0845 (SFD)r__54�_ f'
PERMIT APPLICATION
City of La Ouinta
Department of Building and Safety
This permit becomes void if work not'commenced within 180 days from date of issuance, OR, if work has been suspended or'abandoned for a period of 180 days.
CERTIFICATE OF EXEMPTION FROM WORKERS' COMPENSATION'INSURANCE� This section need not be completed if
LICENSED CONTRACTORS DECLARATION: I hereby affirm that I am licensed under provisions of Chapter 9 the permit is for one hundred ($100) o. less.) certify that.in the performance of the work for which this' permit is
(commencing with Section 7000) of Division 3 of the Business and Professions Code, and my license is in full force issued, I shall not employ any person in any manner so as to become subject to the Workers' Compensation Laws of
and effect. California zi ;•,�2 dQ,Clrr
License Class. Lic. Number _ Date y -J-Y Applicanta, ,
Date' Contractor
OWNER -BUILDER DECLARATION: I hereby affirm that I am exempt from the Contractor's License Law•for the
following reason (Sec. 7031.5. Business and Professions Code: Any city or county which requires a permit to
construct, alter, improve, demolish, or repair any structure, prior to its issuance, also requires the applicant for
such permit to file a signed statement that he is licensed pursuant to the provisions of the Contractor's License Law
(Chapter.9 (commencing with section 7000) of Division 3 of the Business and ProfessiohsCode)or that he is exempt
therefrom and the basis for the alleged exemption. Any violation of Section 7031.5 by any applicant for a permit
subjects the applicant to a civil penalty of not more than five hundred dollars (5500.):
'let. as owner of the properly, or my employees with wages as their sole compensation, will do the work, and the
structure is: not intended or offered for sale (Sec.'7044, Business and Professions Code: The Contractor's License
Law does not apply to an owner of property who builds, or improves thereon, and who does such work himself or
through his own employees, provided that such improvements are not intended or offered for sale. If, however, the
building or i mprovemnt is sold within one year of completion, the owner -builder will have the burden of proving that
he did not build or•.improve for the purpose of sale.).
0 1, as owner of the properly: am exculsively contracting with licensed contractors to construct the project (Sec.
7044. Business and Professions Code: The Contractor's License'Law does not apply to an owner of property who
•' builQs or improves thereon, and who contracts for such projects with a contractors) licensed pursuant to the
Contractor's License Law.).
•.0 1 am exempt under Sec. B. 8 P.C. (Attached. Certificate).'
or
WORKERS' COMPENSATION DECLARATION: I hereby affirm that I have a certificate of consent to sell -insure, or a
certificate of Workers' Compensation Insurance . or a certified copy thereof (Sec. 3800.'Lab. C.).
Policy No. Company '
O Certified copy is hereby furnished.
-O Certified copy is filed with'the-City Building Inspection Department or City Department'.
Date Applicant
APPLICANT NAME (L. F. MI
PFNDLE H. 4,
ADDRESS
84--591---V44-4944405A AVE.
CITY/COMMUNITY/STATE/ZIP
CoAci4E41./i CA 92236
JOB SITE ADORESS/SPACE
77-,8;Io CALLE EnISENAbA
CITY/COMMUNITY/STATE/ZIP
I -A OWWrA , CA 92253
BOK
773
PAG
27!
PRC
W4-
C
TWN
'
RNG
SE
S
TRACTd4" k
LOT1111
MEAN
MOD
SB
•.
99
PROP 10EV.
SOO.100
RECEI.V,E
TRACT NAME '
S/4VTA CARMCIJfA AT'vALE LA 0(A v A M) - /f
DSAM15 L.F.
14FP41CA^%7-
CONTRACTOWFIRM NAME '
ow�rlER- ,(3u1t.D ER
ADDRESS�.
SAME AS A801i
CITY/COMMUNITY/STATE/ZIP •. '
SAME AS ABOVE
PH39852&7
9`% -06
Llc:WIA
ARC/ENG FIRM NAME
ADDRESS
CITY/COMMUNITY/STATE/ZIP
PHONE •
LICNC F
-
USE OF PERMIT ����
5710/6/E FAMtt y Dt,JEt4114Cr W. A-MACF>�GAi2a
D GE
BLo",
FSB •
i�Ana
/SSB
SS%
5•
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ZONE ORD .:
LOT S2
oD
END
. SIDE
NOTICE TO APPLICANT: If.'after making this Certiticate of Exemption, you should become sub) ct to the Workers -
Compensation provisions of the Labor Code, you must forthwith comply with such provisions or this permit shall
be deemed revoked.
/DIVISION OF INDUSTRIAL SAFETY PERMIT CERTIFICATION:
1Z I hereby certif y that no excavation five (5) or more feet in depth into which a person is required to descend, will be
made in connection with work authorized by this permit, and that no building structure, scaffolding, falsework, or
demolition or dismantling thereof. will be more than thirty-six (36) feet high. (Chap 3.2, Grp 2, Art 2, Sec 341, Title B,
C'0A.C.)
vO As owner -builder, I will not employ anyone tofdo work which would require a permit from the Division of
- Industrial Safety, as�noted above, unless such person has a permit to do such work from that division.
❑ Division of Industrial Safety Permit No.
C - `r
Date � 4' - y � ' Applicant(
✓CONSTRUCTION LENDING AGENCY: I hereby affirm' hat there is a construction lending agencyfor the performance
of the work -forwhich this•permit is issued (Sec. 3097, Civ. C.). % p
Lender's Name I [f 1�� f%�� aa+ 7� r �J`7X k �'r• D�6 >`
Lender's Address /�-1 r •-�' • ne ��
I certify that I have read this application and state that the above information is correct. I agree to comply with all
city and county ordinances and state laws relating to building construction, and hereby authorize representatives
of this county to enter upon the above-mentioned property'for inspection purposes.
Signature- f Applicant or Agent ' Date
✓CERTIFICATE OF COMPLIANCE AND AUTHORIZATION OF ENTRY: I certify I have read this application and state that "
the information given is correct. I agree to comply with all state laws and county ordinances relating to bufdling .
construction, and authorize a'representative of the City of La Ouinta Department of Building and Safety to enter
upon the property for which I have applied for this permit for the purpose of making inspections.
(r Signature of Applicant or Agent Date
Print Applicant /Agent Name
a
APPLIPRMT}. l 8 4 S 1-11
1 E U
5—F-11) T F r. 1.
Til CGWSTRrXCT A114E -SX)i THREE /BE4a1a0M,
/30`7 SQ. Fr. S/NC:LE A,4A-114V D y44t_i U4-
WI r>/ A rrA crl EJ *60-s' Fr. CAaAGC- -AS
/Cep- A&I20VE0 114;4^1 .111v10 1114L
AA041 r.4101 -r-
Co45 A�••10 a/�-vi�vANc�'�
ec�..»sre,
337, coo
ELEc •
Z9 7$
ar
MEAN
23.50
x.73
PROP 10EV.
SOO.100
RECEI.V,E
9 04
city Of La.0t lanta
TOTAL
FEE
9`% -06
VALUATL,ON 6 , 202
NO.
OPERATION DATE
INSPECTOR
NO.
OPERATION DATE INSPECTOR
BUILDING APPROVALS
MECHANICAL APPROVALS
1
Set Back
•33
Ventilation System
2
Ftgs & Frms
34
Plenums & Ducts $
2A
Slab Grade
i
35
Furnace Compact.
3
Steel
36
Inlets & Outlets
4
Grout Blocks
37
Combustion Air
5
Bond Beams
38
Compressor
6
Roof Deck
8
39,
Appl. Clearance
7
Framing
40
Fire Damper
8
Vents
41
Smoke Detection Device
9 '
Garage Fire Wall
42
Commercial Hood
10
Fireplace P.L.
❑
43
Final
10A
fireplace T.O.❑
NON
ADDITIONAL INFORMATION
�i �•i�
D
j
n
SEWAGE SYSTEM SIZE &.LOCATION
11 Exterior Lath
12 .Internal Lath
12A Drywall
13 Finish Grade
INSULATION Thick Value
7A Walls (Batts)
126 Ceiling (Batts)
12C Ceiling (Blown)
14 Final
PLUMBING APPROVALS
15 Ground Plumb %
16 Water Piping
17 Rough Plumb jf
18 Vents
19 Sewage Disposal
20 Sewer
21 Water Heater
22 Water Softener
23 Water Service
24 Gas Test
25 Final
Tank Pit L. Line
ELECTRIC APPROVALS
REAR OF PROPERTY LINE
p/L P/I
STREET NAME
26 Power Pole
27 Conduit
28 Service Entrance
29 Wiring _.
29A Grounding Wire
29B Bonding
30 Fixtures
31 Service
32 Final
Q'.r
3
dL3�{ ')
% Vv J , Q.9
RECEIVED JU.id 2 1 4
SOIL TESTING, INC.
INSPECTION • TESTING
Post Office Box 418 • Palm Desert, California 92260 *..Phone (619) 340-9492
ALL REPORTS AR[ SUBMITTED AR TH[ CONFIDENTIAL PROPERTY O/ CLIENTS. AUTHORIZATION FOR PUBLICATION Or OUR REPORTS. CONCLUSIONS. OR EXTRACTS
FROM OR REGARDING THEM 19 RESERVED PENDING OUR WRITTEN APPROVAL AS A MUTUAL PROTECTION TO CLIENTS. -THE PUSLIC AND OURSELVES.
June 27, 1984 CVST
84047
Mr. Pendley
84 591 Villa Hermosa
Coachella, California 92236
SUBJECT: Report of -In -Place Density Tests- 77 800 Ensenada
La Quinita, California
Gentlemen:
In accordance with your request, this report has been prepared to present
the results of the in-place density tests performed on the fill material at the
subject site by C. V. Soil Testing, Inco These tests were performed on June
22, 1984 and June 26, 1984.
AVAILABLE PLANS
To assist in determining the locations and elevations of our field density
tests and to define the general extent of the site grading for this phase
of work, we were provided with a sketch by owner.
FIELD TESTING
Field density tests were performed by a representative of C. V. Soil Testing,
Inc. upon completion of site grading. The density tests were taken
according to A.S.T.M. Test 1556-74 and the location and results of those
tests are shown on the attached plates. The locations and elevations of the
in-situ tests were determined in accordance with their importance and the
accuracy and proximity of the survey control provided by other than C. V. Soil
Testing, Inc. representatives. Unless.otherwise noted, their locations and
RECEIVED JUN 2 8 1984
-2-
elevations were determined by pacing and hand level methods and should be
considered.accurate only to the degree implied by the method used.
LABORATORY TESTS
A maximum dry density determination was performed on a representative sample
of the soils used in the compacted fills according to A.S.T.M. Test 1557-78,
Method A. This method specifies that a four (.4) inch diameter cylindrical
mold of 1/30 cubic foot volume be used and that --the soil tested by placed in
five (5) equal layers with each layer compacted by twenty-five (25) blows of a
10 pound hammer with a 18 inch drop. The results of these tests,as pre-
sented on Plate Number 2, were used in conjunction with the field density
tests to determine the percent of relative compaction of the compacted fill.
This report covers only the work performed on June 22, 1984 and June 26, 1984.
Our opinions presented herein are based on our obsdervations and the relative
compaction tests results. Due to possible variations in the uniformity of
compacted fills, we only warrant that our work was performed in accordance
with the currently accepted standards of practice and in such a manner as to
have reasonable certainty that the mass grading complies with the job
requirements. No other warranty, express or implied is given or intended.
If you should have any questions after reviewing this report, please do not
hesitate to contact this office.
This opportunity to be of professional service is sincerely appreciated.
Respectfully submitted,
C. V. SOIL TESTING, INC.
WM.. H. FITCH
R.C.E.
JOB NAME pEN m RESIDENCE JOB NO, 84047
77 800 Ensenada, La Quinta, Ca..
RECEIVED JUN 2 3
;._�r.. _..
ELEVATION OR MOISTURE DRY DEN. SOIL REL. COMA
TEST NO. DATE LOCATION DEPTH OF TEST 0/0 Ibs /cu .f t• TYPE 0/e
1
6/22/84
SEE SKETCH
-1.0'
17.6
87.4
104..6
X83.5
2
"
"
-0.5'
14.9
97.3
104.6
93.0
3
"
"
F.G.
13.6
100.9
104.6
96.4
4
6/26/84
Retest of #1
-1.0'
12.4
94.3
104.6
90.2
Soil Tvpe.No.
1
104.6 lbs. cu. ft.
@ 12.8% Moisture
iii
FIVS-
I
RECEIVED JUN 2.6
Gt/ SOIL TESTING, INC. PENDLEY RESIDENCE
77 800 ENSENADA LA QUINITAI CA.
Post Office Box 418 9 Palm Desert, California 92260
By DATE
Density test G.K 6/22/84
JOB NO. 84047 NTS
� I
}
160 s
�OJ►aTs . /41�.���-�sts .- (2uuwa� 2r�E t5
SFD IN �4�j�tilT� CA . CASE NO PP �/-0�(�{r=�Kmty FACES SCx.)TH
`SX) M VNO AR-' OF- �C�� � d v o o o
COA-� �*__A7TW,, GAS 0-, EOL , W tm,- Lo/H
`MAkDAm,/ STA1,lYaARpS— � F�TACHEO A�baCt�Wl
l
�tJ►.1u � ---
(Z o 3O t ���o�-.b o� :.
C�i�.�z� � -�—
St u�►. �t,.�7pomy.1.4ii OUR-
U --PR,
AR,-- 140 '7'r-Tr�4C,� '9.Qct R -En
HaxsF
lF,xposEr_> eco Sly
Tt+rao� COT-
*
v�� s sv�n ----- ��. i�' . CD�osperm
COA-� �*__A7TW,, GAS 0-, EOL , W tm,- Lo/H
`MAkDAm,/ STA1,lYaARpS— � F�TACHEO A�baCt�Wl
l
COMPLIANCE CHECKLIST
For Low -Rise Residential Buildings
(except hotels and motels)
FORM 2
Step 1: Enter on the form the values for each measure from your buildinS..plan
and specifications sheet.
Step 2: Enter points on this page while working through the point system in
Part 3.
Building Shell Measure Points
*Total Floor Area . . . . . . . . . .t2
I. Slib-on-Ground Perimeter �_ft; Depth _�in . R- --�
2. Bailed Floor R -Value . . . . . . . . . . . . . . ..
R �
3. Ceiling Insulation or Construction
Assembly, R -Value . . . . . . . . . . . .
4. Wall Insulation or Construction Assembly, R -Value
Glazing Total Z Floor, Area Single Double Triple
S. North -Facing . . . ft2 ft2 ft2
6. East -Facing . . . ft2 ft2 --ft2
7. South -Facing . . . ft2 ftZ ftZ --
8. West -Facing . . . �ftZ ft2 ft2
9. Skylight ft2 ftZ . . . . . .
10. Shading Coefficient
(exclude overhang) d
a. East . . . . . . . . . . . . . . . N A SC . .
b. South . . . . . . . . . . . . . SC . . . . . . .�
c. West SC
d. Skylight . . . . . . SC . . . . . .
11. Horizontal South Overhang Length.. ft . .
12. Movable Insulation, Z Floor Area .
13. Infiltration (indicate Standard or Tight) SrA�.lI�A.Rf�
14. Thermal `lass
Exterior Wall Thermal :sass
Area, Heat Capacity, R -Value . . ft2, HC, R -
Interior Thermal :sass
2
Area, Heat Capacity, R -Value . . (300 f t, g �9 HC, R- •
HVAC System**
13. Gas Furnace Without Refrigeration
Cooling (Seasonal Efficiency) . . . . . . . . SE
16. Heat Pump (Energy Efficiency Ratio) . . . . . . . . EER
17. Gas Furnace with Refrigeration Cooling
(Seasonal Efficiency (SE), Seasonalrc [o „ SEE O
Energy Efficiency Ratio (SEER)) . SE �.�
io. Active Solar (Set Solar :ractlan, Z) ZvSF
19. Zonally Controlled Electric
Resistance Space Heating . . . . . . . . (Yes/No)
Domestic Water Heating** A
20. Solar With Gas Backup (Net Solar Fraction, %).,.4 � . . ZNS
21. Other Water Heating (Describe type)Cr
}�
Point System Compliance Total (must be greater than or equal to < o a
*Checklist icems; not a point system measure.
**Attach documentation for efficiencies and YSF.
C-49 EC1 13
75
phi
cow��S
A"Lom St'ANaaRp = — l
ATnc. 7AAM of:r = t
I. SLAB -ON -GROUND FLOOR
Locate the R -value of the proposed
slab -edge insulation and planned.
depth of insulation from line 1 of
the Compliance Checklist, find the
corresponding point value in Table
3-1 and enter it on the appro-
priate line below. Enter, the
length of insulated slab and total'
length of slab perimeter from
line 1 on the appropriate lines '
below. Subtract the insulated
length from the total length and -
enter the difference on the line
below marked "length of uninsu-
lated.' Perform the required
calculations for lines a and b
below and add the results
together. Enter this sum on line
c below and also on line 1 iu ,the
"Points" column of the. checklist.
Note: If the proposed building
has both a. slab and a raised
floor, multiply the value on line
c by the square footage area of
the slab floor and divide this by
the total floor area. Enter the
result of this calculation in the
"Points" column on line 1.
C-4 9 SCM 15
Table 3-1. Slab Floor Points
76
Insulated Slab:
z — �a
points length ! total,
insulated length.
Uninsulated Slab:
b
points length total
uainsulated length.
a + b c�
I Insula-
I R-Valua,'of,Insulation
Depth,.
,
I inches
I 0-2 13.4
"f`:'5-6 ' ( 71-
0 -
0- 11
14 I
-4
I; -4 I -4 I
I 12 - 15
I 16 - 19
I -r+ ', I
-1
I -1 I .0
I 20 +-
( -4 (
I I
-1
I . Q . I 0 I
i I
76
Insulated Slab:
z — �a
points length ! total,
insulated length.
Uninsulated Slab:
b
points length total
uainsulated length.
a + b c�
3. CEILING
Using the R -value of the ceiling.;
insulation from line 3 of the
Compliance Checklist, find the
corresponding point value fr om
Table 3-3a and enter it in the
'Points' column on. line 3 of the
checklist.
or
Using the R -value of the ceiling
construction assembly from line 3
of the Compliance Checklist,. find
the corresponding point value from
Table 3-3b and enter 'it in the
'Points' column on line 3 of the
checklist.
If you have different levels of
R -values, you may calculate the
average of the R -values weighted
by their respective areas or use
the the lowest of the R -values to
determine the points. If the
calculation is done, attach the
documentation to the checklist and
indicate the level of insulation
and location of each on the -
building plans. Be sure that this
average R -value equates to having
a minimum. of R-19 insulation
uniformly distributed over the
ceiling.
78
C-4 9 EM 15
Table 3-3a. , Ceilinsr.Insulation Pts.
I R --Value of Insulation
I- -Points I
I 19
I- -10 I
I 22
I I
38
Ceiliu .Assembl Points
I 49.
I. o I
I R Value of
'Assembly I
E
Table 3-3b.
Ceiliu .Assembl Points
I R Value of
'Assembly I
I
i (excluding
air films). I
Points
I 19 -
20 I
-12 I
I 21 -
22 i
-10 I
23 -
27 (
-8 I
I 28 -
31 (
-6 I
I 32 -
36 I
-4 i
I 37 -
38 I
-2 I
I 39 -
51 I
0 I
I 52 -
75 (.
1-2 I
I 76
I
up i
i
K4 I
I
E
4. WALL
Using the R -value of the insula-
tion from line 4 of the Compliance
Chacklist, find the corresponding
point value from Table 3-4a and
enter it in the "Points" column on
line 4 of the checklist.
or
Using the R -value of the- wall
construction assembly from line 4
Of the Compliance Checklist, find
the corresponding point value from
Table 3-4b and enter it in the
"Points" column on line 4 of the
checklist.
if you have different levels of
insulation, follow the third para-
graph of the ceiling instructions,
except that the average R value
must be equivalent to having a
minimum of 1-11 insulation uni-
formly distributed over the wall
if the wall has wood framing.
79
Table 3-4a. Wall Insulation Points
I R -Value of. Insulation:., 1'.
Points I
1 11 _ , . i46
Points I
,�...
19.i
*10
24 i
F2
I 37.0 - '69.0 I
►'6 I
I 26.7-'- 36.9 I
�4
I 20.2 - 26.6 I
1-2 I
Table 3-4b. Wall Assembly Points
I R Value of .-Assembly I
I
I (excluding air films) I
Points I
{ 499 up i
*10
70.0 -498'.O I
#_8 I
I 37.0 - '69.0 I
►'6 I
I 26.7-'- 36.9 I
�4
I 20.2 - 26.6 I
1-2 I
I 15.7 - 20.1 (
0 I
I 13.4 - 15.6 I
-2 I
I 11.3 - 13.3 I
-4 I
I 9.8•- 11.2 I
-6 I
I 8.8 - 9.7 I
-8 I
i 7.7 - 8.7 {
-10 I
7.0 - 7.6 I
-12 I
I 6.4 - 6.9 I
-14 I
I 5•.8 - 6.3-L6
- I
I 5.3 - 5.7 I
-18 I
1 4.9•- 5.2 I
-20 1
4.5 - 4.8 I
-22
{ 4.2 - 4.4 {
-24 {
I 3.9 - 4.1 I
-26 I
I 3.6 - 3.8 I
-28 I
3.4 - 3.5 I
-30 I
I 3.2 - 3.3 I
-32 I
3.0 - 3.1 I
-34 I
I 2.8 - 2.9 {
-36 I
2.7 {
-38 I
{ 2.5 - 2.•6 I
-40
I 2.4 I
-42 I
{ 2.3 I
-44
I 2.2 I
-46 {
I 2.1 (
-48 I
I 2.0 I
-50
1.9 I
I I
-52
I
S. GLAZING, NORTH -FACING
Using the total aorth-facing;
glazing percentage from line S of
the Compliance Checklist, find the.
corresponding point values for
each glazing t7Pe to be used
(single, double, and/or triple) in
Table 3-5. Enter these values on
the appropriate lines below. On
the adjacent lines, enter the
square footage of each glazing
type indicated on the checklist.
:text, enter the total square ,foot-
age of all north -facing glazing..
Perform the required calculation
and enter the results on their
respective lines a and b. Total
lines a and b, and enter the sum
on line c below and in the
"Points" column on line S of the
Checklist.
Be sure to use the total north-
facing
orth-facing percentage instead 'of the
individual percentages for each.
type of glazing in a given
orientation.
80
C-4 9 EC.4 13
Table 3-5. North-Facinst Glazing Pts
I Total
I Glazing Type
I
I 2 of
I
i
Floor
Sagl,;
Dbl,
Trpl,
I' Area
I U- :I
U- I
U- I
I
10.66 :1
0.42— 10.41
I
11.10 10.65
I
down
I up to 1.1
I K+ I
04 I
1-4 I
I 1.2- 2.2
I 1'2 I
1-2 I
1-3 I
I 2.3— 3:4
1 0 i
4• I
+-1 I
1 3.5- 4.8
I -3 I
-2 1
-1 1
4.9- 6.0
I I
-4 I
-3
I 6.1- 7.4
I -8 I
-6 I
-S I
I 7.5- 8.7
I- I
-8 I
-7 I
1 8.8- 9.9
{ -12 {
-10 I
-8 I
110.0-11.3
I -15 .I
712 I
-LO I
111.4-12.5
I -17 :-I
-14 I
-12 I
112.6-13.4
I -20 I
-16 I
-14 {
I 13.5-15.0
i -22 :' I.-18
. I
-11 I
First Type (indicate
Sngl, Dbl, or TrpJ)
z a a
points area total
first area
Second. Type (indicate
Sagl, Dbl, or Trpl)
z ='b
points area total
second area
a +- b - c r--- g
If there is no aorch-faciag glaziag,
enter 11 on line c and line S.
6. GLAZING, EAST -FACING
Using the total east -facing
glazing percentage from line 6 of
the Compliance Checklist,. find the
corresponding point . values, for
each glazing type to' be used
(single, double, and/or triple) in
Table 3-6. Enter these values on
the appropriate lines below. on
the adjacent lines, enter the
square footage of each glazing -
t7" indicated on the checklist.
Sett, eater the total square foot-
age of all east -facing glazing.
Perform the required calculation
and enter the results on their
respective lines a and b. Total
lines a and b, and enter the sum
on line c below and in the
"Points" column on line 6 of the
checklist.
Be sure to use the total east -
facing percentage instead of the.
individual percentages for each'
type of glazing in a given
orientation.
C-49 EC.% 15
Table 3-6. East -Facia "Glazin .Pts.
1. Total I Glazing 'Type I
% of
I Floor I Sagl, I Dbl, I Trp -17,
I Area I U- .'I.U- III -
I
1 0.66- 1.0.42- 1 0.41 1
I 1 1.10 1.0.65 1 down I
1 -up to 1.5 1 t-3 '{ w 1 w 1
1 1.6- 2.3 1 'K I 1-2 1 1-3 1
1 2.4- 3.4 1 -1 1 0 I *1
1 3.5- 4.3 1 -3 i -2 I 0 1
1 4.4- 5'.4 I -6 I -4' I -2 I
1 5.5- 6.3 I -8 I -6 I.-4 I
1 6.4- 7.3 I -11 - .I -8 I -6 I
1 7.4- 8.4 i -12 ;I -10 I -8 I
I 8.5 9.4 :I -lb i -12, I -10 I
i 9.5-10.4- ( -18`'; I'..-14 I -12 I
I 10.5-11.8 I. '22 },.I ,: -17 i -15 1
11.9-13.5I -25 ;' I -20' I 18
0 ..
I 13.6-15. I. -2 9 I ` -23 I -20 1
First Type (indicate
Sngl, Dbl, or,Trpl)
s a
points area total
f it s t ar ea
Second Type (indica.te
Sagl, Dbl, or Trpl)
x - b
s�
points. area total
second area %
a f- b - c +7_
If there is no east -facing glazing,
enter )-7 on line.c and line 6.
4
7. GLAZING, SOUTH -FACING
Using the total south -facing:,
glazing percentage from line 7 of''
the Compliance Checklist, find the
corresponding point values for
eachglazing type to be used
(single, double, and/or trample) in
Table 3-7. Enter these values on
the appropriate lines below. On
the adjacent lines, enter the
square footage of each glazing,.
t7Pe indicated on the checklist.
Next, enter the total squire foot-
age of all south -facing glazing.
Perform the required calculation
and enter the results on their
respective lines a and b. Total
lines a and b, and enter the sum
on line c below and in the
'Points' column on line 7 of the
checklist.
Be sure to use the total south -
facing percentage instead of the
individual percentages for each
t7pe of glazing in a given
orientation. <
C-49 ECJ 15
Table 1-7.. South -Facia .:~.Glizin . Pts
Total' { Glazing T7Pe {
i Z of I
j Floor Sngl,.I Dbl, I Trp -17,
I Area Io- IQ - IU -
I
I 10.66- 1 0:42- 1 0.42 I
I 11.10 1-0-65 .1 down I
I
I 1.3 down 1 1-2 {' I . 1-2 I 1-2. i
I 1.4- 3.4 I -1. I 0 1 _0 I
I 3.5- 5.4 I _ I -2 I -2
5.5- 7.3 ( -6 I -4' l -3 I
I 7.4- 9.1. I - I -6 i -5 i
9.2-10.8 1 -12 ( -8 1 -7 I
110.9-13.3 I -16 I -11 I -10 I
113.4-15.7 { -20 i -14 .) -12 1
I I I I i
First Type (indicate
Sngl, Dbl, or Trpl)!:
x a
points area total.
first area
Second Type (indicate
Sagl, Dbl, or Trpl)_-:
x — b
i
points area total
second area
a Fb - c —&
If there is no south -facing glazing,
enter +-3 on line c and line 7.
82
S. GLAZING, WEST -FACING
Using . the total vest -facing
glazing percentage from line 8 of;.
the Compliance Checklist, find the
corresponding point values for,
each glazing type to be used
(single, double, and/or triple) in
Table 3-8. Enter these values on
the appropriate lines below. On
the adjacent lines, enter the,
square footage of arch glazing
type indicated on the checklist.
Neat, enter the total squara,foot-
age of all vest -facing glazing.
Perform the required calculation
and enter the results on their
respective lines a and b. Total
lines a and b, and enter the sum
on line c below and in the
"FOints" column on line 8 of the
checklist.
Be sure to use the total West -
facing percentage instead of the
individual percentages for each
type of glazing in a given
orientation.
C-49 ECM. 13
Table 3-8. West-FacinaL Glazinst Pts.
First Type (indicate
Sagl, Dbl, or Trpl)
z - a
points ar as to cal
first area
Second Type (indicate
Sngl, Dbl, or Trpl)
a - ••b.
points area total
second area
a 1•b•c
If there is no vest -facing glazing,
enter +-10 on line c and line 8.
83
I
( Total
( Glaziag,,Type
z. of .
I
{ Floor
Sagl,.. I
Dbl,
I Trpl,
I Ar as
I U. "I
U-
I U-
1
10.66- 1
0,.42-
1,0.41 1
(
I 1'.10 I
' 0.65
I down
( up to 1.0
(. 1.8 (
1-8
( :.8
( 1.1- 1.6
.I f6 I
1.6
I , W ( '
I 1.7- 2.3
I 1.3 :i,,�l
+4
{ 1.5 1
I 2.4- 2.9
I 1.1 I
1.2
I 1.3 . I
1 3.0- 3.4
I. , i
a
1 1.1 I
I 3.5- 4.2
-2
I -1 I
I 4.3- 4.8
I '. {
; -4
I -3 I
f 4.9- 5.4
( -9 (
-6
I -5
I 5.5- 6.1
I -12 I'
-8
( -7 I
I 6.2- 6.7
{ -14 {
-10
I -9 {
I 6.8- 7.3
I -16 I
-12
I -10
I 7.4- 7.9
I -19 I
-14
{ -12 {
8.0- 8.5
I -21 I
-16
I -14 I
8.6- 9.1
I .-24 •I
-18
I -16 I
I 9.2- 9.7
( -26 (
-20
l -18
I 9.8-10.3
I -29 I
-22
I -20
110.4-11.3
( -32 {
-25
I -22 {
111.4-12.0
{, -35 ':I
-28
I -25 I
First Type (indicate
Sagl, Dbl, or Trpl)
z - a
points ar as to cal
first area
Second Type (indicate
Sngl, Dbl, or Trpl)
a - ••b.
points area total
second area
a 1•b•c
If there is no vest -facing glazing,
enter +-10 on line c and line 8.
83
I
9. SKYLIGHTS
Using the total skylight glazing. Table 3-9. Skylight Points
percentage from line 9 of the __
N
Compliance Checklist, find the •
I Total
I Glazing Type
I
corresponding point value for each '
I Z of
I
I
glazing type to be used. ( single,
I Floor
Db , I
Trp ,
double, and/or triple)in 'Table
I Area
1-U ' -
'+;I,:II:= I
U - 1
3-9. Enter these values on the.
I
10:66=;' I' 0;42= 10.41
I
,
appropriate lines below. ,On the,•..:
I
=
I'!1a0
�` (' 0.:65 I
down I
adjacent lines, enter ths-squaraAI.
I
footage of each glazing t7Pe iudi- _1
I up to.
1.0
I .::-2 I,
-2 I
sated on the checklist. Neat,
1.611"_
-4
;1 -4 I
-4 I
enter the square footage of
i 1.7-
2.3
I -7
total
all skylight glazing. Perform the'
I 2.4-
2.9
I -9
..I '-8'"I
-7 I
required calculation and enter the
I 3.0-
3.4 •I
-10
I -10 I.
-9
results on their respective lines
I 3.3-
4.2
1 -14
i -12 I
-11 I
a and b. Total lines a and b, and
1 4.3-
4.8.1
-17
r ..-14 I
-13
enter the sum on line c below and
I 4.9-
5.4
I -19
1 1-16 I
-13
in the "Points" column on line 9
I 5.5-
6.1
I -22.1
-18 I
-17
of the checklist.
I 6.2-
6.7
I -24
I -20 I
-19:1
I 6.8-
7.3
I -26
I -22 I
-20
I 7.4-
7.9
I -29
I -24 I
-22 i
I 8.0-
8.5
I -31
I -26 (
-24
I 8.6-
9.1
I -34
( -28 I
-26 I
I 9.2-
9.7
I -36
:I -30 I
-28
I 9.8-10.3
I
I -39
I
I -32 I
I I
-30 I
I •
First T7Pe (indicate
Sngl, Dbl, or Trpl)
x "- a
points area total
first area
Second Type (indicate
Sagl, Dbl, or Trpl)
x - -b
points area total
second as
a I- b- c 0
If there isno skylight glazing,
eater 0 on line a and line 9.
84
C-49 ECH 13
10., SEARING COEFFICIENT
Locate the percent of total
glazing to floor areas on lines 5,
6, 7, and -8 .of the Compliance
Checklist and the Shading Coeffi-
cient (SC) for the shading device,
for each orientation shown below.
Select Shading Coefficients that
are for devices used with single
glass.only from Table 1 in Part 2;
ASEMAE EANDB00K OF FMAMENTALS;
or manufacturers' data. Find*the
corresponding point values from
Table 3-10 and enter it in. the
"Points" column on the corres-
ponding lines 104, 10b, 10c, and
10d of the checklist.
Please note this applies to all
glazing orientations except north.
If there is no glazing in 'an
orientation, enter zero (0) in the
"Points" column on the corres-
ponding lines of the checklist.
Table 3-10. Sbadina Coefficient Points
East:
S SC oi� Sc oI Net Sc
glazing device 1 device•2
South:
x x. '�_
SC of SC of SC of Net SC
glazing device 1 device 2
Nest:
z x ..
SC of SC of Mic Net
glazing device 1 device 2
Skylight:
a x, .
SC of SC of SC of Net SC
glazing device 1 device,2
,I
1 SC by j I SC by I ) J
i orien- I Z Floor Area I Oriew- i Z Floor Area I
1 talion I 1 talion 1 I
East10- 10.8-11.6-13.2-14.8-16.4-18.0-1 West 1 0- 10.8-11.6-13.2-14.8-16.4-18.0=1
10.7 11.5 13.1 14..7 16.3 17.9 19.6 1 10.7 11.513.1 14.7 16.3 17.9 19.6 1
07I i I I I I I t.I q.07 I i I I I I I. I.
1 0 - .15 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 - .15 1 0 1 0 1 0.1 0 1 0 1 0 1 0J.
1.16 - .32 I 0 1 -1 1 -1 1 -2 1 -3. 1,-4 I -5 1.16 - .30 1 0 1 0 1 -1 1 -2 ' 1,-3 1 -4 I -5 (,
1.33 - .49 1' 0 1 -1 1 -2 1 -4 1 -6 1 -8 1-10 1.31 -. 46 1 0 1 -1 1' -2 1 -4 1 -6 1 -8 1-10 1
1.50 - .68 1 0 1 -1 1 -3 1 -6 1 -9 1-12 1-15 1.47 - .62 •1 0 1 -1 1 4-3 I. -6 1 -9 1-12 1-15' 1
1.69 - .86 1 0 1 -2 1 -4 1 -8 1-12 1-16 I-20'1.63 - .79 1 0 1 -2 1 -4 .1 1-12 1-16 1-20 1
I .87 up 1 0 1 -2 1 -5 1 -9 1-13 1-18 1-23 1 .80 up 1 0 1 -2 1-5 -10' -17 1-22 1-27 1
I I II I i I I I I I I I I I I
South 10.1-1 1.6-1 3.2-1 4.8-1 6.4-1 8.0-1 Skylight 1 0- 10.4-10.8-11.6-12.4-13.2-14.0-1
I 11.5 1 3.1 1 4.7 1 6.3 1 7.9 19.6 1 10.3 10.7, 1.1.5 12.3 13 1 13.9 14.8 1'
10 -.151 01 01 01 01 01 010 -.151 01 •01 01 01;01 01 01
1.16 - .30 1 0 1 0 1 -1 1 -1 1 -2 1 -3'1.16 - .30 1 0 1 .0 ' I -1 1,-2 1 -3 1 -4 1 -5 1
1.31 - .46 1 0 1 -1 1 -2 1 -3 1 -4 1 -5 1.31 - .46 1 0 1 -1 1. -2 1-4 1 -6 1 -8 1-10 1
1.47 - .62 1 0 1 -1 1 -3 1 -4 1 -6 1 -7 1.47 - .62 1 0 1 -1 ['-3 1 -6 1 -9 1-12 1-15 1
1.63 - .79 1 0 1 -2 1 -4 I-8 1 -10 1,.63 - .79 1 0 1 -2 I: -4 1 -8 1-12 1-16 1-20 1
.80 up 1 0 1 -3 I -5 1(-8 -11 1 -14 1 .80 up 1 0 1 -2 1r-5 1-10 1-17 1-22 I-27 I
l l I ( I I I I I F 'I I I I I
85
C-49 ZC:i 15
11. HORIZONTAL SOUTH OVERHANG
.
i
Using the percent of south
glazing
Table 3-11.
•Horizontals,'.South
area to floor arca from
line 7.overhan
.Points
of the Compliance Checklist,
find
I
South',G azing
the corresponding point
value in
I Length . Out
• I ar`ei, . x•' of Floor I
Table 3-11. Enter it
in the
( from -Wall..
I I
"Points" column on line 11
of the
I ft
checklist.
(
( 0-6;3' I. 6.4 up ( ,•
_ .
( 2.0 - 3.9
_
I eo I 0 I
( 4.0. up
( 1-1 1-2
12. MOVABLE INSULATION
Using the percent of floor area Table 3-12. -Movable'Zasulation
from line 12 of the Compliance, Points
Checklist, find the corres-
ponding point value from Table ( Moveable Insulation
3-12. Eater this value:in the I area, Z of _Floor (. Points I.
"Points" column on line 12 of the I I I
checklist.
.'All :I 0
A
86
C-49 ZCM 15
13. WMTRATION CONTROL
Identify -the proposed infiltration
control features and find the
corresponding point value in Table
3-13. Enter the point value in
the 'Points" column on line 13 of
the checklist.
Standard mesas caulking weather
stripping, sealing, etc. as,
described in Part 1, Mandatory
Features and Devices.
Tight means all the features in
the standard control plus gaskets
on electric outlet and switch
bones in all exterior walls, 5pol y-
ethelene sheets over the inside
face of all exterior walls, and a•
mechanical ventilation system
capable of ventilating at the rate
of 0.7 air changes per hour for
the whole building with an air-
to-air heat exchanger. 4ther�
measures may be used for the 0.6•
infiltration rate if ,justified
with documentation and attached to"
the checklist. However;the
mechanical ventilation.vith.a heat
exchanger must still be used.
C-4 9 EC 4 15
Table 3-130'Infiltration ,Control
Features 'Points
I Control 14atures I Points I
• l l
I Standard
0.9 air changes per hr I i
Tight I W I
10.6 air changes per hr.
i I I
87
14. THERMAL MASS
This section of the point systam
applies to both exterior and
interior thermal mass building
elements because equivalent ther-
mal mass factors have been deter-
mined which are relative to their
performance. Lines a, b, c, and d
at theend of this section are
used to calculate the thermal mass
capacity, of different mass types.
Determine the heat capacity (HC)
and R -value of the mass element
from Table 3-14a or 3-14b, or if
the tables do not apply to the
proposed mass type, calculate HC.
and R using the equatiou.below..
Enter the two values in the appro-
priate place on line 14 of the
Compliance.Checklist.
Table 3-14a. Masonry. or, Concrete '
Wall'>HC Btu/'F*-ft2•
I Wall Weight, lb/ft2 1 HC I
1
10 - 13 I 2 I
I 14 - 18 I 3 I
1 19-23 { 4 I
I 24-28 I S I
29 - 32 I 6 I
I 33 - 37 I 7 I
I 38 - 47 I 8 I
i 48-66• { 10 {
67 - 94 I 14 I .
I 95 up I 20 I
I I I
Table 3-14b: Solid,., Wood Wall HC and
R -Value
I I. Wood Density, lb/ft3
I Average i I
l Thick- 1 21 - '261'-17 = 31 2 -
I nes$, I'Cedar
I ' Dg. Fir I
inches I Hem-Fir',I Hemlk.. ) So,.Pine
�HC R I HCR HC/R
3 I 2/4.3 .I 3%3.6 1 3/3.1 I
I 4 1 315.7 1 4/4.8 I 4/4.2 I
I 5 1 3/7.1 I 4/6.0 I 5/5.2 I
I 6 1 4/8.6 :I 5/7.2 I 6/6.3 I
I 7 1 5/10.0 1 6/8.4 { 7/7.3
18- 9 1 6/11.4' I 7/9.6 I 8/8.3 I
I 10 - 1117/14.3. I 9/11.9 I 11/10.4 I
12 up 18/17.1' 111/14.3 i 13/12.5 I
1 1 { 1 I
HC and R Total Calculation:
C D t HC
.v
r t R total
Where:
C - Specific heat in Btu/lb-'F
D - density in lb/ft3
t - thickness in ft
r - resistance per foot in
hour-ft2-'F/Btu-ft
C-4 9 ECS 15 88
Using the HC and S tactors deter-
mined in the first step, determine
the equivalent mass capacity fac-
tor from .the appropriate Table 3-
14c or 3-14d, and enter it on
line a, following, and line 14 of
checklist.
t �
Table 3-14c.
Mass
Capacity Factors
for Interior;Mass
I
I B -value of Interior
Mass
Element Eacludin Air
Films I
I Heat Caacity,
10.3 10.4-
1 0:8-
11.3-
1 1.8-
A. 2.67
I. 4.1-,1
7.6 1
Btu/ ftr-'B
1 Down 10.7
1 1.2
1 1.7
1 2:5
4 : 4.0
1 •7.5
1 Up I
1.5 -
1.7
12.8 I
2.8
I 2.8
1 2.7
12.6
..I 2.4:�s
1;2.3 :
1 1.9 1 .
I 1.8 -
2.2
13.2 13.2
13.2
13.1
13.0
.1 2.9
1.2.6
12.1 I
I 2.3 -
2.7
13.7 13.7
13.6
13.5
13.3
1 3.0
'I'2:8
1 2.2 1
I 2.8 -
3.2
14.3 14.3
14.1
1 3.8
13.6
1 3.3:,'.I
3.0
12.3 1
I 3.3 -
3.7
i 4.8 )
4.7
1 4.4
1 4.1
1,3.8
1 3.4
1 3.1 .1
2.4 1
I 3.8 -
4.2
( 5.2 15.0
14.7
1 4.3
1 4.1
1 3.6
1'3.2
1 2.5 1
4.3 -
4.7
15.6 15.3
15.0
14.6
1 4.3,
1 3.7,
1 3.3
1 2.6 1
I 4.8 -
5.5
15.9 1
5.6
1 5.2
1 4.8
1 4.4
1 3.8
13.5
1 2.6 1
5.6 -
7.016.1
15.5
15.0
1 4.7
1 4.1
13.6
1 2.8 1
I 7.1 -
9.0
7.3 1
6.4
1.5.9
1 5.3
1 5.0
1 4.4
1 4.0
1 3.1 1
9.1 -
12.0
16.8
16.1
( 5.6
15:2
14.7
14.3
13.4 I
1 12.1 -
17.0
1 8.2 )
7.1
1 6.4
1 5.8
1 5.5
15.1
14.7
) 4.0 i
I 17.1 -
22.5
18.5 1
7.6
16.9
16.4
1 6.1
15.7
) 5.3
14.7 I
22.6 -
27.5
18.7 1
7.9 SI
7.2.
( 6.8
16.4
16.0
15.8
15.2 I
I 27.6 -
35.0
( 8.9 18.1
17.4
1 7.1
16.8
( 6.4-
1 6.1
) 5.7 I
I 35.1
I
up
19.2 18.3
I I
17.8
I
17.4
I
1 7.2
I
1 7.0
I
1 6.8
i
16.4 1
I I
C-49 EC.I 13
I
89
Determine the exposed surface area
of the mass and enter it on line a
and on line 14 of the checklist
adjacent'to its Corresponding-=
and R values.
Multiply the factor times the area
and enter the result on line a.
Do the same for other mass -types
on lines b through. d.
Add lines a through d'together and
enter the sum in the appropriate
place on line e.
Enter the floor area from "total
_floor area" 1 of the Compliance
Checklist in the appropriate place
on line e. Perform the required
calculation and enter the result
as 'Total Thermal :Sass Capacity."
Using this total, find the corres-
ponding point value in Table
3-14e and enter it in the
"Points" column on line 14 of the
checklist.
Section 4 WALL must also be used
in conjunction with ester' -.;r mass
walls. There is no minimum R-
value requirement for mass:walls.
Table 3-14e. Thermal :lass Points
I Total :lass
Capacity I
I
I in Btu/'F
per sq ft I
Points I
I of floor area 1
I I
I
I
I 0-
0.1 i
0 I
I 0.2 -
0.4 (
f2
I 0.5 -
0.7 I
K4 I
0.8 -
1.1 I
1.6 I
{ 1.2 -
1.4 I
1.8 {
1.5 -
1.7 I
1-10 I
1.8 -
2.1 I
1-12 I
I 2.2 -
2.5 i
1-14 I l
I 2.6 -
2.8 I
1-16 I
2.9 -
3.1 I
1-18 I
1 3.2 -
3.5 I
1.20 I
3.6 -
4.0 (
1-22 I
4.1 -
I
4.4 I
i
1-24 I
I
C-4 9 EC:S 15
x +a
Exposed Mass Factor 1
Area . of Type 1
b
Exposed Mass Fa -Mor 2 Area of Type:2
X. . • c
Exposed Mass;'.Factor 33
Area of Type 3
z •d
Exposed Mass Fact or 4�-
Area of Type4
• e
afbfcfd Floor Total
Area Mass
Capacity
Table 3-14e. (Continued)
I Total Nhas3 'Capacity I I
I in. Btu/'F,.per sq It .I Points
I of floor `area I I
I 4.5 4.8 I 1.26 I
I 4.9 '5.2. I 1-2$ I
I 5.3 - 5.7 I 1.30
I 5.8 - 6.2 I 1.32
I 6.3 - •6.7 I 1.34
I 6.8 - 7.2 I I
7.3 - 7.8 - f38
7.9 - 8.4 I
I 8.5 - 9.2 I f42 I
9.3 - 9.9 I K44
10.0 - 10.8 I f46
10.9 - 11.8 I K48 I .
I 11.9 - 12.8 I 1-50 I
12.9 14.0 I 1.52 I
I 14.1 -.15.2 I 1-54
I 15.3 - 16.6 1 1-56
16.7 - 18.1 I 1-58 I
18.2 - 19.7 i f60
i9.8 - 21.2 I 1.62 I
1 21.3 - 22.7 I 1.64 I
22.8 up' I' f66 I
I I I
91
J
' � t
17. GAS FURNACE WITH REFRIGERATION
COOLING
Using the gas furnace SE and the.
refrigeration cooling SEEK shown
on line 17 of the Compliance
Checklist, find the corresponding
total point value from Table 3-17:'
Enter this value in the 'point3"
column on line 17 of the check-
list. If no gas furnace with
refrigeration cooling, is proposed,
enter zero (0) in the "Points"
column and write -.4A" in the
places on line 17 marked "SE" and
"SEER".
The points in this table represent
a total of both cooling and
heating benefits associated with
improved S'772 and SEs.
C-49 ECM 15
93
t.
Table 3-17. ':Gas' Fouad with
�Re'frigeratioa:Cooliag
poiutsh
I Refrigeration.{ Gas.Furnace SE % I
I Cooling
{ (SEER) I All, {
i f I
I 8.0 - 8.2 0
I 8.3 - 8.6 i
I 8.7 - 9.0 I }6 I
1 9.1 - 9.4' ! 1.9 I
I
9.5 - 9.8 I +.12 I
I 9.9 - 10.3 I 1-15 i
I 10.4 - 10.9 I 1-18
I 11.0 - 11.5 I 1-21 I
I 11.6 - 12.2 I 1-24 I
i 12.3 - 12.9 1 f-27 I
I 13.0 - 13.8 I 1-30
I 13.9 up I H3 {
I I
Z1. OTHER WATER HEATING SYSTEMS
Using the water heating . system
shown on line 21 of the Compliance
Checklist; find the corresponding
point value in Table 3-21. Enter
this value in the "Points" column
of the checklist on line 21.
POINT SYSTEM COMPLIANCE TOTAL
Table 3-21. Other Water-Heatinst Pts.
I System Type- I' Points I
1 Gas only: I I
I Heat Pump I' 0 I
I Solar with Electric I I
I Rasistaace-Backup � ; I I ,
I Meeting the Require= I I
I ments in„Part .2 I' 0 I
I Electric Resistance I I
I
only I -40 I
0
Sum the "Points" column of the
Compliance Checklist and enter
results. If the total is zero (0)
or greater, the proposed building
complies. kf the total is less
than zero, levels of measures with
more positive points or less.nega-
tive points must be used. Be
certain to meet the requirements.
of Part 1, Mandatory Features
and Devices. A building permit
cannot be issued until the Part 1
requirements are also met.
APPROXIMATE TOTAL. CONSU`4PTION
(Space Conditioning and Water Heating)
x - (a) kBtu/yr
total per ft4 space total floor area
conditioning budget
Water Heating Bidget (b) kBtu/yr
Total Budget (at -b) _ (c) kBtu/ yr
x 0.5 x - (d) kB tui/ yr
points total floor area
approximate Total Consumption (c -d) - (e) kBtu/yr
C-49 EC2% 15
W
gera ld b. steel, SSEE. MSME. Pts.
P.O. BOX 2369, RANCHO SANTA FE. CA 92067.1969. USA
(619) 789-0014, SPECIALTY -POINT SYSTEM COST ANALYSIS'w ESFi I i I. E
AS REE VISED 9-14-83
energy consultant and
registered civil engineer
STANDARD DESIGN POINT SCORES PER AB 163
ZONE
1
2
3
4
5
6
7
7
8
9
10
11
12
13
14
15
16
il
4
5
6
7
7
8
9
10
11
12
13
14
15
16
3
5
16
B U I L D I N 8 T Y P E
RAISED FLOOR BUILDINGS SLAB-OH-SRIIDE BUILDINGS
1 STORY 2 STORIES 3 STORIES 1 S70RY 2 STORIES " 3 STORIES
FOR MATED -OILY BUILDINGS
_5A,B
-5A,8
5A'B
-3A'B
-20,8
-22jA,8
-_jA, B,
-15A
.
D
_jA,B
-15A.0
-13A
-I3A
-13A
-10A
-11A
-11A
-11A
-3A
-16A
-16A
-18A
-10A
-13A(VENTED)
-13A(�YiENTED)
-15A(ooVENTED BELOW) -8A
-8A
-12A_19At")
BELOW)
BELOW)
_IjA-12A(�PEN)
-17A,C
-19A,C
-21A(CPEN
-21A•C
_IOA.0
-IOA.0
-21A.0
-21A,C
-23A.0
-14A,C
-20A,C
-209A
-26A.0
-17A
-11A
,C
_3A,C
-15A.0
OA.0
-13A'C
-15A,C
-13A'C
-27A.0
-31A'C
-31A'C
-31A,C
-28A.B.0
_27A,8,C
_2o.B.0
_29A,B,C
_25A,B.0
-3A
-3A
-3A
0
FOR AIR CONDITIONED BUILDINGS
5A,B
5A'8
-5A,B
-3A.8
B, D
jA, B,
-_jA, B,
_ SA
.
D
D
-15A.0
A
ZONE A3 SEER ■
9.5_IIA
_ A
-11A'0
-i'A•D
-iIA,D
�3A
-16A
ZONE 3 SEER -
-16A
9.0
-18A
-10A
-13A(VENTEO)
-13A(VENTED)
-15A(VENTED BELOW)
-8A
-15A.CPEN)
BELOW)
-13A,C
_15A.BPEN)
_15A,C
_17A.EPEN
_17A,C
_10A,C
_6A,C
-10'C
-19A'C
-21A.0
-12A.0
-16A
-16A
-16A
-11A
-3A .0
-13A'C
_3A,C
-15A.0
-5A,C
-13A'C
0
-7A.0
-27A'C
-27A'C
-27A.0
-20A.8.0
-15A.8.0
-17A SIC
-17A.B.0
-13A.8,C
-3A.D
-3A.D
_3A.0
' 0
7ONE 16 SEER
■ 8.5
-7A.B
-194A
-14A
-14A
-14A
-16A, C
_18A,C
-20A.0
A
28A,C
-13A.0
-32A.8,C
_29A,8,C
0
-7A.8
-10
jAA
-10
-14A
-14A
_jA,B
_23A
-11A
-16A
-13A
-16A
-14A
-18A.0
_20A.0
_22A,C
A
-OA, C
_15A.0
_3211 -BIC
_Z, B, C
-IA
_jA,B
_23A
-IIA
-16A
-13A
-16A
-14A
-16A.0
-18A.0
-14A•C
-16A,C
_18A,C
_20A,C ,
-15A
-17A
4A.0
-6A,C
-13A.0
-15A.0
-24A.8,C
_24A,B,C
-17A,B,C
_17A.8,C
0
_IA.O
II
ALTERNATE FOR BUILDINGS W I TH HEAT PUMPS
ZONE 16 SEER ■ 8.3
-IIA.B.E-1IA.B.E-11A.8.E
-13A'E -t3 E 3 NIN;.rEACOP - 2.8. MINIMUM EER ■ 9.5
_7A,E _7JOgE 5 MININNEACOP - 2.8. M-INJIM EER -_3�OE
ZONE 16 MINIMUM ACOP - 2.8. MINIMUM' EER ■ 8.5
-5A.E
A - TO USE THIS AB 163 POINT SCORE. AN ATTIC MUST BE INSTALLED OVER 70 OF THE EXT. OILING.
-8 - TO USE THIS AB 163 POINT SCORE, ELEC. OUTLET GASKETS NUST BE INSTALLED�ON EXT. WALLS.
C - TO USE THIS AB 163 POINT SCORE. TOTAL SHADING COEFFICIENT ON THE NORTH MUST BE 0.36.
0 - TO USE THIS AB 163 POINT SCORE WITH COOLING. MINIMUM COOLING EFFICIENCY IS SHOWN.
E - TO USE THIS AS 163 POINT SCORE. A HEAT PUMP MUST BE INSTALLED WITH EFFICIENCY SHOWN.
EXHIBIT
PROCEDURE FOR ,MIXED RESIDENTII
FOR BU 1 L01 NGS .WITH. MORE THAN ONE :BUILDING TYPE; AB A MU:
PROCEDURE 1S TO INTERPOLATE.THE ABOVE P01NTS.�ACCOROING:16
WITH MORE THAN. ONE. BUILDING , TYPE. •;. MI;; EXAMPLE ° OF, .THIS ' I NTI
PAGE 2 '-'. AS REV ISED. 9-14
A,y4..� ! SK`s eZ 1 V` Nk J
ATIYE:` 0 tTt „AREA5 FdR
ILATIONry PROCEDURE IS .GiVEN':'8E1:OK:�, ,
..•.,�;-PO.,; _. , . m ': t -., .
CONSIDER THE FOLLOWING HEATED—ONLY�BUILOING IN ZONE 9: r
,., 1, 't i;, t .. i� �+'
ATTIC
y r.t ." •' "Ira.
600 SQ FT LIVING
i 400 SQ FT:LIVING' s '500 SQFTIIVING
RA 1 SED FLOOR
, RAI SED F100R'.,
600 'SQ FT GARAGE
400 WTT LIVING ,:: ;
SLAB—ON—GRADE
.SLAB -ON -GRADE:
THIS BUILDING HAS 800 SQ FT THAT
IS CONSIOERED TWO STORY SLAB -ON -GRADE
(-.18;,* AND. 1100
SQ FT (UPSTAIRS) THAT IS CONSIDERED
ONE STORY RAISED FLOOR. (-1.7r's •,) ' ,;
EK"ISIT E: PAGE 3 - AS REVISED 8-20-83 GBS
E%NIBIT E:
PAGE d - AS REVISED 6-20-83 G85
TABLE 1: GILCLATIPI OF AB 163 MINIMUM POINT SCORES IN ZONES 1. 2. 3 AND d
TIDE 2t CALCULATION OF AB 163 MINIMUM POINT SCORES IN ZONES S. 6.
7 AMD 8
ZONE I ZONE 2
ZONE 3 ZONE t
ZONE S ZONE 6
ZONE 7
ZONE 6
ITEM VALUE/POINTS VALUE/POINTS
VALUE/POINTS VALUE/POINTS
ITEM VALUE/POINTS VALUE/POINTS
VALUE/POI
VALUE/POINTS
INSULATION RREO/ - RREO/ 30/
R-SOIREO/ A RREO/
INSULATION RpEO/ •� RREO/ A
3Of4NTS
RREO/ a
R0.E0/ i
211 ) CEILING
"'
2) ATTIC
• NORTH C•LAZING AREA
Std/ -6
31 GLAZING AREA dfd/ 0 dfd/ -2
Sid/ -2 Sid/ -2
7) MORIN GLAZING AREA did/ -2 510/'-2
Sid/ -2
31101 -2
d) EAST GGL ZEIN AREA dtd/ 0 dfd/ -2
CAST
Sid/ -2 Std/ -2
d) EAST GLAZING AREA did/ -2 SSD/ -2
Sid/ -2
Sid/ -1
3) GLAZING AREA dfd/ 0 dfd/ -2
Sid/ -2 Std/ -2
3) SOUTH GLAZING AREA lid/ -2 Sid/ -2
Sid/ -Z
Sid/ -2
WESSOUT
6) NEST GLAZING AREA dfd/ 0 did/ -2
Std/ -2 Sid/ -2
61 WEST GLAZING AREA did/ -2 Sid/ -1
Sid/ -1
Std/ -6
71 EAST SHADING o.ee/ 0 0.86/ -1
0.86/ -1 0.66/ 0
) EAST S-1 0. -2
7NARING O.BN 66/
OAS/ -2
0.36/ -1
B) SOUTH SHADING 0.66/ 0 0.66/ 0
0.66/ -1 0.66/ 0
61 SOUTH SNARING 0.88/ 0 0.66/ -1
0.66/ -1
0.36/
9) NORTH SHADING - -
-
9) NORTH SNARING - -
-
.0.36/
IO) SOUTH OVERHANG NONE/ 0 NONE/ -/
NDE/ -I NONE/ -I
10) SOUTH OVERNNIG HOME/ -1 NOME/ -2
NONE/ -2
NONE/ -1
III STNOMO INFILTRATION VES°/ -1 TES / 0
TES / 0 IES / 0
111 STANDARD IWILIGATION VES / 0 TES / 0
VES / 0
VES / 0
PER SLAB O GRADE OPTIOS
IN AB 1631
PER SLAC O GRADE OPTIONS
IN AB 1671
VES / 0
12) WALL INSULATION R-19/ 0 R -II/ -6
R -II/ -1 R-11/ -1
12) WALL INSULATION R-1 t/ -1 R -II/ -3
R -II/ 0
R -II/ -1
0) PERIMETER INSULATION R-0 / -0 R-0 / -S
R-0 / -1 R-0 / -3
I3) PERIMETER INSULATION R-0 / -1 R-0 / -2
R-0 / -1
R-0 / -1
Id) WEST SHADING MIS/ 0 0.66/ -2
0.66/ 0 0.66/ 0
11) WEST SHADING 0.66/ -1 0.6/ 0
0.66/ -2
0.36/ 0
13) THERMAL MASS - 1 STORY UMC -1.5/ -6 UMCWI.6/-14
INC -1.6/-10 UMCW 1.3/ M
13) THEIMAL KISS - 1 S70RY UC -1.3/-1/ INC -1.6/-10
UC -1.6/-10
UMC -I.5/•12
THERMAL MASS - 2 STORY UNC -0.7/ •1 UC -0.8/ b
UMR(>-0.8/ -6 UMC -0.8/ -1
THERMAL MASS - 2 STOGY UIG0.6/ b UC -0.S/ -6
UMC -0.0/ -/
UMC -0.8/ -6
THERMAL MASS - 3 S7OV UNC -0.3/ .2 UC -0.5/ -1
U>0.5/ H UC -O.5/ -2
IMER1Ml MASS - S -STORY URIC -0.3/ N UC -0.3/ -1
UC -0.3/ -d
UC -0.3/ -1
16) GAS FURNACE EFFICIENCY 721 / 0 711 / 0
71% / 0- 711 / 0
16) GAS FURNACE EFFICIENCY 711 / 0 71% / 0
711 / 0
711 / 0 ,
171 IF COOLING INSTALLED - 6.0 / 0
- 9.0 / 0
17) IF COOL INS. INSTALLED - 4.0 / 0
-
6.0 ! 0
OPTIONAL AS 163 POINT SCORE FOR BYI
INS - MEATIPF HEATING COALING
1
OPTIONAL N tU POUR Smi[ FOR GUILpIIGf
- IEATIP1
/ IEATIIY IVIG
FOR ONE STORY STRICTURES -3 / -3^•" -13 /-13�
-S / -S^ -10 /-10^
FOR ONE STOUT Si1BIC7UFE -3 / -SA -10 /-10^
-6 / -4
-10 /-10^•
7
FOR TWO SNORT STRUCRRES -T / -7A•B -19 /-194
-9 / -9A -i1 /•IIA
FOI Tb S7OIT f11111CRRES -9 / -9A -11 /•IIA
-I1 /-IIA
-16 /-16A•c
FOR THREE STORY STRUCTURES -9 / -0A•6 -23 /-254
-11 /-If -li /-164
FO TWEE STONY STRICTURES -13 /-13A -16 /-164
-1/ /-IIA
-10 /-Iv
PER RAISED FLOOR OPTIONS
IN N 1631
PS RAISED FLOOR O n*o IM N 1651
12) -ALL INSULATION R-19/ 0 R-11/ -0
R -II/ -d R -1t/ -1
12) WALL INSULATION R-11/ -1 R-11/ -3
R -II/ 0
R -II/ -1
13) RAISED FLOOR INSULATION A-19/ 0 R-19/ 0
R-19/ 0 R-19/ 0
13) RAISED FLOOR INSULATION A-19/ 0 R-19/ 0
R-19/ 0
9-19/ 0
14) WEST SHADING 0.86/ 0 0.66/ -2
0.66/ 0 0.66/ 0
111 WEST SHADING. 0. -1 0.361 0
0.6/ •O
0.361 0
16) THERMAL MASS - I STORY UC- 0 / 0 UC- 0 / 0
UMC- 0 / 0 UMC- 0 / 0
13) THERMAL MASS - i STORY UC- 0 / 0 UMC -0.3/ -Z
UMC -Q.31 -2
UMC -0.3/ •2
THERMAL MASS - 2 STORY UMC- 0 / 0 UMC- 0 / 0
UNC- 0 / 0 UNC- 0 / 0
THERMAL MASS - 2 57CRY UMC- 0 / 0 UOO.L •2
UC -0.3/ .2
UC -0.2/ .2
THERMAL MASS - 3 STORY UC- 0 / 0 UC- 0 / 0
UMC- 0 / 0 UCW 0 / 0
THERMAL KISS - 3 STORY UM;- 0 / 0 UMC -O.1/ 0
UMC -0.I/ 0
UNC -0.1/ 0
MAC OPTIM
MAC OPTIONS
16) GAS FURNACE EFFICIENCY 711 / 0 711 / 0
7" / -2 711 / 0
16) GAS FURNACE EFFICIENCY 791 / -i 711 / 0
'9.0
711 / 0
711 / 0
171 1F COOLING INSTALLED - 8.5 / 0
9.3 / 99.3 ! -2
171 IF GAOL1101ANSTALLED / 6.0 / 0
-
9.3 / -/
OPTIMALISCORE COMING
FOR 57ORT7 POINTFd/LUIS^ ° FLOOR BUIL NIBS AIEAT110. `.0
t .POSFLOW @OIL 1G5 -IIEAT11q
/ IIEA191G INS
RRES
-13 /-It
--99^C-0A. B.D
-1FO1/RA'
M66AA
FOR 1110
I
'
FOR TWO STORE STRUCTURES -S / -SA.B _a /_nA
FOR THREE STORY S7RUCTIMS -5 / -SA-0 -21 /-Z2A
-0 /_17 /-IIA
-9 / -94.8.0 -13 /-11A
STORY f7R!)CiIAES -It /-ItA•D -16 /-116
FOR THREE SIM SVA=UiS -11 /-IlA•O -16 /-16A
-17 /-133^4
-13 /-49A
-19 /-ISS^A•C
-21 /-17A•C
IEA NEAT PUMP EER
9.3 / E
767 NEAT PUMP EER 9.0 / E
OPTIONALPOINT SCIORIEFOR RAISED il0a BUILDINGS - HEAT(I.�. 1.1EATING AID COOLING
163 WI' GLOW BUILDINGS -HEATING
POSIWR'fIRESS
IO A
/HEATING AND COOLING
FOR STORY
Ss .FO
FOG 1Y
FOR TWO STORY STRIUCTURES
-IIA.S.E
FOR TWO STIW STRUCTURES-' -ISA-E
FOR THREE S70RV STRUMURIES
-IIA.B.E
FOR I"=.STORY. STRUCTURES -13A•E
- - TO USE THIS AB 163 POINT SCORE. N ATTIC MUST BE
INSTALLED OVER 771 OF THE BIT. CEILING.
A - TO USE THIS AB 163 POINT SCORE. N ATTIC MST BE INSTALLED OVER
751 OF THE DT. CEILING.
3 - TO USE THIS AB 163 POINT SCORE. ELEC. OUTLET GASKETS MUST BE INSTALLED ON EXT. WALLS.
B - TO USE THIS AB 163 POINT SCORE. ELEC. OUTLET GASKETS ROT BE INSTALLED
OR EXT. WALLS.
C - TO USE THIS AS 163 POINT SCORE. TOTAL 94ADING COEFFICIENT ON THE MO D4 MUST BE 0.36.
C - TO USE THIS AB 163 POINT SCORE. TOTAL SHADING COEFFICIENT ON 'THE
NORTH MUST BE 0.36.
3 - TO USE THIS AS 163 POINT SCORE WITH COOLING. MINIMUM COOLING EFFICIENCY IS SHOWN.
0 - TO USE THIS AS 163 POINT SCORE WITH COXING. MINIMUM COMING EFFICIENCY
1$ 900.
. - TO USE THIS AS 163 POINT SCORE. A HEAT PUMP MUST BE INSTALLED (ACOP - 2.8. EER SHOW).
E - TO USE THIS 18 163 POINT SCORE. A MEAT PUMP MUST BE INSTALLED (ACOP - 2.8. EER SHOWN).
EKMIBIT E: PAGE S - AS REVISED 8-20.03 ®S
TABLE 3, CALCULATION OF AS 163 MINIMA POINT SONES IN ZONES 9. 10. 11 IIID 12
EXHIBIT IS: PAGE 6 - AS REVISED 8-20.83 7235
TAME I1 CALOLATI01 OF AB 163 MINIMA POINT Rrfl El IN ZONES 13. 14. 19 NO 16
PER SLAB O GRAM OPTIONS IN AB 1631
ZONE 9
ZONE 10
ZONE 11
ZONE 12
I)) QEQI ETER INSULATION R-0 / -3
I TEN
VALUE/POINTS
VALUE/POINTSVALUE/POIONTS
0.36/ 0 0.6/ 0
VALUE/POINTS
ITEM
INSULATION
R
A
-3
1 A
RRA
RR
CEILING INSULATION
:) nI�NG
RED/
0
EO/
EO/ "'
1) ATTIC
• NORTH C•LAZING AREA
Std/ -6
Sid/ -2
dfd/ -2
did/ 0
3) NORM GLAZING AREA
11 EAS' ;LAZING AREA
Sid/ -d
Sid/ -d
dfd/ -2
dfd/ -2
d) EAST GLAZING AREA
-1 SOUTH GLAZING AREA
Sid/ -d
Sid/ -d
dtd/ -249d/
-2
11 SOUTH GLAZING AREA
51 -EST GLAZING AREA
Sid/ -5
Sid/ -6
did/ -2
dfd/ -2
6) WEST GLAZING AREA
" EAST ;RACING
0.36/ •30
0.36/ 00
0.86/ -1
0.6/ •a2
7) EAST SHADING
9.7 / -6
E
P
0.66/ -2
P
-21M
11 "OPTH SHACING
0.361
0.36/
-9 / -SA-C
0.36/
9) NORTH SHADING
10) SOUTH OVERNUG
NONE/ -1
NOME/ -3
HONE/ -2
NOME/ -1
10) SOUTH OVERHAND
,1) STANDMC INFILTRATION
YES / 0
VES / 0
VES / 0
YES / 0
. 11) STANDARD INFILTRATION
PER SLAB O GRAM OPTIONS IN AB 1631
ZONE Id
12) WALL INSULATION R-11/ -3
R -I1/ -d R-11/ -7
R -I1/ -0
I)) QEQI ETER INSULATION R-0 / -3
R-0 / -3 R-0 / -5
R-0 / -5
141 •EST SHACING 0.6/ 0
0.36/ 0 0.6/ 0
0.36/ 0
;31 IME7RMAL MASS - I STORY UAC -1.5/06 UC -1.7/-12 UMC -1.4/ •8
UWL-1.9/+1/
T.ERFMAL MASS - 2 STORY LAIC -0.8! •8 UMC -0.8! -6 UIC-0.7/ •d
UMC -0.9! -6
THERMAL MASS - 3 STORY UC -0.7/ -6 UMC -0.3/ -d IAC -0.5/ •2
UC-0.6/ •1
:6l GAS FURNACE EFFICIEIC/ 711 / 0
711 / 0 711 / 0
791 / -2
17) IF COOLING INSTALLED 9.3 /
8.5 / •2 9.5 / M
9.5 / •1
-4
T SCORE FOR
FOR OPTIONAL ONE STORY AS 153 POIM7RUCTRE3 10 / -6A-C
SII`O�t4t:1 /-111
-14
/MEA OIFB Np�IINS
FOR TWO STORY STRUCRAES -16 /-l1A•c
-20 /-18A.0 -21 /-13A
-0 / --4
FOR THREE STORY STRUCTURES -20 /-16A-C
-22 /-20i1-C -23 /-17A
-10 / -0-C
PER RAISED FLOOR OTIOSE IN N 1631
0.36/ -d22
12) WALL INSULATION R -II/ -5
R -II/ -1 R-11/ -7
%-It/ -6 c
131 QAISEO FLOOR INSULATION R-19/ 0
R-19/ 0 R-19/ 0
R-19/ 0
141 WEST SHADING 0.36/ 0
0.6/ 0 0.36/ 0
0.36/ 0
'3) THERMAL MASS - I STORY UC -0.6/ 16 UFC -0.3/ -2 UMC- 0 / 0
(A".3/ -2
NERRMAL MASS - 2 STORY UFC -0.3/ •d IAC -0.2/ .2 IAC- 0 / 0
UMC -0. 1/ 0
3HEPIMAL MASS - S ST01T UMC -0,2/ •1 UMC -OLIN 0 UC- 0 / 0
UC -0.1/ 0
'61 GAS FURNACE EFFICIENCY 74S./ 0
711 / 0 711 l 0
791 / -2
171 IF COOLING INSTALLED 9.5 / -1
8.5 / •2 9.0 / N
9.7 / -6
ONAL Ad 163
IIAf 11RNT SCORE
PL OBUt lD1tG3 AIEAT1 M�
/ 1EAT�IG-.T?MtG
FORCIPTSID
STOUT 17CilRES _NFO/M3
-21M
FOR TWO S70RT STRUCTURES -19 /-13A•c
-21 /-111A•c -A /-INiA
-9 / -SA-C
FOR THEE STOUT STIMICTIRES -21 /-17A-C
-D /-21A•C -20 /-16A
_9 / _SA.0
M USE THIS AB 161 POINT SCORE. N ATTIC MIST BE INSTALLED OVER 731 Of RHE EAT. CEILING.
- 70 USE THIS Ae 163 POINT SCORE. CLEC. OUTLET GASKETS NIST BE INSTALLED ON EAT. WALLS.
TO USE THIS AS 163 POINT SCOPE. 10Tµ SMAOINO COEFFICIENT ON THE NORTH MUST BE 0.35.
TO USE 1-41S A6 163 POINT SCORE WITH COMING. NINHMm COOLING EFFICIENCY IS SHONN.
• '0 USE THIS AS 163 POINT SLCAC, A "CAT PUMP SUIT BE INSTALL EO IACOP - 2.8. EER SHOWN).
ZONE IS
ZONE Id
ZONE 13
ZONE 16
VALUE/POINTS
VALUE/POINTS
VALUE/POINTS
VALUE/POINTS
BRIO/
GRED/ SS/t
BRED/ R
RR36/
A
EO/
dfd/ -2
1f4/ 0
did/ -2
dfd/ 0
• dfd/ -2
dfd/ 0
did/ -2
dfd/ -2
dfd/ -2
dfd/ 0
dfd/ -2
did/ 0
did/ -2
dfd/ 0
dfd/ -2
dfd/ 0
0.6/ -p3
0.36/ -d22
0.36/ -4
0.86/0.86/ -9
0 36f0.36/
-z
0.66/ 0
C
G:36/ C
0.36/
MOVE/ -1
NONE/ -1
MOI -I
NONE/ 0
YES / 0
VES /-1)
YES, -1
YES / -7
PER SIC ON QUOS OPTIONS IN AB 1631
12) WALL INSULATION R-11/ -6 R -I I/ -1 R-1 1/ -0 R -II/ -8
13) PERIMETER INSULATION R-0 / -1 R-0 / -5 R-0 / -1 R-7 / 0
ldl WEST SHAD IND 0.36/ 0 0.6/ -d 0.36/ -1 0.68/ -f
15) THERMAL MASS - I STORY IM?1.6/02 UPC -1.4/ •8 UC -I.1/ 16. IMC -1.3/ •6
THERMAL MASS - 2 STONY UC -0.9/ -6 UNC -0.7/ -d UC -0.7/ -1 UNC -0.6/ -1
THERKAL MASS - 3 SNORT U160.6/ N UL5-0.5/ -1 UC -0.5/ -1 UC -0.7/ •2
MAC amOS
16) GAS FURNACE EFFICIENCY 719 / 0 711 / 0 711 / 0 791 / -a
17) IF COMING INSTALLED 6.0 / 0 9.3 / .0 9.5 /•121p / S�8..5 /
OPTIONAL N 163 POINT SIDE FOR 51.1;T-QUO1E 6Ullp i- HE�113F. ina WNp�11G
Tot ONE STORY S11NICtUEf -7 / - 26 /- S^
FOR TWO 37M STRUCTURES -13 /-13A•C -32 /-2IA•6•c -29 /-17A•B•C W1 / .IA.D
FOR THESE STMT S7ACRRES -IS /-1-3A-c -32 /-2414-8-C-29 M7A.B.0 -1 / •IA.O
16) MEAT PUMP EER 3.5 / E
OPTIMAL N 165 POUR S®t[ FOR YAB-OF•AtAM BUILDINGS - HEATING / HEATING-�7041NB
FOR OIE S UMV STRWTUREi
FOR TWO STONY STRU;IUM_3A.E
FOR TIM STORY SIRUCRRES _SA.E
PER RAISED ROOM OPTIONS IN N 1631
I1) WALL INSULATION R -II/ -6 R-19/ -7 R-11/ -0 R-19/ -6
13) RAISED FLOOR INSULATION R-19/ 0 A-19/ 0 R-19/ 0 R-19/ 0
Id) WEST SHADING 0.36/' 0 0.36/ -1 0.36/ -d 0.66/ -3
15) THERMAL MASS - I STOUT UMC -0.3/ •2 UNC' 0 / 0 IMC -0.3/ -2 UC- 0 / 0
THERMAL MASS - 2 STORY UMC -0.1/ 0 UTC- 0 / 0 UMC -0.1! 0 UMC. 0 / 0
THERMAL KLiS - 3 STORY UMC -O.1/ 0 UC- 0 / 0 UC -O- I / 0 UC- 0 / 0
MAC OPTIONS
16) GAS FUIUACE EFFICIENCY 713 / 0 711 / 0 Alt / 0 791
17) IF COOLING INSTALLED 0.0 / 0 8.8 / -1 9.5 /N2 6.5 /
OPTIONIK
AMP POLIIJIG
FOR ONE 37M S7RUIC•11RES-NOR1-13" � COQ /)ICR-31 C �S :LECTINS). j•�ATiW _r. -
FOR TWO STORY STRUCTURES -19 /-ISA•c -31 /-Z7A-C -29 /-17A.B.0 -7 / _33^A.0
FOR THREE 31011 STRUCTURES -U /-12A.0 -3E /-274-C -29 /-ITA•S•C -1 / 174.0
161 MEAT PUP EER 6.3 / E
- OPTIONAL 16 IU POINT SM FOR RAISED FL0M BUILDINGS - HEATING / HATING NQ. foQMN0
FOR ALL-STRU:TNES 7^
he opaque portions of ceilings separating conditioned and unconditioned ~
pace muet either (1) be insulated between framing members: with R-19
r greater insulation, or (2) have a weighted average U -value of.0,067
r less. 4
o meet the intent of. the ceiling "insulation requirements,, ` ceiling-,
nsulation should extend far enough to the outside walls" to cover the
op plate.
DOSE FILL INSULATION
hen loose fill insulat' ion' is installed, the minimum installed weighted
er square foot must conform with the insulation '. manufacturer's
nstalled design density per, square foot at ,the manufacturer's labeled
-value.
ALL INSULATION '�2-5352(c)
he opaque portions of metal or wood frame walls. separating conditioned
nd unconditioned spaces must either {1) be irtstf'lated._between framing
embers with R-11 or greater insulation, or (2) have a 'weighted average-
-value of 0.100 or less. Masonry or concrete exterior walls do not
ave to be insulated with a minimcim of R-11 insulation.
oundation walls of heated basements- or heated crawl spates must be,
nsulated above the adjacent outside ground line, with at.,. least R-7
nsulation.
(FILTRATION CONTROL 2-5352(d),
ie standards contain the following requirements to.. control.
filtration.
1. Doors and windows (including skylights) between. conditioned
and unconditioned spaces must be fully weatherstripped.
2. The following openings in the building envelope' must be
caulked, sealed, or weatherstripped:
a. Exterior joints around window and door frames, between,
wall soleplates and floors, and between exterior -wall,
siding panels;
b. Openings for plumbing, electricity and gas-, lines in
walls, ceilings and floars;
C. Openings in the attic floor (such as where ceiling panels
meet interior and exterior walls and masonry fireplaces);
and
d. All other such openings in the building envelope.
3. Builders may install manufactured doors and windows only when
they are certified and labeled indicating that they meet the
standards listed in Section 2-5352(d), Table 2-53V. ..Site -
built windows and doors are exempt from this requirement.
4. Exhaust fans and other exhaust systems must be equipped with
backdraft or automatic dampers.
.sonny and factory -built fireplaces must have the following:.
a. 'Tight -fitting, closeable metal or glass. doors covering the
entire opening of the firebox. 'This' requirement:: -may- be .,•
omitted if such doors would interfere with' devic:es`' such as:,
heat tubes permanently installed in *the•fireplace;,.-..which: are.
designed to increase the circulation of' -heat.. The;,fireplace;,'
must be designed so that the doors can be closed: {when: ..the . fire
is burning;
b. A combustion air intake to draw air from,•.the,i outs de�f•;of the'
building directly into the firebox, ,which.'.is ai,.least", 6 ,.square•
inches in area and is equipped with. readily accessible,'oper
able and tight -fitting damper; and
C. Tight fitting flue damper with a readily.'accessible.control.
tese requirements do not apply to fireplace inserts or free-standing.
>ntinuous burning pilot lights and the- use of indoor - air. for cooling.a
.rebox jacket, when that indoor air is.. vented to'' the:., outside -of the
iilding, are prohibited.. However, gas logs without pilot. -lights and
is log lighters are allowed. ,.
,POR BARRIERS 2-5352(e)
Climate Zones 1, 14 and 16, a continuous vapor.bairier,'lipped 'or
)int -sealed, must be installed on, the conditioned-space„side of.•aall
isulation in all exterior walls, on the floor of'. unvented :attics, and..
1 floors over unvented crawl spaces to protect insulation...from
)ndensation.
to standards define a vapor barrier as a material:with,oermeance.of.'one
!rm or less. Products such as a continuous polyethylene, sheet, wall.
)ard with foil backing, or paint or surface sealant: designed to act..
s a vapor barrier may meet this requirement. Check '•the product, for
)mpliance.
ITER HEATING SYSTEMS INSULATION 2-5352 (i)
:orage-type water, heaters and storage ' and backup, tanks for, solaic ..water
sating systems must be wrapped with -an insulation bianket.having an
-value of at least 12. This R-12 blanket must be'installed in addition
any insulation inside the outer tank jacket of manufactured water
!aters.
iis•.blanket requirement applies to storage tanks used primarily for
mestic water heating systems. -It does not apply to storag'e•tanks used
-imarily for space heating systems or to solar storage, tanks mounted
itcoors and directly exposed to weather.
.pin.3 in unconditioned space leading to and from water. heaters must be
isulated with at least R-3 insulation for the first 5 feet..:of pipe
.osest to the water heater, or whatever shorter length is in. .•uncondi
.or:ec space.
;s not necessary to penetrate a fire wall with the pipe insslatior.
ie Insulation may end at the fire wall and be continued on the* other
^a nrn—itiec9 the f i ret 5 feet of nininc aro ; ncil ataA
SPACE CONDITIONING EQUIPMENT SIZING 2 -5352(g) -
To ensure that properly -sized systems are installed in new.- residential'
buildings, the standards set the following sizing_ requirements, and'
specify acceptable load calculation procedures and indoor.:aad outdoor
design temperatures.
1. Natural gas and liquefied petroleum gas central furnaces in.
the building must be sized'to meet at least one of'the follow-'
ing requirements:
a. The total output heating capacity of furnaces in the
building must be less than 45,000 btuh/hr, or.
b. The furnace's output heating capacity must -be less than
1.3 times- the sum of the design heat loss for the heating:
zone being serviced by the furnace and 10--btuh/hr.per
square foot for conditioned floor area in the zone, or
C. Seasonal efficiency must be greater than lt.point 'above
67% for every 7,000 btuh/hr that the output heating capa
city exceeds either the building design, heat loss or
45,000 btuh/hr, whichever is greater. (Effective Decem-
ber 22, 1982 the seasonal efficiency requir:ements.were to.
increase to 71%. Lawsuits currently pending.)
2. Heating equipment and cooling equipment must be sized accord-
ing to the building heating and cooling loads, using a method
set forth by the Commission's Executive Director.:.
3. Indoor design dry bulb air temperatures must. ),.be 700 for,
heating and 78o F for cooling. Outdoor, design `:.'temperatures,
must be those listed in the 1% or 0.2% Winter.Dtr.Bulb column
for heating and the 2.�% or 0.5% Summer Dry Bulb -and Wet Bulb
columns for cooling, based on whether, the percentages are
percent -of -season or percent -of -year respectively, of the
following ASHRAE publications:
Recommended Outdoor Design Temperatures, Northern California, 1977
Recommended Outdoor Design Temperatures, Southern California, 1972
GAS COOKING APPLIANCES
2-5352(1)
Gas stoves installed in new residential buildings must be equipped with
intermittent ignition devices and must not have standing pilot lights
unless: ;
1. The stove is designed to burn only liquefied petroleum gas, or
2. The stove does not have an electrical line voltage supply
connection and has only one continuous burning pilot light
consuming less than 150 btu/hr.
LIGHTING
2-5352(m)
The standards require that general purpose lighting fixtures in kitchens
and bathrooms have an efficiency of at least 25 lumens per watt. (These
fixtures will usually be fluorescent.) If there is only one fixture in
a kitchen or bathroom, it is considered general lighting.
,Stas., and steam -condensate return piping i
.pipi.» in attics, garages, crawl spaces, or
betwr!c� floors or in interior walls must be
loss of not more than 50 btu/hr per linear
inel t,iing 2 inch nominal diameter and 100
lame: - sizes.
SETBACK THERMOSTATS
Ind recirculating- hot- water
unheated spaces other than
insulated to provide maximum
foot for piping up to and
btu/hr per linear foot for'
2-5352 (h)..
Thermostatically controlled heating or cooling systems, except electric
heat pumps, gravity furnaces in additions or room air conditioners, must
have an automatic setback thermostat which can be programmed by the
building occupant to set back at least twice in one day.
DUCTS
2-5352(f)
The standards require that ducts be constructed, installed and insulated
according to Chapter 10. of. the State Mechanical Code. This chapter is
the same as Chapter 10 of the 1976 Uniform Mechanical Code.
Insulation of Ducts
Sec. 1005. Every supply and return air duct and plenum of a hating or
cooling system shall be insulated with not less than the amount of insula-
tion set forth in Table No. 10-D except for ducts and plenums used ex.
clusively for evaporative cooling systems.
Only approved materials shall be installed within ducts and plenums for
insulating. sound deadening.or other purposes. All such materials shall
have a mold. humidity and erosion resistant face that has met the re.
quirements of U.M.C. Standard No. 10.1. Such materials shall have a
flame -spread rating of not grater than 23 and a smoke developed rating
of not greater than 30. Duct systems operating at velocities in excess of
2000 feet per minute shall be fastened with both adhesive and mechanical
fasteners, and all exposed edges shall have adequate treatment to with.
stand the operating velocity.
Insulations applied to the exterior 'surface of metal ducts located in
buildings shall have a (lame spread of not more than 25 and a smoke
development rating of not more than SO when tested as a composite
It
installation. including insulation. facing materials. tapes and adhesives as
normally applied.
EXCEMON: Insulation having a flame -spread rating of not over 50 and
a smoke development rating of not over 100 may be applied to the etttertor
surface of metal ducts installed only In dwellings or apartment houses where
the duct system serves not more than one dwelling unit.
TABLE NO. 10.0—INSULATION OF DUCTS
MITC: where JwI., are uta! Ism Wits IKaNrub ilial ..aitutn. Ilk* tanuraruttr in-
aulanrtu alirll Ise a. tagiuieJ Itri the tnti.i re�ri.tnc:iiiuJitwn
'In.ula itm mal he aniutcal am that purunn u1 a Jw'1 .shah I. knitctl raiihut a
wall tar a I1raat .eilinM %(We .herr hotwh .tele. LAI that, qw a ase c.pnaa) w
%wrathnwted au and where thu spwe a nix vernil4ted w wherwlae c%puaed
to utwouilur.triN au.
'Vadat harmer. %tall be ondulk-1 un :.wwlnMuk%l ate wgslt, Jwt% tat ttr,htrapltN,
area..heir• nK alatalte ail law JuN. Ausu.I anal 1ayNvustia-i uwair J.•wp..iut
ternparature cluxeda 60' h
'14eatrna besser Days:
zone I below .Stn U. D.
Zone 11 4401 ►u wuu D. D.
Zone III u.er 0001 D. D.
INSULATION TYP":
A. 1-4w•h wird lh. - ;u. 1t. aliiteral film Manley and tell. neck..L p %w Iola..
•tab 1.� to 31h..1v. 11. blas►a Jwt lint. 1OWL..lyt LAI Ilia..
•titch 3 las Id III.. va. 11. bard. mnncral fiber. rrta, slag tat
on equivalent to pruvuk as ulutai esJ C'trridrr►tawc s U.4It R . 2
S. 2 -inch 0.60lh.rcu.It. mineral fiber blanket
1 -inch IJ to 3lb..cu. ft. mineral blanket hlwl lincri
I •ityh 3 to 10lb. Iw. ft. mineral fiber btaard
tar equivalent to pruvWe as in.talled C'ueidtrrtanec a u._4 R_ . 4
C'. )-inch 0.6010.�iv. tt. mineral liber blanlel
1 7i.trwh 1.3 to I lb./%:u. h. mineral blanket ldua linen
I :•r•In.h I to 101b./,u. ft. mineral fiber hoard
tat equivalent to pruvide an installed C ondwtame ar 0. to R
V Vapur barner. with perm rating nut grcaier than 0.0A perm.. 411 lotm% %v.0.
w Apnru.ed .c3therprutil battler
INSULATION TYPIS
MECHANICALLY
HEATING INSULATION ryftS
DUCT LOCATION
COOLED
ZONE HEATING ONLY
I A and w
11 It and %k
(In i sal or un ectcnut
C. V • and w
rat hudJul¢ •
III ( 4uJ Vi
1 •\
II A
Al Ilya, li:rrattC% and :I as, I
A JIt.J V
adores
111 It
I A
11 A
In walls', within 11trur•
A and v•
calol0 sJsa:ca•
I
III B
Within thc:undimuncJ
Num: I(ruutrcu
Nunc i(cuuucd
1pa:e or In bawnwiii,
l einem1140 tar _11n"'
Nonc kvLjulrt•td
rva,rrr 1(.gttnctl
rruunal
MITC: where JwI., are uta! Ism Wits IKaNrub ilial ..aitutn. Ilk* tanuraruttr in-
aulanrtu alirll Ise a. tagiuieJ Itri the tnti.i re�ri.tnc:iiiuJitwn
'In.ula itm mal he aniutcal am that purunn u1 a Jw'1 .shah I. knitctl raiihut a
wall tar a I1raat .eilinM %(We .herr hotwh .tele. LAI that, qw a ase c.pnaa) w
%wrathnwted au and where thu spwe a nix vernil4ted w wherwlae c%puaed
to utwouilur.triN au.
'Vadat harmer. %tall be ondulk-1 un :.wwlnMuk%l ate wgslt, Jwt% tat ttr,htrapltN,
area..heir• nK alatalte ail law JuN. Ausu.I anal 1ayNvustia-i uwair J.•wp..iut
ternparature cluxeda 60' h
'14eatrna besser Days:
zone I below .Stn U. D.
Zone 11 4401 ►u wuu D. D.
Zone III u.er 0001 D. D.
INSULATION TYP":
A. 1-4w•h wird lh. - ;u. 1t. aliiteral film Manley and tell. neck..L p %w Iola..
•tab 1.� to 31h..1v. 11. blas►a Jwt lint. 1OWL..lyt LAI Ilia..
•titch 3 las Id III.. va. 11. bard. mnncral fiber. rrta, slag tat
on equivalent to pruvuk as ulutai esJ C'trridrr►tawc s U.4It R . 2
S. 2 -inch 0.60lh.rcu.It. mineral fiber blanket
1 -inch IJ to 3lb..cu. ft. mineral blanket hlwl lincri
I •ityh 3 to 10lb. Iw. ft. mineral fiber btaard
tar equivalent to pruvWe as in.talled C'ueidtrrtanec a u._4 R_ . 4
C'. )-inch 0.6010.�iv. tt. mineral liber blanlel
1 7i.trwh 1.3 to I lb./%:u. h. mineral blanket ldua linen
I :•r•In.h I to 101b./,u. ft. mineral fiber hoard
tat equivalent to pruvide an installed C ondwtame ar 0. to R
V Vapur barner. with perm rating nut grcaier than 0.0A perm.. 411 lotm% %v.0.
w Apnru.ed .c3therprutil battler
The temperature setting levers ma,_. -.e locked in
place by inserting two 4-40 x 1/4 inch (6.4 millimetres]
self -tapping screws (not included, see Accessories section)
in the holes shown in Fig. 10. The levers are locked in
place when the screw' heads are against the plastic base
of the thermostat.
LOW TEMP. )BLUE) /HIGH TEMP. IREO)
SET LEVER SET LEVER
SCREW HOLES FOR
...... LOCKING LEVER SCREWS
a5 55 65 7S
0
FIG. 12—TEMPERATURE SETTING.
CLOCK SETTING
Use the external clock set wheel on the bottom of the
thermostat to set the clock and program dial to the cor-
rect time. Turn the clock set wheel clockwise U to
set. Do NOT set counterclockwise ,,� more than one
hour. Restart clock if it stops. See page 8.
Honeywell
LO. TEM ERATVPE
LEVE.I.LUE)
u^NVTt P.OG qnM
NO INDIC Atom
N•ND LCOND ~ I µOVA
4 �KD
a5 55 851 �5 B5
Honeywell
PCO �� I '\TwERUOMETER
Sl1 ,I I. I wJ TO OPC N COVE. LENS i
WANVAL PPOGPAKI
+cV NCE BVI ION
FIG. 9—T8082A THERMOSTAT CONTROLS.
The 12 -hour program dial reads 6 -NOON -6 on a light
background for daytime hours, and 6-12.6 on a dark
background for nighttime hours. When the clock is set to
the correct time, the time indicator (Fig. 11) must point
to the corresponding day (light) or night (dark) portion
of the program dial.
PROGRAM SETTING
The program dial is a clock with 12 hour day -night
scales for adjustable. program pins. The -program pins
change thermostat control from one temperature lever
to the other temperature lever at set times. The pins may
be used in sets; such as, a blue low temperature or set-
back pin followed by a red high temperature pin. The
blue pin puts the blue temperature lever in control, the
red pin puts the red temperature lever ip control.
The pins can be located at half-hour intervals on the
program dial, but there must be at least one hour between
any 2 pins. The minimum setback or setup period is
one hour. The programmer has been set at the factory to
lower the. temperature at 10 P.M (blue pin), and to raise
the temperature at 6 AM (red pin).
The pins can be changed and additional setback periods
added with the 2 extra sets of pins in the clock cover. To
remove a pin, press against program dial and pull the pin
straight out. To replace, push the pin into the selected
notch until fully seated. Do not attempt to change a
pin if it is engaged with the program index.
When inserting the pins, use the 12 -hour clock scales
around the program dial. Times for pin placement are
the same as for clock setting, above. I
FOR EXAMPLE
A second setback period is desired starting at 8 AM
and ending at 4:30 PM. To start the setback, a blue pin
is inserted at the 8 on the light (day) part of the scale.
To end the setback, a red pin is inserted in a notch
between the 4 and 5 on the daytime scale.
A window on the front of the thermostat tells which
temperature lever is controlling the temperature. A blue
circle indicates a blue pin has put the blue lever in con-
trol. A red circle indicates the red pin has returned tem.
perature control to the red lever.
MANUAL PROGRAM ADVANCE BUTTON
This button allows manually starting a program, or
bypassing the next programmed temperature change by
pressing the button in completely. If the button is fully
depressed during temperature control by the blue lever,
temperature control will change to the red temperature
lever. Control -will remain with the red lever until the
next blue program pin changes the temperature control,
or the advance button is pressed again.
I"
DUOPAC °GAS/ELECTRIC UNIT
Model 585B/YACI?
Sizes 018050 THRU 060150
Sizes 024075, 030075, &
036075 with Optional
Condenser. Coil Grille
Guard Installed
Model 585B/YACR Gas/Electric Units are compact, low -
silhouette, fully self-contained, single -packaged combina-
tion heating/cooling units designed to provide the per-
formance and features for today's needs and for years to
come. All units are engineered to meet or exceed all cur-
rently known heating and cooling energy -efficiency stand-
ards. All units are equipped with the energy-saving RE -
LITE -type pilot that saves gas by operating only when the
room thermostat "calls for heating."
These units are furnished with natural gas controls. A
field -installed low-cost, propane conversion kit is availa-
ble for all units.
Model 5856/YACR units have two A.G.A.-certified heating
input ratings and are equipped with burner orifices that
maintain unit heating operation at the lower rating. Field -
installed burner orifices are available to provide a 20%
higher optional heating input rating.
These year-round air conditioners install easily on a
rooftop or at ground level on a slab. Designed in four basic
cabinets with side-by-side duct connections, the 585B/
YACR is available in ten nominal heating/cooling size
combinations as shipped, and several voltage options. Ten
additional nominal heating/cooling size combinations are
obtainable with the field -installed burner orifices.
FEATURES
FACTORY -ASSEMBLED PACKAGE is prewired, pre -
piped, and precharged for minimum field labor time and
expense—simply connect power, gas, and ductwork.
HIGH -STATIC, DIRECT -DRIVE BLOWER AND BALL-
BEARING, MULTISPEED, PSC BLOWER MOTOR on
sizes 036075 thru 060150 three-phase units, and high -cut -
put, direct -drive blower and multispeed motor on all
single-phase units, deliver heating and cooling airflows to
meet most light commercial or residential requirements.
TWO -SPEED, PSC CONDENSER FAN MOTOR on sizes
036075 thru 060150 three-phase units permits optional
cooling operation down to 40OF outdoor temperature W� :n
optional fan thermostat and compressor crankcase heatar
are field -installed.
RUGGED, EFFICIENT, HERMETIC COMPRESSORS are
sealed against contamination to help promote longer life
and dependable operation. All compressors have interr.;,l
high-pressure and overcurrent protection.
QUICK -START COMPONENTS on sizes 042100 thru
060150 single-phase units to provide quick -start of the
compressor during low -voltage conditions.
COMPUTER -DESIGNED EVAPORATOR AND CON-
DENSER COILS to provide maximum heat transfer and
cooling efficiency.
TOP- DISCHARGE. CONDENSER FANS provide efficient
operation—send both sound and hot condenser air up end
away.
WEATHERIZED CABINETS are constructed of heavy-
duty, phosphated, zinc -coated steel finished with corro-
sion -resistant, modified alkyd, fade -resistant, baked
Malibu Beige enamel. Interior surfaces of the evaporator/
blower section Are insulated.
ACCESSORIES
EASILY INSTALLED OPTIONS are available to meet the
particular requirements of a wide variety of applications.
See the "Optional Equipment" section of the Specifica-
tions Tables.
A FULL LINE OF ROOFTOP SYSTEM ACCESSORIEN is
available for field installation, including: plenums, curbs,
plenum economizers, horizontal -type economizers, con-
centric ducts, and diffuser boxes. See the "System Ac-
cessories" Product Data Sheet (latest edition of FDS
900.10) for details.
Day&Night
Air Conditioning
Indianapolis. Indiana
City of Industry. Cafilomre
POS 5938/YACR. 1 a 10
DIMENSIONAL DRAWING .
DIMENSIONS (inches), ,
(� fj ELECTNCAL OiSCONAECT .. ',•r't=�"
t hw BE MOUNTED ON
c o is— a. a TOP
rAGE
NLLT �
lO W I AN13
1 Ate.^•.. ,..:.
O 0001E• I i . t'1.. `i, , rry. ,,1v
«.ttr ��. _ .1 3 t
wON-v0.TAOC CM SS
i E F REAR VIEW Z t' LEFT -SIDE VIEW yGA T WLET FRONT E
REOUIRED CLEARANCES (Inches)
.,
Top of unit .......................... 38 Blower access panel side ........... 30
Duct and of unit ..................... 6 Side opposite blower access panel .. 24
End opposite ducts .................. 30 Bottom of unit....................... 0
SHIPPING WEIGHTS, OPERATING WEIGHTS, & WEIGHT DISTRIBUTION
s'
Size Shipping 0— n9 comer
Wt tib:) '
. Wt(lbs)
A
a
t s
OISM& OZ4050
44-17F =373 is
1
1-1
1 —r--irr
75
a 036075
44-5/8 40-3/8 19
10
1-3/8
13-1-4 8.7/8
86
jr 038125 21 CQ
8 048125
58.5/8 44-5/8 24
14
1-3/8
13-1/4 8-7/8
395
06012 X 050150
68-7/8 4475/8 2
10 1
4 1- 8
1 1/4 8- /
430
(� fj ELECTNCAL OiSCONAECT .. ',•r't=�"
t hw BE MOUNTED ON
c o is— a. a TOP
rAGE
NLLT �
lO W I AN13
1 Ate.^•.. ,..:.
O 0001E• I i . t'1.. `i, , rry. ,,1v
«.ttr ��. _ .1 3 t
wON-v0.TAOC CM SS
i E F REAR VIEW Z t' LEFT -SIDE VIEW yGA T WLET FRONT E
REOUIRED CLEARANCES (Inches)
.,
Top of unit .......................... 38 Blower access panel side ........... 30
Duct and of unit ..................... 6 Side opposite blower access panel .. 24
End opposite ducts .................. 30 Bottom of unit....................... 0
SHIPPING WEIGHTS, OPERATING WEIGHTS, & WEIGHT DISTRIBUTION
s'
Size Shipping 0— n9 comer
EM
. •��OR , •fit.•.:=•�• •` �'
C
TYPICAL INSTALLATIONS
NOTES: insulated (and proper
1. Wiring and ductwork shown flashed at opening in wall
are general guides only; they roof).
are not intended for a specific 4. Electric power disconnect
installation. field supplied.
2 All wiring must comply with 5. Base rails may be remov,
local and national codee. when unit is installed on ca„ -
3. All outdoor ductwork must be trete pad.
A
1 . m
A7e21e
A770a3
ATU+3.7
A?sW '
Wt tib:) '
. Wt(lbs)
A
a
t s
18050
25
300
77
75
3
75
024050
330
305
86
83
66
70
024075
425
395
115
110
83
87
030075
430
400
116
111
84
89
036075
440
405
117
112
85
91
036125
510
465
132
126
101
1
042100
520
475
136
129
1
107
048125
535
490
150
143
101
060125
600
550
7_42--13-6
132
140
060150
615
565
144
138
1 7
146
EM
. •��OR , •fit.•.:=•�• •` �'
C
TYPICAL INSTALLATIONS
NOTES: insulated (and proper
1. Wiring and ductwork shown flashed at opening in wall
are general guides only; they roof).
are not intended for a specific 4. Electric power disconnect
installation. field supplied.
2 All wiring must comply with 5. Base rails may be remov,
local and national codee. when unit is installed on ca„ -
3. All outdoor ductwork must be trete pad.
A
1 . m
A7e21e
A770a3
ATU+3.7
A?sW '
SPECIFICATIONS -MODEL 5858NACR-SIZES 018050 THRU 036125
MODEL
5838/ A R
SIZE
018030 1
024050
1 024075
030073 1
038075 1
038125
SERIES
A
A
A
A
A I
A
Unit Volts- Phase (60 Hertzi208-230-1
-230-1
208-230-1.
208-230-t
230-1
208-230-3 460-3
230-t 208230-3
OperatingVoltage Range
197-2537-253
197-253
197-253
207-253
197-253 414-506
207-253 197-253
Unit Ampacity or Wire izing
16.7
20.0
21.0
27.0
30.6
24.3 12.2
28 22.2
Minimum Wire Size (AWG)'
12
12
FI/5&
10
10
8
10 14
10 10
Total Unit Amps
14.2
17.2
17.6
22.6
25.6
21.6 10.4
23.8 19.2:
Compr Rated Load Amps & LRA
10& 653
3 68
13 & 68
18 & 85
20& 102
12& 77 7 & 38.5
17 & 88 11.-8&-1'5
Fan Motor. DD. PSC HP&Speeds) '
1/5311
1/431
1/481
1/481
1/3&2 1/382
1/381 1/3&2
Volts -Phase 60 Hertz
208/230-1
208/230-1
208/230-1
208/230-1
230-1
208/230-1 460-1
230-1 208/230-1
Full Load Amps
1.5
1.5
2.1
2.1
2.1
2.2 1 0.9
38 3.96
Blower Motor. 00.PSC. 1075 RPM HP
1/4
1/4
1/3
1/3
1/3
3/4 1/2
1/3 1
Volts -Phase 60 Hertz
208/230-1
208/230-1
208/230-1
208/230-1
230-1
208/230-1 460-1
230-1 1 208/230- t
Full Load Amps
2.7
27
2.5
2.5
35
7.4 1 2.5
32 135
Max Branch Circuit Fuse Size (Amos)
PERFORMANCE DATA
25 i
30
30
40
50
30 1 20
45 1 30
Rated Conlin apacity (Btuh)r
18.500
23,000
1
29.000
37,000
35,500
Total Power Consumption Watts);
2600
3200
4150
5300
4750
Heating Input as hipped Btuh
40.000
40.000
60,000
60,000
100,000
Htg Bonnet Cap. as Shipped Btuh
30.000
30.000
H45.000
45.000
45.000
75.000
Optional Heating Input tuh "
50,000
50,000
75400
75.000
125.000
Optional Bonnet Capacity tuh -
37,500
37,500
56.250
56.250
93.750
ARI Sound Rating Number' r
COMPRESSOR.
19
19
19
19 1
20
f
Compressor Type I
Hermetic
Hermetic
Hermetic
Hermetic
Hermetic
Hermetic
Compr Temp & Overcurrent Protection
Standard
Standard
Standard
Standard
Standard
Compr Internal Press. Relief Valve
Standard
tandard
Standard
Standard
tandard
Compr Quick -Start omponents
Optional
Optional
phonalOptional
jStaEndard
Not Applicable
phonal Not Appl
COMPROTEC"
Optional
phonal
phonal
phonal
Optional
R-22Refrigerant Amount
INDOOREVAPORATOR & BLOWER
3lbs-4 oz
31b3-3 oz
31bs-4 oz
31bs-2 oz
3lbs-12o7
5lbs-0 oz
Coil Face Area (Sq Ft
1.77
2.44
2.50
3.16
4.00
Height& Width In.
16x16
22x16
19x19
24x19
24x24
Rows 3Fins Per In.
3&14
3&14
3&13
3&14
3&14
Blower Wheel Dia x Width
10-5/8x6
10-5/8x6
10-5/8x6
110-5/8x8
d14
12x8
10-5/8x8 12x11
Bore In.
1/2
1/2
1/2
t/2
1/2
1/2 5/8
Nom Cooling Airflow Ft /Min /ESPt:
640/0.4
775/0.4
820/0.4
1
1280/0.4
1265/0.7
1275/0.4 t300/0.7
Htg Airflow Ft /Min) o, 60' T. R.•'•
465/580
465/580
695/870
6
695/870
1155/1445
Recommended Filter Size o In. -
225/280
225/280
335/420
335/420
335/420
555/695
Condensate Orain Connection
CONDENSER & OUTDOOR FAN GROUP
3/aFP
3/4 FP
3/aFP
3/a FPT
3/4 FPT
3/4 FPT
Coil Face Area Sa Ft
3.78
378
a.27
a.27
4.81
5.77
Height x Width In.
22x24.8
22x24.8
22x28
22x28
22x31.5.
26x32
Rows& Fins Per In.
2&20
2&20
2320
2320
3&20
3&20
Fan Diameter& Bore In.
17& 1/2
17& 1/2
20& 1/2
20& 1/2
20& 1/2
20& 1/2
STANDARD EGUIPMENT
High -Static. Direct -Drive Blower
Not Avail.
Not Avail.
Not Avail.
Not Avail.
I Optional
Standard
Optional I Standard
Two -Speed, PSC Fan Motor'
Optional
Optional
Optional
Optional
Optional
Standard
Optional I Standard
Atmospheric Vent & Sirdscreen
Standard
Standard
Standard
Standard
Standard
Standard
RELITE Gas -Saving Spark -I n Pilot
Standard
Standard
Standard
Standard
Standard
Standard
High -Temperature Limit Switch
Standard
Standard
Standard
Standard
Standard
tandard
Compressor Vibration Isolators
Standard
tandard
71andard
Standard
Standard
Standard
Refrigerant Gauge Ports
Standard
Standard
tandard
Standard
Standard
Standard
Burner Observation Sight Window
Standardtandard
Standard
Standard
Standard
Standard
Removable Base Rails
CONTROLS
Standard
tandard
tandartl
Standard
I
Standard I
Standard
GAS & GENERAL DATA
Gas Controls Available
Natural (Stannard) - Propane (Field -Installed Option)' "
Gas Connection
1/2 FPT
Gas Valve with Electronic Control
SOP 646A -X
Gas Shutoff
OPTIONAL EOUIPMENT 4P/N'S)
Combination Regulator/Shut-off Gas Valve
Optional Heating Input Burner Orifices
(Natural Gas)
2)55365-42
2)55365 42 (3)5 365-42 13)55365-42
13)55365-42
5)55365-41 y
40•F Low-AmbientKitr
301632-701
301632-701
301632-702 301632-702 301632-702
301632-708
301632-7-0-313-0-1632-708
0•F Low -Ambient Kit*
301667-704 301667-704 301667-704 301667-704
301667-704 t 301667-705
301677-704
Thermostatically Controlled
Crankcase Htr
301715-703 301715=703 301715-703 301715-703
301715-703 301715-702
301715-703
Compr Quick -Start Kit -Cap. Relay
301598-702 301598-702 301593-701
301593-701
301593-701
Not Applicable
301593-7011 Not Appl
-P Therm
P421-4006
P421-4006
2421-4006
P421-4006
P42t-4006
Not Applicable
P421-4006 Not Appl
High -Static Blower Kit
Not Avail.
Not Avail.
Not Avail.
Not Avail.
301626-701
Standard
301626 703 tandard
Filter -Drier
738420P 1
738420P1
7384201
1 738420P I73842DP
1
738410 1
Condenser Coil Grille Guard
301595-701
301595-7011301595-707
301595-707
301595-707
301595-704
COMPROTEC'
301598-701
301598 701
301600 707
301600 701
301600-701
301600-701
High -Capacity Filter Rack
301591-301
Low -Pressure Switch Kit
-
301619-702
High -Pressure Switch Kit
_
301 61 9-701
Propane Conversion Kit' "
301625-703
_
Room Thermostat & Subbase
Manual Changeover
344270030 (Subbase Included) or PS2758 with Subbase PS2759-34
Autochan eover
34427052 or PS3108A with Subbase P 3109E
(See page following Specifications Tables for applicable notes.)
RTU -33
SPECIFICATIONS -MODEL 58581YACR-SIZES 042100 8 048125 t,
Total Unit Amps
27.92
24.8 21.7
31.8
26.56 23,7
124
mor Rated Load d Locked Rotor Amps
21.0 d 94
1-5.0&79 —13.0&67
25.0 & 106
17.0 & 87 15.0 & 70
&0& 35
--i
and FanMotor.D57MC (HP 17 Speeds)'
1/3&1
1/2&2 1!282
1/331
1/ 82 --17F& 2
7Y=&
Volts—Phase r6O —Hertz)
230-1208-1
230-1
230-1
Full Load Amps
3
4.0 3.6
3.6
3.96 161.
Slower Motor, 00. PSC. 107
1/3
1 1
1/3
1 1
1
Volts— ase 60Hertz
-2-36--1
—1 230-1
230-1
208-1 —t
—1
Full Load Amps
3,32
5.6
3,2
1 5.6 5.1 1
ze
rcuit fuse ae mps
Max ranch A
PERFORMANCE
50
40 35
50
440
RatedDoling opacity BtunA
42000
47,000
Total Power Con3uption alts
5800
6700
Heating Input as Shipped tuh
1 OOLOOO
Heating Sonnet Capacity as Shipped uh
60.000
75.000
Optional Heating Input tuh ••
100.000125.000
Optional Bonnet Capacity tuh ••7&000
93,750
ARI Sound Rating Number? t
COMPRESSOR. REFRIGERANT. & CONTROLS
20
20
ompressor ,type
Hermetic
Hermetic
ompr Temp & Overcurrent Protection
Standard
Standard
ompr Internal Press. Relief Valve
Standard
Standard
mpr Quick- tart omponents
Standard
I Not Applicable
Standard
Not Applicable
MPOptional
Optional
22 RefrigerantAmount
EVAPORATOR.••SLOWER
lb3-9oz
Ibs•13oz
oi Face Area F0
4.0
4.0
Height x Width In. /Rows & Fins Per In.
24x24/3& 12
24x24/3& 14
lower Wheel Dia x Width x Bore In.
10-5/8x 1/2 I 12x11x5/8
10-5/6x10-5/8x1/2 12x11x 8
Nom ooling Ai low Ft /Min / t;
1455/Q4
1500/0.7
1575/0.4
1650/0.7
HtgAirflow (FO/Min) WF TempRise—
925/1155
1155/1445
Recommended Filter ize In. •••
445/555
555/695
Condensate Orain Connection
CONDENSER & OUTDOOR
4 FP
3/4 FPT
Coil Face Area q tj
5.33
5.77
Height x Width In. / ows & Fins Per In.
24x32/3 & 19'
26X32/3 & 20
FanDiameter & gore In.
206 1/2
1
20& 1/2
STANDARD EQUIPMENT
H;gn-Stats c. Oirect- rive Blower
Ootsonal
tandard
ptsona
tandard
Two-Speed. ondenser Fan Motors
Optional
Standard
Optional
Standard
Atmospheric Vent & Sird3creen
Standard
tandard
LITE Ga3-Saving park-Ignition Pilot
Standard
Standard
Hign• emperature Limit Switch
Standard
Standard
Compressor Vibration Isolators
Standard
Standard
e rigerant Gauge Ports
Standard
Standard
urner bservation Sight Window
Standard
Standard
Removable Base Pails
GAS CONTROLS & GENERAL DATA
tandard
Standard
as ontrols Available
Natural (Standard)—Propane Field-Installed Option)r 1 r
Gas Connection
1/2
Gas Valve with Electronic Control
BOP 646A-
as Shutoff
OPTIONAL EQUIPMENT (P/N'S)
Combination
Regulator/Shut-off
as Valve
ptiona( Heating Input Burner Orifices
(Natural Gas)
4)55365-41
15)55365-41
40' ow-Ambient Kitt
Wil 025- RZ
I i5l632- 708
301632-7
301632-7
0'F Low-Ambient Kitt
301667-7
1667-704
301667-705
ermostatically Controlled Crankcase Htr
301715-703
301715-765-301715.702
Compressor Quick-Start Kit—Cap. Relay
Standard
I Not ApplicableStandard-'---r_Not
Applicable
harm
Not Applicable
Not Applicable
High-Static Blower Kit
301626-703
Standard
301626-703
Siandard
ilter- ner
738410P1
Condenseroil rile Guard
301595-704
M
301600-701
High-Capacity Filter Rack
1591- 1
Low-Pressure Switch Kit
01819-702
High-Pressure Switch it
301619-701
Propane Conversion Kitt It
W1625-703
Room Thermostat & Subbase
Manual Changeover
34427DO30 (Subbase included) or PS2758 with Subbase PS2759-34
Autochan eover
34427052 or P 3108A with Subbase P 2109
(NOTE: See page following Specifications Tables for applicable notes.)
SPECIFICATIONS -MODEL 585B/YACR-SIZES 060125 & 060150
MODEL
W58/YACR
SIZE
050123
080130
SERIES
A
A
ELECTRICAL
-unfit Volts— ase 60 Hertz)
230-1
208-3 1 230-3
1 460-3
230-1
208-3 230-3�
Operating oltage Range
207-253
187-229 207-253
414-508
207-253
187-229 207-253
Unit Ampacity for wire Sizing
50
35 32
17
50
35 32
Minimum Wire Size (AWG)'
8
8 8
12
6
8 8
Total Unit Amps
41.5
29.8 27.0
14.2
41.5
29.8 27.0
Compr Rated Lead & s=ocked RotncAmps
.32.0 & 135
21.0& 113 19.6 398
-Tao —&49.
32.0 d 135
21-0& 113 19.0 & 98
Cond Fan Motor. DO. iCSpeeds
1/2&1
1/282 1/2&2
1/21!2
1/2&1
1/2&2 1/232
Volts—Phase 60 Hertz
230-1
208-1 230-1
460-1
230-1
208-1 __2_36— t
Full Load Amps
3.4
3.2 29
1.6
3.4
3.2 29
Slower Motor. 0 , 1075 PM HP
3/4
1 1
1
3/4
1 1
Volts—Phase 60 He
230-1
208-1 230-1
460-1
230-1
—1 230-1
Full Load Amps
81
5.6 5.1
26
6.1
5.6 5.1
Max Branch Circuit use Size Amps
PERFORMANCE DATA
80
50
25
80
5 50
Rated oolin apacity Btuh s
59.000
59.000
Total Power Consumption Watts
2100
8100
Heating Input as Shipped 8tuh
100,000
120.000
Heating Bonnet Capacity as gRipped uh)
75.000
90,000
ptional Heatin Input Btuh •
125,000
1.50,000
ptional nnet apacity 8tu'h "
936750
112,500
ARI und Rating Numbertt
COMPRESSOR,rCONTROLS
Compressor iyoe
21
Hermetic
21
"1
Hermetic
mor Temp & Overcurrent Protection
Standard
Standard
Comer Intemal Press. Relief Valve
Standard
Standard
Comer Quick -Start Components
Standard
Not Applicable
Standard
I Not Applicable
COMPROOptional
Optional
R-22 efri erentAmount
EVAPORATOR & INDOOR
61bs-4 oz
6lb3-4 oz
Coil Face Ares Ft
5.33
�_'
5.33
Hei ht x Width In. /Rows IF Per In.
24x32/3 & 14
_
24x32/3 & 14
Blower Wheel Dia x Width x Bore In.
10 -5/8x10 -5/8x1/2 12x11 x5/8
16-5/8x1a5/8x1/2 12x11x5/8 I
Nom Cooling Ai low Ft /Min E Plt
1950/0.4
1995/(17
1950/(14
1 1995/Q7
Htg Airflow Ft (Min) (w- 60'F Tamp Rise—
1155/1445
1390/1730
Recommended Filter Size In.)—
555/695
665/830
Condensate rainonnection
CONDENSER & OUTDOOR
3/4 FP
3/4 FPT
it ece Area t
6.86
6.86
MWidth In. /Rows & Fins er In.
26x38/3 & 20
26x38/3& 20
Fter & Bore In.
STANDARD EGUIPMENT
22& 1/2
22 & 1/2
.g - t_aTiZ rrect- rive Blower
Optional
Standard
Optional
Stantlartl
Two—Speed, PSC Condenser Fan Motorr
Optional
Standard
Optional
Standard
Atmospheric Vent a Birdscreen
Standard
Standard
RELITE Gaili-SavingSpark-Ignition Pilot
Standard
Standard
High -Temperature Limit Switch
Standard
Standard
Compressor Vibration Isolators
Standard
Standard
Refrigerant Gauge Paris
Standard
Standard
Burner Observation Sight Window
Standard
Standard
Removable Base Rails
GAS CONTROLS & GENERAL
Standard
Standard
as Controls Available
Natural Standard —Propane (Field -Installed Option
Gas Connection
1/2 P
Gas Valve with Electronic Control
130P 646A -
Gas Shutoff
�'OPTIONAL EQUIPMENT (P/N'S)
Combination Regulator/Shut-off Gas Valve
Optional Heating Input Burner Urifices
(Natural Gas)
5)55365-41
6 55365-41
40'F Low -Ambient Kitt
301832-704
11 301632-708
301632-704
1 301632-708
0'F Low -Ambient Kitt
301 7-704
1301667-705
301667-704
Thermostatically Controlled Crankcase Htr
301715.703
301715-702
301715-703
Compressor Quick -Start it—Cap. Relay
Standard
I Not Appllca le
Standard
I Not Applicable
=—PTZ Therm
Not Applicable
Not Applicable
-rd
High -Static Blower Kit
301626-703
Standard
301626-703
Filter -Drier
735410P1
Condenser Coil Grille Guard
301595-705
COMPROTECI
301600.701
High -Capacity Filter Rack
301591-302
Low -Pressure Switch Kit
301619-702
High -Pressure Switch Kit
301619-701
Propane Conversion Kitt?
301626-703
_
Room Thermostat a Subbase
Manual Changeover
344270030 (Subbase Included) or PS2758 with Subbase PS2759-34
Autochan eover
34427052 or PS3108A
with Subbase PS3109
(NOTE: See page following Specifications Tables for applicable notes.)
RTU -35
NOTES FOR SPECIFICATIONS TABLES
based on 60'C copper conductor at 85'F Mated in accordance with ARI Standard 210-75.
ant temperature and ampacity shown in "Optional ka.A.-certitied rating using field -installed
r than 60'C copper conductor is used, if burner orifices listed in the "Optional Equipment' sec-
)erature is above 86'F, or if voltage drop of tion of this table.
1 2% of unit rated voltage, determine wire ttRated in accordance with ARI Standard 270-75.
pacity shown and the National Electrical t#External static pressure and cooling airflow shown in
the table are with wet coil and without filter at the facto -
;hipped are approved for air conditioning ry motor speed setting.
,vn to 55'F. For operation down to 40'F, the ***Lower value shown (first number) is for units as
crankcase heater kit and the 40'F low- shipped, operating at the lower heating capacity. The
must be field -installed. The 40'F low- higher value is for units operating at the optional higher
x single-phase units contains both a fan heating capacity. Field -supplied air filter area shown is
Titch and a two -speed fan motor-, however, for standard -type filter, for high-capacity filters, area
-ee-phase units, which have a factory -in- may be reduced to 65% of applicable value shown.
)eed fan motor, contains only the fan ther- t t t Optional propane converstion kit contains required
n. For operation down to 0'F, the cam- orifices for both A.G.A.-certified low and high heating
:ccase heater kit and the 0'F low -ambient capacity ratings. Unneeded orifices are discarded.
eid-installed.
(W/Min) AT INDICATED EXTERNAL STATIC PRESSURE & VOLTAGE WITHOUT FILTER"
ppilcetlos
Motor Speed
Sottlr
0.1
23011
or
20811 48011
0.2
20811
1
23011
or
480'
0.3
20811
23011
or
480'
Estorosl Shtle Pressoro—laches we
1 0.4 0.5
23011 230'
a or
20811 46011 .20811 46011
0.6
23011
or
20811 46011
0.7 1
230'
or
20811 45011
0.8
23011
or
20811 45011
Heatin
-L
— 725
765
705 1
730
685
6951
650
645
620
—
—
—
—
—
—
Coolin
-L
715
745
695
715
670
670 1
640
615
590
—
—
—
Heatin
-L
— 1 725
765
705
730
685
695
650
645
620
580
—
—
—
—
—
Coolin
-H
900
930
865
885
825
840
775 1
780
720
710
—
—
Heatin
-M
955 1 1030
925
1000
890
960
855
810
875
—
820
—
—
—
—
Coolin
-L
8301 910
805
885
775
855
'920
740
820
700
780
—
730
—
—
—
Heatin
-M
— I —
925
1000
890
960
855
920
810
875
765
820
—
—
—
—
Coolin
-H
— I —
11651
12001
1100
11401
1045
1080
9751
1010
9051
930
—
—
Heatin
-L
— 1 1185
—
1150
—
1125
—
1085
—
1035
—
975
—
—
—
—
Coolin
-H
— 1495
—
1430
—
1360
—
1280
—
1205
—
1125
—
—
—
—
Heatin
-L
— —
1370
1410
1350
1390
1320
1360
1260
1300
1195
1230
11101
1145
1020
1050
Cooling
-0
— —
1360
1400
1335
1375
1285
1325
1220
1260
1145
1180
—
1080
—
—
Coolin
-H
—
—
—
—
—
1465
1510
1355
1395
1230
1265
1085
1120
Heatin
-H
— 1640
—
1605
—
1545
—
148
—
1425
—
1345
—
—
—
—
Coolin
-L
I — 1395
—
1355
—
1320
—
1275
—
1215
—
1125
—
—
—
Heating
-0
I — —
1580
1630
1545
1595
•1505
1550
1460
1505
1405
1450
1320
1360
1195
1230
Heatin
-M
— —
1930
1990
1860
1920
1795
1850
1715
1770
1620
1670
1515
1560
1375
1420
Coolin
-L
—
1435
1480
1370
1410
1260
1300
1115
1150
Heatin
-L
— 1415
—
137
—
1340
—
1295
—
1245
—
1175
—
—
—
—
Coolin
-H
— 1620
—
1575
—
1515
—
1455
—
1385
—
1300
—
—
—
—
Heatin
-L
— —
1600
1630
1565
1595
1520
1550
1475
1505
1420
1450
1335
1360
1205
1230
Cooling
-Lt
— —
1580
1610
1540
1570
1500
15301
1450
1480
1380
1410
1275
1300
—
—
Coolin
-M
— —
—
—
—
—
—
1685
1720
1590
1620
1470
1500
1315
1340
Heatin
-L
— 1460
—
1425
—
1390
—
1350
—
1305
—
—
—
—
—
—
Coolin
-H
— 1760
=71-70-0
—
1640
—
1575
—
1490
—
—
—
—
—
—
Heating
-Lt
— —
1600
1630
1565
1595
1520
1550
1475
1505
1420
1450
1335
1360
1205
1230
Heatin
-M
— —
1950
1990
1880
1920
1815
1850
17351
1770
1635
1670
1530
1560
1390
1420
Cooling
-Mt
— —
1920
1960
1850
1885
1775
1810
1685 j
1720
1590
1620
1470
1500
—
—
Cootin
-H
—
—
—
—
—
1940
1835 1
1870
1725
1760 1
1615
16501
1490
1520
Heatin
-L
— 1750
—
1715
—
1675
—
1630
—
1590
—
1520
—
—
—
—
Coolin
-H
— 2175
—
2110
—
2035
—
1950
—
1850
—
1735
—
—
—
—
Heatin
-L
— —
1665
1700
1610
1645
1560
1590
1490
1520
1400
1430
1315
1340
1215
1240
Cooling
-Mt
— —
2100
2145
2025
2065
1930
1970
1835
1870
1725
1760
—
—
—
—
I Conlin
•H
— —
2425
2475
2330
2380
2225
2270
2090
—2135
1955
1995
1820
1855
Heatin
-M
— 2050
—
1995
— -1940
—
1870
—
1795
—
1690
—
—
—
—
Coolin
-H
— 2175
—
2110
—
2035
—
1950
—
1850
—
1735
—
—
—
Heating
-0
— —
1665
1700
1610
1645
1560
1590
1490
1520
1400
1430
1315
1340
1215
1240
i Heatin
-M
— —
2155
2200
2075
2115
1990
2030
1895
1935
1795
1830
1680
1715
1570
1600
Cooling
-Mt
— —
2100
2145
2025 12065
1 1930
1970
1835
1870
1725
1760
—
— I
—
I11 —
Coolin
-H
— —
—
— 1
2425 1
2475
1 2330
2380
2225
2270
2090 I
2135
1995
1995
1820
1855
a applicable to size 036075 thru 060150 single-phase units with a field -installed, high -static blower, refer to the air delivery data for the
7nase unit.
filter pressure drop to obtain available static pressure for ducting.
are with dry coil. Cooling airflow values are with wet coil.
tings require a field wiring change. All other speed settings indicated are the factory setting.
ie table that are beyond the recommended operating range or that are not applicable.
RTU -36
5856/YACR DETAILED COOLING CAPACITIES
Evaporator
CONDENSER ENTERING AI
Air
85
95
105
115
Not Capacityl Totalapaeity
ota
apacity TotalCapacity
--Total
J
•F
MBtuh System
MBtuh
System
MBtuh System
IaBtuh
Syste t
;500
EWB
Total Sena LOS LWB KW
Total Sans LOS
LWB
KW
Total Sens LDB LWB KW
otal Sans LOB
LWB
KW
71
20.5
t 0.5
60.6 59.1 2.5
19.0 9.9 61.6
60.1
2.7
175
9.4
62.5 6. t 2.8
15.9 8.9 63.6
62. t
2.9
67
18.8
12.3
57.2 55.1 2.4
17.4 11.8 58.2
8.t
2.5
16.0
11.2
59.2 s;.1 2.6
14.4 10.6 60.3
58.2
2.7
63
t 7. t
14.0
54.0 51.2 2.2
15.8 13.5 55.0
52.3
2.3
t 4.4
12.9
56.1 53.3 2.4
•12.8 12.3 57.3
54.5
2.5
59
15.2
15.2
51.8 41.7 2.0
13.9 13.9 54.3
08.8
2.1
12.5
12.5
5F.8 49.9 2.2
10.9 10.9 59.8
51.2
2.3
t
21.2
11.J
1.
t
1
.a
t.
18.2
t
t .
.1
.4
.0
600
67
19.6
13.5
59.2
56.9
2.4
18.0
12.9
60.1
57.8
2.5
16.6
t 2.4
60.9
58.6
2.7
14.9
11.8
61.9
59.5
2.8
63
17.8
15.5
56.1
53.0
2.2
16.3
14.9
57.0
53.9
2.3
1 a9
14.3
57.9
54.8
2.5
13.3
13.3
59.5
55.8
2.6
59
15.8
15.8
55.6
49.4
2.0
14.4
14.4
57.8
50.4
2.1
12.9
12.9
60.0
51.3
1 2.2
11.3
f 11.3
62.6
52.4
2.4
1
21.
t .
64.1
2.3
11.
t
ti.
.5
t
1 .4
A3.0
700
67
20.1
t4.5
60.8
58.2
2.5
18.5
13.9
61.6
59.0
2.6
17.1
13.4
62:3
59.7
2.7
15.3
12.8
63.1
60.5
2.8
63
18.3
16.8
57.7
54.3
2.3
16.8
16.2
58.5
$5.1
2.4
15.3
15.3
59.8
55.9
2.5
13.6
13.6
62.0
56.7
2.6
59
16.2.
16.2
8.6
50.7
2.1
1 14.7
1
60.5
51.5 1
2.2
13.3
13.3
62.5
52.3
2.3
11.5
11.5
64.7
53.3
2.4
71
26.0
13.7
61.9
60.4
3.1
24.0
13.0
62.8
61.3
3.3
22.4
12.5
63.5
62.0
3.5
20.1
11.9
64.2
62.8
3.6
700
67
24.a
16.5
8.2
56.1
2.8
22.2
15.6
59.3
57.2
3.1
20.7
15.1
60.1
57.9
3.2
19.1
14.5
60.9
58.7
3.a
63
22.7
19.1
54.7
52.0
2.6
20.3
18.1
1
56.0
53.3
2.8
18.9
17.5
56.8
5a.0
3.0
17.2
16.9
57.6
54.9
3.1
59
20.8
20.8
52.5
48.0
2.3
18.1
18.1
56.0
49.6
2.6
16.7
16.7
57.9
50.4
2.7
15.1
15.1
60.0
51.3
2.8
t
.5
14.
63.3
t.
24.
t
2.0
.a
t
.t
21.
1
3.
800
67
24.9
t 7.5
59.7
57.4
2.9
22.8'
16.7
60.6
8.3
3.2
21.2
16.2
61.3
59.0
3.3
19.5
15.6
62.0
59.7
3.4
63
23.1
20.5
56.3
53.3
2.6
20.8
19.5
57.4
54.4
2.9
19.3
18.9
58.1
55.1
3.0
17.6
17.6
59.6
55.8
3.2
59
21.2
21.2
55.5
49.3
2.3
18.5
18.5
1 58.6
50.7
2.6
17.1
17.1
1 60.2
51.4
2.7
15.4
15.4
62.2
52.2
2.8
t
2 1.
4
1
14.
.0
4
14.
3.
t.
1=4
900
67
25.3 18.5
60.9
8.4
3.0
23.2
17.8
61.7 59.2
3.2
21.6
t 7.2 62.3
59.8
3.3
19.8
16.6
62.9
60.4
3.5
63
23.5 21.8
57.6
54.3
2.7
I
21.2
20.9
8.5 55.3
3.0
19.6
19.6 59.8
55.9
3.1
17.9
17.9
61.5
8.6
3.2
59
1 21.5 1 21.5
57.8
50.4
2.4
18.8
18.8
60.6 51.6
2.7
17.4
17.4 62.1
52.2
2.8
15.7
15.7
63.9
52.9
2.9
71
26.0 13.7
61.8
60.2
3.2
24.8
t 3.2
62.6 60.9
3.3
23.3
12.6 63.3
51.7
3.4
21.5
12.0
64.1
62.4
3.6
700
67
24.4 16.3
8.4
56.1
2.9
22.9
15.7
59.2 8.9
3.1
21.4
15.1 60.0
57.6
3.2
19.7
14.5
60.8
8.4
3.3
63
22.3 18.7
55.2
52.1
2.7
20.8
18. t
8.0 53.0
2.8
19.4
17.5 56.8
53.7
2.9
17.7
16.9
57.7
54.6
3.1
59
20.0 20.0
53.5
48.5
2.4
18.5
18.5
55.5 49.4
2.5
17.1
17.1 57.4
50.2
2.7
15.5
15.5
59.5
51.1
2.8
t
27.1
14.5
6 2
61.5
3.2
25.5
t
.1
.4
2 .
1 .4
.7
t
.2
.6
800
67
25.1
17.4
59.9
57.3
3.0
23.5
16.8
60.6
8.0
3.1
21.9
16.2
61.3
8.7
3.3
20.2
15.6
62.0
9.d
3.4
63
22.9
20.1
56.8
53.4
2.8
21.4
1
19.5
57.5
54.1
2.9
19.9
18.9
8.2
54.8
3.0
18.2
16.2
59.0
55.6
3.1
59
20.5
20.5
56.2
49.7
2.5
19.0
19.0
8.0
50.5
2.6
17.5
17.5
59.8
51.2
2.7
15.8
15.8
61.7
52.0
1 2.8
1
2 .
t .
a 62.4
1a.
3.4
24.
14.1
3.
2.4
1
13.7
900
67
256
61 1
5.
63
23.4
19.8
0.8
19.4
17.8
52.7
•
59
.-
21.0
28.0
8.a 50.6
2.5
60.16 55.3
2.6
7.8
69.7
52.0
2.8
'6.5
16.5
63.9
2.9
71
32.3
17 .2 62.3 60.8
4.3
30.7
16.7
62.8 61.4
4.a
29. t
16.1 63.4
61.9
4.5
27.4
15.6
64.0 62.5
4.7
900
67
30.0
4 58.8 56.6
3.9
28.5
20.1
59.3 57.2
a. t
27.0
19.5 59.9
57.8
4.2
25.3
18.9
60.6 8.4
4.3
63
27.6
120.7
23.9 155.4 52.6
3.6
26.1
23.3
56.0 53.3
3.7
24.6
22.7 56.6
53.9
3.8
23.0
22.1
57.3 54.5
4.0
59
24.8
2a.8 54.4 48.9
3.2
23.3
23.3
56.0 49.6
3.3
21.9
21.9 57.5
50.2
3.4
20.4
20.4
59.0 50.9
3.6
1
32.8
18.0 63.3
61.8
a.
t.
17.5
63.8
62.34.5
29.6
16.
2.
4.
t
4.
1000
67
30.5
21.8 59.9
57.6
4.0
29.0
21.2
60.4
8.1
4.1
27.4
20.6
60.9
8.7
4.3
25.7
20.0
61.5
59.2
a.a
63
28.1
25.3 56.5
53.6
3.7
26.5
24.7
57.1
54.2
3.8
25.0
24.1
57.7
54.7
3.9
23.4
23.4
58.3
55.3
4.0
59
25.3
125.3 56.6
49.9
3.3
23.7
23.7
58.1
50.5
3.4
22.3
22.3
59.4
51.0
3.5
20.7
20.T
60.6
51.7
3.6
1100 I
158.4
163
28.5 26.7
0.6
I
22.6
I
162.3
9
25.6 125.6 3.3
24.0
24.0
59.8 51.2
3.a
22.6 68.0 55.7 3.5
21.0
23.0 52.3
3.6
71
40.6 20.7 ; 60.8 59.3 5.4
38.6
20.0
61.5 59.9
5.5
36.7
19.3
62.1 60.5 5.7 34.6
18.6 62.8 61.2
5.9
1000 67
37.7 24.5 157.3 55.1 5.0
35.9
123.8
58.0 55.7
5.1
34.0
23.1
58.6 56.4 5.3 32.0
22.3 59.3 57.1
5.5
63
34.6 28.0 54.0 5t.1 4.5
(
32.9
27.3
54.7 51.8
4.7
31.2
26.6
55.4 52.4 4.8 29.2
25.8 56.1 53.2
5.0
1 59
31.3 31.3 151.0 47.4 4.1
29.6
29.6
52.6 48.1
4.2
1 27,9
27.9
54.1 48.8 4.3 26.0
26.0 55.9 49.6
4.5
1200 I 67
5.6
63
35.8
30.8 l 56.3
53.0
4.7
33.9
30.0
56.8
53.5
4.8
32.1
29.3
57.4
54.8
5.0
30.11
28.5
8.0
54.7
5.2
59
32.3
132.3 155.1
49.2
1 4.2
30.5
30.5
56.4
49.8
4.3
28.8
28.8
57.8
50.4
4.5
26.7
26.7
59.4
51.0
4.6
1
42.9
23.6 }.64.0
2.
5.
40.
2.
4.
2.
2.2
65.3
63A
6.0
36.4.
1.
6.2
1400 ' 67
39.9
128.5 1 61.1
8.3
5.3
37.9
27.8
61.6
8.8
5.4
35.9
27.1
62.1
59.3
5.6
33.7
26.3
62.6
59.8
5.7
63
36.61
33.31 58.0
54.3
4.8
34.7
32.5
58.5
54.8
5.0
32.9
31.8
59.0
55.3
5.1
30.8
30.8
59.7
55.8
5.3
59
33.0
33.0 58.2
50.5
4.3
1 31.2
1 31.2
59.4
151.0
4.4
1 29.4
29.4
60.6
51.5
1 4.6
27.3
27.3
61.9
52.1
4.7
NOTES:
1. Total and sensible capacities are net capacities. Blower motor
heat has been subtracted.
2. Sensible heat capacities are based on 80'F entering air at the
evaporator.
(a) below 807 OB subtract: 850 Stuh per 1000 ft3/min per *F
(b) above 80'F OB add: 850 Btuh per 1000 ft3/min per 'F
3. Total system KW includes compressor KW. condenser tan mo-
tor KW, and evaporator blower motor KW.
FTU -37
5658/YACR DETAILED COOLING CAPACITIES
Evaporator
CONDENSER ENTER
TEMPERATURE
Air
85 1
95 1
105 1
113
Netcapacityl i Total
apse
of
apac ty
of
apse tpTotir
ft3/
°F
MStuh System
MBtuA
System
MStun
System
MBtuh
Syatstn
min
EWB
Total Sons LD LLWB KW
otal Sons LOB
LWB KW
LDS
LWB
KW
LOB
LWB
KW
Tota,
Sons
Total
Sons
71
38.9 20.3 61.2 59.8 4.8
36.7 19.5 6t.
60.5 4.9
34.5
18.8
62.6
61.3
5.1
32.2
18.0
63.4
62,0
5.2
1000
67
6.0 2a.t 57.7 55.7 a.a
34.0 23.3 58.4
56.4 a.6
31.9
22.5
59.2
5T.2
4.7
29.6
21.7
59.9
57.9
4.9
63
33.0 27.7 54.4 S t .7 a.0
1
31.0 26.9 55.1
52.5 4.2
29.0
26.1
55.9
53.3
4.3
26.8
25.2
56.7
54.1
4.5
59
29.5 29.5 52.7 48.1 3.6
27.6 27.8 54.4
48.9 3.7
25.6
25.6
56.3
49.7
3.9
23.4
23.4
58.3
50.6
4.0
1
40.1
21.
.1
61.6
4.9
37.8
211
1
1
4
1200
67
37.2
26.4
59.6
57.4
4.6
35.0
25.6
60.2
58.1
4.7
32.8
24.8;62.2
58.7
4.8
30.5
24.0
61.5
59.3
5.0
63
34.0
30.7
56.3
53.5
4.2
32.0
29.8
57.0
54.1
4.3
29.9
29.0
54.8
4.4
27.6
27.6
58.7
55.5
4,8
59
30.5
30.5
56.5
49.8
3.7
28.5
28.5
56.0
50.5
3.9
26.4
26.4
51.1
4.0
24.1
24.1
61.4
51.9
4, t
1
41.1
.o
.4
A
1.
7.1
.1
.4
515
1400
67
38.2
28.5
61.1 58.7
4.7
35.9
27.7
61.7
59.3
4.8
33.6
26.9
59.8
4.9
31.2
26.1
82.8
60.4
5.1
63
34.9
33.4
57.9 54.8
4.3
32.6
32.6
SB.S
55.3
4.4
30.6
30.6
55.9
4.5
28.2
28.2
61.3
56.5
4.7
59
31.2
31.2
59.4 51.0
3.8
29.1 1
29.1
60.7
St.6
3.9
27.0
27.0
62.2
52.2
4.1
24.6
24.6
63.7
52.8
4.2
71
46.1 i
23.4
61.9
60.0
5.8
43.3
22.5
52.7
60.7
6.0
40.6
21.5 163.4
65,5
6.2 37.8
20.6
64.1
62.2
6.4
1200 I
67
42.8
27.7
58.6
55.8
5.3
40.2
26.7
59.4
56.6
5.5
37.6
25.8
60.1
57.3
5.8 34.9
24.6
60,9
58.1
6.0
63
39.3
31.8
SS.a
51.8
4.9
36.8
30.8
56.3
52,6
5.1
34.3
29.8
57.0
53.4
5.3 31.7
28.7
57.8
54.2
5.5
1
59
35.5
35.5
52.6
48.1
4.4
33.0
33.0
54.5
48,9
4.6
30.6
30.6
56.4
49.8
4.7 28.1
26.1
56.3
50.6
4.9
t
a .4
4.8
.6
61.5.9
44.
1400
67
44.0
29.7
60.4
57.3
5.5
41.3
28.7
61.0
56.0
5.7
38.6
27.7
81.7
58.6
5.9
35.8
26.7
62.3
59.3
6.1
63
40.5
34.3
57.3
53.3
5,0
37.8
33.3
58.0
54.0
5.2
35.2
32.2
58.7
54.7
5.4
32.5
31.2
59.4
55.4
5,6
59 1
36.5
36.5
55.8
49.5
4.5
33.9
33.9
57.6
50.3
4.7
1 31.4
31.4
59.2
51.0
4.9
28.8
28.8
61.0
51.7
5.0
1
48.4
.1
4 .4
63.1
6.3
4
4.
,
1600
67
45.0 31.6
61.7
58.4
5.6
42.2 30.5 62.3
59.0
5.8
39,4
29.5
62.9
59.6
6.0
36.5
28.5
63.5
60.2
6.2
63
41.4 36.7
58.8
54.4
5.1
38.6 35.6 59.4
55.0
5.3
36.0
34.6
60.0
55.7
5.5
33.2
33.2
60.8
56.3
5.7
59
•
37.3 37.3
58.4
50.6
4.6
34.6 34.6 60.0
51.3
4.8
32.0
32.0
61,5
51.9
4.9
29.3
29.3
63.0
52.6
5.1
71
52.6 27.3
61.9
60.3
6.8
49.5
26.3
62.6
61.0
7.1
46.6
25.3
63,3
61.6
7.3
43.5
24.2 64.0
62.3
7.6
1400
I 67
48.8 32.5
58.5
56.1
6,3
46,0
31.4
59.2
56.8
6.5
43.2
30.4
59.9
57.5
6,8
40.2
29.3 60.8
58.2
7.1
jI 63
44.9 37.5
55.2
52.1
5.7
42.2
6.3
56.0
52.8
6.0
39.5
35.2
1
56.7
53.6
6.2
36.6
34.1 57.4
54.3
6.5
59
40.6 40.6
53.1
48.3
5.2
38.0
6.0
54.9
49.1
5.4
35.3
6.3
56.6
49.9
5.6
32.5
32.5 58.5
50.7
5.8
1
53.8
25.8
63.3
61.5.172
a
44.
1600
I 67
50.0
34.6
60.0
57.4
6.4
47.0
33.5
60.6
58.0
6.7
44.1
32,4
61.3
58.6
7.0
41.1
31.3
61.9
59.3
7.2
63
45.9
40.1
56.8
53.4
5.9
43.1
39.0
57.5
54.0
6.1
40.3
37.8
58.1
54.7
6.4
37.4
6.7
58.8
55.3
6.6
59
41.5
41.5
56.0
49.6
5.3
38.8
6.8
57.5
50.3
5.5
6.0
6.0
59.1
50.9
5.7
33.2
33.2
60.8
51.6
5.9
7.9
1800
.67
50.9
6.5
61.2
58.4
6.6
47.9
35.4
61.8
59.0
6.8
44.9
34,3
62,3
59.5
7.1
41.8
33.2
62.9
60.1
7.3
633
I
6.0
62.7
9
42.J
42.3
58.3
50.6
5.0
39.5
39.5
9.7
55.2
5.6
36.6
6.6
69.2
55.8
5.8
33,0
562.4
6.0
71
66.5
34.8
62.1
160.5
8.1
61.9
33.2
62.9,
61.3
8.a
56,8
31.5
63.8
62.2
8.8
51.6
29,8
64.7
63.19.2
1800
I 67
61.5
4t.a
58.7
56.4
7.5
57.0
39.7
59.6
57.2
7.9
52.1
37.9
60.5
58.2
8.2
46.9
6.0
61.5
59.1
8.7
63
56.1
a7.i
55.51
52.4
6.9
51.8
45.9
56.4
53.3
7.2
46.9
43.9
57.4
54.4
7.6
41.6
41.6
58.6
55.4
8.0
59
50.2
50.2
54.2
48.8
6.2
45.9
45.9
56.4
49.8
6.5
40.9
40.9
59.0
50.9
6.9
35.4
35.4
61.8
52.1
7.3
t
6
1.4
.0
1.
.
2000
67
62.6
43.5
59.9
57.3
7.7
58.1
41.8
60.6
58.1
8.0
53.0
40.0
61.5
59.0
8.4
47.7
6.1
62.4
59.9
8.8
63
57.2
50.3
56.7
53.4
7.0
52.7
48:6
57.5
54.2
7.3
47.7
46.6
58.4
55.2
7.7
42.4
42.4
60.4
56.1
8.1
59
51.1
51.1
56.3
49.7
6.3
46.7
46.7
58.4
50.6
6.6
41.6
41.6
60.8
51.6
7.0
6.0
6.0
63.3
52.7
7.3
1
1
.4
36.1
a65.5
6 .
t.a
a
2200
67
63.7
45.5
60.8
58.2
7.8
59.0
43.8
61.6
58.9
8.1
53.9
42.0
62.3
59.7
8.5
48.5
40.1
63,1
60.5
8.8
63'
58:1
52.9
57.7
54.2
Ti
53.6
51.1
58.5
55.0
7.4
48.5
48.5
59.6
55.8
7.8
43.0
43.0
61,9
56.7
8.2
9
51.9
51.9
58.2
50.5
6.4
47.4
47.4
60.1
51.3
6.7
42.2
42.2
62.2
52.2
7.0
16.5
6.5
64.6
53.2
7.4
NOTES: (a) below
SOT DO
subtract: 900 Btuh Der 1000 ft3lmin Der T.
1. Total and sensible capacities are net capacities. Blower motor (b) above SOT add: 900 Btuh per 1000 ft3lmin per T.
heat has been subtracted. 3 Total system KW includes compressor KW, condenser tan mo-
t Sensible heat capacities shown are based on 80'F entering air for KW, and evaporator blower motor KW.
at the evaporator.
Day&Night SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE
Air Conditioning UNIT MUST BE INSTALLED IN ACCORDANCE
WITH INSTALLATION INSTRUCTIONS
SOP Como"
Indian80dis. IN
City of Irbus-ry. CA
RTU -38 FORM NO. POS SB58lYACR.18.10 PRINTED IN U.S.A. 11-78
5858/YACR DETAILED COOLING CAPACITIES
Evaporator
p ENTERING AM TEMPEPATUAR 'F
Air
BS 1
95 1
105
'115
apse
61
ota
apao ata
apsety ota
apse h
otel
K3/
System
MStuh System
M81uh SWern
Metuh
System
min
ewe
Total San• LDS LWS
KW
Total Sans LDB LW8 KW
Total Sans LOB LW8 KW
LDB
LW8
KW
Total Sans
71
20.5
t 0.5 60.6 59. t
2.5
19.0 9.9
61.6 60.1 2.7
t 7.5
9.4 62.5 61.1 2.8
15.9 8.9
63.6
62.1
2.9
500
67
18.8
12.3 57.2 55.1
2.4
17.4 t 1.8
58.2 56.1 2.5
16.0
11.2 59.2 57.1 2.6
14,4 10.6
60.3
58.2
2.7
63
17.1
ta.0 54.0 51.2
2.2
15.8 13.5
55.0 52.3 2.3
14.4
12.9 56.1 53.3 2.4
.12.8 12.3
57.3
54.5
2.5
59
15.2
15.2 51.8 47.7
2.0
13.9 13.9
54.3 48.8 2.1
12.5
12.5 5R.8 49.9 2.2
10.9 10.9
59.8
'51.2
2.3
1
21.2
11.3
62.6
1,0
2,6
t .6
t0.7
63,4
1,
t .2
1 .
.2
2.
1 .
.1
.4
• .0
600
67
19.6
13.5
59.2
56.9
2.42
1 8.0
12.9
60.1
57.8
2.5
16.6
12.4
60.9
58.6
2.7
14.9
11.8
61.9
59.5
2.8
63
17.8
15.5
56.1
53.0
2.2
16.3
14.9
57.0 1
53.9
2.3
1419
14.3
57.9
54.8
2.5
13.3
13.3
59.5
55.8
2.6
59
1 15.8
15.8
55.6
49.4
2.0 1
14.4
14.4
57.8
50.4
2.1
12.9
12.9
60.0
51.3
2.2
11.3
11.3
62.6
52.4
2.4
1
21. 1 64.1
62.3
it.
t .
11.
t6.9t
.4
4
3.0
700
67
20.1 14.5 60.8
58.2
2.5
18.5
13.9
61.B
59.0
2.6
17.1
13.4
62:3
59.7
2.7
15.3
12.8
83.1
60.5
2.8
63
18.3 16.8 57.7
54.3
2.3
16.8
16.2
58.5
55.1
2.4
15.3
15.3
59.8
55.9
2.5
13.6
13.6
62.0
56.7
2.6
59
t 6.2 . 16.2 58.6
50.7
2.1
14.7
14.7
60.5
51.5
2.2
t 3.3
13.3
62.5
52.3
2.3
11.5
11.5
64.7
53.3
2.4
71
26.0 13.7 61.9
60.4
3.1
24.0
13.0
62.8
6 t .3
3.3
22. a
12.5
63.5
62.0
3.5
20.7
11.9 64.2
62.8
3.6
700
67
24.4 16.5
56. t
2.8
22.2
t 5.6
59.3
57.2
3.1
20.7
15.1
60.1
57.9
3.2
19.1
14.5 60.9
58.7
3.4
63
158.2
22.7 19.1 54.7
52.0
2.6
20.3
18.1
56.0
53.3
2.8
18.9
17.5
56.8
54.0
3.0
17.2
16.9 57.6
54.9
3.1
59
20.8 20.8 52.5
48.0
2.3
1 18.1
18.1
56.0
49.6
2.6
16.7
16.7
57.9
50.4
2.7
1 15.1
15.1 60.0
51.3
2.8
1
2 .5
ta.
6 .3
61.7
3.2
24.
1
2.4
.4
2.
13.3
.7
63.1
21.2
1
3.7
800
67
242.9
17.5
59.7
57.4
2.9
22.8
16.7
60.6
58.3
3.2
21.2
16.2
61.3
59.0
3.3
19.5
15.6
62.0
59.7
3.4
63
23.1
1
20.5
56.3
53.3
2.6
20.8
19.5
57.4
54.4
2.9
19.3
18.9
58.1
55.1
3.0
17.6
17.6
59.6
55.8
3.2
59
21.2
21.2
55.5
49.3
2.3
18.5
18.5
58.6
50.7
2.6
17.1
1 17.1
60.2
51,4
2.7
15.4
1 15.4
62.2
52.2
2.8
1
2 t.2
1a
7
.2
t
14.
0
65.
3.
1.
t.4
900
67
717.417.42
62.9
63
I
23.5 21.8
57.6
57.8
54.3
2.7
21.2
38.8
20.9
58.5
55.3
3.0
59.8 55.9
3. t
17.9
17.9
61.5
56.6
52.9
3.2
59
25.5 28.5
50.4
2.4
18.8
60.6
591.6
2.7
62.3 52.2
2.B
15.7
15.7
63.9
2.9
71
26.4
13.7
61.8
60.2
3.2
24.8
13.2
62.6
60.9
3.3
23.3
12.6
63.3 61.7
3.4
21.5
12.0
64.1
62.4
3.6
700
67
24.4
156.1
2.9
22.9
15.7
59.2
56.9
3.1
21.4
15.1
60.0 57.6
3.2
19.7
14.5
60.8
58.4
3.3
63
22.3
116.3
18.7
18.4
55.2
1 52.1
2.7
20.8
18.1
56.0
53.0
2.8
19.4
17.5
56.8 53.7
2.9
17.7
16.9
57.7
54.6
3.1
59
20.0
20.0
53.5
48.5
2.4
18.5
18.5
55.5
49.4
2.5
17.1
17.1
57.4 50.2
2.7
15.5
15.5
59.5
51.1
2.8
t
27.1
14,
6 .
61.
3.
1
.t
.a
3.
t .a
2.7
2.
t
.2
.6
800
67
25.1
11.4
59.9
57.3
3.0
23.5
16.8
60.6
8.0
3.1
21.9
16.2
61.3
8.7
3.3
20.2
15.6
62.0
59.4
3.4
63
22.9
20.1
8.8
53.4
2.8
21.4
19.5
57.5
54.1
2.9
19.9
18.9
8.2
54.8
3.0
18.2
18.2
59.0
55.6
3.1
59
20.5
20.5
56.2
49.7
2.5
1 19.0
19.0
8.0
50.5
2.6
17.5
17.5
59.8
51.2
2.7
15.8
15.8
61.7
52.0
2.8
t
2
t .2
A
6 .a
ta.
.a
4.
14.1 3.
2=4
t
.1 642
3.7
900
67
25.6
63
1.8
29.4
58.3
0.3
27.8
59
213.0
28.0
8.4
50.6
2.5
129.4
60.6
2.6
27.8 69.7 52.0
2.8
16.5
16.5
63.4 52.7
2.9
32.3
17.2
62.3
60.8
4.3
30.7
16.1
16,1
62.8
61.4
4,4
29.1
16.1 63.4 61.9
4
27.4
15.6 64.0 62.5
4.7
900
(71
67
30.0
20.7
58.8
56.6
3.9
28.5
59.3
57.2
4.1
27.0
19.5 59.9 57.8
4,2
25.3
18.9 60.6 8.4
4.3
63
27.6
23.9
55.4
52.6
3.6
26.1
23.3
56.0
53.3
3.7
24.6
22.7 8.6 53.9
3.8
23.0
22.1 57.3 54.5
4.0
I 59
24.8
24.11
14,4
48.9
3.2
23.3
23.3
56.0
49.6
3.3
21.9
21.9 57.5 50.2
3.42
20.4
20.4 59.0 50.9
3.6
71
32.
118.0
.3
61.8
4.
1.
17.5
63.8
62.34.5
29.6
16.9
64.3
62.8
4.6
27.8
16.3
64.63.
d.
1000
` 67
30.5
59.9
57.6
4.0
29.0
21.2
60.4
8.1
4.1
27.4
20.6
60.9
58.7
4.3
25.7
20.0
61.5
59:2
4.4
63
28.1
121.8
25.3
56.5
53.6
3.7
26.5
24.7
57.1
54.2
3.8
25.0
24.1
57.7
54.7
3.9
23.4
23.4
56.3
55.3
4.0
I 59
1 25.3
125.3
56.6
49.9
1 3.3
23.7
23.7
58.1
50.5
3.42
1 22.3
22.3
59.4
51.0
3.5
20.7
20.7
60.8
51.7
3.6
t
33.3
18.8 64.2 62.
4.4
3t. t .2
64. 6 .0
a.
17. 65.1 6 .5 I 42.7
28.2
17.1 .6
a.
1100
16
63
28.5
26.7
5B 50.6
155.7 I
59
• ..
25.6
25.6 a
1 3.3
24.0 24.0
59.8 51.2
I 3.4
22.6
22.6 681.0 3.5
213.0
23.0 162.3 52.3
3.6
71
40.6
20.7 i 60.8 59.3
5.4
38.6 20.0
61.5
59.9
5.5
36.7 19.3 62.1 60.5 5.7
34.6 18.6 62.8 61,2
5,9
1000
67
37.7
24.5 157.3 155. t
5.0
35.9 123.8
8.0
55.7
5.1
34.0 23.1 58.6 56.4 5.3
32.0 22.3 59.3 57.1
5.5
63
34.6
28.0 51.1
4.5
32.9 27.3
54.7
51.8
4.7
31.2 55.4 52.4 4.8
29.2 25.8 56.1 53.2
5.0
S9
31.3
154.01
31,3 St.O 47.4
4.1
29.6 29.6
52.6
48.1
4.2
1I26.6
27.9 127.9 54.1 48.8 4.3
26.0 26.0 55.9 49.6
4.5
67
1200 I
153.0
24.4
61.2
5.6
63
35.8
130.8 156.3
42.7
33.9
30.0
56.8
53.5
42.8
32.1
29.3
57,4
54.1
5.0
30.0
28.5
8.0
54.7
5.2
59
32.3
{ 32.3 ! 55.1
49.2
4.2
30.5
30.5
56.4
49.8
42,3
28.8
128.8
57.8
50.4
4.5
26.7
26.7
59.4
51.0
4.6
t
42.9 23.6 64.4
2.
5.
420.
2.
d.
38.
2.2
5.
.4
6.
36.4
t.
658
6.2
1400 67
39.9 128.5 i 6t.t
58.3
5.3
37.9
27.8
61.6
8.8
5.42
35.9
27.1
62.1
59.3
5.6
33.7
26.3
62.6
59.8
5.7
63
36.6 33.3 58.0
54.3
4.8
34.7
32.5
58.5
Sa,g
5.0
32.9
31.8
59.0
55.3
5.1
30.8
30.8
59.7
55.8
5.3
59
33.0 33.01 58.2
50.5
42.3
31.2
31.2
59.4
St.O
4.4
29.4
29.4
60.6
1 51.5
4.6
27.3
27.3
61.9
52.1
4.7
NOTES:
1. Total and sensible capacities are net capacities. Blower motor (a) below 80'F OB subtract: 850 Btuh per 1000 ft3/min per 'F
heat has been subtracted. (b) above 807 DB add: 850 Btuh per 1000 ft3/min per *F
2. Sensible heat capacities are based on 80'F entering air at the 3. Total system KW includes compressor KW, condenser fan mo -
evaporator. for KW, and evaporator blower motor KW.
RTU -37
DEPARTMENT OF BUILDING & SAFETY
COUNTY OF RIVERSIDE
CONSTRUCTION ESTIMATE
Dbl
$
NO.
ELECTRICAL FEES
NO.
PLUMBING FEES
O SO. FT. ® • $
$
$
UNITS
$
USE OF PERMIT
1ST FL.
F.C.C.
GR UP
TYPE
YARD SPKLR SYSTEM
3
2ND FL. SO. FT. ®
w�rvyh}�
POR. SO. FT. ® •Iic/
PLAN CHE ER
DATE SUPP. TO/P'ER IT
MOBILEHOME SVC.
BAR SINK
GAR. SO. FT. ®
NOT APPROVED
APPROVED
POWER OUTLET
t�
ROOF DRAINS
PLAN CHEgC
CAR P. SO. FT. ®
G
B K6
PLUMBING
DRAINAGE PIPING
ROAD DEPT
WALL SO. FT. ®
�IEALTH DEPT
DRINKING FOUNTAIN
SO. FT, ®
ELECTRICAL
DEPT
URINAL
STRUCTURAL
ESTIMATED CONSTRUCTION VALUATION $ 6
IRE MARSHAL
AUDIT
WATER PIPING
NOTE: Not to be used as property tax valuation
REMARKS:
FLOOR DRAIN
MECHANICAL FEES
WATER SOFTENER
VENTSYSTEM FAN EVAP.COOL HOOD
en
SIGN
WASHER(AUTO)(DISH)
APPLIANCE DRYER
GARBAGE DISPOSAL
frU UAAC.E UK1T WALL FLOOR SUSPENDED
LAUNDRY TRAY
WUWLFNG UNIT CFM
MCHEN SER
F6B5 OWTTGNSYSTEM B.T.U.
TEMPUSEPERMPFSVC
WATER CLOSET
S
COMPRESSOR HP
D
POLE,TEMIPERM
�.
LAVATORY
HEATING SYSTEM FORCED GRAVITY
AMPERES SERV ENT
SHOWER
BOILER B.T.U.
SO. FT ® a.
BATH TUB
SO. FT. ® a
WATER HEATER
MAX. HEATER O PUT, B.T.U.SO.FT.RESID®1Vi6
6
SEWAGE DISPOSAL
Z11_66
0.FT. GAR ® -Y.e.
HOUSE SEWER
GAS PIPING
PERMIT FEE
PERMIT FEE
/
PERMIT FEE
DBL
TOTAL FEES
MICRO FEE
MECH. FEE
PL. CK. FEE
CONST. FEE ELECT. FEE
1
SMI FEE
PLUMB. FEE
��
/
6
1/-Z-3!<3-Qe
MICRO FILM FEE 1COPI $
MECH. FEE
PL. CK. FEE
I CQNS' UCTtON FEE
_
ELECTRICAL FEE
SMI FEE
PLUMBING FEE
Dbl
$
JOBADDRESS
$
Dbl
S
Dbl
$
$
Dbl
$
TOTAL FEES IS
M.0.[] N.C.[] CASH[:] CHECK
RECEIVED BY
TREES REQUIRED :}
SEWAGE SYSTEM
T LL P
SYEWESEWE ISTRI �
• ,p
FORM •58 (REV.B/79)
I
C%
i
JOBADDRESS
COMMUNITY
OWNER _
1a
J
USE OF PERMIT
VALUATION
F.C.C.
GR UP
TYPE
PLA NO.
PLAN CHE ER
DATE SUPP. TO/P'ER IT
ATE
NOT APPROVED
APPROVED
t�
CLEARANCEREO'D
PLAN CHEgC
G
B K6
PLUMBING
/
v
ROAD DEPT
�IEALTH DEPT
'P-LANNING
ELECTRICAL
DEPT
b-IL—AND USE
STRUCTURAL
IRE MARSHAL
AUDIT
C.R.T.
REMARKS: