air is too high fd the
momentary circumstances. iondenstion can occui on surfaces or concealed within the structure, and €n lead to mold, mildew, tost damage, and moisture damage. The
softivare does not perform calculaliohs lorthe esttmation or detection of possible condensatioh problems, and it is the designeF (.e. sofiware useE) r€ponsibility to do so
independently if required. For guidance and additional €ulions referto ACCA Manual J 8th Edition, including Sectiob 1-1 1 and Section 27.
The mlculated values shown in this report are based oh the data input by the user ofthe softurare. lnaccurate or eroneous data inputwill r6ult in ina6urate or eroneous results.
You are strongly advised to review all input data carefully, and to have the calculated results rev;ewed by an expedenced heating professional to ehsure reasonablenes and
suitability for your application.
IN NO EVENI WLL AVENIR SOFTWARE INC. (AVENIR) OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGUGENCE, STRICT LIABILIIY OR OTHER LEGAL
oR EautrABLE THEoRy FoR ANy coNsEoLieulnL, ttrrctoeruteq tNDIRECT oR spEctAL oR puNtrtvE DAMAGES WHATSoEVER (NCLUDING, BUT Nor LllvlrED
TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR DATA AND THE UKE), EVEI'I IF SUCH PARTY
HAS EEEN ADVISED OF THE POSSIBIUTY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LIABILITY FROM ANY CAUSE RELATED TO OR ARTSING 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.
See sections at end of report for important Notes, Assumptions and Disclaimers'
HeatCAD"'0"Load Summary
Manual J8 Load Calculation
Prcject #:555-01
July 01, 2025
Project lnformation
Prcject#: 55$0t
Name: 555 Woocen Deer Road
Location: 555 Woocen Deer Road Carbondale, CO 81623
Notes:
Outdoor Conditions
Location: (userSpeifed)Carbondaie,Coloradl
Elevation: 653:'
Latitude: 4)
Herting CoolinE
DryBulb: -i0 "F 95.0'F
Daily Range: Higr
Wet Bulb: 60 o "F
lndoor Conditions
Room Temp:
Design Temp Diff:
Humidity:
Moisture Diff (G.ains):
Ventilation
Num Occupants:
Type:
ACH:
Outside Air:
Sensible Eff:
Floorplan/Levels
Heating
75 "F
30.0 'F
20
Cooling
30.0'F
50
-15.7
Grund Floor
M3in Floor
Total Heated Area:
Toial Cooled Aree:
2,3U
3,567
5,921
5,921
ft,
tr
lnfiltration
Method:
Stories:
Exposure Category:
U/ind Shielding:
Test Values (C/n)l
Net Air Changes (H/C):
Net Flw (H/c):
Blower Dos
2
One orTwo Exposures
2 -Iwo ljnshielded Exposures
62tO.6-
0.08/0.0.1
87 6m/48 cln
4
Heaxing
Hed Remvery
0.14
1 59 cfrn
50 0/6
T!'pei
AcHl
outside Air:
Sehsible Eft
C@ling
Heat Re@very
o.14
1 59 ctm
50 0/6
Total Heating: 84,542 Bulhr
Total Sensible: 38,798 Eu./hr
Latent
0
800
0
0
800
Sensible
19,S43
0
0
5,546
2,818
3,2S4
1,270
2,120
0
2.101
1,706
0
38,798
5,521 fP
Heafnq
24,C41
o
0
20,731
0
9,803
14,24
6,100
0
0
5.602
0
0
0
5,921 frz
Name
fvindows"
Skylights*
Joors
'lvalls
3elow Grade Walls
:eilinqs
:loors
nfiltration
ntemal
Sther
)uct Loads
y'entilation
lumidi{ication
ripina Load
Radient Back Loss
Blower Heat
AEDT
Tdal
Total Area
'Av€6ge Load Procedure
Heating AT': 70,0
cooling AT': '18.0
Est. Heating cFM,: 1375
Est. Cooling CFM': 2454
JSHR:0.98
MJ8 Tons; 3.30
SqFVTon:1794
CFIU/SqFtr 0.4'1
ro.kL.ac(s!nn.t
Average Load: 25,348 Eltu/hr
Excursion Limit 32,952 Btu,hr
Total Latent: 800 Btu/hr
Load Breakdown tnr
Peak Load: 3'1,375 Btu/hr
AED Load: 0 Eltu/hr
(1)AT:Ditr€rcncebetuensupdyairatrdrelurnair (2)EslimatedaiiilbsedonspediedsupdyahA:
Length=ft Area=ff TempeEture="F Flovrrate=US3P!, AirFlow=cfm HeatLoss=Btu/hr
Unit Heat Loss = Bt!/(hr.ft'?) Rv = hrff .'Flbtu Head Los =fi water RH = Radiant Floor Heatihg
BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowhelt N=NotHealed
created Using HeatcAD 2025 (812612025)
Sofiware Ve6ioh:25.0.01 80 R Cfrial)
Page 1 of 2See sections at end of report for important Notes, Assumptions and Disclaimrers.
Warnings
The sensible load forthis apptication peaks during tate fall or early winter. This behavior is €used by glass that faces South East, South or South West. Zone cooling
capacity (VAV suppty Cfm oi unitary equipment) aized forthe Oclober load will maintain the zone themostat setpoint f75'F for cooling).
This application has glass areas that produced lerge moling loads for part ofthe day. Zoning may be required to overcome solar load spikes for one or more rooms.
Consider a zoned syltem, or provide zone control (individut. motorized, thermostatically conlrclled dampers) for problem room. Single speed equipment may not be
suitable for the application.
The sensible load forthis application peaks during late fall or early winter. This behavior is caused by glass that laces South East, South or South West. Zone cooling
capacity (VAV supply Cfm oi unitary equipmen0 sized forthe October load will maintain the zone thermostat setpoint O5'F for cooling).
This appli€tion has glass areas that produced large cooling loads for part otthe day, Zoning nay be required to overcome solar load spikes for one or more rooms.
Consider a zoned sy&em, or provide zone controllndividGl, motorized, thermostati€lly controlled danpeF) for ploblem room' Single speed equipmenl may not be
suitable for the application.
This application has glass areas that produced large cooling loads for part ofthe day. Zoning may be required to overcome solar load spikes for one or more rooms.
consiiir a zonea syitem, or provide zone control (individu,l, motorized, thermoslalically @ntrolled damper9 for problem room. single speed equipment may not be
suitable for ihe application.
This application has glass areas that produced relatively large cooling loads for part ofthe day. Zoning may be required to overcome spikes in solar load for one or more
rooms. i zoned sys6m may be requiied or some roomi mJy requiezone control (provided by individual, motorized, themostatically controlled dampers)
This application has glass areas that produced rclatively large cooling loads for part ofthe day" Zoning may be required to overcome spikes in solar load for one or mote
rooms. A zoned systim may be requiied or some room! mJy requiezone control (provided by individual, molorized, thermostatically controlled damperg.
The sensible load for some rooms peak during late fall or early winter. This behavior is €used by glass that faces South East, South or South Wes1. Room tempeEture may
be difricultto control ifzoning is not provided.
Disclaimers
by ACCA. The program ahd data are provided "as is" without waranty of any kind either exprFsed or ihplied. The entire risk as the quality and pedomance ofthe prograh and
adsing out of the use or ihability to use this progEm or the data. @ 2015 Air Conditioning Contractors of America. All Rights Reseiled. w.acca.org
ACCA. Manual J and Powercd by ACCA Manual J are rcgistered kademarks ofthe Air Conditioning CohtractoE ofAhei@. All righb resewed.
Cold weather humidifcation, or some lifesrybs that produce excessive moisture, may cause condensation to occur ifthe absolute humidity of the indoor air is too high fd the
homehtary circumstances. iondensaton ian occui on surfaces or concealed within the structure, and can lead to mold, mildew, fiost damage, and moisture darage. The
software d;es not perforh €lculatons forthe estimatioh or detedion ot possible condensaiion problems, and it is the designeF (.e. sofiwarc useB) responsibility to do so
independestly if required. For guidshce and additional cau{ons refer to ACCA Manual J 8th Edition, including Section 1 -1 1 and Section 27.
The calculated values sh@n in this report are based on the data input by the user ofthe soffware. lhaccurate or e(oneous data input will resuh in ina6uEte or efioneous results.
You are strongly advised to review all input dah caretully, and to have the €lculated results reviewed by an expeflen@d heating professional to ensurc reasonableness and
suitability for your application.
IN NO EVENT WLL AVENIR SOFTWARE INC. CAVENIR) OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL
OR EOUITABLE THEORY FOR ANY CONSEAUENTIAL, 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 DATAAND THE UKE), EVEN IF SUCH PARfl
HAS BEEN ADVTSED oF THE POSSIBIUTY OF sUcH DAMAGES. AVENIR'S CUMULATIVE LlABlLlry FROI\il ANY CAUsE RELATED TO OR ARlslNG FROM THE USE THIS
REPORT, AND REGARDLESS OF THE FORM OF THE ACTION, SHALL BE LIN4ITED IO NO GREATER THAN THE AI\4OUNT OF FEES PAID TO AVENIR UNDER THE
SOFTWARE LICENSE AGREEMENT.
Project#:555-01
Name: 555 Wooden Deer Road
(1)ATiDitreiencebeMeen€upplyahandreturnak (2)EsnmabdannNbasedonspednedsupdvanAT
Length=ft Area=ff Tehperature="F Flowrate=USGPlvl AirFlow=cfm HeatLoss=Btu/hr
Unit Heai Lo$ = Btu(hrff) Rv = hrff 'F/btu Head Loss = fi water RH = Radiant Floor Heating
BB= Baseboard FA=ForcedAir OTH=OtherHeating SM=Showmeh N=NotHeated
Load Summary
July 01, 2025
created Usihg HeatcAD 2025 (an62ozs)
soi\ilare Ve6ion:25.0-01 80 R Orial)
Page 2 of 2See sections at end of report for important Notes, Assumptions and Disclaimers.
Heat 2025
Project Information
3roject#: 555-01
Name: 555 Wooden Deer Road
Location: 555 W.roden Deer Road Carbondale, CO 81623
ManualJ Load Surnmary
Total Heatin g: 84,542 Btu/hr
Outdoor Conditions
Location:
Total Sensible: 38,798 Btu/hr
(User Specified)
Carbondale,Colorado
6537'
40
Coolirqg
95.0 "F
High
60.0 T
@
Heating
-5.0'F
Load Report
Manud J8 Load Calculation
Project # 555-01
J'.tlY 01 , 2025
Cooling
Fbat Recovery
0.1L
'159 cfm
50%
Crealed Uiing l-leatcAD 2025 (812612)25)
V3rsion:25.0.01 80 R (Triat)
Page 1 of10
Elevation:
Latitude:
Dry Bulb:
Daily Range:
Wet Bulh:
lnfiltration
Method:
Stories:
Exposure Category:
\Mnd Shielding:
Test Values (C/ni:
Net Air Changes (HeaUCool):
Net Flow rHeat/Cool):
Floorplan/Levels
Ground Floor
Main Floor
Blower foor
2
Cne or Two Exposures
2 - Two Unshielded Exposures
6210.55
0.08 / 0.04
87 cfm / 46 cfn
2,354 ft'
3,567 ft'
Noles:
]lotal Latent: 800 Btu/hr
lndoor Conditions
Room Temp:
Design Temp Diff:
Flunidity:
Moisture Diff (Grains):
Ventilation
Nlum Occupants:
Type:
ACH:
Outside Air:
Sensible Eff:
Total Heated Area:
Total Cooled Area:
Heating
75 "F
80.0 "F
2C
4
Heating
Heat Recovery
0.14
159 cfm
5O a/"
Cooling
65 "F
30.0'F
50
-15.7
Type:
ACH:
Ouiside Air:
Sensible Eff:
5,921 fr.
5.921 ft2
(1) AT: Difference between supply air and return air (2) Estimated airflow based on spe:ifbd supply air AT
Lengith=fi Area=n2 Temperature="F Flowrate=USGPM AirFlow=cfn H€atLoss=Btu/hr UnitHeatLoss=Btu/(hr.ft,)HeadLoss=flwater RH=RadiantFloorHeating BB=Easeboarl FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Rv = hr.fi'?'"F/btu
N = Not Heated
Name:555 Wooden Deer Road
Project #:555-01
Constructions
Walls
Load Report
July 01, 2025
Cooling
5,546
Heating
20,731
Area
5,399
U-Value
0.048
Description
Frame Wall or Partition; Wood Framing; R-21 lnsulation in 2 x 6 Stud Cavity; R-6
Board lnsulation; Stucco orWood Siding; Plus lnterior Finish
Code
12F-6sw
Gooling
0
3,294
Heating
5,049
13,175
Area
203'-
7'(P)
1,872
U-Value
0.111
0.088
Description
22E -Yeftical Board lnsulation Covers Slab Edge, Full lnsulation Under Slab,
any Floor Cover
Carpet or Hardwood Cover; R-9 board lnsulation
Code
22E-gp
20P-9cp
Floors
Geilings
Glazing
Windows
(1) AT: Difference between supply air and return air (2) Estimated airflow based on specified supply air AT
Length=ft Area=ft'z Temperature="F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'ft2)
HeadLoss=fiwater RH=RadianlFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeaiing SM=Snowmelt
See end of report for important Notes and Disclaimers.
Created Using HeatCAD 2025 (812612025)
Version:25.0.01 80 R (Trial)
Page 2 of 10
Cooling
2,818
Heating
9,803
Area
4,225
U-Value
0.029
Description
No radiant barrier over ceiling or same type of air space behind an attic knee
wall; R-38 blanket or loose fill; Absorptivity of roofing material less than 0.50;
Materials: Metal(m), Membrane(z), Tile, Slate or Concrete; Colors: Light(l),
White(w);
Code
18C-3821
Cooling
7,318
1,572
618
4,1 59
5,865
411
Heating
10,436
3,153
508
3,421
5,895
668
Area
318
96
15
1M
157
18
SHGC
o.41
0.41
o.41
0.41
0.31
0.31
U-Value
o.41
o.41
o.41
0.41
0.47
o.47
Exposure
S
N
E
E
S
Description
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.10 on surface 2 - lnsulated Fiberglass
Framing, BlindsMedium4S (50%)
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.10 on surface 2 - lnsulated Fiberglass
Framing, BlindsMedium4S (50%)
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.10 on surface 2 - lnsulated Fiberglass
Framing, BlindsMedium4S (50%)
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.10 on surface 2 - lnsulated Fiberglass
Framing, BlindsMedium45 (50%)
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.05 on surface 2 - Wood, Wood with
Metal Clad or Vinyl Framing, BlindsMedium4s (50%)
Operable window or sliding glass door, with Emissivity of
Low-e coating = 0.05 on surface 2 - Wood, Wood with
Metal Clad or Vinyl Framing, BlindsMedium4s (50%)
Code
4A-3f
4A-3f
4A-3f
4A-3f
4A-5w
4A-5w
Rv = hr'fi'''F/btu
N = Not Heated
Name:555 \Aboden Eeer Road
Project#:555-01
lnternal Loads
])escription
Defauft (1"200 Btrfr)
4 Occupants:
Total
Latent
Other Loads
Blower Load 1,706 BtuihrSensible
1,200
920
2,120
0
800
800
Load Report
July 01, il25
(1 ) AT: Difierence betulreen supply air dd retum air (2) E$imated ak fio\r/ based on sp€sff€d supdy ah AT
Lengttt=11 Area=ffz Temperature="F Flowrale=USGpM AirFlow-cfrn HeatLoss-Btu/hr LhitH€atLoss=Btu/(hr.ff,)
HeadLoss=fiwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OiherHeating SM=Snowmelt
See end of report for important Notes and Disclaimerc.
Rv = hrttz.'Flbtu
N = Not Heated
Creded Using l+atcAtr 2025 (il26no25)
ltre.sion::S.Aot ao R 6riatl
Page 3 of 10
Name:555 Wooden Deer Road
Project #:555-01
Load Breakdown
*Average Load Procedure
Heatinq ATn: 70.0
Coolinq AT': 18.0
Est. Heatinq CFM': 1375
Est. Coolinq CFM":2454
JSHR: 0.98
MJB Tons: 3.30
SqFVTon:1794
CFM/SqFt: 0.41
Load Report
July 01,2025
Created Using HeatCAD 2025 (812612025)
Version:25.0-0 1 80 R Cl-rial)
Page 4 of 10
(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 AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'ft')
HeadLoss=fiwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Healingtd Breakdoh
Latent
0
800
0
0
800
Sensible
19,943
0
0
5,546
2,818
3,294
1,270
2,120
0
2,101
1.706
0
38,798
5,921 ft2
Heating
24,O81
0
0
20,731
0
9,803
18,224
6,1 00
0
0
5,602
0
0
0
84,542
5,921 ft2
Name
Windows*
Skylights.
Doors
Walls
Below Grade Walls
Ceilings
Floors
lnfiltration
lnternal
Other
Duct Loads
Ventilation
Humidification
Pipinq Load
Radiant Back Loss
Blower Heat
AED-
Total
Total Area
Rv = hr'tz'F/btu
N = Not Heaied
Name:555 Wooden Deer Road
rroject #:555-01
AED
Fen:sHbn Lod vs Her of &y - A'ock L@d (smmer)
Average Load: 25,348 Btu/hr
Excursion Limit 32,952 Btu/hr
Peak Load: 31,375 Btu/hr
AED Load: 0 Btu/hr
Load Report
July 01 , 2025
\€rsion:?5.Cr.01 80 R (Trid)
Page 5 cf 10
(1) AT: Difierence between supply air and retum air (2) Estimated air flow based on specified supply air AT
Length=ft Area=ft' Temperature="F Flowrale=USGPM AirFlow=cfin HeatLoss=Btuihr UnitHeatLoss=Btu/(hr'fl?)
HeadLoss=ftwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAi' OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Rv = hr-ff'"F/btu
N = Not Heated
Name:555 Wooden Deer Road
Project #:555-01
Heating Zones
Heating Rooms
" The sum of room loads may not be equal to the project total due to additional system loads.
(1 ) AT: Difference between supply air and retum air (2) Estimaied air flow based on specified supply air AT
Length=ft Area=fi, Temperature="F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'ft')
HeadLoss=flwaler RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Load Report
July 01 , 2025
Created Using HeatCAD 2025 (812612025)
Version:25.0.01 E0 R Cfrial)
Page 6 of 10
Total Load
5,625
9,687
4,763
15,532
17,719
4,622
20,991
Room Temp
75
75
75
75
75
75
75
Area
766
795
702
719
1,612
253
983
Zone
Zone'101
Zone 102
Zone 1 03
Zone 20'l
Zone202
Zone203
Zone 2O4
Total Load*
3,472
1,307
0
88
2,247
3,983
2,573
0
0
0
5,625
781
0
17,200
8,224
4,715
2,250
20,991
1,740
632
28
491
2,593
Room Temp
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
75
Area
217
64
24
57
206
489
191
79
61
96
741
104
24
1,539
346
213
120
983
90
42
12
ot
15S
Room
Room A-01
Room A-02
Room A-03
Room A-04
Room A-05
Room A-06
Room A-07
Room A-08
Room A-09
Room A-10
Room A-11
Room A-12
Room A-13
Room B-01
Room B-02
Room B-03
Room B-04
Room B-05
Room 8-06
Room B-07
Room B-08
Room B-09
Room B-10
Rv = hr.ft'z "F/btu
N = Noi Heated
Sensible Load
i0.820
13.304
2,323
13,558
1,215
8,457
3,177
AEt)
uo
YES
tJo
NO
YES
Nrf,
NO
Room Temp
65
65
615
6t;
6ri
65
65
Area
743
1,612
253
9,33
741
7'J5
n3
Zone
cl
c2
LJ
c4
c5
C6
c7
Name:555 lVooden Deer Road
Droject #:555-01
Cooling Zones
(Peak Load Procedure)
Cooling Rooms
(1 ) AT: Difference between supply air and return air (2) Estimated air flow based on specified supply air A f
Lengrth = ft Area = fi? Temperature = 'F Flowrate = USGPM Air Flow = cfm Heat Loss = Btu/hr
Head Loss = ft water RH = Radiant Floor Heatinq BB = Baseboard FA = Forced Aii OTH = Other
See end of rcport for important Notes and Disclaimers.
Unit Heat Loss = Btu/(hrft')
Heating SM = Snowmelt
Rv = hr.ft'''Flbtu
N = Not Heated
Load Report
J.tly O1" 2@5
Created l6ing l-salCAD 2c25 (8i2612025)
\trsion:25.0.0'1 80 R (Trial)
Sensible Lod*
2,865
1.387
o
46
2,761
3,005
1,393
28
22
34
1,215
169
I
1 3,1 39
6,416
3,671
1,412
13,558
737
179
12
152
725
AED
NO
NO
YES
YES
NO
NO
NO
YES
YES
YES
YES
YES
YES
YES
NO
NO
I.lo
NO
YES
YES
YES
YES
YES
Room Tennp
65
65
65
65
65
6tt
6{i
6tt
65
65
6tt
65
65
65
65
65
65
65
65
65
65
65
65
Area
217
a4
24
57
2t6
4J9
191
79
a1
g6
741
1')4
24
1,539
346
213
12A
933
Sr0
L2
12
61
159
Room
Room A-01
Room A-02
Room A-03
Room A-04
Room A-05
Room 4-06
Room A-07
Room A-08
Room A-09
Room A-10
Room A-1 'l
Room A-'12
Room A-13
Room 8.01
Room B-02
Room B-03
Room 8.04
Room 805
Room 8-06
Room B-07
Room 808
Room S09
Room B-10
Page 7 cf 10
Name:555 Wooden Deer Road
Project #:555-01
* (Peak 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 retum air (2) Estimated air flow based on specified supply air AT
Length=ft Area=ft, Temperature='F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'fi'z)
HeadLoss=twater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Rv = hr'fi'z.'Flbtu
N = Not Heated
Load Report
July 01, 2025
Created Using HeatCAD 2025 @n612O25)
Version:25.0.0180 R (Trial)
Page 8 of 10
Warnings
Ociober load \^ill maintain the zone thermostat setpoint (75 'F for cooling).
motorized, thefmostatical y controlled damFrs) for problem room. Sing e speed equipment may' not be suitable for the application.
October load \aill maintair the zone thermostat sehoint CZs "F for molirg).
motorized, thermostatical y controlled damprs) for problem room. Sing e speed equipment ma/ not be suitable for the applicaiion.
motorized, thermostatical y controlled damprs) for problem room. Sing e speed equipment may not be suitable for the application.
require zone controt (pro'.ided by individual. motorized, thermostatically conirolled dampers).
require zone control (pro';ided by individual- motorized, thermostatically conirolled dampers).
Name:555 Wooden Deer Road
ProjeC #:555-01
Design Locaton
Location:
Province/State:
County:
Outdoor Heating Design Temp:
Outdcor Cooling Design Temp:
MJSCustom
Load Report
July 01, 2025
Created Using H3atCAE 2A25 (812612f.25)
\b'sion:?5.0"01 80 R (Trial)
Carbondale
Colorado
United Sbtes
-5.0 "F
35.0 "F
AItitude:
Latitude
Wet Bulb Temperature:
Daily Range:
6537' ft
40
60.0 'F
High
(1 ) AT: Difference between supply air and retrm air (2) Estimated air flow based on sp€cifred supply air A'l'
Length=fi Area=fl'2 Temperature='F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr.fi')
lleadLoss=ftwater RH=RadiantFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Rv = hr'fi"F/btu
N = Not Heated
Page I of '10
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 the calculated results reviewed by an experienced heating professional to ensure reasonableness and suitability for your application.
tN NO EVENT W|LL AVENTR SOFTWARE tNC. (,AVENIR) OR trs AFFTLTATES BE LTABLE UNDER ANy CONTRACT, NEGLIGENCE, STRICT LIABILITY OR OTHER LEGAL OR EQUITABLE THEORY FOR ANY
oF BUSTNESS INFORMATTON OR DATA AND THE LtKE), EVEN tF SUCH pARTy HAS BEEN ADVTSED OF THE POSS|BILITY OF SUCH DAMAGES. AVENIR'S CUMULATIVE LlABlLlry FROM ANY CAUSE RELATED TO OR
ARISING FRoM THE USE THIS REPoRT, AND REGARIJLESS 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.
Name:555 Wooden Deer Road
Project #:555-01
(1) AT: Difference between supply air and retum air (2) Estimated air flow based on specified supply air AT
Length=ft Area=ft': Temperature="F Flowrate=USGPM AirFlow=cfm HeatLoss=Btu/hr UnitHeatLoss=Btu/(hr'fi')
HeadLoss=ftwater RH=RadianlFloorHeating BB=Baseboard FA=ForcedAir OTH=OtherHeating SM=Snowmelt
See end of report for important Notes and Disclaimers.
Load Report
July 01, 2025
Created Ljsing HeatCAD 2025 (812612025)
Version:25.0.01 80 R (Trial)
Page 10 of 10
Rv = hr.ft'."F/btu
N = Not Heated
HeatCAD"'0"AED Report
Manual J8 Load Calculation
Project#:555-01
July 01, 2025
Project #:
Name:
Lo€tion:
Project lnformation
555-0 1
555 Wooden Deer Road
555 Wooden Deer Road Carbonlale, CO E1623
Outdoor Conditions
Loction:
Notes:
lndoor Conditions
Heating
RoomTemp: 75"F
Design Temp 80.0 "F
Diff:
Hum dity: 20
f.rois:ure Diff (Grains):
Peak Load: 31,375 Btu/hr
AED Load: 0 Btu/hr
Floorplan/Levels
2,354
3,567
5,921
(User
Speciiied)
Carbondale,
CDoling
65 'F
30.0 "F
Ground Floor
lV3in Floor
Total Heated Area:
Total Cooled Area:
ft:
tr
tr
ft?
Elevation:
Latitude:
Colorado
6537'
4D
Cooling
95.0 "F
High
60.0 "F
50
-15.7
Heating
Dry Bulb:
Daily Range:
Wet Bulbl
-5.0'F
AveEge Load: 25,348 Btu/hr
Excursion Limit 32,952 Btu/hr
Allload values shwn in Btu/lf created Using HertCAD 2025 Fn6Eo25)
sofilvare Vqsion:25.0.0180 R (Triel)
Page I of 6See sections at end of report for important Notes, Assumptions and Disclaimers.
Prcject #: 55501
Name:555 Wooden Deer Road
Cooling Zones
AveEge L@d: 4,446 Btu./hr
Excu6ion Limit 5,780 Btu/hr
AED Report
July 01, 2025
Average Load: 0 Btu/hr
Excursion Limit: 0 Btu/hr
Peak Load: 7,644 Btu/hr
AED Load: '1,863 Btu/hr
Peak Loadr 0 Btu/hr
AED Load: 0 Btu/hr
Peak Load: 10,231 Eltulhr
AED Load: 0 Btu.ftr
Awage Load: 1,509 Enu/hr
ExcuFid Limil: 1,962 Eltu/hr
Awrage Load: 4,947 Btu./hr
Excursion Limil 6,431 Eltu/hr
Peak Load: 2,594 Btu/hr
AED Load: 632 Btu/hr
Peak Load:7,552 Btuihr
AED Load: 1,121 Btu,/ht
Peak Loadi 1,331 Btu/hr
AED Load: 96 Eltu/hr
r-
AveEge Load; 8,246 Btu/hr Awage Load: 950 Btu/hr
Excursion Limit '1,235 Btu/hrExcuEion Limit 10,720 Btu/hr
All load values shNn in Btu/hr created Using HeatcAD 2025 (aml2o25)
Sofr\raE VeFion:25.0.0180 R Orial)
Page 2 of 6See sections at end of report for important Notes, Assumptions and Disclaimers.
Project #: 555-01
Name: 555 Wooden Deer Road
Average Load: 1,509 Btuir
Excursion Limit: 1,961 Btu/hr
Peak Load 2,593 Btu/hr
AED Load:632 Btu/hr
Avsage L€d: 1,509 &u/hr
Ex@rsion Limitr 1.962 Eltu/hr
Peat Load: 2,59,+ Eltu/hr
AED Load: 632 Btu/hr
AED Report
July 01, 2025
Average Load: 6,439 Btu&r
ExeFion Limit: 8.37'1 Btu/hr
P€ak Load: 9,468 Btu/hr
AED Load:1,097 Btu/hr
Cooling Rooms
AveEge Load: 1,509 Bturhr
Exq6ion Limit: 1,961 Btu/hr
Peak Load: 2,593 Btu/hr
AED Load:632 Btu/hr
Avsage L@d: 758 Eltu/hr
Excrreion Limit 985 Eltu/hr
Peel. Load: 1,303 Eiiuihr
AED Load: 318 Btu/hr
Created Using He.tCAD 2025 (8a'l2o25l
sofi\dare V*ion:25.0.01E0 R rlnaD
Pqe 3 of 6See sactions at enci of report for important Notes, Assumptions and Disclaimers.
Prciect #: 55t0 1
Name:555 Wooden Deer Road
AveEge Load: 671 Btu/hr
Excu6ion Limit 873 Ellu/hr
Average Load: 3,000 Btu/hr
Excu6ion Limil 3.901 Eltu/hr
Average Load: 729 Btu/hr
ExcuFion Limit 948 E tu/hr
Peak Load: '1,154 Btu/hr
AED Load: 281 Btu/hr
Peak Load: 4,786 Btu/hr
AED Load: 886 Eliulhr
Peak Load: 1,245 Btu/hr
AED Load: 297 Btu,/hr
Awrage Load: 8,246 Btu/hr
Excursion Limit 10,720 Btu/hr
Awrage Load: 1,946 Btu/hr
Excursion Limit 2,530 Btu/hr
Average Load: 6,439 Btu/hr
ExcuFion Limil 8,371 Btu/hr
@0]-_\--
lMl-
@] \
ldJs.l \
AED Report
July 01, 2025
Peak Loadr '10.231 Btu./hr
AED Load: 0 Btu/hr
Peak Load: 2,784 Btu/hr
AED Load: 253 Eltu/hr
Peak Load: 9,468 Btu/hr
AED Load: 1,097 Btu/hr
All load values shown in Btu/hr Created llsins HeatCAD 2025 (82612025)
Sofrware VeHon:25.0.0180 R Ctrial)
Pag€ 4 of 6See sections at end of report for important Notes, Assumptions and Disclaimers.
Prcject #: 555-0 1
Name: 555 Wooden Deer R0ad
AED Report
July 01, 2025
Created Usirg HeatCAO 2025 @126PO25)
soffware Vesion:2s.o-0180 R CfnaD
Page 5 ol 6
:--*---- -----=
Average Load: 328 Btu/hr
Excursion Limit: 426 Btu/hr
Peak L!ad: 392 Eltu/hr
AED Load 0 Btu.hr
All load values shown in Btu/hr
See sections at end of report for important Notes, Assumptions and Disclaimers
Warnings
The sensible load forthis application peaks during late tall or early winter. This behavior is caused by glassthat faces South East, South or South West. Zone cooling
capacity (VAV supply Cfm or unitary equipment) sized forthe Oclober load will maintain the zone thermostat setpoint |/5 "F for @oling).
This application has glass areas that produced large cooling loads for part ofthe 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, themostali€lly contrclled dampers) for problem room. Single speed equipment may not be
suitable for the application.
The sensible load forthis application peaks during late fall or earlywinter. This behavior is €used by glass that faces South East, South or South West. Zone cooling
capacity (VAV supply Cfm or unitary equipment) sized forthe October load will maintain the zone themostat setpoint (75 "F for cooling).
This application has glass areas that produced large @oling loads for part oflhe day. Zoning may be required to overcome solar load spikes for one or more rooms.
Consider a zoned system, or provide zone contrcl (individual, motorized, thermostati@lly contrclled dampeE) 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 ofthe day. Zoning may be required to overcome solar load spikes for one or more rooms.
Consider a zoned syslem, or provide zone control (individual, motorized, thermostati€lly conlrolled dampeF) for prcblem room. Single speed equipment may not be
suitable for the application.
This application has glass areas that produced relatively large cooling loads for pad ofthe day. Zoning may be required to overcome spikes in sola. Ioad for one or more
rooms. Azoned system may be required or some rooms may require zone control (provided by individual, motorized, themostatically controlled damPeF).
This appli€tion has glass areas that produced relalively large cooling loads for part ofthe day. Zoning may be required to overcome spikes in solar load for one or more
rooms. A zoned system may be required or some rooms may require zone control (provided by individual, motorized, thermostatically conlrolled dampers)
The sensible load for some rooms peak during late fall or earlywinter. This behavior is €used by glass that faces South East, South or South West. Room tempeEture may
be difficult to control ifzoning is not provided.
Prcject#:55F01
Name:555 Wooden Deer Road
AED Report
July 01, 2025
Disclaimerc
by ACCA. The program and data are provided "as is" withoutwaranty ofany kihd either expressed or implied. The entire risk as the quality ahd performance ofthe progEm and
data iswith you. tn no eventwill ACCA be liable to you for any damages, including without lihitation any lost profts, lostsavings, or other incidental or cons€quential dahages
arising out otthe use or inability to use this program or the data. @ 2015 Air Conditjoning Contactors otAmerica. AllRighb Reseryed. M.a@a.org
ACCA, Manual J and Powered by ACCA Manual J are registered tEdemarks of the Air Conditiohihg ContractoF ofAmedca. All ights reserued.
Cold weather humidiication, or some lifestyles that produce ercessive hoisture, may cause condehsatjoh to occur ifthe absolute huhidity of the indoor air is too high for the
momentary circumstances. Cohdehsation can occur on sudaces or concealed within the structure, and cah lead to mold, mildew, trost damage, and moisture damage. The
sofru/are does hot perform calculafohs tor the *limation or detecton ofpossible cohdensation problems, and it is the designeF (i.e. sofrware useF) responsibility to do so
independently il required. For guidance and addilional cautions .efer to ACCA Manual J Eth Edition, including Section 1 -l 1 and Section 27.
The €lculated values shMn ih this report are based on the data ihput by the user ofthe sofrware. lnaccu6te or eroneous data input will resuft in inaccurate or erroneous r6ulb.
You are strongly advised to review all input data Erefully, and to have the caldlated results reviewed by ah expedehced heating profesional to ehsurc rsasonableness and
suitability for your application.
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OR EOUITABLE THEORY FOR ANY CONSEAUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHAISOEVER (NCLUDING. BUT NOT LIIVITED
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SOFTWARE LICENSE AGREEMENT.
Created Using HeatCAD 2025 (8DBD025)
Software VeFion:2S.0.0180 R Clrial)
Page 6 of 6See sections at end of report for important Notes, Assumptions and Disclaimers.
HeatCAD'0"Manual J Worksheets
Manual J8 Lcrad Calculation
Project #:555-Dl
July 01,2025
Created Us ng HeriCAD 2025 18n612025)
sonware V4ion:25.0.0180 R Odal)
Page 1 of 14
Project lnformation
Project#: 555-01
Name: 555 Wooden Deer Road
Location: 555 Wooden Deer Road Carbondal:, CO 81623
Notes:
r0ta9
All load values sh@n in Btu.ftr
Form Jl (Sumnre{)
Entire House
6 106
4.225
Btuh
L-C lq,
800
s0c
80c
S-clg
'/.314
1 512
618
4 159
5 865
111
5 546
3 294
s?0
1 200
3,t.9S1
2.10i
1.706
38.798
H?atin9
i0.436
508
4::1
5.8€r5
6rl8
?a 131
i 045
6 1!0
;8.S39
t,ri02
Area or
LenSth
96 13
10,,1
151
5.399
4 2!.5
204 rlP)
waR 1.0
"l
Del
Name of Room li5i v,/ooden Deer Road
Runninu Feet of Exposed Wall
ceilanE Heioht (Fil and Gross wall Afea {sqF0
Room Dimensions {Ftl and Floof Plan Area r SqFt}
Ceilanq Slope lOeq.! and Grcss Ceilinq Area (SqFt)
HlTIl
clE.
2n B(l
16 33
39 a8
37 41
1 rl3
r) 67
1 713
0 07€i
0 044
Occupant$ dt 230 and 200 B:uh
Scenario Number
Befault Adjustnents
Custom Appliances
Plants
LJse. specified ad,$lir.nar loads
Sum hnes e tr rouah 1,1
ELG
158
Load
Elower Heat
AED Exc0rsion
:jum i,nes 13. tllrouglt 1g
Hts
3? E0
32.r0
37 60
37 60
232
24 €0
ir 0.1
Ertecl ACH
E Ctm
GallDav
Construclion
Number
FaFel
Faes
iA-3t
1A-lJt L
d.A-3t E
JA-3f
rlA-5rv
trA-5w
IzF -Esu:
22E-sp
20P-9cp
HeatinE Load lBtuhl
Sensible Load {Btuh}
Latent Load (Btuh|
EHLF & ESGF
15S
Winter Humiditication Load
Vent Ctm
type of Exposure
a
b
c
t1
e
a
a
a
a
a
lJ
a
b
c
d
e
Ventilation Loads
l\llndows and
Glars Doors
SkvliEhts
Wood and Metal
Dqors
Above Grade
Walls and
Faftitions
Eelow Grade
WrllE
C€ilinas
Floors
lnfiltration
Intemal
Other
Subtobls
Ducl Loads
Total Load
6a
7
I
I
11
12
15
See sections at end of report for important Notes, Assumptions and Oisclaimers.
Prcject #: 555-01
Name:555 Wooden Deer Road
Worksheet A
Location And Design Conditions
Latitud€:40
RH : 500/o
Ae Rins = -15.7
Ila = 65.0 "F
Elevation: 6,537 R
lndoor conditions, cooling:
coincident WB : 60 0 "F
cm = 30.0'F
RH = 200/6
1%DB:S50"F
Hm:80 0 "F
Location: iuser sosified) carbondale.coltrado
DE=750"F
9y}.09=-50"F
Desion Temperature Differences
lndoor Condilions, lleatinq:
Table I Conditions
All load values shwn in Btu/hr
Manual J Worksheets
July 01, 2025
Created Using HeatcAD 2025 GDEDO2S)
sonware Vobion:25,0.01 80 R Cfrial)
Page2 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Prcject#:555-01
Name: 555 Wooden Deer Road
Wolk3heet B
Hltl Tahres forwindows and Glass Doors
555 Wood€n Deer Road
Coot HIM
23 00
16 35
3E.88
3q.88
37 41
Heat HTM
32 30
3:80
32 €,0
37 60
37 60
Overhan9
N0ne
None
l'1one
None
|l0ne
tlone
Exaernal Shading
100
-1.00
'l 00
100
100
lng€ct sereetr
Flore
frone
f'lom
i\one
Nbne
t&)ne
sl{Gc
64a
0.4'.
a a'.
0 d-1
03i
0 3.-
J-Value
0.410
0 410
0.d10
0.410
0.470
0 410
Facs
tq
E
lntrmal Shade
BlindsMedum45(50j6)
Blindslvtedium45(gO%i
Bll*drMedium4S(50%)
BlindsMedium4.S(50%)
BlindsMedium4SiS0%)
BlindsMedium4S(50tn)
Co$st Number
4A-3f
4A-3{
4A-3t
4A-3t
4A-5w
4A-5w
Panel
a
b
c
d
f
All load valu€ shiln in Btu/hr
Manuel J Worksheets
July 01, 2025
created Using H€IAO 2025
softvEr: Ve6ion:25.0.01
(EE6l2A2S)
30 R Olial)
See sections at end of report for important Notes, Assumptions and Disclaimers.Page 3 of 14
Prcject #: 555-01
Name: 555 Wooden Deer Road
Worksheet C
HTM Values for Skylights
555 Wooden Deer Road
Cooling HTMHsting Hil'ltU€fiAreaPerimeterOesefiptionsHGCU-valueFacesrnlnternal ShadinqCon9t. NumbeaItem
All load values shiln in Btu/hr
Manual J Worksheets
July 01, 2025
created Using HeatCAO 2025 (812612025)
Softlvac VeFioni2s.o.01E0 R Odal)
Page 4 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Worksheet n
HTll Value$ and Net Area for opaque Panels
555 Wooden Deer RDad
HeatrnE HTM : U x l-lTC 0r i..j x trTtlH
Coolinr tlTtd = U .4 I)LID or U ii PTDC
Cooling
I{TM
Wood rnd Metal Ooors
Above Grade Walls
1 lr:1
Partition Walls
ceilings
0.67
Passive Floors
175
Radiant Floors
Hsting
l{'11\4
CLTD
4A
of
FlDC
230
20.0
Grcup
Nu6ber
.{a
J
HTD
or
PTDH
800
800
8rl 0
Design Rarge. HiEh
U-Vatue
or Slab
F-Vrlue
44
0 02E
0 088
Slail
EdEe
{Fq
Net
Area
tsqFr)
5,39r
4.224
CTO=301"F
op€ning
lrea
(sqFr)
707
C.oss
Areg
tsqFrl
6 106
4.2fr
HrD.80$"F
Avemge
Heightl
width
(F0
11
Length
{Fr}
543
Congtruciion
Number and
Exposure
Direc{on, or
Ceiling slope
12F-rasw
18C-3821
20P-Scp
a
a
b
Proiect#:55+01
Name:555 Wooden Deer Road
Manuel J Worksheets
July 0'1, 2025
created Using He3lcAD 2025 (8t26120251
Sotware V*ion:25.0.0180 R lfdaD
Page 5 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
worksheet E
lnfiltration Loads
HID=800"F CID = 30.0 'F Gruins = -15 7 Table 10A ACF = 0 80
1,3 - lnfiltration Loads for Neutral Pr€sgure Based on glower Door Method
HTD "F
and
ClD'F
Wind
Velocity
(MPH}
Blower
Ooor
ELA!
Teble 5D
Operating
Mode Shieldinq
Clasg
ICFM
cs c.
87
oefault healing season velocltY = '15 MPI-I Provaded by field testD€faull season =7 5 MPH
2 " lnfillration Loads on Central Equipm€fit for
Typ€ ol
Load
VCFM
Line 11.
Worksheet H
oA Cfm
Flowing to
Ctm
Exhausted
from Space
CFMi-r ICFM
(Optior 3)
N6t
lnfilt. CFM
NCFM
H&C
Loads
(Btuh)
6 100
1.2V4
1 The room infiltration toad equals lhe bltrk infillraliofl load 0n the centralequipmenl mulliplled bY the gmss wal, al€a ratio (wAR)
2 $/AR = Gross room wall area / Gfoss wall area lor all rooms served by the cenlral equlpment
0 0121
s7
ShieldrngClass2
a7
48
0 02s9
0
0
159
159
l5
75
159
159
800'F
30 0'F
159
Heairng
Cooling
Heat Load
Sens Load
Lat Load
Project #: 555-0 1
Name: 555 Wooden Deer Road
Manual J Worksheets
JulY 01, 2025
created Using HeatcAO 2025 (41262025\
software VeEion125.0.0180 R (Irial)
Page 6 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Worksheet F
lntamal Loads
L:tent
Load
808
600
Defaull Scenario
Adiustments ro Defiuh Senrrio
lndividual Appliance Optiong
PlantE
Conslder diveBlty: Load Factor = Avemqe input / Rat€d or Nameplale lnput: Use Factor = Percenl operaiing liBe tBr one hour
Sensibl€
Load
924
?2C
1'tna
1.1101)
Use
Faetor
10
Tctal o*r&ancv load lor Fom Jl {Bluhl =
Oefault sc€nario load for Fom J1 {Btuhl =
Total edjustnFnt opfions for Form J1 {Btuh} :
Totil individuai aip:iance load tor Form Jl {Btufr} .
Tolel plant load for Fom Jl (Btuh) =
Lord
Factof
10
10
Latant
Factor
lgtuh)
200
Sensib!e
Factof
(Bruhi
230
1 .zot
ztr
30
counl
d
0
rl
0
Soutce of lnternal Load
O@upants
Defaull (1 200 Btur
None
Nsn€
Snai,
Med:um
Ltrqe
f)
{
d
e
Project #: 555-01
Name: 555 Wooden Deer Road
All load valu6 shown in Btu/hr
Manual J Worksheets
July 01,2025
created Using HeatCAD 2025 (812612025)
Soft\daE VeEion:25.0.0180 R Cfnal)
PageT ot 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Worksheet H
Ventilation Loads
555 Wooden Deer Road
V€Nl.
Loads
{Bruh}
5.602
2.101
It
lndoor
nrybulb
750
65.0
Site
Elevation
Table
10A
ACF
080
LATrors
L.ATsah
V€rains
lot
Ventilalion
aif
80 1l
00
HlD
and
C'ID
From
Wrkshl
800"F
300'F
Table I
Outdoor
condition
Tn and
cmins
95.0 'F
-15 7
For VDH
Only
lndoor
Gnins
for Site
Elevation
Table 12
Condition of
Air Leaving
Ventilation
Dehumidifier
lATw
LATw.
Grain6p
5gR
LER
tor Heat
Recovery
ventilatDr
05
0
VCFM
or
CFMairl
159
159
IYpe ot
Load
Heat Load
Sen Load
Lat Load
Project #: 555-01
Name: 555 Wooden Deer Road
Manual J Worksheets
JulY 01, 2025
created Using HeatCAO 2025 (a12612o25\
Sotware Ve6ion:2s.0.01 80 R Cftial)
Page I of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Worksheet I
Ancillary Loads
555 Woodsr Deer Road
ff r'ter Humiditication lleating Load
€allons
Dey
00
Heal ot evaporation provided by cenlral lteating :qtipmenl
l-tumidificaticn (RH Value) snall not cause visitrle or conrea ed condensatic.n
(per Strlion 27 prftedure;i
Heatxlg Lrad = o 68 x TCFill x (|DGR - ODGR) x.ACF
Gallms per Day . C oBzil x HeatinE Load
WTO "'rr-Ts
FL, = 1 I r Lr x !-,fTOi x F9r
Systffi Total (gluh) = Sum trL,
glower Motor L{rtd
Sensible Load = 3 4-3:{ u*ts
Sensible Load = 3 4 i3 :( K/l
Sensible Load = 3 1300 r t'le
Moisture MigGtion j-oad
Moisture ilill migrate through porous ceiling. wall and ll0or inatetrais thel ate not pBlecle$ hy a vapor retarding mffibrane lhe latent flrotsfore
migr:tion {oad for sumnpr cmiing may be an impoiant
'ssEe
if the structure does t,ot have an appropnate ffipc,r relarding ffib{ane tor ltte {ota{
sufrmerclimate Forwlnterhumidif€alion,moistr,remigralionmaycausevisibleor(onceal?dcondBnsalicn.mo.d.rtlildtr a[dslru,:luraldil]age
S€ the full veBion ri l4anual J. Strl'on 28 fd bast grdarce Contacl lhe Ene!Gy Efficieni Bulldrng Assccration {FEBA) for ccnlFrefienstve
Euldancepenainingtomemtlraneneedanduse ktie20'12ASHRqEtlasdbookolFunlamentats.i:napter:5afldCiapler26 C:onparetocal
code wjth EEBtuASHRAE r#rdanc€ Incompatibiliiitr require the atlenlion of the locll code authoritv Joe {-sl,bu€lr is the pnmtr}, au&o*ty' on th ;
issue {obtain conla(t inlo lrom the EEBA ASilF{1,E. or fitlenet *archl
Hurid
H-Load
{Atuhl
()utdoor CFM
Total
TCFM
246
Vert
VCFM
15S
Net intilt.
NCFM
87
Piping
Load
PLi
sensibl€
Load
BtUh
Table ,2 Grains
lrdoor
I'GR
Table I
Ftctot
F8i
O€tault
Load
Btuh
1.706
Outd6r
ODGR
Wall lD
WTDr
0etatgt
Pows
WatG
500
Tabte
10a
ACF
0 7986604
Ambienl
Temp.
T..F
Blower Motor Pwertrom
Manufacturefs Bbw"r]?bte
uP
Table 1 Values
Site
Elevation
G.537
Water
Temp.
t*ts
KW
Winter
Dry Bulb
-50
Feet
of Pipe
L;
Watt6
lndoor Conditions
R€lative
Humidity
204/4
Siue/Type
Manutacture/s
Sonsible Capecity
Data not Adjusred
for Blower Heat
Oy
Bulb
750
Prcject#:555-01
Name: 555 Wooden Deer Road
Syst€m Total
All load values shown ih Btu/hr
Manual J Worksheets
July 01, 2025
Crealed Using HeatCAD 2025 (812612025)
Soltware VeEion:25.0.01E0 R Orial)
Page 9 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Proiecl #: 555-01
Name: 555 Wooden Deer Road
Room Loads
555 Wooden Deer Road
0dobe.
Odober
Odooer
Sumer
0ctober
Sumer
Sr|mr
(Btuh)
2s]fi
46
2.218
2.610
1,2S
26
n
3t
1.:15
r89
r3.139
6 416
1,6?1
14ffi
179
12
192
(atuhl
r 30?
8A
3.98:
78i
17 200
20.931
1,740
26
491
RoomA,tl
RoomA-m
RoomB-01
Rocm 3-02
Room 5-*3
nonmS-01
Room6'05
RoonE-07
Room 0-08
RoomB'09
Roon B-1 0
'P€ak t,oad Procedure Used F0. Room {,0ads
All load valu* shown in Btu/hr
Manual J Worksheets
July 01, 2025
created Using HeatcAD 2025 (8126Do25')
Sofiware VeEion:2s.o.0180 R fida0
Page 10 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Project #: 55$01
Name: 555 Wooden Deer Road
Total Heating:84,542 Total Seasible: 38,798 ToEl Latent 8t0
SeDsible L8:ent
19.943
I
0
:,s
2.318
1.2;0 t
6C
t
0
s0
2.121
1.rs
a
s.ts€
5,9n&'
Heiinq
21 081
I
0
20 131
0
s,3c3
is 224
5 100
I
5 602
I
I
I
!
u512
5.92t tr
llame
Slal qhs'
0oors
Cefir€s
Oudlo6ds
PDno Load
kdbnt 8sd Lt$
ALD'
Toldl L@d
'Average Loid Frocedu'? {Soru roofis hilp fatl peak loads)
All load values shown in Btu/hr
Manual J Worksheets
JU/y A1,2a25
HatcAD 2025 iEt26t2025)
Ve6ior:25.0.01n0 R Odal)
See sections at end of report for important Notes, Assumptions and Disclaimers.
Created using
SoflEre
Page 11 ol 14
Constructions
Walls
u.varls tsd&rf 'Frl
0 048Frame Wall or Parlilion Wood Framing R-21 insillation ifi 2 x 6 Stud Cavity. R4 Board lnsulation
Slucro or Wood Sldino, Plus lnlenot Finish12F€sw
Floors
U.V3rueltuih Fni
0 111
0 088
228-vertrcatBoardlnsllalonCoversSlabEdge.FullinsulalionUnderStab anyF{oorCovet
Carpel or Hardryood Cover R-9 boatd hsulation
22E-9p
20P-gc0
Ceilingg
0 029
I'lo radrant barrEr over cerlrng or same lvpe of ait space beilnd an atlc lmffi wall: R-38 blanl(el or
loos lll Absofptlvrrt- of rooling matena{ less than 0 50. Malenais Metal{m). Memb€ne(l), Tiie slate
o.Concrele Colors Lrqhl(ll !Vhde(w).
18C-38z|
Glazings
windows
u{!'ue tbd{hi.trrF}l
0 410
0 470
Operable lvindow 0r
lnsulated Fiberqlass
sliding glass door. with Emissiuty of l-ow-e coating . 0 10 on su,-tace 2
F€ming (SHGC = 011)
Operable wndow or sliding glass door. wilh Emrssivity ol Low-e toaling .0 05 ofl sutlace 2 " j/food
ylood with Metai Clad or Vlnyl Framing (SHGC = 0 31)
4A-3f
4A-5w
Prcject #: 55t01
Name: 555 Wooden Deer Road
All ldad values shown in Btu/hr
Manual J Worksheets
July 01, 2025
Created Using HeatCAD 2025 (8n6n!25)
Soft\dare Ve6ion:25.0.01 80 R Cfrial)
Page '12 of 14See sections at end of report for important Notes, Assumptions and Disclaimers.
Prcject #: 555-01
Name:555 Wooden Deer Road
FonMoi L€d w Hocrof ey lsumnsd
Average Load: 25,348 Btu/hr
Excursion Limit: 32,952 Btu/hr
Peak Load: 3'l,375 Btuihr
AED Load:0 Btu/hr
Manual J Worksheets
July 01, 2025
creeted Using He3tCAD 2025 (8/26/202s)
80 R Orial)Sofrware V*ion:25.0.0J
All load values shown in Biu/hr
See sections at end of report for important Notes, Assumptions and Disclaimers Page 13 of 14
Prcject #: 555-01
Name: 555 Wooden Deer Road
Manual J Worksheets
July 01, 2025
Created lJsing HeatcAO 2025 (812612025)
sofrware VeFion:2s.o.0180 R Cfrial)
Page 14 of '14
Warnings
The sensible load forthis application peaks during late fall or earlywinter. This behavior is caused by glass that faces South East, South or South Wesl. Zone cooling
capacity (VAV supply Cfrn or unitary equipment) sized forthe October load will maintain the zonethemoslat setpoint (75'F for cooling).
This appliEtion has glass areas that produced large rcoling loads for part ofthe day. Zoning may be required to overcome solar load spikes for one or more rooms.
Consider a zoned slitem, or provide zone controllindividual, motorized, thermostatielly controlled dampers) for problem room. Single speed equipment may not be
suitable for the application.
The sensible load forthis application peaks during late fall or earlywinter. This behavior is caused by glass that faces South East, South or South Wes{. Zone cooling
€pacity (VAV supply Cfm oi unitary equipment) sized forthe October load will maintain the zone lhemostat setpoint (75 "F tor cooling).
This application has glass areas that produced large cooling loads for part ofthe day. Zoning may b€ Equired to overclme solar load spikes for one or more rooms,
consider a zoned syitem, or provide zone controllindividut, motorized, themostatically contrclled dampe.s) for problem rcom. Single speed equipment may not be
suitable for the application.
This application has glass areas that produced large cooling loads for part ofthe day. Zoning may be required to overcome solar load spikes for one or more rcoms.
Consider a zoned syitem, or provide zone control (individual, motorized, themos,talically controlled dampers) for problem room, Single speed equipment may nol be
suitable for the application.
This applidtion has glass areas that produced relatively large cooling loads for part ofthe day. Zoning may be required to overcome spikes in solar load for one or more
rooms. A zoned systlm may be required or some rooms may require zone @ntrol (provided by individual, motorized, themostatiElly contrclled dampers).
This application has glass areas that produced relatively large cooling loads for part ofthe day.
rooms. A zoned system may be required or some rooms may require zone control (provided by
The *nsible load for some rooms peak du.ing late fall or eady winten This behavior is caused by glassthat faces South East, South or South West. Room temperature may
be diflicult to contrcl ifzoning is not provided.
Disclaimers
Zoning may be required to o@rcome spikes in solar load for one or more
individual, motorized, themostati€lly controlled dampers).
by ACCA. The program and data are provided "as is" withoutwaranty ofany kind either expressed or implied. The entire risk as the quality and performance ofthe program and
adsing out of the use or ihability to use this program or the data. @ 2015 Air Conditiohing Contractoc of America. All Rights Reserued. w.ac€.org
ACCA, lvlahual J and Powered by ACCA lvanual J ere registered tradenark of the Air Conditioning ContractoE ofAmedca. All dghts reserued.
cold weather humidifcation, or some lifestyles that prcduce excessive moisture, may cause condensalion to occur ifthe absolute humidity ofthe indoor eir i5 ioo high ftr the
morentary circumstances. Condensation €h o6ur on surfaces or concealed within the strudure, end can lead to mold, mildew, ftost damage, and moisture dafrage. The
softlvare d;es not perform calculations forthe 6timation or detection ofpossible condensaton problems, and it is the designeF (.e. softwarc use6) responsibility to do so
independently if required. For guid6nce and additional cautlons refer to ACCA Manual J 8th Edition, including Sectjon 1 -1 1 and Sedion 27.
The Elculated values shown in this repod are based on the data input by the user ofthe sofwar. lnaccurate or eroneous data input will result in inaccuEte or eroneous resulls.
You ere $rongly advised to review all input data €refllly, and to have the Elculated rcsuhs reviewed by an expeienced heatihg 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 EOUITABLE fiEORY FOR ANY CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAIIIAGES WHATSOEVER ONCLUDING, BUT NOT LIMITED
TO, DAIMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR DATA AND IHE 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 valus shiln in Btu/hr
See sections at end of report for important Notes, Assumptions and Disclaimers.
HeatCAD''0"Air Flow Report
Manual J8 Load Calculation
August 26, 2025
Proiect lnformation
Project #:
Project Name:
Location:
Settinqs
Heating Block Load:
Cooling Block Load:
Specified Heating AT:
Specified Cooling AT:
555-01
555 Wooden Deer Road
555 Wooden Deer Road Carbondale,
co 81623
84,542 Btu/hr
38,718 Btulhr
Notes:
70.0 "F
18.0 'F
Heating CFM: 1375 cfnr
Cooling CFM: 2454 cfn1
CFM=Btuh/(1.1'ACF*AT).AcF=AlitudeCorcdsFacbr. ManlalSandlvanualDshouldbeuedforacomdet€design.
Estimated Air Flow Requirements
Area=fl3 Temperature='F Air Flow=ch HeatLoss=Blu/hr Sotur'are VeBion:25-0.01 8l
Cooling Air
(cftnl
i81
a8
1
19C
88
2
I
77
11
1
831
406
47
't1
1
10
46
Heating A r
(cfm)
s
21
0
1
c
{
c
E1
1:
c
2ea
1A4
341
28
1C
0
8
H€at Gainl
lBtu/htl
2,864
'1,38?
2
4a
2,761
3,00-
1,393
2i3
1,214
169
I
13,139
6,416
3,671
1,412
1 3,558
732
'152
Heat Loss
(Btu/hr)
3,4i2
1,307
0
2,217
3,983
2.573
0
0
0
5,625
781
0
17,200
8,224
4,7 ".5
2.250
20,991
1,7 40
28
491
2,593
Aaea
(ft1
97
18
5U
90
.47
-73
71
54
88
695
92
19
1,17 5
-93
-08
932
79
35
5J
44
Floor
Ground Floor
Ground Floor
Ground Floor
cround Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
Ground Floor
l\rein Floor
Main Floor
l\rain Floor
lvain Floor
Main Floor
l\4ain Floor
lvlain Floor
Main Floor
Main Floor
Main Floor
Room
Room A-01
Room A-02
Room A-03
loom A-04
Room A-05
Room A-05
Room A-07
loom A-08
Room A-09
Room A-1 0
Room A-1 'l
Room A-12
Room A-13
Room B-0 1
Room B-02
Room B-03
Room B-04
Room B-05
Room 8-06
Room B-07
Room B-08
Room B-09
Room B-10
See sections at end of report for important Notes, Assumptions and Disclaimers.Page 1 of I
Air Flow Report
August 26, 2025
.Sum of room Heat Gain vatus hay hot match the block load totai, See I\rJ8 for details. Calculated Using Peak Room Loads.
CFM = Blower cFM '(Room Load /Total Load)
Disclaimerc
by ACCA. The program ahd data are prov-ided "as is" without watranty of any hnd either expressed or implied- The entire risk as the quality and perfomance ofthe progEm and
adsing out of lhe use or inability to use this prograh or the data. O 20'15 Air Conditioning Contractors of America. All Rights Reserued. w.acca.org
ACCA, Manual J and PNered by ACCA Manual J are registered hademarks of the Air Conditioning ContractoB ofAmeli6. All rights reserued-
Cold weather humidifcation, or some lifestyles that produce excessive moisture, may cause condensaton to occur ifthe absolute humidity of the ihdoor air is too high for the
mohentary circumstances. Condensation ian occui on surfaces or concealed within the structure, and can lead to mold, mildew, frost dahage, and moisture dahage The
soft\rare dl* not perform calculalions forthe estimation or detection ofpossible condensation problems, and it is the designe6 d.e. son\tare useB) r6ponsibility to do so
i ndependently if req uired. For guidance and additiohal cautons refer to ACCA N,lanual J 8th Editi oh, including Sedion | -1 1 and Section 27.
The @lcllated values shown in this repod are based oh the data input by the user ofthe softwerc. lnaccuEte or erroneous data input will r6ult in inaccurate or erroneous resulb.
You are shongly advised to review all input data carefully, and to have the calc!lated resuhs revi4ed by an expedenced heating professional to ensure reasonableness and
suitability for your application.
IN NO EVENT WLL AVENIR SOFTWARE INC. ('AVENIR) OR ITS AFFILIATES BE LIABLE UNDER ANY CONTRACT, NEGUGENCE, STRICT LIABILITY OR OTHER LEGAL
OR EAUITABLE THEORY FOR ANY CONSEQUENTIAL, INCIDENTAL, INDIRECT OR SPECIAL OR PUNITIVE DAMAGES WHATSOEVER (NCLUDING, BUT NOT LIMITED
TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION OR DATA AND THE UKE), EVEN IF SUCH PARTY
HAS EEEN 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 AIIIOUNT OF FEES PAID TO AVENIR UNDER THE
SOFTWARE LICENSE AGREEMENT.
Area = fl' Temperature = 'F Air Flow = cfm Heat Loss = Btu/hr Sotware Version:25.0.0'| 80
Page 2 ol 2See sections at end of report for important Notes, Assumptions and Disclaimers.
HeatCAf!'*'
Proiect Summary
Load Calculation Melhod:
Design LocJtion:
Outdoor Temperature:
Floorplans / Levels
Ground Floor
Main Floor
Total Area:
Manual JB
(Us- SpeciFed) Caftmdalq
coloEdo
-5.0 "F
2,354 tr
3,567 fi'
5,921 ff'
Total Heating Load:
Equipment Report
Prciec't*:555-O1
July 01,2@5
84,542 Btu/hr
Created Using H€dC,qD 2D25 iEl26n@5\
soileare VeEion:25.0.01E0 R Oriaf)
Proiect lnformation
Proiect#: 555-01
Name: 5S5WoodtrDeerRoad
Location: 555 Wooden Deer Road Carbondab, @ E1623
Notes:
See sections at end of report for important Notes, Assumptions and Disclaimers.Page 'l ol2
Project #: 555-01
Name: 555 Wooden Deer Road
Equipment Repoft
July 01, 2025
Disclaimers
Oy nCCn, ft'u p.ogr"* and dab are proiided "as is'without wara;ty of any kind either expressed or implied. The entire risk as the quality ahd perfomahce ofthe progEm ahd
a.ising out oithe use or inability to use this program or the data. @ 2015 Air Conditioning ContracloF of Amedca. All Rights ReseNed. M.acca.org
ACCA, IManual J and Powered by ACCA Mahual J are registeEd trademark ofthe Air Conditioning ContEc'toE ofAmedca- All rights reserued
Cold weather humidification, or some lifestyles that paoduce excessive moisture, may cause condensation to occur ifthe absolute humidity of the indoor air is too high fd the
mom"ni"ry cir"unst"n"es. bondensation en occur on surfaces or concealed withinthe structure, and can lead to ftold, mildew, fiost damage, and moisture damage. The
soflware does not perfo.m calculatiohs forthe esljmation or detedion ofpossible condensatioh problems, and it is th€ desgneF [.e. sofiware useF) responsibility to do so
independenily ifrequired. For guidan@ and additional cautions referto ACCA Manual J 8th Edition, including Section 1-11 and Sedion 27-
The calculated valus shown in this report are based oh the data input by the user ofthe software. lnaccuGte or errcneous data input will resutt in inaccurate or enoneous resulh.
you aie strongty aAvised to review all input data €refully, and to h;ve the calculated resufts reviewed by an expedenced heating profe$ional to ensure reasonableness and
suitability for your applicatioh.
IN NO EVENT WLL AVENIR SOFTWARE INC. CAVENIR') OR ITS AFFILIATES 8E LIABLE UNDER ANY CONTRACT, NEGLIGENCE, STRICT LIABILIW OR OTHER I:EGAL
oR EeutrABLE THEoRy FoR ANy coNsEoUerulm, tt'tctoentnL, tNDtREcr oR spEclAL oR puNtrtvE DAMAGES WHATSoEVER (lNcLUDlNG, BUT NoT LlMlrED
TO, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORIIIATION OR DATA AND THE LIKE), EVEN IF SUC}IPARTY
nnb aeeru eovseD oF THE posstBtLtw oF suiH DAMAGES. AVENTR's cUMULAT|VE LtABtury FRoM ANY cAUsE RELATED To oR ARlslNG FRoM THE usE THls
REPORT, AND REGARDLESE OF THE FORM OF THE ACTION, SHALL BE LIMITEO TO NO GREATER THAN THE AI\4OUNT OF FEES PAID TO AVENIR UNOER THE
SOFTWARE LICENSE AGREEMENT.
created Using HeatcAD 2025 (812612025)
Sofiilare Ve6ion:25.0.01e0 R Cl'ial)
See sections at end of report for important Notes, Assumptions and Disclaimers.Page 2 of 2