0309-067 (SFD) Title 24TITLE 24
I
ENERGY COMPLIANCE
RESIDENTIAL
DEWEESE RESIDENCE
LOT 54, THE TRADITION
LA QUINTAq CA
MAY 15, 2003 %1
REVISION OCT. 16.2003
it
CITY OF LA QUINTA
BUILDING & SAFETY DEPT.
APPROVED
FOR CM. STRUCTION
�-
DATE 4 1 BY
778 -41eo ;C4
PREPARED BY:
AMCOR, TITLE 24 SERVICE
372 MANZANITA AVE., VENTURA, CA 93001
(805) 641-1212
PAMELA S. ROBINSON
AMCOR
TITLE 24 COMPLIANU SERVICE
377 MAN ANITA AVE.
WNTURA, (Ally. 93001
(B05) 641-1212
Dear Owner/Builder-
The enclosed compliance package includes the necessary mini mm
requirements for your home for compliance with the State of California: s Title 24.
Energy Efficiency Standards. The standards have provided you with a good energy
efficient design: Please note, however, that these are minimum requirements for
compliance. Not necessarily the maximmm energy efficiency features available for
your home. If you are interested in further energy saving ideas for your home, we
are available for further consulting.
Included in this package are "sticky backs" of the necessary ,forms that need
to be included on your blueprints (CF -IR, MF -IR) Please be sure the sig pvvner's
or designer's signature is on page.3 of the CF -1R on the sbckybacks and in - >>s
package.
Also included in this package is your HVAC SIZING CALCULATIONS.
Please shove these to your HV AC contractor so that he may properly supply you
with i -V AC equipment appropriate to the efficiencv (AFUE & SEER) and sizing
information called, out in the energy compliance. Your contractw!musi fill out &
post on site the form CF -6R prior to final inspection., describing the installation of
HVAC & Water Pleating Equipment.
Good Luck with vom new home...
Sincerer°,
Pamela S. Robinson, Amcz
CB0 Cei i.ficate no: RES -88-2017
AMCOR TITLE 24 - ENERGY COMPLMNCE
TABLE Of CONTENTS
MANDATORY FEATURES CHECKLIST (MF- I R)
MICROPASS COMPLIANCE (V. 6.01)
(CF- I R, CF -2R)
HVAC SIZING
(HEATING & COOLING LOADS SUMMARY)
HERS RATING COMPLIANCE FORMS (CFAR)
(IF NEEDED FOR DUCT SEALING FIELD VERIFICATION)
MANUFACTURER'S DATA (CF -611)
(TO BE FILLED OUT BY CONTRACTOR BEFORE FINAL
INSPECTION)
PAMELA S. ROBINSON
372 MANZANITA AVE., VENTURA, CA 93001 (805) 641-1212
AMCOR
MANDATORY FEATURES CHECKLIST
(MF- I R)
PAMELA S. ROBINSON
372 MANZANITA AVE., VENTURA, CA 93001 (805) 641-1212
MAL (Page) of 2) Mr -IR
MANDATORY MEASURES CHECKLIST: RESIDEN
Note: i.,o\\prise residential buildings subject to the Standards must contain ihesemcasures regardless of tyle compliance approach used.
Items marked will) an asterisk (*) may be superseded by more sbingpil compliance requireinetlts listed on the Certificate of
Compliance. W11en this checklist is incorporated into 111e pemlit documents, elle features noted shall be considered by all parties as
minimum component performance specifications for Vic mandatory mtaitlres »nether Illey are sho\aln else where in the documents
or on ibis chec)d ist only.
Instructions: Check or inilial applicable boxes wlien oonlpleied or enter 1\IIA if not applicable
DESCRIPTION DESIGNER
ENFORCEMENT
Building Eri elope Measures:
" 0500): Minimum R-19 ceilingitnulation.
�
V
§150(b): Loost fill insulalion manufacturer`s labeled R -Value.
(/
" §350(c): Minnnum R-) 3 \\sll insulation in \\wod $arced walls or equi\�lart 1}factot in metal frame \valis
_ ` J
(does tot apply to watmor mass \\slls).
V
hininrmn R-33 raised Door insulation in framed Doors.
§150(1) : Slab edge insulation - \\ater absorption rate no greater than 0.3°x, \\attrvapor transmission rate
N 1 O
no greater than 2.0 perm/inch.
/ 1�
§118: insulation specified or installed meets insulation quality standards. Indicate typtand form.
§116-17: Fcoestration products, Exterior Doors, and brrltratitnrlrxfltrat tnr Controls
3. Doors and windows between conditioned and unconditioned spaces designed to lbnii airleahage.
/
V
2. Ftnesirvion products (except field -fabricated) have label with entified UT -actor, certified Solar Ileal
Gain Coefficient (SHGC), and infiltration certification.
3. L-raerior doors and windows weatherstripped; all joints and penetrations caulked and sealed.
§150(g): Vapor barriers mandatory, in Climate Zones 14 and 16 only.
t�
§150(f): Sptcial infiltration barrier installed to comply \\ tb § 153 meets Commission quality standards.
�f
§150(1): Installation of Fireplaces, Decorative Gas Appliances and Gas Logs.
1. Masonry and factory -built fireplaces bave:
a. Closeable metal or glass door
b. Outside air intake with damper and control
c. Flue damper and control
2. No continuous burning gas pilot lights allowed.
Spa Ce Condi. ioniDb, Wster Hcating and Plumbing System Measures:
§110-§113:IfVACequipment; water beaters,.sho\\erheadsandlsucetsctrtiftiedbytlreCorrorussiou.
►f
§150(h): licati))gaud/or cool;ngloadsealculated in amordancewilh AS)iRAL-,ShhAO\IA or ACCA.
1✓
§150(i): Setback thermostat on all applicable heating and/or cooling systems.
§150(j): Pipeand tank insolation
3. storage gas water heaicrs rater; with an Energy Factor less than 0.58 must be externally -,yapped with
insulation having an installed tbctmal resistance of R-12 m neater.
/
2. Firs) 5 feet of pipes closes) to watca heater tank; non -recirculating systems, insulated (A4 or greaten•)
(,//
3. Bach -up talks for solar system, unfired sturap tanks: or other indirect hot water tanks love. R. 12
wdenal insulalion or R-16 combined inicnrallrxlcmal insulalimr.
A. A.11 buried ur exposed pipinginsulated in recirculating swiuns of but wall �51C1nt
5. Coolinf s)mwen piping below 55° F insulated.
6. Piping insulated between heating source and indirect bot \\stet ianit.
Ja n ua ry 4, 7,003
MANDATORY MEASURES CHECKLIST: RESiDENT7AL (rage 2 of 2) MF -IR
bole: L.owrise residential buildings subteen to Me Standards must contain these measures regardless of the compliplce approach used.
Items marked with an asterisk ('r) may be superseded by more stringent compliance requirements listed on tl•te Certificate of
Compliance. When this checltlist is incorporated into the pennit documents, the features noted shall be, considered by all parties as
minimum component performance specifications for the mandato,)~ measures whether they are shown else\6ere ill the documents
or on 01is cllecldisl only.
Instructions: Check or initial applicable boxes when completed or enter N/A if not applicable.
DESCRIPTION DESIaTER ENFORCEMENT
Space Conditioning, Water Beating and Plumbing System hleasures: (continued)
" 4150(m): Ducts and Pans
I. All ducts and plenums installed, sealed and insulated to meet the requirement oflhe 1998 CMC Sections
601, 603,604t and Standard 6.3; ducts insulated to a minimum installed level ofRA1 orenclosed entirety
in conditioned space. Openings shall be sealed hath mastic, tape, 2=SD) sealanl,orother duct -closure
sysiem that meets the applicable requirements of UL 183, UL 183A, or U1. )SIB.If mastic or tape is used
to seal openingsgreater than 1/4 inch, the combination of mastic and eitimr mesh or tape shall be used.
Building cavities shall not be used for conveying conditioned air. Joints and seams of dud systems and
their components shall not be sealed with clog) back rubber adhesive duct tapes unlesssuclr tape is used
in combination with mastic and drawbands.
2. E-%haust fan systems have back draft or automatic dampen.
3. Gravity ventilating systems serving conditioned spact have either automatic Or readily aecessible;
manually operated dampers.
§1 14: Pool and Spa Heating Systems and Equipment..
1. System is certified with 78% thermal efficiency, on-off smijeh, wVallitriiroDfoper2lip ustructions, no
electric resistance heating and no pilot lighi.
2. System is installed witfn:
a. At bast 36" of pipe between filter and beater for future solar heating.
b. Cover for outdoor pools or outdoor spas.
3. Pool system has directional inlets and a circulation pump time switcb.
§115: Gas fired central fumaces, pool treaters, spa beaters or household cooking appliances have no
continuously burning pilot light. (Exception: Non -electrical cooking appliancts with pilot < 150 BtuAhr)
Lighting Measures:
§350(k)l.: Lumbhaires for general liglntingin kitchens slral3 havelampswithancfficacyof40 )umenshvatt
or greater for general lighting in kitchens. This general beitingshall be controlled by a sMich ou a
readily accessible h hting control panel at an entrance to the kitchen.
§150(k)2.: Rooms with a shower or bathtub musl have either at least one luminaire with lamps with an
efficacy of 40 lumens/wan or greater switched at the entrance to the room or ont of the allemativL� to this
h • uinemeni alloumd in §i 50(k)2.; and ruessed ceilin fi>.lures arc IC (vhsulatimr coves n roved.
January 4, ZOO)
AMCOR
MICROPASS COMPLIANCE
(V. 6oO 1)
'(FORMS CF - IR, CF -2R)
PAMELA S. ROBINSON
372 MANZANITA AVE., VENTURA, CA 93001 (805) 641=1212
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 1 CF -1R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
Project Address........ LOT 54:THE TRADITION ******* ---------------------
LA QUINTA CA *v6.01*
Documentation Author... PAMELA S. ROBINSON ******* Building Permit #
AMCOR
.372 Manzanita Ave Plan Check / Date
Ventura, CA 93001
805-641-1212 Field Check/ Date
Climate Zone........... 15 ---------------------
Compliance Method...... MICROPAS6 v6.01 for 2001 Standards by Enercomp, Inc.
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM CF -1R
I User#-MP0956 User-AMCOR Run-DEWEESB
-------------------------------------------------------------------------------
GENERAL INFORMATION
Conditioned Floor Area.....5006 sf
Building Type...... ...... ingle Family Detached
Construction Type ......... New
Building Front Orientation. Front Facing 180 deg (S)
Number of Dwelling Units... 1
Number of Stories.......... 1
Floor Construction Type.... Slab On Grade
Glazing Percentage......... 34.6 % of floor area
Average Glazing U -factor... 0.36 Btu/hr-sf-F
Average Glazing SHGC....... 0.29
Average Ceiling Height..... 13.6 ft
BUILDING SHELL INSULATION
Component
Frame
-------------------------
Cavity
Sheathing
Total
Assembly
Type
------------
Type
-------
R -value
--------
R -value
--------
R -value
-------
U -factor
-------
Wall
Wood
R-21
R-0
R-21
0.059
Roof Radiant
Wood
R-11
R-27
R-38
0.025
RoofRadiant
Wood
R-38
R-0
R-38
0.029
Door
None
R-0
R-0
R-0
0.330
S1abEdge
None
R-0
R-0
F2=0.760
S1abEdge
None
R-0
R-0
F2=0.510
Wall
Wood
R-0
R-0
R-0
0.293
Orientation
--------------------
Window
Front
(S)
Window
Front
(S)
Window
Front
(S)
FENESTRATION
Location/Comments
SOUTH, TO GARAGE
WEST, NORTH, EAST
CORNER, TO STORAGE
ATTIC, VAULTED
VAULTED
Solid Wood
TO OUTSIDE
TO GARAGE, TO STORAGE
Area U- Interior
(sf) Factor SHGC Shading
----- ------ ------ ---------------
1.8 0.360 0.290 Standard
12.0 0.360 0.290 Standard
12.0 0.360 0.290 Standard
Over -
Exterior
hang/
Shading
--------------
Fins
-----
Standard
Yes
Standard
Yes
Standard
Yes
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 2 CF -IR
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
I
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM CF -1R
User#-MP0956 User-AMCOR Run-DEWEESE I
-----------------------------=-------------------------------------------------
FENESTRATION
Over -
Area
U-
Interior
Exterior
hang/
Orientation
--------------------
(sf)
Factor
SHGC
Shading
Shading
Fins
Window
Front
(S)
----- ------
1.8
0.360
------
0.290
---------------
Standard
--------------
Standard
-----
Yes
Door
Front
(S)
21.0
0.360
0.290
Standard
Standard
Yes
Door
Front
(S)
48.0
0.360
0.290
Standard
Standard
Yes
Door
Front
(S)
0.360
0.290
Standard
Standard
Yes
Window
Front
(S)
_21.0
17.0
0.360
0.290
Standard
Standard
Yes
Door
Front
(S)
L 42.
0.360
0.290
Standard
Standard
Yes
Door
Front
(S)
32.0
0.360
0.290
Standard
Standard
Yes
Door
Left
(W)
48.0
0.360
0.290
Standard
Standard
None
Window
Left
(W)
3.0
0.360
0.290
Standard
Standard
None
Window
Left
(W)
31.5
0.360
0.290
Standard
Standard
None
Window
Left
(W)
17.5
0.360
0.290
Standard
Standard
None
Window
Left
(W)
4.0
0.360
0.290
Standard
Standard
None
Window
Left
(W)
6.0
0.360
0.290
Standard
Standard
None
Window
Back
(N)
20.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
13.4
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
13.4
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
17.5
0.360
0.290
Standard
Standard
None
Door
Back
(N)
88.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
88.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
198.0
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
22.0
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
2 0
0.360
0.290
Standard
Standard
Yes
Window
Front
(S)
-n.0,
9.�
0.360
0.290
Standard
Standard
Yes
Door
Right
(E)
31.0
.0.360
0.290
Standard
Standard
Yes
Door
Right
(E)
120.0
0.360
0.290
Standard
Standard
Yes
Door
Right
(E)
31.0
0.360
0.290
Standard
Standard
Yes
Door
Right
(SE)
12.0
0.360
0.290
Standard
Standard
None
Door
Right
(SE)
40.0
0.360
0.290
Standard
Standard
None
Door
Right
(SE)
12.0
0.360
0.290
Standard
Standard
None
Window
Front
(S)
60.0
0.360
0.290
Standard
Standard
None
Window
Front
(S)
6.8.
0.360
0.290
Standard
Standard
None
Window
Back
(N)
2 0.
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
0.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
8.6
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
24.0
0.360
0.290
Standard
Standard
Yes
Window
Back
(N)
4:0.0
0.360
0.290
Standard
Standard
None
Window
Right
(E)
8.3
0.360
0.290
Standard
Standard
None
Window
Right
(E)
8.3
0.360
0.290
Standard
Standard
None
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 3 CF -IR
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
----...-_----•---5=-=----.�.�---_--------C--.�-�------•---SCS---�•----�.-r.�-------_�.--�.--
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM CF -1R
I User#-MP0956 User-AMCOR Run-DEWEESE I
------------------------------------------------------------------------------
FENESTRATION
Over -
Area
U-
Interior
Exterior
hang/
Orientation
(sf)
Factor SHGC
Shading
Shading
Fins
Window
Right
(E)
8.3
0.360
0.290
Standard
Standard
None
Window
Right
(E)
0.0
0.360
0.290
Standard
Standard
None
Window
Left
(NW)
.0
0.360
0.290
Standard
Standard
None
Window
Back
(NE)
18.0
0.360
0.290
Standard
Standard
None
Window
Left
(NW)
8.3
0.360
0.290
Standard
Standard
None
Window
Front
(S)
13.5
0.360
0.290
Standard
Standard
None
Door
Front
(S)
12.0
0.360
0.290
Standard
Standard
None
Door
Front
(S)
48.0
0.360
0.290
Standard
Standard
None
Door
Front
(S)
12.0
0.360
0.290
Standard
Standard
None
Window
Front
(S)
3.8
0.360
0.290
Standard
Standard
None
Window
Front
(S)
11.5
0.360
0.290
Standard
Standard
None
Door
Left
(W)
24.0
0.360
0.290
Standard
Standard
None
Window
Left
(W)
11.0
0.360
0.290
Standard
Standard
None
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
16.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
48.0
0.360
0.290
Standard
Standard
Yes
Door
Back
(N)
16.0
0.360
0.290
Standard
Standard
Yes
Window
Right
(E)
0.360
0.290
Standard
Standard
None
Window
Right
(E)
0.360
0.290
Standard
Standard
None
Window
Right
(SE)(n6.8
0.360
0.290
Standard
Standard
None
Window
Front
(S)
0.360
0.290
Standard
Standard
None
THERMAL
MASS
------------
Area Thickness
Type
Exposed
(sf)
(in) Location/Comments
-----Yes------
---3.5---
SlabOnGrade-
288
TILE--------------------
S1abOnGrade
Yes
--9-87
3.5 TILE
S1abOnGrade
Yes
543
3.5 TILE
S1abOnGrade
No
110
3.5 CARPET
S1abOnGrade
No
478
3.5 CARPET
HVAC SYSTEMS
Refrigerant
------------
Tested ACCA
Equipment Minimum Charge and Duct Duct
Duct Manual
Thermostat
Type
Efficiency
Airflow
Location R -value
-------
Leakage D
Type
------------
Furnace
------------
0.800
-------
AFUE
n/a
-----------
Attic
R-4.2
------- ------
No No
----------
LivingSta
ACSplit
12.00
SEER
No
Attic
R-4.2
No No
LivingSta
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 4 CF -IR
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM CF -IR
I User#-MR0956 User-AMCOR Run-DEWEESE I
Equipment
Type
------------
Furnace
ACSplit
Furnace
ACSplit
HVAC SYSTEMS
------------
_WATER HEATING SYSTEMS
---------------------
Number Tank External
in Energy Size Insulation
Tank Type Heater Type Distribution Type System Factor (gal) R -value
Storage Gas Standard 3 0.62 50 R- n/a
SPECIAL FEATURES AND MODELING ASSUMPTIONS
*** Items in this section should be documented on the plans, ***
*** installed to manufacturer and CEC specifications, and ***
*** verified during plan check and field inspection. ***
This building incorporates a Zonally Controlled HVAC System.
This building incorporates a Radiant Barrier. The radiant barrier must have
an emissivity less than or equal to 0.05, must be installed to cover the
roof trusses, rafters, gable end walls and other vertical attic surfaces,
and must meet attic ventilation criteria.
This'building incorporates a High Mass Design.
This building incorporates non-standard Water Heating System
REMARKS
INSULATION: WALLS R-21, CEILING R-38
GLAZING: DG WD/VINYL LOW E -!U -VALUE .36, SHGC .29 OR BETTER
RADIANT BARRIER REQUIRED
HIGH EFFICIENCY WATER HEATERS REQ:RHEEM 41VR50N (.62 EF.)OR EQ.
FAU SIZE LIVING ZONE: 86,650 BTUH OUTPUT, 80% AFUE.
FAU SIZE MASTER ZONE: 38,400 BTUH OUTPUT, 80% AFUE.
FAU SIZE GUEST ZONE: 19,000 BTUH OUTPUT, 80% AFUE.
AC SIZE LIVING ZONE: 84,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE MASTER ZONE: 33,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE GUEST ZONE: 16,900 BTUH OUTPUT, 12.0 SEER.
Refrigerant
Tested
ACCA
Minimum
Charge and Duct
Duct
Duct
Manual
Thermostat
Efficiency
Airflow Location
R -value
Leakage
D
Type
0.800 SSE
n/a Attic
R-4.2
No
No
SleepingS
12.00 SEER
No Attic
R-4.2.
No
No
SleepingS
0.800 AFUE
n/a Attic
R-4.2
No
No
SleepingS
12.00 SEER
No Attic'
R-4.2
No
No
SleepingS
_WATER HEATING SYSTEMS
---------------------
Number Tank External
in Energy Size Insulation
Tank Type Heater Type Distribution Type System Factor (gal) R -value
Storage Gas Standard 3 0.62 50 R- n/a
SPECIAL FEATURES AND MODELING ASSUMPTIONS
*** Items in this section should be documented on the plans, ***
*** installed to manufacturer and CEC specifications, and ***
*** verified during plan check and field inspection. ***
This building incorporates a Zonally Controlled HVAC System.
This building incorporates a Radiant Barrier. The radiant barrier must have
an emissivity less than or equal to 0.05, must be installed to cover the
roof trusses, rafters, gable end walls and other vertical attic surfaces,
and must meet attic ventilation criteria.
This'building incorporates a High Mass Design.
This building incorporates non-standard Water Heating System
REMARKS
INSULATION: WALLS R-21, CEILING R-38
GLAZING: DG WD/VINYL LOW E -!U -VALUE .36, SHGC .29 OR BETTER
RADIANT BARRIER REQUIRED
HIGH EFFICIENCY WATER HEATERS REQ:RHEEM 41VR50N (.62 EF.)OR EQ.
FAU SIZE LIVING ZONE: 86,650 BTUH OUTPUT, 80% AFUE.
FAU SIZE MASTER ZONE: 38,400 BTUH OUTPUT, 80% AFUE.
FAU SIZE GUEST ZONE: 19,000 BTUH OUTPUT, 80% AFUE.
AC SIZE LIVING ZONE: 84,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE MASTER ZONE: 33,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE GUEST ZONE: 16,900 BTUH OUTPUT, 12.0 SEER.
CERTIFICATE OF COMPLIANCE: RESIDENTIAL Page 5 CF -1R
Project Title.......... DEWEESE RESIDENCE - Date.1.10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM CF -1R
I. User#-MP0956 User-AMCOR Run-DEWEESE i I
--------------------------------------------------.------------------------------
i
REMARKS r
MIN. SIZING -INCLUDES 1.4 WARM-UP FACTOR, 1.2 COOL -DOWN FACTOR.
COMPLIANCE STATEMENT
--------------------
This certificate of compliance lists the building features and performance
specifications needed to comply With Title -24, Parts 1 and 6 of the
California Code of. Regulations, and the administrative regulations to
implement them. This certificate has been signed by the individual With
overall design responsibility. When this certificate of compliance is
submitted for a single building plan to be.built in multiple orientations,
any shading feature that is varied is indicated in the Special Features
Modeling Assumptions section.
DESIGNER or OWNER
Name.... Name....
Company. Company.
Address. Address.
Phone... Phone...
Licens .
Signed.. Signed..
- -- -- (d e)
ENFORCEMENT AGENCY
Name....
Title...
Agency..
Phone...
Signed..
(date)
DOCUMENTATION AUTHOR
PAMELA S. ROBINSON
AMCOR
372 Manzanita Ave
Ventura, CA 93001
805-641-1212
-
COMPUTER METHOD SUMMARY Page 1 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
Project Address........ LOT 54:THE TRADITION ******* ---------------------
.LA QUINTA CA *v6.01*
Documentation Author... PAMELA S. ROBINSON ******* Building Permit #
AMCOR
372 Manzanita Ave Plan Check / Date
Ventura, CA 93001
805-641-1212 Field Check/ Date
Climate Zone.. ........ 15 ---------------------
Compliance Method...... MICROPAS6 v6.01 for 2001 Standards by Enercomp, Inc.
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
I User#-MP0956 User-AMCOR Run-DEWEESE
--------------------------------------------------------------------------
GENERAL INFORMATION
Conditioned Floor Area .....X006 s
Building Type .............. Single -Family Detached
Construction Type ......... New
Building Front Orientation. Front Facing 180 deg (S)
Number of Dwelling Units... 1
Number of Building Stories. 1
Weather Data Type.......... ReducedYear
Floor Construction Type.... Slab On Grade
Number of Building Zones.,
Conditioned Volume........ ��6s�fSlab-On-Grade Area.........
Glazing Percentage......... 34.6 W of floor area
Average Glazing U -factor... 0.36 Btu/hr-sf-F
Average Glazing SHGC....... 0.29
Average Ceiling Height..... 13.6 ft
= MICROPAS6
ENERGY USE
SUMMARY
=
----------------------------
= Energy Use
Standard
Proposed
Compliance _
_ (kBtu/sf-yr)
-----------------------
Design
----------
Design
----------
'Margin =
---------- _
= Space Heating..........
3.74
3.99
-0.25 =
= Space Cooling..........
39.52
37.37
, 2.15 =
= Water Heating..........
5.69
7.01
-1.32 =
= Total
48.95
48.37
0.58 =
_ *** Building complies
with Computer Performance
GENERAL INFORMATION
Conditioned Floor Area .....X006 s
Building Type .............. Single -Family Detached
Construction Type ......... New
Building Front Orientation. Front Facing 180 deg (S)
Number of Dwelling Units... 1
Number of Building Stories. 1
Weather Data Type.......... ReducedYear
Floor Construction Type.... Slab On Grade
Number of Building Zones.,
Conditioned Volume........ ��6s�fSlab-On-Grade Area.........
Glazing Percentage......... 34.6 W of floor area
Average Glazing U -factor... 0.36 Btu/hr-sf-F
Average Glazing SHGC....... 0.29
Average Ceiling Height..... 13.6 ft
COMPUTER METHOD SUMMARY Page 2 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
User#-MP0956 User-AMCOR Run-DEWEESE
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Zone Type
--------------
LIVING
Living
MASTER
Sleeping
GUEST
Sleeping
BUILDING ZONE INFORMATION
-------------------------
Floor # of
Area Volume Dwell Cond- Thermostat
(sf) (cf) Units itioned Type
2998 40746 1.00 Yes LivingStat
1465 20810 0.00 Yes SleepingStat
543
Area
Surface (sf)
LIVING
1 Wall 775
2 Wall 252
4 Wall 970
6 Wall 680
8 Wall 577
10 Wall 1 1
20 Roof Radia 267
21 RoofRadiant 82
22 RoofRadiant 82
23 RoofRadiant 82
24 RoofRadiant 82
32 Door 32
MASTER
3 Wall 421
5 Wall 341
7 Wall 140
9 Wall 603
11 Wall 38
12 Wall 38
25 RoofRadiant 1415
26 RoofRadiant 13
27 RoofRadiant 13
28 RoofRadiant 13
29 RoofRadiant 13
30 RoofRadiant 459
31 RoofRadiant 459
GUEST
13 Wall 205
14 Wall 193
Vent Vent
Air
Height Area
Leakage
(ft) (sf)
Credit
2.0 Standard
No
2.0 Standard No
6600
0.00
Yes SleepingStat 2.0 Standard No
OPAQUE
SURFACES
U-
---------------
Insul
Act
Solar
Form 3
Location/
factor
-----
R-val
-----
Azm
---
Tilt Gains
---- -----
Reference
------------
Comments
----------------
0.059
21
180
90
Yes
W.21.2X6.16
SOUTH
0.059
21
180
90
No
W.21.2X6.16
TO GARAGE
0.059
21
270
90
Yes
W.21.2X6.16
WEST
0.059
21
0
90
Yes
W.21.2X6.16
NORTH
0.059
21
90
90
Yes
W.21.2X6.16
EAST
0.059
21
135
90
Yes
W.21.2X6.16
CORNER
0.025
38
n/a
0
Yes
R.38.2X4.24
ATTIC
0.029
38
180
16
Yes
R.38.2X12.16
VAULTED
0.029
38
0
16
Yes
R.38.2X12.16
VAULTED
0.029
38
90
16
Yes
8.38.2X12:16
VAULTED
0.029
38
270
16
Yes
R.38.2X12.16
VAULTED
0.330
0
180
90
Yes
None
Solid Wood
0.059
21
180
90
Yes
W.21.2X6.16
SOUTH
0.059
21
270
90
Yes
W.21.2X6.16
WEST
0.059
21
0
90
Yes
W.21.2X6.16
NORTH
0.059
21
90
90
Yes
W.21.2X6.16
EAST
0.059
21
315
90
Yes
W.21.2X6.16
0.059
21
45
90
Yes
W.21.2X6.16
0.025
38
n/a
0
Yes
R.38.2X4.24
ATTIC
0.029
38
180
16
Yes
R.38.2X12.16
VAULTED
0.029
38
180
16
Yes
R.38.2X12.16
VAULTED
0.029
38
180
16
Yes
R.38.2X12.16
VAULTED
0.029
38
180
16
Yes
R.38.2X12.16
VAULTED
0.025
38
n/a
0
Yes
R.38.2X4.24
VAULTED
0.029
38
90
16
Yes
R.38.2X12.16
VAULTED
0.059
21
180
90
Yes
W.21.2X6.16
SOUTH
0.059
21
270
90
Yes
W.21.2X6.16
WEST
COMPUTER METHOD SUMMARY Page 3 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
I User#)-MP0956 User-AMCOR Run-DEWEES$ I
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I Surface
--------------
15
Wall
16
Wall
17
Wall
18
Wall
19
Wall
Surface
LIVING
33 SlabEdge
34 SlabEdge
MASTER
35 SlabEdge
GUEST
36 SlabEdge
37 SlabEdge
Orientation
LIVING
PERIMETER LOSSES
Length
F2
OPAQUE
SURFACES
1.8
0.360
Area
U-
---------------
Insul
Act
Solar
Form 3
Location/
(sf)
factor
R-val
Azm
Tilt Gains
Reference
Comments
142
0.059
21'
0
90 Yes
W.21.2X6.16
NORTH
248
0.059
21
90
90 Yes
W.21.2X6.16
EAST
16
0.059
21
315
90 Yes
W.21.2X6.16
STORAGE
60
0.059
21
180
90 No
W.2.1.2X6.16
TO STORAGE
84
0.059
21
0
90 No
W.21.2X6.16
TO STORAGE
LIVING
33 SlabEdge
34 SlabEdge
MASTER
35 SlabEdge
GUEST
36 SlabEdge
37 SlabEdge
Orientation
LIVING
PERIMETER LOSSES
Length
F2
Insul
Solar
1.8
0.360
(ft)
------
Factor
--------
R-val
-------
Gains
-----
Location/Comments
----------------------
286
0.760
R-0
No
TO
OUTSIDE
21
0.510
R-0
No
TO
GARAGE
120
0.760
R-0
No
TO
OUTSIDE
90
0.760
R-0
No
TO
OUTSIDE
12
0.510
R-0
No
TO
STORAGE
FENESTRATION SURFACES
---------------------
Area U- Act Exterior Shade Interior Shade
(sf) factor SHGC Azm Tilt Type/SHGC Type/SHGC
1
Window
Front
(S)-
1.8
0.360
2
Window
Front
(S)
12.0
0.360
3
Window.
Front
(S)
12.0
0.360
4
Window
Front
(S)
1.8
0.360
5
Door
Front
(S)
21.0
0.360
6
Door
Front
(S)
48.0
0.360
7
Door
Front
(S)
0.360
8
Window
Front
(S)'T:42.5
7.0
0.360
9
Door
Front
(S)
.360
10
Door
Front
(S)
2.
0.360
11
Door
Left
(W)
48.0
0.360
12
Window
Left
(W)
3.0
0.360
13
Window
Left
(W)
31.5
0.360
14
Window
Left
(W)
17.5
0.360
15
Window
Left
(W)
4.0
0.360
16
Window
Left
(W)
6.0
0.360
17
Window
Back
(N)
20.0
0.360
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 180 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 270 90 Standard/0.76 Standard/0.68
0.290 0 90 Standard/0.76 Standard/0.68
COMPUTER METHOD SUMMARY Page 4 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R I
User#-MP0956 User-AMCOR Run-DEWEESE
-------------------------------------------------------------------------------
FENESTRATION SURFACES
---------------------
Area U- Act Exterior Shade Interior Shade
Orientation (sf) factor SHGC.Azm Tilt Type/SHGC Type/SHGC
---------------------- ----- ----- ----- --- ---- -------------- --------------
18 Door
19 Door
20 Door
21 Window
22 Door
23 Door
24 Door
25 Window
26 Window
27 Window
28 Door
29 Door
30 Door
31 Door
32 Door
33 Door
65 Window
MASTER
34 Window
35 Window
36 Window
37 Door
38 Door
39 Window
40 Door
41 Door
42 Window
43 Window
44 Window
45 Window
46 Window
47 Window
48 Window
49 Window
66 Window
GUEST
50 Window
51 Window
52 Door
53 Door
54 Door
55 Window
56 Window
Back
(N)
13.4
0.360
0.290
0
90
Standard/.0.76
Back
(N)
48.0
0.360
0.290
0
90
Standard/0.76
Back
(N)
13..4
0.360
0.290
0
90
Standard/0.76
Back
(N)
17.5
0.360
0.290
0
90
Standard/0.76
Back
(N)
88.0
0.360
0.290
0
90
Standard/0.76
Back
(N)
88.0'0.360
0.360
0.290
0
90
Standard/0.76
Back
(N)
198.0
0.360
0.290
0
90
Standard/0.76
Back
(N)
22.0
0.360
0.290
0
90
Standard/0.76
Back
(N) 2
0.360
0.290
0
90
Standard/0.76
Front
(S)
Ca.i3O.360
8.3
0.290
180
90
Standard/0.76
Right
(E)
31.0
0.360
0.290
90
90
Standard/0.76
Right
(E)
120.0
0.360
0.290
90
90
Standard/0.76
Right
(E)
31.0
0.360
0.290
90
90
Standard/0.76
Right
(SE)
12.0
0.360
0.290
135
90
Standard/0.76
Right
(SE)
40.0
0.360
0.290
135
90
Standard/0.76
Right
(SE)
2.0 0.360
0.290
135
90
Standard/0.76
Right
(SE)
9,
0 360
0.290
135
90
Standard/0.76
Front (S) 60.0 0.360 0.290 180 90 Standard/0.76
Front (S) 6.8 0.360 0.290 180 90 Standard/0.76
Back
(N)
24.0
0.360
0.290
0
90
Standard/0.76
Back
(N)
C::DP
0.360
0.290
0
90
Standard/0.76
Back
(N)
48 0
0.360
0.290
0
90
Standard/0.76
Back
(N)$.6D
0.360
0.290
0
90
Standard/0.76
Back
(N)
4 0
0.360
0.290
0
90
Standard/0.76
Back
(N)
48.0
0.360
0.290
0
90
Standard/0.76
Back
(N)
24.0
0.360
0.290
0
90
Standard/0.76
Back
(N)0.0
0.360
0.290
0
.90
Standard/0.76
Right
(E)
8.3
0.360
0.290
90
90
Standard/0.76
Right
(E)
8.3
0.360
0.290
90
90
Standard/0.76
Right
(E)8.3
0.360
0.290
90
90
Standard/0.76
Right
(E)
0.
0.360
0.290
90
90
Standard/0.76
Left
(NW)
18.0
0.360
0.290
315
90
Standard/0.76
Back
(NE)
18`Q
0.360
0.290
45
90
Standard/0.76
Front
(S)
6.8
0.360
0.290
180
90
Standard/0.76
Left
(NW)
8.3
0.360
0.290
315
90
Standard/0.76
Front
(S)
13.5
0.360
0.290
180
90
Standard/0.76
Front
(S)
12.0
0.360
0.290
180
90
Standard/0.76
Front
(S)
48.0
0.360
0.290
180
90
Standard/0.76
Front
(S)
12.0
0.360
0.290
180
90
Standard/0.76
Front
(S)
3.8
0.360
0.290
180
90
Standard/0.76
Front
(S)
11.5
0.360
0.290'180
90
Standard/0.76
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
:COMPUTER METHOD SUMMARY Page 5 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
I .. User#-MP0956 User-AMCOR Run-DEWEESE I
-------------------------------------------------------------------------------
FENESTRATION SURFACES
---------------------
Area' U- Act Exterior Shade Interior Shade
Orientation (sf) factor SHGC Azm Tilt Type/SHGC Type/SHGC
---------------------- ----- ----- ----- --- ---- -------------- --------------
57
Door
Left
(W)
24.0
0.360
0.290
270
90
Standard/0.76
58
Window
Left
(W)
11.0
0.360
0.290
270
90
Standard/0.76
59
Door
Back
(N)
48.0
0.360
0.290
0
90
Standard/0.76
60
Door
Back
(N)
16.0
0.360
0.290
0
90
Standard/0.76
61
Door
Back
(N)
48.0
0.360
0.290
0
90
Standard/0.76
62
Door
Back
(N)
16.0,0.360
8.0
0.290
0
90
Standard/0.76
63
Window
Right
(E)4
n/a
0.360
0.290
90
90
Standard/0.76
64
Window
Right
(E)
.5
0.360
0.290
90
90
Standard/0.76
8.0
8.0
1.0
n/a
OVERHANGS AND SIDE FINS
-----------------------
n/a
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
Standard/0.68
---Window-- ------Overhang----- ---Left Fin--- ---Right Fin --
Area Left Rght
Surface (sf) Wdth Hgth Dpth Hght Ext Ext Ext Dpth Hght Ext Dpth Hght
----------- ----- ----- ----- ---- ---- ---- ---- ---- ---- ---- ---- ---- ----
LIVING
1 Window
2 Window
3 Window
4 Window
5 Door
6 Door
7 Door
8 Window
9 Door
10 Door
17 Window
18 Door
19 Door
20 Door
22 Door
23 Door
24 Door
25 Window
26 Window
27 Window
28 Door
29 Door
30 Door
MASTER
36 Window
37 Door
38 Door
1.8
n/a
1.5 '
6.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
12.0
n/a
6.0
6.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
12.0
n/a
6.0
6.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
1.8
n/a
1.5
6.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
21.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
48.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
21.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
17.0
n/a
8.0
33.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
42.5
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
32.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
20.0
n/a
2.0
7.0
0.5
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
13.4
n/a
8.0.
7.0
2.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
48.0
n/a
8.0
7.0
2.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
13.4
n/a
8.0
7.0
2.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
88.0
n/a
8.0
9.0
3.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
88.0
n/a
8.0
9.0
3.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
198.0
n/a
11.0
12.0
2.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
22.0
n/a
2.0
9.0
0.5
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
22.0
n/a
2.0
9.0
0.5
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
9.O'n/a
6.0
17.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
31.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
120.0
n/a
8.0
.8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
31.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
24.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
0.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
48.0
n/a
8.0
8.0
1.0
n/a
n/a
n/a
n/a
n/a
n/a
n/a
n/a
COMPUTER METHOD SUMMARY Page 6 C -2R
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
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OVERHANGS AND SIDE FINS
• ---Window--
------Overhang-----
---Left Fin---
---Right
Fin --
Area
Left
Rght
Surface
(sf) Wdth
Hgth
Dpth Hght Ext
Ext
Ext Dpth Hght
Ext
Dpth
Hght
-----------
39 Window
----- -----
8.6 n/a
-----
8.0
---- ---- ----
8.0 1.0 n/a
----
n/a
---- ---- ----
n/a n/a n/a
----
n/a
----
n/a
----
n/a
40 Door
48.0 n/a
8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
41 Door
48.0 n/a
.8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
42 Window
24.0 n/a
2.0
8.0 0.5 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
GUEST
59 Door
48.0 n/a
8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
60 Door
16.0 n/a
8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
61 Door
48.0 n/a
8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
62 Door
16.0 n/a
8.0
8.0 1.0 n/a
n/a
n/a n/a n/a
n/a
n/a
n/a
INTER -ZONE SURFACES
Area
-------------------
Insul Form
3
Surface
(sf)
U -factor R-val Reference
Location/Comments
------------ ---------------
LIVI NG/MASTER
---------------------
----------------------
1 Wall
574
0.293
R-0 None
THERMAL MASS
Area
Thick
------------
Heat Conduct-
Surface
Mass Type
---,------------
(sf)
------
(in)
-----
Cap ivity
-------------
UIMC
----
R -value Location/Comments
------- ----------------------
LIVING
1 S1abOnGrade (,288
3.5
28.0 0.98
4.60
R-0.0 TILE
4 S1abOnGrade 110
3.5
28.0 0.98
1.80
R-2.0 CARPET
MASTER
2 S1abOnGrade 987
3.5
28.0 0.98
4.60
R-0.0 TILE
5 S1abOnGrade 478
3.5
28.0 0.98
1.80
R-2.0 CARPET
GUEST
3 S1abOnGrade 543
3.5
28.0 0.98
4.60
R-0.0 TILE
HVAC SYSTEMS
Refrigerant
------------
Tested
ACOA
System
Minimum
Charge and Duct
Duct Duct
Manual
Duct
Type
Efficiency Airflow
Location R -value Leakage
D
Eff
-------------
LIVING•
-----------
-------
-------------
-------
---------
--------
----
Furnace
0.800 AFUE n/a
Attic
R-4.2 No
No
0.743
ACSplit
12.00 SEER No Attic
R-4.2 No
No
0.637
MASTER
COMPUTER METHOD SUMMARY Page 7 C -2R
Project Title.......... DEWEESE RESIDENCE' Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
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-------------------------------------------------------------------------------
System
Type
-------------
Furnace
ACSplit
GUEST
Furnace
ACSplit
Tank Type
------------
1 Storage
SPECIAL FEATURES AND MODELING ASSUMPTIONS
-----------------------------------------
*** Items in this section should be documented on the plans, ***
*** installed -to manufacturer and CBC specifications, and ***
*** verified during plan check and field inspection. ***
This building incorporates a Zonally Controlled HVAC System.
This building incorporates a Radiant Barrier. The radiant barrier must have
an emissivity less than or equal to 0.05, must be installed to cover the
roof trusses, rafters, gable end walls and other vertical attic surfaces,
and must meet attic ventilation criteria.
This building incorporates a High Mass Design.
This building incorporates non-standard Water Heating System
INSULATION: WALLS R-21, CEILING R-38
GLAZING: DG WD/VINYL LOW E- U -VALUE .36, SHGC .29 OR BETTER
RADIANT BARRIER REQUIRED
HIGH EFFICIENCY WATER HEATERS REQ:RHEEM 41VR50N (.62 EF.)OR EQ.
FAU SIZE LIVING ZONE: 86,650 BTUH OUTPUT, 80% AFUE.
FAU SIZE MASTER ZONE: 38,400 BTUH OUTPUT, 80% AFUE.
FAU SIZE GUEST ZONE: 19,000 BTUH OUTPUT, 80W AFUE.
AC SIZE LIVING ZONE: 84,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE MASTER ZONE: 33,000 BTUH OUTPUT, 12.0 SEER.
HVAC SYSTEMS
------------
Refrigerant
Tested
ACCA
Minimum Charge and Duct
Duct
Duct
Manual
Duct
Efficiency Airflow Location
-------------
R -value
-------
Leakage
-----------------
D
Eff
----
-----------
0.800
-------
AFUE n/a Attic
R-4.2
No
No
0.743
12.00
SEER No Attic
R-4.2
NO
No
0.637
0.800
AFUE n/a Attic
R-4.2
No
No
0.743
12.00
SEER No Attic
R-4.2
No
No
0.637
WATER HEATING SYSTEMS
---------------------
Number
Tank
External
in Energy
Size
Insulation
Heater
Type Distribution Type
System Factor
(gal)
R -value
-----------
Gas
-------------------
Standard
--------------
3
------
0.62 50
----------
R-
n/a
SPECIAL FEATURES AND MODELING ASSUMPTIONS
-----------------------------------------
*** Items in this section should be documented on the plans, ***
*** installed -to manufacturer and CBC specifications, and ***
*** verified during plan check and field inspection. ***
This building incorporates a Zonally Controlled HVAC System.
This building incorporates a Radiant Barrier. The radiant barrier must have
an emissivity less than or equal to 0.05, must be installed to cover the
roof trusses, rafters, gable end walls and other vertical attic surfaces,
and must meet attic ventilation criteria.
This building incorporates a High Mass Design.
This building incorporates non-standard Water Heating System
INSULATION: WALLS R-21, CEILING R-38
GLAZING: DG WD/VINYL LOW E- U -VALUE .36, SHGC .29 OR BETTER
RADIANT BARRIER REQUIRED
HIGH EFFICIENCY WATER HEATERS REQ:RHEEM 41VR50N (.62 EF.)OR EQ.
FAU SIZE LIVING ZONE: 86,650 BTUH OUTPUT, 80% AFUE.
FAU SIZE MASTER ZONE: 38,400 BTUH OUTPUT, 80% AFUE.
FAU SIZE GUEST ZONE: 19,000 BTUH OUTPUT, 80W AFUE.
AC SIZE LIVING ZONE: 84,000 BTUH OUTPUT, 12.0 SEER.
AC SIZE MASTER ZONE: 33,000 BTUH OUTPUT, 12.0 SEER.
COMPUTER METHOD SUMMARY Page 8 C -2R
________________ __=====a== -c:= -==_____-__=-===c=== ______-_==-------=
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
____________
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -FORM C -2R
I User#-MP0956. User-AMCOR Run-DEWEESE
REMARKS
AC SIZE GUEST ZONE: 16,900 BTUH OUTPUT, 12.0 SEER.
MIN. SIZING -INCLUDES 1.4 WARM-UP FACTOR,.1.2 COOL -DOWN FACTOR.
AMCOR
HVAC SIZING
PAMELA S. ROBINSON
372 MANZANITA AVE., VENTURA, CA 93001 (805) 641-1212
HVAC ;SIZING Page 1 HVAC
Project Title......:... DEWEESE RESIDENCE te..10/16/03 15:51:09
Project Address........ LOT 54:THE TRADITION ******* ---------------------
LA QUINTA CA *v6.01*
Documentation Author... PAMELA S. ROBINSON ******* Building Permit #
AMCOR
372 Manzanita Ave Plan Check / Date
Ventura, CA 93001
805-641-1212 Field Check/ Date
Climate Zone..... ..... 15 ---------------------
Compliance Method...... MICROPAS6 v6.01 for 2001 Standards by Enercomp, Inc..
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
I User#-MP0956 User-AMCOR Run-DEWEESE I
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GENERAL INFORMATION
Floor Area.................. 5006 sf
Volume .. ..... ............ 68156 cf
Front Orientation.......... Front Facing 180 deg (S)
Sizing Location........ .. PALM DESERT
Latitude ... ............... 33.7 degrees
Winter Outside Design...... 32 F
Winter Inside Design....... 70 F
Summer Outside Design...... 112 F
Summer Inside Design....... 78 F
Summer Range ............... 34 F
Interior Shading Used...... No
Exterior Shading Used...... No
Overhang Shading Used...... No
Latent. Load Fraction....... 0.20
HEATING AND COOLING LOAD SUMMARY
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, outside air, 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
Heating
Cooling
Description
(Btuh)
(Btuh)
--------------------------------------------
Opaque Conduction and Solar......
33821
-----------
14800
Glazing Conduction ...............
23717
21220
Glazing Solar ....................
n/a
20312
Infiltration .....................
35990
23817
Internal Gain ....................
n/a
2550
Ducts ............................
9353
8270
Sensible Load ....................
102880
90970
Latent Load......................
n/a
18194
Minimum Total Load
-----------
102880
-----------
109164
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, outside air, 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
HVAC SIZING Page 2 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/1.6/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
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factors when selecting the HVAC equipment.
HVAC_SIZING Page 3 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
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HEATING AND COOLING LOAD SUMMARY BY ZONE
----------------------=-----------------
ZONE 'LIVING'
Floor Area ....................... 2998 sf
Volume ........................... 40746 cf
Sensible Load .................... 61893
Latent Load ...................... n/a
Minimum Zone Load 61893
ZONE 'MASTER'
Floor Area ....................... 1465 sf
Volume ........................... 20810 cf
Heating
Description
(Btuh)
-----------
-----------------=---------------
Opaque Conduction and Solar......
19509
Glazing Conduction ...............
15242
Glazing Solar....... .............
n/a
Infiltration .....................
21516
Internal Gain ....................
n/a
Ducts ............................
5627
Sensible Load .................... 61893
Latent Load ...................... n/a
Minimum Zone Load 61893
ZONE 'MASTER'
Floor Area ....................... 1465 sf
Volume ........................... 20810 cf
Sensible Load .................... 27410
Latent Load ...................... n/a
Minimum Zone Load 27410
Cooling
(Btuh)
8524
13638
14119
14239
2550
5307
58376
11675
70051
Cooling
(Btuh)
4520
4100
3079
7272
0
1897
20868
4174
25041
Heating
Description
---------------------------------
(Btuh)
-----------
Opaque Conduction and Solar......
9347
Glazing Conduction ...............
4583
Glazing Solar ....................
n/a
Infiltration .....................
10989
Internal Gain ....................
n/a
Ducts ............................
2492
Sensible Load .................... 27410
Latent Load ...................... n/a
Minimum Zone Load 27410
Cooling
(Btuh)
8524
13638
14119
14239
2550
5307
58376
11675
70051
Cooling
(Btuh)
4520
4100
3079
7272
0
1897
20868
4174
25041
HVAC SIZING Page 4 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
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ZONE 'GUEST'
FloorArea ....................... 543 sf
Volume :........................... 6600 cf
Sensible Load .................... 13576
LatentLoad ...................... n/a
Minimum Zone Load 13576
Cooling
(Btuh)
1757
3482
3115
2306
0
1066
11726
2345
14072
Heating
Description
(Btuh)
------------
---------------------------------
Opaque Conduction and Solar......
4965
Glazing Conduction ...............
3892
Glazing Solar ....................
n/a
Infiltration ...................
3485
Internal Gain ..................
..
n/a
Ducts ............................
1234
Sensible Load .................... 13576
LatentLoad ...................... n/a
Minimum Zone Load 13576
Cooling
(Btuh)
1757
3482
3115
2306
0
1066
11726
2345
14072
HVAC=SIZING Page 5 HVAC
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HEATING LOAD CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'LIVING':
WINTER DESIGN TEMPERATURES:
Inside Temperature ................................ 70.0 F
Outside Temperature ............................... 32.0 F
DESIGN TEMPERATURE
DIFFERENCES
South
1.8
x
0.3600
x
38.0 =
Standard ..........................................
Double
Window
South
38.0
F
0.3600
CONDUCTIVE HEAT LOSS:
38.0 =
164
U -factor
Window
South
Heat
x
0.3600
Area
38.0 =
(Btu/hr-
Double
TD
Loss
Description
Orientation
(sf)
x
sf-F)
25
(F)
(Btuh)
--------------------------
Wall
-----------
South
------
775.0
x
-------
0.0592
-------
x
38.0
--------
= 1744
Shaded Wall
n/a
252.0
x
0.0592
x
38.0
= 567
Wall
West
970.0
x
0.0592
x
38.0
= 2182
Wall
North
680.0
x
0.0592
x
38.0
= 1530
Wall
East
577.0
x
0.0592
x
38.0
= 1298
Wall
Southeast
111.0
x
0:0592
x
38.0
= 250
Shaded Wall
n/a
2670.0
x
0.0247
x
38.0
= 2504
Shaded Wall
n/a
82.0
x
0.0293
x
38.0
= 91
Shaded Wall
n/a
82.0
x
0.0293
x
38.0
= 91
Shaded Wall
n/a
82.0
x
0.0293
x
38.0
= 91
Shaded Wall
n/a
82.0
x
0.0293
x
38.0
= 91
Door
South
32.0
x
0.3300
x
38.0
= 401
SlabEdge
n/a
286.0
x
0.7600
x
38.0
= 8260
.S1abEdge
n/a
21.0
x
0.5100
x
38.0
- 407
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 19509
Double
Window
South
1.8
x
0.3600
x
38.0 =
25
Double
Window
South
12.0
x
0.3600
x
38.0 =
164
Double
Window
South
12.0
x
0.3600
x
38.0 =
164
Double
Window
South
1.8
x
0.3600
x
38.0 =
25
Double
Door
South
21.0.x
0.3600
x
38.0 =
287
Double
Door
South
48.0
x
0.3600
x
38.0 =
657
Double
Door
South
21.0
x
0.3600
x
38.0 =
287
Double
Window
South
17.0
x
0.3600
x
38.0 =
233
Double
Door
South
42.5
x
0.3600
x
38.0 =
581
Double
Door
South
32.0
x
0.3600
x
38.0 =
438
Double
Door
West
48.0
x
0.3600
x
38.0 =
657
Double
Window
West
3.0
x
0.3600
x
38.0 =
41
Double
Window
West
31.5
x
0.3600
x
38.0 -
431
Double
Window
West
17.5
x
0.3600
x
38.0 =
239
HVAC_SIZING Page 6. HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01
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Program -HVAC SIZING
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Double
Window
West
4.0
x
0.3600
x
38.0 =
55
Double
Window
West
6.0
x
0.3600
x
38.0 =
82
Double
Window
North
20.0
x
0.3600
x
38.0 =
274
Double
Door
North
13.4
x0.3600
x
38.0 =
183
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Door
North
13.4
x
0.3600
x
38.0 =
183
Double
Window
North
17.5
x
0.3600
x
38.0 =
239
Double
Door
North
88.0
x
0.3600
x
38.0 =
1204
Double
Door
North
88.0
x
0..3600
x
38.0 =
1204
Double
Door
North
198.0
x
0.3600
x-
38.0 =
2709
Double
Window
North
22.0
x
0.3600
x
.38.0 =
301
Double
Window
North
22.0.x
0.3600
x
38.0 =
301
Double
Window
South
9.,0
x
0.3600
x
38.0 =
123
Double
Door
East
31.0
x'0.3600
x
38.0 =
424
Double
Door
East
120.0
x
0.3600
-x
38.0 =
1642
Double
Door
East
31.0
x
0.3600
x
38.0 =
424
Double
Door
Southeast
12.0
x
0.3600
x
38.0 =
164
Double
Door
Southeast
40.0
x
0.3600
x
38.0 =
547
Double
Door
Southeast
12.0
x
0.3600
x
38.0 =
164
Double
Window
Southeast
9.8
x
0.3600
x
38.0
134
CONDUCTIVE TOTALS FOR GLAZING SURFACES 15242
INFILTRATION: (Type: Medium)
40746 cuft x 0.77 ac/hr x 0.018 Btu/cuft-F x 38.0 = 21516
SUBTOTAL 56267
DUCT HEAT LOSS: Duct Location: Attic 0.10 x 56267 = 5627
TOTAL HEATING LOAD: 61893
HEATING LOAD CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'MASTER':
WINTER DESIGN TEMPERATURES:
Inside Temperature............ 70.0 F
Outside Temperature ............................... 32.0 F
DESIGN TEMPERATURE DIFFERENCES
Standard.......................................... 38.0 F
CONDUCTIVE HEAT LOSS: U -factor Heat
HVAC SIZING Page 7 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
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Description
Wall
Wall
Wall
Wall
Wall
Wall
Shaded Wall
Shaded Wall
Shaded Wall
Shaded Wall
Shaded Wall
Shaded Wall
Shaded Wall
S1abEdge
Orientation
(sf)
South
8f -F)
x
(F)
(Btuh)
South
421.0
x0.0592
Window
x
38.0
= 947
West
341.0
x
0.0592
x
38.0
= 767
North
140.0
x
0.0592
x
38.0
= 315
East
603.0
x
0.0592
x
38.0
= 1357
Northwest
38.0
x
0.0592
x
38.0
= 85
Northeast
38.0
x
0.0592
x
38.0
= 85
n/a
1415.0
x
0.0247
x
38.0
= 1327
n/a
12.5
x
0.0293
x
38.0
= 14
n/a
12.5
x
0.0293
x
38.0
= 14
n/a
12.5
x
0.0293
x
38.0
= 14
n/a
12.5
x
0.0293
x
38.0
= 14
n/a
459.0
x
0.0247
x
38.0
_ 431
n/a
459.0
x
0.0293
x
38.0
= 511
n/a
120.0
x
0.7600
x
38.0
= 3466
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 9347
Double
Window
South
60.0
x
0.3600
x
38.0 =
821
Double
Window
South
6.8
x
0.3600
x
38.0 =
92
Double
Window
North
24.0
x
0.3600
x
38.0 -
328
Double
Door
North
0.0
x
0.3600
x
38.0
0
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Window
North
8.6
x
0.3600
x
38.0 =
118
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Window
North
24.0
x
0.3600
x
38.0 =
328
Double
Window
North
0.0
x
0.3600
x
38.0 =
0
Double
Window.
East
8.3
x
0.3600
x
38.0 =
113
Double
Window,
East
8.3
x
0.3600
x
38.0 =
113
Double
Window
East
8.3
x
0.3600
x
38.0
1.14
Double
Window
East
0.0
x
0.3600
x
38.0 =
0
Double
Window
Northwest
18.0
x
0.3600
x
38.0 =
246
Double
Window
Northeast
18.0
x
0.3600
x
38.0 =
246
Double
Window
South
6.8
x
0.3600
x
38.0 =
93
CONDUCTIVE TOTALS FOR GLAZING SURFACES
INFILTRATION: (Type: Medium)
20810 cuft x 0.77 ac/hr x 0.018 Btu/cuft-F x 38.0
4583
10989
SUBTOTAL 24919
HVAC SIZING Page 8 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
I . User#-MP0956 User-AMCOR Run-DEWEESE
DUCT HEAT LOSS: Duct Location: Attic 0.10 x 24919 = 2492
(TOTAL HEATING LOAD:
HEATING LOAD_CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'GUEST':
WINTER DESIGN TEMPERATURES:
Inside Temperature ................................ 70.0 F
Outside Temperature ................................ 32.0 F
DESIGN TEMPERATURE DIFFERENCES
Standard.......................................... 38.0 F
CONDUCTIVE HEAT LOSS:
Description
Wall
Wall
Wall
Wall
Wall
Shaded Wall
Shaded Wall
S1abEdge
S1abEdge
Orientation
South
west
North
East
Northwest
n/a
n/a
n/a
n/a
27410
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 4965
Double
U -factor
Northwest
8.3
Heat
Area
x
(Btu/hr-
113
TD
Loss
(sf)
13.5
sf-F)
0.3600
(F)
(Btuh)
--------
------
205.0
x
-------
0.0592
-------
x
38.0
= 461
193.0
x
0.0592
x
38.0
= 434
142.0
x
0.0592
x
38'.0
= 319
248.0
x
0.0592
x
38.0
= 558
16.0
x
0.0592
x
38.0
= 36
60.0
x
0.0592
x
38.0
= 135
84.0
x
0.0592
x
38.0
189
90.0
x
0.7600
x
38..0
= 2599
12.0
x
0.5100
x
38.0
= 233
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 4965
Double
Window
Northwest
8.3
x
0.3600
x
38.0 =
113
Double
Window
South
13.5
x
0.3600
x
38.0 =
185
Double
Door
South
12.0
x
0.3600
x
38.0 =
164
Double
Door
South
48.0
x
0.3600
x
38.0 =
657
Double
Door
South
12.0
x
0.3600
x
38.0 =
164
Double
Window
South
3.8
x
0.3600
x
38.0
51
Double
Window
South
11.5
x
0.3600
x
38.0 =
157
Double
Door
West
24.0
x
0.3600
x
38.0 =
328
Double
Window
West
11.0
x
0.3600
x
38.0 =
150
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Door
North
16.0
x
0.3600
x
38.0 =
219
Double
Door
North
48.0
x
0.3600
x
38.0 =
657
Double
Door
North
16.0
x
0.3600
x
38.0 =
219
Double
Window
East
4.0
x
0.3600
x
38.0 =
55
HVAC SIZING Page 9 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE. Wth-CTZ15S92 Program -HVAC SIZING
I User#-MP0956 User-AMCOR Run-DEWEESE . I
Double Window East 8.5 x 0.3600 x 38.0 = 116
CONDUCTIVE TOTALS FOR GLAZING SURFACES
INFILTRATION: (Type: Medium)
6600 cuft x 0.77 ac/hr x 0.018 Btu/tuft-F x 38.0
(DUCT HEAT LOSS: Duct Location: Attic
(TOTAL HEATING LOAD:
COOLING LOAD CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'LIVING':
SUBTOTAL
3892
3485
12342
0.10 x 12342 - 1234
SUMMER DESIGN CONDITIONS:
Inside Temperature ........................ 78.0 F
Outside Temperature...............................112.0 F
Temperature Range ................................. 34.0 F
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
Standard .......................................... 34.0 F
Frame Walls and Doors ............................. 32.6 F
Frame Partitions .................................. 24.0 F
13576
CONDUCTIVE
HEAT GAIN:
U -factor
Heat
Area
(Btu/hr-
TDeq
Gain
Description
Orientation
(sf)
sf-F)
(F)
(Btuh)
--------------------------
Wall
-----------
South
------
775.0
x
-------
0.0592
-------
x
32.6
--------
= 1496
Shaded
Wall
n/a
252.0
x
0.0592
x
24.0
= 358
Wall
West
970.0
x
0.0592
x
32.6
= 1872
Wall.
North
680.0
x
0.0592
x
32.6
= 1313
Wall
East
577.0
x
0.0592
x
32.6
= 1114
Wall
Southeast
111.0
x
0.0592
x
32.6
= 214
Shaded
Wall
n/a
2670.0
x
0.0247
x
24.0
= 1582
Shaded
Wall
n/a
82.0
x
0.0293
x
24.0
= 58
Shaded
Wall
n/a
82:0
x
0.0293
x
24.0
- 58
Shaded
Wall
n/a
82.0
x
0.0293
x
24.0
= 58
Shaded
Wall
n/a
82.0
x
0.0293
x
24.0
= 58
Door
South
32.0
x
0.3300
x
32.6
= 344
HVAC SIZING Page 10 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
I User#-MP0956 User-AMCOR Run-DEWEESE I
CONDUCTIVE TOTAL FOR GLAZING SURFACES
SOLAR HEAT
GAIN: Note:
CONDUCTIVE
TOTALS FOR
OPAQUE
SURFACES
8524
Double
Window
South
1.8
x
0.3600
x
34.0 =
22
Double
Window
South
12.0
x
0.3600
x
34.0 -
147
Double
Window
South
12.0
x
0.3600
x
34.0 =
147
Double
Window
South
1.8
x
0.3600
x
34.0 =
22
Double
Door
South
21.0
x
0.3600
x
34.0 =
.257
Double
Door
South
48.0
x
0.3600
x
34.0 =
588
Double
Door
South
21.0
x
0.3600
x
34.0
257
Double
Window
South
17.0
x
0.3600
x
.34.0 =
208
Double
Door
South
42.5
x
0.3600
x
34.0 =
520
Double
Door
South
32.0
x
0.3600
x
34.0 -
392
Double
Door
West
48.0
x
0.3600
x
34.0
588
Double
Window
West
3.0
x
0.3600
x
34.0 =
37
Double
Window
West
31.5
x
0.3600
x
34.0 =
386
Double
Window
West
17.5
x
0.3600
x
34.0 =
214
Double
Window
West
4.0
x
0.3600
x
34.0 =
49
Double
Window
West
6.0
x
0.3600
x
34.0 =
73
Double
Window
North
20.0
x
0.3600
x
34.0 =
245
Double
Door
North
13.4
x
0.3600
x
34.0 -
164
Double
Door
North
48.0
x
0.3600
x
34.0
588
Double
Door
North
13.4
x
0.3600
x
34.0 =
164
Double
Window
North
17.5
x
0.3600
x
34.0 =
214
Double
Door
North
88.0
x
0.3600
x
34.0 =
1077
Double
Door
North
88.0
x
0.3600
x
34.0 =
1077
Double
Door
North
198.0
x
0.3600
x
34.0 =
2424
Double
Window
North
22.0
x
0.3600
x
34.0 =
269
Double
Window
North
22.0
x
0.3600
x
34.0 =
269
Double
Window
South
9.0
x
0.3600
x
34.0 =
110
Double
Door
East
31.0
x
0.3600
x
34.0 =
379
Double
Door
East
120.0
x
0.3600
x
34.0 =
1469
Double
Door
East
31.0
x
0.3600
x
34.0 =
379
Double
Door
Southeast
12.0
x
0.3600
x
34.0
147
Double
Door
Southeast
40.0
x
0.3600
x
34.0
490
Double
Door
Southeast
12.0
x
0.3600
x
34.0 =
147
Double
Window
Southeast
9.8
x
0.3600
x
34.0 =
120
CONDUCTIVE TOTAL FOR GLAZING SURFACES
SOLAR HEAT
GAIN: Note:
SCapprox = SHGC / 0.87
Shading
Area
Coeff.
Description
----------------------------
Orientation
------
(sf)
SHGF
SCapprox
Double
Window
-------------
South
1.8
----
x 32
-------
x 0.346
Double
Window
South
12.0
x 32
x 0.346
Double
Window
South
12.0
x 32
x 0.346
13638
Heat
Gain
(Btuh)
20
= 133
= 133
HVAC -SIZING Page 11 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
EXTERIOR SOLAR TOTAL (Sext) 14119
INFILTRATION: (Type: Medium)
40746 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 - 14239
INTERNAL GAIN (Ig): 1.00 x ( 6 x 225.0 + 1200) = 2550
Dwelling Units People Appliance --------
SUBTOTAL 53069
DUCT HEAT GAIN: Duct Location: Attic 0.10 x 53069 = 5307
TOTAL HOURLY SENSIBLE HEAT GAIN 58376
MICROPAS6 v6.01
File-DEWEESE Wth-CTZ15S92
Program -HVAC SIZING
User#-MP0956 User-AMCOR
Run-DEWEESE
-------------------------------------------------------------------------------
Double
Window
South
1.8
x
32
x
0.346 =
20
Double
Door
South
21.0
x
32
x
0.346 -
232
Double
Door
South
48.0
x
32
x
0.346 =
531
Double
Door
South
21.0-x
32
x
0.346 _
232
Double
Window
South
17.0
x
32
x
0.346 _
188
Double
Door
South
42.5
x
32
x
0.346 =
470
Double
Door
South
32.0
x
32
x
0.346 _
354
Double
Door
West
48.0
x
73
x
0.346
1212
Double
Window
West
3.0
x
73
x
0.346 =
76
Double
Window
West
31.5
x
73
x
0.346 =
795
Double
Window
West
17.5
x
73
x
0.346 -
442
Double
Window
West
4.0
x
73
x
0.346 -
101
Double
Window
West
6.0
x
73
x
0.346 =
151
Double
Window
North
20.0
x
15
x
0.346 -
104
Double
Door
North
13.4
x
15
x
0.346 -
70
Double
Door
North
48.0
x
15
x
0.346 -
249
Double
Door
North
13.4
x
15
x
0.346 =
70
Double
Window.
North
17.5
x
15
x
0:346 =
91
Double
Door
North
88.0
x
15
x
0.346 =
456
Double
Door
North
88.0
x
15
x
0.346 =
456
Double
Door
North
198.0
x
15
x
0.346 =
1027
Double
Window
North
22..0
x
15
x
0.346 =
114
Double
Window
North
22.0
x
15
x
0.346 =
114
Double
Window
South
9.0
x
32
x
0.346 =
100
Double
Door
East
31.0
x
73
x
0:346 =
783
Double
Door
East
120.0
x
73
x
0.346 =
3029
Double
Door
East
31.0
x
73
x
0.346
783
Double
Door
Southeast
12.0
x
62.
x
0.346 =
257
Double
Door
Southeast
40.0
x
62
x
0.346 =
858
Double
Door
Southeast
12.0
x
62
x
0.346 =
257
Double
Window
Southeast
9.8
x
62
x
0.346 =
210
EXTERIOR SOLAR TOTAL (Sext) 14119
INFILTRATION: (Type: Medium)
40746 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 - 14239
INTERNAL GAIN (Ig): 1.00 x ( 6 x 225.0 + 1200) = 2550
Dwelling Units People Appliance --------
SUBTOTAL 53069
DUCT HEAT GAIN: Duct Location: Attic 0.10 x 53069 = 5307
TOTAL HOURLY SENSIBLE HEAT GAIN 58376
i
HVAC SIZING Page 12 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
I User#-MP0956 User-AMCOR Run-DEWEESE
-------------------------------------------------------------------------------
LATENT LOAD:
0.20 x 58376 = 11675
TOTAL COOLING LOAD 70051
COOLING LOAD CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'MASTER':
SUMMER DESIGN CONDITIONS:
Inside Temperature ................................ 78.0 F
Outside Temperature ........................ .....112.0 F
Temperature Range ................................. 34.0 F
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
Standard.......................................... 34.0 F
Frame Walls and Doors .............................. 32.6 F
Frame Partitions .................................. 24.0 F
CONDUCTIVE
HEAT GAIN:
South
60.0
x
U -factor
x
Heat
734
Double
Window
Area
6.8
(Btu/hr-
0.3600
TDeq
Gain
Description
Orientation
(sf)
North
sf-F)
x
(F)
(Btuh)
--------------------------
Wall
294
-----------
South
------
421.0
x
-------
0.0592
-------
x
32.6
--------
= 813
Wall
0
West
341.0
x
0.0592
x
32.6
658
Wall
588
North
140.0
x
0.0592
x
32.6
= 270
Wall
East
603.0
x
0.0592
x
32.6
= 1164
Wall
Northwest
38.0
x
0.0592
x
32.6
= 73
Wall
Northeast
38.0
x
0.0592
x
32.6
73
Shaded
Wall
n/a
1415.0
x
0.0247
x
24.0
= 838
Shaded
Wall
n/a
12.5
x
0.0293
x
24.0
= 9
Shaded
Wall
n/a
12.5
x
0.0293
x
24.0
= 9
Shaded
Wall
n/a
12.5
x
0.0293
x
24.0
= 9
Shaded
Wall
n/a
12.5
x
0.0293
x
24.0
= 9
Shaded
Wall
n/a
459.0
x
0.0247
x
24.0
= 272
Shaded
Wall
n/a
459.0
x
0..0293
x
24.0
323
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 4520
Double
Window
South
60.0
x
0.3600
x
34.0 =
734
Double
Window
South
6.8
x
0.3600
x
34.0 =
83
Double
Window
North
24.0
x
0.3600
x
34.0 =
294
Double
Door
North
0.0
x
0.3600
x
34.0 =
0
Double
Door
North
48.0
x
0.3600
x
34.0 =
588
HVAC SIZING
60.0
x
South
6.8
Page
13
HVAC
Project Title..
North
DEWEESE RESIDENCE
x
North
Date .10/16/03
x
15:51:09
8.6
-------------------------------------------------------------------------------
MICROPAS6 v6.01
File-DEWEESE Wth-CTZ15S92
48.0
Program -HVAC SIZING
North
48.0
I
North
User#-MP0956 User-AMCOR Run-DEWEESE
x
North
0.0
--------------------------------------------------------------------------------
Double
Window
North
8.6
x
0.3600
x
34.0 =
105
Double
Door
North
48.0
x
0.3600
x
34.0 =
588
Double
Door
North
48.0
x
0.3600
x
34.0 -
588
Double
Window
North
24.0
x
0.3600
x
34.0 =
294
Double
Window
North
0.0
x
0.3600
x
34.0 =
0.
Double
Window
East
8.3
x
0.3600
x
34.0 =
101
Double
Window
East
8.3
x
0.3600
x
34.0 =
101
Double
Window
East
8.3
x
0.3600
x
34.0 =
102
Double
Window
East
0.0
x
0.3600
x
34.0 =
0
Double
Window
Northwest
18.0
x
0.3600
x
34.0 =
220
Double
Window
Northeast
18.0
x
0.3600
x
34.0 =
220
Double
Window
South
6.8
x
0.3600
x
34.0 =
83
CONDUCTIVE TOTAL FOR GLAZING SURFACES 4100
SOLAR HEAT GAIN: Note: SCapprox = SHGC / 0.87
Area
Description
Double Window
Double Window
Double Window
Double Door
Double Door
Double Window
Double Door
Double Door
Double Window
Double Window '
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
Double Window
Orientation (sf)
South
60.0
x
South
6.8
x
North
24.0
x
North
0.0
x
North
48.0
x
North
8.6
x
North
48.0
x
North
48.0
x
North
24.0
x
North
0.0
x
East
8.3
x
East
8.3
x
East
8.3
x
East
0.0
x
Northwest
18.0
x
Northeast
18.0
x
South
6.8
x
SHGF
32
32
15
15
15
15
15
15
15
15
73
73
73
73
48
48
32
Shading
Coeff .
SCapprox
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
Heat
Gain
(Btuh)
664
75
124
0
249
45
249
249
124
0
208
208
210
0
299
299
75
EXTERIOR SOLAR TOTAL (Sext) 3079
INFILTRATION: (Type: Medium)
20810 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 = 7272
INTERNAL GAIN (Ig): 0.00 x ( 4 x 225.0 + 1200) = 0
Dwelling Units People Appliance--------
HVAC SIZING Page 14 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 -File-DEWEESE Wth-CTZ15S92 Program -HVAC SIZING
I User#-MP0956 User-AMCOR Run-DEWEESE I
(DUCT HEAT GAIN: Duct Location: Attic
LATENT LOAD:
SUBTOTAL 18971
0.10 x 18971 = 1897
TOTAL HOURLY SENSIBLE HEAT GAIN 20868
0.20 x 20868 = 4174
TOTAL COOLING LOAD 25041
COOLING LOAD CALCULATIONS
-------------------------
DESIGN CONDITIONS FOR ZONE 'GUEST':
SUMMER DESIGN CONDITIONS:
Inside Temperature ................................ 78.0 F
Outside Temperature...............................112.0 F
TemperatureRange ................................ 34.0 F
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
Standard.......................................... 34.0 F
Frame Walls and Doors ............................. 32.6 F
Frame Partitions .................................. 24.0 F
CONDUCTIVE HEAT GAIN:
Description
Wall
Wall
Wall
Wall
Wall
Shaded Wall
Shaded Wall
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 1757
Double
Window
Northwest
U -factor
x
Heat
x
Area
101
(Btu/hr-
TDeq
Gain
Orientation
(sf)
0.3600
sf-F)
(F)
(Btuh)
-----------
South
------
205.0
x
------- -------
0.0592 x
32.6
--------
= 396
West
193.0
x
0.0592 x
32.6
= 373
North
142.0
x
0.0592 x
32.6
= 274
East
248.0
x
0.0592 x
32.6
= 479
Northwest
16.0
x
0.0592 x
32.6
= 31
n/a
60.0
x
0.0592 x
24.0
= 85
n/a
84.0
x
0.0592 x
24.0
= 119
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 1757
Double
Window
Northwest
8.3
x
0.3600
x
34.0 =
101
Double
Window
South
13.5
x
0.3600
x
34.0 =
165
Double
Door
South
12.0
x
0.3600
x
34.0 =
147
Double
Door
South
48.0
x
0.3600
x
34.0 =
588
Double
Door
South
12.0
x
0.3600
x
34.0 =
147
HVAC -SIZING Page 15 HVAC
Project Title.......... DEWEESE RESIDENCE
8.3
x
Date..10/16/03
15.51.09
x
South
12.0
x
MICROPAS6 v6.01
File-DEWEESE Wth-CTZ15S92
x
Program -HVAC SIZING
12.0
I
'-------------------------------------------------------------------------------
South
User#-MP0956 User-AMCOR Run-DEWEESE
x
South
11.5
Double
Window
South
3.8
x
0.3600
x
34.0 =
46
Double
Window
South
11.5
x
0.3600
x
34.0 =
141
Double
Door
West
24.0
x
0.3600
x
34.0 =
294
Double
Window
West
11.0
x
0.3600
x
34.0 =
135
Double
Door
North
48.0
x
0.3600
x
34.0 =
588
Double
Door
North
16.0
x
0.3600
x
34.0 =
196
Double
Door
North
48.0
x
0.3600
x
34.0 =
588
Double
Door
North
16.0
x
0.3600
x
34.0 =
196
Double
Window
East
4.0
x
0.3600
x
34.0- =
49
Double
Window
East
8.5
x
0.3600
x
34.0 -
104
CONDUCTIVE TOTAL FOR GLAZING.SURFACES 3482
SOLAR HEAT GAIN: Note: SCapprox = SHGC / 0.87
Area
Description
Double Window
Double Window
Double Door
Double Door
Double Door
Double Window
Double Window
Double Door
Double Window
Double Door
Double Door
Double Door
Double Door
Double Window
Double Window
Orientation (sf)
Northwest
8.3
x
.South
13.5
x
South
12.0
x
South
48.0
x
South
12.0
x
South
3.8
x
South
11.5
x
West
24.0
x
West
11.0
x
North
48.0
x
North
16.0
x
North
48.0
x
North
16.0
x
East
4.0
x
East
8.5
x
SHGF
48
32
32
32
32
32
32
73
73
15
15
15
15
73
73
Shading
Coeff .
SCapprox
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
x 0.346
Heat
Gain
(Btuh)
137
149
133
531
133
41
127
606
278
249
83
249
83
101
215
EXTERIOR SOLAR TOTAL (Sext) 3115
INFILTRATION: (Type: Medium)
6600 cuft x 0.57 ac/hr x 0.018 Btu/cuft-F x 34.0 = 2306
INTERNAL GAIN (Ig): 0.00 x ( 2 x 225.0 + 1200) = 0
Dwelling Units People Appliance --------
SUBTOTAL 10660
DUCT HEAT GAIN: Duct Location: Attic 0.10 x 10660 = 1066
HVAC SIZING Page 16 HVAC
Project Title.......... DEWEESE RESIDENCE Date..10/16/03 15:51:09
MICROPAS6 v6.01 I File-DEWEESE Wth-CTZ15S92 Program-HVAC SIZING User#-MP0956 User-AMCOR Run-DEWEESE
-------------------------------------------------------------------------------
TOTAL HOURLY SENSIBLE HEAT GAIN. 11726
LATENT LOAD: 0.20 x 11726 = 2345
TOTAL COOLING LOAD 14072
AMCOR
MANUFACTURER'S DATA
(CF -6R)
PAMELA S. ROBINSON
372 MANZANITA AVE., VENTURA, CA 93001 (805) 641-1212
Storage GasStandard
-_ - w_ +'_-__~_ -T___ 3 0..62 50 R- n/a r
SPECIAL FEATURES AND- MODELING; ASSUMPTIONS !
*** Items in thise
sction should be documented on the plans, ***
*** installed to manufacturer and CEC .specifications,. and *.**
*** verified during plan check and field inspection.. ***
This building incorporates a Zonally Controlled HVAC System.
This building incorporates a Radiant Barrier. The radiant barrier must have
an emissivity less than or equal to 0..05, must be installed to cover the
roof trusses, rafters, gable end walls and other vertical attic surfaces,
and.must meet attic ventilation criteria..
This building incorporates a High Mass Design..
This building incorporates non-standard Water Heating System
REMARKS
-------
v
INSULATION: WA.,
A, jS R-21, CEILING R-3-8
��
v
GLAZING: DG WD%VINYL LOW E- U -VALUE .36,
SHGC
C2:9 OR
BETTER
RADIANT HARRIER.REQUIRED
HIGH EFFICIEN'C'Y WATER HEATERS REQ:RHEEM: 41V'R50X
(.62
EF.) OR
EQ.
FAU SIZE LIVING ZONE: 86,,650 BTUH OUTPUT,:
80W.
AFUPs_,.
�'G{'.('.t.e('.-. 'Q>p�1/-1155-?0:
FAU SIZE MASTER ZONE: 38,:400 STUN 'OUTPUT,:
80V
AE'UE.._....
EAU' SIZE GUEST ZONE: 19,000 BTUH OUTPUT'
Sot
AFUE,_
AC SIZE LIVING ZONE: 84,000 BTUH OUTPUT.
12.0
SEER.....
« -
g 16 R(r-0lco-54
AC SIZE MASTER ZONE: 33,000 STUN OUTPUT$
12.0
SEER..
AC SIZE GUEST ZONE: 16,900 BTUH OUTPUT', 12.0
S�i R...
if -
. 3..8)e> SCC - O:A y- 31
FROM : AMCOR
HEATING 9 ODOLING
PHONE NO. : 8056411212 Oct. 29 2003 09:21AM P3
Product
C)ata
38BRC (60 Hz)
Air Conditioner
Sizes 024 iflru 060
Model 38BRC Energy -Efficient Air
Conditioner inoorWrates innovative
technology to provide quiet, reliable
cooling performance. Built into these
units are the features most desired by
homeowners today, including SEER
ratings of at least 12.0 when used with
specific Carrier indoor sections. All
models are listed with UL, a -UL, ART,
CEC, and CSA-EEV. The 38BRC
meets the Energy Stam guidelines for
energy efficiency.
AVAILABLE OPTIONS
Electrical Range —All units are
offered in single phase 208/230v. The
38BRC 036 d=ugh 060 models are
offered in 208/230v 3 phase.
Wide Range of Sizes —Available in 6
nominal sizes from 024 through 060 to
moct the needs of residential and light
commercial applications.
Compressor — This unit features a
scroll compressor. This compressor is
significantly more_effrcient.than
conventional compressors. Its simple
design offers improved reliability.
Each compressor is mounted on .tubber
isolators for additional sound
reduction. Scroll compressors
start under most system loads,
minimizing the need for start
assistance components. For improved
serviceability, all models are equipped
with a compressor terminal plug.'
Contiiiiiotii opeiation is approved
down to 55°F (12.8°C) is the cooling
mode, (See cooling performance
tables.) Operation down to 0°F or
–20°F is approved when low -ambient
requirements are met.
Weather Armor II Cabinet —The
access panels and top are protected
C VIght tow cwr* CorPamlon Form 388RC-SPD
FROM : AMCOR PHONE NO. : 8056411212 Oct. 29 2003 09:22AM P4
with a galvanized coating, then treated
with a layer of zinc phosphate to which
a modified polyester powder coating is
applied and baked on. This provides
each unit with a hard, smooth finish
that will last for marry years.
All screws on cabinet exterior are'
coated for a long-lasting, rust -resistant,
quality appearance.
Totally Enclosed Fan Motor •—•
Means greater reliability under adverse
weather conditions and dependable
performance for many.years. The
permanent -split -capacitor type motor
was designedfm optimum.efficiency.-
The motor was tested and qualified
under extreme conditions to ensure the
greatest reliability.
Unit DMgo — Copper tube, enhanced
sine wave aluminum fin coil is designed
As an ENERGY PAO
• P� aa: Corrin Cwta+mlon
' �� '..' .. hardetamumdtkAttEir
�nodact maces the 8N6RGY
CERTIFICATION APPLIES s'L1aeYu;JctixrGr+c,m�
ONLYWHENTHE�.
COMPLETE SYSTEM'
IS LISTED WITH ARI,
for optimum heat trawfer. Vertical air
discharge carries sound and hot
condenser air up and away from
adjacent patio areas and foliage. Heat
pump style drain pan for easy removal
of water, dirt, and leaves.
Application Versatility -- The
38.BRC can be combined with a wide
variety of evaporator coils and blower
packages to provide quiet, dependable
comfort. Unit can be Installed on a roof
or at ground level.
External Service Vntvea — Both
service valves are brass, front seating
type with sweat connections. Valves
are externally located so refrigerant
tube connections can be made quickly
and easily. Each valve has a service
port for ease of checking operating
refrigerant pressures.
Easy Servkeabillty -- One access
panel provides access to electrical.
controls and compressor. Removal of
wire dome gives access to fan motor
and removal of the top gives access
to the coil.
Compressor Protecdon-- Inc ludes a
suction tube accumulator on the 048
and 060 sizes that reduces the amount
of liquid refrigerant reaching the
compressor. All oompressors am
protected by internal temperature and
current sensitive overloads. An intemal
pressure relief is provided for high-
pressure protection.
Limited Warranty — Standard
I -year warranty on all parts, with an
additional 4 -year wenranty on the
compressor.
APFRpvAl9
ISO fOaI
EN 26Di1
UL B& 6760 PAR'[ 1
� �_,�y ,�,p MSUASOCQ31
108001 N+"' (iRrlfirAlE N0. fM rHltiB
REGISTERED QUALITY SYSTEM
Model number nomenclature
3s$RC
star'" 12 SEER Spat -system
Ab C.ondttloner
Nominal Capacity
024 = 24A00 Btuh 042 — 42,00013tuh
030 — 30,000 Btuh 046 — 48,000 Stuh
036 — 36,000 Btuh 060 — 60.000 Stuh
US
3 t 1
PseKsging
settee
Emetrical
3 — 208/2MA
6 — 208/2303
FROM AMCOR PHONE NO. : 8056411212 Oct. 29 2003 09:22AM P5
Physical data
-... , ..1i a^ 4r:,9.a.. ,.ty1.,,..':
:!�� :i 11�+S�ti .Ni«^T1''..
::i9NtY ':.d3, _.;
'�•:b:. �qt,
OPERATING WEIGt1T Lb
147
161
189/189/173 1 180/1801188
2371231
2641260
COMPR@880R
Manufacturer
Copeland
Copeland/wenniun Miilermlum
Copeland/Miltennium
Type
Srtoll
REFRIGERANT
R•22
Control
AacuRater® (Bypaas Type)
Cha Ls @ 19 Ft
5.25
625
1 6.5016.8017.10 1 8.7618.78/8.38
10.46 1
12.88
CONDENSER FAN
Propallaf 1ypa. Direct Drive
Air Discharge
1/hrti l
A r tray (CFM)
1800
2500
2800 / 21100 / 9900
2800/3300
3300
motor NP
1/75
1/8
115 /1/5,1/a
1161 114
1/4
mater RPM
820
825
825 / 82511125
825 / 1125
1125
CONDENSER COIL
Copper Tuba. Aluminum Plate Fin
Face Area (Sq 1t)
12.4
14,9
14.9110.9118,7 18.7/18.7122.4
18.7
22.4
Fins per In.
25
25
25 25
20
23
Rewe
1
1
1 1
2
2
(lrcuhs
2
2
2 913/4
5
6
VALVE CONNECT. On. ID)
Sweat
Vapor
518
3/4
314 718
718
7/8
U uld
3/8
REFRIGTUBES• (In.OD)
Vapor (0-bOFtTobe Lonplh)
S/8
3/4
3/4 I
7/8
1-1/8
Vapor (Mau Diameter for
(
(
I
Long4lnsApp8Caltons)
314
7/8
17/8
Ij
718 .1/8
7-1/8
1-18
Liquid (0-60 FtTbbo Length)
318
Liquid ne loedone)
318
Tube 6izes.ane for tuns up to 50 it. For tube sets between 50 and 175 R, aonsuSt Residential Spilt System Long-Une Application Guideline,
NOPE: See untl Inatslltion Instructions for proper IrWal ation.
ACCURATIBR®'PISTON CHART
. Riston listed Is for any approved non -capillary tube poll Combination.
Piston is shipped with outdoor unit and must be Installed In an approved
indoor coil.
CHARGING SUBCOOLING (TXV TYPE EXPANSION DEVICE)
3
FROM : AMCOR
PHONE NO. : 6056411212 Oct. 29 2003 09:23AM P6
Product
Data
Ism
58PAV
Energy -Efficient
Induced -.Combustion
Upfiow Furnace
Input Capacities:
45,000 thru 155,000 Btuh
80% AFLIE At Budget Price
Carrier provides an 80 percent Annual
Fuel Utilization Efficiency (AIFUE) gas
furnace for the budget conscious
consumer and builder. The 58PAV offers
the same high quality you demand and
receive from Carder. All models are
GAMA efficiency rating certified and
certified for use in California Air Quality
Management Districts.
The cabinet is constricted from a
specially selected galvanized steel_ There
is also double protection for the cabinet.
First, a galvanized steel substrate provides
resistance to rusting. Then the cabinet is
constricted of prepainted steel-- the same
high-quality finish found on refrigerators
and dishwashers.
The 58PAV otl'eis a hot surface ignition
system which provides a superior. and more
reliable ignition-syskm-than oldrir spark
relight systems.
The heat exchangers ars constrtwted of
aluminized steel and covered by a 20 -year
Limited Warranty. They are Caaier's
patented super -s heat exchanges that
improve heat transfer and enable downsizing
of this furnace to ably 40 -in. tall.
A patented draft safeguard will stop
furnace operation, if the vent system is not
operating properly.
To improve the sound level, we have
incorporated a soft mount inducer
assembly and a slow opening gas valve.
The control board is the brain of
this induced -combustion gas furnace. It
offers a unique self -test feature
that checks all the major functions of the
furnace within 1 minute. The control
board also features a 3 -amp fuse that
protects the transformer
and control board. Another feature
on the control board is an LED status
indicator light to ensure top furnace
performance.
coprrigm 1998 Cartier Caporslion Form No. WAV -Wt)
58PAV
Energy -Efficient
Induced -.Combustion
Upfiow Furnace
Input Capacities:
45,000 thru 155,000 Btuh
80% AFLIE At Budget Price
Carrier provides an 80 percent Annual
Fuel Utilization Efficiency (AIFUE) gas
furnace for the budget conscious
consumer and builder. The 58PAV offers
the same high quality you demand and
receive from Carder. All models are
GAMA efficiency rating certified and
certified for use in California Air Quality
Management Districts.
The cabinet is constricted from a
specially selected galvanized steel_ There
is also double protection for the cabinet.
First, a galvanized steel substrate provides
resistance to rusting. Then the cabinet is
constricted of prepainted steel-- the same
high-quality finish found on refrigerators
and dishwashers.
The 58PAV otl'eis a hot surface ignition
system which provides a superior. and more
reliable ignition-syskm-than oldrir spark
relight systems.
The heat exchangers ars constrtwted of
aluminized steel and covered by a 20 -year
Limited Warranty. They are Caaier's
patented super -s heat exchanges that
improve heat transfer and enable downsizing
of this furnace to ably 40 -in. tall.
A patented draft safeguard will stop
furnace operation, if the vent system is not
operating properly.
To improve the sound level, we have
incorporated a soft mount inducer
assembly and a slow opening gas valve.
The control board is the brain of
this induced -combustion gas furnace. It
offers a unique self -test feature
that checks all the major functions of the
furnace within 1 minute. The control
board also features a 3 -amp fuse that
protects the transformer
and control board. Another feature
on the control board is an LED status
indicator light to ensure top furnace
performance.
coprrigm 1998 Cartier Caporslion Form No. WAV -Wt)
FROM : AMCOR
PHONE NO. : 8056411212 Oct. 29 2003 09:23AM P7
A89217 A95246 A92t7/4
HEATEXCHANGER CONIVO>< BOA" IMUCER BLOWER
Model. number nomenclature
49PAV ONS 190 as
Nominal Gaoling Sl�a
tlsaue6a CoaatbuatEmn Wim)
(400 CFM Per 92,000 6uih)
tlpftw Funfaco 08 — 900 CFM
12 —1200 CFM
Input Capacity 14 ---1400 CFM
039 —44,000 gtuh 111 — :10,000 Stun 16 —1600 CFM
070 — 66:000 Btuh 136 —132,000 Btuh 20 — 2000 CFM
090-88.000 CW6 155-154,000 Btuh 9eriea Number
2
FROM AMCOR PHONE NO. : 8056411212 Oct. 29 2003 09:24AM P8
3
It�1�1 11 � tX
1
1a
2
0®
4
11
5
6
1
12
8-11
140TE: The 58PAV Fumaces are for use with natural gas. These humces can be field -convened for propane gas
with a factory -authorized and listed accessory eoflvec3iam kit.
NOTE: Comm) loeation.and artual cmtrol.tnay be dilieteat tban shown.sbom
® intium Assembly
® Air Filter, Retainer
0 Pressure Switch
Air Filter
® Gas Control valve
® Wrap -Around Cluing
Burner Assembly
Drag Safeguard Switch
g Blower Door Safety Switch
® Heat Exchanger
® Control Box
® Blower and Blower Motor
3
FROM : AMCOR PHONE NO. : 8056411212
Carrier accessories*
Asr432
CONTROLS:
THTRMOSTATS
AND ZONING
Available in protlremmablo and
no&programmabts models. Comer
ti ermomts maintain a omrstant,
- obml'pAabfe temperd0ur` Level in the
nome.
Fbr"ullimate in home comfort,
Cagier s 2, 4, and 8-7zone systems
allow temperature control of
individual?zoneV oI:IAo home. TMs
19a coomplishad through a series of
efectronicdampar: and nsmoto
room Sansom T1ie 44one ey"em
is ¢tiown,
FILTER FRA1rr-_'
e FaTIeR
c
A
FURNACE
001OR.
A93OW
SIDE FILTER RACK
Custom made fl&w mck tot easy
oonnecllon when a return plenum
already &Aaf4. Provides easy
acceas for cleaning filter.
A 23.1/8 in.
B 2.311111in. -
C 14-1/2 In.
MEATgECOVERV VEEMILATOR
ENERGY RMOVERY VENTILATOR
TFiEpMObYAT—NON VgOCiRAMb1AELE
THERM08TAT — PROGRApIMA@LE
ZONING -2 ZONE
ZONINO —4 ZONE
ZONING—OZONE
s„+c
IT
A97390
MECIUMCAL OR
ELECTRONIC
AIR CLF-ANER
r74eens the air of smoke, dirt, and
marry potions commonly found.
Saves decorating and loaning
-pensee by keeping carpele,
furniture. and Grapes cleaner.
Electronic air cleaner is shorn
Model AIRA
Oct. 29 2003 09:24A1M P9
A91366
IdiODEL
HUMCCLFP
HUAIIDWMR
By adding moisture to wfntardy air,
a Carrier humloMlar can often
improve the comfort and keep
furniture. ruga and dropefts in
better condition. Molstulrttirtg house-
hold
otshold air also Wpa to Zemin normal
body hear and provides comfort at
lower temperatures.
Models VA3B. Y85B. or VCSB
M*CW VL3A
Auto Chan;iaover, 'P/'C. i -Stege HeaV1-Stage Cool— TETATCCNACOiS
Auto ChanOaover, 'FPC.2-Sage Heatlt-Stage Coot— TSTATCCNHPOi.8
Auto Changeover, 117M. 2 -Stage Heat/2-Stage Cool — T8TATCCN2S0t-8
In AC Mode. 3SS a Heat 12 -Stage Cool in HP Mode
Air Conditioner, I -Stege HeaViStage Cool, Manual Changeover, `F/°C — TSTATCCBAC01
Heat Pump, 2 -Stage HeaVlStege Cool, Manual Changeover, 'F/°C — TSTATCO241501°1
Auto Chengeq w, T -DW Programttable.'FM. lSb w_e HeatMS"e CAN— TSTATCCPA.COI-8
Atmo Changeover, 7 -Day Pnrgrsmmeble, TrC, 2Statga HeaVII-Stage Cod — TSTATCCPHPOi-B
Audo Changeover, 7 -Day Pmgrarnen-'br , °F/C, 2 HaaWStage Coat._ TSTATCCP2SO1.8
in AC Mcdo, 3 -Stags HeaWStage Cod lir HP Mode
Dual Fuellb&mostat,includes OwWoorAir Temperature Sow —TSTATCCPDF0I-B--
Themtldism Cortisol — NorWrognatnmabie/Programcnable Thenrloe6at — TSTATCCPRHO 1 -8"
with Humidity Cormal (For use in Dual Fuel, AC, HP, and 23 eppticaftna, includes Outdoor Au
Tempemutra Sensor.)
d
FRAM - : P.MU R
Physical data
ylMS• . f?:�'°f5b;t4r�R•.-.�'�}Y •w'; $:t�.lco,
OUTPUT CAPACITY (STUM)1 Nor
INPUT BTUM'
210PP)NO WEIGHT 1w, ..
CERTIFIED TEMP RISE RANGE (8F)
CERTIFIED EX? 9 TAWCfiPRSSS MW
t3aaang
corlse
gan�wra"
Goofing
PHCNIE NO. : -8056411212
-Oct. 29 2130- -09: 5AM - P•1 CO
154 160 1 166 184 1. 179 1 194 204.
160 55.85 46.75 2b b5 50410 40-70 50410
Os 0.20 0.20 D.20 0.20 0,20 0.20
7.5 0.5 0.5 0.5 0.5 D.5 0.5
945 ` 41TS -1810 11750 '150- 4775' 1770
740 4205 1575 2225 1526 2025 2055
SP -ST
ate Timo Oocrsticn"
BURNERS (Itlanoport) 2 1 2 1,3 _2__,L__44 5 L 5 1 6 1 6 @ 1 7
GAS CONNECTION SIZE 1/2+n. NPT
OAS VALVE'(RWYndanl) Td6nufacturef "--_ ..._ Whito-Rodgers
4.5 (Natural Gas)
e_1aslawn Intat Premum (los: WO 13.8 (Naauat Gas)
IGNITION'DEVICE Hot suluc*
• Gee Input re0ngs are certified for elevations to 2000 ft. For elevations above 2000 ft toduo3 rstings 4 percent for each i O 0 ft above saa 16vai. Rafar to National
Fuel One Code Table F4 or furnace Installation Instructions. In Canada, derate the unit 10 percent for el"lons 2000 ft to 4500 ft above sea level.
f 'Capaclty In accordance with U.S. Government DOE test procedures.
P,eow sham is for bottom enty Imam air nupply. For as delivery above 1800'CFM, sea Air Delivery (able for other options. A flW is required for each return -
elf suopty,
IM --Isolated Combustion System
Bpgerformance data
MP 4P8Q) '
1/5
413
119
113
113
1 112 113
U2
1 314 172 9!4 314
MOTOWFULL LOAD AMPS
2.9
5.8
-2.9
5:6
S:8
7.9 • '5:8
7.9
J 11.1 7.0 11:1 11.1
RPM(Nomina0-.9PEED3
1075-3
10754 1075.5 1075-4 1075.4 1075.4 1075-4 1075,4 1075-A 1075=4 1076.4 107r4-
075-4'BLOWER
'SLOWERWHEEL DIAMETER x WIDTHS (M.)
10 x 6
10 x e
10 x 6
10 x e
10 x 7
10 x B . 10 x 7 .
10 x 8
tt x 10 10.x 8 11 x 10 14 x t0
WASHABLE 18 x'25 x 11n. FILTER
t21y
1
1
4
1
1-
:wAMMLE 20 x U,% 1 -In. FILTER-
.AWASHA®LE 24 x 29 x 14n. FILTER
PSC- Nmmanent Split Capacitor
ENERGY EFFICMNC(
CAPACITY BTUM6 NomwatheAxmd ICS 135,000 35,000 1 S3,000,153.00 71,000 1 71,000. 89,000. 89.000 1 69.000:1107,001107A0011124,000
AFUE%* NonweethaAxed ICS 1 80.0 80.0 80.0 80.0 80.0 80.0 80.0 80.0 BD.O 80.0 60.0 • 80_.0
Capacity and AFUE In aeoordanoe wish U.S. Government DOE beet procedures.
tCS°45alarsd Cambustw System
5
INSTALLAT
N CERTIFICATE (CF -6R'
AND
INSULATION CERTIFICATE (IC -1
I. I IMMI
.•
we -giant
• 1{.t .t t !
— -_81b P
't IIJ 1111l"1 H 1 X14 § W 14bl4r: 14 LO)1 a • •t
1' elt •{i• 1' 1 1' '� 1
OF-MUR• •W 9• {'• 1' 't •{I't
IWOMMITZ•t• -� •11 1 1' r • •
IM TOM 0 1
f •tA.311 f! • • e l l• f
•! 1' � !1-c! 4l• l' i � • �
i` 1!
•- 1•!-
•• t
!
•- • •-111
.•
1
-t
\.
1- ••
•11MRi
1 ..
1 •
it _ •• 11'1
• i • 111
!t •
. •
• ! • 1 -
t t i •
--
Title 24, Part 1, Section 10-103(a)3 addresses
the responsibility of ensuring that building
construction conforms to the CF -1R by referring
to Standards:
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 Part 6.
The Standards require that the Cl~ -6R be signed
by the installer of each device (heating, cooling,
water heating/plumbing equipment and
fenestration products) or alternatively, the
person with chief responsibility for
construction. The insulation installer must sign
the IC -1. Persons signing these forms are
verifying that the installed efficiencies meet or
exceed those used for compliance with the
Standards as shown on the CF -1 R.
INSTALLATION CERTIFICATE (Page 1 of 8) CF -6R
SitkAddress Permit lumber
An installation certificate is required to be posted at the building site or made available for all appropriate inspections. (Tile
information provided on ibis form is required; however, use of this form toprovide the information is optional.) Afier
completion of final inspection, a copy must be provided to the building department (upon request) and die building owner at
occupancy, per Section 10-103(b)_
HVAC STSTEAlS:
Hea0ig Equipment
Equip. 4 of EfficiencyDuG Duel or Heatutg Heatina
Type (pkg. CBC Certified Mfr Name identical (AFUE, etc.)' Location Piping load Capacity
ileal -ow-nn) and Model Number Systems t>CFAR valuel tattic etc) R -value (MAT) (Blntbr)
Cooling Equipment
Equip. CIC Certified Compressor 9 of Efficiency Dad Cooling Cooling
Type (pkg. Unit Mfr Name and Identical (SEER, etc.), Location Duct Load Capacity
heat Pump) Model Number Svstems PCRIR valuel (attic etc) R -value (IltuArr) Mtubr)
1. > reads greater than or equal to.
1, the undersigned, verify that equipment listed above is: 1) is the actual equipment installed, 2) equivalent to or more
efficient than that specified in the certificate of compliance (Form CF -1R) submitted for compliance with the Energy
Efficiency Standards for residential buildings, and 3) equipment that meets or exceeds the appropriate requirements for
manufactured devices (from the Appliance Efficiency Regulations or Part 6), where applicable.
Signature, Date
WATER P(EATING SYSTEMS:
Installing Subcontractor (Co. Name)
OR GeneraJ Contractor (Co. Name) OR Owner
Distribution if Recir- n of Rated Tani( Efii• External
I3eater CEC Certified Mfr Type (Std, culation, Identical Input (WW Volume ciencj� Standbys Insulation
Type Name & Model Number Point -0f --Use) Control Type Systems or Btu/hr) (gallons) (EF, R.E) Loss (°Jo) R -value
2 For small gas storage (rated input of less than or equal to 75,000 Btu/hr), electric resistance and beat pump water beaters, list Energy Factor.
For targe gas storage mater beaters (rated input of greater than 75,000 Btunrr), list Rccm-ery Efficiency, Standby Loss and Rated Input.
For instaotancous gas water heaters, list Recovery Efficiency and Rated input.
3. R-12 external insulation is mandatory for storage water beaters with an energy factor of less than 0.58.
Faucets & Sbower Beads:
All faucets and sbowerbeads installed are certified to the Commission, pursuant to Title 24, Part 6, Section I I I.
1, the undersigned, verify that equipment listed above my signature is: l) the actual equipment installed; 2) equivalent to or
more efficient. than drat specified in tl)e certificate of compliance (Form CF-) R) submitted for compliance with the Enerzr
Efficiency Standards for residential buildings; and 3) equipment tbal meets or exceeds the appropriate requirements for
manufactured devices (from the Appliance Efficiency ,Regulations or Part 6), where applicable.
Signature, Date
COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at Occupancy
Installing Subcontractor (Co. Name) OR
General Contractor (Co. Name) OR Owner
YNSTALLATXON CERTIFICATE (rage 2 of 8) CF -6R
Site Address I Permit.Number
FENE STRA T) ON/GLAZING :
Total
Quantity
Product Product of Like )exterior Shading
U -Factor' (5 Sj1GC' (5 4 of Producl Square Device or Comments/Location/
h4anufacturer/Brand Name CF -1 R value)2 Cl --1 R valueh Panes fOnrionall Feel Overhang Special l-eatures
(GROUP LDT PRODUCTS)
2. _
3. _
4. _
6. _
7.
9. _
10. _
lL
12.
13. r
14.
15.
' Manufactured fenestration products use the values from the product label. Field fabricated fenestration products use the .
default values from Section 116 of the Energy Efficiency Standards.
2 Installed U -Factor must be less than or equal to values from CF -111. Installed SHGC must be less than or equal to values
from CF -IR, or a shading device (exterior or overhang) is installed as specified on the CF -1R. Alternatively, installed
weighted average U -Factors for the total fenestration area are less than or equal to values from CF -IR -
1, the undersigned, verify that the fenestration/glazing listed above my signature: 1) is the actual fenestration product
installed; 2) is equivalent to or has a lower U -Factor and lower SHGC than that specified in the certificate of compliance
(Form CF -1R) submitted for compliance with. the Energy Efficiency Standards for residential buildings; and 3) the product
meets or exceeds tate appropriate requirements for manufactured devices (from Part 6), wbere applicable.
Item Its Signature, Date
(if applicable)
Installing Subcontractor (Co. Name) OR
General Contractor (Co. Name) OR Owner
OR Window Distributor
Item *.s Signature, Date Installing Subcontractor (Co. Natne) OR
(if applicable) General Contractor (Co. Name) OR 0\\Mer
OR Window Distributor
Item Os Signaiure,Date Installing subcontractor (Co. Name) OR
(if applicable) General Contractor (Co. Name) OR Owner
OR Window Distributor
COPY TO: Building Department
HERS Provider (if applicable)
Building Owner at. Occupancy
t
INSULATION CERTIFICATE IC -1
Number and Street
County
Description of Installation
I
2.
3
4
I6 1
City
Subdivision Lot Number
Material Brand Name
Thickness (inches) Thermal Resistance (R -Value) _
CEILING
Batt or Blanket Type Brand Name
Thickness (inches) Thermal Resistance (R -Value) _
Loose Fill Type Brand
Contractor's min installed weigbt/fl2 Ib Minimum thickness inches
Manufacturer's installed weight per square foot to achieve Thermal Resistance (R -Value)
EXTERIOR WALL
Frame Type
A. Cavity Insulation
Material
Thickness (inches)
B. Exterior Foam Sheathing
Material
Thickness (inches)
RAISED FLOOR
Material
Thickness (inches)
5. SLAB FLOOR/PERIMETER
Material
Thickness (inches)
Perimeter Insulation Depth (inches)
6. FOUNDATION WALL
Brand Name
Thermal Resistance (R -Value)
Brand Name
Thermal Resistance (R -Value)
Brand Name
Thermal Resistance (R -Value)
Brand Name
Thermal Resistance (R -Value)
Material Brand Name
Thickness (inches) Thermal Resistance (R -Value)
Declaration
I hereby certify that the above insulation was installed in the building at the above location in conformance with the current
Energy Efficiency Standards for residential buildings (Title 24, Part 6, California Code of Regulations) as indicated on the
Certifrcaie of Compliance, where applicable.
Item l;s
Item Ns
Signature, Date
Signature, Date
Installing Subcontractor (Co. Name) OR
General Contractor (Co. Name) OR Owner
Installing Subcontractor (Co. Name) OR
General Contractor (Co. Name) OR Owner
Item 4s Signature, Dale Installing Subcontractor (Co. Nacre) OR
General Contractor (Co. Name) OR Owner
t
. le
3.4 Radiant Barriers
MR I RADIANT BARRIER is any reflective material that has an emittance of 0.05 or less,
Ism tested in accordance with ASTM C-1371-98 or ASTM E408 -71(1996)e 1, and is certified
to the California Department of ConsumerAffairs as required by CCR, Title 24, Part 12,
(§101(b), 151(f 2) Chapter 12-13, Standards for Insulating Material.
§151(1)2
Radiant Barrier. A radiant barrier required in Tables 1-Z1 through 1-Z16 is any reflective
material that has an emittance of 0.05 orless, tested according to ASTM C-1371-98 or
ASTM E408 -71(1996)e1, and that is certified to the Department of Consumer Affairs as
required by CCR, Title 24, Part 12, Chapter 12-13, Standards for Insulating Material.
A radiant barrier is required for roofs in climate zones with signil:ant cooling loads (2, 4,
and 8 through 15). The radiant barrier is a reflective material that reduces radiant heat
transfer caused by solar heat gain to the roof. This reduces the radiant gain to ducts and
insulation located below the radiant barrier.
Residential Manual Auqus12001 3-13
r
•
Figure 3-2 —
Methods of
Installation for
Radiant Barriers
Requirements The Residential ACM Manual describes the radiant barrier installation requirements as
from ACM follows:
Radiant barriers must meet specific eligibility and installation criteria to be modeled by
any ACM and receive energy credit for compliance with the energy efficiency standards
for low-rise residential buildings.
■ The emittance of the radiant barrier must be less than or equal to 0.05 as tested in
accordance with ASTM C-1371-98 or ASTM E408 -71(1996)e1.
■ Installation must be in conformance with ASTM C-1158-97 (Standard Practice For
Use and Installation Of Radiant Barrier Systems (RBS) In Building Construction.),
ASTM C -727-90(1996)e1 (Standard Practice For Installation and Use Of Reflective
Insulation In Building Constructions.), ASTM C1313-975 (Standard Specification for
Sheet Radiant Barriers for Building Construction Applications), and ASTM G1224-
99 (Standard Specification for Refiective Insulation for Building Applications) and
the radiant barrier must be securely installed in a permanent manner with the shiny
side facing down toward the attic floor. Moreover, radiant barriers must be installed
to the roof truss/rafters (top chords) in any of the following methods, with the material:
1. Draped over the truss/rafter (the top chords) before the upper roof decking is
installed.
2. Spanning between the truss/rafters (top chords) and secured (stapled) to each
side.
3-14 August 2001 Residential Manual
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Requirements The Residential ACM Manual describes the radiant barrier installation requirements as
from ACM follows:
Radiant barriers must meet specific eligibility and installation criteria to be modeled by
any ACM and receive energy credit for compliance with the energy efficiency standards
for low-rise residential buildings.
■ The emittance of the radiant barrier must be less than or equal to 0.05 as tested in
accordance with ASTM C-1371-98 or ASTM E408 -71(1996)e1.
■ Installation must be in conformance with ASTM C-1158-97 (Standard Practice For
Use and Installation Of Radiant Barrier Systems (RBS) In Building Construction.),
ASTM C -727-90(1996)e1 (Standard Practice For Installation and Use Of Reflective
Insulation In Building Constructions.), ASTM C1313-975 (Standard Specification for
Sheet Radiant Barriers for Building Construction Applications), and ASTM G1224-
99 (Standard Specification for Refiective Insulation for Building Applications) and
the radiant barrier must be securely installed in a permanent manner with the shiny
side facing down toward the attic floor. Moreover, radiant barriers must be installed
to the roof truss/rafters (top chords) in any of the following methods, with the material:
1. Draped over the truss/rafter (the top chords) before the upper roof decking is
installed.
2. Spanning between the truss/rafters (top chords) and secured (stapled) to each
side.
3-14 August 2001 Residential Manual
0,
t
3. Secured (stapled) to the bottom surface of the truss/rafter (top chord). A
minimum air space must be maintained between the top surface of the radiant
barrier and roof decking of not less than 1.5 inches at the center of the
truss/rafterspan.
4. Attached [laminated] directly to the underside of the roof decking.* The radiant
barrier must be laminated and perforated by the manufacturer to allow
moisture/vapor transfer through the roof deck.
In addition, the radiant barrier must be installed to cover all gable end walls and other
vertical surfaces in the attic.
■ The attic must be ventilated to:
1. conform to manufacturer's instructions.
2. provide a minimum free ventilation area of not less than one square foot of vent
area for each 150 square feet of attic floor area.
3. provide no less than 30 percent upper vents.
(Ridge vents or gable end vents are recommended to achieve the best
performance. The material should be cut to allow for full airflow to the venting.)
■ The radiant barrier (except for radiant barriers laminated directly to the roof deck)
must be installed to:
1. have a minimum gap of 3.5 inches between the bottom of the radiant barrier and
the top of the ceiling insulation to allow ventilation air to flow between the roof
decking and the top surface of the radiant barrier.
2. have a minimum of six (6) inches (measured horizontally) left at the roof peak to
allow hot air to escape from the airspace between the roof decking and the top
surface of the radiant barrier.
■ When installed in enclosed rafter spaces where ceilings are applied directly to the
underside of roof rafters, a minimum air space of 1 inch must be provided between
the radiant barrier and the top of the ceiling insulation, and ventilation must be
provided for every rafter space. Vents must be provided at both the upper and lower
ends of the enclosed rafter space.
■ The product must meet all requirements for California certified insulation materials
[radiant barriers] of the Department of Consumer Affairs, Bureau of Home
Furnishings and Thermal Insulation, as specified by CCR, Title 24, Part 12, Chapter
12-13, Standards for insulating Material.
The use of a radiant barrier and the criteria specked above for covering all gable end
walls and other vertical surfaces in the attic, and for providing attic ventilation shall be
listed in the Special Features and Modeling Assumptions listings of the CF -1R and C -2R
and described in detail in the ACM Compliance Supplement.
For the heating season, Equation 4.1 is the expression for the U -value modifier, for the
cooling season, Equation 4.2. To determine the U -value for a ceiling with a radiant
barrier, multiply the U -value of the ceiling assembly without the radiant barrier times the
U -value modifier. The U -value modifiers are calculated from equations 4.1 and 4.2.
For installed insulation greater than R-8:
Uva1ModHeating - (-11.404 x U2) + (021737 x U) + 0.92661 Equation 4.1
.
UvalModCooling - (-58.511 x UZ) + (3.22249 x U) + 0.64768 Equation 4.2
Otherwise, these modifiers are 1.000.
Residential Manual August 2001 3.15
w
G.
9 Installation of radiant barriers is somewhat more challenging in the case of closed rafter
Radiant Barriers spaces. A minimum vent area of one square foot is required for each 150 square feet of
in Closed rafterspaces.
floor area. This ratio may be reduced to 1 to 300 if a ceiling vapor retarder is present
Spaces or if high (for example, ridge or gable vents) and low (soffit vents) attic ventilation is used—
Since
Since part of the vent area is blocked by meshes or louvers, the net free area of.a. vent
must be considered for meeting ventilation requirements. It is difficult to achieve '
uninterrupted air movement in closed rafter spaces and to meet the minimum ventilation
requirements making such spaces more prone to moisture damage compared to open
attic spaces. Also radiant barriers must'see' air spaces this places more restrictions on
installing them in dosed rafter spaces. In closed rafter spaces, the depth of the rafters
severely limits the provision of this gap. Rafters used in home construction are usually
not large enough to provide the proper amount of insulatibn to fit in the cavity between
the rafters and still have a ventilation space. Both are required to have an energy efficient'
building envelope. The depth of the rafters dictates a certain volume of space that can be
filled with only so much insulation and still have an air space at the top for natural
ventilation. 10 inches thick batt insulation in 2x12 rafters leaves less than 2 inches for air.
movement and installing radiant barriers.
There are two primary choices of radiant barrier placement in the cathedral ceiling
design. The radiant barrier can be draped over the rafter or attached to the bottom of the
decking. Ensure adequate ventilation by providing continuous venting through the sides
and protecting this opening by overhangs.
Check the Certificate of Compliance (CF -1 R) to see if a radiant barrier is required and
review form IC -1 (Insulation Certificate) for consistency. Check that the radiant barrier is
installed with the shiny side facing the attic air space.