SFD (9782)Buildin
Address 54"711 14onroo Ste.
Carole a Roger Herrera
P.O. BOX 1504
78-105 CALLE ESTADO
LA QUINTA, CALIFORNIA 92253
Mailing
Address 48916 Eisenhower
City Zip Tel.
L-ndio 92201 342-3203
Contractor
oainer/Bur de
Address
ty lZip I Tel.:
State Lic.I City
& Classif. Lic. #
Arch., Engr.,
Designer `tom ?J2"t?.ales
Ad49s327 El ebhowe r Te1.342-5934
City Zi State
Indio 1 92201 Lic. #
LICENSED CONTRACTOR'S DECLARATION
I hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section
7000) of Division 3 of the Business and Professions Code, and my license is in full force and
effect.
SIGNATURE DATE
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 Professions Code, or thathe 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 ($500).
2A as owner of the property, or my employees with wages as their sole compensation, will
cl&the work, and the structure is not intended or offered for sale. (Sec. 7044, Buisness 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
orimprovement 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.)
❑ I, as owner of the property, am exclusively contracting with licensed contractors to con-
struct the project. (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 contracts for
such projects -with a contractor(s) licensed pursuant to the Contractor's License Law.) -
❑ 1 am exempt under Sec. B. & P.C. for this reason
Date-"- jw : L, i { Owner ��? a?>' { tea. ✓} i t.: t'
WORKERS' COMPENSATION DECLARATION
I hereby affirm that I have a certificate of consent to self -insure, or a certificate of
Worker's Compensation_ Insurance,. or a.certified copy thereof. (Sec. 3800, Labor Code.)
Policy No. Company
❑ Copy is filed with the city. 0. Certified copy is hereby furnished.
CERTIFICATE OF EXEMPTION FROM
WORKERS'COMPENSATIONINSURANCE
(This section need not be completed i1 the permit is for one hundred dollars ($100) valuation
or less.) '
I certify that in the performance of the work for which this permit is issued; I shall not
employ any person in any manner so as to become subject to the Workers' Compensation
Laws of California.
I
Date. F « 1 ,...< (Owner a mYf.. f ? �:'.'.
NOTICE To APPLICANT: If, after making this Certificate of Exemption you should become
subject to the Workers' Compensation provisions of the Labor- Code, you must forthwith
comply with such provisions or this permit shall be deemed revoked.
CONSTRUCTION LENDING AGENCY
Ihereby affirm that there is a construction lending agency for the performance of the
work for which this permit is issued. (Sec. 3097, Civil Code.)
Lender's Name
Lender's Address
This is a building permit when properly filled out, signed and validated, and is subject to
expiration if work thereunder is suspended for 180 days.
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 city to enter the above-
mentioned property for inspection purposes.
Signature of applicant Date
Mailing Address
City, State, Zip
% f`
No. 10293
BUILDING: TYPE CONST. OCC: GRP.
A.P. Number 7671-320-006-9
Legal Description
Project Description
SFD
/i'.t J t✓w, 3t
<f 27/-3'_4
d
Sq. Ft.
Size 240.Stories
No.
No. Dw.
Units
New ❑ Add ❑
Alter ❑ Repair ❑ Demolition ❑
Estimated Valuation
2y360.0o
PERMIT
AMOUNT
Plan Chk. Dep.
Plan Chk. Bal.
Const.
135.00
Mech.
96.53
Electrical
9.40
Plumbing
S.M.I.
Grading
Driveway Enc.
Infrastructure
278.10
Arts in Publi4.
30.90
TOTAL+;rr
s
REMARKS
14440 44 04A
7A fi
ZONE: BY:
Minimum Setback Distances:
Front Setback from Center Line
Rear Setback from Rear Prop. Line
Side Street Setback from Center Line
Side Setback from Property Line
FINAL DATE
INSPECTOR
Issued by: Date Permit
Validated by:
Validation:
CONSTRUCTION ESTIMATE
NO. ELECTRICAL FEES
NO. PLUMBING FEES
1ST FL. SQ. FT. @ $
2ND FL. SQ. FT. @
POR. SQ. FT. @
GAR. SQ. FT. @
CAR P. SQ. FT. @
WALL SQ. FT. @
SQ FT @
ESTIMATED CONSTRUCTION VALUATION $
UNITS
MOBILEHOME SVC.
POWER OUTLET
YARD SPKLR SYSTEM
BAR SINK
ROOF DRAINS
DRAINAGE PIPING
DRINKING FOUNTAIN.
URINAL
WATER PIPING
NOTE: Not to be used as property tax valuation
SLAB GRADE
FLOOR DRAIN
MECHANICAL FEES
BONDING
WATER SOFTENER
VENT SYSTEM FAN EVAP.COOL HOOD
SIGN
WASHER(AUTO)(DISH)
APPLIANCE DRYER
GARBAGE DISPOSAL
FURNACE UNIT WALL FLOOR SUSPENDED
DUCT WORK
LAUNDRYTRAY
AIR HANDLING UNIT CFM
k7tGAS(ROUGH)&—,21�5�
KITCHEN SINK
ABSORPTION SYSTEM B.T.U.
TEMP USE PERMIT SVC
WATER CLOSET'
COMPRESSOR HP
POLE, TEM/PERM
LAVATORY
HEATING SYSTEM FORCED GRAVITY
AMPERES SERV ENT
SHOWER
BOILER. B.T.U.
SQ. FT. @ c
BATH TUB
WATER HEATER
SQ. FT. @ c
WATER HEATER
MAX. HEATER OUTPUT, B.T.U.
SQ. FT. RESID @ 11/4 c
SEWAGE DISPOSAL
BOND BEAM
SQ.FT.GAR @ 3/ac
HOUSE SEWER
GAS PIPING
PERMIT FEE
PERMIT FEE
PERMIT FEE
DBL
TOTAL FEES
MICRO FEE
MECH.FEE PL.CK.FEE
CONST. FEE JELECT.FEE
SMI FEE PLUMB. FEE
STRUCTURE PLUMBING - ELECTRICAL HEATING & AIR COND. SOLAR
SETBACK
GROUND PLUMBIN 9q,
UNDERGROUND
A.C. UNIT
COLL. AREA
SLAB GRADE
ROUGH PLUMB.
BONDING
HEATING (ROUGH)
STORAGE TANK
FORMS
SEWER OR SEPTIC TANK
ROUGH WIRING.
DUCT WORK
ROCK STORAGE
Cg(kFgUND. REINF,
vv
k7tGAS(ROUGH)&—,21�5�
METER LOOP
HEATING (FINAL)
OTHER APP.IEOUIP.
REINF. STEEL
GAS (FINAL)
TEMP. POLE
GROUT
WATER HEATER
SERVICE
FINAL INSP.
BOND BEAM
WATER SYSTEM
GRADING
cu. yd.
$ plus x$
_$
LUMBER GR.
FINAL INSP.
FRAMING .�%/fes
FINAL INSP.
�BOOFING ✓ f l
M
/ l lil
/a i �/
REMARKS:
VENTILATION
FIRE ZONE ROOFING
FIREPLACE
SPARK ARRESTOR
GAR. FIREWALL
LATHING `sZ 2j
MESH
INSULATION/SOUND(- —
FI ISH.GRADING
gFINAL INSPECTION
CERT. OCC.
FENCE FINAL
INSPECTOR'S SIGNATUREWINITIALS
GARDEN WALL FINAL
Builin
Address 54-711 Monro St.
Owner
Carne Herrera & R4ges
Mailing
Address 48916 Eisenihower
City Zip
Indio 92201
Contractor
ress
City lZip
P.O. BOX 1504 N Q . U i7
78-105 CALLE ESTADO +
LA QUINTA, CALIFORNIA 92253
Herrera BUILDING: TYPE CONST. OCC: GRP.
A.P. Number 767-320-006-9
42-3
State Lic. I City -
& Classif. Lic. #
Arch., Engr.,
Designer Tom Gonzales
Address Tel.
49327 Eisenhower 342-56,34
City Zip State
Indio 1 92201 Lic. #
LICENSED CONTRACTOR'S DECLARATION
I hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section
7000) of Division 3 of the Business and Professions Code, and my license is in full force and
effect.
SIGNATURE DATE
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 Professions Code, or that. he is exempt therefrom, and the bast
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 ($500).
JR I, as owner of the property, 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, Suisness 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
orimprovement 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.) - ..
❑ I, as owner of the property, am exclusively contracting with licensed contractors to con-
struct the project. (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 contracts for
such projects with a contractor(s) licensed pursuant to the Contractor's License Law.)
❑ 1 am exempt under Sec. B. & P.C. for this reason
Date !c. -1'- Owneri , i" F` 6 . ✓t 4 _ices + —E� ?-` l sf 3
WORKERS' COMPENSATION DECLARATION
I hereby affirm that I have a certificate of consent to self -insure, or a certificate of
Worker's Compensation Insurance, or a certified copy thereof. (Sec. 3800, Labor Code.)
Policy No. Company
❑ Copy is filed with the city. ❑ Certified copy is hereby furnished.
CERTIFICATE OF EXEMPTION FROM
WORKERS' COMPENSATION INSURANCE
(This section need not be completed if the permit is for one hundred dollars ($100) valuation
or less.)
I certify that in the performance of thg work for which this permit is issued, I shall not
employ any person in any manner so as to become subject to,the Workers' Compensation
LawDate s of California..1vimer�j •- &I - • ^a � : A.3't.Jtt c
NOTICE TO APPLICANT., If, after making this Certificate of Exemption you should become
subject to the Workers' Compensation provisions of the Labor Code, you must forthwith
comply with such provisions or this permit shall be deemed revoked.
CONSTRUCTION LENDING AGENCY
I hereby affirm that there is a construction lending agency for the performance of the
work for which this permit is issued. (Sec. 3097, Civil Code.)
Lender's Name
Lender's Address
This is a building permit when properly filled out, signed and validated, and is subject to
expiration if work thereunder is suspended for 180 days.
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 city to enter the above-.
mentioned property for inspection purposes.
Signature of applicant Date
Mailing Address
City, State, Zip
Legal Description
Project Description SFD
ZONE: BY:
Minimum Setback Distances:
Front Setback from Center Line
Rear Setback from Rear Prop. Line
Side Street Setback from Center Line
Side Setback from Property Line
FINAL DATE
INSPECTOR
Issued by: Date Permit
Validated by:
Validation:
Sq. Ft. 'x062
Size
No. 7
Stories
No. Dw.
Units
New ❑ Add ❑
Alter ❑ Repair ❑ Demolition ❑
Estimated Valuation
184, 697.40
PERMIT
AMOUNT
Plan Chk. Dep.
250. 00
Plan Chk. Bal.
538.00
Const.
937.00
Mech.
89.50
Electrical
190.67
Plumbing
192.00
S.M.I.
18.50
Grading
20.00
Driveway Enc.
20.00
,-, Infrastructure
3898.08
Arts in Public
211.74
TOTAL
REMARKS
11 ,
ZONE: BY:
Minimum Setback Distances:
Front Setback from Center Line
Rear Setback from Rear Prop. Line
Side Street Setback from Center Line
Side Setback from Property Line
FINAL DATE
INSPECTOR
Issued by: Date Permit
Validated by:
Validation:
CONSTRUCTION ESTIMATE
NO. ELECTRICAL FEES
NO. PLUMBING FEF.
IST FL. SQ. FT. ® $
2ND FL. SQ. FT.
POR. SQ. FT. @
GAR. SQ. FT.
CAR P. SQ. FT. @
WALL SQ. FT. @
SQ FT ®
ESTIMATED CONSTRUCTION VALUATION $
UNITS
MOBILEHOME SVC.
POWER OUTLET
YARD SPKLR SYSTEM
BAR SINK
ROOF DRAINS
DRAINAGE PIPING
DRINKING FOUNTAIN,
URINAL
WATER PIPING
NOTE: Not to be used as property tax valuation
BONDING
FLOOR DRAIN
MECHANICAL FEES
FORMS
WATER SOFTENER
VENT SYSTEM FAN EVAP.COOL HOOD
SIGN
WASHER(AUTO)(DISH)
APPLIANCE DRYER
GAS (ROUGH)
GARBAGE DISPOSAL
FURNACE UNIT WALL FLOOR SUSPENDED
OTHER APP./EQUIP.
LAUNDRY TRAY
AIR HANDLING UNIT CFM
TEMP. POLE
KITCHEN SINK
ABSORPTION SYSTEM B.T.U.
TEMP USE PERMIT SVC
WATER CLOSET'
COMPRESSOR HP
POLE, TEWPERM
LAVATORY
HEATING SYSTEM FORCED GRAVITY
AMPERES SERV ENT
SHOWER
BOILER. B.T.U.
SO. FT. @ c
BATH TUB
SQ. FT. ® c
WATER HEATER
MAX. HEATER OUTPUT, B.T.U.
SO. FT. RESID @ 11/4 c
SEWAGE DISPOSAL
SQ.FT.GAR @ 3/ac
HOUSE SEWER
REMARKS:
GAS PIPING
PERMIT FEE
PERMIT FEE
PERMIT FEE
DBL
TOTAL FEES
MICRO FEE
MECH.FEE PL.CK.FEE
CONST. FEE ELECT. FEE
SMI FEE PLUMB. FEE
STRUCTURE PLUMBING ELECTRICAL HEATING & AIR COND. SOLAR
SETBACK
GROUND PLUMBING
UNDERGROUND
A.C. UNIT
COLL. AREA
SLAB GRADE
ROUGH PLUMB.
BONDING
HEATING (ROUGH)
STORAGE TANK
FORMS
SEWER OR SEPTIC TANK
ROUGH WIRING.
DUCT WORK
ROCK STORAGE
FOUND. REINF.
GAS (ROUGH)
METER LOOP
HEATING (FINAL)
OTHER APP./EQUIP.
REINF. STEEL
GAS (FINAL)
TEMP. POLE
GROUT
WATER HEATER
SERVICE
FINAL INSP.
BOND BEAM
WATER SYSTEM
GRADING
cu. yd.
$ plus x$
=$
LUMBER GR.
FINAL INSP.
FRAMING
FINAL INSP.
ROOFING
REMARKS:
VENTILATION
FIRE ZONE ROOFING:
FIREPLACE
SPARK ARRESTOR
GAR. FIREWALL
LATHING
MESH
INSULATION/SOUND
FINISH GRADING
FINAL INSPECTION -
CERT. OCC.
FENCE FINAL
INSPECTOR'S SIGNATURES/INITIALS
GARDEN WALL FINAL
TED/05005
12/30/86
COACHELLA VALLEY UNIFIED SCHOOL DISTRICT
CERTIFICATE OF COMPLIANCE
(Government Code §53080)
Project Name:
Project Address: 54-711 Monroe Street
Project Owners Name: Carole Herrera/Roger WMA- No.:
Project Description: 1 Dwelling--
..
Building Type (circle one)
XX Commercial
Include No. Dwelling Units)
Tract No. Lot No.
(If Tract attach Schedule "A" of all lots by tract, square footage for
each lot and total.)
Assessor's Parcel No. 767-320-006-9
(If Schedule "A" is used show Assessor's Parcel No. for each lot if one
exists or Assessor's Parcel No. for parcels before sub -divided.)
Total square feet of Building Area: 3,062 SgFt
Certification of Applicant/Owner. The person signing certifies that
the above information is correct and makes this statement under penalty
of perjury and further represents that he/she is authorized to sign on
behalf of the owner/developer.
Dated: Signature:
City/Punty Certification:
r (signature)- OPTIONAL,
(title)
(to be completed by school district)
School district requirements for,the above project have been or will be
sati n accordance with one of the following (circle one):
Gov. Code Gov. Code Agreement existing Not subject to
53080 65970 prior to 1/1/87 fee requirements
(AXX 6) (SB 201)
AB 181
number of sq. ft. 3,062
Amount per sq. ft. $ 1.58
Amount collected $ 4,837.96
Executive Director
School District Officia itle Facilities & Operations
Jorge B. Gutierrez Phone No. �9 - 5 37 to duly 16. 1991
Note: AB 2926 and SB 201 fees are capped at $1.58'per square foot for
residential construction. AB 2926 is capped at $0.26 per square
foot for commercial and industrial projects.
I I V�' -
Id
04'
SPACK ADOVIII TWO LIN[ FOR 111111collog" USE
LAIM DEED
THE UNDERSIGNED GRANTOR(S) DECLARE(S)
DOCUMENTARY TRANSFZR TAi is S-19 _-30
[3 computed on full value of property conveyed, or
❑ computed on full value ler vaiub of liens or encumbrances remaining at time of safe.
unincorporated area 0-CItyOf__ AND
FOR AVALUABLE CONSIDERATION, receipt el which is hereby acknowledged.
. ROGER C. HERRERA and CAROLE G. HERREIIA, husband and wife as joint
tenants
hereby. remise, -We. and forever QUITCLAIM to 211GENE CHILBERG.and MARJORIE
.CHILBERG, as joint tenants oneighty percent .(808).-undivid d
interest
the following described real property in the
County of Riverside State of Caln-.Tlm�*�
The Nc�r i half 6f - the :fforth'ba''1f of he .Southeast
i -quarter of the Northwest;quarter of -,Bection 15,
Township 6 South, -Range 7 Zast, SanlBernardino.Base-
and Meridian,
EXCEPTING therefrom ihat~portion ik;a within the public
highway.
A
z
Dated April 12, 1285 C i
I AAI/�
190GElf C
STATE OF MIFOaNIA SS
COUNTyOF Riverside CA6L13 G. HERRERA
On April 22. 1985 b*1M ma the
undersigned. a Notary Public in and for t, 3!d State. pe"ll'I
Roger C
appee Herrera and
rAr6le, G -L Herrera
known to me
be an PW"n Fi who@$ no" 8suboah
barNarin inawjmaniand w*nuwiadg*dMat they
executed We M
N, WITNESS my N=4 and official will.
"0T&AyPUBL1c&Ak0#0ftfA10 BTAq
MAIL TAX XTAIJ
OFFICIAL SEAT
TERESA M ESPINOZA
PCVWV PVXX - CALWOREA
RKRSWE COL9M
MY Deem. 0104ft M M 1109
All 111911CM
"all
E
inoo� asoulovow
1. "OWN am
V 1AA1X
0927W
V
lifornia.niJI
-CARD LE G. HE&UtM�
"P. O. Box 1507
Indio, California 92202
Tma tanie BL—_1111111011 as
I I V�' -
Id
04'
SPACK ADOVIII TWO LIN[ FOR 111111collog" USE
LAIM DEED
THE UNDERSIGNED GRANTOR(S) DECLARE(S)
DOCUMENTARY TRANSFZR TAi is S-19 _-30
[3 computed on full value of property conveyed, or
❑ computed on full value ler vaiub of liens or encumbrances remaining at time of safe.
unincorporated area 0-CItyOf__ AND
FOR AVALUABLE CONSIDERATION, receipt el which is hereby acknowledged.
. ROGER C. HERRERA and CAROLE G. HERREIIA, husband and wife as joint
tenants
hereby. remise, -We. and forever QUITCLAIM to 211GENE CHILBERG.and MARJORIE
.CHILBERG, as joint tenants oneighty percent .(808).-undivid d
interest
the following described real property in the
County of Riverside State of Caln-.Tlm�*�
The Nc�r i half 6f - the :fforth'ba''1f of he .Southeast
i -quarter of the Northwest;quarter of -,Bection 15,
Township 6 South, -Range 7 Zast, SanlBernardino.Base-
and Meridian,
EXCEPTING therefrom ihat~portion ik;a within the public
highway.
A
z
Dated April 12, 1285 C i
I AAI/�
190GElf C
STATE OF MIFOaNIA SS
COUNTyOF Riverside CA6L13 G. HERRERA
On April 22. 1985 b*1M ma the
undersigned. a Notary Public in and for t, 3!d State. pe"ll'I
Roger C
appee Herrera and
rAr6le, G -L Herrera
known to me
be an PW"n Fi who@$ no" 8suboah
barNarin inawjmaniand w*nuwiadg*dMat they
executed We M
N, WITNESS my N=4 and official will.
"0T&AyPUBL1c&Ak0#0ftfA10 BTAq
MAIL TAX XTAIJ
OFFICIAL SEAT
TERESA M ESPINOZA
PCVWV PVXX - CALWOREA
RKRSWE COL9M
MY Deem. 0104ft M M 1109
All 111911CM
"all
E
14
7C
COUNTY OF RIVERSIDE DEPARTMENT OF HEALTHAssese rsP■rcNtNo.
�-7 _320 _ v06 -G7
ENVIRONMENTAL SERVICES DIVISION
PERMIT APPLICATION FOR A SUBSURFACE SEWAGE DISPOSAL SYSTEM
Applicant: Submit this form with four copies of a scaled plot plan (1-20 scale) drawn to County speculations as indicated on the attached check IIsL
A non-refundable filing fee (see below) is required when the application is submitted. Check must be made payable to the County ofRiversiile.fApprkvalsof this application shall remain valid for a period not to exceed one year from date. of approval.
-r
VERIFY ITEMSC,INISECTION A FROM BUILDING & SAFETY APPLICATION BUILDING DEPARTMENT APPLICATION LOG #qZh
rWZS93L(
Contractor, Contad'Pereori j phone . Add'3civ\A C'ibt7lA 'St"' X100l'c3
Owner
v
(0
M . M K5 1� o GC(-
Phone
3N L 3Z,3
Maili Address
Li - q 1 i�. :T"010
City
State
Zip
Job Property Address
�y -� ! A M o N f'!o t= ST
Legal Description Prop. (PM, Tract �
N �k/¢�- f
Lot Size
wwell
Uae of Permit P/P, CU, etc. 4AWqsA174
Other W� F
4 (5
aliS7r`l� Of�st
��rr//
welling liPreP, etc. °� 6 7�
sl Wda
A .@
Signa Applicant
Date
CATEGORY: REV CODE FE
O' SUBSURFACE DISPOSAL
-'` �, CATEGORY: REV CODE FEE
43.00""
1238 d9,
d of SITE EVALUATION UPON REQUEST 73 i' $
co
❑ MULTIPLE PARCELS WITHIN SAME
(NO PLOT PLAN)
Z
LAND DIVISION
❑ SEWER/SEPTIC VERIFICATION 7348 $_17.00
O
a. 1 at 4 Parcels (Each) 1238 $ 57.00
(Less than 1 year)
bb.
Each Parcel after 4 -7344 $ 24.00
❑ PRELIMINARY ELECTIVE 7352
W
❑ Rereview, (2nd review same parcel) 7344 $ 24.00
EVALUATION (Attach DOH SAN 53)
U)
❑ Site Evaluation in Conjunction with
ElMHOLDING TANK 4 7351- $ 47.00
Critical Area 7346 $111.00
u ❑ ALTERNATIVE/EXPERIMENTAL 7345 $222.00`
❑ Site Evaluation Lot Less than.
SYSTEM
10,000 Sq. Ft. 7347 $ 87.00
ple I`VA7V Wee C— VA 1, a,4 n �E`r�r(t,i �21�7.'Y� f I RI DATE
Holding Tank Agreements Completed. �_ -j ❑ Yes N
titin
Certification of Exi S.D. System R
9 Yst equimd ❑Yes No�
WOCB Clearance required. (Attach Form ❑ Yes o
DOH SAN 007, Santa Ana Region Only)
Soils Percolation ReportRequlred.'• ` t ❑Yes006
Special Feasibility Boring Report Required. ❑ Yes It
Detailed Contour Plot Plans Required (1 to 5 it interval) ❑ Yes L
Other ❑ Yes MIN ./
Staff Specialist Lot Inspection Required
❑ Yes
Lot Inspec ion Date
Solis boring report by Project am
# D
�ctt
Soils Map Page r/ Type i A Approved by A_r frt&l>~. f
U
IF rSoA Date
Z
No. of Systems
T of S em(s)
El Ing Tank ❑ Existing
No. Dwelling Units e (
Bedrooms
(1) Septic Tank
Soil Rate
Grease/Send
G Ir�tCp
O
New ❑ ReplaoertaMxrt
t�JI�aA z�t3 A0144c
aGal
%
/(10
UJ
(2) Leach Line Sq. Ft
Bottom trench arae
Sidewall allowance
ft rock/
Install 67
i ine(s) n long + it wide with
in. %d� inches rods below�drainlines r3r'
L*�Bed sq. ft
of baftmeme
per running it.
�
j,ti►%*f�1111 �lST•Ci�l1Tt(Ii1/ �OX
NA
Leachlines/bed special design for slope:"
Appf
Pit Diameter
No. Pits
Pit Below
(TD) dee.- papa Pit Total Depth
Other.
Max. Allowable D
N/A Overburden factor
No. 2 Systemuz-Jy
G>� (/
y�REMARKS:
D
This application i APPROV for the Cltfwry checked in SECTION B above, regarding the design of a subsurface disposal system as indicated
on the accompan p p n usiuire Lildi permit is necessary for the installation of the
Z
above -designed system. No construction is permitted in the required reserved 100% expansion area
O
!
Septic tank and sewer lines must be 50' minimum .from any wells �/ fF�.�
15
2 Leach lines must be 100' minimum from any wells, including expansion yr _ 2(er- /'l^et�e.e
LU(3)
Seepage pits must be 150' minimum from any wells, including exppan/siion�area- r
Signature of Health Official [�y,GZGc,. , i� . / i- �J . Date~
14
7C
CALVIN C. KAMINSKAS
Assistant Commissioner
(714) 275-3000
DATE 6 - V O — ((
Of R,6
OFFICE OF
AGRICULTURAL COMMISSIONER
JAMES O. WALLACE, Commissioner
83-612 Avenue 45 Suite 7
Indio, CA 92201
(619) 342-8291
DAN RILEY
Sealer, Weights & Measures
(714) 275.3030
CASE NO. PC C '(1a 5Y— tq
DEVELOPER'S NAME: CA v J e- Nk
ADDRESS: j (� (
TELEPHONE: (6/9) 3 V D- 3 DO 7
Dear Developer:
After reviewing your landscaping plans, all plant material listed is not in
violation of quarantine laws governing the Coachella Valley. If substitutions
do occur and they differ from plant material listed, this office must be notified
immediately.
Thank you for protecting and preserving the Coachella Valley's pest -free environment.
AgricultvVal Commissioner's Office
cc: Indio and Riverside
4080 LEMON STREET, ROOM 19, RIVERSIDE, CALIFORNIA 92501 = FAX (714) 275-3012
0
�r,,-�rLer7,A'5 k-Dq,6e- .
6!�
I a e-,3
0
will ��� Z�cs •
kF
Nk
EARTH SYSTEMS CONSULTANTS S.C.
w/ BUENA ENGINEERS DIV. t
79-811 B Country Club Drive
Bermuda Dunes, CA 92201 • (619) 345-1588
Client Name
Client Address',
'-_
Client Phone
w
DATE
p
{(J'�OB)NO.
REFERENCE CURVE
PROJECT
DRY
MAXIMUM
MAXIMUM
OPTIMUM
�x
4.
LOT ,
LOCATION
NUMBER
NO.
n
A
CONTENT
DENSITY
DRY
CONTRACTOR
MOISTURE
'CONTENT
OWNER
i
WEATHER
TEMP.
o at
AM
i
° at
PM
PRESENT AT SITE
%
Ibs./cu. ft.
%
a
CLIENT REPRESENTATIVE SIGNATURE
FIELD ' REPORT
TECHNICIANS SIGNATURE #« ,
FIELD TESTING
REFERENCE CURVE
MOISTURE
DRY
MAXIMUM
MAXIMUM
OPTIMUM
TEST
TEST LOCATION
LOT ,
NUMBER
NO.
ELEVATION
CONTENT
DENSITY
DRY
DRY
MOISTURE
'CONTENT
i
%
lbs./Cu. ft.
DENSITY
DENSITY
%
Ibs./cu. ft.
%
I
Ci
°S.
'fie
r
4
gyp;9.
3
St,
y �, 1
f LI
�� e t ► t r �. ev r k 4 -1c_
a
CLIENT REPRESENTATIVE SIGNATURE
FIELD ' REPORT
TECHNICIANS SIGNATURE #« ,
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 1 CF -1R
Project Title..A...... . HERRERA RESIDENCE Date........ 05/30/91
Project Address........
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLINS ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Field Check/ Date
MICROPAS3 v3.01 File-i4095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
GENERAL INFORMATION
Conditioned Floor Area..... 3062 sf
Building Type .............. Single Family Detached
Building Front Orientation. Front Facing 90 deg (E)
Number of Dwelling Units... 1
Number of Stories.. ...... 1
Floor Construction Type.... Slab On Grade
Infiltration Control....... Standard
BUILDING SHELL INSULATION
Component Insul
Type R -value Location/Comments
Wall
R-19
S1abEdge
R-0
Door
R-0
Roof
R-30
Floor
R-19
Glazing
Orientation
Door
Left I
Window
Back i
Window
Left i
Door
Left,
Door
Right
Window
Right
Window
Right
Window
Front
Window
Front
Window
Front
Window
Front
Window
Back
Window
Right
Type
S1abOnGrade
S1abOnGrade
GLAZING
Exterior
Area
# of
Interior
Shading
(sf)
Panes
Shading
S)
73
2
DRAPES.NW
;W)
44
2
DRAPES.NW
SW)
10
2
DRAPES.NW
S)
33
2
DRAPES.NW
;N)
40
2
DRAPES.NW
;N)
21
2
DRAPES.NW
;NE)
50
2
DRAPES.NW
;E)
40
2
DRAPES.NW
;SE)
10
2
DRAPES.NW
;E)
46
2
DRAPES.NW
,SE)
18
2
DRAPES.NW
;W)
48
2
DRAPES.NW
(NE)
3
2
DRAPES.NW
Exterior
Framing
Shading
Overhang
Type
OUTSIDE
BLINDS
None
WoodMul
OUTSIDE
BLINDS
Yes
Metal
OUTSIDE
BLINDS
Yes
Metal
OUTSIDE
BLINDS
Yes
WoodMul
OUTSIDE
BLINDS
Yes
WoodMul
OUTSIDE
BLINDS
None
Metal
OUTSIDE
BLINDS
Yes
Metal
OUTSIDE
BLINDS
Yes
Metal
OUTSIDE
BLINDS
Yes
Metal
OUTSIDE
BLINDS
None
Metal
OUTSIDE
BLINDS
None
Metal
OUTSIDE
BLINDS
None
Metal
OUTSIDE
BLINDS
None
Metal
THERMAL MASS
Area Thickness Hard Surfaced/
(sf) (in) Exposed
861 3.5 Yes
1340' 3.5 No
Location/Comments
SEE ATTACHED SCHEDULE
CERTIFICATE OF
COMPLIANCE: RESIDENTIAL
Page 2
CF -1R
Project Title.......... HERRERA RESIDENCE
Date........
05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
ASSUMED HVAC SYSTEMS
Actual System
Heating
Cooling
Cooling Coil
ACTUAL HVAC SYSTEMS
Actual Output
Efficiency (Btuh)
Manufacturer and Model #
(or approved equal)
(2) LENNOX UNITS
(2) LENNOX UNITS
(2). LENNOX UNITS
CEC Maximum Output for.Gas Central Furnaces:
System Type
Storage, Electric
WATER HEATING SYSTEMS
Tank
Capacity Manufacturer and Model #
(gal) (or approved equal)
37 (2) AO SMITH PEC 40
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEE THE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
ALL EQUIPMENT IS SPECIFIED ON AN OR EQUAL BASIS. FINAL EQUIP-
MENT SELECTIONS WILL BE MADE THROUGH A COMPETITIVE BID PROCESS BY
THE OWNER AND HIS AGENT.
Btuh
Energy
Credits
None
Assumed
Duct
Duct
Assumed System
Efficiency
Location
R -value
HeatPump
6.7 HSPF
Attic
R-4.0
Air Conditioner
10.00 SEER
Attic
R-4.0
HeatPump
6.7 HSPF
Attic
R-4.0
Air Conditioner
10.00 SEER
Attic
R-4.0
Actual System
Heating
Cooling
Cooling Coil
ACTUAL HVAC SYSTEMS
Actual Output
Efficiency (Btuh)
Manufacturer and Model #
(or approved equal)
(2) LENNOX UNITS
(2) LENNOX UNITS
(2). LENNOX UNITS
CEC Maximum Output for.Gas Central Furnaces:
System Type
Storage, Electric
WATER HEATING SYSTEMS
Tank
Capacity Manufacturer and Model #
(gal) (or approved equal)
37 (2) AO SMITH PEC 40
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEE THE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
ALL EQUIPMENT IS SPECIFIED ON AN OR EQUAL BASIS. FINAL EQUIP-
MENT SELECTIONS WILL BE MADE THROUGH A COMPETITIVE BID PROCESS BY
THE OWNER AND HIS AGENT.
Btuh
Energy
Credits
None
CERTIFICATE OF COMPLIANCE: Additional Sheet FORM CF -1R
Job Number: 14095A Date: 05/ 30/ 91
Prepared For. CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Title 24 Documentation Prepared By: Madlin's Enterprises - Catherine M. Madlin, Certified Energy Analyst
H.V.A.C. EQUIPMENT SCHEDULE
Minimum Required Seer. 10.0
Equipment Model No. I Heating Capacity
Manufacturer. Lennox or equal unit
System Type: Heat Pump / Split System
Cooling Capacity
Heating Efficiency
Cooling Efficiency
OUTDOOR: HP19-651 59,000 BTUH 61,000 BTUH 7.65.HSPF 10.5 SEER
INDOOR. CB19-65
VALVE: LB19-65 I - at ARI condition ' at ARI conditions
Thermostat: Honeywell or equal night setback thermostat
Minimum Required Seer. 10.0
Equipment Model No. I Heating Capacity
Manufacturer. Lennox or equal unit
System Type: Heat Pump / Split System
Cooling Capacity
Cooling Efficiency
OUTDOOR: HP19-411 35,400 BTUH 36,200 BTUH 7.65 HSPF 10.6 SEER
INDOOR: CB18-51
VALVE: LB-34792BG ' at ARI conditions • at ARI conditions
Thermostat: Honeywell or equal night setback thermostat
Notes:
The h.v.ac. equipment outlined above is provided to assist our client in demonstrating compliance with Title 24
Standards. Final equipment selection and h.v.ac. system design is the responsibility of the h.v.ac. contractor.
Any equipment selection changes should be forwarded to the building department for plan check review.
The owner may install, at his option, a h.v.ac. system with a higher efficiency rating and/ or a smaller capacity.
The hm.a.c. loads included in this compliance portfolio are only one of the criteria affecting the selection of the
h.v.a.c. equipment. Other relevant design factors such as air flow requirements, outdoor design temperatures, coil
sizing, equipment location, availability of equipment, oversizing safety margin, etc., must also be considered. It is
the h.v.ac. designer's responsibility to consider all factors when selecting the h.v.ac. equipment.
CERTIFICATE OF COMPLIANCE: Additional Sheet FORM CF -1R
Job Number: 14095A Date: 05/30/91
Prepared For. CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Title 24 Documentation Prepared By: Madlin's Enterprises - Catherine M. Madlin, Certified Energy Analyst
THERMAL MASS SCHEDULE
The following mass data was included in the attached Title 24 calculations to assist this project in demonstrating
compliance with the standards.
NOTES:
1. Pursuant to the standards, areas under cabinets and closets are not included in the square footage figure
listed above.
2. The hard surface listed in the description column above may be ceramic tile, vinyl tile, marble, or paint
directly applied to the heavyweight concrete slab.
3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass.
DESCRIPTION OF NFASS
;5Qt1A�3E FEET
LOQATION OF MASS
One
Exposed hard surface over
heavyweight concrete slab
861
Entry, powder room, kitchen, nook, dining,
wet bar, laundry, bath 2, fireplace hearth(s)
NOTES:
1. Pursuant to the standards, areas under cabinets and closets are not included in the square footage figure
listed above.
2. The hard surface listed in the description column above may be ceramic tile, vinyl tile, marble, or paint
directly applied to the heavyweight concrete slab.
3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass.
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 3 CF -1R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
COMPLIANCE STATEMENT
This certificate of compliance lists the building features and performance
specifications needed to comply with Title 24, Chapter 2-53 and Title 20,
Chapter 2, Subchapter 4, Article 1 of the California Administrative code.
This certificate has been signed by the individual with overall design
responsibility and the building owner, who shall retain a copy of it and
transmit the certificate to any subsequent purchaser of the building. When
this certificate of compliance is submitted for a single building plan to
be built in multiple orientations, all building conservation features
which vary are indicated in the Special Features/Remarks section.
DESIGNER
Name.... TONY GONZALES
Company.
Address. 49327 EISENHOWER
INDIO - CA 92201
Phone... 619-342-5934
License.
Signed — �Jl0,�,v�
- taaze)
DOCUMENTATION AUTHOR
Name.... CATHERINE M. MADLIN
Company. MADLINS ENTERPRISES
Address. POST OFFICE BOX 1443
PALM SPRINGS, CALIFORNIA
Phone... 619-324-1731
Signed
(date)
OWNER
Name.... CAROL OR ROGER HERRERA
Company.
Address. P.O. BOX 1507
INDIO - CA 92202
Phone... 619-342-3203
Signed
P" Z 4
a e
Name....
Title...
Agency..
Phone...
Signed
ENFORCEMENT AGENCY
taar-e)
Mandatory Measures Checklist: Residential SIF -1R
NOTE: Lowrise residential buildings subject to the Standards must contain these measures regardless of the compliance
approach used. Items marked with an asterisk (*) may be superseded by more stringent compliance requirements listed
on the Certificate of Compliance. When this checklist is incorporated into the permit documents, the features noted shall
be considered by all parties as binding minimum component performance specifications for the mandatory measures
whether they are shown elsewhere in the documents or on this checklist only.
DESCRIPTION
Building Envelope Measures
* §2-5352(x): Minimum ceiling insulation R-19 weighted average.
§2-5352(by Loose fill insulation manufacturer's labeled R -Value.
* §2-5352(c): Minimum wall insulation in framed walls R-11 weighted average (does not apply to
extenor mass walls). --- --
§2-5352(k):_. Slab edge insulation.- water absorption rate7no greater than 0.3-%, water -vapor
transmission rate no greater than 2.0 perm/inch.
§2-5311: Insulation specified or installed meets California Energy Commission (CEC) quality
standards. Indicate type and form.
§2-5352(f): Vapor barriers mandatory in Climate Zones 14 and 16 only.
§2-5317: Infiltration/Exfiltration Controls
a. Doors and windows between conditioned and unconditioned spaces designed to limit air
leakage.
b. Doors and windows certified.
c. Doors and windows weatherstripped; all joints and penetrations caulked and sealed.
§2-5352(e): Special infiltration barrier installed to comply with §2-5351 meets CEC quality
standards.
§2-5352(d): Installation of Fireplaces
L Masonry and factory -built fireplaces have:
a. Tight fitting, closeable metal or glass door
b. Outside air intake with damper and control
c. Flue damper and control
2. No continuous burning gas pilots allowed.
HVAC and Plumbing System Measures
§2-5352(8) and 2-5303: Space conditioning equipment sizing: attach calculations.
§2-5352(h) and 2-531.5: Setback thermostat on all applicable heating systems.
* §2-5316(a): Ducts constructed, installed and insulated per Chapter 10, 1976 UMC.
§2-5316(b): Exhaust systems have damper controls.
§2-5314(c): Gas-fired space heating equipment has intermittent ignition devices.
§2-5314: HVAC equipment, water heaters, showerheads and faucets certified by the CEC.
§2-5352(1): Water heater insulation blanket (R-12 or greater) for storage and backup tanks
for solar water heating systems (first 5 feet of pipes closest to tank insulated (R-3 or greater
§2-5312(Excepdon 1): Pipe insulation on steam and steam condensate return & recirculating
piping.
§2-5318(d): Swimming Pool Heating
—t. Sys, h
a. On/off switch on heater.
b. Weatherproof instruction plate on heater.
c. Plumbed to allow for solar.
2. 75 percent thermal efficiency._.._._
4. Time clock. r
S. Directional water unlet.
Lighting and Appliance Measures
§2-53520): Lighting - 25 lumcnsb&,itt c_,r greater for general lighting in kitchens and bathrooms.
§2-5314(c): Gas fired appliances equipped with intermittent ignition devices.
§2-5314(a): Refrigerators, refrigerator -freezers, freezers and fluorescent lamp ballasts certified
by the CEC. Indicate make and model number.
Revised July 1990
ENFORCENIEN7
J; 0W.
Title 24 Report by, Madlin's Enterprises
Title 24 Energy Conservation Standards
Residential Compliance Report
HERRERA RESIDENCE
LA QUINTA
. Prepared by
Madlin's Enterprises
Title 24 Energy Calculations & Consulting
Post Office Box 1443 • Palm Springs, California 92263
Job Number: 14095A • Date: May 30, 1991
0-
MADLIN'S ENTERPRISES
Title 24 Energy Calculations & Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone 619-324-1731
TITLE 24 ENERGY CONSERVATION STANDARDS
COMPLIANCE REPORT
This proposed residential project has been reviewed for compliance with the State of California Energy Conservation
Standards Title 24 - Second Generation by Madlin's Enterprises. The building design described in this compliance
portfolio is in conformance with the standards as outlined in the attached compliance forms and documentation.
Job Number: 14095A Date: 05/ 30/ 91 ,
Prepared For: CAROL & ROGER HERRERA
Owner's Name: CAROL & ROGER HERRERA
I Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Method Of Compliance: MICROPAS V 3.0 COMPUTER PROGRAM
Orientation Of Entry: EAST
Catherine M. Madlin
Certified Energy Analyst, CAB .E:C --7
Certified Plans Examiner, C.B.C.I.'
The Mic ropas version 3.0 computer program has been used to perform the calculations summarized in this compliance report. This program has
approval and is authorized by the California Energy Commission for use with the second generation residential building energy efficiency
standards for residential occupancies.
'C.A.B.E.C. -California Association Of Building Energy Consultants
'C.B.C.I. - California Building Codes Institute
J.
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone (619) 324-1731
TITLE 24 COMPLIANCE FORMS
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 1 CF -1R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
Project Address........
LA QUINTA
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLINS ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Building Permit
Plan Check Da e
Fie Check/ Date
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
GENERAL INFORMATION
Conditioned Floor Area.....
Building Type.. ...
Building Front Orientation.
Number of Dwelling Units...
Number of Stories... ......
Floor Construction Type....
Infiltration Control.......
Component
Type
Wall
S1abEdge
Door
Roof
Floor
3062 sf
Single Family Detached
Front Facing 90 deg (E)
1
1
Slab On Grade
Standard
BUILDING SHELL INSULATION
Insul
R -value Location/Comments
R-19
R-0
R-0
R-30
R-19
GLAZING
Glazing
Area
# of
Interior
Exterior
Framing
Orientation
(sf)
Panes
Shading
Shading
Overhang
Type
Door
Left
(S)
73
2
DRAPES.NW
OUTSIDE
BLINDS
None
WoodMul
Window..
Back
(W)
44
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
Metal
Window
Left
(SW)
10
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
Metal
Door
Left
(S)
33
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
WoodMul
Door
Right
(N)
40
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
WoodMul
Window
Right
(N)
21
2
DRAPES.NW
OUTSIDE
BLINDS
None
Metal
Window
Right
(NE)
50
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
Metal
Window
Front
(E)
40
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
Metal
Window
Front
(SE)
10
2
DRAPES.NW
OUTSIDE
BLINDS
Yes
Metal
Window
Front
(E)
46
2
DRAPES.NW
OUTSIDE
BLINDS
None
Metal
Window
Front
(SE)
18
2
DRAPES.NW
OUTSIDE
BLINDS
None
Metal
Window
Back
(W)
48
2
DRAPES.NW
OUTSIDE
BLINDS
None
Metal
Window
Right
(NE)
3
2
DRAPES.NW
OUTSIDE
BLINDS
None
Metal
THERMAL MASS
Area
Thickness
Hard Surfaced/
Type
(sf)
(in)
Exposed
Location/Comments
r S1abOnGrade
861
3.5
Yes
SEE
ATTACHED SCHEDULE
S1abOnGrade
1340
3.5
No
CERTIFICATE OF
COMPLIANCE: RESIDENTIAL
Page 2
CF -1R
Project Title.......... HERRERA RESIDENCE
Date........
05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
ASSUMED HVAC SYSTEMS
Actual System
Heating
Cooling
Cooling Coil
ACTUAL HVAC SYSTEMS
Actual Output Manufacturer and Model #
Efficiency (Btuh) (or approved equal)
(2)
(2)
(2)
LENNOX UNITS
LENNOX UNITS
LENNOX UNITS
CEC Maximum Output for.Gas Central Furnaces:
Btuh
WATER HEATING SYSTEMS
Tank
Capacity Manufacturer and Model # Energy
System Type (gal) (or approved equal) Credits
Storage, Electric 37 (2) AO•SMITH PEC 40 None
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEE THE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
ALL EQUIPMENT IS SPECIFIED ON AN OR EQUAL BASIS. FINAL EQUIP-
MENT SELECTIONS WILL BE MADE THROUGH A COMPETITIVE BID PROCESS BY
THE OWNER AND HIS AGENT.
Assumed
Duct
Duct
Assumed System
Efficiency
Location
R -value
HeatPump
6.7 HSPF
Attic
R-4.0
Air Conditioner
10.00 SEER
Attic
R-4.0
HeatPump
6.7 HSPF
Attic
R-4.0
Air Conditioner
10.00 SEER
Attic
R-4.0
Actual System
Heating
Cooling
Cooling Coil
ACTUAL HVAC SYSTEMS
Actual Output Manufacturer and Model #
Efficiency (Btuh) (or approved equal)
(2)
(2)
(2)
LENNOX UNITS
LENNOX UNITS
LENNOX UNITS
CEC Maximum Output for.Gas Central Furnaces:
Btuh
WATER HEATING SYSTEMS
Tank
Capacity Manufacturer and Model # Energy
System Type (gal) (or approved equal) Credits
Storage, Electric 37 (2) AO•SMITH PEC 40 None
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEE THE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
ALL EQUIPMENT IS SPECIFIED ON AN OR EQUAL BASIS. FINAL EQUIP-
MENT SELECTIONS WILL BE MADE THROUGH A COMPETITIVE BID PROCESS BY
THE OWNER AND HIS AGENT.
CERTIFICATE OF COMPLIANCE: Additional Sheet
FORM CF-1R
Job Number: 14095A Date: 05/ 30/ 91
Prepared For: CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Title 24 Documentation Prepared By: Madlin's Enterprises -.Catherine M. Madlin, Certified Energy Analyst
H.V.A.C. EQUIPMENT SCHEDULE
q� arise O Fir$> Floor.:.: ..: .....
Manufacturer: Lennox or equal unit
Minimum Required Seer: 10.0
System Type: Heat Pump / Split System
Equipment Model No.
Heating Capacity
Cooling Capacity
Heating Efficiency
Cooling Efficiency
OUTDOOR: HP19-651
INDOOR: CB19.65
VALVE: LB19-65
59,000 BTUH
1 • at ARI conditions
61,000 BTUH
• at ARI conditions
7.65 HSPF
10.5 SEER
Thermostat: Honeywell or equal night setback thermostat
Minimum Required Seer: 10.0
Equipment Model No. I Heating Capacity
Manufacturer. Lennox or equal unit
System Type: Heat Pump / Split
Heating Efficiency
Cooling Efficiency
OUTDOOR: HP19-411 35,400 BTUH 36,200 BTUH 7.65 HSPF 10.6 SEER
INDOOR: C618-51
VALVE: LB-34792BG ' at ARI conditions • at ARI conditions
Thermostat: Honeywell or equal night setback thermostat
Notes:
The h.v.ac. equipment outlined above is provided to assist our client in demonstrating compliance with Title 24
Standards. Final equipment selection and h.v.a.c. system design is the responsibility of the h.v.ac. contractor.
Any equipment selection .changes should be forwarded to the building department for plan check review.
The owner may install, at his option, a h.v.a.c. system with a higher efficiency rating and/ or a smaller capacity.
The h.v.ac. loads included in this compliance portfolio are only one of the criteria affecting the selection of the
h.v.a.c. equipment. Other relevant design factors such as air flow requirements, outdoor design temperatures, coil
sizing, equipment location, availability of equipment, oversiAng safety margin, etc., must also be considered. It is
the h.v.a.c. designer's responsibility to consider all factors when selecting the h.v.ac. equipment.
CERTIFICATE OF COMPLIANCE: Additional Sheet FORM CF -1 R
Job Number: 14095A Date: 05/ 30191
Prepared For: CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Title 24 Documentation Prepared By: Madlin's Enterprises - Catherine M. Madlin, Certified Energy Analyst
THERMAL MASS SCHEDULE
The following mass data was included in the attached Tale 24 calculations to assist this project in demonstrating
compliance with the standards.
.........................
TE.MR!
........................................ .. ............-..........................................-..1. 1.1- ......... ..
X
......................................-.....-....
ON....MAM........... .........
.........................-....................
.............................. ..........
........................... .-.....-........ -...-......................... .
..SQUARE.FEET
.................
... I--......
..I ..:.-..*............... .......... ........ ........ .................. .... .. ..... .......... ........ ............. ..........................-. .......................... ........ ............... ........
..........................................
LOCAMONOFVASS......... ..
............. ................. . ... .. .
................. .................. ....... ..''....-.
One
Exposed hard surface over
heavyweight concrete slab
861
Entry powder room, kitchen, nook, dining,
wet bar, laundry, bath 2, fireplace hearth(s)
NOTES:
1. Pursuant to the standards, areas under cabinets and closets are not included in the square footage figure
listed above.
2. The hard surface listed in the description column above may be ceramic tile, vinyl tile, marble, or paint
directly applied to the heavyweight concrete slab.
3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass.
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 3 CF -1R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 x3.01 File -14095A7 Weather-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
COMPLIANCE STATEMENT
This certificate of compliance lists the building features and performance
specifications needed to comply with Title 24, Chapter 2-53 and Title 20,
Chapter 2, Subchapter 4, Article 1 of the California Administrative code.
This certificate has been signed by the individual with overall design
responsibility and the building owner, who shall retain a copy of it and
transmit the certificate to any subsequent purchaser of the building. When
this certificate of compliance is submitted for a single building plan to
be built in multiple orientations, all building conservation features
which vary are indicated in the Special Features/Remarks section.
DESIGNER
Name.... TONY GONZALES
Company.
Address.
INDIO - CA 92201
Phone... 619-342-5934
License.
Signed
(date)
DOCUMENTATION AUTHOR
Name.... CATHERINE M. MADLIN
Company. MADLINS ENTERPRISES
Address. POST OFFICE BOX 1443
PALM SPRINGS, CALIFORNIA
Phone... 619-324-1731
OWNER
Name.... CAROL OR ROGER HERRERA
Company.
Address. P.O. BOX 1507
INDIO - CA 92202
Phone... 619-342-3203
Signed
a e
Name....
Title...
Agency..
Phone...
ENFORCEMENT AGENCY
Signed / PF Signed
(date) a e
:57--J/ _J/
COMPUTER METHOD SUMMARY Page 1 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
Project Address........
LA QUINTA
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLINS ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method.'..... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Building Permit
Plan Check a e
Field Check/ Date
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
MICROPAS3 ENERGY USE SUMMARY
Energy Use
Standard
Proposed
Compliance
(kBtu/sf-yr)
Design
Design
Margin
Space Heating..........
6.66
7.16
-0.50
Space Cooling..........
43.52
35.19
8.33
Water Heating.........
6.11
12.88
-6.77
Total
56.29
55.23
1.06
***Building complies ***
GENERAL INFORMATION
Conditioned Floor Area..... 3062 sf
Building Type .............. Single Family Detached
Building Front Orientation. Front Facing 90.deg (E)
Number of Dwelling Units... 1
Number of Building Stories. 1
Weather Data Type.......... ReducedYear
Floor Construction Type....
Number of Building Zones...
Conditioned Volume.........
Footprint Area...... .....
Slab -On -Grade Area.........
Glazing Percentage.........
Average Ceiling Height.....
Slab On Grade
2
28898 cf
2213 sf
2201 sf
14.2 % of FA
9.4 ft
BUILDING ZONE INFORMATION
Floor
Vent
Special
Cond-
Area
Volume
# of
Thermostat
Height
Vent Area
Zone Type
itioned
(sf)
(cf)
Units
Type
(ft)
(sf)
FIRST
Residence
Yes
2201
22010
0.72
Setback
8.0
n/a
SECOND
Residence
Yes
861
6888
0.28
Setback
8.0
n/a
COMPUTER METHOD SUMMARY Page 2 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
OPAQUE SURFACES
Area
U- Insul
Act
Solar Location/
Form 3
Surface
(sf)
value R-val
Azmth Tilt Gains Comments
Reference
FIRST
1
Wall
254
0.065 R-19
90
90 Yes
2
Wall
282
0.065 R-19
180
90 Yes
3
Wall
626
0.065 R-19
270
90 Yes
4
Wall
128
0.065 R-19
360
90 Yes
5
Wall
353
.0.065 R-19
90
90 Yes
6
Wall
27
0.065 R-19
135
90 Yes
7
Wall
12
0.065 R-19
225
90 Yes
8
Wall
50
0.065 R-19
45
90 Yes
13
Door
40
0.330 R-0
90
90 Yes
14
Door
20
0.330 R-0
90
90 Yes
15
Roof
1541
0.035 R-30
90
18 Yes
SECOND
16
Wall
157
0.065 R-19
90
90 Yes
17
Wall
141
0.065 R-19
180
90 Yes
18
Wall
136
0.065 R-19
270
90 Yes
19
Wall
291
0.065 R-19
360
90 Yes
20
Wall
19
0.065 R-19
135
90 Yes
21
Wall
19
0.065 R-19
45
90 Yes
'22
Floor
12
0.037 R-19
90 180 Yes
23
Roof
990
0.035 R-30
90
18 Yes
PERIMETER LOSSES
Length F2 Insul
Surface
(ft) Factor R-val Location/Comments
FIRST
9
SlabEdge
68 0.900
R-0
10
SlabEdge
129 0.720
R-0
11
SlabEdge
23 0.550
R-0
12
SlabEdge
19 0.500
R-0
GLAZING
SURFACES
SC
Interior
SC
Area #
of Frame
Open
U- Act
Glass
Shade
Gls+
Surface
(sf) Panes Type
Type
value Azmth
Tilt
Only
Type
Shade
FIRST
1
Door
40
2 WoodMul
Hinged
0.65 180
90
0.61
DRAPES.NW
0.52
2
Window
14
2 Metal
Slider
0.65 270
90
0.77
DRAPES.NW
0.66
3
Window
10
2 Metal
Slider
0.65 225
90
0.77
DRAPES.NW
0.66
4
Window
30
2 Metal
Slider
0.65 270
90
0.77
DRAPES.NW
0.66
5
Door
33
2 WoodMul
Hinged
0.65 180
90
0.61
DRAPES.NW
0.52
6
Door
40
2 WoodMul
Hinged
0.65 360
90
0.61
DRAPES.NW
0.52
7
Window
12
2 Metal
Slider
0.65 360
90
0.77
DRAPES.NW
0.66
8
Window
10
2 Metal
Slider
0.65 45
90
0.77
DRAPES.NW
0.66
9
Window
40
2 Metal
Slider
0.65 90
90
0.77
DRAPES.NW
0.66
10
Window
10
2 Metal
Slider
0.65 135
90
0.77
DRAPES.NW
0.66
11
Window
25
2 Metal
Slider
0.65 45
90
0.77
DRAPES.NW
0.66
-12
Window
15
2 Metal
Slider
0.65 45
90
0.77
DRAPES.NW
0.66
13
Window
35
2 Metal
Slider
0.65 90
90
0.77
DRAPES.NW
0.66
COMPUTER METHOD SUMMARY Page 3 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
Area # of Frame
Surface (sf) Panes Type
14 Window
SECOND
15 Door
16 Window
17 Window
18 Window
19 Window
20 Window
21 Window
22 Window
15 2 Metal
GLAZING SURFACES
SC
Open U- Act Glass
Type value Azmth Tilt Only
Slider 0.65 135 90 0..77
Interior SC
Shade Gls+
Type Shade
DRAPES.NW 0.66
33
2 WoodMul
Hinged 0.65
180
90
0.61
DRAPES.NW 0.52
16
2 Metal
Slider 0.65
270
90
0.77
DRAPES.NW 0.66
16
2 Metal
Slider 0.65
270
90
0.77
DRAPES.NW 0.66
16
2 Metal
Slider 0.65
270
90
0.77
DRAPES.NW 0.66
9
2 Metal
Slider 0.65
360
90
0.77
DRAPES.NW 0.66
3
2 Metal
Slider 0.65
45
90
0.77
DRAPES.NW 0.66
11
2 Metal
Slider 0.65
90
90
0.77
DRAPES.NW 0.66
3
2 Metal
Slider 0.65
135
90
0.77
DRAPES.NW 0.66
OVERHANGS
Area Window Overhang
Overhang
Surface
(sf) Height Length
Height
FIRST
2 Window
14 3.5
8.0
0.0
3 Window
10 5.0
8.0
0.0
4 Window
30 5.0
6.0
0.0
5 Door
33 6.7
20.0
0.0
6 Door
40 6.7
11.0
0.0
8 Window
10 .5.0
7.0
0.0
9 Window
40 5.0
5.0
0.0
10 Window
10 5.0
7.0
0.0
11 Window
25 5.0
5.0
0.0
12 Window
15 5.0
5.0
0.0
EXTERIOR SHADING
Area Shading
SC
of
Surface
(sf) Type
Ext Shade
FIRST
1 Door
40 OUTSIDE
BLINDS
0.15
2 Window
14 OUTSIDE
BLINDS
0.15
3 Window
10 OUTSIDE
BLINDS
0.15
4 Window
30 OUTSIDE
BLINDS
0.15
5 Door
33 OUTSIDE
BLINDS
0.15
6 Door
40 OUTSIDE
BLINDS
0.15
7 Window
12 OUTSIDE
BLINDS
0.15
8 Window
10 OUTSIDE
BLINDS
0.15
9 Window
40 OUTSIDE
BLINDS
0.15
10 Window
10 OUTSIDE
BLINDS
0.15
11 Window
25 OUTSIDE
BLINDS
0.15
12 Window
15 OUTSIDE
BLINDS
0.15
13 Window
35 OUTSIDE
BLINDS
0.15
14 Window
15 OUTSIDE
BLINDS
0.15
SECOND
15 Door
33 OUTSIDE
BLINDS
0.15
16 Window
16 OUTSIDE
BLINDS
0.15
17 Window
16 OUTSIDE
BLINDS
0.15
COMPUTER METHOD SUMMARY Page 4 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
Mass Type
FIRST
1 S1abOnGrade
2 S1abOnGrade
System
Type
EXTERIOR SHADING
Area Thick Heat Conduct- Surface
(sf) (in) Cap ivity R -value Location/Comments
861 3.5 28.0 0.98
1340 3.5 28.0 0.98
R-0.0 SEE ATTACHED SCHEDULE
R-2.0
HVAC SYSTEMS
Minimum Duct
System Type Efficiency Location
FIRST
HeatPump
Air Conditioner
SECOND
HeatPump
Air Conditioner
6.7 HSPF Attic
10.00 SEER Attic
6.7 HSPF Attic
10.00 SEER Attic
WATER HEATING SYSTEMS
Capa-
# of city Effic-
Heaters (gal) iency
Duct Duct
R -value Efficiency
R-4.0 0.816
R-4.0 0.803
R-4.0 0.816
R-4.0 0.803
Standby Input
Loss Rating
Pilot
Size
(Btuh)
Credits
Storage
Electric 2 37 0.997 RE 0.93% 5 kW n/a NONE
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEETHE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
Area
Shading
SC of
Surface
(sf)
Type
Ext Shade
18Window
16
OUTSIDE
BLINDS
0.15
19
Window
9
OUTSIDE
BLINDS
0.15
20
Window
3
OUTSIDE
BLINDS
0.15
21
Window
11
OUTSIDE
BLINDS
0.15
22
Window
3
OUTSIDE
BLINDS
0.15
THERMAL MASS
Area Thick Heat Conduct- Surface
(sf) (in) Cap ivity R -value Location/Comments
861 3.5 28.0 0.98
1340 3.5 28.0 0.98
R-0.0 SEE ATTACHED SCHEDULE
R-2.0
HVAC SYSTEMS
Minimum Duct
System Type Efficiency Location
FIRST
HeatPump
Air Conditioner
SECOND
HeatPump
Air Conditioner
6.7 HSPF Attic
10.00 SEER Attic
6.7 HSPF Attic
10.00 SEER Attic
WATER HEATING SYSTEMS
Capa-
# of city Effic-
Heaters (gal) iency
Duct Duct
R -value Efficiency
R-4.0 0.816
R-4.0 0.803
R-4.0 0.816
R-4.0 0.803
Standby Input
Loss Rating
Pilot
Size
(Btuh)
Credits
Storage
Electric 2 37 0.997 RE 0.93% 5 kW n/a NONE
SPECIAL FEATURES/REMARKS
THE VALUES AND MATERIALS USED IN THIS COMPLIANCE PORTFOLIO ARE
THE MINIMUM REQUIRED TO SHOW COMPLIANCE WITH TITLE 24 ENERGY
CONSERVATION STANDARDS. THE OWNER MAY (AT HIS OPTION) INSTALL
BETTER MATERIALS WITHOUT ADDITIONAL COMPLIANCE CALCULATIONS.
FOR ADDITIONAL INFORMATION ON THE PROPOSED HVAC SYSTEM SEE THE
ATTACHED HVAC EQUIPMENT SCHEDULE AND NOTES.
A NIGHT SETBACK THERMOSTAT IS REQUIRED TO BE INSTALLED WITH THE
HVAC SYSTEM. SEETHE ADDENDUMS AND NOTES SECTION OF THE REPORT.
FOR ADDITIONAL INFORMATION ON THE PROPOSED THERMAL MASS SEE THE
ATTACHED MASS SCHEDULE AND NOTES.
COMPUTER METHOD SUMMARY Page 5 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
SPECIAL FEATURES/REMARKS
ALL EQUIPMENT IS SPECIFIED ON AN OR EQUAL BASIS. FINAL EQUIP-
MENT SELECTIONS WILL BE MADE THROUGH A COMPETITIVE BID PROCESS BY
THE OWNER AND HIS AGENT.
WATER HEATING Page 1 DHW
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
Project Address........
LA QUINTA
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLINS ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Building Permit F
Plan Check a e
Field ec Date
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -WATER HEATING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
GENERAL INFORMATION
Conditioned Floor Area..... 3062 sf
Building Type. �
.. .... Single
Number of Dwelling Units ... 1
WATER HEATER INPUTS
System Type.. DHW
Number of Heaters.......... 2
Tank Type... .......... Storage
Heater Element Type........ Electric
Tank Volume ................. 37 gal
Rated Input ................ 4.5 kW
Recovery Efficiency........ 0.997 RE
Standby Loss.. ............. 0.0093
Credit Type.......... .... None
Pump Power . ............... 0 W
Pump Operation... .......... 24 hr/day
Pump Controller Power...... 0 W
CALCULATION DETAILS
COMBINED HYDRONIC DISTRIBUTION
Heat supplied by fan .
Fan coil loss: fan off....
Fan coil loss: fan on .....
Pipe heat loss .........
Space Heat Operation.......
Mf10-.1191.1
Annual savings with Credit.
DHW recovery load .........
Space heat load ...........
Pipeloss load ............
Fan Coil Loss .............
Total load ................
SOURCE ENERGY
Total recovery energy .....
Pilot light energy ........
Standby loss energy .......
DHW Pump energy ...........
0 Btuh
0 Btuh
0 Btuh
0 kBtu/sf-yr
0 hr/yr
0 kBtu/yr
10539 kBtu/yr
0 kBtu/yr
0 kBtu/yr
0 kBtu/yr
10539 kBtu/yr
31713 kBtu/yr
0 kBtu/yr
7729 kBtu/yr
0 kBtu/yr
WATER HEATING Page 2 DHW
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -WATER HEATING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
Solar Pump Energy ......... 0 kBtu/yr
Space Heat Fan and Pump ... 0 kBtu/yr
Boiler exhaust Fan ........ 0 kBtu/yr
Boiler to Storage Pump .... 0 kBtu/yr
Total Fan/Pump ............ 0 kBtu/yr
Total Source Energy ....... 39443 kBtu/yr
ELECTRIC USE
Recovery Energy............ 3097 kWh
Standby Loss Energy........ 755 kWh
Pump and Fan Energy........ 0 kWh
Total Electric Use......... 3852 kWh
FUEL USE
Recovery Energy............ 0 kBtu
Pilot Light Energy......... 0 kBtu
Standby Loss Energy........ 0 kBtu
Total Fuel Use ............. 0 kBtu
TOTAL SOURCE USE
Total Electric Use......... 12.88 kBtu/sf
Total Fuel Use ............. 0.00 kBtu/sf
Total Use .................. 12.88 kBtu/sf
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone (619) 324-1731
H.V.A.C. LOAD CALCULATION
HVAC SIZING Page 1 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
Project Address........
LA QUiNTA
Documentation. Author... CATHERINE M. MADLIN
Company ................ MADLINS ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Building Permit
Pian Check / D-aT—e
Field Check/ Date
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
GENERAL INFORMATION
Floor Area.' ..... 3062 sf
Volume.. . 28898 cf
Sizing Location............ INDIO
Latitude.. ......... 33.7 degrees
Winter Outside Design...... 29 F
Winter Inside Design....... 70 F
Summer Outside Design...... 112 F
Summer Inside Design....... 78 F
Summer Range............... 30 F
Shading Used... .......... No
Latent Load Fraction....... 0.20
HEATING AND COOLING LOAD SUMMARY
Sensible Load .................... 51696
Latent Load ................ n/a
Cooling
(Btuh)
10627
9636
16465
10098
3750
5058
55634
11127
Total Load 51696 66760
Note: The loads shown are only one of the criteria affecting the selection
of HVAC equipment. Other relevant design factors such as air flow
requirements, outdoor design temperatures, coil sizing, availability of
equipment, oversizing safety margin, etc., must also be considered. It is
the HVAC designer's responsibility to consider all factors when selecting
the HVAC equipment.
CEC Maximum applicable for gas central furnaces only
Heating
Description
(Btuh)
Opaque Conduction and Solar......
18337
Glazing Conduction...............
11619
GlazingSolar ..................
n/a
Infiltration ................17040
InternalGain ....................
n/a
Ducts ............................
4700
Sensible Load .................... 51696
Latent Load ................ n/a
Cooling
(Btuh)
10627
9636
16465
10098
3750
5058
55634
11127
Total Load 51696 66760
Note: The loads shown are only one of the criteria affecting the selection
of HVAC equipment. Other relevant design factors such as air flow
requirements, outdoor design temperatures, coil sizing, availability of
equipment, oversizing safety margin, etc., must also be considered. It is
the HVAC designer's responsibility to consider all factors when selecting
the HVAC equipment.
CEC Maximum applicable for gas central furnaces only
HVAC SIZING Page 2 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -Di R7 ELECT.SHUTTERS
HEATING LOAD CALCULATIONS
DESIGN CONDITIONS FOR ZONE 'FIRST':
WINTER DESIGN TEMPERATURES:
Door
South
40
x
0.65
x
Inside Temperature ................................
1066
Double
70.0
F
14
Outside Temperature
................................
x
29.0
F
Double
DESIGN TEMPERATURE DIFFERENCES
Southwest
10
x
0.65
x
41.0 =
Standard..........................................
Double
Window
41.0
F
x
CONDUCTIVE HEAT LOSS:
x
41.0 =
U -value
Double
Door
Heat
33
x
Area
x
(Btu/hr-
879
TD
Loss
Description
Orientation
(sqft)
sqft-F)
x
(F)
(Btuh)
Wall
East
254
x
0.065
x
41.0
= 677
Wall.
South
282
x
0.065
x
41.0
752
Wall
West
626
x
0.065
x
41.0
= 1668
Wall
North
128
x
0.065
x
41.0
= 341
Wall
East
353
x
0.065
x
41.0
= 941
Wall
Southeast
27
x
0.065
x
41.0
= 72
Wall
Southwest
12
x
0.065
x
41.0
= 32
Wall
Northeast
50
x
0.065
x
41.0
= 133
SlabEdge
n/a
68
x
0.900
x
41.0
= 2509
SlabEdge
n/a
129
x
0.720
x
41.0
= 3808
SlabEdge
n/a
23
x
0.550
x
41.0
= 519
SlabEdge
n/a
19
x
0.500
x
41.0
= 390
Door
East
40
x
0.330
x
41.0
= 541
Door
East
20
x
0.330
x
41.0
= 271
Roof
East
1541
x
0.035
x
41.0
= 2211
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 14864
Double
Door
South
40
x
0.65
x
41.0 =
1066
Double
Window
West
14
x
0.65
x
41.0 =
373
Double
Window
Southwest
10
x
0.65
x
41.0 =
267
Double
Window
West
30
x
0.65
x
41.0 =
800
Double
Door
South
33
x
0.65
x
41.0 =
879
Double
Door
North
40
x
0.65
x
41.0 =
1066
Double
Window
North
12
x
0.65
x
41.0 =
320
Double
Window
Northeast
10
x
0.65
x
41.0 =
267
Double
Window
East
40
x
0.65
x
41.0 =
1066
Double
Window
Southeast
10
x
0.65
x
41.0 =
267'
Double
Window
Northeast
25
x
0.65
x
41.0 =
666
Double
Window
Northeast.
15
x
0.65
x
41.0 =
400
Double
Window
East
35
x
0.65
x
41.0 =
933
Double
Window
Southeast
15
x
0.65
x
41.0 =
400
CONDUCTIVE TOTALS FOR GLAZING SURFACES 8768
INFILTRATION: (Type: Medium)
22010 cuft x 0.80 ac/hr x 0.018 Btu/cuft-F x 41.0 =
SUBTOTAL
12978
36611
HVAC SIZING Page 3 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
DUCT HEAT LOSS: Duct Location: Attic
TOTAL HEATING LOAD:
0.10 x 36611 =
CONDUCTIVE TOTALS FOR OPAQUE SURFACES
Double
HEATING LOAD
CALCULATIONS
33
x
DESIGN CONDITIONS FOR ZONE
'SECOND':
41.0
Double
Window
West
WINTER DESIGN TEMPERATURES:
x
0.65
x
41.0
Inside Temperature ................................ 70.0
F
Outside Temperature ............................... 29.0
F
DESIGN TEMPERATURE DIFFERENCES
0.65
x
41.0
Double
Standard.......................................... 41.0
F
CONDUCTIVE HEAT LOSS:
x
0.65
U -value
41.0
Double
Window
North
Area
(Btu/hr-
0.65
TD
Description
Orientation
(sqft)
sqft-F)
3
(F)
Wall.
East
157
x 0.065
x
41.0
Wall
South
141
x 0.065
x
41.0
Wall
West.
136
x 0.065
x
41.0
Wall
North
291
x 0.065
x
41.0
Wall
Southeast
19
x 0.065
x
41.0
Wall
Northeast
19
x 0.065
x
41.0
Floor
East
12
x 0.037
x
41.0
Roof
East
990
x 0.035
x
41.0
CONDUCTIVE TOTALS FOR OPAQUE SURFACES
Double
Door
South
33
x
0.65
x
41.0
Double
Window
West
16
x
0.65
x
41.0
Double
Window
West
16
x
0.65
x
41.0
Double
Window
West
16
x
0.65
x
41.0
Double
Window
North
9
x
0.65
x
41.0
Double
Window
Northeast
3
x
0.65
x
41.0
Double
Window
East
11
x
0.65
x
41.0
Double
Window
Southeast
3
x
0.65
x
41.0
CONDUCTIVE TOTALS FOR GLAZING SURFACES
INFILTRATION: (Type: Medium)
6888 cuft x 0.80 ac/hr x 0.018 Btu/cuft-F x 41.0 =
SUBTOTAL
DUCT HEAT LOSS: Duct Location: Attic 0.10 x 10385
TOTAL HEATING LOAD:
3661
40272
Heat
Loss
(Btuh)
418
376
362
776
51
51
18
1421
3472
879
426
426
426
240
80
293
80
2852
4062
10385
1039
11424
HVAC SIZING Page 4 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
COOLING LOAD CALCULATIONS
DESIGN CONDITIONS FOR ZONE 'FIRST':
SUMMER DESIGN CONDITIONS:
Inside Temperature ................................ 78.0 F
Outside Temperature...............................112.0 F
Temperature Range ................................. 30.0 F
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
Standard. ...... .............. ........ 34.0 F
Frame Walls and Doors.............................. 32.6 F
Ceiling Under Vented Attic ....................... 53.0 F
CONDUCTIVE HEAT GAIN:
Description
Wall
Wall
Wall
Wall
Wall
Wall
Wall
Wall
Door
Door
Roof
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 7174
Double
Door
South
U -value
x
0.65
Heat
34.0 =
Area
Double
(Btu/hr-
West
TDeq
Gain
Orientation
(sgft)
34.0 =
sqft-F)
Double
(F)
(Btuh)
East
254
x
0.065
x
32.6 =
538
South
282
x
0.065
x
32.6 =
598
West
626
x
0.065
x
32.6 =
1326
North
128
x
0.065
x
32.6 =
271
East
353
x
0.065
x
32.6 -
748
Southeast
27
x
0.065
x
32.6
= 57
Southwest
12
x
0.065
x
32.6
= 25
Northeast
50
x
0.065
x
32.6
= 106
East
40
x
0.330
x
32.6
= 430
East
20
x
0.330
x
32.6
= 215
East
1541
x
0.035
x
53.0
= 2859
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 7174
Double
Door
South
40
x
0.65
x
34.0 =
884
Double
Window
West
14
x
0.65
x
34.0 =
309
Double
Window
Southwest
10
x
0.65
x
34.0 =
221
Double
Window
West
30
x
0.65
x
34.0 =
663
Double
Door
South
33
x
0.65
x
34.0 =
729
Double
Door
North
40
x
0.65
x
34.0 =
884
Double
Window
North
12
x
0.65
x
34.0 =
265
Double
Window
Northeast
10
x
0.65
x
34.0 =
221
Double
Window
East
40
x
0.65
x
34.0 =
884
Double
Window
Southeast
10
x
0.65
x
34.0 =
221
Double
Window
Northeast
25
x
0.65
x
34.0 =
553
Double
Window
Northeast
15
x
0.65
x
34.0 =
332
Double
Window
East
35
x
0.65
x
34.0 =
774
Double
Window
Southeast
15
x
0.65
x
34.0 =
332
SOLAR HEAT GAIN:
Description
Double Door
Double Window
CONDUCTIVE TOTAL FOR GLAZING SURFACES 7271
Area
Orientation (sqft) SHGF
South 40 x 32
West 14 x 73
Heat
Shading Gain
Coeff. (Btuh)
x 0.61 = 784
x 0.77 787
HVAC SIZING Page 5 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
Double
Window
Southwest
10
x
62
x
0.77 =
-477
Double
Window
West
30
x
73
x
0.77 =
1686
Double
Door
South
33
x
32
x
0.61 =
646
Double
Door
North
40
x
15
x
0.61 =
367
Double
Window
North
12
x
15
x
0.77 =
139
Double
Window
Northeast
10
x
48
x
0.77 =
370
Double
Window
East
40
x
73
x
0.77 =
2248
Double.Window
Southeast
10
x
62
x
0.77 =
477
Double
Window
Northeast
25
x
48
x
0.77 =
924
Double
Window
Northeast
15
x
48
x
0.77 =
554
Double
Window
East
35
x
73
x
0.77 =
1967
Double
Window
Southeast
15
x
62
x
0.77 =
716
SOLAR TOTAL 12144
INFILTRATION: (Type: Medium)
22010 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 = 7691
INTERNAL GAIN: 6 People x 225 Btu/person + 2400 Btu (appliance) = 3750
SUBTOTAL 38030
DUCT HEAT GAIN: Duct Location: Attic 0.10 x 38030 = 3803
TOTAL HOURLY SENSIBLE HEAT GAIN 41833
LATENT LOAD: 0.20 x 41833 = 8367
TOTAL COOLING LOAD 50200
COOLING LOAD CALCULATIONS
DESIGN CONDITIONS FOR ZONE 'SECOND':
SUMMER DESIGN CONDITIONS:
Inside Temperature ............................... 78.0
F
Outside Temperature...............................112.0
F
Temperature Range ................................. 30.0
F
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
Standard...... . ................................. 34.0
F
Frame Walls and Doors ............................. 32.6
F
Ceiling Under Vented Attic........................ 53.0
F
CONDUCTIVE HEAT GAIN:
U -value
Heat
Area
(Btu/hr-
TDeq
Gain
Description Orientation (sgft)
sqft-F)
(F)
(Btuh)
Wall East 157
x 0.065 x
32.6 =
333
Wall South 141
x 0.065 x
32.6 =
299
Wall West 136
x 0.065 x
32.6 =
288
HVAC SIZING Page 6 HVAC
Project Title.......... HERRERA RESIDENCE Date........ 05/30/91
MICROPAS3 v3.01 File -14095A7 Weather-CTZ15 Program -HVAC SIZING
User#-MP0207 User-MADLINS ENTERPRISES Run -D1 R7 ELECT.SHUTTERS
Wall
North
291
x 0.065
x 32.6 =
617
Wall
Southeast
19
x 0.065
x 32.6 =
40
Wall
Northeast
19
x 0.065
x 32.6 =
40
Roof
East
990
x 0.035
x 53.0 =
1836
Double Door
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
SOLAR HEAT GAIN:
Description
Double Door
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 3453
South
33
x
0.65
x
34.0
West
16
x
0.65
x
34.0
West
16
x
0.65
x
34.0
West
16
x
0.65
x
34.0
North
9
x
0.65
x
34.0
Northeast
3
x
0.65
x
34.0
East
11
x
0.65
x
34.0
Southeast
3
x
0.65
x
34.0
CONDUCTIVE TOTAL FOR GLAZING SURFACES
INFILTRATION: (Type: Medium)
6888 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 =
INTERNAL GAIN: 0 People x 225 Btu/person +
DUCT HEAT GAIN: Duct Location: Attic
LATENT LOAD:
0 Btu (appliance) _
729
354
354
354
199
66
243
66
2365
Heat
Gain
(Btuh)
646
899
899
899
104
111
618
143
4321
2407
�'
SUBTOTAL 12546
0.10 x 12546 = 1255
TOTAL HOURLY SENSIBLE HEAT GAIN 13800
0.20 x 13800 = 2760
TOTAL COOLING LOAD 16561
Area
,Orientation
(sqft)
South
33 x
West
16 x
West
16 x
West
16 x
North
9 x
Northeast
3 x
East.
11 x
Southeast
3 x
INFILTRATION: (Type: Medium)
6888 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 =
INTERNAL GAIN: 0 People x 225 Btu/person +
DUCT HEAT GAIN: Duct Location: Attic
LATENT LOAD:
0 Btu (appliance) _
729
354
354
354
199
66
243
66
2365
Heat
Gain
(Btuh)
646
899
899
899
104
111
618
143
4321
2407
�'
SUBTOTAL 12546
0.10 x 12546 = 1255
TOTAL HOURLY SENSIBLE HEAT GAIN 13800
0.20 x 13800 = 2760
TOTAL COOLING LOAD 16561
Shading
SHGF
Coeff.
32
x
0.61
73
x
0.77
73
x
0.77
73
x
0.77
15
x
0.77
48
x
0.77
73
x
0.77
62
x
0.77
SOLAR
TOTAL
INFILTRATION: (Type: Medium)
6888 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 =
INTERNAL GAIN: 0 People x 225 Btu/person +
DUCT HEAT GAIN: Duct Location: Attic
LATENT LOAD:
0 Btu (appliance) _
729
354
354
354
199
66
243
66
2365
Heat
Gain
(Btuh)
646
899
899
899
104
111
618
143
4321
2407
�'
SUBTOTAL 12546
0.10 x 12546 = 1255
TOTAL HOURLY SENSIBLE HEAT GAIN 13800
0.20 x 13800 = 2760
TOTAL COOLING LOAD 16561
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and Consulting
Post Office Box 1443 s Palm Springs, California 92263
Telephone (619) 324-1731
NOTICE TO
MANDAT
IDEPtTUM-_
ST-
ff
C"PE ATU
RM-
DEVICE%-
19MV,11#11
All of the energy cordon devices awes outl'rn this compliance portfolio are
required to meet Tale _ cwgy Conservati ndards for the State of California. this
project will not be in comps ii any of theseres or devices are omitted or altered.
The heating an 'ng load cafcuT equipment model numbers included in
this compliance p lW ar assist our eft demonstrating compliance with Title 24
Standards. Final equnt siCio=n : v.a:� system(s) design are the responsibility of
others. lin's Enterp�s n Fesporisibility for hm.a.c. design load calculations
ore lection.-- _fid calcutstion(s) in this compliance portfolio are in
accords REIM guider_ .set forth in the Standards and are not meant for actual
hm.a.c. sys esrgn"ther dris -affecting the selection of equipment and the system
design shoulod by tmechanical system designer. For example air flow
nts, ou de miseotures, coil sizing, equipment location, availability of
eft sizrnWwfen, and etc. It is the mechanical system(s) designer's
resp i st facT==- when selecting equipment and preparing the design.
All equ@WM_W;e s should be forwarded to the building department for plan
check reviev�-
MADLINS ENTS
MANDATORY FEATURES
& DEVICES
This section describes the
mandatory features and devices
which must be installed in new
residential buildings regardless
of the method used to
demonstrate compliance with the
energy standards. It is important
to understand that the mandatory
measures represent a minimum
level of conservation which may
be in addition to or superseded
by the features required for
compliance calculations
depending on which is more
stringent.
MANDATORY MEASURES
CHECKLIST
A Mandatory Measures Checklist
MF -1R form is included with this
compliance portfolio. The in-
dividual with overall design
responsibility shall sign the
Certificate of Compliance and verifW2
the applicable mandatory measures
are incorporated in the p
documents. As noted on the MF-T`119�_
form, certain mandatory measures
which may be superseded by
conservation levels pstd I^
the compliance appro
marked with an asterisk (*).
CERTIFICATE
COM PLIAN
All building permit app
file a ce�of compff rf
the platef_ in
1403(a)2A—,--M—
on— rrfffE
istrative Code .
a.k.a. the CF -1 forrr��
"indicate the featund
performance specifications nem
to comply with Chapter 2-53 (ifW
Standards), and shall be approved
by the local enforcement agency
by stamp or authorized signature.
The individual with overall
responsibility for the design and
MADLIN'S ENTERPRISES
the owner of the building or
property (must) sign the certificate
of compliance. The owner of the
building shall retain a copy of this
CF -1 and transmit it to any
subsequent purchaser of the
building.0
The items listed in the CF -
represent a set of minimum erg
performance specifications. 7qM
building described M
constructed to met of excie-d-dhe
performance level -shed by
each of the fe-� and
specifications contained
Certificate of fiance.
The requirement _
be 'on tis" may et—
placing back
parency of --1h1 ons
drawings, taping -- to the -
drawings or printingF 1
iation directly or-
drav lerify acceptable meam
with
agency.
the CFS
'..shall be sib r the person
responsible for iteration. The
._shall be a = engineer,
engine6i! r >;ect, al building
contractor,-=rtt_ i -contractor,
le rical cd €tor licensed
anij_�st=to practice by the
of---ftfornia or other
_ ual eligible under Division 3
The Business and Professions
_ sign such documents.
=Doa: signers are subject to
�imrtons in Division 3 of the
ode.0
M_e designer must sign the
tificate of Compliance and the
building owner must also sign the
certificate. If the building type
requires that a licensed individual
take responsibility for design under
the Business and Professions
Code, than that individual signs as
designer and lists his or her license
number above the signature.
When the building type does not
require the signature of a licensed
individual under the Business and
Professions Code, the building
owner may take responsibility as
designer.
The person who signs as the
designer-- certifies that hel she
pared and
t compliance
That the ecumentation
author provided the
comply analysis and
documen—Mon under the
responsibility of the designer.
entation author shall be
lithe CF -1 -
ILDING
NSTRUCTION
Before the enforcement agency
determines whether the building
may be occupied, the person with
overall responsibility for
construction or the person or
persons responsible for the
installation of regulated
manufactured devices shall post,
adjacent to the building permit(s)
issued for the building, installation
certificates for manufactured
devices regulated by the appliance
standards. These certificates shall:
(1) Identify the appliance or
devices;
(2) Include a statement and
signature;
(3) State the building permit
number.
The enforcement agency may
require the person with overall
responsibility for the construction
to provide any other reasonable
information to determine that the
building as constructed is
consistent with approved plans and
specifications and complies with
Chapter 2-53 of the standards.
MADLIN'S ENTERPRISES I MADLIN'S ENTERPRSES I MADLINS ENTERPRISES
BULDING CONSTRUCTION CONTINUED
If construction on any portion of
the building subject to Chapter 2-
53
53 will be impossible to inspect
because of subsequent
construction, the enforcement
agency may require the installation
certificates) to be posted upon
completion of that portion.
TO BE PROVIDED BY
BUILDER
The builder shall provide the
building owner, manager, and the
original occupants a list of the
features, materials, components,
and mechanical devices installed in
the building, and instructions on
how to use them efficiently. The
instructions shall be consistent with
specifications set forth by the
Executive Director of the CEC.
CHANGES DURING
CONSTRUCTION
If any characteristic of the buildir
materials, components,
manufactured devise is change
the change shall in indicated on
amended plans and specifications
and shall be subm'ittd +he
enforcement agency. —
WALL INSULATION
The opaque po a walls
separating condlti n-
ditioned spaces shat t
quiremeneither 1 ov
(1) Be
insulation, or
(2) Have a weighted
value equivalent to a v
R-11 insulation b
framing.
Masonry or concrete exterior walls
do not have to be insulated with a
minimum of R-11 insulation.
Framed foundation walls of heated
basements or heated crawl spaces
must be insulated above the
adjacent outside ground line with
at least R-7 insulation.
EXCEPTION: Insulation which
not penetrated by frame
members may meet an eq
minimum R -value which inti"—
the
nkthe effects of framing member
the above R -values.
CEILING 1NSU1
The opaque portions of
separating =fie
the requirements
(1) Be ins
-0190
members WWR49,or grey
(2) Have a weighs�a�e
.Aayalue equivalent W
R-19 insulation bei
nsulation which is
_penes by fram
FFuer_ meet
To
framing rtt on the above
R-19 insulated-tdrin
ceiling
ceiling
J far
the amide walls to
cow-fhc_ late. However,
moron mai =he tapered at the
where a roof slopes down; an
_ ated truss or similar treatment
fdPEUL insulation depth at the
Tutsi the wall is not required
Iay-be desirable.
EDGE INSULATION
Material used for slab edge
insulation must meet the following
minimum specifications: a water
absorption rate no greater than 0.3
percent when tested in accordance
with the American Society of
Testing and Materials ASTM -C-272-
33 and a water vapor transmission
rate no greater than 2.0 perm/ inch
when tested in accordance with
ASTM -C-355-64. Concrete slab
ultraviolet light deterioration.
LOOSE FILL INSULATION
Blown or poured type insulation
matronly be used in attic
sp slope of the roof
iSIVIOM 2412fft in 12 feet and
Mance frame top of the
tMon chord oss or ceiling
joists to the a of the roof
sheathing int 30 inches at
the roof riVhen eave vents
are installed, adequate baffling of
event opening shall be provided
:t the incoming air above
of the material and
shall W nstalled at the soffit on a
45 -degree angle. Baffles shall be
dace at the time of framing
erection. The thermal resistance
A of the insulation required to
comply with these regulations shall
be shown on the building plans.
When lose fill insulation is installed,
the minimum installed weighed per
square foot must conform with the;
insulation manufacturer's installed
design density per square foot at
the manufacturer's labeled R -value.
INSULATION
CERTIFICATION
Builders may no install insulation
materials unless the product has
been certified by the manufacturer.
A certificate of insulation must be
at the site.
All insulation materials shall be
installed in compliance with the
flame spread rating and smoke
density requirements of Sections
1712 and 1713 of the UBC.
Application of urea formaldehyde
foam insulation is restricted to
exterior sidewalis in all buildings. A
four mil thick plastic polyethylene
vapor barrier, or equivalent plastic
sheeting vapor barrier, shall be
installed between the urea
formaldehyde foam insulation and
the interior space in all
applications.
INSULATION
CERTIFICATE
After installing wall, ceiling, or
floor insulation, the installer shall
post in a conspicuous location in
the building a certificate signed.
by the installer stating that the
insulation is consistent with the
plans and specifications for which
the building permit was issued.
The certificate shall also state the
manufacturer's name, material
and the installed "Fr value.
INFILTRATION CONTROL
The standards contain the following
requirements to control infiltration._
(1) Doors and windows betty
conditioned space
unconditioned spaces, such as
garages and closets for central
forced air gas furs sing
outside air for cbfitfitVft
shall be designed toa>I=
leakage into or froom
building envee.
(2) The followi s in the -
building a st be
caulked, seale , _
strippeld or otherwise
(a) . joints ncT
floors arf_ r_ee
wall siding pC_
(b) Opening for -per,
electricity and gas lines_
exterior and interior walls
ceilings and floors;
(c) Opening in the attic floor
(such as where ceiling
panels meet interior and
exterior walls and masonry
fireplaces); and
MAMN'S EN1E! PRISES
(d) All other such openings in
the building envelope.
(3) Builders may install- manu-
factured doors and windows
only when they are certified
and labeled indicating that theg
meet the standards in sectiM
2-5317(b), Table 2-53J.
EXCEPTION: Fre rated dooms
windows, unframed glass d
and exterior elevator sto rtes
have to meet the req_uiremeft- of
this section.
EXCEPTION: Elevator
ilation dampen�ol
(4) Exhaust
equippedck drab
automatic dam S
examples of the
e hood exhaust farm
teens or bathroom
The standards that general
ase lighting -in kitchens
iMftathrooms havefficacy of
at 25 lumen—
"-er watt.
(These =des == usually
_cescent:f=-� -fis only one
�.ia.Ahe T h it will be
c _m general purpose
Whefttere is more that
zture in a kitchen, the general
ing will be obtained from the
IUrr -a whose switch is
=sem in a readily accessible
rrby the entry to the kitchen.
ASwitch location determines
-how the occupant will use the
Ming and which light is turned
4T as general lighting because its
switch is most accessible.
EXCEPTION: Luminaries which
are used only for specific visual
tasks, such as lighting a kitchen
counter or sink or a dining table,
need not be considered general
lighting if
MMMS ENTERPRISES
they are in addition to the other
general lighting.
If there is only one fixture in the
bathroom, it is exempt from the
minimum efficiency requirements
and may be incandescent. When
there is more that one fixture in a
bathroapi,Ahe general lighting will
be - m the luminaire
w ositioned in a
A&WaccessibfdW by the
oto the Alight
switch locatio_ines how the
occupant wie lighting and
which lighter on as general
lighting becad its switch is most
privacy door separates
two=p= of a bathroom the two
parts are still considered one
behroom for the purpose of
ung requirements.
REVISION JUNE 1990: Where
building plans indicate a bathroom
as a single room and more that
one fixture is to be installed, then
one has to meet the minimum
efficiency requirements. Where
there is an enclosed bathroom with
and exterior vanity, and only one
fixture is within the enclosed
bathroom and one fixture is outside
this room, then both are exempt
from the minimum efficiency
requirements.
There is no limit on the amount of
lighting installed in kitchens and
bathrooms, only a minimum
luminaire efficiency for the general
purpose lighting fixtures.
Incandescents equipped with screw
in fluorescent. adapters which can
be removed and replaced by
incandescent lamps do not
comply.
For additional information about
lighting see the typical examples
from the CEC Handbook later in
this section.
MAM S EMERPfISES
HVAC EQUIPMENT
SIZING
To ensure that properly -sized
systems are installed in new
residential buildings, the standards
set the following sizing require-
ments and specify acceptable load
calculation procedures and indoor
and outdoor design temperatures.
(1)
(2)
Natural gas and liquefied
petroleum gas central furnaces
in the building must be sized
to meet at least one of the
following requirements:
(a) The total output heating
capacity of furnaces in the
building must be less that
45,000 btu/ hr, or
(b) The furnace's output
heating capacity must be
less that 1.3 times the sum
of the design heat loss for
the heating zone being
serviced by the furnace
and 10 btu/ hr per sq.ft. of
conditioned floor area in
the zone, or
(c) Seasonal efficiency r>
be greater than 1%
above 71 % for every 7,000
btu/ hr that the output
heating capacieeds
either the bui
heat loss or 45,0
whichever is greater. —
Heating equnt and coo
equipmen Abe sized
according wilding
design heat lose
gain rate, using ao
the ASKEPE—
amt_
Product
Equipment 1
Systems Volume `81
Fundamentals Volume.
(3) Indoor design dry bulb
temperatures must be 70' F for
heating and 78' F for cooling.
Outdoor design temperatures
must be those listed in the
0.2°� Winter Dry Bulb column
for heating. and the 0.5%
Summer Dry Bulb and Wet
Bulb columns for cooling,
based on percent -of -year in
ASHRAE publications SPCDX:
Climate Date for Region X
Arizona, California, Hawaii
Nevada, 1982
H.V.A.C. CONTROLS
All heating systems serve an
automatic thermostaLwithmock
mechanism which ting occ-
upant can program to ly
set back the thermostat
for at least = within
-79
hours.
EXCEPT; Grax
heaters, gra h
room heaters, TxffKE
heaters and room
twat Dumos need not
device fonW
temperature:
writrols shall:
with
to ren space
re mints from
F tip W .
-Ab
=-to . operate zone
iting - __d cooling in
uence if both are provided.
(3)= ftyided a temperature range
cid able up to the 10' F
eiuveen full heating and full
_ cling capacity to the zone, if
Me zone has both heating and
-_ cooling capacity. If the HVAC.
system uses reheat or recool
for conditioning this zone
before reheating and reduce
capacity to the zone before
retooling.
MARLIN'S ENTERPRISES
HEAT PUMP
THERMOSTATS
Heat pumps must have controls
which prevent • electric resistance
supplementary (strip) heater
operation when the heating load
can be met by the heat pumps
alonoagWt during defrost. Strip
h ed during periods
and following
AffliftEthermost advance
7 controlsvided which
use prefer-r—rate control,
intelligent_iery, staging,
ramping �_ similar control
mechanisms designed to preclude
unnecessary operation of strip
bdiftWuring the recovery period.
H.V. . . DUCTS
!the standards require that ducts
UW constructed, installed and
insulated according to Chapter 10
of the State Mechanical Code.
Chapter 10 requires and installed
value of R 2.1 or greater duct
insulation and that all joints be
sealed and taped. The State Mech-
anical Code is located in the State
Building Standards, Title 24, Part 4.
APPLIANCE AND
EQUIPMENT
CERTIFICATE
The standards require that if a new
appliance listed in Table 2-53G is
installed in a residential building it
must be equipped with intermittent
ignition devices. This restriction
applies to furnaces, household
cooking appliances, and pool
heaters.
This restriction does not apply to:
(1) Appliances designed to burn
only liquified petroleum gas or
(2) Cooking appliances which do
not have an electrical line
voltage supply connection and
no more than one continuously
burning pilot light consuming
less than 150 btu/ hr.
MADUN'S ENTERPMES I MADUN'S ENTERPRISES I MADUNS ENTERPRISES
APPLIANCE & ECNPMENT CERTFICATE
NOTE: An intermittent ignition
device is not required for
household water heaters not used
to heat pools.
EFFICIENCY
CERTIFICATION FOR
APPLIANCES AND
EQUIPMENT
Only appliances and equipment
certified by manufacturers as
complying with the state Appliance
Efficiency Standards at the time of
manufacture may be installed. The
following type of equipment are
subject to this requirements:
(1) Refrigerators & freezers.
(2) Room air conditioners.
(3) Central air conditioning heat
pumps.
(4) Central air conditioners with a
cooling capacity of less that
135,000 btu/ hr.
(5) Gas-fired space heaters.
(a) Fan type central furnaces
less that 400,000 btu/ hffE
(b) Boilers.
(c) Wall furnaces.
(d) Floor furnaces. _
(e) Room heaters. —
(f) Unit heaters.
(g) Duct furnaces.
(6) Water heaters.
(7) Showerheadfaucets. -_
(8) Fluoresce _ .
See Table 2-53G �
completelist of these
Gas fire shall
lffg-
a SE rating,_
meet anSEES-rte_ =ate
pumps shall meet aatinc
In section 2-5314(b), the Stan
set minimum thermal efficiency
75% for all:
(1) Gravity -type central furnaces.
(2) Fan -type central furnaces with
input ratings of 400,000 btu/ hr
or more.
The Standards do not require
appliance certification for:
(1) Some refrigerators and
freezers (see table).
(2) Nonstorage-type electric water
heaters.
A Certificate of Compliance
the Appliance Efficiency Staff
must be posted at the buildle
when any equipment subject tri
Standards is installed—_�is m
quirement is defined_ in 1WO—L20,
Section 1403(a)4. -
SERVICE HOT WA'
CONTROL �-
(1) Temperature. e
he�stem be
equipper a
of adjustment ow(
a�ao the highest 969�6_
erature setting 16M
Fuse listed in Table
-Chap of the 19
Pumps. I maculating hot
water systeinstalled, it
Ill have a corapable of
&�ically 1 off the
circa ou—m when hot
tT1N_ G
MS INSULATION
image type water heaters and
storagesand backup tanks for solar
mater -Ming systems shall be
Uy wrapped with insulation
- havtt an installed thermal
ar,sistance of B-12 or greater.
M—Mmatively, such tanks may be
insulated to a combined level of
R-16, when both internal insulation
and external wrap insulation are
considered. Internal insulation can
be included in the combined
insulation level only where the "R"
value of such insulation has been
labeled on the tank exterior by the
This blanket requirement applies to
storage tanks used primarily for
domestic water heating systems. It
does not apply to storage tanks
mounted outdoors and directly
exposed to the weather.
PIPING INSULATION
insulated in
le 2-53G.
FM in unftfiMned space
leading to arTwater heaters
must be insiith at least R-3
insulation rst 5 feet of pipe
closest to tfi water heater, or
itiatever shorter length is in
'Itioned space. No pipe
required in conditioned
spacor other non -recirculating
piping.
Wia not necessary to penetrate a
fire wall with the pipe insulation.
The insulation may end at the fire
wall and be continued on the other
side if it continues in unconditioned
space.
Steam and steam -condensing
return piping and recirculating hot
water piping in attics, garages,
crawl spaces, or unheated spaces
other than between floors or in
interior walls must be insulated to
provide maximum loss of not more
than 50 btu/ hr per linear foot for
piping up to and including 2 inch
nominal diameter and 100 btu/ hr
per linear foot for larger sizes.
EXCEPTION: Piping insulation
need not comply with Section
2-5312 if:
(1) Piping is installed within HVAC
equipment; or
(2) Piping conveys fluids at
temperatures between 60' F
and 106'F; or,
(3) The heat loss or heat gain of
the piping, without insulation,
does not increase the new
energy requirements of the
building.
MAWWS ENMWRISE.S MADUNS ENTERPRISES I MAMA'S ENTERPFUSES
FIREPLACE
REQUIREMENTS
Masonry and factory built fireplaces
must have the following:
(1) Closeable metal or glass doors
covering the entire opening of
the firebox. This requirement
may be omitted if such doors
would interfere with devices,
such as heat tubes permanent-
ly
ermanently 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;
(2) A combustion air intake to
draw air from the outside of
the building directly into the
firebox, which is at least 6
square inches in area and is
equipped with readily access-
ible, operable and tight -fitting
damper; and
(3) Tight fitting flue damper with
readily accessible control. _
These requirements do not
to free-standing stoves.
Continuous burning pilot lights and
the use of indoor air Boling
firebox jacket, when th-
is vented to the outsideE�=
building, are prohibited.
SWIMMING
HEATING
All new
pool he
(1) The pool heaiste
be equipped with.
(a) An On -Off switch r
on the outside of-�
heater for easy access t
allow shutting off the
operation of heating
without adjusting the
thermostat setting and to
allow restarting it without
relighting the pilot light.
(b) A permanent easily
readable weatherproof
plate or card that provides
instructions for the energyj
efficient operation of tW
pool and for the pry
care of pool water v
pool cover is used. _
(c) A length of plumbing-=-M-
minimum)
lumbingminimum) b t1W
filter and fossil fuier
to allow f future
addition of swing
equipment. -
(2) Any new;ment fob
fueled p _ e a
thermal effi _
75%dust b tifia
on th�nd theme
(3) Outdoor poa_- 'pped a
fossil fuel ori heater
—must also be equip a
cover.
(4)-lW�--cks must be insta]W
on or replacement
so t�-�ump-
run in -weak-ef�[nc
demand per. (unless
quired to opan active
_Wpool heatistem) and
#otGt Ott time
necessat-y€=ntain the
ve_r., in �and sanitary
,U itiaff--in -keeping with
icat_ :`public health
andards. -`Time clocks are
-not required where public
Abalth standards require 24
r-- mew pools shall be
dipped with directional inlets
_ wfiich adequately mix the pool
water to prevent stratification
of heating supply water and
the colder existing water.
EXCEPTION: These requirements
do not apply to hot tubs or spas.
VAPOR BARRIERS
In climate zones 1, 14 and 16, a
continuous vapor barrier, lipped or
joint -sealed, must be installed on
the conditioned space side of all
insulation in all exterior walls, on
the floor of unvented attics and on
floors-�r u nvented crawl spaces
to nsulation from
barrier as
me a vapor
laterial with
permeanceZEMWDerm or less.
Kraft papking on batt
ion may --qualify if the paper
ig meets the vapor barrier
ance rating, is properly
WO and is secured to the
glop and sole plates. Kraft
backing may not be
table for ceiling applications
se of fire code restrictions on
spread. Check the selected
ct for compliance with all
codes.
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and ConsultinT
Post Office Box 1443 s Palm Springs, California 92263
Telephone (619) 324-1731
1AIl.
-
1
Lumens
Lunnns/Watt
Incmdescent 75
1,200
Amnbeflsmresear A orara(D~beftwrexaa
100
1,700
a C
dj
Fluomscent 20
1,200
62
�----)UUu,"t.
3,100
78
ver of c MW ornsauucm
KITCHEN LIGHTING EXAMPLES
C
A
Table 2-S. Approsbrwe E lcteacy of Lumindreu
Ertidency
Light Source Watts
Lumens
Lunnns/Watt
Incmdescent 75
1,200
16
100
1,700
17
Fluomscent 20
1,200
62
40
3,100
78
A
Q
A
A m be Lwm&scew
A a J or irilvwvsrnr
Cew tr irwdueer
ra ar Isee�n[q
A
1
Am 11 a. M ldYt/osf
BATHROOM LIGHTING EXAMPLE.
MADLIN'S ENTERPRISES-
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone (619 324-1731-
' Building and Appliance Efficiency Office
O H,eprint,
July/August, 1990 No. 31
Special Compliance Topic --Water Heating
I understand that the Commission has
changed the standards affecting water
heater insulation in response to the
National Appliance E/jsciency Conservation
Act (NAECA). How does this affect
compliance?
If you install a 50 -gallon or less non -recirculating
gas storage type water heater with an R-12
external wrap, regardless of internal insulation.
it meets the water heating budget and no calcu-
ations are required. Most other situations will
require calculations using current modeling
procedures. This change was effective April 17,,
1990.
How can I avoid water heating calculations?
For compliance with residential energy standards
without water heating calculations, you must
install a 50 -gallon or less non -recirculating gas
storage type water heater with I an R-12 wrap
regardless of how much internal insulation the
water heater may have. These same criteria
apply if you wish to assume a standard gas water
heater in the point system, taking 0 points,
without a water heating worksheet. You may
also install one of the water heaters listed on the
following page that the Commission has verified
will meet the water heating budgets in any
climate zone without an external R-12 wrap.
If I am using a water heating worksheet
(Energy Conservation Manual. p. 6.19, 1
Worksheet One), how can I show compliance
for a gas water heater without an R-12
wrap?
You will calculate the adjusted standby loss
(Worksheet One, line B7) by multiplying line A7
by .01 (instead of the the value from Table 2).
If I am using a computer compliance
approach, how can I show compliance for a
gas water heater without an R-12 wrap?
The computer programs assume an R-12 wrap
automatically or allow you to choose "CEC
standard" insulation (R-12). You must adjust the
standby loss before you model the water heater
to cancel out this automatic credit. The steps for
adjusting standby loss are:
(1) Look up the standby loss adjustment factor
(Table 2, p. 6-23, Energy Conservation Manuell.
(2) Divide the standby loss by the adjustment
factor from Table 2. (3) Multiply by 0.01. (4)
Input the resulting standby loss.
For example, if the 50 -gallon gas water heater
you have selected has a 3.64% standby lose; the
adjustment is (3.64 + 0.0066) x.01 = 5.52%
adjusted standby loss.
NOTE: _ If your program allows you to choose the
water heater insulation, choose "CEC Standard"
and model the adjusted standby loss.
How will I document that I am showing
compliance without an R-12 wrap?
It must be noted in the Special Features section
of the Certificate of Compliance (CF -11t). The
note should include the specific method used
(e.g., "water heater modeled with an adjusted
standby loss [include adjustment equation)" for
computer compliance, "standby loss adjusted by
.01" if you are submitting a water heating
worksheet or "water heater meets budget
without an external wrap" if you are installing
one of the units listed on the following page).
Building departments. should verify the modeling
assumptions noted on the CF -1R against the C -
2R or water heating worksheet., Without this
documentation, an R-12 insulation wrap is
required on all water heaters at final inspection.
NOTE: Special Package A for additions does not
require compliance with the water heating
budgets. An external R-12 insulation wrap is not
required with this compliance approach.
What if a water heater cannot be externally .
wrapped (because of warranty and/or
hazardous warning label requirements)?
You must show compliance with the building
energy standards without an R-12 wrap using
MADLIN'S ENTERPRISES'.
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone (619) 3241731
E3e rin
duly/Arpu1. IWO No. 01
one of the calculation procedures outlined above.
Alternatively, you can install a different water
heater that can be externally wrapped, or you
may install one of the water heaters listed below.
Are there any water heaters that meet the
water heating budgets without a wrap?
There are currently 42 models that can be
installed in any of the 16 California climate
zones without an R-12 wrap. These particular
water heaters have a unique combination of
standby loss; recovery efficiency, and volume that
meet the water heating budgets. If one of these
units is installed, water heating calculations and
an R-12 wrap are not required.
Brand Model Number
American Appliance DVPB-35
(Features: 35 gallons, 94% recovery efficiency,
1.21% standby loss, 100,000 Btu input)
Bradford White M4II403T10CN-*
CONTINUED
Brand Model Number
Pay -N -Pak 121003
American Appliance G*2F90-443S*****
American Appliance GV2F90-454S*****
American Appliance GV2F90-443T*****
American Appliance G*2F90-443T*****
(Features: 38 gallons, 76% recovery efficiency,
2.7% standby loss, 40,000 input)
American Appliance PV*N463S***
(Features: 38 gallons, 80% recovery efficiency,
2.8% standby loss, 40,000 input)
Bock 40HE-*
(Features: 38 gallons, 86% recovery efficiency,
3.1% standby loss, 40,000 input)
Energy Master *40FFHI*-***
Hi Test . *40FFHI*-***
Hoyt Heater Co. *40FFHI*-***
Watermiser *40FFHI*-***
Sierra SI*40FFHI*-***
(Features: 39 gallons, 78% recovery efficiency, -
2.75% standby loss, 40,000 Btu input)
Bradford White M-III403T5CN-*
U.S. Water Heater M-III-R403T10CN-* A.O. Smith FGR40
U.S. Water Heater M-1II-R403T5CN-* (Features: 40.1 gallons, 79% recovery efficiency,
aturm-36.1 gallons;85S-mcavim-e Tciency 2.77% atandby loss, 33,000 Btu input)
3.1% standby loss. 40.000 Btu input)
AO. Smith PGS -040
AO. Smith PGCS-040 .
Conaire BG -40
Glascote PGS -040
Glascote PGCS-040
(Features: 38 gallons, 81.7% recovery efficiency,
2.2% standby loss, 32,000 input)
American Appliance GV2F90-443S*****
American Appliance GV2F90.433S*****
American Appliance G*2F90-433S*****
(Features: 38 gallons; 76% recovery efficiency,
2.7% standby loss, 33,000 input)
American Appliance GV2F90454T*****
(Features: 38 gallons, 76% recovery efficiency,
2.7% standby loss, 46,000 input).
American Appliance G*2F90-433T*****
American Appliance GV2F90-433T*****
Craftmaster. CRGV2F90-433T*****
(Features: 38 gallons, 76% recovery efficiency,
2.7% standby loss, 34,000 input)
Bradford White M-III-503SIOCN.*
Bradford White M-III-503S5CN-*
U.S.. Water Heater M-III-R503SIOCN-*
U.S. Water Heater M-I11-R503S5CN-*
(Features: 47.5 gallons, 85% recovery efficiency,
2.7% standby loss, 40,000 Btu input)
American Appliance GV2F90-533T*****
American Appliance G*2F90-533T*****
Cra(tmaste_ r CRGV2F90-533T*****
(Features: 48 gallons, 76% recovery efficiency,
2.1% standby loss, 38,000 Btu input) .
Energy Master *50FFH1-***
Hi Test *5OFFHI-***
Hoyt Heater Co. *50FFHI-***
Watermiser *50FFIiI-***
Sierra SI" 50FFHI-***
(Features: 49 gallons, 78% recovery efficiency,
2.2% standby loss, 40,000 Btu input)
Note: To establish this list, all certified 35- to
75 -gallon storage gas water heaters were
evaluated. This list represents less than 1% of
all water heaters; the majority cannot meet the
water heating budgets without an R-12 wrap.
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, Califomia 92263
Telephone (619) 324-1731
'Buildrng and Appliance Efficiency Office
.. January/February.1991, No. 33
Updated Water heater List
Below is a revised list of certified water heaters that comply with the water heating budgets without
additional calculations and without installing an external R-12 wrap. Reminder: - This list should not be
interpreted to mean that these are the only water heaters that can be installed in new residential build-
ings without external insulation. Applicants can use one of the modeling/documentation procedures from
Blueprint No. 31 to show compliance for any water heater by showing overall building compliance
(meeting energy budget or achieving point score of 0) with any water heater without an external wrap.
Recovery . Standby Rated
Brand Name Model Number Volume Efficiency (°k)Loss % Input (Btu)
Bradford -White
*Bradford -White
*Bradford -White
U.S. Water Heater
*U.S. Water Heater
*U.S. Water Heater
Bradford -White
Bradford -White
Bradford -White
U.S. Water Heater
U.S. Water Heater
U.S. Water Heater
Bradford -White
*Bradford -White
U.S. Water Heater
*U.S. Water Heater
Bradford -White
Bradford -White
*Bradford -White
*Bradford -White
U.S. Water Heater.
U.S. Water Heater
*U.S. Water Heater
*U.S. Water Heater
Bradford -White
U.S. Water Heater
Bradford -White
Bradford -White
*Bradford -White
U.S. Water Heater
U.S. Water Heater
*U.S. Water Heater
M-II-30T**CN-9
M-II-30T**CX-9
M-4-303T**CX-8
M-II-RG30T**CN-9
M-II-RG30T**CX-9
M-4-303T**CX-8
M4-303T**SN-8
M-II-30T**SN-9
M-II-30T**LN-9.
M-4-R303T**SN-8
M-II-RG03T**SN-9
M-II-RG30T**LN-9
M-III-303T**CN-7 .
M-III-303T**CX-7
M4II-11303T"CN-7
M-III-R303T**CX-7
M-III-303MN-*
M-III-303T10CN-*
M-III-303T5CX-*
M-III-303T10CX-*
M-III-R303T5CN-*
M-III-11303T10CN-*
M-III-R303T5CX.--*
M-III-R303T10CX-* .
M-4-30T**LN-8
M4-RG30T**LN-8
M4-30T**CN-8
M4-30T**SN-8
M-4-30T**CX-8
M4-RG30T**CN-8
M4-RG30T**SN-8
M4-RG30T**CX-8
*Operates on liquefied petroleum (LP) gas
27.5
76
3.66
40000
27.5
76
3.66.
40000
27.5
76
3.66
40000
27.5
76
'3.66
40000
27.5
76
3.66
40000
27.5
76
3.66
40000
27.5
77
3.83
40000
27.5
77
3.83
40000
27.5
77
3.83
40000
27.5
77
3.83
40000
27.5
77
3.83
40000
27.5
77
3.83
40000
27.5.
85 :,.
3.99
40000
27.5
85
3.99
40000
27.5
85
3.99
40000
27.5
85
3.99
40000
27.6
84
4.4
40000
27.6
84
.4.4
40000
27.6
84.
4.4
40000
27.6
.84
4.4
40000
27.6
84
4.4
40000
27.6
84
4.4
40000
27.6
84
4.4
40000
27.6
84
4.4
40000
28.5
75
3.14
32000
28.5
75
3.14
32000
28.5
75
3.42
32000
28.5
75
3.42
32000
28.5
75
3.42
32000
28.5
75
3.42
32000
28.5
75
3.42
32000
28.5
75
3.42
32000
MADLIN'S ENTERPRISES,
Title 24 Energy Calculations and Consulting=
Post Office Box 1443 • Palm Springs, California 92263.
Telephone (619) 3241731
® 9uuaing and Appll. f:ffklm"offlmM .. .
.
print
nu"YM*bev7 19.1. Ns 71
California Energy • •
*Operates on liquefied petroleum (LP) gas
Recovery
Standby
Rated
Brand Name
Model Number
Volume
Efficiency (°k)
Loss %
Input (Btu)
Rheemglas Fury
21VR30-5
28.5
77
3.4
27000
Rheemglas Fury
21VR30-5T
28.5
77
3.4
27000
A0. Smith
PGCS-030
28.5
81
2.93
30000
Sierra
SI30FFHMS-***
29
76
3.5
26500
Sierra
SI30FFHM-***
29
76
3.5
33000
Sierra
SIN30FFHMS-***
29
76.1
3.5
26000
Sierra
SIN30FFHM-***
29
76.1
3.5
31000
*Sierra
SI301FFLDV-***
29
76.1
3.5
32500
Sierra
SI301FFNDV-***
29
76.1
3.5
32500
Sierra
SIN301FFNDV-***
29
76.2
3.5
31000
*American Appliance
G*2F90-333SLP***
29
77
3.6
27000
*American Appliance
GV2F90-333SLP***
29
77
3.6
27000
American Appliance
G*2F90-333S*****
29
77
3.6
30000
American Appliance
GV2F90-333S*****
29
77
3.6
30000
American Appliance
G*2F90-333T*****
29
77
3.6
33000
Craftmaster
CRGV2F90-333T*****
29
77
3.6
33000
American Appliance
GV2F90.333T*****
29
77
3.6
33000
American Appliance .
GV2F90-343T*****
29
773.6
34000
American Appliance
GV2F90-353T*****
29
77
3.6
40000
'AO._$mith -_
FGR -30
30
77..-
2.92
28000
*A0. Smith
FSG -30
30
.77
3.1
30000
*A0. Smith .
PGX-30
30
77
3.1
30000
Bock
32PG
32
80.5
3.3
104000
*American Appliance
DVPB-35LP
35
94
1.21
100000
American Appliance
DVPB-35
35
94
1.21
100000
Bradford -White
M-II404T**LN-9
36.1
76
2.75
50000
U.S. Water Heater
M-II-R404T**LN-9.
36.1
76
2.75
50000
Bradford -White
M-II-40T**LN-9
36.1
77
2.7
40000
U.S. Water Heater
M-II-RG40T**LN-9
36.1
77
2.7
40000
Bradford -White
M-III-403T**CN-7
36.1
85
2.85
40000
*Bradford -White
M-III-403T**CX-7
36.1.
_ '85
2.85
40000
U.S. Water Heater
M-III-R403T**CN-7
36.1
.85
2.85
40000
*U.S. Water Heater
M-III-R403T**CX-7
36.1
85
2.85..
40000
Lochinvar Water Heater
HEN040
36.1.
85
2.85
40000
*Lochinvar Water Heater
HEL040
36.1
85
2.85
40000
Bradford -White
M-III-40MCN-*
36.1
85
3.1
40000
Bradford -White
i
M-III-403TIOCN-*
36.1
_ 85
3.1
40000
*Bradford -White
M-III-403T5CX-*
36.1
85
3.1
40000
*Bradford -White
M-III-403T10CX-*
36.1
85
3.1
40000
*Operates on liquefied petroleum (LP) gas
MADLIN'S ENTERPRISES
Title 24 Energy Calculations and: Consulting.
Post Office Box 1443 9 Palm Springs, California 92263
Telephone (619) 324-1731
Wing Offi-E
1nj.MB .
epri
wryIN1. Na 97
^meq
California - • Commission
Recovery Standby Rated
Brand Name Model Number Volume Efficiency (%) Loss % Input (Btu)
U.S. Water Heater M-III-R403T5CN-• 36.1 85 3.1 40000
U.S. Water Heater M-III-R403T10CN-* 36.1 85. 3.1 40000
*U.S. Water Heater M-III-R403T5CX-* 36.1 85 3.1 40000
*U.S. Water Heater M-III-R403T10CX-* 36.1 85 3.1 40000
j Bradford -White M-4-40T**CN-8 38 75 2.55 34000
Bradford -White M-4-40T**SN-8 38 75 2.55 34000
Bradford -White M-4-4OT**LN-8 38 75 2.55 34000
*Bradford -White M-4.40T**CX-8 38 75 2.55 34000
U.S. Water Heater M-4-RG40T**CN-8 38 75 2.55 34000
U.S. Water Heater M4-RG40T**SN-8 38 75 2.55 34000
U.S. Water Heater M4-RG40T**LN-8 38 75 2.55 34000
*U.S. Water Heater M4-RG40T**CX-8 38 75 2.55 34000
American Appliance GV2F90-4435***** 38 76 2.7 33000
American Appliance GV2F90433S***** 38 76 2.7 33000
American Appliance G*2F90433S***** 38 76 . 2.7 38000
American Appliance G*2F90-433T***** 38 76 2.7 34000
American Appliance GV2F90-433T***** 38 76 2.7 34000
Craftmaster CRGV2F90433T***** 38 76 2.7 34000
Pay -N -Pak 121003 38 76 2.7 40000
American Appliance G*2F90-4435***** 38 76. ... 2.7 40000
i
American Appliance G*2F90-443T***** 38 .76 2.7 40000
American Appliance GV2F90-454S***** 38 76 '2.7 40000
American Appliance GV2F90-443T***** 38 76 2.7 40000
Rheemglas Fury 21VR40-5-2 38 76 2.75 30000
*American Appliance PV*N463SLP*** 38 80 2.8 37000
American Appliance PV*N463S*** 38 80 2.8 40000
**A.0. Smith PGS -040 38 81.7 2.2 32000
AO. Smith PGCS-040 38 81.7 2.2 32000
**Conaire BG40 38 81.7 2.2 32000
**Glascote , PGS -040 38 81.7 2.2 32000
I Glascote PGCS-040. 38 81.7 2.2 32000
*American Appliance PV•N463SLP*** 38 83 2.8 37000
American Appliance PV*N463S'** 38 83 2.8 40000
Bock 40HE-* 38 86 3.1 40000
{ Energy Master *40FFHI*-*** 39 78 2.75 40000
i
Hi Test *40FFHI*--*** 39 78. 2.75 40000
i Hoyt Heater Co. *40FFHI*-*** .39 78 2.75 40000
Watermiser *40FFHI*-*** 39 78 2.75 40000
i
Sierra SI*40FFHI* *** 39 78 2.75 40000
*Operates on liquefied petroleum (LP) gas
**Available in both natural and liquefied petroleum (LP) gas fuel types
MADLIN'S ENTERPRISES=
Title 24 Energy Calculations and Consulting
Post Office Box 1443 • Palm Springs, California 92263
• Telephone (619) 3241731
1156prid
Recovery
Standby
Rated
Brand Name
Model Number
Volume
Efficiency M
Loss 4o
Inout (Btu)
Censible
PR' -40 -'ORT' -42W
40
76.5
2.6
40000
Reliance Water Heater Co.
'•'-40-•ORT-42W
40
76.5
2.6
40000
_ State 520 Turbo
TV-40-'KRT'42JW
40
76.5
2.6
40000
i A.O. Smith
FGR -40
40
79
2.77
33000
Bradford -White
M-4-50.5"LN-9
47.5
75
2.03
36000
Bradford -White
M-4-50S•`SN-9
47.5
.75
2.03
36000
'Bradford -White
M-4-50S••CX-9
47.5
75
2.03
36000
U.S. Water Heater
M-4-RGSOS"CN-9
47.5
75
2.03
36000
U.S. Water Heater
M-4-RG50S"SN-9
47.5
75
2.03
36000
'U.S. Water Heater
M-4-RG50S"CX-9
47.5
75
2.03
36000
AO. Smith
FGR -50
47.5
77
2.25
35000
Bradford -White
M-III-503S"CN-7
47.5
85
2.61
40000
'Bradford -White
M-III-503S"CX-7
47.5
85
2.61
40000
U.S. Water Heater
M-III-R503S"CN-7
47.5
85
2.61
40000
•
'U.S. Water Heater
M-III-R503S•'CX-7
47.5
85
2.61
40000
'Lochinvar Water Heater
HEL050
47.5
85
2.61
40000
Bradford -White
M-III-503S5CN-'
47.5
85
2.7
40000
Bradford -White
M-III-503S10CN-0
47.5
85
2.7
40000
'Bradford -White
M-III-503S5CX-•
47.5
85
2.7
40000
*Bradford -White,
M-III-503S10CX-'
47.5
.85
2.7'-
.40000 . .
U.S. Water Heater
M-III-R503S5CN-'
47.5
85
2.7
40000
U.S. Water Heater
M-III-R503S10CN-•
47.5
85
2.7
40000
'U.S. Water Heater
M-III-R503S5CX-'
47.5
85
2.7
40000
'U.S. Water Heater
M-III-R503S10CX--'
47.5
.85
2.7
40000
Lochinvar Water Heater
HEN050
47.5
85.6
2.61
40000
American Appliance
G•2F90-533T""'
48
76
2.1
38000
American Appliance
GV2F90-533T'•"'
48
76
2.1
38000
Craftmaster.
CRGV2F90-533T""'
48
76
2.1
38000
Energy Master
'50FFHI!"'
49
78
2.2 ..
40000
Hi Test
'50FFHI! "'
49
78
2.2
40000
Hoyt Heater Co.
050FFHI! "'
49
78
2.2
40000
Watermiser
'50FFHI! "'
49
78
2.2
40000
Sierra
SI'SOFFHI-"'
49
78.
2.2
40000
Reliance Water Heater Co.
"l50 -'ORT• -32W
50.
78
2.2
36000.
State 520 Turbo
TV-50-'KRT'-32JW
50
78
2.2
36000
Censible
PR' -50 -'ORT• -32W
50
78
2.2
36000
j
Updated January 29, 1991 -
146 models
*Operates on liquefied petroleum (LP) gas
MADLIN'S ENTERPRISES,.
Title 24 Energy Calculations and. Consulting
Post Office Box 1443 s Palm Springs, California 92263
Telephone (619) 324-1731,
TABLE 2-53E MINIMUM PIPE INSULATION
Pipe Diameter lin Inches)
Fluid Runoutsl Branches. Mains. and L000s2
Piping System Temperature Up to 1 and 8 and
Types Range, •F 2 Less 1.15-2 2.50-4 5-6 Larger
Insulation Thickness3
(in inches)
SPACE HEATING
AND WATER HEATING SYSTEMS
Steam 6 Hot Mater
High Pressure/Temp 306-460 1.5 2.5 2.5 3.0 3.5. 3.5
Medium Pressure/Temp 251-30S 1.5 2.0 2.5 2.5 3.0 3.0
Low Pressure/Temp 201-150 1.0 1.5 1.5 2.0 2.0 2.0
Low Temperature 105-200 0.5 1.0 1.0 1.5 1.5 1.5
Steam Condensate
tfor Feed Water) Any 1.0 1.0 1.5 1.0 2.0 2.0
COOLING SYSTEMS
Chilled water .. 40-60 0.5 0.5 0.75 1.0 I.0 1.0
Refrigerant or Brine ..... Below 40 1.0 1.0 1.5 1.5 1.5 1.5
NOTE NO. 1. Runouts' are piping that 1s 12 feet long or less and that is
connected to fixtures or individual terminal units.
NOTE NO. 2. "Branches, Mains, and Loops' are circulating piping and piping
that is over 12 feet long and that is connected to fixtures or
individual terminal units.
MOTE NO. 3. Insulation thickness to Table 2-53E is based on materials having
thermal resistance in the range of R - 4.0 to 4.6 per inch. For
materials with thermal resistance less than R - 4.0 per inch, the
minimum insulation thickness shall be determined as follows:
4.0 x Table 2-53E Thickness
Actual R - New Minimum Thickness
For materials with thermal resistance more than R - 4.6 per inch,
the minimum Insulation thickness shall be permitted to be reduced
as follows:
4.6 x Table 2-53E Thickness - New Minimum Thickness
Actual R
HP19 SERIES
HEAT PUMP OUTDOOR UNITS
RFCIIIT*M'or EXPANSION VALVE SYSTEM
*18,900 to 61,000 Btuh Cooling Capacity
*19,100 to 59,000 Btuh Heating Capacity
*ARI Standard 200 certified Ratings
The Lennox HP19 series heat pump outdoor units consist of seven models
ranging from 1-1/2 thru 5 tons. Energy efficient outdoor units have SEER'S
of up to 12.00 with a cooling capacity range of 18,900 to 61,OD0 Btuh and
COP ratings of up to 3.46 with heating capacities of 19,100 to 59,000 Btuh.
The units are designed for applications with remotely located indoor blower -
coil units or indoor add-on coils in Fuelmaster+ installations. The outdoor
/ units are equally suited for installation on a slab at grade level or on a roof-
top. A variety of matching up-flo, down-flo and horizontal blower powered
indoor units, with optional supplemental electric heat, provide selective
sizing and installation versatility. For Fuelmaster+ applications and com-
plete data on indoor units see individual bulletins indexed in this tab sec-
tion. Outdoor units are test operated at the factory to insure proper operation
and are shipped ready for installation. Installer has only to locate unit and
make refrigerant line and electrical connections to complete installation.
Refrigerant Control Choice — A choice of refrigerant flow controls is
available. Use an RFCId,M refrigerant metering orifice for an economical
installation restricted to speck indoor coil units. An alternate choice is
to select an optional check and expansion valve kit to give a larger selection
of indoor coils to select from.
RFCIII SYSTEMS
DISTRIBUTOR
U METERING
ORIFICE
CB19/CBH19 DISTRIBUTOR
CONNECTOR
CABINET
PANEL
LIQUID
STRAINER IS PROVIDED LINE
IN CONNECTOR TO PROTECT
ORIFICE FROM FOREIGN MATTER
Refrigerant Flow Control III — HP19 units are applicable to Lennox
RFCIII systems when matched with the CB19 and CBH19 blower -coil units
only. RFCIII (Refrigerant Flow Control) is a very accurate means of metering
refrigerant in a system. Refrigerant metering control is accomplished by
the exact sizing of a refrigerant metering orifice located in the distributor
of the CB19/CBH19 coils. The distributor is equipped with a flare fitting
connector located external to the cabinet for easy connection of the liquid
line. See sketch. The design of the bullet-shaped metering orifice allows
for reverse flow during the heating cycle. As the refrigerant flows in the
reverse direction the orifice moves back in the free flow position, eliminating
the need for a check valve and related piping in the system. The whole
principle of the RFCIII system involves the matching of the indoor coil and
the proper sizing of the metering orifice. The RFCIII system equalizes
pressures instantly after the compressor stops. It therefore starts unloaded
eliminating the need for any extra controls.
Expansion Valve Systems — For maximum seasonal efficiency use an
expansion valve matched to a chosen indoor unit. Check and expansion
valve kits are available and must be ordered extra. Kits field install on the
indoor coil units. For kit requirements see ARI Ratings table.
For use in expansion valve systems the CB19/CBH19 indoor coils must
be field altered for removal of the RFCIII refrigerant metering orifice. The
orifice may be easily removed at the liquid line connection on the indoor coil.
NOTE — Specifications, Ratings and Dimensions subject to change without notice.
�� eerrrcamx arras pnr -•J `l
. S�Sl1MJa��o
ENGINEERING DATA
HEAT PUMPS
MATCHED:, REMOTE
SYSTEMS
Page 21
4.
September.' 1988
Typical Application
FEATURES
Approvals — Units have been tested with matching indoor units in the
Lennox Research Laboratory and rated according to U.S. Department of
Energy (DOE) test procedures and in accordance with ARI Standard 240-81.
In addition, units are U.L. Listed and have been sound rated in the Lennox
reverberant sound test room in accordance with ARI Standard 270-84. Units
and components within are bonded for grounding to meet safety standards
for servicing required by U.L. and N.E.C.
Durable Steel Cabinet — Heavy gauge galvanized steel cabinet is subject
to a five station metal wash process. This preparation process results in
a perfect bonding surface for the finish coat of baked -on outdoor enamel.
The attractive enamel finish gives the cabinet long lasting protection from
the weather. Drainage holes are furnished in base section for moisture
removal. High density polyethylene base channels raise the unit off of the
mounting surface away from damaging moisture. A non -corrosive PVC
coated steel wire outdoor coil guard is furnished.
Compressor and Controls Compartment — Separate compressor and
controls compartment protects all components from weather conditions
and keeps sound transmission at a minimum. Large removable access panel
provides complete service access.
Accessible Control Box — Large size and conveniently located in the
compressor and controls compartment for easy access. All controls are
pre -wired at the factory. A low voltage terminal strip is furnished for ease
of field wiring connections.
Copper Tube Outdoor Coil — Lennox designed and fabricated coil is
constructed of precisely spaced ripple -edge aluminum fins machine fitted
to seamless copper tubes. Precise coil circuiting gives uniform refrigerant
distribution for high efficiency. Extra large wrap around "U" shaped coil
9
configuration provides extra large surface area for excellent heat transfer
with minimum air resistance. Fins are equipped with collars that grip tubing
for maximum contact area. Inverted coil circuiting prevents ice buildup at
coil base in low ambients. Discharge gas enters bottom of coil during defrost
and heat of refrigerant flows counter to water drainage resulting in extremely
clean and unobstructed fins and tubes. Fin spacing allows rapid and com-
plete water drainage. Flared tubing connections and silver soldering pro-
vide tight, leakproof joints. Long life copper tubing is corrosion -resistant
and easy to service. Coil is factory tested under high pressure to insure
leakproof construction. HP19-650 model is equipped with enhanced fin
coil. Entire coil is accessible for cleaning.
Powerful Outdoor Fan — Efficient direct drive fan moves large volumes
of air uniformly through the entire outdoor coil resulting in high refrigerant
cooling capacity. Vertical discharge of air minimizes operating sounds and
eliminates hot air damage to lawn and shrubs. Fan motor is totally enclosed
for maximum protection from weather, dust and corrosion. A rain shield
on the motor provides additional protection from moisture. Fan service
access is accomplished by removal of fan guard. Corrosion resistant PVC
coated steel wire fan guard is furnished as standard.
Dependable Compressor — Rugged and reliable compressor is hermet-
ically sealed, suction cooled and overload protected. Internally protected
from excessive current and temperature. Operates efficiently at low outdoor
temperatures during heating mode. Strategically located discharge muffler
reduces sound level. Immersible self-regulating type crankcase heater is
temperature actuated to operate only when required and ensures proper
lubrication at all times. Running gear is spring mounted within sealed hous-
ing. In addition, compressor is installed on resilient rubber mounts in the
unit, assuring quiet and vibration -free operation.
Defrost Control — A solid-state defrost control is fumished as standard
equipmment. It gives a defrost cycle (14 minutes) for every 30, 60 or 90
minutes (adjustable) of compressor "on" time at outdoor temperature below
35°F. A sensing element mounted on the outdoor coil determines when
the defrost cycle is required and also when to terminate a cycle.
Refrigerant Line Connections, Electrical Inlets and Service Valves —
Vapor and liquid line connections are made with sweat connections inside
the unit. Field wiring inlets are conveniently located for ease of entry. Fur-
nished and factory installed are a thermometer well, a shrader fitting in
the vapor and discharge lines, shutoff valve with gauge ports on the vapor
and liquid lines. In addition a hi -capacity drier with internal check valve
and a strainer are furnished and factory installed in the liquid line.
Suction Line Accumulator — Factory installed and piped accumulator
is furnished on the HP19-410, 460, 510 and 650 models only. Traps and
prevents large amounts of liquid refrigerant from flooding directly into the
compressor and causing damage on start-ups and refrigerant cycle change.
Reversing Valve — 4 -way interchange reversing valve effects a rapid
change in direction of refrigerant flow resulting in quick changeover from
cooling to heating and vice versa. Valve operates on pressure differential
between outdoor unit and indoor unit of the system. Factory installed.
Expansion Valve — Designed and sized specifically for use in heat pump
system. Sensing bulb is located on the suction line between reversing valve
and compressor thus sensing suction temperature in any cycle. Factory
installed and piped.
Service Light Thermostat — Factory installed on the compressor dis-
charge line. Required for operation of conditioned area thermostat with
service light.
High Pressure Switch — Factory installed and wired. Protects system
from abnormal operating conditions. Manual reset.
Start Controls — Furnished and factory installed. Provides assistance for
compressor start under loaded conditions or in the event of low voltage.
Thermostat (Optional) — Thermostat is not furnished with the unit and
must be ordered extra. See Lennox Price Book.
Ref rigerent Line Kits (Optional) — Lines are available in several lengths
and must be ordered extra. See Refrigerant Line Kit table for selection.
The refrigerant lines (vapor and liquid) are shipped refrigeration clean. Lines
are cleaned, dried, pressurized and sealed at the factory. Vapor line is fully
insulated. Lines are fumished with a flare fitting (Indoor unit connection)
on one end and less any fitting (stubbed) on the opposite end for connec-
tion to the outdoor unit. Kits are not available for HP19-650 models and
lines must be furnished by the installer. Refrigerant line length should not
exceed 50 ft. in any installation. If longer length lines are required, contact
your Lennox Division Service Manager.
Check and Expansion Valve Kits (Optional) — Must be ordered extra
and field installed on indoor units. See ARI Ratings table.
Mounting Base (Optional) — Rugged mounting base provides perma-
nent foundation for outdoor units. High density polyethylene structural
material is lightweight, sturdy, sound absorbing and will withstand the rigors
of the sun, heat, cold, moisture, oil and refrigerant. Will not mildew or
rot. Can be shipped singly or in packages of 6 to a carton. Use MBl-32
(83083) 32" x 34` x 3" shipping weight 15 lbs. each.
Outdoor Thermostat Kit (Optional) — An outdoor thermostat can be
used to lock out some of the electric heating elements on indoor units where
two stage control is applicable. Outdoor thermostat maintains the heating
load on the low power input as long as possible before allowing the full
power load to come on the line. Thermostat kit (LB-29740BA) and mount-
ing box (M-1595) must be ordered extra.
=:0
2
l
I
ARI RATINGS
+Sound Rating Number in accordance with ARI Standard 270.
tRated in accordance with ARI 240 and DOE; with 25 ft. of connecting refrigerant lines.
Cooling Ratings - 95°F outdoor air temperature and BDOF db/67°F wb entering indoor coil air.
High Temperature Heating Ratings - 47°F db/43°F wb outdoor air temperature and 70°F db entering indoor coil air.
Low Temperature Heating Ratings - 17°F db/15°F wb outdoor air temperature and 70°F db entering indoor coil air.
*Heating Seasonal Perfommiance Factor.
ttRFC metering orifice;fumished with indoor coil unit.
*Must be ordered extra for field installation.
SPECIFICATIONS
Model No.
HP19-211
HP19-261
HP19-311
*ARI
Standard
240
Ratings
Net face
area (sq. ft.)
Outer Coil
11.83
11.83
15.94
Outdoor
18.22
*,Check
Total Total
Unit
23.01
High
Low
Total
3/8
3/8
Unit
3/8
High
Unit
Low
No. of rows
and
Model No.
Cool.
Temp.
Temp.
Unit
SEER
EER
High
18
Temp.
Low
Temp.
Indoor
Expansion
*ARI Std.
Cap.
Htg.
Htg.
Cooling
(Btuh/
(Stuh/
Temp.
•HSPF.
Htg.
Temp.
Htg.
Unit
Valve
270 SRN
lBtuh)
Cap.
Cap..
Waw
Watt)
Watt)
Htg.
1/6
C.O.P.
Htg.
C.O.P.
1/4
Kit
(bels)
Cfm I
IBtuh)
Ietuhl
3350
3350
3400
Watts
4100
Watts
840
840
820
820
18,900
19,100
11,000
1910
11.00
9.90
1790
7.40
3.12
1480
2.16
CB18-31, CBS18-31
LB-34792BE
HP19-211
19,600
19,200
10,900
1825 _
10.80 _
.10.70
1670
7.80
3.36
1360
-2.30 `
CB19-21, CBH19-21
ttRFCM
17.2)
Vapor line connection (sweat)
5/8
5/8
3/4
3/4
7/8
7/8
1-1/8
Shipping weight (lbs.)
201
204
C619-21, CBH19-21
267
301
19,600
19,200
10,900
1825
12.00
10.70
1670
7.80
3.36
1380
2.30
LB-34792BE
C819-26, CBH19-26
25,000
24,600
13,800
2480
10.75
10.10
2260
7.40
3.18
1780
2.26
CB18-31, CBS18-31
LB-34792BE
HP19-261
25,200
25,000
14,000
2455,'- ..
10.60
1b.30
2180
7.80
'3.36:
1720
.2.36
CB19-26, CBH19-26
- ttRFCM
(7.4)
25,200
25,000
14,000
2455
11.30
10.30
2180
7.80
3.36
1720
2.36
CB19-26, CBH19-26
LB-34792BE
26,000
25,200
13,900
2470
11.55
10.50
2140
7.90
3.46
1690
2.38
C819-31, CBH19-31
30,000
28,800
16,800
2930
11.00
10.20
2760
7.35
3.04
2200
2.24
CB18-41, CBS18.41
LB-34792BG
HP19-311
31,000
.30,000
17,100
2885
10.60:
.10.70:
2610
7.90
3.36
2100
2.38
CB19-31, CBH19-31
ttRFCM .
(7.4)
31,000
30,000
17,100
2885
11.80
10.70
2610
7.90
3.36'
2100
2.38
C819-31, CBH19-31
LB-34792BG
31,000
30,200
17,200
2910
11.60
10.60
2640
7.85
3.36
2130
2.38
C819-41, CBH19 41
34,800
34,600
20,400
3570
10.40
9.70
3320
7.50
3.06
2590
2.30
CB18-41, CBS18-01
LB
35,400
35,400
20,400
3490
10.90
10.20
3140
8.00
3.30
2490
2.40
CB19-31, CBH19-31
-347926G
HP19411
36,000
35;800
20,600
3520
10.35
10.20
31-40
8.10
3.34
2490
2.42
C61941, CBH1941
ttRFCM
HP19-413
36,000
•35,800
20,600
3520
11.00
10.20
3140
8.10
3.34
2490
2.42
CB19-41, CBH1941
(7.4)
35,400
20,600
3660
10.60
9.90
3320
7.65
3.12
2620
2.30
CB18-51, CBS18-51
LB-34792BG
F36,200
37,200
36,200
20,800
3600
11.15
10.30
3170
8.05
3.36
2540
2.40
C1319-51, CBH19-51
HP19-461
41,500
42,500
24,200
4260
10.85
9.70
3840
7.90
3.24
2940
2.42
CB18-51, CBS18-51
LB-34792BG
HP19-463
43,000
43,000
24,400
4200
10.50
10.20
3680
. 8.30
3.42
2830
2.52.
C1319-51, CBH19-51
ttRFCM
(7.4)
43,000
43,000
24,400
4200
11.50
10.20
3680
8.30
1 3.42
2830
2.52
CB19-51, CBH19-51
LB-34792BG
46,000
46,500
26,000
4910
10.20
9.40
4350
7.20
3.14
3390
2.24
CB18-65, CBSIS-65
LB-34792BF
HP19-511
47,500
48,000
27,600
4770.
10.15
9.90
4240
8.00
3.32
3340
2.42
CB19-51, CBH19-51
ttRFCM
HP19-513
47,500
48,000
27,600
4770
11.00
9.90
4240
8.00
3.32
3340
2.42
CB19-51, CBH19-51
f19-
LB-34792BF
49,500
48,000
27,600
4850
11.40
10.20
4260
1 8.00
3.30
3350
2.42
CB19-65, CBH19-65
HP19-651
56,500
59,000
33,200
6370
9.65
8.90
5700
7.25
3.04
4320
2.26
CB18-65, CBS18-65
LB-34792BH
HP19-653
(7.8)
11 61,000
59,000
33,800
6370
10.50
9.60
5360
7.65
3.22
4160
2.38
CB19-65, CBH19-65
+Sound Rating Number in accordance with ARI Standard 270.
tRated in accordance with ARI 240 and DOE; with 25 ft. of connecting refrigerant lines.
Cooling Ratings - 95°F outdoor air temperature and BDOF db/67°F wb entering indoor coil air.
High Temperature Heating Ratings - 47°F db/43°F wb outdoor air temperature and 70°F db entering indoor coil air.
Low Temperature Heating Ratings - 17°F db/15°F wb outdoor air temperature and 70°F db entering indoor coil air.
*Heating Seasonal Perfommiance Factor.
ttRFC metering orifice;fumished with indoor coil unit.
*Must be ordered extra for field installation.
SPECIFICATIONS
Model No.
HP19-211
HP19-261
HP19-311
HP19-411
HP19-413
HP19461
HP19463
HP19-511
HP19-513
HP79-651
HP19-653
Net face
area (sq. ft.)
Outer Coil
11.83
11.83
15.94
15.94
18.22
21.64
23.92
Inner coil 8.57 8.57 15.34 15.34 17.53 20.81
23.01
Outdoor
Tube diameter (in.)
3/8
3/8
3/8
3/8
3/8
3/8
3/8
Coil
No. of rows
1.75
1.75
2
2
2
2
2
Fins per inch
18
18
18
18
18
18
20
Diameter lin.)
20
20
24
24
24
24
24
No. of blades
4
4
3
3
3
4
4
Outdoor
Motor hp
1/6
1/6
1/6
1/6
1/6
1/4
1/4
Fan
Cfm I
2300
2300
3350
3350
3400
3900
4100
Rpm
840
840
820
820
820
860
815
Watts
185
185
210
210
200
290
350
Refrigerant -22 (charge furnished)
6 lbs. 5 oz.
6 lbs. 14 oz.
9 lbs. 5 oz.
11 lbs. 3 oz.
12 lbs. 10 oz.
12 lbs. 13 oz.
16 lbs. 4 oz.
Liquid line connection (sweat)
3/8
3/8
3/8
3/8
3/8
3/8
3/8
Vapor line connection (sweat)
5/8
5/8
3/4
3/4
7/8
7/8
1-1/8
Shipping weight (lbs.)
201
204
261
267
301
321
359
Number of packages
1
1
1
1
1
1
1
:r.
ELECTRICAL DATA
Model Number
HP19-211
HP19-261
HP19-311
HP19-411
HP19413
HP19-461
HP1940
Line voltage data - 60 hz
208/230v
60hz/1ph
208/230v
60hz/1ph
208/230v
60hz/1ph
208/230v
60hz/1ph
208/230v
60hz/3ph
208/230v
60hz/1ph
208/230v
60hz/3ph
Compressor
Rated load amps
9.7
12.1
14.2
15.6
10.8
18.3
11.7
Power factor .98 .98 .98 .98 .88 .98
.88
Locked rotor amps 54.0 57.0 66.0 75.8 65.0 97.6
73.7
Outdoor Coil
Fan Motor
Full load amps
1.1
1.1
1.1
1.1
1.1
1.1
1.1
Locked rotor amps 2.0 2.0 2.0 2.0 2.0 2.0
2.0
Recommended maximum fuse or20
circuit breaker size (amps)
25
30
35
25
40
25
'Minimum circuit ampacity
11 13.3
16.3
18.9
20.6
14.6
24.0
15.8
'Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements.
NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage.
ELECTRICAL DATA
Model Number
HP19-511
HP19-513
HP19-651
HP19-653
Line voltage data - 60 hz
208/230v
60hz/1ph
208/230v
60hz/3ph
460v
60hz/3ph
208/230v
60hz/1ph
208/230v
60hz/3ph
"460,
60hz/3ph
Compressor
Rated load amps
20.4
13.3
6.2
27.6
17.7
9.4
Power factor .98 .88
.88 .98 .88
.88
Locked rotor amps 107.4 74.0
37.0 135.0 105.0
55.0
Outdoor Coil
Fan Motor
Full load amps
2.2
2.2
1.1
1.7
1.7
1.1
Locked rotor amps 4.5 4.5
2.0 3.0 3.0
2.0
Recommended maximum fuse or
circuit breaker size (amps)
45
30
15
60
40
20
*Minimum circuit ampacity
27.7
1 18.9
8.9
1 36.2
23.9
12.9
Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements.
NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage.
-Extremes of operating range are plus and minus 10% of line voltage.
FIELD WIRING,
r--------1 r-------
LENNOX I iDISCONNECI
j THERMOSTAT I i SWITCH
I }Optional) I :JOY OTHERS)
L -------j
OUTDOOR
UNIT
IDISCONNECTI Ir LENNOX
I SWITCH -.OPTIONAL'
'(BY OTHERS)., , AUXILIARY
ELECTRIC
HEATER UNIT i
I OPTIONAL
OUTDOOR
,THERMOSTAT,
(DISCONNECT I
r SWITCH
(BY OTHERS),
LENNOX
INDOOR UNIT.
A - Two or Three wire power (see Electrical Table)
B - Two or Three wire power (size to heater capacity)
C - Two wire power (size to indoor coil blower motor)
D - Two wire low voltage (18 ga. minimum)
E - Eight wire low voltage (18 ga. minimum) with Electric Heat
- Ten wire low voltage with Optional Outdoor Thermostat
F - four wire low voltage (18 ga. minimum)
G - Three wire low voltage (18 ga. minimum)
- Field wiring not furnished -
NOTE - All wiring to conform to NEC and local electrical codes.
ME
2
C
C
C
c
r
a
REFRIGERANT LINE KITS
Outdoor Unit
Line Set Length of
Liquid Line
Vapor Line
Model No.
Model No. Lines Ift.)
(o.d. in.)
Io.d. in.)
H
L10-26-20 20
27-7/8
25-7/8
HP19-211
HP19-261
L10-26-25 25
3/8
5/8
L10-26-35 35
1-7/8
HP19-261
L10-26-50 50
1-11541-20 20
HP19-311
HP19-411
HP19-413
3/8
3/4
L10.41-30 30
L70-41-40 40
L10-41-50 50
15
26-5/8
18-5/8
HP19-461
L10-65-30 30
HP79-011-413
HP19-463
HP79-511
3/8'
7/8
L10-65-40 40
1-10-65-50 50
HP9-513
HP19-651
HP19-653
•Not Available —
----
—
*Field fabricate.
NOTE — Refrigerant lines must not exceed 50 h. in any installation.
INSTALLATION CLEARANCES (inches)
NOTE — 48" clearance required on top of unit.
*NOTE - One side of coil may be 12 inches.
DIMENSIONS (inches)
Model No.
A
B
C
D
E
F
G
H
HP19-211,
27-7/8
25-7/8
29-7/8
12-7/8
22-7/16
14-7/16
22-1/8
1-7/8
HP19-261
HP19-311,
30-7/8
32-1/8
341/16
15
26-5/8
18-5/8
28-1/8
2
HP79-011-413
347/8
32-1/8
341/16
16
26-5/8
18-5/8
28-1/8
240-7/832-1/8341/16
M
16
26-5/8
18-5/8
28-1/8
2
/16
16
265/8
185/8
28
n
Ci i
y H G -- H
FRONT VIEW
INLET AIR
I
COMPRESSOR
z�
INLET
a
AIR
1/8 2 �-
t =
Q COIL DRAIN OUTLETS
INLET AIR (Around perimeter of base)
TOP VIEW
C
ELECTRICAL DISCHARGE � AIR
INLETS
VAPOR LINE
INLET �
O
4-13/16
LIQUID—Iwl LINE
INLET D
jj- III
2-3/44 4 �— F
E
1-3/8 SIDE VIEW 6-1/16
— 22c —
RATINGS
NOTE - To determine Sensible Capacity, Leaving Wet Bulb and Dry Bulb temperatures
not shown in the tables, see Miscellaneous Engineering Data section, page 9.
HP19-411-413 COOLING CAPACITY WITH CRI111.51 nR CRAIRAI IlvnnnR cnll 11FUllT
---•- .-••• --,rw vry e.vv wr.a.auw OVY W IIVI mauve rnaoor con oiower motor neat oeoueuon.
HP19-411413 COOLING CAPACITY WITH CR19-51 nR cRw1a-rt iininnno r+nn unur
Compressor Motor
Watts Input
Total Output
(Btuh)
65
Air Temperature Entering Outdoor Coil 1°F) .
44.300
60
Outdoor Air Temperature Enterino
Outdoor Coil I °F
65
45 i 25 5
-15
(cfm)
Enter.
Enter.
Total
85
85
Comp. Mtr.
70°F db
Cap. (Btuh)
95
95
Input (W) Cap. (Btuh)
Input (W) Cap. (Stuh)
105
105
Input (W)
115
43.600
115
Wet
Air
Wet
Air
Total
Comp.
Sensible
Total
Total
Comp.
Sensible
Total
Comp.
Sensible
Total �lComp.To
Sensible
Bulb
Vol.
Cool
Motor
Ratio S/T
Cool
Motor
To Total
To
Cool
Motor
To
Total
Cool
Cool
Motor
To
Total
(°F)
(cfm)
Cap.
Watts
D
Bulb
°F
Cap
Waw
Ratio S
°F
Ca p'
Waw
Ratio
S
(SIT)
Cap.
Watts
Ratio
S
75
Bulb
80
(Stuh)
Input
Input
D
Bulb °F
(Btuh)
Input
D Bulb
(Stuh)
(Btuh)
Input
D Bulb
'F
(Btuh)
Input
D Bulb °F
85
75
80 9
75 1 80 1 85
75
85
80 1 85
75
80
85
1 2730
.77
75
1.80 85
35 100
1150
36.200
1 2700
.76
.90
1.00
34-100
1 29M
.78 .93
1.00 1
31.800
3080.80
38,500
.96
1.00 129.600
.95
3230
36.300
1.99 1.00
63
1300
37 300
2730
.78
.93
1.00 -'_35.100
.85
1 2930
.81 .96
1.00
32.8Q0
3110.84
.83
.99
1.0011
30,W
3280
.83
1.00 1.00
35 300
145011
38.300
2750
.81
.96
1.00
36.000
12950
.83 .99
1.00
33.900
3140
.86
1.00 1.00 1
31.8W
3310
.87
.90
11.00 1.00
67
1300
40 100
2790
.61
.75
.89
37 700
71
2990
.62 .77
.92
35,200
3180
1
.63
.80
.96
1
32 600
0
3340
3220
5
1.83
34 100
1450
40 900
2810
.62
.78
.93
38 400
3010
.64 .81
.96
35 800
3200
.65
.83
.99
33 300
3370
.65
68
.99
1.00
71
11
1300
1
42,8Q0
2850
.44
.45
.59
0
.72
40 300
3060
45 .
.45 .60
2
.75
900
37 700
3250
.45
.46
.60
.62
.74
.77
300
35 100
3420
!.48
.87
. 1
1450
43 700
2870
.45
.60
.75
41-100
3080
.46 .62
.78
38 500
3270
.47
.64
.80
35 700
3440
.64 .80
.66 .84
---•- .-••• --,rw vry e.vv wr.a.auw OVY W IIVI mauve rnaoor con oiower motor neat oeoueuon.
HP19-411413 COOLING CAPACITY WITH CR19-51 nR cRw1a-rt iininnno r+nn unur
- •- • - • -•• --•-•••• v-•- ..- -...w o... - ..u. o.auue u.uvur con urower motor new Oeouction.
HP19-411-413 HEATING CAPACITY WITH CR1R-41 nR ('_144Zta-97 IrUnnno r+nn itwrir
Indoor Coil
Compressor Motor
Watts Input
Total Output
(Btuh)
65
Air Temperature Entering Outdoor Coil 1°F) .
44.300
60
Outdoor Air Temperature Entering
Outdoor Coil °F
65
45 i 25 5
-15
(cfm)
Enter.
Total
Comp. Mtr. Total Htg.
85
Comp. Mtr. Total Htg.
Comp. Mtr.
70°F db
Cap. (Btuh)
95
Cap. (Btuh)
Input (W) Cap. (Btuh)
Input (W) Cap. (Stuh)
105
Cap. (Btuh)
Input (W)
115
43.600
3075
Wet
Air
TotalFnp
1715
Sensible
To Total
Total
Comp.
Sensible
Total
Comp.
Sensible
Total
Comp.
Sensible
Bulb
Vol.
Cool
9100
Ratio
IS
-5
Cool
Motor
To
Total
Cool
Motor
To Total
Cool
Motor
To
Total
1°F)
(cfm)
Cap.
D
°F
Cap.
Waw
Ratio S/T
Cep.
Watts
Ratio (S/Te
Cap.
Watts
Ratio
(SIT)
(Btuh)
75
Bulb
80
(Btuh)
Input
D
Bulb °F
(Stuh)
Input
D Bulb F
(Stuh)
Input
D Bulb F
85
75
80 9
75 1 80 1 85
80 1 85
1150
37.300
1 2730
.77
.92
1.00
35 100
1 2930
.79
.94 1.00
32 900
3110
.82 1.97 1.00
30.800
3280
1.00 1.00
63
1300
38,500
1 2760
.82
.95
1.00
36.300
1 29W
.82
.98 1.00 1
34.10D
1
3150
.85 11.00 1.00
32.100
1 3320
.85
1.00 1.00
1450
39-600
1 2780
.83
.98
1.00
37.400
1 2980
.86
1.00 1.00
35 300
3180
.89 1.00 1.00
33.200
1 3360
.89
1.00 1.00
67
11
1300
40 900
2810
.62
.77
.92
38 500
3010
1
.63
.. 1 135.100
.79 .95 135,900
31
3200
.65 .82 .98
33 400
3370
.92
7
1.00
11
41 900
2830
.63
.80
.95
39 300
3030
.65
.M .98
36 700
3220
.67 .86 1.00
34 100
3390
.67
.86
1.00
71
11
4
.44
71
.45
.59 .7
7400
40
.45 .61 6
34
10
.69
.46
.89
.79
1300
43 400
2870
.45
.60
.74
40 900
3080
.46
.61 .77
38 300
3270
.46 .63 .80
35 600
3440
1450
44 300
2890
.46
1 62 1.77
41 800
3100
.47
.64 .80
39 000
3290
.47 .66 .83
36 300
3460
.47
.48
.65 .83
.68 .87
- •- • - • -•• --•-•••• v-•- ..- -...w o... - ..u. o.auue u.uvur con urower motor new Oeouction.
HP19-411-413 HEATING CAPACITY WITH CR1R-41 nR ('_144Zta-97 IrUnnno r+nn itwrir
Indoor Coil
Compressor Motor
Watts Input
Total Output
(Btuh)
65
Air Temperature Entering Outdoor Coil 1°F) .
44.300
60
2M
Air Volume
65
45 i 25 5
-15
(cfm)
Total Htg.
Comp. Mtr. Total Htg.
Comp. Mtr. Total Htg.
Comp. Mtr. Total Htg.
Comp. Mtr. Total Htg.
Comp. Mtr.
70°F db
Cap. (Btuh)
Input (W)
Cap. (Btuh)
Input (W) Cap. (Btuh)
Input (W) Cap. (Stuh)
Input (W)
Cap. (Btuh)
Input (W)
1150
1300
43.600
3075
33 300
260522 800
2120 15,200
1715
7400
1295
1450
44 300
45 100
3040
3015
34 000
34 800
2570 23 500
2545 24 300
2085 15 900
2060 16 700
1690
8100
1260
2475 24 700 2030
1645
9100
1230
14.000
-5
1655
8900
1235
'-- -- - ""---"-o ---'"---- -'------ -'- -•---• -•--..,..,...r...w .- a..c wmyc�au+.c mnae where Otey OCCUR.
HP19411413 HEATING CAPACITY WITIi CR79_51 nR CRW1a_51 wirinno rrm trniir
Indoor Coil
Compressor Motor
Watts Input
Total Output
(Btuh)
65
Air Temperature Entering Outdoor Coil 1°F)
44.300
60
2M
Air Volume
651
5
45 25§9f
-15
(cfm)
Total Htg.
Comp. Mtr. Total Htg.
Comp. Mtr. Total Htg. Comp. Mtr.Comp.
Mtr. Total Htg.
Comp. Mtr.
70°F db
Cap. (Btuh)
Input (W)
Cap. (Btuh)
Input (W) Cap. (Btuh) Input (W)
Input (W)
Cap. (Btuh)
Input (W)
1150
44 700
2970
34 100
5 23.100 2090
1705
7500
1290
1300
45 400
2935
800
2500 23 800 2055
1670
8200
1255
1450
46.300
2910
35 700
2475 24 700 2030
1645
9100
1230
-. - ••w •ro -. - ...w W.uuuo u.e ene t o1 aerrosc cycies to the temperature range where they occur.
HP19411413 HEATING PERFORMANCE HP19-411413 HEATING PERFORMANCE
at 1300 cfm Indoor Coil Air Volume (CB18-51 or CBS18-51) at 1300 cfm Indoor Coil Air Volume IC1319-51 or CRH1a.511
*Outdoor Temp.
(Degree F)
Compressor Motor
Watts Input
Total Output
(Btuh)
65
3040
44.300
60
2M
41.800
55
2810
39.400
50
2700
36.900
47
2630
35,400
45
2570
34 000
40
1 2425
30.600
35.
22W
27.100
30
2180
25.300
5
2085
23.500
0
1990
21.700
17
1930
20 600
15
1890
19.8w
10
1785
17.9W
5
1680
15.9W
0
1575
14.000
-5
1470
12 000
- 10
1365.
10 100
- 15
1260
8100
-20
11
6200
-vut000r temperature M 7u% relative humidity. Indoor temperature at 70°F
*Outdoor Temp.
(Degree I
Compressor Motor
Watts Input
Total Output
(Stuh)
65
2935
45,400
60
2830
42,800
55
2725
40.300
50
2620
37.700-
7 70047
47
2555
36.200
45
2500
34.800
40
2365
31.200
35
2230
27.600
30
2145
25.700
25
2055
23 800
20
1970
21 900
17
1920
20800
15
1880
20 000
10
1775
113,000
5
1670
16,100
0
156514
100
-5
1465
12 100
-10
1360
110,200
- 15
1255
8200
- 20
1150
6200
-Outdoor temperature at 70% relative humidity. Indoor,tempersture at 70°F.
- 22L -
a
n.
RATINGS
NOTE - To deterrnine Serslbie Copsdty, 6seving Wet Bulb and Dry Bulb lempertwres
not shown in the tables, see Miscellaneous Engineering Data section, page 9.
HP19-W1-653 COOLING CAPACITY WITH CBIS -65 OR CBH79-M INDOOR COIL UNIT
rvv i c - Pui values are gross capaeroes and 00 not include indoor Col blower motor heat deduction.
HP19-651-653 HEATING CAPACITY WITH CB19-65 OR CRI41a.M IninnnR r_nu IIIWT
Indoor Coil
Air Volume
(cfm)
70 OF db
Air Tem erature Entering Outdoor Coil IoF)
65 45 125 5 -15
Total Htg. Comp. Mtr. Total Htg. Comp. Mtr.j Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr.
Cap. (Btuh) Input (W) Cap. (Btuh) Input (W) ICap. (Stuh) Input (W) Cap. (Btuh) Input (VII) Cap. (Stuh) input (W)
1700
72,900
5120
Outdoor Air Temolensture Enterina
Outdoor Coil Ion
3175 24,900
2770
12,100
2095
1925
74,100
5065
85
4130 37,100
3120 26,100
2715
13,300.
96105
2150 j
75,500
5025
57,400
I 4090 38,500
3080 27,500
2675
14,700
116
3120
37,100
Enter.
Total
Wet
Air
Total
Comp.
Sensible
To Total
Total
Comp.
Sensible
Total
Comp.
Sensible
Total
Comp.
Sensible
Bulb
Vol.
Cool
Motor
Ratio
(SIT)Cap.
Cool
Motor
To
Ratio
Total
S
13,300
Cool
Motor
To
Ratio
Total
ISM
Cool
Motor
To
Total
VF)
(cfm)
Cap.
Watts
D
Bulb
°F
Wal
D Bulb
°F
Cap.
Wim.
D
Bulb
of
Cap.
Waw
Ratio
D
S
Bulb
lStuh)
Input
75
80
85
(Btuh)
Input
75
80
85
(Btuh)
Input
75 80
85
(Btuh)
Input
75 80 185
1700
60,500
4880
.73
.85
.98
57,600
5260
.74.88
1.00
54,300
WW
.76
.90
1.00
51,300
6060
.77
.93
1.00
63
1925
62,700
4930
.75
.89
1.00
59,200
5320
.77
.92
1.00
56,000
5720
.78
.94
1.00
52,800
6160
.81
.97
1.00
2150
63,700
4970
.77
.92
1.00
60,600
5370
.79
.95
1.00
57,300
5790
.81
.96
1.00
54,100
6240
.84
1.00 1.00
1700
64,300
49W
.57
.70
.82
61,200
W90
.58
.71
.84
58,100
5830
.59
.73
.86
54,900
6270
.60
.75
.89
67
1925
66,300
5040
.59
.72
.85
63,000.
5460
.60
.74
.88
59,800
MW
.61
.76
.90
56,400
6380
.62
.78
.93
2150
68,000
5090
.601.75
.89
64,700
5510
.61
.76
.91
61,200
5980
.62
.79
.94
58,000
6460
.64
.81
.97
5090
.44
.56
.67
64,900
5520
.44
.56
.68
61,600
6000
.44
.57
.70
58,600
6500
.44
.58
.72
71
,215072,ODD
5150
.44
.57
.69
66,700
5600
.45
.58
.71
63,500
6090
,45
.59
.73
60,300
6610
.45
AD
.75
5200
.45
.59
.72
68,500
5670
.45
.W
.74
65,100
6170
.46
.61
.76
61,700
6700
.46
.W
.78
rvv i c - Pui values are gross capaeroes and 00 not include indoor Col blower motor heat deduction.
HP19-651-653 HEATING CAPACITY WITH CB19-65 OR CRI41a.M IninnnR r_nu IIIWT
Indoor Coil
Air Volume
(cfm)
70 OF db
Air Tem erature Entering Outdoor Coil IoF)
65 45 125 5 -15
Total Htg. Comp. Mtr. Total Htg. Comp. Mtr.j Total Htg. Comp. Mtr. Total Htg. Comp. Mtr. Total Htg. Comp. Mtr.
Cap. (Btuh) Input (W) Cap. (Btuh) Input (W) ICap. (Stuh) Input (W) Cap. (Btuh) Input (VII) Cap. (Stuh) input (W)
1700
72,900
5120
54,800
4185 35,900
3175 24,900
2770
12,100
2095
1925
74,100
5065
56,000
4130 37,100
3120 26,100
2715
13,300.
2040
2150 j
75,500
5025
57,400
I 4090 38,500
3080 27,500
2675
14,700
2000
6 NOTE - Heating capacities include the effect of defrost cycles in the temperature range where they occur.
ara
HP79-6514i5.3 HEATING PERFORMANCE
at 1925 cfm Indoor Coil Air Volume (C619-65 or CBH19-65)
*Outdoor Temp.
(Degree F)
Compressor Motor
Watts Input
Total Output
(Btuh)
65
5065
74,100
60
4860
69,900
55
4660
65,700
50
4455
61,500
47
4335
59,000
45
4130
56,000
40
3625
48,600
35
3120
41.200
30
3120
39,100
25
3120
37,100
20
3120
35,000
17
3120
33,800
15
3050
32,500
10
2885
29,300
5
2715
26,100
0
2545
22,900
-5
2375
19,700
-10
2210
16,500
-15
2040
13,300
-20
1870
10,100
'Outdoor temperature at 70% relative humidity. Indoor temperature at 700F.
(i
Ch
JULY 27, 1989
ELECTRIC WATER HEATERS
Brand Name:
A. 0. SMITH
Page 134
------------------------------------------------------------------------------------------------------------------------------------
:F:Volume
:First
:T:Dimensions:Mob.:In-
:Rated
:Recovery:Standby:Standby:Total
:In
:Out:
R
ADEC
:Energy:
M 0 D E L
:u:(gals)
:Hour
:e:
(inches) :Home:stant:Input
:Eff.
:Loss
:Loss
:Surface:H/T:H/T:
1
(KWH)
:Factor:
N U M B E
R:e:
:Rating
:s:----------:
:(KW)
:(%)
:(%/Hr)
:(Watts):Area
6
:l:
:(gals)
:t:
Hit :
Wid:
:(Sq Ft):
------------------------------------------------------------------------------------------------------------------------------------
Type: Small
Storage (Continued)
ELJF-06*
E
5.7
12.0
T
15
14
N
N
1.5
99.0
2.68
33.0
6.2
N
N
N
14.69
0.95
ELJF-10
E
9.5
14.9
C
18
18
N
N
1.5
99.4
1.89
35.0
7.8
N
N
N
14.72
0.95
ELJF-10*
E
9.5
21.0
C
18
18
N
N
3.0
99.4
1.89
35.0
7.8
N
N
N
14.79
0.195
ELJF-15*
E
14.0
19.2
T
31
14
N
N
1.5
99.6
1.29
37.0
9.5
N
N
N
14.86
0.94
ELJF-20
E
19.0
42.2
T
31
21
N
N
6.0
99.6
1.15
45.0.
11.5
N
N
N
15.07
0.93
ELJF-20*
E
19.0'
27.9
T
31
21
N
N
2.5
99.6
1.15
45.0
11.5
N
N
N
15.02
0.93
ELJF-30
E
28.0
74.5
T
25
24
N
N
12.0
99.7
1.13
65.0
17.0
N
N
N
15.60
0.90
ELJF-30*
E
28.0
43.8
T
25
24
N
N
4.5
99.7
1.13
65.0
17.0
N
N
N
15.34
0.91
ELJF-40
E
37.0
.80.7
T
32
25
N
N
.12.0
99.7
0.97
74.0
19.2
N
N
N
15.81
0.89
ELJF-40*
E
37.0
50.0'T
32
25
N
N
4.5
99.7
0.97
74.0
19.2
N
N
N
15.64
0.89
ELJF-50
E
45.0
186.3
T
32
25
N
N
12.0
99.6
0.95
90.0
24.0
N
N
N
16.17
0.87
ELJF-50*
E
45.0
52.6
T
32
25
N
N
14.5
99.6
.0.95
90.0
24.0
N
N
N
16.10
0.87
ELS -1
E
1.0
4.5
C
13
N
N
.0.8
98.5
22.0
2.5
N
N
N
14.35
0.98
ESTT-30
E
28.0
1.0
C
36
24
N
N
4.5
99.7
.1.13
65.0
17.0
N
N
N
15.46
0.91
ESTT-30*
E
28.0
74.5
C
36
24
N
N
12.0
99.7
1.13
65.0
17.0
N
N
N'
15.60
0.90
ESTT-40
E
37.0
48.0
C
36
24
N
N
4.5
99.7
0.97
74.0
19.2
N
N
N
15.75
0.89
ESTT-40*
E
37.0
80.7
C
36
24
N
N
12.0
99.7
0.97
74.0
19.2
N
N
N
15.81
0.89
JTHE-100
E'
92.0
118.9
C
57
N
N
12.0
99.4
0.68
129.0
32.6
N
N
N
17.18
0.81
JTHE-100*
E
92.0
85.2
T
50
.30
N
N
4.5
99.4
0.68
129.0
32.6
N
N
N
16.20
0.86
JTHE-120
E
109.0
130.7
C
62
N
N
12.0
99.4
0.62
140.0
36.0
N
N
N
17.43
0.80
JTHE-12O*
E
109.0
97.0
T
62
30
N
N
4.5
99.4
0.62
140.0
36.0
N
N
N
16.42
0.85
JTHE-82
E
74.0
106.4
C
49
N
N
12.0
99.5
0.76
116.0
29.7
N
N
N
16.85
0.83
JTHE-82*
E
74.0
72.7
T
'49
28
N
N
4.5
99.5
0.74
116.0
29.7
N
N
N
.15.90
0.88
PEC -030
E
28.0
40.8
C
46
18
N
N
4.5
99.7
1.04
60.0
16.4
N
N
N
15.44
0.91
PEC -030*
E
28.0
74.5
C
46
18
N
N
12.0
99.7
1.04
60.0
16.4
N
N
N
15.48
0.90
[PEC =040
E
37.0
.47.0
C
45
.21
N
N
4.5
99.7
0.93
.71.0
18.9
N
N
N
15.64
0.89
PEC -040*
E
37.0
80.7
C
45
21
N
N
12.0
99.7
0.93
71.0
18.9
N
N
N
15.74
0.89
PEC -052
E
45.0
61.9
C
55
21
N
N
4.5
99.6
0.95
88.0
22.5.
N
N
N
15.95
0.88
PEC -052*
E
45.0
95.6
C
55
21
N
N
12.0
99.6
0.95
88.0
22.5
N
N
N
16.17
0.87
PEC -066
E
60.0
73.0
C
61
22
N
N
4.5
99.5
0.84
103.0
26.3
N
N
N
16.11
0.87
PEC -066*
E
60.0
106.8
C
61
22
N
N
12.0
99.5
0.84
103.0
26.3
N
N
N
16.56
0.84
PEC -080
E
.74.0
84.3
C'
59
24
N
N
4.5
99.5
0.74
112.0
29.7
N
N
N
16.42
0.85
PEC -080*
E
74.0
116.0
C
59
24
N
N
12.0
99.5
0.74
112.0
29.7
N
N
N
16.78
0.83
PEC -120
E
109.0
130.7
C
62
N
N
12.0
99.4
0.63
141.0
36.0
N
N
N
17.48
0.80
PEC -12O*
E
109.0
97.0
T
62
30
N
N
4.5
99.4
0.64
143.0
36.0
N
N
N
16.42
0.85
SEH -066
E
60.0
73.0
C
61
22
N
N
4.5
99.5
0.84
103.0
26.3
N
N
N
16.11
0.87
SEH -082
E
74.0
116.0
C
59
24
N
N
4.5
99.5
0.74
112.0
29.7
N
N
N
16.42
0.85
SEH -100
E
92.0
116.9
C
57
N
N
12.0
99.4
0.68
129.0
37.6
N
N
N
17.18
0.81
SEH -100*
E
92.0
85.2
T
57
30
N
N
4.5
99.4
0.68
129.0
32.6
N
N
N
16.20
0.86
SEH -120
E
109.0
130.7
C
62
N
N
12.0
99.4
0.62
140.0
36.0
N
N
N
17.43
0.80
SEH -120*
E
109.0
97.0
T
.62
30
N
N
4.5
99.4
0.62
140.0
36.0
N
N
N
16.42
0.85
SUN -082
E
74.0
116.0
C
59
24
N
N
4.5
99.5
0.74
112.0
29.7
N
N
N
16.42
0.85
SUN -100
E
92.0
118.9
C
57.
N
N
12.0
99.4
0.68.
129.0
32.6
N
N
N
17.18
0.81
SUN -100*
E
92.0
85.2
T
57
30
N
N -
4.5
99.4
0.68
129.0
32.6
N
N
N
16.20
0.86
SUN -120
E
109.0
130.7
C
62
N
N
12.0
99.4
0.62
140.0
36.0
N
N
N
17.43
0.80
SUN -120*
E
109.0
97.0
T.
62
30
N
N
4.5
99.4
0.62
140.0 '-
'36.0
N
14
N
16.46
0.85
*. f
QM Oo 9:5GZ11c_L?D1
Enorgyj -Aoietno 9 Prfod'uc�
FEA TURES
CODE APPROVALS: H.U.D., B.O.C.A., ASHRAE 90A-1980,
and 1990 NAECA.
UL CERTIFIED to ANSI standards for Household Electric
Storage Tank Water Heaters UL 174.
THICK PERMAFOAMTMINSULATION — Minimizes radiant heat
loss. Insulating "R" value exceeds 16 on all models.
GLASS -LINED TANK — Glass, specifically developed by
A. 0. Smith ceramic research for water heater use, is fused to
steel at 16000F., providing corrosion protection for years of
dependable use. Proven reliable in millions of water heaters
for over 50 years.
THE RMOTRAPTMF ITTINGS —Reduce heat loss from convection
currents escaping through the cold water inlet or out through the
hot water outlet. Thermotrap fittings provide a dielectric water-
way to help prevent corrosion.
DIFFUSER DIP TUBE — Carries inlet water deep into tank, and
minimizes temperature dilution of already hot water.
ANODE — Extra heavy duty, tank -mounted, screw-in .anode for
longer tank life.
THERMOSTAT/HIGH LIMITS — Combination control provides
sensitive temperature control and overheat protection.
EXTERNAL TEMPERATURE ADJUSTMENT — Lower thermo-
stat (available mid-1990).
ELECTRIC ELEMENTS — Long life Phoenix (T.M.) low watt
density incoloy sheath, screw-in type, direct immersion elements
mean fast, efficient water heating for years of dependable service.
So reliable, they are guaranteed for 10 years on PEC models (8
years on EEC models).
EXTENDED PARTS WARRANTY
BRASS DRAIN VALVE
TOP LOCATED CONNECTION OPENINGS
ELEMENT SPECIFICATIONS — Two 4500 watt, 240V, single
phase elements, non -simultaneous with a recovery of 20.5 gph at
901F temperature rise supplied as standard equipment on all
models - see table. For other element wattages and voltages
consult factory - 30 amp maximum (40 amp max. with A-7
circuit). For amp draws greater than 40 amps, see DEN/DEL
models.
*WATERh,��
� O �
• a
� * �YE4RS OF
�y fjLASS L/NLNG
�JT�D,1kU of tl•���`�?
CONSERVATIONIST Is
ELECTRIC
RESIDENTIAL WATER HEATERS
MODELS EEC & PEC
t
10/8 YEAR LIMITED TANK WARRANTY
If the tank should leak during the warranty period,
under the terms of the warranty, A. 0. Smith will
furnish a replacement heater. Installation, labor,
handling and local delivery are extra. When used
commercially, warranty is 3 years.
10/8 YEAR LIMITED PARTS WARRANTY
If a covered part should fail during the warranty
period, under the terms of the warranty,
A. O. Smith will .furnish a replacement part.
Installation, labor, handling and local delivery are
extra. When used commercially, warranty is
1 year,
THESE OUTLINES ARE NOT WARRANTIES
For complete information, consult the written
warranty or A. O. Smith Water Products Company.
Revised June 1990 A 720.1
a
CONSERVATIONISTftr90
ELECTRIC GLASS -LINED WATER HEATER
COLD WATER
*TEMPERATURE AND PRESSURE RELIEF INLET LINE
VALVE OPENING MAY BE ON TOP OR
SIDE OF HEATER,
UNION
HOT WATER UNION SHUTOFF
SUPPLY PIPE ` VALVE
1
f FUSED
ELECTRICAL
SUPPLY
3/4" THREADED
CONNECTION
ELECTRICAL
JUNCTION BOX
ADJACENT
CONDUIT I 1
ENTRANCE
EMBLEM AND
RATING PLATE A
f�8
1 0OO
*INSTALL IN ACCORD. D F C
ANCE WITH ALL LOCAL
ACCESS CODES.
PANELS
DRAIN I E
r�71
LINE
EO TOP VIEW
II6" AIR GAP
FRONT VIEW
DRAIN VALVE ALL FITTINGS 3/4" NPT
_ C = INLET OPENING
tOVER CURRENT D = OUTLET OPENING
PROTECTION MUST BE E = DRAIN VALVE OPENING
SUPPLIED IN WATER F = RELIEF VALVE OPENING
HEATER CIRCUIT.
TYPICAL INSTALLATION CONSULT LOCAL CODE
OR NEC -1984 FOR
PROPER INSTALLATION.
All Dimensions In Inches
8 -Year 10 -Year Element Wattage (Non -Simultaneous) A B Approx.
Model Model Operating Gal. Std. 240 Volts Max. 240 Volt Ship. Wt.
NOTE: Operating costs are based on the national average cost of: $.0804 per KWH.
tEnergy factor.
SUGGESTED SPECIFICATION
This water heater(s) shall be A. 0. SMITH Model(s) no. electric heater, or an approved equal. Heater(s) shall be rated
at KW, volts, single phase, 60 cycle AC and listed by Underwriters' Laboratories. Heater(s) shall have a
maximum working pressure of 150 psi and an energy factor of or greater, a nominal storage tank capacity of gallons
with a separate 3/4" tapping for relief valve installation and a rigidly supported anode rod for maximum cathodic protection. All internal surfaces
of the heater(s) exposed to water shall be glass -lined with an alkaline borosilicate composition fused -to -steel. Electrical heating element(s) shall
be low watt density incoloy sheath, screw-in design, Element operation shall be double element, non simultaneous (or single element); (or double
element, simultaneous). The controls shall include a thermostat with each element and a high temperature cutoff. The jacket shall provide full
size control compartments for performance of service and maintenance thru front panel openings and enclose the tank with foam insulation. The
drain valve shall be located in the front for ease of servicing. Outer jacket shall be baked enamel finish. Heater(s) shall have an 8 or 10 year
limited warranty covering the tank, thermostats, high,limit and heating elements for residential installation; 3 years for commercial installation
(2 years on EEC models) as outlined in the written warranty. Fully illustrated instruction manual to be included. Heater(s) shall meet ASHRAE
Standard 90A-1980 for energy efficiencies and the minimum energy factor required by the Federal "National Appliance Energy Conservation
Act of 1987."
A. O. Smith
Water Products Company
Irving, TX
A Division of A. O. Smith Corporation
A. O. Smith Corporation reserves the right to make product changes
or improvements at any time without notice.
No.
No.
tE.F.
Costs
Cap.
(Lbs.)
Upper/Lower
Upper/Lower Height Dia.
CONSERVATIONIST MODELS
EEC -30
PEC -30
.95
$432
30
4500/4500
4500/4500
451/4
18
94
EEC -40
PEC -40
.94
437
40
4500/4500
6000!6000
44
201/2
115
EEC -52
PEC -52
.94
437
50
4500/4500
6000/6000
53 3/4
20 1/2
132
EEC -66
PEC -66
.94
437
66
4500/4500
6000/6000
59 3/4
21 3/4
172
EEC -80
PEC -80
.94
437
80
4500/4500
6000/6000
58 1/4
24
206
EEC -120
PEC -120
.89
461
120
4500/4500
6000/6000
613/4
29 1/2
336
Al 720.2 OA. O. Smith Corp., 1990 Printed in U.S.A.
FINAL AS -BUILT REPORT
Title 24 Energy Conservation Standards
Residential Compliance Report
HERRERA RESIDENCE
LA QUINTA
Prepared by
Madlin's Enterprises
Title 24 Energy Calculations & Consulting
Post Office Box 1443 • Palm Springs, California 92263
Job Number: 14095C • Date: December 18, 1992
j .
f
MADLIN'S ENTERPRISES
Title 24 Energy Calculations & Consulting
Post Office Box 1443 • Palm Springs, California 92263
Telephone 619-324-1731
FINAL AS -BUILT REPORT
TITLE 24 ENERGY CONSERVATION STANDARDS
COMPLIANCE DOCUMENTATION
This proposed residential project has been reviewed for compliance with the State of California Energy Conservation
Standards Tale 24 - Second Generation by Madlin's Enterprises. The building design described in. this compliance
portfolio is in conformance with the standards as outlined in the attached compliance forms and documentation.
Job Number: 14095C Date: 12/18/92
Prepared For: CAROL & ROGER HERRERA
Owner's Name: CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Method Of Compliance: MICROPAS V 3.1 COMPUTER PROGRAM
A, '
Orientation Of Entry: EAST
Catherine M. Madlin
Certified Energy Analyst, CAB.E.0
Certified Plans Examiner, C.B.C.I.`
The Mirxopas version 3.1 computer program has been used to perform the calculations summarized in this compliance report. This program has
approval and is authorized by the California Energy Commission for use with the second generation residential building energy efficiency
standards for residential occupancies.
`CAB.E.C. - California Association Of Building Energy Consultants
`C.B.C.I. - California Building Codes Institute
MADLIN'S ENTERPRISES
Title 24 Calculations and Consulting
Job Number: 14095C Date: December 18, 1992
Prepared For: CAROL & ROGER HERRERA Prepared By: C.Madlin
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
NOTE TO PLAN CHECKER
Attached you will final °as -built° revised Title 24 compliance documentation for the Herrera Residence. We would
like to bring to your attention the following items:
1. The following changes have been made in the attached calculations.
a. Tiled floor areas on the first floor have been increased.
b. Removal of exterior security shutters.
c. Installed glazing type has been modeled (Hurd windows, Insol 8).
..Due to the effect of these changes a new computer simulation run was required. The results are attached.
Please feel free to contact our office if you have any questions about the attached calculations or our methodology.
L
0
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 1 CF -1R
Proiect Title.......... HERRERA RESIDENCE Date........ 12/18/92
Project Address........
LA QUINTA
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLIN'S ENTERPRISES
Telephone .............. 619-324-1731 r
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Buliding Permit
Pian Check / DatE
Fieid Check/ Date
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
GENERAL INFORMATION
Conditioned Floor Area.....
Building Type.. ..
Building Front Orientation.
Numberof .Dwelling Units...
Number of Stories.. ......
Floor Construction Type....
Infiltration Control.......
3062 sf
Single Family Detached
Front Facing 90 deg (E)
1
1
Slab On Grade (Package D)
Standard
Overhang
Framing
Type
None
BUILDING SHELL INSULATION
Yes
Component'
Insul
Wood
Yes
Wood
Yes
Type
None
R -value
Location/Comments
Wood
Wall
Wood
R-
Wood
None
Wood
None
S1abEdge''
R-05
Wood
None
Wood
Door,
R-0
Roof
R-30
Floor
R-19
GLAZING
. Glazing
Area
# of
Interior
Exterior
Orientation
(sf)
Panes
Shading
Shading
Door
Left, .
( S )
73.0
2
DEFAULT
None
Window
Back
(W).
44.0
2
DEFAULT
None
Window
Left
.(SW)
10.0
2
DEFAULT
None
Door
Left
(S)
33.0
2
DEFAULT
None
Door
Right
(N){
40.0
2
DEFAULT
None
Window
Right
.(N)
21.0
2
DEFAULT
None
Window
Right
(NE)
50.0
2
DEFAULT
None
Window
Front
(E)
40.0
2
DEFAULT
None
Window
Front
(SE)
10.0
2
DEFAULT
None
Window
Front
(E)
46.0
2
DEFAULT
None
Window
Front
(SE)
18.0
2
DEFAULT
None
Window
Back
(W)'
48.0
2
DEFAULT,
None
Window
Right
(NE)
3.0
2
DEFAULT
None
Overhang
Framing
Type
None
Wood
Yes
Wood
Yes
Wood
Yes
Wood
Yes
Wood
None
Wood
Yes
Wood
Yes
Wood
Yes
Wood
None
Wood
None
Wood
None
Wood
None
Wood
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 2 CF -1R
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
Assumed System
HeatPump
AirCond
HeatPOmp
AirCond
ASSUMED HVAC SYSTEMS
Assumed
Efficiency
7.8 HSPF
10.50 SEER
7.8 HSPF
10.60 SEER
Duct
Location
Attic
Attic
Attic
Attic
Duct
R -value
R-5.5
R-5.5
R-5.5
R-5.5
ACTUAL HVAC SYSTEMS
Actual Output Manufacturer and Model � #
Actual System Efficiency (Btuh) (or approved equal)
Heating (2) LENNOX UNITS
Cooling (2) LENNOX UNITS
Cooling Coil (2) LENNOX UNITS
,.CEC Maximum output for Gas Central Furnaces:
WATER HEATING SYSTEMS
Tank R-12 or
# of Vol Greater Manufacturer and Model #
System Type Heat (gal) Blanket (or approved equal)
Storage, Electric 2 37 Yes (2) AO SMITH PEC 40
SPECIAL FEATURES/REMARKS
THE INSTALLED GLAZING IS WOOD FRAME WITH ALUM. CLAD INSOL 8 BY
HURD WINDOWS.
MODELED HVAC EQUIPMENT IS THE ACTUAL INSTALLED EQUIPMENT.
Btuh
Energy
Credits
None
THERMAL MASS
Area
Thickness
Hard Surfaced/
Type
(sf)
(in)
Exposed Location/Comments
S1abOnGrade
861
3.5
Yes SEE ATTACHED SCHEDULE
S1abOnGrade
630
3.5
Yes
S1abOnGrade
467
3.5
Yes NEW
S1abOnGrade
243
3.5
No
Assumed System
HeatPump
AirCond
HeatPOmp
AirCond
ASSUMED HVAC SYSTEMS
Assumed
Efficiency
7.8 HSPF
10.50 SEER
7.8 HSPF
10.60 SEER
Duct
Location
Attic
Attic
Attic
Attic
Duct
R -value
R-5.5
R-5.5
R-5.5
R-5.5
ACTUAL HVAC SYSTEMS
Actual Output Manufacturer and Model � #
Actual System Efficiency (Btuh) (or approved equal)
Heating (2) LENNOX UNITS
Cooling (2) LENNOX UNITS
Cooling Coil (2) LENNOX UNITS
,.CEC Maximum output for Gas Central Furnaces:
WATER HEATING SYSTEMS
Tank R-12 or
# of Vol Greater Manufacturer and Model #
System Type Heat (gal) Blanket (or approved equal)
Storage, Electric 2 37 Yes (2) AO SMITH PEC 40
SPECIAL FEATURES/REMARKS
THE INSTALLED GLAZING IS WOOD FRAME WITH ALUM. CLAD INSOL 8 BY
HURD WINDOWS.
MODELED HVAC EQUIPMENT IS THE ACTUAL INSTALLED EQUIPMENT.
Btuh
Energy
Credits
None
CERTIFICATE OF
COMPLIANCE: RESIDENTIAL
Page 3
CF -1R
Project Title.......... HERRERA RESIDENCE
Date........
12/18/92
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM CF -1R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
COMPLIANCE STATEMENT
This certificate of compliance lists the building features and performance
specificationsneeded to comply with Title 24, Chapter 2-53 and Title 20,
Chapter 2, Subchapter 4, Article 1 of the California Administrative code.
This certificate has been signed by the individual with overall design
responsibility and the building owner, who shall retain a copy of it and
transmit the certificate to any subsequent purchaser of the building. When
this certificate of compliance is submitted for a single building plan to
be built in multiple orientations, all building conservation features
which vary are indicated in the Special Features/Remarks section.
DESIGNER
Name.... CAROL HERRERA
Company.
Address,-- P.O....O
INDIO,'CA 92202
Phone...:.. 619-342-3203
License:
Signed
a e
DOCUMENTATION AUTHOR
Name....: CATHERINE M. MADLIN
Company., MADLIN'S,ENTERPRISES
Address. POST..OFFICE BOX 1443
PALM SPRINGS, CA 92263
Phone—'. 619-324-1731
Signed..
a e
C7�'��;�
Name.... CAROL OR ROGER HERRERA
Company.
Address. P.O. BOX 1507
INDIO - CA 92202
Phone... 619-342-3203
Signed
(aaLe)
ENFORCEMENT AGENCY
Name....
Title...
Agency..
Phone...
Signed
a e
CERTIFICATE OF COMPLIANCE: Additional Sheet FORM CF -1R
Job Number: 14095C Date: 12118/ 92
Prepared For: CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA _
Title 24 Documentation Prepared By: Madlin's Enterprises - Catharine M. Mallin, Certified Energy Analyst
HX.A.C. EQUIPMENT SCHEDULE
c�rsa Mame One i=4r t Floor..
Manufacturer. Lennox or equal unit
Minimum Required Seer. 10.50
System Type: Heat Pump / Split System
Equipment Model No.
Heating Capacity
Cooling Capacity
Heating Efficiency
Cooling Efficiency
OUTDOOR: HP19-651
...INDQ.OR: ,C819-65._:.:.,.
VALVE: LB19.65
59,000 BTUH
' at ARI conditions
61,000 BTUH
' at AN conditions
7.65 HSPF
10.5 SEER
Thermostat: Honeywell or equal night setback thermostat
Zaifte Name Twaeeond FfaO ::: ;:.... .:>:::;
Manufacturer. Lennox or equal unit
s
Minimum Required Seer. 10.60
System Type: Heat Pump / Split System
_..Equipment., Model. No..
Heating Capacity
Cooling Capacity
Heating Efficiency
Cooling Efficiency
OUTDOOR: HP19-411
INDOOR: CB18-51 •
VALVE: LB-34792BG
35,400 BTUH
' at ARI conditions
36,200 BTUH
• at ARI conditions
7.65 HSPF
10.6 SEER
Thermostat: Honeywell or equal night setback thermostat
Notes:
The h.v.a.c. equipment outlined above is provided to assist our client in demonstrating compliance with Title 24
Standards. Final equipment selection and h.v.a.c. system design is the responsibility of the h.v.ac. contractor.
Any equipment selection changes should be forwarded to the building department for plan check review.
The owner may install, at his option, a h.v.a.c. system with a higher efficiency rating and/or a smaller capacity.
The h.v.ac. loads included in this compliance portfolio are only one of the criteria affecting the selection of the
h.v.a.c. equipment. Other relevant design factors such as air flow requirements, outdoor design temperatures, coil
sizing, equipment location, availability of equipment, oversizing safety margin, etc., must also be considered. It is
the h.v.a.c. designer's responsibility to consider all factors when selecting the h.v.ac. equipment.
C
CERTIFICATE OF COMPLIANCE: Additional Sheet FORM CF -1 R
Job Number: 140950 Date: 12/18/92
Prepared For: CAROL & ROGER HERRERA
Project Name: HERRERA RESIDENCE
Project Location: LA QUINTA
Title 24 Documentation Prepared By: Madlin's Enterprises - Catherine M. Madlin, Certified Energy Analyst
NOTES:
1. Pursuant to the standards, areas under cabinets and closets are not included in the square footage figure
listed above.
2. The hard surface listed in the description column above may be ceramic tile, vinyl tile, marble, or paint
directly applied to the heavyweight concrete slab.
3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass.
THERMAL
MASS SCHEDULE
The following mass data was included in the attached Title 24 calculations to assist this project in demonstrating
compliance with the standards.
rtYPE
OiESCAIP€fON QF MASS.::::>;.::
SQUAI=:
,:.
':>:LOCA'IIQN Ol` NfASS::::>' . «::«,. '°` .:.
E 7—
�Jft
"One
'"Exposed had surface over
861
Entry, powder room, kitchen, nook, dining,
(Original
heavyweight concrete slab
wet bar, laundry, bath 2, fireplace hearth(s)
Mass Areas)
Two ,
Exposed hard surface over
630
Living Room, Family Room
(Revision 1
heavyweight, concrete slab
Additional
Mass Areas)
Three
Exposed hard surface over
467
(Additions(
heavyweight concrete slab
Den, Bedroom 2
Mass Areas)
NOTES:
1. Pursuant to the standards, areas under cabinets and closets are not included in the square footage figure
listed above.
2. The hard surface listed in the description column above may be ceramic tile, vinyl tile, marble, or paint
directly applied to the heavyweight concrete slab.
3. All surfaces covered by carpet, cabinets, or walls are included in the attached calculations as covered mass.
COMPUTER METHOD SUMMARY Page 1 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
P t In
LA QUINTA
• Documentation Author... CATHERINE M. MADLIN
Company................ MADLIN'S ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone...... ... 15
Building Permit
Plan Check / Date-
FieldCheck/ Dat9
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
Energy Use
y, (kBtu/sf-fir )
MICROPAS3 ENERGY USE SUMMARY
Standard
Design
Proposed Compliance
Design Margin
Space
Heating..........
6.72
3.32
3.40
Space
Cooling..........
43.61
37.13
6.48
`Water._Heat
ng...........
6.11
12.88
-6.77
Vent Area
Total
56.44
53.33
3.11
(ft)
*** Building complies
with Computer
Performance
***
GENERAL INFORMATION
Conditioned Floor Area.....
,Building Type.... .. ....
Building Front Orientation.
;..... _ Number. _of Dwelling Units.. .
Number of Building Stories.
Weather. -Data Type..........
Floor Construction Type....
Number of Building Zones...
Conditioned Volume.........
Footprint Area .............
Slab -On -Grade Area.........
Glazing.Percentage.........
Average*Ceiling Height.....
Cond-
Zone Type itioned
FIRST
Residence
SECOND
Residence
Yes
Yes,
3062 sf
Single Family Detached
Front Facing 90 deg (E)
1
ReducedYear
Slab On Grade (Package D)
2
28898 cf
2213 sf
2201 sf
14.2 % of FA
9.4 ft
BUILDING ZONE
INFORMATION
Floor
# of
Vent
Special
Area
Volume
Dwell
Thermostat
Height
Vent Area
(sf)
(cf)
Units
Type
(ft)
(sf)
2201
22010
0.72
Setback
8.0
n/a
861
6888
0.28
Setback
8.0
n/a
COMPUTER METHOD SUMMARY Page 2 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
OPAQUE SURFACES
Surface
PERIMETER LOSSES
Length F2 Insul
Surfaces (ft) Factor R-val Location/Comments
FIRST
R-0
Area
U-
Insul
Act
11 SlabEdge
Solar Location/
Form 3
Surface
(sf)
value
R-val
Azmth
Tilt
Gains Comments
Reference
FIRST
Wood
4
Window
30.0
2
Wood
5
1
Wall
254
0.081
R-15
90
90
Yes
W.15.2X4.16,
2
Wall
282
0.081
R-15
180
90
Yes
W.15.2X4.16
3
Wall
626
0.081
R-15
270
90
Yes
W.15.2X4.16
4
Wall
128
0.081
R-15
0-
90
Yes
W.15.2X4.16
5
Wall
353
0.081
R-15
90
90
Yes
W.15.2X4.16
6
Wall
27
0.081
R-15
135
90
Yes
W.15.2X4.16
7
Wall
12
0.081
R-15
225
90
Yes
W.15.2X4.16
8
Wall„.
; 50
0_081
R-15
45
90
Yes
W.15.2X4.16
13
Door
. ,.
40L
0.330
R-0
90
90
Yes
None
14
Door
20
0.330
R-0
90
90
Yes
None
15
Roof.,-
.1541
0.035
R-30
90
18
Yes
None
SECOND
:..
16
Wall'-
157
0.081
R-15
90
90
Yes
W.15.2X4.16
17
Wall
141
0.081
R-15
180
90
Yes
W.15.2X4.16
18
Wall
136
0.081
R-15
270
90
Yes
W.15.2X4.16
19
Wall
291
0.081
R-15
0
90
Yes
W.15.2X4.16
20
Wall
19
0.081
R-15
135'
90
Yes
W.15.2X4.16
21
Wall
19
0.081
R-15
45
90
Yes
W.15.2X4.16
22
Floor
12
0.037
R-19
90
180
Yes
None
23
Roof
990
0.035
R-30
90
18
Yes
None
Surface
PERIMETER LOSSES
Length F2 Insul
Surfaces (ft) Factor R-val Location/Comments
FIRST
R-0
9 SlabEdge
129 ..
10 SlabEdge
74
11 SlabEdge
23
12 SlabEdge
19
Area # of
Frame
(sf) Panes
Type
FIRST "
R-0
0.720
R-0
1
Door
40.0
2
Wood
2
Window
14.0
2
Wood
3
Window
10.0
2
Wood
4
Window
30.0
2
Wood
5
Door
33.0
2
Wood
-6
Door
40.0
2
Wood
7
Window
12.0
2
Wood
8
Window
10.0
2
Wood
9
Window
40.0
2
Wood
10
Window
10.0
2
Wood
11
Window
25.0
2
Wood
0.900
R-0
0.720
R-0
0.550
R-0
0.500
R-0
GLAZING SURFACES
SC
Interior
SC
Open
U-
Act
Glass
Shade
Gls+
Type
value
Azmth
Tilt
Only
Type
Shade
Hinged
0.22
180
90
0.45
DEFAULT
0.45
Slider
0.22
270
90
0.45
DEFAULT
0.45
Slider-
0.22
225
90
0.45
DEFAULT
0.45
Slider
0.22
270
90
0.45
DEFAULT
0.45
Hinged
0.22
180
90
0.45
DEFAULT
0.45
Hinged
0.22
0
90
0.45
DEFAULT
0.45
Slider
0.22
0
90
0.45
DEFAULT
0.45
Slider
0.22
45
90
0.45
DEFAULT
0.45
Slider
0.22
90
90
0.45
DEFAULT
0.45
Slider
0.22
135
90
0.45
DEFAULT
0.45
Slider
0.22
45
90
0.45
DEFAULT
0.45
COMPUTER METHOD SUMMARY Page 3 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
GLAZING
SURFACES
SC Interior
SC
Area
# of
Frame
Open
U-
Act
Glass Shade
Gls+
Surface
(sf)
Panes
Type
Type
value
Azmth Tilt
Only Type
Shade
12
Window
15.0
2
Wood
Slider
0.22
45 90
0.45 DEFAULT
0.45
13
Window
35.0
2
Wood
Slider
0.22
90 90
0.45 DEFAULT
0.45
14
Window
15.0
2
Wood
Slider
0.22
135 90
0.45 DEFAULT
0.45
SECOND
15
Door
33.0
2
Wood
Hinged
0.22
180 90
0.45 DEFAULT
0.45
16
Window
16.0
2
Wood
Slider
0.22
270 90
0.45 DEFAULT
0.45
17
Window
16.0
2
Wood
Slider
0.22
270 90
0.45 DEFAULT
0.45
18
Window ;,:_,>,
1,6.0.
, 2.
Wood
Slider
0.22
270 90
0.45 DEFAULT
0.45
19
Window ..
, _ 9.0.2.
Wood
Slider
0.22
0 90
0.45 DEFAULT
0.45
20
Window
3.0
2
Wood
Slider
0.22
45 90
0.45 DEFAULT
0.45
21
Window,
11.0,.•.2
Wood
Slider
0.22
90 90
0.45 DEFAULT
0.45
22
Window
3._01'
2
Wood
Slider
0.22
135 90
0.45 DEFAULT
0.45
OVERHANGS AND SIDE
FINS
Window-
Overhang
Left
Fin Right
Fin -
Area
` '
Left
Surface
_
(sf)
.. .. .
Hght
Wdth
Dpth Hght
.Rgiit
Ext
Ext Ext
Dpth Hght Ext Dpth Hght
FIRST
2
Window
14.0
3.5
n/a
8 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
3
Window
10.0
5
n/a
8 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
4
Window
30.0
5.;
n/a
6 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
5
Door- _.,_33.0
6,67
n/a
20 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
6
Door:
40.0
6.67
n/a
11 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
8
Window
10.0
5
n/a
7 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
9
Window
40.0
5
n/a
5 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
10
Window
10.0
5
n/a
7 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
11
Window
25.0
5
n/a
5 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
12
Window
15.0
5
n/a
5 0
n/a
n/a n/a
n/a n/a n/a n/a
n/a
THERMAL MASS
Area
Thick
Heat Conduct- Surface
Mass Type
(sf)
(in)
Cap ivity R -value Location/Comments
FIRST
1
SlabOnGrade
861
3.5
28.0 0.98
R-0.0 SEE ATTACHED SCHEDULE
2
SlabOnGrade
630
3.5
28.0 0.98
R-0.0
3
SlabOnGrade
467.
3.5
28.0 0.98
R-0.0 NEW
4
SlabOnGrade
243
3.5
28.0 0.98
R-2.0
COMPUTER METHOD SUMMARY Page 4 C -2R
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
. MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -FORM C -2R
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
HVAC SYSTEMS
Minimum Duct Duct Duct
System Type Efficiency Location R -value Efficiency
FIRST
HeatPump 7.8 HSPF Attic R-5.5
AirCond 10.50 SEER Attic R-5.5
SECOND
HeatPump 7.8 HSPF Attic R-5.5
AirCond 10.60 SEER Attic R-5.5
WATER HEATING SYSTEMS
._... �. Caps- R-12 or
System # of city Greater Effic- Standby Input
Type .Heat (gal) Blanket iency Loss Rating
Storage
Electric' `.2 317'.;_ Yes 0.997 RE .93a 4.5 kW
SPECIAL FEATURES/REMARKS
THE INSTALLED GLAZING IS WOOD FRAME WITH ALUM. CLAD INSOL 8 BY
HURD WINDOWS.
MODELED HVAC EQUIPMENT IS THE ACTUAL INSTALLED EQUIPMENT.
0.832
0.822
0.832
0.822
Pilot
Size
(Btuh) Credits
n/a None
WATER HEATING Page 1 DHW
Project Title.......... HERRERA RESIDENCE Date........ 12/18/92
Project Address........
LA QUINTA
Documentation Author... CATHERINE M. MADLIN
Company ................ MADLIN'S ENTERPRISES
Telephone .............. 619-324-1731
Compliance Method...... MICROPAS3 by Enercomp, Inc.
Climate Zone........... 15
Buiiding Permit
Plan Cfteck / Datii
Fleid Check/Date
MICROPAS3 v3.11 File -14095A15 Wth-CTZ15 Program -WATER HEATING
User#-MP0207 User-MADLIN'S ENTERPRISES Run -D3 R15 INSOL8 WINDOWS
WORKSHEET ONE: STORAGE GAS OR STORAGE ELECTRIC
A. EQUIPMENT DATA
1. Water heater type.......
2..Manufacturer............
3. Model number............
4. Ignition device.........
5. Tank volume.. .........
6.. Recovery efficiency.....
7. Standby loss.........
8 Rated Input.. ..........
9: Number of Heaters......
16.Insulation Jacket.......
Storage, Electric
(2) AO SMITH PEC 40
n a
37 gal
.997 percent x 0.01
.0093 percent/hour x 0.01
15358.5 Btu/hr
2
Yes
4
B. OPERATING DATA
1. Climate Zone..... ....
2. Water heating budget....
3. Tank:.set temp...........
4..Water main temp..... ...
5. Daily hot water load....
6. Ambient air temp........
7. Adj. Standby Losses.....
8. No.,dwelling units......
9-Pump':power..............
16.Pumping energy..........
15
18700 kBtu/yr/unit
140 F
70 F
50 gal
72.6 F
.00744
1
0 Watts (0 Watts.controller)
0 Watt-hr/yr (24 hr per day)
C. WATER HEATING ENERGY CREDITS
1. Credit Name ............. None
2. Annual savings.......... 0 kBtu/yr/unit
D. ANNUAL WATER HEATING ENERGY
1:
2.
3.
4.
5.
6.
7.
8.
Recovery load...........
Recovery energy.........
Standby loss energy.....
Pumping energy..........
Totalenergy............
Comparison ..............
Points.... ...
........
Water HeatingEnergy Use
(D5 x. B8) / 3062 sf
10539 kBtu/yr
10571 kBtu/yr
2576 kBtu/yr
0 kBtu/yr source
39443 kBtu/yr/unit source
-20743 kBtu/yr/unit source
-14
12.88 kBtu/yr/sf