12236 (SFD) Title 24t
TITLE 24 REPORT FOR:
MR. AND MRS. JAMES ARMATAS
49-165 AVENIDA EL NIDO
LA OUINTA, CALIFORNIA
PROJECT DESIGNER:
WILLIAM E. SEXTON, ARCHITECT
773-9317
REPORT PREPARED BY:
JOAN D. HACKER
JOHN H. HACKERS :°< ASSOCIATES
4501 E. Sunny Dune Rd. Suite C
PALM SPRINGS, CALIFORNIA 92264
( 619) 327-4565.
Job Number: E
Date: 7/29/1993
The COMPLY 24 computer program has been'"`used to perform the.calculations
summarized in this compliance report. This program has approval and is
authorized by the California Energy Commission for use with both the
Residential and Nonresidential Building Energy Efficiency Standards.
This program developed by Gabel Dodd Associates (510) 428-0803.
N
Table Of Contents for Title 24 Report
.. -------------------------------------
CoverPage.......................................................... 1
Table of Contents ...................................................
Form CF -1R Certificate of Compliance: Residential ................... 3
Farm MF -IR Mandatory Measures Checklist: Residential ................ 5
Form C -2P. Computer Method Summary ................................... 7
Farm P -2R Point System Summary ...................................... 10
HVAC Zone & Space Leads Summary ..................................... .11
CERTIFICATE OF COMPLIANCE: Residential (part 1 of 2)- GF -1R page 3 of 13
-----7 ---------------------------------------------- 7----------------------
. Pro.ject Name: MR. AND MRS. JAMES ARMATAS Qate: 7/29/1993
Address: 49-160 AVENIDA EL NIDO
-------------------
LA OUINTA, CALIFORNIA Quilding Permit No
-------------------
Designer: WILLIAM E. SEXTON, ARCHITECT :Checked by / Date
Documentation: JOHN H. HACKER & ASSOCIATES !COMPLY 24 User 2655
---------------------------------------------------------------------------
GENERAL INFORMATION
Compliance Method: COMPLY 24 version 4.10
Climate Zone: 15
Conditioned Floor Area: 3185 sqft
Building Type: Single Fam Det
Building Front Orientation: 90 deg_ (E)
Number of Dwelling Units: 1
Floor Construction Type': Slab on Grade
BUILDING SHELL INSULATION
Component anent U -Val ue Location/Comments
R-21 Wall (W.21.2•:6.16) 0.059 WHOLE HOUSE
Solid. Wood Door 0.387 WHOLE HOUSE
R-30 Roof (R. 38. 2 x;14. 16) 0.028 WHOLE HOUSE
Slab Perimeter w/R-0.0 0.900 WHOLE HOUSE
Slab Perimeter w/R-0.0 0.70 WHOLE HOUSE
FENESTRATION Shading Devices Frame
Orient. Area U -Val Type Interior Exterior OH SF Type
--------- ------ ----- ------------------------------------ -- -- -----
Right (N) 30.0 0.65 Double Light Blind Standard Bug Scr Y N Metal
Front (E) 210.0 0.65 Double Light Blind Standard Bug Scr Y N Metal
Left (S) 36.0 0.65 Double Light Blind Standard Bug Scr Y N Metal
Back (W) 182.5 0.65 Double Light Blind Standard Bug Scr Y N Metal
THERMAL MASS Area Thick
Type Covering (sf) (in) Location/Description
----------------------------- ----- ----- -Z ----------------------------
Concrete, Heavyweight Exposed 1000 3.50 Slab on. Grade
Concrete, Heavyweight Covered 2185 3.50 Slab on Grade
Tile in Mortar Exposed 100 1.50 WHOLE HOUSE/Int Mass
CERTIFICATE OF COMPLIANCE: Residential (part 2 of 2) CF -1R page' 4 of 13
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Project Name: MR. AND MRS. JAMES ARMATAS Qate: 7/9/!993
• Documentation: JOHN H. HACKER & ASSOCIATES :COMPLY 24 User 2655
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HVAC SYSTEMS Minimum Distrib Type Duct TStat
System Type Efficiency and Location RVal Type Location/Comments
------------------------------------- ---- ------------------------------
Furnace 0.780 AFUE Ducts in Attic 4.2 SetBck WHOLE HOUSE
SpltAirCondlO.000 SEER Ducts in Attic 4.2 SetBck:
Water NoTank: Ext.
WATER HEATING SYSTEMS Heater in Energy Size Insul
System Name Distribution Type Type Sys Fatter (gal) R -VA
------------------------------------------------ --- ------ ----- -----
RHEEMGLAS ENG 44V50EM Standard StorGas 2 0.60 50.0 12.0
AFUE
WATER HEATER EQUIPANT DETAIL /Rec Rated Stdby Tank: Pilot
System Name System Type Eff Input Less R -Val Light
----------------------- ----------- ---- ----- ----- ----- -----
RHEEMGLAS ENG 44V50EM DomesticHW 0.760 40000 0.036 0.0 0
SPECIAL FEATURES/REMARKS
COMPLIANCE STATEMENT
This Certificate of Compliance lists the building features and performance
specifications needed to comply with Title 24, Parts 1 & 6 of the Califor-
nia Cade of Regulations, and the administrative regulations to implement
them. This certificate has been signed by the individual with overall
design responsibility. When this certificate of compliance is submitted for
a single building plan to be built in multiple orientations, any shading
feature that is varied is indicated in the Special Features/Remarks section
DESIGNER or OWNER
(Per Business & Professions Cade)
WILLIAM E. SEXTON, ARCHITECT
773-9 7 Lic #: --C•Z.1W3
------------
4
----- -- ------------------
(s'g ure'1 (date)
ENFORCEMENT AGENCY 1
Name:
Title: -----------------------------
Agency:
----------------------------
Telephone:
DOCUMENTATION AUTHOR
JOAN D. HACKER
JOHN H. HACKER &< ASSOCIATES
4501 E. Sunny Dune Rd. Suite C
PALM SPRTNGS, CALIFORNIA 92264
( 619) 327-4565
-- -- - & -Ift --- ��VL✓
(si at�_�re?. (date)
----------------------------------
(signature/stamp) (date)
MANDATORY MEASURES CHECKLIST (part 1 of 2) MF -1R page 5 of 13
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Pro.ject Name: MR. AND MRS. JAMES ARMATAS Qate: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES :COMPLY 24 User 2655
---------------------------------------------------------------------------
NOTE: Lowrise residential buildings subject to the Standards must contain
these measures regardless of the compliance approach used. Items marked
with an asterisk (*) may be superseded by more stringent compliance -
requirements listed on the Certificate of Compliance. When this checklist
is incorporated intim � the permit documents, the features noted shall be
considered by all parties as binding minimum component performance
specifications for the mandatory measures whether they are shown elsewhere
in the documents or on this checklist only.
BUILDING ENVELOPE MEASURES
o Sec. 150(a): Minimum R-19 ceiling insulation.
o Sec. '150(b): Loose fill insulation manufacturers
labeled R -Value.
o Sec. 150(c): Minimum R-13 wall insulation in framed walls
(does not apply to'exterior- mass walls).
o Sec. 150(d): Minimum R-13 raised floor insulation in framed
floors; Minimum R-8' in concrete raised floors.
o Sec. 150(l): Slab edge insulation - water absorption rate
no greater than 0.3%, water vapor transmission rate no
greater than 2.0 perm/inch.
Enforcement
o Sec. 118: Insulation specified or installed meets California
Energy Commission quality standards. Indicate Type & farm.
o Sec. 116-117: Fenestration Products, Ext Doors & Infil/Exfil Controls
a. Doors and windows between conditioned and unconditioned
spaces designed to limit air leakage.
b. Manufactured fenestration products have label w/certified U -Value
c. Exterior doors and windows weathers•tripped; all joints
and penetrations caulked and sealed.
• Sec. 150(g): Vapor barriers mandatory in Climate Zones 14
and 16 only.
• Sec. 150(f): Special infiltration barrier installed to
comply with Sec. 151 meets CommiRsion quality standards.
c, Sec. 150(e): Installation of Fireplaces, Decorative Gas
Appliances and Gas Legs
1. Masonry and factory -built fireplaces have:
a. Closeable metal or glass door
b. Outside air intake with damper and control
c. Flue damper and control
. No continuous burning gas pilots allowed.
MANDATORY MEASURES CHECKLIST (part 2 of 2) MF -1R page 6 of 13
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Project Name: MR. AND MRS. JAMES ARMATAS Date: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES :COMPLY 24 User 2655
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SPACE CONDITIONING, WATER HEATING AND PLUMBING SYSTEM MEASURES Enforcement
o Sec. 110-13: HVAC equipment, water heaters, showerheads
and faucets certified by the Commission.
o Sec. 150(i): Setback: thermostat on all applicable
heating systems. -----------
o-Sec.
__________
o'Sec. 150(j): Pipe and Tank: Insulation
1. Indirect host water- tanks (eg unfired storage tanks or
backup solar host water tanks) Have insulation blanket
(R-12 or greater) or combined interior/exterior insulation
(R-16 or greater) .
2. First 5 feet of pipes closest to water heater tangy::,
noon -recirculation systems, insulated (R -4 -or it greater.
3. All buried or exposed piping insulated in recirculation
sections of hoot water system.
4. Cooling system piping below 55 F insulated.
`i. Piping insulated between heating source and indirect host
water tank:.
o Sec. 150(m) Ducts and Fans
1. Ducts constructed, installed and pealed to comply with
UMC Sections 1002 and 1004; ducts insulated to a minimum
R-4.2 or ducts enclosed used entirely within conditioned space.
2. Exhaust systems have back:draft or automatic dampers.
3. Gravity ventilating systems serving conditioned space have
either automatic or readily accessible manually operated
dampers.
o Sec. 114:Pool and Spa. Heating Systems and Equipment
1. System is certified with 78% thermal efficiency, on-off
switch, weatherproof operating instructions, no electric
resistance heating and no pilot light.
2. System is installed with:
a. At least 36" pipe between filter and heater for future
solar heating.
b. Cover for outdoor pools � �r outdoor spas.
3. Pool system has directional inlets and a circulation
pump time switch. __________-
o Sec. 115: Gas-fired central furnace, pool heater, spa heater
AL
or household cooking appliance have no continuously
burning pilot light. (Exception: Noon -electrical cooking
appliance with pilot < 150 Btuh)
LIGHTING MEASURES
o Sec. 150(k): Lighting - 40 lumens/watt or greater- for
general lighting in kitchens and rooms with water- closets;
and recessed ceiling fixtures IC (insulation cover) approved.
COMPUTER METHOD SUMMARY (part 1 of 3) C -2R page 7 of 13
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Pro)ect Name: MR. AND MRS. JAMES ARMATAS !Date: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES : 55
COMPLY '�� User �bJJ
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POINT SYSTEM COMPLIANCE SUMMARY
Proposed Design Paint Score
Budget Compliance Paint Gaal
GENERAL INFORMATION
Compliance Method:
Climate Zone:
Conditioned Floor Area:
Building Type:
Building Front 0•rientation:
Number of Dwelling Units:
Number of Stories:
Floor Construction Type:
Total Conditioned Volume:
Conditioned Footprint Area:
Ground Floor Area:
0 Points *Building Complies*
0 Points
1
COMPLY 24 version 4.10
1
3185 sgft
Single Fam Det
90 deg_ (E:)
1
1
Slab on Grade
28665 tuft
3185 sgft
3185 sgft
BUILDING
ZONE INFORMATION
Floor
# of
Vent
Zane
Name
Area
Volume Units Zone Type
TStat
Type Hgt Area
-----------------------
WHOLE
HOUSE
-----
3185
------
28665
----------------
1.00 Conditioned
----------
Setback
--- ----
2 n/a
OPAQUE
SURFACES
Act
Solar
Type
Area
U -Val
Azm
Tilt
Gains
Form
3 Reference
Location/Comments
----
ZONE
----
NAME
----- --- ----
= WHOLE HOUSE
-----
-----------------------
--------------------
Wall
470
0.059
90
90
Yes
R-21
Wall (W.21.2%.16)
WHOLE
HOUSE
Door
40
0.387
90
90
Yes
Solid
Wood Door
WHOLE
HOUSE
Wall
324
0.059
180
90
Yes
R-21
Wall (W.21 . 2xG. 16)
WHOLE
HOUSE
Wall
538
0.059
'70
90
Yes
R-21
Wall (W.21.2%6.16)
WHOLE
HOUSE
Wall
330
0.059
0
90
Yes
R-21
Wall (W.21. xG.16)
WHOLE
HOUSE
Roof
3185
0.028
90
22
Yes
R-38
Roof (R. 38. 2x 14.16)
WHOLE
HOUSE
COMPUTER METHOD SUMMARY '(part 2 of 3) C -QR page 8 of 13
--------------------=-=----------------------------------------------------
Pro ject Name: MR. ANI) MRS. JAMES ARMATAS Date: 7/290993
Documentation: JOHN H. HACKER & ASSOCIATES !COMPLY 24 User 2655
---------------------------------------------------------------------------
PERIMETER LOSSES F2 Insulation
Type Length Factor R -Val Depth Location/Comments
--------- ------ ------ ----- ----- -----------------------
ZONE NAME = WHOLE HOUSE
Exposed 123.0 0.90 0.0 0 in WHOLE HOUSE
Covered 300.0 0.72 0.0 0 in WHOLE HOUSE
FENESTRATION SURFACES SC
Act Glass
# Type Area. Frame Div U -Val Azm Tilt Only Location/Comments
--------------- ----- ----- --- ----- --- ---- ----- -- =- -----------------
ZONE NAME = WHOLE HOUSE
1 Wdw Front (E) 146.0 Metal Yes 0.65 90- 90 0.88 WHOLE HOUSE
Wdw Front (E) 64.0 Metal Yes 0.65 90 '90 0.88 WHOLE HOUSE
3 Wdw Left (S) 36.0 Metal Yew=. 0.65 180 90 0.88 WHOLE HOUSE
4 Wdw Back: (W) 86.5 Metal Yes 0.65 270 90 0.88 WHOLE HOUSE
5 Wdw Back .(W) 96.0 Metal Yes 0.65 270 90 0.88 WHOLE HOUSE
6 Wdw Right (N) 30.0 Metal Yes 0.65 0 90 0.88 WHOLE HOUSE
INTERIOR & EXTERIOR SHADING
#
Type.
Interior Shade Type
SC
Exterior
Shade Type
SC
--
1
----
Wdw
-----------------------
Light
Blind
----
0.58
-----------------------
Standard
Bug
Screen
----
O.87
2
Wdw
Light
Blind
0.58
Standard
Bug
Screen
0.87
3
Wdw
Light
Blind
0.58
Standard
Bug
Screen
0.87
4
Wdw
Light
Blind
0.58
Standard
Bug
Screen
O.e7
5
Wdw
Light
Blind
0.58
Standard
Bug
Screen
0.87
6
Wdw
Light
Blind
0.58
Standard
Bug
Screen
O.87
COMPUTER METHOD SUMMARY :part 3 of . 31 C -2R page 9 of 13
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Project Name: MR. AND MRS. JAMES ARMATAS !Date: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES COMPLY 24 User 2655
----------------------------------------------------------=----------------
;�1VX;CM- k.ICWA24Q=*Vk
----- Overhanq------
Len
Ht
--Window--
#
Type
Ht
Wd
1
Wdw
4.0
4.0
2
Wdw
6.0
5.0
3
Wdw
4.0
4.0
4
Wdw
4. 0
4. 0
5
Wdw
6.0
5.0
6
Wdw
4.0
4.0
----- Overhanq------
Len
Ht
LExt
RExt
----
2.0
0.1
2.0
2.0
6.0
0.1
6.0
6. 0
2.0
0. 1
2.0
2.0
2. 0
0. 1
2. 0
" 0
8.0
0.1
8.0
8.0
2.0
0.1
2.0
2.0
---Left Fin--- ---Right Fin --
Dist Len Ht Dist Len Ht
THERMAL MASS Area Thick: Heat Inside Location
Type (sf) (in) . Cap Cond Farm 3 Reference R -Val . Comments
------------- ---- ----- -= --- -------------------------=- ------ --------
ZONE NAME = WHOLE HOUSE
Exposed Slab 1000 3.50 28 0.98 n/a. 0
Covered Slab 2185 3.50 28 0.98 n/a
Interior Mass 100 1.50 24 0.67 n/a i)
HVAC SYSTEMS Minimum Distrib Type Duct TStat
System Type Efficiency and Location RVal Type Location/Comments
------------------------------------- ---- ------ -----------------------
Furnace 0.780 AFUE Ducts in Attic 4.2 SetBck: WHOLE HOUSE
SpltAirCond10.000 SEER Ducts in Attic 4.2 SetVk:
Water NoTank: Ext.
WATER HEATING SYSTEMS Heater in Energy Size Insul
System Name Distribution Type Type Sys Fatter (gal) R -Val
----------------------- ------------------ ------- --- ------ ----- -----
RHEEMGLAS ENG 44V50EM . Standard StorGas 2 0.60 50.0 12.0
AFUE
WATER HEATER EQUIPMENT DETAIL /Rec Rated Stdby Tank Pilot
System Name System Type Eff Input Less R -Val Light
----------------------- ----------- ---- ----- ----- ----- -----
RHEEMGLAS ENG 44V50EM DomesticHW 0.760 40000 0.036 0.b o
SPECIAL FEATURES/REMARKS k
-----------------------------------',
• POINT SYSTEM SUMMARY P -' 'R page 10 of 1
-
---=--------------------------,--------------------------------------------
Project Name: MR. AND MRS. JAMES ARMATAS Date: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES :COMPLY 24 User 2655
-------------------------------- ------------------------------------------
BUILDING DATA
Conditioned
Floor- Area 3185 sgft
Number of
Stories 1
Occupancy
Type Single
Fan Det
SCORE
-------------------------
CARD
Measure
-------
Paints
1.
Roof Insulation
0.02 83
(U-Value7
------
2.
Wall Insulation
0.0592
(U -Value)
-1
3.
Raised Floor- Insulation
0.0000
(U -Value)
3a.
Controlled Vent Craylspace
0.0
(R -Value)
:->
0
4.
Slab Edge Insulation
0.7723
(f2 factor)-:
5.
Infiltration
Standard
0
6.
Glass Heat Less
0.65
14.47
1
Sum 1-6
7.
Fenestration Heat Gain
SC
Orientation Area % Glass
Open
Eff %
SER
----------- ------------
North 30.0 0.9
----
x 0,71 =
----- -----
0.7
0.64
East 210.0 6.6
x 0.59 _
3.9
0.56
-4
South 36.0 1 . 1
x 0.59 =
0.7
0.48
2
West 18..5 5.7
x 0.10 =
3.0
0.56
-1
Skylight 0.0 0.0
x 0.00 =
0.0
0.00
0
8.
Interior Thermal Mass
-2.75
9.
Exterior Wall Mass
0. Q0
0
Sum 7-9
10.
Heating System
Zonal Control: No
11.
Cooling System
1.
Water Heating
=
Point
Total:
HVAC ZONE HEATING & COOLING LOAD SUMMARY -�pige 11 of 10
------------------------------------------------------------°---------------
Project Name: MR. AND MRS. JAMES ARMATAS Date: 7/9/1993
Documentation: JOHN H. HACKER & ASSOCIATED. !COMPLY 24 User 655
---------------------------------------------------------------------------
HVAC ZONE DESCRIPTION
HVAC Zane Name:
Heating System Name:
Cooling System Name:
System Multiplier:
Fan Schedule:
Peak: Lead Method:
Relative Humidity:
SPACES IN THIS ZONE PEAK
----------------------- ----
WHOLE HOUSE (Jan 12am)
TOTAL SPACE LOAD
Duct Gains & Lasses:
Return Air- Lighting Gain
TOTAL SYSTEM LOAD
SYSTEM OUTPUT AT DESIGN CONDITIONS
WHOLE HOUSE
Days<Night 383KAV048075
Days<Ni gh t 593BJ048 -A
All On Lead Calcs
COINCIDENT
to
COOLING
HEATING PEAK SENSIBLE LATENT
------- ------------ ------
59924 (Aug 2pm) 48857 1977
------- -------- ------
59924 48857 1977
9
C I
.� � 488E,
C�
--------------- ------
6591 E 53743 1977
142000 63497 22888
NOTE: The TOTAL SYSTEM LOAD shown represents the minimum size equipment
which will heat or cool this zone during the design conditions indicated.
These numbers include no safety fatter, and the HVAC contractor should
oversize by a reasonable margin to account for variations In weather
conditions and the pick: -up capacity required to bring the tone to temper-
ature as a result of a setback thermostat. These responsible for final
equipment selection should nate that Sensible and Latent Cooling Leads are
indicated to allow for accurate comparison with manufacturer's output data.
� .
_ RESIDENTIAL SPACE HEATING LOAD SUMMARY page 12 of r3 '
------------------------------------_---__---------_-----_----------_------ ..
project Name: MR. AND MRS. JAMES ARMATAS �Date: 7/29/1993
^ � �
Documentation: JOHN H. HACKER & ASSOCIATES :COMPLY 24 User 2655
_---_---_--------_-_----------------_---_-----------_-----------_----------
Space Name: WHOLE HOUSE
`
Design Indoor Dry Bulb Temperature: 70 F
Design Outdoor Winter Dry Bulb Temperature: 29 F
Design Temperature Difference: 41 F
Conduction
-----------------------
Area
------
U -Value
-------
TD
Btu/hr
R-21 Wall (W.21.2x6.16)
1661.5
x
0.0592
----
x 41.0 =
------
4033
Solid Wood Door
40.0
x
0.3872
x 41.0 =
635
Double Clear (Res
Std)
458.5
x
0.6500
x 41.0
= 12219
R-38 Roof(R.38.2x14.16)
3185.0
x
0.0283
x 41.0 =
3702
Slab on Grade
Penim =
123.0
x
43 =
5289
Slab on Grade
Perim
300.0
x
43 =
12900
Infiltration: 1.00
x 0.018
x 3185 sf
x 9.0
ft
x 1.00 AC
x 41.0 =
21146
Ventilation:
1.080
x 3185 sf
x 0'0
cfm
/ 333.0
x 41.0 =
0
TOTAL
HOURLY
HEAT
LOSS FOR
SPACE
------
59924
Heating AirFlow:
59924
Btu/hr /
[1.08 x
35
F DeltaT)]
= 1586
cfm
RESIDENTIAL SPACE COOLING LOAD SUMMARY page 13 of 13
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[no,ject Name: MR. AND MRS. JAMES ARMATAS Date: 7/29/1993
Documentation: JOHN H. HACKER & ASSOCIATES !COMPLY 24 User 2655
------------------------------------=--------------------------------------
Space Name:
Op Frac.
Area
Heat Gain
WHOLE HOUSE
Btu/hr
Design Indoor
Dry Bulb Temperature:
------
3185.0
---------
x 0.000. 00. x
78 F
------
0
Design Outdoor
Summer Dry Bulb Temperature:
3185.0
x 225 !
112 F
- 2152
Design Temperature
x 0.018 x 3185 sf
Difference:
ft x 1.00 AC
x -0.3
34 F
Ventilation:
Conduction
x 0.0
cfm ! 333.0
Area
U -Value
DETD
Btu/hr
-----------------------
R-21 Wall (W.21.2%.16)
HEAT GAIN FOR
------
1661.5
-------
x 0.0592 x
----
29.6 =
------
291
Solid Wood Door
40.0
x 0.3872 x
29.6 =
458
Double Clear
(Res
Std)
458.5
fir, 0.6500 x
34.0 =
10133
R-38 Roof(R.38.
x14.16)
3185.0
x 0.0 293 x
50.0 =
4514
Infiltration:
1.00
x 0.018 x. 3185
sf x 9.0 ft
x 1.00 AC x
34.0 =
17536
Ventilation:
1.080 x 3185
sf x 0.0 cfm
/ 333.0 x
34.0 =
0
Shaded
Unshaded
Solar Gain
------------
Orient.
---------
Area. SGF
Area SGF
SC
-----------
Double Clear
(Res
Std) East C
---- ---
54.8 x 15
---- ---
+ 91.3 x 733
----
x 0.45
= 3380
Double Clear
(Res
Std) East C
50.1 x 15
+ 13.9 x 731
x 0.45
= 797
Double Clear
(Res
Std) South C
36.O x 15
+ 0.0 x 323
x 0.45
= 244
Double Clear
(Res
Std) West C
32.4 x 15
+ 54.1 x 733
x 0.45
= 2003
Double Clear
(Res
Std) West C
96.0 x 15
+ 0.0 x 733
x 0.45
= 651
Double Clear
(Res
Std) North C
0.0 x 15
+ 30.0 x 153
x 0.45
= 203
Internal Gain
Op Frac.
--------
Area
Heat Gain
Conv.
-----------------------
Lighting
1.00
------
x 3185.0
---------
x 0.200 x
-----
3.413 =
2174
Equipment
1..00
x 3185.0
x 0.100 x
3.413 =
1087
Occupants
1.00
x 3185.0
x 225 /
333 =
215'
TOTAL HOURLY SENSIBLE HEAT GAIN FOR SPACE 48857
Latent Gain
Op Frac.
Area
Heat Gain
Conv.
Btu/hr
-----------------------
Equipment
--------
1.00 x
------
3185.0
---------
x 0.000. 00. x
-----
3.413 =
------
0
Occupants
1.00 x
3185.0
x 225 !
333
- 2152
Infiltration: 1.00
x 0.018 x 3185 sf
:, 9.0
ft x 1.00 AC
x -0.3
= -160
Ventilation:
1.080 x 3185 sf
x 0.0
cfm ! 333.0
x -0.3
= -0
TOTAL HOURLY
LATENT
HEAT GAIN FOR
SPACE
1977
Cooling AirFlow:
48857 Btu/hr /
E1.08 x
23 F DeltaT)3
= 1968
cfm