002403 (SFD)T4'ht 4 4a Q"
Building
Address
Owner
Mailing
Address
City Zip Tel.
Contractor
%Est CIMML'it]Ci'.31t'Jl3
Address.
Zip
P.O. BOX 1504
78-105 CALLE ESTADO
LA QUINTA, CALIFORNIA 92253
6(S / 3 y9
State Lic. I City
& Class if. 00211 Lic. # 354
Arch., Engr.;
Designer
Address Tel.
CityI Zip I State I
Lic. #
LICENSED CONTRACT9R'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 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).
p 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, Buisness and
Professions Code: The Contractor's License Law does not apply to an owner or property who
builds or improves thereon and who does such work himself or through- his own employees,
provided that such improvements are not intended or offered for sale. If, however, the building
or improvement 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.).
O 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 Owner
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
Laws of California.
Date Owner
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 r Date
Mailing Address Z`
City, State, Zip f
No. 002403
BUILDING: TYPE CONST: - OCC. GRP.
A.P. Number 774-214--01-1
Legal Description L3t 14
Project Description tx�l &i&R`ift?
Sq. Ft. 1428No. No. Dw.
Size GO 490..Stories Units
New ❑g A&J Alter ❑ Repair ❑
Demolition ❑
r
*3= i=luftd 330 11n. ft, of 31bich =t:. val.l
Estimated Valuation'3• 00
PERMIT
4'
AMOUNT
Plan -Chk. Dep. 250.00
Plan Chk. Bal.
60.91
Const.
367.00
Mech.
,37.(0
Electrical
65.53
Plumbing
93.00
S.M.I.
5.43
Grading
Driveway Enc.
20.00
Infrastructure
1,131.10
TOTAL 2,029.99
1,779.99
REMARKS
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 6-161-86 Permit
Validated by:
Validation:
A 5 8 6 5 6 26
HARD COPY I
I
T
ii79.99 30
CONSTRUCTION ESTIMATE
NO. ELECTRICAL FEES
NO. PLUMBING'FEES
1ST FL. SO. FT. ® $
UNITS
SLAB GRADE
ROUGH PLUMB. y i� 6
BONDING
YARD SPKLR SYSTEM
2ND FL. SO. FT.
FORMS
R OR SET TSA
ROUGH WIRING
MOBILEHOME SVC.
BAR SINK
POR. SO. FT. ®
GAS (ROUGH)
METER LOOP
GAR. SO. FT. ®
POWER OUTLET
ROOF DRAINS
GAS (FINAL)
TEMP. POLE
DRAINAGE PIPING
CAR P. SO. FT.
GROUT
WATER HEATER
WALL SO. FT. ®
FINAL INSP.
DRINKING FOUNTAIN
SO. FT. ®
WATER SYSTEM
URINAL
ESTIMATED CONSTRUCTION VALUATION $
_$
WATER PIPING
NOTE: Not to be used as property tax valuation
FINAL INSP.
FLOOR DRAIN
MECHANICAL FEES
WATER SOFTENER
VENT SYSTEM FAN EVAP.COOL HOOD
SIGN
WASHER(AUTO)(DISH)
APPLIANCE DRYER
VENTILATION
GARBAGE DISPOSAL
FURNACE UNIT WALL FLOOR SUSPENDED
LAUNDRY TRAY
AIR HANDLING UNIT CFM
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.
SO. FT. ® c
BATH TUB
SO. FT. ® c
WATER HEATER
MAX. HEATER OUTPUT, B.T.U.
SO. FT. RESID ® 11/4 c
SEWAGE DISPOSAL
SO.FT.GAR ® 3/ac
HOUSE SEWER
INISH GRADING
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 - r 7 G
GROUND PLUMBING
UNDERGROUND
A.C. UNIT
COLL. AREA
SLAB GRADE
ROUGH PLUMB. y i� 6
BONDING
HEATING (ROUGH)
STORAGE TANK
FORMS
R OR SET TSA
ROUGH WIRING
DUCT WORK
ROCK STORAGE
FOUND. REINF.
GAS (ROUGH)
METER LOOP
HEATING (FINAL)
OTHER APP./EOUIP.
REINF. STEEL
GAS (FINAL)
TEMP. POLE
GROUT
WATER HEATER
SERVICE
FINAL INSP.
BOND BEAM 2,9
WATER SYSTEM
GRADING
cu. yd.
$ -plus-x$'
_$
UMBER GR.
FINAL INSP.
RAMING �v
FINAL INSP.
OOFIN G�j �v
i
j
/
J
REMARKS:
VENTILATION
FIRE ZONE ROOFING
FIREPLACE
SPARK ARRESTOR
GAR. FIREWALL
LATHING /
MESH
i ULATION/SOUND
INISH GRADING
FINAL INSPECTION
CERT. OCC.
FENCE FINAL
INSPECTOR'S SIGNATURESIINITIALS_
GARDEN WALL FINAL
Q
z
0
H
H
w
cn
COUNTY OF RIVERSIDE, ENVIRONMENTAL HEALTH 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 specifications required on the attached check list. A non-refundable filing fee of
$30 is required when the application is submitted. Check must be made payable to the
County of Riverside
L4 R ,-� K 0 6i t 12S Building Department Application Log #
Name (bwner, Agent,
Contractor, Etc.)
Mailing Address
CJ • O 1< 111 1k
City/ n ' ,
ate
at
�2 p Code
�j*Legal
*Job Prop rty A
s RIifR
r U N
Description of Prpt (Lot; PM )
OT 19 GlocK 2
*Assessor's Parcel
_
No. Water Agency
6e�
Use of Permit
SFD, MH Site Pr mac. SFS
Planning Case # �--
'Lot Size '
SQ /00 /
V //
Signature ofZeabov/information
ant Date
r
must be verified from Building Application
STAFF USE - DO -NOT WRITE BELOW THIS LINE
/;nitial (' Date p/I
Certification of Existing S.D. System reqd. Yes[ ] No 14 )'-✓'/ 7 l OCA
WQCB Clearance reqd. Yes[ ] No P]
Soils feasibility report reqd. Yes[ ] No[ ]
Detailed boring report regd. Yes[ ] Ido r',
zDetailed contour plot plans reqd. Yes[ ] No f•'] 1
0
PStaff Specialist approval reqd. Yes[ ] _ Ho[] Lot Inspection Date
F4
Soils/boring report by Pr�oj. # Date t/
Soils Map Page /P,
, Soil Type t. Cf Approved by f .f/I� Date T L r
Type of System: No. of Bedrooms (1) Septic Tank Soil Rate Required
Existing New addition Replacement i 4!2!:V Gals.3 wax
r. {
(2) Leach line sq. ft. Sidewall allowance Install Line(s) Leach bed
(Bottom trench area) ��rock/ Sq. Ft. Ft. Ft. wide S F of
per'runing ft. with Min. �► ,inches rock botto
N/A [ ] below drain lines area
Leach linbed-special design (3) Pit Diameter No. Pit Seepage Pit total depth ^� /
for slope �icable 5twm!► 6' [q— Pits BI ,
N/A Overburden factor % Max. allowable depth u U
G°
W
This application approve for the design of a subsurface disposal s --stem as
indicated on the accompanied plot plan using the requirements set forth in Section B above.
o A building permit is necessary for the installation of the above- esigned system.
oSeptic tank and sewer lines must be 50' from any wells
�(�)� Leach lines must be 100' min. from any wells including expan on area
Seepage pits muJst, b/eJ 150' min. from any wells including expansion area'//�u/ r Z'rr
Signature of Health Official Date
RECEIPT NO. Issued by Date
District: Riverside [ ] Indio ['] Hemet [ ] Perris[ ] Rancho Calif.[ ] Blythe[ ]
Distribution: WHITE -Office file YELLOW -Applicant PINK -Bldg. Dept. GOLDENROD -Pending File
DOH SAN 122 (Rev. 2/86)
k4%
T
J��\\ /// y
00 Desert Sarids t )nitiecl SC11001 District
N RF RMVDA DIINFS
RANC140 MIRAG( _� 87.879 HIGHWAY I11 • INDIO CAI I1-014NIA 97741 1,678 O (6191 347 8631
INDIAN WI I l5 vl
•C" F'AIM OFSFRI a
s CA O111N1A October 7, 1985
'110 INDIO `
City of La Quinta
Department of Community Development
78-105 Calle Estado
La Quinta, CA 92253
Re: Lot #14, Block 11282, Unit #26, Santa Carmelita at Valle La Quinta
Gentlemen:
The developer of the above referenced lot
has mitigated its impacts on our overcrowded schools by payment
of the amount of $628 per unit to be applied to the cost of
district educational facilities made necessary by such new
development.
JDB/c rm
Sincerely,
J .�... �. Y-1
John D. Brooks
Assistant Superintendent
Business Services
vVvw n�c nc��c•..0v�vny�
• (ez_cept hotels and motels) (Revised 6/8
Step 1: Enter on the form the values for each measure from your building plan
and specifications sheet..
Step 2: Enter points on -this page while working through the point system
Building Shell Measure Points
Total Floor Area. t2
1. Slab -on -Ground; Perimeter jJ P ft., Depth tip. in.
2. Raised Floor R -Value. .R-�� O
3.. Ceiling Insulation or Construction'Assembly R- �� 2
Attic, Percent of Roof Over Conditioned Space . . . . . . ft
4. Wall Insulation or Construction Assembly. . . . . . . . . . . . R-= �-
Glazing; Total % Floor Area Single Double Triple
5. North -Facing. . -L.4%?1� ft t2 t2
6. East -Facing . z..Z:Z ft 2 ftz 2 ft2`
7. South -Facing. . .is ZO ftft.;Eft
2
8. West -Facing . -7. D 1 Oo ft2 ft2 ft2
9. Skylight. . . . .._fix ��a_ft2 ft2 ft2.
10. Shading Coefficient
(excluding overhang) _
a. East . DSC . �G-�S . . . . . Z
b. South . . . . . . . . . . . . . . .. SSC . . . 0_
c. West . . . . . . . . . . . .�U_SC . 7�-
d. . North* . . . . . . . . . . O SC . . . . . . . . . . . �_
e. Skylight . . . . . ... . . . 'C . y - . . . . . . -
11. Horizontal South Overhang Length. ��ft O
12. Movable Insulation, %.Floor Area. fJc9:
13. Infiltration (indicate Standard, Medium or ig t) MED LU M
14. Thermal Mass
Exterior Wall Thermal Mass
Area, Heat Capacity, R -Value . . . . . . . . t,ft2, L6 HC, R- tjk
Interior Thermal Thermal Mass
{Area, Heat Capacity, R -Value . . . . . . . 284 ft2, (2�HC, R- , 03 +10
HVAC System**
15. Gas Furnace without Refrigeration. Cooling
(Seasonal Efficiency) . . . . . ... . . SE
16. Heat Pump (Energy Efficiency Ratio"*
. . . . . . . . 1 EER 4:- 5
17. Gas Furnace with Refrigeration Cooling***
Seasonal Efficiency and Seasonal
Energy Efficiency Ratio . . . ...
. . SSE �pSEER
18. Active Solar (Net Solar Fraction, %). . . . . . . . . . . . . _t�,LUSF n_
19. Zonally Controlled Electric
Resistance Space Heating (Yes/No) N P O
Domestic Water Heating**
20. Solar With Gas Backup (Net Solar Fraction, x) . . . . . . %NSF
21. Other Water Heating (Describe type) "C;�
Point System Compliance Total
*North shading earns points only in Climate Zones 8, 9, 10, 12, 13, 14 and 15.
*.*Attach documentation for efficiencies and Piet Solar Fraction.
***Heat pumps and refrigeration cooling do not earn points in Climate
Zones 1, 3, 5, 7 and 16.
l3 A�Bso w►�S, 1�I7'C6JE'� F�� �;� f
s
3• ==:x 1 9arth laeiaZ_Z=Car the paresntaga (to the Caaraat tenth of
a -percent) of Catal- ..earth faeiag _Blazing (aquasa teat Of aiagla
glazier= diridad b7 square-foec of :occ arae) • -rata -chs square
foot --of single � Slating. Bspeat .,-for :double and c-pla ;h=-sZ•
Eater_ " -f or rich Slating - type noc .used.
6. Glazing, East heia;—'tater -the pareaatags_-{ to =the a aa.t tsat:�: _of
a percent) of total asst facing Slasiag (Squsrs foot of Sia,Zle
glazing- divided by - Squsra .foot of flccc eras) ..: Eater the squars
fore_Lof _single,= .Slaziag.• _- 3apeac .=for double land--_-=iplr glazin=.
:.
Enter `for` each �laziag-type :not -:used•-
7 .' Qazing, ..South -?acing--�'acsr the percentage (to the nssrsst tsath of
a percent) of total south facing glazing (square foot of single
glazing divided by Square. foot of floor etas) • Eater the square
foot ' of Single glazing. . SapesC for double and eiple glazing.
Eater U for each glazing type not used.
$. Glazing, wast Facing - the parcentaga (to the nearest conch of
a percent) of Coca,, most facing $lazing (square fooc of single
fleeing divided b7 - squars foot of floor iris) • Eacar the Square
fooc of single glazing. Repeat for double and cripla glazing.
Enter U for each glazing -type nCc used.
9. Sk7light--r'.atar the pereencags .--(to Cha aearesc ranch of s Percent)'
of total Skylight glazing --(Square fact, of -skylight divided by aquars
fooc of floor ares). Enter cha square ,..fact of aicyligtt glazi :g for
single and -double glazed skylights.
10: Sb.&Uni Caat:iciaat—'azar = :he 'appropriAra eat ahadi:.g coat:iciaat
(to the,asarest _hundrsdCh) far- each -Of ---Cho —foLoviag for .cha
criaacacioas:-
East, South- add Jest• .to absdiag eaat:ieiaat iS necessary
can _ -be 'obcaiaad
1lorth `oriaatatios. The "shading eoef:ieisat oa -
3.
PA= TWO, - AI.'E3'U=n =MPONOT PAaAAZZ at any Table
Enter the appropriats shading caef!iciaat for any a3ijlizhtz too be
b
used.
11. Borizoatal South -Overhang -Width-Eater the horisoacal outward width,
in feet- (to -the asaresc-.taach of -s foot). of -south overhsag . fry the
wall. , Do not consider roof Pitch.
C-49 ZC% 13
P 72
12. ;ftvabla Zasulst:on--Entar the parcantage of movable i stilacion
detar-j'=44 as the square footage of movable insulation di -Tided by
the floor area. Sea the glossary for defiaition of movable
insulation.
13. Wiltration•--?.star 'Standard' it infiltration concola . meat ty
requirements of the mandatory features and devices. Enter 'Tight'
if infiltration controls axcaad the mandatary features and devices
by including Saskecs on aleccr ical outlets and' switch boxes in all
exterior walls, polyethylene an all e2tarZor walls, and a maehanicsl
ventilation system with-aw air..to.air haat. exchanger as spaci:ied in
the 'Altaraativa Component Package' riquix-emiats.
14. If Part 2 is being used, anter the vall weight per square foot and
the surface-to-surface average total a --value excluding air films.
If wing Part 3, follow the directions in Ices 114.
13. Gas Furnace Wichout Refrigeration Cooling --Eater the Seasonal Effi-
eiancy (SE) rating of Cho gas furnace specified in lour building
plan. If no gas furnaea is to be used, anter NA.
16. Seat Pump --Enter the EaarSy Efficiency Bat -4o (EZR) of the haat pomp
specified in pour building plan. If no haat pump is cc be used,
anter YA.
17. Gas Furnace with Refrigeration Caoliag--Eater the Seasonal :f=i-
ciency (SE) of the heating 37scsm to be used and the Seasonal Energy
Efficiency Ucio (SE'R) of the cooling syicam to be used. If ac
heating ,and cooling system is called for, anter NA.
18. Utive Solar Space Heating--=ncar the percent of solar itzccion.
Attach documentation. The solar fraction can be determined by using
Fart 4, or another sechod which Sivas similar results. F -Char: 4
inf orma ?A=tion can be found in ?AFaU3, PZ3EO ANC .-MT'OD . I. no t
using active solar'space heating, anter U.
19. Zonally Caacrolled E1ac=ic lasiscance Space Reac;ag--?oists for
this measure will be eomplecad after the CZC has approved as A:car-
native Component Package for Rasistanea Seat.
C-4 9 =C: L3
r
73
20.
water Haata with Gia Bs up—Ts.ater the percent of solar l=ac-
Solar
ac:ioa C= be datsr�ias
tion.- Ac=sch do=entscion. the solar �r
c.
by aria; a car:ifl ed method of eslcvlstion.
If soles vacar heating is not to be used, anter U on messurs lila.
eta the t774 of water heatar to be used•
21. Other Baca Bsatiar But ?cep, Solas with Elae= is Bader?, and
Choices as Gas Only, L usias solar ' with gas
Elacz=ic 8asistsac: Only. ' water heating
backup do zot use this carsgor7, aatar :L•
use the caesura iuf cv ion
Ptveaad to Point Sys tm Sections I - 2l� �iorkshaac as cher starting
first eosto zed on the Potnc S.7st•em. Compl-sacs , enter the'-
point
hr
point for saeh cable. As each point value Iffai particular messurs
result in ehe '70iacs' column of the zvorksheac.
is not used, anter taro an the caresndi
poag Poiac liar
I4.
all paints and setas the value
After all points have been entered, total
on the 'Point System C4"IjancLTotchaeocind- lesvalue; muss thanzero,cabrawark_ g
gyrates . to msec eompl
of your building Plan is r equir ad .
74
OZA:02 R5 04/03/84
Point System Compliance Goal
for Assembly Bill 163
Attachment A
AB 163 Compliance Goal
Package E (Raised Floor)
For 1 -story
AB 163
Compliance Goal
Buildings
Package
D (Slab Floor)
Climate
For 1 -story
For 2 or 3 -story
Zone
Buildings
Buildings
1
0*
-1
2
-7
-13
3
=6
.-10
4
-9 .
-1.3
5
-3
- 9
6
-5
-9
7
-2
-8
8
-7
-13
9
-2
-10
10
-8
-14
11
-7
12
0*
- 1
13
-5
-11
14
-9
-13
15
-4
- 8
16
-6
- 8
Attachment A
AB 163 Compliance Goal
Package E (Raised Floor)
For 1 -story
For 2 or 3 -Story
Buildings
Buildings
0*
0*
-16
-16
- 3
- 3
-10
-10
-10
-10
-11
-11
- 9
- 9
-12
-12
- 9
-11
-15
-15
-12
-12
0
- 2
- 9
-11
-17
-17
- 6
- 8
- 4
- 4
*The AB 163 compliance goals for climate zones 1 and 12 calculated to positive
scores, but the standards require no greater than a zero score (a zero point
system score equals the energy budget for the particular climate zone).
SLiE'4A-G�pM FL^,CI
-
1
-------------P
16 --------------
1
Table 3-L.
Slab ^ nor ?oi�:�
I
Z,oCita the g-value of the proposed
slab-adrinsulationI and ➢ls�ad
I
I Ins
I g-p.LLua of
Iasulit:on
depth of insulation Eros line 1 of
I t=0a
I
the caspliance Cheda-, at, find the
value is =abli'
I Depth,
13-•+
I :—S I 71, I
eon: espo �� point
cor
I laches
10-2
and sacar it on the app= o-
I
pri.sta .laza below. Eater the
alsb and tota
L'ssal&Cad l
I
I
laaith of
leasth of slab pas teeter frog
1- 13
16
I ► -2
• Liza 1 on the appeopriata lines
insulsd
I 1b2*9
-1
1 _
10 I
beLo,r. Subcrac: the
tocal length and
C
Z I 1
10
lansth from the
dil=erenca on the line
anter .the
below mar' d 'lansth of uni= -
roquixod
Iaavlstod
SI-ab:
laud.' Psr:ora the
and b
calculations for linos a
add the r esul to
_� z
v—
a �—
to CIL
below and
together. Eater thin a� on lira
po =ata
laagtt�
emulated
length -
c below and also on line 1 is the
. '4oiata' column of the ChoCklist.
..:.'Qaizsul3Lsd:S1ab:
• the proposed.
• Mora. U. a raised
has both a slab sad
b��
Lloo=, matipl7 the value on Lina
of
lath
total
C by the square faccage artt
b7
Minsalatad
length
the slab floor and divide this
the total flooe sr aa• Eater the
is the
a F b
result of this C31CU12tion
04oiats' eolusn on, Lina 1.
C-4 9 sl= :Ls
-
1
-------------P
16 --------------
P
C-4 9 sl= :Ls
2g"" ZZ,CQA
Usi4 the 1-valus i dicscsd on
Table 3-2. 3a:3sd
r ocr Poi=:s '
lira 2 of the C.•apliancs Check-
I I
i
list, find the cos. aspond-4 =4
I 1-7alue of I
point value Loa Table 3-2 and
I ia&tilatiCn I
Points
*near it on the appropriate par:
of Lias a belov. iter on the `
I +
i
appropriats we of dins a, the
I up. cc 2
_rias of insulated floor vttich is
I'` 2 - S I
I
o es a crawl spats or vencad
I ,: 6- 13 I
2 I
basasent frca L•aa 2 of the
( 19 up I
C I
checkl.4 st. inter the total area
I I
I
• free 'Total noor Ara&- Liza of
the checklist oa the apptoprate
part of Kaes a and b. sab�sc:
Zasulatad Floor:
the floor aru aver s vented .
spat% frac the total area and
,- z
�_ s a
ancar the dif!srence on the par_
poiacs floor sa
co cal
of Lina marked 'area over a
over entad arae
vented specs.' Perforce the
s s
required calculations for Lines a
and b, and add their results
Uninsulat Floor:
together. Eater this sun on
- line. c below .and &Lao is the
z �_ =
b
- '?viats' caluam bn U24.2 Of'' the
pas s . floor area
vocal. :
ehacilist.
over open
ares
space
2f part of a raised floor is over
an open area, use Table 3-4a or
a } b c
3-4b to docar3las' its
4 corresponding points -
77
C-4 9 :a U
r .,
3. C•r L.VG
Qsic= the 1 --value of the csiltag
insulation Lou line 3 of the
Compliaacs Checklist, fZrd the
car: espondisg , point value em
Tibia 3-3a and eater it in the:`
'?outs' colo= on L' as 3 "of the
checkList.
or
using the B -value of the Bailing
const:uct;on assembl7 frog* lire 3
of the Compliance Chacklist, firs
the cor:asponding point value from
Table 3-3b and anter it in the
?oints' column an line 3 of the
checklist.
11 you bave 'different levels if
&--values, pvu may c111=14ti the
average of the R --values weighted
b7 their respective areas or use
the the lovest of the a -values to
determine the points. L the
calculation is done, attach the
documentation to the chacklis't and
indi uta the level of ia3u14t2an
and location of each on the
bulldizg plans. Be sure that this
average a—v:lue.equates to having
a niainum of R-19 insulation
unit orz17 distributed over the
cailiag.
Attic
Table 3-3a. Ceili:R 1=3%L:atiaa P_3.
( ?.-7&!Ua Of ZaZUACiQII I
Poi -C3 I
I I
�
I 22 I
-a f
30
! •-,j 38 (
0 I
1 49 I
( I
I
I
Table 3-3b. Calli:iq Assezbl7 Points
vioizt,3
a-Qalua of Assambly(excluding air f:1ss) I
I I
I
1 I
IIIIIiil •
-
---10a6
FII IIi1II
0% to 12%
27
13% to 37_X_
28
38% to 62%
63% to
6
-L
+4
38
-2
51
0
73
1.2
I
upZ
w6 I
I i
When using Table 3-3a to rate ceiling
insulation, add points from this
table to the ceiling insulation
points. This table is not to be used
in conjunction with Table 3-3b. An
attic is defined as the -space _
between the roof and ceiling with
no common framing members (truss
chords excluded) having an average
ventilation height of at least 6
inches and meeting the ventilation
requirements of the 198Z Uniform
Building Code, Section 3205(c).
• I i
Table 3-3c. Attic Points
Attic Equal to Following
Percentage of Roof Over
oints
Conditioned Space
0% to 12%
0
13% to 37_X_
+1
38% to 62%
+2
63% to
+3
88Z t 00%.
+4
I
W
VALL
Qsis= - the a-.al,ue Of the i=sula-
tion rzs line 4 of the Campllance
Cbee3clist, *find the car. espoadi :_
point value L-= Table 3--�:a and
enter it in the '?outs' column on
line 4 of the checklist.
or
Using the 8-vzlu4 of the wall
caastruction assembly frcu 1.4" 4
Of cher Campliaace ChaeU'ftSC, fi:d
the corresponding point value from
Table 3-4b and anter it in the
?oists` coluan on lime 4 of the
chezkll ist:
2,f you have dif.arent levels of
insulation, follow the.third pari
sraph of the. tailing instructions.,
except that the average S -value
ms= be equivalent to harm a
minim= of 8-11 insulation uni-
f oraly distributed over the mail
if the mall has wood framing.
7.9
Table 3-4a. ;all Insulation Poi::
I &-Value of Insulation I Points
I I I
I I I
I �19 I I
24 I }2 I,
I 30 }3 t
Tabla 3-4b. 'gall assembly Palnts
&-7&Lu4 of
Assozbly
I J
I (excluding
I
air fil3s)
I Poiz I
I I
I 499 up
I I
(, J
I 70.0 -498.0
J I
I 37.0-69.0
! 1.6 I
! 26.7 -
36.9
I N► J
I . 20.2 -
26.6
I 1.2 I
113:7 -
20.1.
"I 0 !
I 13.4 -
13.6
-2 J.
I 11.3 -
13.3
-4 J
I 9.8 -
11.2
J -6 ( .
I 8.8 -
9.7
i -$
7.7 -
8.7
I -10 I
! 7.0 -
7.6
! -12 I
I .6.4 -
6.9
I. -14 J
I A.8 -
6.3.
( -16 J
! 3.3 -
5.7
I -18 J
I 4.9 -
3.2
J -20
I 4.3 -
4.
I -22 I
I 4.2 -
4 4
J -24 J
3.9 -
' . I
I -16 J
I 3.6 -
.8 -
I -28 1
1 3.4 -
3.5
I -30
I 3.2 -
3.3
! -32 1
I 3.0 -
3.1
J -34 I
I 2.8
2.9
( -36 I
I .7
I -38 I
i 2.5 -
2..6
I -40 I
I 2.4
I, -42 I
! 2.3
I 2.2
J -46 j
2.1
J -48
I 2.0
I -50 I
I 1.9
I
I I
All.
Using the tow nor.!r-:sci=4
2sble 3-3.
?:a
siesta= parcenta=e f.as 1-4=& S of
I
the Caapliaaes Checklist. f,_=4 the
I Totsl
I MAZ-I .$ ?ppa
I
corraspondSa= point values for
( x of
sseh '. gluiag t79e to be ua*A
I Floor
I Sag-, i
Dbl,!
� --;.L
( single, double, and/or tr ipl s) iz
I Ar as
III - I
o - I
Q -
Tabla 3-5. Eats these values on
I
10.66 I
0.42- !
0.41 I
the appropriate limas below. on
I
I I.1 10.63
I
down
the adjacent lines, encar the
I
!
Square footage of each slasing
( up to 1.1
I I
K (
K
t77e indicated on the chechl:st.
I 1.2- 2.2-i-70' '2, I
1-2 1
1-3 I
Next, anter the total square foot-
I 2.3- 3.4
1 (
0 (
fL I
age of all norzb-fsci=X 3142-2$.
I 3.3- 4.3
I -3 1
-2
Yes -ors the requi ad calcslac:on
i 4.9- 6.0
-4 (
-3 I
and enter the results on chat:
I 6.1- 7.4
1 -3 1
-6 I
-3 !
raspae_ive Baas a and b. Tot4l
1 7.3- 8.7
I -10 I
-8. i
-7 I
lines a and b, and enter the sine
I 8.8- 9.9
1 -12 1
-10 i
-a !
on lino c below and in the
110.0-11.3
I -13. (
-12 I
-L0 I
'4oints' calmmn on line 3 of the
1 11.4-12.5
I -17 (
-14 (
-12 I
checklist.
( 12.b -L3.4
( -20 (
-16 1
-14 1
go' sure .to use the.. to cal north-
facing parcentaga. ..istasd. of the "'
:
individasl percantages for asei
tnm of 3lasing in a• Siven
Pirst T7ps (indicate
oriancation.
3ngi, Dbl,
or T�-p11�
s
points eras total
f is
s area
Ucon& Type (Ladicata
UZI, Dbl, or Trpl)s:
_. •
pouts area ca cal
aacond area
a b c
If Chace is ao nor ch-faein3 91:=1ag,
anter of on U e a and lice S•
, 1
• 1
C-4 9 ECi 13 ,
N
C-4 9 ECI L S
I
E
Second T776 (indicate
SQ419 Dbl, or npl)_�
Po-ts ares to Cal
second area
a �, b a c
I.8 there is no east-faci :g Slasisg.
eatar 07 on line c and line 6.
total east -!ac==s
IIsisg , the
81,ssins Psresnta$s trca lice 6 of
I
°of
i72a
the Ccs .,,tee Chaeslist, fi:d chs
for I
: I
1
cortasponding point values
I
Floor
SnZrs., 1 0b.L
. each flexing t7�pe to be used
double, and/or cipla) inI I
4r as I
II I II I
1 0.42- 10.41
II
I
(stela,
tabla 3-6• Eatar these values on.'' I
�f. I
10.6
11.1 10.63 1
dole
the aper oPriata L' yes below.
the
I I
1
1
the ad jac"t Baas, eatar
of each Blas-ai I
L
UP to .S
I
I I
►� I
�2 I
w
*3 I
squats foocage
indicated *,a the checklist. I
1.6- 2.3
t7pe
:feat, enter the total square loot-
I 2.4-
I 3.3- •
-3 I
-2 I
0 I
age of aass t -f actu alaZ-4 M •
ll
S 4
1
{ -6 {
_4 I
-2 I
Ptr!oiz the required cslcslat_oa
I
and entar the resalcs on that
total
I 6.4- 7.3
I
respective Uses a and b. .
b, and eat ar the stirs
1 7.4- 8.4
1 -12 I
-10 {
-8
-10
Baas a and
oa line a below and in the
i 9.5-10.4
I -LS I
-14 I
-12 l
'4oiats' caluma as line b of the
10.5-11.8.1
-22 I
-17
chacklist.
111.9.13.3
I -2.5 I
-20
1 -18 I
the total asst-
I 13.6 -LS .0
I -Z 9 I
I
-Z3
i -ZO
Da s» a to we
facing percentage instead of the
ac
I
I
vi dual Por c*nc2S%s , for ..each .
.
.
t7Pe of fIwing in a given-
?� at T"*
( indicate
oviantatioa.
Sngl,. Dbl, or T:71)®
�s ,r,s to cal
first
ar as
C-4 9 ECI L S
I
E
Second T776 (indicate
SQ419 Dbl, or npl)_�
Po-ts ares to Cal
second area
a �, b a c
I.8 there is no east-faci :g Slasisg.
eatar 07 on line c and line 6.
S4 sur s Co use the total soutbr
lacing percentage - instead - -of :.Lha
individual percentage$ for each
ty of ;lasing is a Oven
orientation.
C-49 Ec l 15
Sagi, Obl, of 6z?-
poi ar as to CAL
fU3t area
Second TTVa (iadiuta
Sngl, Dbl, or Trpl)�
ab��
•-�—
in .3. total.
po
second SXas
a *b
u there is co sout:r•facialg glazing,
anter *3 on Lina a and 1126 7
a2
3-7. South
-?scats
,,,-�
the total South'!, zz
Tibia
Dslsslai parcaaugs !: cd Liza 7 0!
the
I notal I
G+as4
6774
the Casplisaea Cheek -1st, find
values for
I z o! I
I
Scgl, I Dbi,
I
`per•
ndi� point
cor:6spo be used ►..
I floor
II I Q
I
Q I
auh Slasing t79s '
double, and/or C:p1a) in 'r
I USA
1 0.42- 1
4
4. 2 1
(siaile•
3-1• Enter chase values on
1
I O.bS . I
doves
Table
the approviaca U nas below*
cha.
d
1
�2
t
�2
the ad;ecant L•2,429 anter
of aseh lglss-�1.4-
1.3 do
3-T-71
0 1
0square
footage
iadicscad oa the checklist.
I 3.:- S.4
I
1
t�pa t
enter the Local square foo
Next 104
-b I
-4
I -3
alga of all scuth-facing f=u-�'
the required Calculation
7.4- 9.1
I 9.2-L0.8
I
I -12 I
-3
I -7 I
psrfora
and enter the r a$ul c2, on c:�sl:
Total
I 10.9-13.3
113.4-LS.T
I -16 I
-11
-14
-10
I I
I -12
asp ecti'►a liras a and b.
the scss
I -20 (
a and b, and entar
lines ch
iChiaon
Lisa c balow and
'?agate' eoluaa on line 7 of the
checklist..
nrSt T7p6
(iadicata)
S4 sur s Co use the total soutbr
lacing percentage - instead - -of :.Lha
individual percentage$ for each
ty of ;lasing is a Oven
orientation.
C-49 Ec l 15
Sagi, Obl, of 6z?-
poi ar as to CAL
fU3t area
Second TTVa (iadiuta
Sngl, Dbl, or Trpl)�
ab��
•-�—
in .3. total.
po
second SXas
a *b
u there is co sout:r•facialg glazing,
anter *3 on Lina a and 1126 7
a2
Asia= ehe to cal mast -fetus
Slee:=s piicsataga :zoa lira 8 of
the Gsmpllaace ChecSllst, fiord the
ccr.aspondizg point values for
each Slaaia= t7pe to be used
(simile, double, and/or t: ige) Liz
Table 3-8. Enter these values on
the appropriate lSnes below. Ga '•
the ad;a¢sat L'aes, enter the
sgnsre footage of each glazing
trm indicated on the cbecklist.
NW :, encu the co cal square too t-
. age of all Wast -facing glazing.
Perfora Che - requi-red calculation
and entar the results on thai..-
respective 114mes a and b. Total
lines a and b, and antis the sum
on line c below and in the
'?pints' column on lima 8 of the
chicklisc.
Ee acre to use the total vast-
facias percintasa instsad of the
Individual percentages for each
type of . S.lazing ' la i giirea
orientation.
G-�•9 EC+! LS
c
Table 3-8. 'Mast-?ac_a;_Clazizs Pts.
Total
I Glum Tia
I
I x of
I
I
Floor
I Sass. I
Dbl, i
Tr7i.1
I eras
III- I
v- !
v•
I
11.1 I
O.b3 I
doves i
I up to
I i
1
I
I 1.1- 1.6
I *6 I
06 !
1-6
I 1.7- 2.3
I 1-3 I
*i I
1-3 I
I 2.4- 2.9
I 1.1 I
1-2 !
1-3 I
I 3.0- 3.4
J -1 I
0 1
1-1 I
I 3.5- 4.2
i -4 !
-2 !
'-1 1
1 4.3- 4.3-4
-4 1
-3 I
I 4.9- S.
-9 I
-3 !
-S i
I s..
I
-3 {
-7 I
I 6.2- 6.7
I -14 I
-10 !
-9 !
1 6.3- 7.3
I -L6 (
-12 I
-LO
7.4- 7.9
( -19 (
-14 I
-12
1 3.0- 8.5
( -21 I
-16 (
-14 I
I 8.6- 9.1
I -24 I
-18 J
-16 I
-20 I
-18 i
I 9.-10.3
J -29 I
-22 J,
-20 1
110.4--11.3
1 -32 ' 1
-23 (
-22 I
1' 11.4-1Z.0
I -33 1
-28 I
-23 1
First Type (indicate
Sngl, Dbl, or Trpl)�
z =- a
points . area co cal
f it s c area
Second T7 -pe (iadicate
Sagl, Dbl, or Trpl)�:
z b
points arta tocal
second Ar"
a I- b - c
L' there is no vast-fici4 Slaai=8,
anter, 1.10 on I-,=* c and lima 8.
83
9.
}
SZT*..1C3'S
Using the focal sk7llaht Slasi :; 1
percentage f:oa 1.124 9 of the
Caspltsace Chockl-, at, f-, d the I
cor:espoadiag point value for arch I
slssing Me to be used ( side,
double, Aad/or C,i?le) in Table '. I
3-9. Ucar those values on the
appropriate Ilz" below. On the
IS
Table 3-9. Sk-?l_zrt ?Dicta
Total I G`asiag Tna I
Z_ of I I
Flour 1 adgs, ibl,
Ai as III.• 1 QI Q I
1
.6S J davn 'I
adjacent nes, eater
the sgusra
i
I 1
foouge of each =lazing
t7Pa tndi- I
up to
1.0 1
-2
-2
. cared Dir the checklist.
Yaz=, I
1.1-
1.6 I
-4
eater Cho tacal squsra
footage of I
1.7-
2.3 l
-7
all sic7llahc glasisg.
F:r:ara the I
2.4-
2.9 l
- i
-8 I
-7 !
required calculation and *=car the I
3.0-
3.4 I
- I
-10 (
-9
results on chair r e,spoctive
liaaa I
3.5-
4.2 I
4 I
-12 I
-11 J
a and b. Tocal lines a
and b, and I
4.3-
4.3 i
17
-14 I
-13 I
enter the sum on 1Sna c
below and I
4.9-
5.4 I
-19 I
-16 I
_LS
in Cho '?*Lacs' column
on line 9 I
S.S-
6.1
-12
( -18 I
-17 !
of the checklist.
I
6.2-
6.7 i
-14
I -10 (
-19 I
I
6.3-
7. I
-26
I -22 (
-20 I
I
7.4-
7 9 1.-29
I -24 I
-22 1
I
3.0-
.3 I
-31
I -26
( -24 j
I.
S.
9.1 I.
.-34
( -23 1
-Z6 I
1
9:
9.7.1
-36
I =30•
I -28 I
9
10.3 I
-39
I -32
I -30 I
lust Type (indicate
Sagl, Dbl, or Trpl)��
_ -^ • a
points area to tel
first at ea
Second Type (indicate
Sngl, Dbl, or
x =- b
pvtata area caval
aecazd _-_s
a *b.• c
If there is no sk7light slasi :g,
eater 0 on. line c and Liza 9.
L*"9s the portant of CZ Cil
1433:
01C
Slasims 6 t' -oar ice" oa l;,as> 3,
0I
01
6, 7, aid 8 Of • Coe Cam-;l:,imcs
QI
= 2
C3ecklist sad the Shadl:s C.34f:i-
SC at
_75-C-07- 5C at Net C
cisat (SC) for the shsd128 devics,
SIA:' -'mg
device i device 2
for each orieatsticn shown below.
.32 I
0
Select Shadtms Caef:.cieats that
South:
I -3
are for devices used with simsla
( -3
1.16 - .30 I 0
=lass only frog Table 1 in par. 2;
1.
z 2
ASHW WIMUOt 0! r=AM= ".1LS;
SC of
SC of 5C of Yet SC
ar sieaufartsasrs' data. Ptsd ' the
S142i28
device 1 davits 2
eorr4spaad.1mg point values tion
1 -6
I -8
T4bl4 3-10 and eater Jr. in the
West:
I -1
'?cuts' column as the eorres-
l -4
I -6
pcndia.8 Liras 10a, 10b, 10c, and
.50 -
X, 2 •
Lod of rtes chee4.1int.
- t
SC a!
-SC of at 44C SC
5C of SC of ;tat 3C
I -9
S.Lssia=
device L device 2
Phase nota this applies co all
Slazims oriantarions ezcapc worth.
Zt ther a is no SL=im8 in as
arientation, enter sero (0) is the
a4oiata' cal=n on the ear: ss-
poadim8 limas of the chschlist.
?able 3-1Q. Points
Sa71-I gh C:
2 2
SC, 09 SC of SC of Yet 5C
&L"im8 device I device 2
SC b7 ( ( SC b7 !
1 Crim- I Z floor Area { oriaa- I
1 Cation 1 1 tstion {
I I I I
Z Float Ar as
I i 1 1 1 1 I. i I I I- I I I
tasc 1 0- IQ.B Il.b-13.2-{4.8-16.4-18.0-1 best 1 0-
10.7 11.3 13.1 14..7 16.3 17.9 19.6 1 10.7 11.5 13.1 14.7 16.3 7119.6
1 I 1 -1 * I I ` I' I I I I I I I
0 -.Lsl
I {
10.1-1
01C
I
3.2-1
0I
01
01
QI
QIQ
-.11l Q.I
01
OI
0I
01
0l a
.16 -
.32 I
0
I -1 l -L I
-2
I -3
I -4
( -3
1.16 - .30 I 0
i ' 0
J -I
I -2
1 -3
{ 1 -5
.33 -
.49 I
0
I -1 I -2 (
-4
1 -6
I -8
1-10
1.31 - .46 1 o
I -1
I -2
l -4
I -6
I - .1-10
.50 -
.68 I
0
I -3 (-6
{ 0 -
I -9
I -L2
1-15
1.47 - .62.1 0
1 -1
1 -3
1 -5
1 -9
1-12 I -L=
-3
1.37.
- .46
t o
-8
1-12
1-16
1-20
1.63 - .79 1 0
1 -2
1 -4
1 -8
I -LZ
I -IA I -2C
-7
1.47
- .62
I
-9
1-L3
1-I8
1-Z3
10
I-�
1 •2
I -S
I -IO
1-17
22 I-27
t �. i
1
1 South
I {
10.1-1
I
1.6-1
I
3.2-1
1
4.8-1
I
6.4-1
I.
8.0-{ 3k71281. r.
1 0-
-11
I
11.5
3 1
I I
3.1 i
1
4.7 1
t
6.3 1
I
7.9 1
1
9.6
1
1
10.
I
0.7 11.5
I I
12.3
I
13.
.9 14.1
t I
i
'-10 -.13!
QI
I
01
01
I
Ot
1
01
Ol0
-.13t
I
01
I
QI
I
QI
1
01
I I
0{
1.16 - .30
1 0 1
0 1
-1 1
-1.1
=2 1
-3
1.16
- .30
1 0
{ 0 -
1 -2
1 -3
1 -4 1.-
1.31 - .46
1 0 1
-1 !
-z i
-3 1
-i 1
-3
1.37.
- .46
t o
I -2
1 -8 I -L
1.47 - .62
1 0 1
-1 1
-3 1
-4 (
-6 1
-7
1.47
- .62
I
1 -i 1..,-3
I1-12
1-L
1.6-3-_ .l 1
-2 1
-4 1
-6 1
-8 1
-LO
1.63
-
0
1 -2 1 -4
1I
\I-
-L6 I -".I
-.7�
10 1
-3 1
-3 I
-a I
-11 1
-1+
I
up
1 0.1
-2 1 -3
11-z2I
I
• 85
C-4 9 X= 13
r
053:04 R3 03/13/84
CLIYATE ZONE 15
North Shading Coefficient
Determine the percent of north facing
Table 3-10b.
North Shading
Coefficient Points
glazing to the total floor area as
shown on line 5 of the Compliance
Checklist. Determine the Shading
SC by
r Floor Area
Coefficient (SC) for the shading
Orientation
device for the north facing glazing
3.1
as done for the other orientations and
North
to
proceed as before. If there is not
3 Q UD
4
north glazing, enter zero (0) in
"Points" column of the checklist.
0.40 down
+3
�._ 0.41 up
0 0
stl
C
11. SOL=C;RAI. SCL*"3 Oa'3.Q.a.*iC
._—
Using the pas_aat of south
Ll asizz
:able 3 -LL.
Sor:sancil. South
Pvis : a
ar as co fl occ area f: oa
"is
f: :d
I
I' Souza G.aztz�
of the C4"114uca Checklist,
ialr
I La"th Out
I Area, : of Floor I
the eorr eapand-'ni paint is
value
I from 'gill
Table 3-11. Laces it
is chi
f=
� 1
'?oiacs' caluma on Line 11
of the
i
checklist.
I
I I I
- I
I 2.0 - 3.9
I I
•
i t.O up
2 I
I I
12. 4.0?ASL' =SQLT:ON
Using the percent of floor area
fr= line 12 of the Caupliance
Caacklisc, ' find the car: as-
poadia= point valua frost ?able
+ 3-12: ucsr this value is 'the
'Points' calumn on Line, 12 of the
checklist.
IC -a 9 =cl 13
Table 3-12. movable tasulac=on
Points
I I
;loveable 2asul4tioa I I
?loos i Points
I I
I
.I X11 • I o I
.'053:05 R3 0,3/13/84
(Climate Zone 15 continued)
Infiltration Control Features
Identify the proposed infiltration
control features and find the
corresponding point value in
Tahle 3-13. Enter the point value
in the "Points" column on Line 13
of the checklist.
Standard means caulking, weather-.
stripping, sealing, etc. as described
in the Mandatory Features and Devices
of the regulations and the Energy
Conservation Manual. Medium equals
standard plus electric outlet gaskets
installed on all exterior walls.
Tight,equals"medium plus polyethelene.
sheets installed'over the inside "
face of all exterior walls, and a "
mechanical ventilation system
capable of ventilating at the rate of
0.7 air changes per hour for the.
whole building with an air-to-air.
heat exchanger.
1
Gas Furnace W/0 Refrigeration Cooling
Gas Furnace with Refrigeration Cooling
Table 3-13. Infiltration Control
Features Points
Control Features Points
Standard
(0.9 air changes oer hour) -4
Medium
(0.6 air changes per hour) -1
Tight
(0.6 air changes per hour 0
with air-to-air heat
exchanger)
No change in Table 3-15.
No change in Table 3-17.
14. t .!AL WS
This nachos of the point s73CS2
appiles to both ext. arior . and '
interior thsraal mass buil'dins
elements because equtv%laat teerl.
os,1 mass facto=a have been decss=
sued vhich ars relative to that:
perforaancs. Lines 'a, b, c, sad d ,
At the end of this sac:ion as
used to cilculaca the thermal mass
capacity of diRecenc mass t7Pes.
Detxrmiss the hest espacity (3C)
and S -vales of the mass element
from Table 3-14a or 3-14b, or is
the tablas do act spp17, to chs
proposed sass type, ¢slcnlata HC
and & using the equation below.
Enter the cvv valines is Che appro-
prista place on line 14 of the
CosplSaaea ,Checklist.
Tibls 3-144L. hzsoary or Concata
Table 3-14b. Solid Wood Wall HC aad
g -Value
gall Wei=ht, lb/:_2 i
HC I
I
I t
.14 - 18
I 3 I
19 - 23
I 4 1
I 24 - 28
I 3 I
29 - 32
I 6 I
33 - 37
I 7 1
I 38 - 47
I e I
I 48 - 66
I 10 I
I 67 - 94
I 14
! 95 up
I
! 20 I
I I
Table 3-14b. Solid Wood Wall HC aad
HC and E Tocal Calcu.1acion:
i2 -Z z QY�• Vr1 (0
C C aC
. C - a ca ca.L
Whmrs:
C Specifi�.Fheac in Btullb-'7
" D • densicp is IV
t • thicscaess is It
t resistance par loot is
hour-tt2--'T/Btu-:t
C-49 ZCi .15 88
g -Value
I
1
I flood
Densit7,
lb/f-..;
Average
(. Zhick-
- 26 1
17 - 31
2- .37 I.
I ' nags, :
j ' Cadet -, :.
prom
j Dg. TI. -
i:ta+chms
1 -ch 2
I Hem -?L• 1
Healk.
I Sc.Psae I
!
SCJ i; 1
HCl 3
1 R272 I
I 3
1 I
I 2/4.3 I
3/3.6
I
i 3/3.1 I
1 4
! 3/3.7 1
4/4.8
1 4/4.2 1
I 3
1 3/7.1 I
4/6.0
I 5/3.2 I
I 6
( 4/8.6 I
3/7.2
1 6/6.3 !
I 7
I 5/10.0 !
6/8.4
1 7/7.3 I
18- 9
1 6/11.4 !
7/9.6
18/8.3 I
10 - 11
( 7/14.3 (
9/11.9
111/10.4
1 12 up '
I 8/17.1 I
11/14.3 'I 13/12.3 I
HC and E Tocal Calcu.1acion:
i2 -Z z QY�• Vr1 (0
C C aC
. C - a ca ca.L
Whmrs:
C Specifi�.Fheac in Btullb-'7
" D • densicp is IV
t • thicscaess is It
t resistance par loot is
hour-tt2--'T/Btu-:t
C-49 ZCi .15 88
Yew --i �..� av �• .. .+a...
22244 la e!ts stap, dacsrz:as
ca•`aq utysl4a: sass capacl:7 fac-
tcz . fc4: the apprroprtita TAbla 3-
'az 3-144, sad satar is on
Liza 4% f ollawia=, and 1=4 14 of.
chscid=s c .
3-14c.
'Sass
CAzacivr
ractars
fzr I2tariar
Y -ass
.
I
t
1 I - Value of Lacariar
Mass
ZZaaaat
?XGl ud-4
A-4
I
Fil=s 1
I Ssat Cs�ac2:7,
10.3
10.4-
1 0.8- 11.3-
1 1.8-
12.6- 14.1-
17.6 1
I Dtulttl-47
I Cava
10.7
11.2 11.7
12.3
14.0 17.3
I Up I
I
I 1.3 -
1.7
I
12.312.8
I
I 1
1,2-3. l
2.7
I
1 2.6
! 1
1 2.4 1
2.3
! I
1 1.9 I -
I -1.3 -
2.2
1 3.2
13.2
1i3.2".,1
3.1
1.3.0
1 2.9 1
2:6
1 2.1 I
1 2.3 -
2.7
1 3.7
1 3.7
1'3.6 1
3.3
1 3.3
1 3.0 1
2.3
1 2.2 1
I 2.8 -
3.2
1 4.3
1 4.3
1 4.1 13.8
13.6
13.3 13.0
12.3 I
I 3.3 -
3.7
14.8
14.7 ,I
4.4 1
4.1
1.3.8 .I
3.4 J
3.1
J 2.4 I
3.8 -
4.2
) 3.2
13.0
14.7 14.3
J 4.1
1 3.6 13.2
i 2.5 I
1 4.3 -
4.7
13.6
I 5.3
15.0 l
4.6
J 4.3
13.7 13.3
i 2.6 i
i 4.8 -
5.3
I 3.9
I'5.6
I 5.2 14.8
14.4
13.8 13.3
12.6 .l
I 5.6 -
7.0
( 6.6
16.1
( 5.5 13.0
14.7
( 4.1 13.6
12.8 i
I7.1• -
9:0
1.7.3•
.1 6.4
1 5.9...:i
3.3
.1 S..a
I. 4.a : (
4.0
13.1. I
I 9.1 -
12.0
17.8
( 6.3 ''
1 6.1. (
5.6
I S.2
I' k•7
3.4 1
I 12:1 -
17.0
18.2
17.1.
16.4 13.8
( 5.5
13.1 14.7
) 4.0 i
I 17.1 -
22.5
1 8.5
1 7.6
1 6.9 1
6.4
1 6.1
I S.7 1
5.3
1 4.7 1
I 22.6 -
27.5
1 8.7
1 7.9
1 7.2 1
6.8
1 6.4
1 6.0 1
5.8
15.2 1
l 27.6 -
33.0
1 8.9
1 8.1
1 7-.4 1
7.1
1 6.8
1 6.4 1
6.1
1 5.7 1
35.1
up
i 9.2
i 8.3
i 7.8 i
7.4
i 7.2
i 7.0 i
6.8
i 6.4
C-4 9 Em is 89
r
Table 3-144- w.sss Canacitj, Iractari !cr Ezzariar Miss Va.11
I I IL-oalus o: 2z:2r4.or 'Mass Assa=blr *zc' a4' c� �: e• •
I Rest CapZ�t7,
I
I 2.0-
( 2.3- I
3.0-
I 3.3- I
4.0- (
4.3-
I 3.0-
I Dtu/!t T1
• i
2.4
I
I 2.9 (�
I I
3.4
( 3.9 (
I I
4.4 I
I
4.9
J 3.4 {
I I
I 14 -
1.9
I 1.3
I 1.4 (
L.3
I 1.6 I
1.7 (
1.8
I 1.8 i
- • F-• - 2.0 -
2.4
i 1.6
I 1.7 (
1.8
I 1.9 (
2.0•• I
2.1
I 2.2
I 2.3 -
2.9
I 2:2
I 2.3 I
2.4
( 2.4 I
2.3 I
. 2.7
) 2.8 I.
I - 3.0 -
3.4
I 2.7
) 2.3 !
2.9
I 3.0 1
3.1 )
3.2-
)- 3.3• I
I 3.3 -
3.9
I 3.2
I 3.3 I
3.4
I 3.3 I
3.6 I.
3.6
l 3.7 i
(' 4.0 -
4.4
I 3.7
( 3.8 I
3.9
( 4.0 (
4.1 (
4.2
( 4.2
4.3 -
4.9
) 4.2
I 4.3 (
4.4
I 4.3 i
4.6 I
4.6
( 4.6 I
I 3.0 -
3.4
I 4.7
1 .4.8 I
4.9
I 3.0 J
3.1 I
3.1
I 3.1 i
I 3.3 -
3.9
) 3.2
I 3.3 1
3.4
J 3.3 I
3.6 I
3.6
I 3.6 I
I 6.0 -
6.9
( 3.7
I 3.9 (
6.0
I 6.1 I
6.1 I
6.1
I 6.L I
( 7.0 -
7.9
( 6.7
) 6.9 (
7.0
( 7.1 I
7.1 I
7.1
{ 6.9
I 8.0 -
8.9
I 7.3
I 8.0
l 8.1
1 8.2 I
s.l I
7.9.
I 7.3 1
I 9.0 -
9.9
) 8.8
I 9.1
) 9.2
) 9.2 I
9.0 I
3.4
I 7.8 1
l 10.0 -
11.9
i 9.7
) 9.8
1 9.9
I 9.8 I
9.3 (
8.8
I ' 8.2 I
( 12.0 -
13.9
( 11.6
111.3
111.1
l 10.3.1
9.3 I
9.1
i 8.3 1
I 14.0 -
19.9
113.6
113.0
111.3
) 10.9 110.0
I
9.4
( 9.7 1
• • 1 20.0 -
29.9 -
113.1
I :13.7.,
12:4; ..1.
11.4 ..1:.10.3
. I
. .9.7..
) 9.1 )
1 30.0 -
39.9
.1 16.1
1 14.3 ')
13.2 -1
12.0 1
11.1
1 10.A
1 •9.8 1'
I 40.0
up
i 17.0
( L3.2
113.8
112.6 111.7
(
11.1
110.3 1
I Rent capacity,
1 I
I 3.3- 1
1
6.0- 1
1
7.0-)
I
8.0- 110.0-
I
113.0-
i I
1 20.0 I
( Dtu/it2-*T
1
I .5.9 (
I 1
6.9 I
I
7.9 I
I
9.9 114.9
I
119.9
i
I up I
I
. ( 1.3 -
1.9
I 1
( 1.3. (
I
1.9 (
I
1.9.. (.
L.9 l
I I
1.8 I
1.7
I I
) 1.6 1
( 2.0 -
2.4
I 2.2 (
2.2 I
2.3. I
2.4
( 2.3 I
2.4
) 2.3 I
I 2.3 -
2.9
I 2.8 I
-2.9 I
2.9 l
2.9
I 2.9 I
2.8
I 2.3 l
I' 3.0 -
3.4
I 3.3 1
3.3 I
3.4 I
3.4
) 3.4 I
3.1
I 2.9 I
i 3.3 -
3.9
I 3.3 1
3.3 1
3.8 1
3.8
I A.7 I
3.3
I 3.0
( 4.0 -
4.4
( 4.2 I
4.2 (
4.2 )
4.1
I 3.9 (
3.3
I 3-L
I 4.3 -
4.9
l 4.6 I
4.6 I
4.6 1
4.4(
4.2 I
3.6
13-L I
I 3.0 -
3.4
I 3.1 I
3.1 I
4.9 I
4.7 .J
4.3 I
3.8
I 3.2 )
I 3.3 -
•3.9
1 3.6 1.
3.3 .1
3.2 1
4.8
I 4.3 I
3.9
1 3.3 I
I 6.0 -
•6.9
( 6.0 I
3.9 I
3.4 (
3.0
( 4.6 i
4.0
I 3.3
I 7.0 -
7.9
I 6.7 l'
6.4 I
3.7 'I
3.2
I 4'.8 I
4.1
I 3.4 {
I 8.0 -
8.9
I 7.0 I
6.6 i
3.9 I
3.4
I 3.0 l
4.3
1 3.3 l
i 9.0 -
9.9
I 7.3 I
6.8 1
6.1 1
3.6
1 3.2 1
4.4
1 3.6 I
i 10.0 -
11.9
( 7.6 (
7.L (
6.4 )
3.8
I 3..3 I
4.3
I 3.8
I 12.0 -
13.9
( 8.0 _I
7.4' I
6.6 I
6.1
I 3.3 .I
4.3
( 4.0 I
I 14.0 -
19.9
1 8.2 I
7.6 1
6.3 1
6.3
1 5.7-1-5.0
I 4.3 I
I 20.0 -
29.9
I 8.3 I
3.0 I
7.2 (
6.7
I 6.3 )
3.6
1 3.0 1
I 30.0 -
39.9
( 9.2 I
8.8' I
8.L I
7.6
( 7.3 I
6.7
I 6.2
40.0
vp
1 10.0 I
9.6 l
9.0 I
8.6
l 8.4 )
7.8
C-4 9 E= 13 90
Decsrzize the ezpoaed sur:acs sras
of the mass and eater it on Ii=s a :•
and oa Iima 14 of the chec'ilisc
adjacent to i:s- corTespoadisg 3C
and i values.
Multiply. the factor tIzes the area
and eater the result on lis* a.
Do the sans for ocher mass t77es
on limas b through d.
Add I-'aas a through d togachar and
eater the suss is the appropriace
plus on line e.
later the floor area from 'COCsl
floor arae' 1 of the Caapliaaca
Qaeslist in the approprisca plica
oa .lana e. Perforz the required
calculation and encar the result
as "local Thermal :lass Capacit7.'
Using this total, find the Corr es -
ponding point value in Table
3-144 and enter it in the
'Points:.coluan on lies 14 of the
checklist.
3octian 4 MALL aust also ba_nsed
in ccmjunctlau with estar::r mass
walls. There is no aiaimax &-
value requirameat for aass walls.
Table 3-140. Thermal Mass POiat3
i To cal MISS
Capaci t7 I
I
l in Btu/'.F per
sq ft (
Points
I
I of floor
area (
I
I
I 0-
3.2 I
*23 I
I .. 3.3 -
I 0.2
030 I
I 5.3 -
6.2 I
I . 0.3 -
0.7
6.7 i
*34 I,
I 0.3 -
1.1
036
I 7.3 -
7.a I
038 I
I 7.9 -
1.7 I
i
I 1.3 -
9.2 I
I
I 2.2 -
2.3
044 i
I -2.6 -
2.8 I
*I6 I
I 2.9 -
3.1- I
018 I
I 3.2 -
3.3 (
*20 I
I . 3.6
14.0 I
*32 I
I 4.1 -
4.4 I
024
C-49 ECS U
r
c,.;osad waas r'sc:sr L ,
Area of T7Pe L
Esposec ;miss Fac:ar 2
Ar sa of T7Pe 2
C
Exposed :lass Faces 3 --
&aa of Type 3
z - d
Espcsea :rasa Factor
Area of T7pe 4
a -
a *o M td) 'Floor To Csi
Ar as Mass
Capaci t7
Table 3-144. _(Continued)
I Tocal :lass
Capacit7
I in Scu/"7 per sq ft I
Points I
of floor
area I
I
I'
*26
I 4.9 -
3.2 I
*23 I
I .. 3.3 -
3.7 I
030 I
I 5.3 -
6.2 I
*32 t
i 6.3 -
6.7 i
*34 I,
6.8- -
7.2 !
036
I 7.3 -
7.a I
038 I
I 7.9 -
8.4 I
040.-. I
I 8.3 -
9.2 I
042 I
I 9.3 -
9.9 I
044 i
I. 10.0 -
10.8 (
046
I. 10.9 -
11.8 i
f4a I
I 11.9 -
12.8 i
030
I 12.9 -
14.0 I
*32 I
I 14.1 -
13.2 I
*34
11.3 -
16.6 I
*36 I
I 16.7 -
18.1 I
03a I
I 18.2 -
19.7 I
*60
I 1943 -
21.2 1
'*62 I
I 21.3 -
22.7 I
064 I
22ea
up i
*66
91
I
13. Gia ?L*3.`t4CZ 7t"'t.LU:' 3✓r3:Cc..�L-=0N
(5CLZ:iG
Using the Seasonal Ef:iciancy (3Z)
shown on llas 13 on the Caspliance
Checklist; find the corrsspondi�ag
point Value for -Che gas fursacalis
Table 3-L3. Eater this •alue'ia
the 'Pouts' colo=n on Lias 13 of
the checklist. tf-no Sea furssce
Is proposed, anter taro- (0) in the
040incs' calwm and writs ':L' is
the place on Liza 1: marked (SZ)•
16. ;"A PTMA
Using the E44Z87 Z.•:iciancy Ratio
(M) shown on Lias 16 of the
comlianaa Checklist, find the
eorrespondiag point value, for the
heat pwasp from Table 3-L6. Encsr
this value in the 'Points'.colu=n
on . lini- -16'. of - the• -chec dist.• : If
no. hest pnap is proposed, nater
sero (0) in the ?mats' eoliM
and rens 'Nl' in the place on
line 16 asrkad `cM-'
The heat pu=p points ars a cacal
of both cooling and- heating -bens-
fits
bearfits associated vich i=provad
EMs. The percent of the points
associated with heating range
between 30 and 60 parcanc of the
cocal.
I" C-49 Sal 13
92
Table 3 -LS. Gas F%==Ca ;:ithouc
!iet: i �atiaa Cool:a
I -.Seasonal 1!!iei4zc7 I points
( (3Z), Z I 1
fI I
l I
I All i 0
I I
Table 3-16. Heat Puav Pants
I Energy Efficiency I Po
I Betio (M) I
{... ..
7.3.-
7.7
I .
I.. 7.8
7.9
I 8.0 -
8.3
I }L I
8.4 -
8.6
I 8.7 -
9.0
I 1-7 I
9.1 -
9.4
{ }10 {
I 9:3 -
9.9
i *L3 I
I 10.0 -
10.4
( X16 1
f 10.5-10.9
I *1-19 .I
1 11.0 -
11.3
I }22
11.6 -.
124
I 1.25
12.3 -
12.9
1 a 1
I 13.0
I
up
�3i i
I I
9
17. G13''F73.`IAC_ W" 3°:3rGi3a'lOJ
CrOL`L`iG' ,
Qsi4 the Sas for=ce 32 and the
raf.ijsracioa cooling SM shown
on line 17 of the Compliance
Chec9tl1st, find the cor.aspondiag
total point value f--= Table 3-17;.
2atar this value is the '?oints''
column on line 17 of the check—
_ list. L' no Sae f= ace with
raf=igeration cooling. is proposed,
enter zero (0) in the-?oincs'.
column and MCI -to '`L' in the
places on-line 17 aar'kad 'S2' and
The Dain=b is this table represent
a total of both waling and
heating, benefits associated with
iaproved S2:3and SEs.
93
C-4 9 ECti 13
P
:able 3-L7. Gas Fur :acs wi:h
&e!: igeration C�lln=
Poi�=3 /
I- I � I
I Bef.iguraclon-i Gas r race St 2
I Cooling , I I
I (sz) I /All
I I I
I
I 8.0 —
I
8.2 1
I
0 I
I 8.3 -
8.6 I
*3
I 8.7 -
9.0
06 I
I 9.1 -
9.4
.
9.S
9.
X12
IIIiII
9.9
10
S+*2L1}S189
10.4
.9
11.0
1.S
11.6
12.2
1.24
12.
12.9
*27 -
13
U.S
}30
.
i
1-33
I S . A 4Z SOLS3 5?�C? MA's :NG
Gia 3AB'?
Bsi=g the Net Salar Fraction
(337) show as li=e LS of chs
Compliance Ch*Cklist, tied the
corresponding point value t=
Table 3-13. meter this value iz
the "Poizts' column on Liza is of
the eheck:ist. Attach the docu-
mantacion Nstifyizg Chs. '337 to
the checklist. L' no active
soler specs h"CSng is proposed,
anter zero (0) iz the 'Poi=cs'
column and eeits -U' in the
place mmxkad 'Y37' an line IS -
fable 3-19. 3c_ive Soler Space
?satizg vi.h ;as
I I I
I Yat Solar Fraction I Points I
I
I I I
I I I
0 I
I S2 up
I I I
L 9. ?ORALE!
007:30T T M-7C3IC
RP.SISTANCZ SPA= ;=,ITSYG
It zoaslly concolled electric ..:.Tible
3-19..... Zonally Controlled
resistance space.haaCingis. pro-.
EZaetrie Resistance. :
posed, enter the points • trom
Scacs Seating Poiacs
..
Table 3-19 in the '?oints' coluaa -
I
an' line 19 ofthe . Complisncs
{ Points tar this amsure will I
Checklist. Single acne ccnvec-
{ be ccmpletad if ter the CzC I
Cion, radiant, or forced -air
I has a0provad an A1Caraativa l
resistance hest nest use the_.cor:
I Component package tai Resistants {
puler performance machod outlined
I Usc.
in Part 4.. of this manual. _ -This
I I
does not include the supplemea-
Cary elac=ic resistance hest
strip tz heat pump .s72csms•
C-4 9 sal LS
F
94
Uai---q thG 'rloor a:sa :_ —OCA
Flaar Arca" and Ch pe. t2=t :TO C
Solar Fr= moa (337) f.=,z 1.2a 20
of the C.ar:pl lam=a Ch c-ck: / s c , ! i rd
Cha poi=t valuc 12
Table 3-20. Id Cho bul'di:.3 is
c7.St.e=m1ly, =aleiply th'a paints
is Cha Cable by th a =zmbar of
d"1111:.3 uni ca is Cha b=! -'d-'=3 a=d
aatar tha product in Cha points
colo= oa 14:20 20 of the chcc-1—
Leat. I.o eba baaldi:z is ai : jla
f ly, cater= Cha Cable value 12
on li=a 20 of eb0 c.':cceliat.
Azt- h chn dae^..ncaa.3elon "Usci-
f 7i::G Cb0 SS? Ca Cre chac list.
If no :oolzr v---.tcr he --t°=; is
proposed, Bator zero (0) i2 Chea
'?Ziacs' c91and vVica `RYA' in
Cho place emrkcd 'YSd® ou
lim=a 20.
3aC s®l r. f =- tion is .: Ch3
ayaE alae conger bastion .. 4444
i�ludi=� star=,,a C� loaac�, .
piai:.2 facet 1000cs, nffi pmcPi��
7,IbIQ 3-70. Behr 'aarSr seae,�4 'di e4 Cis 9a('c go.Aes
I> le_aa l
(par
unit
"i2t9)
I
I Floor Axon i
.1bt
solar Fr action
(:1S7) ,
I par unit, I
ftp
I
I I
I
I
I 10.9
"'i
110-19 I.20=29
I i
1 30-39"1'40-49.1
1 I
I
50039
1 6 0-4 9 170-79
I `•
I
I I
I 600199 I
0
I I
I +3. I
+7
1 I
I +LO I
+13
I
I +16
I
I +ZO I
I
+23 . I
I 600®999 I
0
1 +3 I
+5
1 +a I
+10
I +13
I +15 I
+17 I
11,000-L,499 (
0
I +2 (
+4
I +5 I
+7
j +9
j +1±
j +13 1
11,500®1,999 I
0
1 +1 I
+3
I +-4 I
+5
I +7
I +a I
+9 I
OOQ I
0
I �L i
b�
f b3 I
yS
i ter,
I y.7
I +9 I
ISIS otba (ocr
-pints)
5 I
►
I 90099 I
0
I •+b 1
+0
+12 I
+16
I +20
I +24
( +2a I
1 1,000-1,199 I
0
I +3 I
+7
I ¢10 I
+14
I +17
I +20
I. +24 I
1 1,20001,499 I
'0
I +3 I
+6
I +a I
+11
I +LS
I +17
I +20 I
I 1,5001,999 (
0
I +2 I
+4
I +4 I.
+9
I +11
I +13
I +16 I
1 2,000-Z,999 j
0
I +1 I
+3
( +4 l
+a
( +7
( +9
j +10 I
13.000 and uo.1
a
I +1
I +2
I 4-44 I
+5
I .6j
I +7
I 1-8. I
C-49 =ea 13
r
93
gai.a3 t:lv uatzr head.cg sy$ t :�
ahoZ_ on lora .2l cf t.".n C.; pliaac�
Chcchl tha torr arpoac":-z
point valua is Table 3-21. Z --t=
t-$ value in tail -pti ats' Column
of eha Ch ack-1-l2t on Nara 21.
I SpStam 777C l
i I
Poiat9
I f
10ex 0-.1' I
0 I
I I
&aat ?=p
i
I solar with z:'Oe=.c I
I
' I anzistsaCo 3sckup
I Acacias tbo dui a- I
j x3acs in Part
j F�actric a asistaUC2
I OZLL7
I I
j
Stn the tho
.Ssr =d once .
gnecz�cs: L- ehcz total is $cis (0)
or Zrantar, the ; opoacd buiadSag .
e=p.Loea. L .the cot.&. is la.9a
chi zero, 14ve13 of mcasuras with
=rCk posicavca poiazz ar lass gess
-tdva paiats =at ba %wed. Sa
eartaia to east the r,_,qui: eats
of Fes: L, Vzudatary Feat%=as
and Daviecs. A bu.Udina pa t
ca-o.c be issued .until chs Psr : 1
r cqu.ir maor9 ars also mat.
(Space Canaittaning sad Watar doaciag) r
$93
total par space ental floor ar-aa
conditioai.-q3 bud, -at
wac= aaacizz Sud3at A cb} ic3tulpr f
Total- Budget (a *b) � . ((oc®-- ks CU/ 7r
Points tacal :tsar =*a
Approxi=ta Total '_-4Uz=pcion (C-d) o W k9tu%pt
9G