002976 (SFD):1
PRP 87-076
P.O. BOX 1504 No. 002976
Building 78-105 CALLE ESTADO
Address 5-365 AfflMdda Harrma LA QUINTA, CALIFORNIA 92253
wave is PattL
Mailing
Address
City Zip ITel.
Contractor
77-699 C .ij� 'irisw
City_ Zip Tel.'
P , CA,92256 3013.3
BUILDING: TYPE CONST: VN OCC: GRP._
A.P. Number 7.74-245-018
R-3
Legal Description L(*- 68 BIOCk 290
Project Description SJmle—Fardly D=11iM to Amatm
Strua"t°ak3Ce Dei'dt=Mx-1 by
State Lic.
City
Wig 1360No.
& Classif. SOM4 BLic.
# 921
Sq. Ft.
Size � i 440
No. Dw..
Stories Units
Arch., Engr.;
Designer
New Add ❑
Alter ❑. - Repair ❑ Demolition ❑
Address
Tel.
City
Zip
State
_.
Lica#-
LICENSED, CONTRACTOR'S DECLARATION
I hereby affirm that I am licensed under provisions of Chapter 9 (commencing with Section
7000)of Division 3 of the Business:and Professions Code, and my license is in full force and
effect.
SIGNATURE " DATE
OWNER -BUILDER DECLARATION
I hereby affirm that I am exempt from the Contractors License Law for the following
Estimated Valuation
070 000
reason: (Sec. 7031.5,Susiness and Professions Code: Any city or county which requires a
Permit to construct, alter, improve, demolish, or repair any structure, prior to its issuance. also
requires the applicant for such penvit to file a signed statement that he is licensed pursuant to
the provisions of the Contractor's License Law, Chapter9 (commencing with Section 7000) of
Division 3 of the Business and Professions Code, or that. he is' exempt therefrom, and the basisfor the alleged exemption. Any violation of Section 7031.5 by any applicant for a permit
subjects the'applicant to a clvil'penalty of not more than five hundred dollars ($500). -
❑ I, as owner of the property, or my employees with wages as.their sole compensation, will
do the work, and the structure is not intended or offered for sale. (Sec. 7044, Buisness and—
Professions Code: The Contractor's License Law does not apply. to an owner of property who
builds of improves thereon and who does such work -himself or through his own employees,-
provided that such improvements are not intended or offered for sale. If, however, the building
or improvement is sold within one year of completion, the. owner -builder will have the burden
of proving that he did not build or, improve for the purpose of sale.)
O 1, as owner of the property, am exclusively contracting with licensed contractors to con-
struct the project. (Sec. 7044, Business; and Professions Code: The Contractor's License Law
does not apply to an owner of property who builds or improves thereon, and who contracts for
such projects with a contractors) licensed pursuant to the Contractor's License Law.) -
❑ 1 am exempt under Sec. B. & P.C.- for this reason
c •r
PERMIT. i
AMOUNT
Plan Chk: Dep. -
. _ 250.00
Plan Chk. Bal.
- Y - e 2�9t
Co6st.
CwvV
V
Mech.
'. a �w 00
Electrical
50160
.
Plumbing
67,0
S.M.I.
4.94
Grading
Driveway Enc.
Date Owner Infrastructure
-2majae Pam- c' 25„00
WORKERS' COMPENSATION DECLARATION
i I hereby affirm that I have a certificate of consentto self -insure, or a certificate of
Worker's Compensation Insurance, or a certified copy thereof. (Sec. 3800, Labor Code.)
Policy No. Company
O Copy is filed with the city. ❑ Certified copy is hereby furnished.
i
CERTIFICATE OF EXEMPTION FROM
WORKERS' COMPENSATION INSURANCE
(This section need not be completed i1 the permit is for one hundred dollars ($100) valuation
or less.)
I certify that in the performance of the work for which this permit is issued, I shall not
employ any person•in any manner so as to become subject to the Workers' Compensation
Laws of California. '
�( Date ' ' Owner+' fir.
NOTICE TO APPLICANT. If, ,after making 'this Certificate of Exemption you should become
subject to 'the Workers' Compensation' provisions of the Labor Code, you must forthwith
comply with such provisions:or this permit shall be deemed revoked. '
CONSTRUCTION LENDING AGENCY
I hereby affirm that there is a construction lending agency for the performance ofthe
work for which this permit is issued. (Sec. 3097, Civil Code.)
Lender's Name
Lender's Address
This is a building permit when properly filled out, signed and validated, and is subject to
expiration if work thereunder is suspended for 180 days.
I certify that I have read this application and state that the above information is correct.
I agree to comply with all city and county ordinances and state laws relating to building
construction, and hereby authorize representatives ..of this city to enter the above-
mentioned property -for inspection purposes.
Signature of applicant Date
Mailing Address
City, State, Zip
HARD COPY
TOTAL 7 2w J 532,83
.REMARKS
ZONE: BY:
Minimum Setback Distances:
FrontSetback. from Center Line
Rear Setback from Rear Prop. Line
Side Street Setback from Center Line
Side Setback from Property Line
FINAL DATE INSPECTOR
Issued by: Date 3/587 Permit
Validated by:
Validation:
6%462 3 6 D3283 it
CONSTRUCTION ESTIMATE
NO. ELECTRICAL FEES
NO. PLUMBING FEES
IST FL. SO. FT. ® $
UNITS
GRADE
ROUGH PLUMB.
BONDING
YARD SPKLR SYSTEM
2ND FL. SO. FT. ®
/SLAB
` ( ORMS Fi-6—
SEWER OR SEPTIC TANK
ROUGH WIRING
MOBILEHOME SVC.
BAR SINK
POR. SO. FT. ®
GAS (ROUGH)
METER LOOP
GAR. SO. FT. ®
POWER OUTLET
ROOF DRAINS
GAS (FINAL)
TEMP. POLE
DRAINAGE PIPING
CAR P. I SO. FT. ®
GROUT
WATER HEATER
WALL SQ. FT.
FINAL INSP.
DRINKING FOUNTAIN
SQ. FT. ®
WATER SYSTEM
URINAL
ESTIMATED CONSTRUCTION VALUATION $
WATER PIPING
NOTE: Not to be used as property tax valuation
FINAL INSP.
FLOOR DRAIN
MECHANICAL FEES
WATER SOFTENER
VENT SYSTEM FAN EVAP.COOL HOOD
SIGN
WASHER(AUTO)(DISH)
APPLIANCE DRYER
VENTILATION
GARBAGE DISPOSAL
FURNACE UNIT WALL FLOOR SUSPENDED
LAUNDRY TRAY
AIR HANDLING UNIT CFM
KITCHEN SINK
ABSORPTION SYSTEM. B.T.U.
TEMP USE PERMIT SVC
WATER CLOSET
COMPRESSOR HP
POLE, TEM/PERM
LAVATORY
HEATING SYSTEM FORCED GRAVITY
AMPERES SERV ENT
SHOWER
BOILER B.T.U.
SO. FT. ® c
BATH TUB
SO. FT. ® c
WATER HEATER
MAX. HEATER OUTPUT, B.T.U.
SO. FT. RESID ® 11/4 c
SEWAGE DISPOSAL
SO.FT.GAR ® 3/4c
HOUSE SEWER
FINISH GRADING
GAS PIPING
PERMIT FEE
PERMIT FEE
PERMIT FEE
DBL
TOTAL FEES
MICRO FEE
MECH.FEE PL.CK.FEE
CONST. FEE ELECT. FEE
SMI FEE PLUMB. FEE
STRUCTURE PLUMBING ELECTRICAL HEATING & AIR COND. SOLAR
SETBACK
GROUND PLUMBING
UNDERGROUND
A.C. UNIT
COLL. AREA
GRADE
ROUGH PLUMB.
BONDING
HEATING (ROUGH)
STORAGE TANK
/SLAB
` ( ORMS Fi-6—
SEWER OR SEPTIC TANK
ROUGH WIRING
DUCT WORK
ROCK STORAGE
FOUND. REINF.
GAS (ROUGH)
METER LOOP
HEATING (FINAL)
OTHER APP./EQUIP.
REINF. STEEL
GAS (FINAL)
TEMP. POLE
GROUT
WATER HEATER
SERVICE
FINAL INSP.
BOND BEAM
WATER SYSTEM
GRADING
cu. yd.
$ —Plus—X$—=$
LUMBER GR.
FINAL INSP.
FRAMING
FINAL INSP.
ROOFING
�J
'
REMARKS:
VENTILATION
FIRE ZONE ROOFING
FIREPLACE
SPARK ARRESTOR
GAR. FIREWALL
LATHING
MESH
,2�6NSUD
FINISH GRADING
FINAL INSPECTION
CERT. OCC.
FENCE FINAL
INSPECTOR'S SIGNATURES/INITIALS,
GARDEN WALL FINAL
AMENDMENT TO INSTRUCTIONS
DATE May 25, 1983 ESCROW No. 4849
The previous instructions in this Escrow are hereby modified or amended in the following particulars only:
The legal description of the property is amended to be as follows:
Lot 6 in Block 290 of Santa Camelita at Vale La Quinta, Unit no. 26,. as per
map recorded in book 20 page 50 of Maps, Riverside County Records.
ALL OTHER TEEM AND CCNDITICNS F04kM TM SAME.
PACIFIC FEDERAL. SAVINGS- AND MAN 'ASSOCIATICN
By:,
Caroline Sheffield -.-R.'&.0.-,,-Dept.
Patricia K. Keeley
A Single Family Residence
MR. and MRS. DAVID KEELEY
54-365 Herrera Ave * La Quinta, Ca.
------------------------------------------------------------
TITLE 24 COMPLIANCE NOTES:
1. Provide gaskets at'all duplex / J -Box outlets at exterior
walls.
2. Ducts shall be fabricated, installed and insulated
according to chapter 10 UMC (Uniform Mechanical Code).
0 3. Provide automatic setback thermostats.
4. Provide R-12 or greater blanket insulation (externally
wrapped) at all water heaters.
r 5. Provide R-3 or greater pipe insulation for first five
feet pipe closest to water heater or whatever shorter
length is in unconditioned space.
6. Provide tight fitting closeable metal or glass doors over
entire fireplace opening (unless such devices interfere
with intregal circulation devices).
7. Wall insulation to be 5.5" (R-19) mineral fiber
insulation or equivalent. -See accompanying construction
assemblies.
8. Roof/Ceiling insulation to be 2 layers 5.5" (R-19)
mineral fiber insulation or equivalent. See accompanying
construction assemblies.
9. This Calculation per AB 163 (Fall 1984 P400-84-016).
10. All glazing shall be DUAL pane. All EAST facing glazing
shall receive off-white vertical or mini -blinds to serve
as an additional shading device.
11. Contactor may submit alternate equipment specifications
to the City of La Quinta provided proposed equipment
complies with accompanying Heat Gain and Heat Loss Calcs
and has minimum SEER = 8.6 and C.O.P. = 2.80.
......++++++++++
MICROPAS SUMMARY
++++++++++++++++
Custom Budget - 61202 kbtu, 45.7 kbtu/sf
Actual Residence - 60030 kbtu, 44.1 kbtu/sf
DISCLAIMER: C.M. ENERGY CONSULTING provides these
calculations as HVAC design assistance in
i accordance with State approved calculation
procedures, and is not responsible for actual
HVAC design.
------------------------------------------------------------
D O C U M E N T A T I O N PREPARED BY:
* ------------------------------------------------------------
C.M. ENERGY CONSULTING 43-650 Carmel Circle, Palm Desert, Ca.
Telephone: (619) 346-8014
TITLE 24 ENERGY COMPLIANCE DOCUMENTATION
----------------------------------------
Dat.ea February. 9, 1987
Project: A Single Family Resi.dence for:
Mr . ' and Mrs. David Keeley at:
54-365 Herrera Ave * La Ouinta, Ca. by:
CORNERSTONE CUSTOM BUILDERS
Job #a 120.87
CLIMATE ZONE 15
I HEREBY CERTIFY THAT THIS BUILDING MEETS ALL
REQUIREMENTS OF TITLE 24, PART 2, CHAPTER 2-53
OF THE CALIFORNIA ADMINISTRATIVE CODE, WHEN
DESIGNED ACCORDING TO THIS DOCUMENTATION.
C
Signed:--
C.M. ENERGY CON I TING
43-650 Carmel Circle
Palm Desert, Ca. ( 619 ) 346=8014
•M�croPas Model'Budget.'
o
•
�7
BUILDING DESIGN AND EQUIPMENT SUMMARY MICROPAS FORM2
Project Title ...PACKAGE D MODEL BUDGET Date: 2/09/87 Page I
Run Title Cornerstone Builders --------------------------
Owners Name .... Mr and Mrs David Keeley I I
Location ....... 54-365 Herrera Ave I (checked by) I
Building Type. .: SINGLE I I
Climate Zone ... 15 1 (date) I
----------------------
< < < MICROPAS 2.0 File-KEELEYM Program-FORM2 > > >
BUILDING ENVELOPE DESIGN--20NE 'HOUSE'
------------------------------- ---------
1.
Total Floor Area .. 1360 sqft
2. Volume .............. 12702 cuft
3.
SURFACES: Description
Area
U -Value
R -Value
a. Wall
1058 sqft
0.090
b. Door
.21 sqft
0.330
c. Ceiling
1020 sqft
0.027
d. Ceiling
340 sqft
0.032
e. Slab Perimeter
148 ft
0.770
4.
GLAZINGS: Description
Area
% F.A. U -Value Type
-----------
a. South
----
49 sqft
-------------
3.67.
----
0.65 Double
b. West
49 sqft
3.67.
0.65 Double
c. North
49 sqft
3.6%
0.65 Double
d. East
49 sqft
3.6%
0.65 Double
e. Horizontal
20 sqft
1.57.
0.65 Double
Total
218sgft
16.0%
5.
SHADINGS:
Cooling
Cooling.
Description
-----------
Area
Shad. Coef.
Shad. Fact.
a. South
----
49 sqft
-----------
0.36
-----------
0.41
b. West
49 sqft
0.36
0.41
c. North
69 sqft
0.36
0.41
d. East
49 sqft
0.36
0.41
6.
OVERHANGS: NONE
7.
MOVEABLE INSULATION: NONE
B.
INFILTRATION CONTROL: (Construction Type:
MEDIUM ) 0.50 ac/hr
9.
THERMAL MASS:
Total
Thick-
'Conduc- Heat
Air Film
Description Area
ness
tiVity Cap.
Conductance
----------- -----
a. FLRTILE 340 sqft
------
2 in
------- ----
0.98 28
-----------
1.30 to HOUSE
b. SLABTOP 1020 sqft
2 in
0.98 28
0.36.to HOUSE
I
•
:7
•
BUILDING DESIGN AND EQUIPMENT SUMMARY MICROPAS FORM2
Page 2
Project Title .. PACKAGE D MODEL BUDGET
Run Title ...... Cornerstone Builders Date: 2/09/87
< < < MICROPAS 2.0 File-KEELEYM Program-FORM2 > > >
HEATING, VENTILATING,. AND AIR CONDITIONING SYSTEMS --ZONE 'HOUSE'
---------------------------- ------------------------------------
10. HEATING SYSTEM:
b. Model _ NOT APPLICABLE
d. Capacity (Btu/hr)
.11. COOLING SYSTEM:
a. Type ......... FURNACE
c. EFF/COP ...... 2.50
a. Type ......... HEATPUMP b. Model — NOT APPLICABLE
c. SEER ......... 9.50 d. Capacity (Btu/hr)
12. VENTILATION SYSTEM:
a. Type ......... NATURAL
• MICROPAS ASSUMPTIONS -Building Total
M1. Building Latitude .. 33.0.deg
1•
1•
MICROPAS ASSUMPTIONS -ZONE 'HOUSE'
Z1. Zone Heat Cap .... 3040 Btu/F
Z3. Vent .Inlet Area .. 20 sgft
Z5. Vent Height ...... 1.0 ft
Z6. THERMOSTAT SETTINGS:
a. Heating Temperature:
b. Cooling Temperature:
c. Venting Temperature:
d. Setbacks:
M2. Wind Correction Factor ... 0.25
Z2. Internal Gain ..... 86991 Btu/day
Z4. Vent outlet Area .. 20 sgft
Z6. Vent Azimuth 0 deg
Heating Season Cooling Season
--- --- ----------
65 65
80 80
80 65
No No
• Page I
MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -SUMMARY > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
M I C R 0 P A S 2.0 CP/M - 4/15/85
Calculations By:
C.M. ENERGY CONSULTING
43-650 Carmel Circle
Palm Desert California 92260
(619) 346-8014
10
PROJECT DATA
Run Title.............0...................
Cornerstone Builders
Project Title ............................
PACKAGE D MODEL BUDGET
Owner's Name ..............................
Mr and Mrs David Keeley
Site Location .........4.... ..............
54-365 Herrera Ave
Building Type .............................
SINGLE
DESIGN DATA
Floor area (sgft) ........................
1360
Glazing area (sgft) .....................
217.6
Glazing percentage (%) ..................
16%
Glazing UA (Btu/hr-F) ...................
141 (27.7'/.)
Opaque UA (Btu/hr-F) .....................
254 (49.9%)
•
Infiltration UA (Btu/hr-F) ..............
114 (22.4%)
Total UA (Btu/hr-F) ...........:.........
509 (100%)
MECHANICAL SYSTEMS
•
Heating System ..........................
FURNACE
Cooling System ..........................
HEATPUMP
Ventilation System ......................
NATURAL
CLIMATE DATA
•
Weather Data Location ...................
EL CENTRO CA MKW/RED
Average Temperature (F) ......:..........
73
Minimum Temperature (F) .................
34
Maximum Temperature (F) ..................
110
10
u
•
•
r,
u
C7
1•
I•
1•
1•
Page 2
< ( < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -SUMMARY > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
PERFORMANCE SUMMARY
------------------------
ENERGY BUDGET COMPARISON
---- BUDGETS ---- ------ CONSUMPTION -------
SOURCE SOURCE FUEL ELECTRIC TOTAL
Q Btu) (kBtu/sf)
--------------------------------=-------
BUILDING: 1360 sf of Conditioned Floor Area
Heating 768 0.6 $5 $0 $5
Cooling 60433 44.4 $473 $473
Venting. 0 0.0 $0 $0
-------- -------- ------ -------- --------
Totals 61202 45.0 $5 $473 $477
($0.35/sf) .
CALIF. STANDARDS BUDGET: Single Family Home in Climate Zone 15
Heating 952 0.7 $6 $0 $6
Cooling 49232 36.2 $385 $385
-------- -------- -------- -------- --------
Totals 50184 36.9 $6 $385 $391
($0.29/sf)
--------------------------------------------------------------------
Fuel Cost = $0.600 per Therm (1 Therm = 100 kBtu)
Electricity Cost = $0.080 per kWh
b
I kWh x 3 x 3.41 = 1 source kBtu
*** Peak season(s) not simulated - Check peak loads
*** Energy Budgets o.k.
----- LOADS -----
------ CONSUMPTION
-------
ANNUAL PEAK
FUEL ELECTRIC
COST
Q Btu) (kBtu/hr)
Q Btu) (kWh)
($)
BUILDING Heating
1921 12.0
768 0
$5
Cooling
-56121 .-33.1.
5907
$473
Venting
0
$0
Totals
-----------------------------------------------------------=--------
768 5907
$477
------------------------
ENERGY BUDGET COMPARISON
---- BUDGETS ---- ------ CONSUMPTION -------
SOURCE SOURCE FUEL ELECTRIC TOTAL
Q Btu) (kBtu/sf)
--------------------------------=-------
BUILDING: 1360 sf of Conditioned Floor Area
Heating 768 0.6 $5 $0 $5
Cooling 60433 44.4 $473 $473
Venting. 0 0.0 $0 $0
-------- -------- ------ -------- --------
Totals 61202 45.0 $5 $473 $477
($0.35/sf) .
CALIF. STANDARDS BUDGET: Single Family Home in Climate Zone 15
Heating 952 0.7 $6 $0 $6
Cooling 49232 36.2 $385 $385
-------- -------- -------- -------- --------
Totals 50184 36.9 $6 $385 $391
($0.29/sf)
--------------------------------------------------------------------
Fuel Cost = $0.600 per Therm (1 Therm = 100 kBtu)
Electricity Cost = $0.080 per kWh
b
I kWh x 3 x 3.41 = 1 source kBtu
*** Peak season(s) not simulated - Check peak loads
*** Energy Budgets o.k.
Page I
< < < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -TABLE > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
Season HOUSE Energy Consumption for RUN
----------------------------------------
SEASON HEATERG COOLERG VENTERG
Q Btu) (kWh) (kWh)
WINTER 558 38 0
WINTER/SPRING 207 357 0
SPRING/SUMMER 0 1.517 0
SUMMER 0 2582 0.
SUMMER/FALL 0 1168 0,
FALL/WINTER 4 245 0
tot/ave 768 5907 0
----------------------------------------
--------------------------------------
Season TILETOP Mass Conditions for RUN
--------------------------------------
SEASON TEMPER. HOUSE
(F) Q Btu)
------------- -------- -------
WINTER 7.2.6 -23
WINTER/SPRING 73.9. 21
SPRING/SUMMER 76.5 -2 .
SUMMER 79.8 1.
SUMMER/FALL 77.2 -2
FALL/WINTER 72.8 -72
tot/ave 75.5 - -78
-------------------------------
--------------------------------------
Season SLABTOP Mass Conditions for RUN
SEASON
TEMPER.
HOUSE
-------------
(F)
Q Btu)
WINTER
--------
72.7
--------
-103
WINTER/SPRING
73.9
-22
SPRING/SUMMER
76.5
4
SUMMER
79.8
-4
SUMMER/FALL
77.3
-48
FALL/WINTER
-------------
73.0
-166
tot/ave
--------------------------------------
--------
75.5
--------
-339
Page 2
< < < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -TABLE > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
•
EM
-------------------------------------------------------------------
Season Temperature Conditions
--------------------------------------------------------------------
for RUN
SEASON
AMBIENT
WETBULB
GROUND
HOUSE
TILETOP
SLABTOP
(F)
<F)
(F)
(F)
(F)
(F)
AD
-------------
WINTER
--------
54.7
--------
.42.9
--=-----
53.0
--------
72.5
--------
72.6
--------
72.7
WINTER/SPRING
63.0.
46.5
59.7
73.9
73.9
73.9
SPRING/SUMMER
79.8
55.5
78.0
76.5
76.5
76.5
SUMMER .
92.1
71.5
92.0
79.8
79.8
79.8
SUMMER/FALL
82.0
59.8
86.0
77.2
77.2
77.3
FALL/WINTER
66.7
53.1
63.0
72.6
72.8
73.0
•
-------------
--------
--------
--------
-----
------
--------
tot/ave
---------------------------------
73.0
54.9
72.0
------------------------
75.4
7.5.5
----------
75.5
--------
[M
Page 1.
< < < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -FORMAT > > )
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
• . Input file 'KEELEYM' last edited on. 2/09/87
CONTROL DATA
RUN DATA
1> RUN TITLE (25 char) Cornerstone Builders
2> PROJECT.TITLE (25 char) PACKAGE D MODEL BUDGET
3> OWNER'S NAME.(25 char) ............................Mr. and Mrs David Keeley
0 SITE LOCATION (25 char) 54=365 Herrera Ave
5> BUILDING TYPE (SINGLE,CLUSTER,DESIGN,NONE) ...... SINGLE
SITE AND WEATHER DATA
1> BUILDING LATITUDE (decimal deg) .................. 33.0
2> BUILDING ROTATION (deg,0=S,90=W,-90=E,180=N) .... 0
3> NUMBER OF WARMUP DAYS (10 maximum) 3
0 WEATHER DATA FILE NAME (CZ12,etc) ................ CZ15
5> WIND CORRECTION.FACTOR (fract•ion) 0.25
6> HEATING MODE GROUND REFLECTIVITY (fraction) ..... 0.2
7> COOLING MODE GROUND REFLECTIVITY (fraction) ..... 0.2
8> GROUND TEMP DAILY FACTOR (fraction) .............. 0
9> GROUND TEMP MONTHLY FACTOR (fraction) 1
10> GROUND TEMP ANNUAL FACTOR (fraction) ............ 0
I1> HVAC SIZING: LOCATION (25 char) ................ LA QUINTA
SIMULATION CONTROL DATA
V NUMBER OF SIMULATION SEASONS (8 only) ........... 8'
SEASON SIMU-
NAME LATE
SEASON
----=-1------ ---2----
1> WINTER YES
2> WINTER/SPRING YES
3> SPRING/SUMMER YES
•
0 SUMMER YES
5> SUMMER/FALL YES
6> FALL/WINTER YES
7> PEAK HEATING NO
B> PEAK COOLING NO
• GENERAL OUTPUT SPECIFICATIONS
1> COPY OF INPUT DATA (YES,NO,FORMAT) ............... NO.
2> SUMMARY (YES,NO)................................ YES
3> FORM 2 (YES,NO)................................. NO
0 HVAC SIZING: CALCULATIONS (YES,NO) .............. NO
•
SEASON OUTPUT SPECIFICATIONS
#> SEASON OUTPUT DESIRED (YES,NO) YES
1> AMBIENT SUMMARY (YES,NO) ........................ NO
2> ZONE LOADS (YES,NO) NO
1•
•
Page 2
< < < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
3> ZONE ENERGY CONSUMPTION (YES,NO) ................ YES
0 ZONE.HEAT FLOWS (YES,NO)......................... NO
5> MASS SUMMARY (YES,NO) ........ :.................. YES
6> TEMPERATURE SUMMARY (YES,NO) YES
7> PEAK.CONDITIONS (YES,NO) ......................... NO
ZONE DATA
#> NUMBER OF ZONES (3 maximum) 1*
ZONE 'HOUSE'
OPAQUE SURFACE DATA
#> NUMBER OF SURFACES (20 maximum) 8
1>
NAME (.HOUSE,SUNSPACE,etc) ..................0....
HOUSE
AZIMUTH
2>
FLOOR AREA (sgft) .......................... ......
1360
•
3>
VOLUME (cult) ...................................
12702.4
(deg).
0
HEAT CAPACITY (Btu/F) ...........................
3040
5>
INTERNAL GAIN (Btu%day) .........................
86991
6>
INTERNAL GAIN SCHEDULE (INTERNAL,NONE,etc) .......
INTERNAL
7>
INFILTRATION BASE ACH (ac/hr) ....................
0.50
---4----
8>
INFILTRATION TEMPERATURE ACH (ac/hr-F) ..........
0
1>
9)
INFILTRATION WIND ACH (ac/hr-mph) .................
0
180
10>
HEAT EXCHANGER SYSTEM NAME (HEATEX,NONE,etc) ...
NONE
2>
11>
HEATING SYSTEM NAME (FURNACE,NONE,etc) .........
FURNACE
-90
12>
COOLING SYSTEM NAME (HEATPUMP,NONE,etc) ........
HEATPUMP
3>
13>
VENTILATION SYSTEM NAME (NATURAL,NONE,etc) .....
NATURAL
0
10
HEATING MODE THERMOSTAT NAME (HEATCNST,etc) ....
HEATCNST
0
15>
COOLING MODE THERMOSTAT NAME (COOLCNST,etc) ....
COOLCNST
90
I6>
HVAC SIZING: NUMBER OF PEOPLE ..................
6
5>
17>
HVAC SIZING: APPLIANCE GAIN.(Btu) ..............
1200
0
18>
HVAC SIZING: INFILTRATION (TIGHT,MEDIUM,LOOSE) .
MEDIUM
6>
ROOF2
340
.032
OPAQUE SURFACE DATA
#> NUMBER OF SURFACES (20 maximum) 8
I• GLAZING_ SURFACE DATA
NAME
AREA
U -VALUE.
AZIMUTH
TILT
ABSORP-
ZONE
•
(sqft)
(Btu/hr
(deg).
(deg)
TIVITY
NAME
-sf-F)
(frac)
---1----
---2----
---3----
---4----
---5----
---6----
---7----
1>
NWALL
240.6
.090
180
90
0.5
HOUSE
2>
EWALL
270.6
.090
-90
90
0.5
HOUSE
3>
SWALL
276.6
.090
0
90
0.5
HOUSE
0
WWALL
270.6
.090
90
90
0.5
HOUSE
5>
ROOFI
1020
.027
0
0
0.5
HOUSE
6>
ROOF2
340
.032
0
0
0.5
HOUSE
7>
EDOORI
21
.33
-90;
90
0.5
HOUSE
8>
SLABEDGE
148
.77
0
0
0.5
HOUSE
I• GLAZING_ SURFACE DATA
LJ
n
Page 3
< < < MICROPAS 2.0 File-KEELEYM .Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
GLAZING SURFACES
#> NUMBER OF SURFACES (20.maximum) 5
NAME AREA U -VALUE AZ.IMUTH TILT NUM ZONE
(sgft) (Btu/hr (deg) (deg) OF NAME
-sf-F) PANES
---1---- 2--= ---3-- --4--- --5--- --6--- ---7----
1> NGLASS 49.4 0.65 180 90 2 HOUSE
2> EGLASS 49.4. 0.65 -90 90 2 HOUSE
3> SGLASS 49.4 0.65 0 90 2 HOUSE
0- WGLASS 49.4 0:65 90 90 2 HOUSE
5> SKYLIGHT 20 0.65 0 0 2 HOUSE
GLAZING TREATMENTS
TREAT-
MENT
NAME
---8----
SHADECOE
SHADECOE
SHADECOE
SHADECOE
SHADECOE
#> NUMBER OF TREATMENTS (20 maximum) ............... 1
NAME GLAZ OVER- OVER- HEAT COOL SHADING SHUT SHUT
HEI- HANG HANG SHAD SHAD SCHEDULE U -VALUE TRAN
GHT LENG HIGH FACT FACT NAME FACT
---1---- --2-- --3-- --4-- --5-- --6-- 7 -------- 8--- --9--
1> SHADECOE 0 0 0 .41 .41 NONE 0 0
MASS DATA
#> NUMBER OF MASSES (5 maximum) .................... 2
MASS 'FLRTILE'
1>
NAME (SLAB,MASSWALL,WATER,etc) ...................
FLRTILE
2>
TYPE (NODAL,ISOTHERM,ENERPHASE) .................
NODAL
3>
SURFACE AREA (sgft) .........................:...
340
0
THICKNESS (inches) ...............................
2.0
5>
VOLUMETRIC HEAT CAPACITY (Btu/cuft-F) ...........
28
6>
CONDUCTIVITY (Btu-ft/hr-sgft-F) ......... :.......
0.98
7>
SIDE #1 MASS SURFACE NAME (SLABTOP,etc) .........
TILETOP
B>
SIDE #1 AIR FILM CONDUCTANCE (Btu/hr-sgft-F) ....
1.3
9>
SIDE #1 ZONE NAME (HOUSE,AMBIENT,etc) ...........
HOUSE
10>
SIDE #2 MASS SURFACE NAME (SLABBOT,NONE,etc) ...
NONE
11)
SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sgft-F) ...
0
12>
SIDE #2 ZONE NAME (AMBIENT,GROUND,NONE,etc) ....
NONE
MASS 'SLABTOP'
1>
NAME (SLAB,MASSWALL,WATER,etc) ..................
SLASTOP
2>
TYPE (NODAL,ISOTHERM,ENERPHASE) .................
NODAL
3>
SURFACE AREA (sqft) .............................
1020
4>
THICKNESS (inches) ..............................
2.0
5>
VOLUMETRIC HEAT CAPACITY (Btu/cuft-F) ...........
28
6>
CONDUCTIVITY (Btu-ft/hr-sqft-F) ........0........
0.98
7>
SIDE #1 MASS SURFACE NAME (SLABTOP,etc) .........
SLABTOP
8>
SIDE #1 AIR FILM CONDUCTANCE (Btu/hr-sgft-F) ....
0.36
9>
SIDE #1 ZONE NAME (HOUSE,AMBIENT,etc) ...........
HOUSE
10> SIDE #2.MASS SURFACE NAME (SLABBOT,NONE,etc) ...
NONE
11> SIDE #2 AIR FILM CONDUCTANCE.(Btu/hr-sgft-F) ...
0
SHUTTER
SCHEDULE
NAME
---10---
NONE
Page 4
< < < MICROPAS 2.0 File-KEELEYM Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -PACKAGE D MODEL BUDGET Date -2/09/87
12> SIDE #2 ZONE NAME (AMBIENT,GROUND,NONE,etc) .... NONE
SYSTEMS DATA
ENERGY COSTS
1> FUEL COST (dollars/therm) .......................... 0.60
2> ELECTRICITY COST (doll.ars/kWh) 0.08
HEATING SYSTEMS
#> NUMBER OF HEATING SYSTEMS (3 maximum) ........... 1
Je NAME HEATING SEASONAL HEATING DUCT SIZING:
FUEL EFF OR CAPACITY LOSS DUCT
NAME COP (Btu/hr) FRACTION LOCATION
-1---- ---2---- ---3---- ----4---- ---5---- -----6-----
1> FURNACE FUEL 2.5. UNLIMITED 0.2 ATTIC
IAp
I•
COOLING SYSTEMS
#> NUMBER OF COOLING SYSTEMS (3 maximum) 1
NAME SEASONAL COOLING LATENT DUCT SIZING: SIZING:
EER CAPACITY LOAD GAIN LATENT DUCT
(Btu/Wh) (Btu/hr) FRACTION FRACTION LOAD LOCATION
---1---- ---2---- ----3---- --- 4 -------- 5---- ---6---- -----7-----
1> HEATPUMP 9.5 UNLIMITED 0 0 0.2 ATTIC
VENTILATION SYSTEMS
#> NUMBER OF VENTILATION SYSTEMS (6 maximum) ....... 1,
NAME FAN FAN TEMP INLET OUTLET HIGH INLET STACK WIND
FLOW POWER DIFF AREA AREA DIFF AZIMUTH EFFIC- EFFIC-
(cfm) (W/cfm) (F) (sgft) (sgft) (ft) (deg) IENCY IENCY
---1---- --2-- 3--- --4-- --5--- --6--- --7-- ---8--- --9--- --10--
1> NATURAL 0 0 0 19.8 .19.8 1 0 1.0 1.0
THERMOSTAT SYSTEMS
#> NUMBER OF THERMOSTAT SYSTEMS (6 maximum) ........ 2
NAME HEATING COOLING VENTING HEATING COOLING VENTING HOURLY
TEMP TEMP TEMP SETBACK SETBACK SETBACK SCHEDULE
(F) (F) (F) TEMP(F) TEMP(F) TEMP(F) NAME
---i---- ---2--- ---3--- ---4--- ---5--- "-6--- ---7--- ---8----
1> HEATCNST 65 -80 80 0 0 0 NONE
2> COOLCNST 65 80 65 0 0 0 NONE
SCHEDULE DATA
#>. NUMBER OF HOURLY SCHEDULES (5 maximum) .......... 1
Page 5
< <
<
MICROPAS 2.0 File-KEELEYM
Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders .Project -PACKAGE
D MODEL BUDGET
Date -2/09/87
HOURLY'SCHEDULE
'INTERNAL'
1>
NAME
(INTERNAL,SETBACK,etc)
.....................
INTERNAL
2>
HEATING MODE
(ON,OFF,AUTO,OPEN,CLOSED,UP,BACK,fraction)
1.
0.024'
2.. 0'.022
3.
0.021
4.
0.021
5.
0.021
6. .0.026
7.
0.038
B.
0.059.
9..
0.056
10. 0.060"
.11.
0.059
12.
0.046
13.
0.045
14: 0.030
15.
0.028
1.6.
0.031
17.
0.057
18. 0.064
19.'0.064
20.
0.052
21.
0.050
22. 0.055
23.
0.044
24.
0.027
3>
COOLING
MODE
(ON,OFF,AUTO,OPEN,CLOSED,UP,BACK,fraction)
1.
0.024
2. 0.022 ----
3.
0.021
4.
0.021
5.
0.021
6. 0.026
7.
0.038
8.
0.059
9.
0.056
10. 0.060
11.
0.059
12.
0.046
13.
0.045
14. 0.030
15;
0.028
16."0.031
17.
0..057
18.'0.064
19.
0.064
20.
0.052
21.
0.050
22. 0.055
23.
0.044-
24.
0.027
B
• McroPasiCompliance ud0
AW.i.i.
B
• McroPasiCompliance ud0
BUILDING DESIGN AND EQUIPMENT SUMMARY MICROPAS FORM2
Project Title .. COMPLIANCE BUDGET Date: 2/09/87 Page 1
Run Title• .. Cornerstone Builders --------------------------
Owners Name.... Mr and Mrs David Keeley I I
Location ....... 54-365 Herrera Ave I (checked by) I
Building Type .. SINGLE I I
Climate Zone ... 15 I (date) I
< < < MICROPAS 2.0 File-KEELEYC Program-FORM2 > > >
BUILDING ENVELOPE DESIGN --ZONE 'HOUSE'
v
1. Total Floor Area .. 1360-sqft 2. Volume 12702 cuft
1!
3.
SURFACES: Description
-----------
Area
U -value
Air Film
R -value
ness
a.
Wall
----
888
sqft
-------
0.058
0.98
-------
1.30 to HOUSE
b.
Ceiling
1340
sqft
0.027
c.
Slab Perimeter
148
it
0.770
d.
Wall -shaded
160
sqft,
0.055
e.
Door -shaded
21
sqft
0.330
4.
GLAZINGS: Description
-----------
Area
----
% F.A. U -value
-------------
Type
----
-a.
South
42
sqft
3.1%
0.65
Single
b.
West
85
sqft
6.3/
0.65
Double
c.
North
47
sqft
3.5/.
0.65
Double
d.
East
34
sqft
2.51.
0.65
Double
e.
Horizontal
20
sqft
1.5%
0.65
Double
Total
228
sqft
16.87.
5.
SHADINGS:
Cooling
Cooling
Description
-----------
Area
Shad: Coef.
Shad. Fact.
a.
South
----
42
sqft
-----------
0.75
-----------
0.75
b.
West
85
sqft
0.66.
0.75
c.
North
47
sqft
0.66
0.75
d.
North
20
sqft
0.51
0.58
e.
East
34
sqft
0.56
0.64
6.
OVERHANGS:
Glazing Overhang
Overhang
Description
Area
Height Length
Height
a.
South
42
sqft
6.7 it 1.5
it
7.0
b.
West
85
sqft
6.4 it 1.5
it
,it
0.0 it
'
c.
North
47
sqft
3.7 it 1.5
it
4.6 it
d.
East
34
sqft
5.2 it 8.0
it
0.0 it
7.
MOVEABLE INSULATION: NONE
8. INFILTRATION CONTROL: (Construction Type: MEDIUM ) 0.50 ac/hr
9. THERMAL MASS:
Total
Thick-
Conduc-
Heat
Air Film
Description Area
ness
tivity
Cap.
Conductance
a. FLRTILE 78sgft
4 in
0.98
28
1.30 to HOUSE
b. S1_ABT0P.___.,_._ 1282 sqft
4 in
0.98
28
0.36 to HOUSE
BUILDING DESIGN AND EQUIPMENT SUMMARY MICROPAS FORM2
Page 2
Project Title .. COMPLIANCE BUDGET .
Run Title ...... Cornerstone Builders . Date: 2/09/87
< < < MICROPAS 2.0 File-KEELEYC Program-FORM2 > > >
D
HEATING, VENTILATING, AND AIR CONDITIONING SYSTEMS --ZONE 'HOUSE'
10. HEATING SYSTEM:
a.. Type FURNACE
c. EFF/COP 2.80
11: COOLING SYSTEM:
a. Type ......... HEATPUMP
c. SEER ......... 8.60
12. VENTILATION SYSTEM:
a. Type ......... NATURAL
MICROPAS ASSUMPTIONS -Building Total
-----------------------------------
b. Model _ LENNOX E160-15/CPR 18-4.6 _
d. Capacity _ 46,500 (Btu/hr)
b. Model_ LENNOX HP.18-461V
d. Capacity — 40,500 (Btu/hr)
M1. Building Latitude .. 33.0 deg M2. Wind Correction Factor. ... 0.25
MICOOPAS ASSUMPTIONS -ZONE 'HOUSE'
Zl. Zone Heat Cap .3040 Btu/F
Z3..Vent Inlet Area... 104 sgft
Z5. Vent Height ....:. 2.0 it
Z6. THERMOSTAT SETTINGS:
a. Heating Temperature:
b. Cooling Temperature:
c. Venting Temperature:
d. Setbacks:
I10
166-;
Z2. Internal Gain ..... 86991 Btu/day
Z4. Vent outlet Area .. 104 sqft
Z6. Vent Azimuth ...... 0 deg
Heating Season Cooling Season
-------------- --------------
65 65
80 8.0
80 65
No No
Page 1
< < < NICROPAS'2.0 File-KEELEYC. Weather-CZ15 Program -SUMMARY > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET D.ate-2/09/87
M I C R.0 P A S 2.0 CP/M 4/15/85
Calculations By:
r
C.M. ENERGY CONSULTING
43-650 Carmel Circle
Palm Desert California 92260
(619) 346 -8014 -
PROJECT DATA
Run Title ..............................
Cornerstone Builders
Project Title ........:..................
COMPLIANCE BUDGET
Owner's Name .................. .........
Mr and Mrs David Keeley
Site Location ............................54-365
Herrera Ave
Building Type ...........................
SINGLE
DESIGN DATA
Floor area (sgft) ....:.................
1360
Glazing area (sgft) ......................
228
Glazing percentage (%) ....:.............
Glazing UA (Btu/hr-F) ....................
148 (30.9%)
Opaque UA (Btu/hr-F.) .....................
217 (45.3%)
Infiltration UA (Btu/hr-F) ..............
114 (23.8%)
Total UA (Btu/hr-F) .....................
479 (100%)
MECHANICAL SYSTEMS
Heating System ..........................
FURNACE
Cooling System ..........................
HEATPUPIP
Ventilation System ......................
NATURAL
CLIMATE DATA
Weather Data Location ...................
EL CENTRO CA MKW/RED
Average Temperature (F) .................
73
Minimum Temperature (F) .................
34
Maximum Temperature (F) .................
110
r-
i
11 Page 2
C < < MICROPAS 2.0 File-KEELEYC Weather-CZ15 Program -SUMMARY > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2/09/87
-------------------
r
--------------------------------------------------------------------
PERFORMANCE SUMMARY
-------------------------------------------------- -----------------
----- LOADS ---- ------ CONSUMPTION. ----=--
ANNUAL PEAK FUEL ELECTRIC COST
(.k Btu) (kBtu/hr) Q Btu) (kWh) ($)
------ -------- -------- -------- --------
BUILDING Heating 2047 10.7 731 0 $4,
Cooling -49850 -30.8 5797 $464
Venting 0 $0
Totals 731 .5797 $468
--------------------------------------------------------------------
--------------------------------------------------------------------
ENERGY BUDGET COMPARISON
--------------------------------------------------------------------
---- BUDGETS ---- ------ CONSUMPTION -------
SOURCE SOURCE FUEL ELECTRIC TOTAL
(kBtu) (kBtu/sf) ($) ($) ($)
-------- --------- -------- -------- --------
BUILDING: 1360 sf of Conditioned Floor Area
Heating. 731 0.5 $4 $0 $4
Cooling 59299 43.6 $464- $464
Venting .0 0.0 $0 $0
------ -------- -------- -------- --------
Totals. 60030 44.1 $4 $464 $468
($0.34/sf)
CALIF. STANDARDS BUDGET: Single Family Home in Climate Zone 15
Heating 952 0.7 $6 $0 $6
Cooling. 49232 36.2 $385 $385
------ -------- -------- -------- --------
Totals 50184 36.9 $6 $385 $391
($0.29/sf)
------------------------------=-------------------------------------
Fuel Cost = $0.600 per Therm -0 Therm = 100 kBtu)
Electricity Cost = $0.080 per kWh
I kWh x 3 x 3.41 = 1 source k8tu
*** Peak season(s) not simulated - Check peak loads
** Energy Budgets o.k.
1Z
Page I
< < < MICROPAS 2.0 File-KEELEYC Weather -C215 Program -TABLE > > )
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2/09/87
----------------------------------------
Season HOUSE Energy Consumption for RUN
=--------------------------------------
SEASON HEATERG COOLERG VENTERG
(kBtu) (kWh) (kWh)
WINTER 495 0 0
WINTER/SPRING 232 394 0
SPRING/SUMMER 0 1430 0
SUMMER 0 2495 0
SUMMER/FALL 0 .1156 0
FALL/WINTER 4 321 0
tot/ave 731 5797 0
----------------------------------------
--------------------------------------
Season TILETOP Mass Conditions for RUN
SEASON TEMPER. HOUSE
(F) Q Btu)
------------- -------- --------
WINTER 72.8 -13
WINTER/SPRING 73.3 1
SPRING/SUMMER. 75.4 -3
SUMMER 79.5 . -1
SUMMER/FALL 76.1 -7
FALL./WINTER 72.1 -36
tot/ave 74.9 -59
-------------------------------
--------------------------------------
Season SLABTOP Mass Conditions for RUN
--------------------------------------
SEASON TEMPER. HOUSE
(F) QBtu)
-----------------------------
WINTER 73.1 -286
WINTER./SPRING 73.5 -166
SPRING/SUMMER 75.3 29
SUMMER 7.9.6 -35
SUMMER/FALL 76.4 -216
FALL/WINTER 72.6 -451
tot/ave 75.1 -1125
--------------------------------------
Page 2
< < < MICROPAS 2.0 File-KEELEYC Weather-CZ15 Program -TABLE > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2/09/87
---------------------------------------------7---------------------
Season Temperature Conditions
for RUN
SEASON
AMBIENT
WETBULB
GROUND
HOUSE
TILETOP
SLABTOP
-------------
(F)
--------
(F)
--------
(F)
--------
(F)
(F)
(F)
WINTER
54.7
42.9
53.0
--------
72e.7
--------
72.8
--------
73.1
WINTER/SPRING
63.0
46.5
59.7
73,3
73.3
73.5
SPRING/SUMMER
79.8
55.5
78.0
75.4
75.4
75.3
SUMMER
92.1
71.5
92.0
79.5
79.5
79.6
SUMMER/FALL
82.0
59.8
86.0
76.0.
76.1
76.4
FALL/WINTER
-------------
66.7
--------
53.1
--------
63.0
--------
71.8
72.1
72.6
tot/ave
-------------------------------------------------------------------
73.0
54.9
72.0
--------
74.8
--------
74.9
--------
75.1
1 0,
1 -
1*
Page 1
< t < MICROPAS 2.0 File-KEELEYC Weather=CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Pro,iect-COMPLIANCE BUDGET Date -2/09/87
Input file 'KEELEYC' last edited on 2/09/87
CONTROL DATA
RUN DATA
1> RUN TITLE (25 char) Cornerstone Builders
2> PROJECT TITLE (25 char) COMPLIANCE BUDGET
3> OWNER'S NAME (25 char) Mr - and Mrs David Keeley
0 SITE LOCATION (25 char) 54-365 Herrera Ave
5> BUILDING. TYPE (SINGLE,CLUSTER,DESIGN,NONE) ...... SINGLE
SITE AND WEATHER DATA
1> BUILDING LATITUDE (decimal deg) .................. 33.0
2> BUILDING ROTATION (deg,0=S,90=W,-90=E,180=N) .... 0
3> NUMBER OF WARMUP DAYS (10 maximum) 8
0 WEATHER DATA FILE NAME (CZ12,etc) ............... CZ15
5> WIND CORRECTION FACTOR (fraction) 0.25
6> HEATING MODE GROUND REFLECTIVITY (fraction) ..... 0.2
7> COOLING MODE.GROUND REFLECTIVITY (fraction) ..... 0.2
8).GROUND TEMP DAILY FACTOR (fraction) ............. 0
9> GROUND TEMP MONTHLY FACTOR (fraction) ........... 1
10> GROUND TEMP ANNUAL FACTOR (fraction.) 0
II> HVAC SIZING: LOCATION (25 char) LA QUINTA
SIMULATION CONTROL DATA
#> NUMBER OF SIMULATION SEASONS (8 only) ........... 8
SEASON SIMU-
NAME LATE
SEASON
------1------ ---2----
1> WINTER YES
2> WINTER./SPRING YES
3> SPRING/SUMMER YES
4> SUMMER YES
5> SUMMER/FALL YES
d:-� FALL/ WINTER YES
7> PEAK HEATING NO
8> PEAK COOLING NO
GENERAL OUTPUT SPECIFICATIONS
1> COPY OF INPUT DATA (YES,NO,FORMAT) .............. NO
2> SUMMARY (YES,NO)................................ YES
3> FORM 2 (YES,NO.)................................. NO
4> HVAC SIZING: CALCULATIONS (YES,NO) .............. NO
SEASON OUTPUT SPECIFICATIONS
V SEASON OUTPUT DESIRED (YES,NO) .................. YES
1> AMBIENT SUMMARY (YES,NO) NO
2> ZONE LOADS (YES,NO) ............................. NO
Page 2
< < < MICROPAS 2.0 File-KEELEYC Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2./09/87
3> ZONE ENERGY CONSUMPTION (YES,NO) ................ YES
4> ZONE HEAT FLOWS (YES,NO) NO
5> MASS SUMMARY (YES,NO) YES
.....
6> TEMPERATURE SUMMARY (YES,NO) ...................... YES
7> PEAK CONDITIONS (YES,NO) ........................ NO
ZONE DATA
#> NUMBER -OF ZONES (3 maximum) 1
ZONE.'HOUSE'
OPAQUE SURFACE DATA
-------------------
-------------------
#>
1>
NAME (HOUSE SUNSPACE etc)
HOUSE
.
2>
FLOOR AREA (sqft) .................................
1360
U -VALUE
3>
VOLUME (cuft)...............................:...
12702.4
ZONE
4>
HEAT CAPACITY (Btu/ F) ..........:................
3040
(Btu/hr
5)
INTERNAL GAIN (Btu/day) ... .......................86991
TIVITY
NAME
6>
INTERNAL GAIN SCHEDULE (INTERNAL,NONE,etc) ......
INTERNAL
_
7>
INFILTRATION BASE ACH (.ac/hr) ...................
0.50
8>
INFILTRATION TEMPERATURE ACH (ac/hr-F) ..........
0
---3----
9>
INFILTRATION WIND ACH (ac/hr-mph) ...............
0
---7----
10>
HEAT EXCHANGER SYSTEM NAME (HEATEX,NONE,etc) ...
NONE
.058
11>
HEATING SYSTEM NAME (FURNACE,NONE,etc) .........
FURNACE
HOUSE
12>
COOLING SYSTEM NAME (HEATPUMP,NONE,etc) .........
HEATPUMP
.058
13>
VENTILATION SYSTEM NAME (NATURAL,NONE,etc) .....
NATURAL
HOUSE
14)
HEATING MODE THERMOSTAT NAME (HEATCNST,etc) ....
HEATCNST
.055
15>
COOLING MODE THERMOSTAT NAME (COOLCNST,etc) ....
COOLCNST
HOUSE
16>
HVAC SIZING: NUMBER OF PEOPLE ..................
6
.058
17>
HVAC SIZING: APPLIANCE GAIN (Btu) ..:....... ....
1200
HOUSE
18>
HVAC SIZING: INFILTRATION (TIGHT,MEDIUM,LOOSE) .
MEDIUM
OPAQUE SURFACE DATA
-------------------
-------------------
#>
NUMBER OF
SURFACES
(20 maximum) .......:.......... 8
NAME
AREA
U -VALUE
AZIMUTH
TILT
ABSORP-
ZONE
(sgft)
(Btu/hr
(deg)
(deg)
TIVITY
NAME
-sf-F)
(frac)
---1----
---2----
---3----
---4----
---5----
---6----
---7----
1)
N1,JALL1
243
.058
180
90
0.5
HOUSE
2>
EWALLI
126
.058
-90
90
0.5
HOUSE
3>
EWALL2
160
.055
-90
90
0
HOUSE
4>
SWALLI
284
.058
0
90
0.5
HOUSE
5>
WWALLI
235
.058
90
90
0.5
HOUSE
6>.
ROOF1
1340
.027
0
0
0.5
HOUSE
7>
EDOOR
21
.33
-90
90
0
HOUSE
8>
SLABEDGE
148
.77
0
0
0
HOUSE
GLAZING SURFACE DATA
10
•� Page 3
< < < MICROPAS 2.0. File-KEELEYC Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2/09/87
• GLAZING SURFACES
#> NUMBER OF SURFACES (20 maximum) ................. 5
li
Fe
1'
GLAZING TREATMENTS
#> NUMBER OF TREATMENTS (20 maximum).................. 5
NAME
AREA
U -VALUE
AZIMUTH
TILT
NUM
ZONE
TREAT-
SHUT
SHUTTER
(sgft)
(Btu/hr
(deg)
(deg)
OF
NAME
MENT
•
U -VALUE
TRAN
-sf-F)
SIDE #1 AIR FILM CONDUCTANCE.(Btu/hr-sgft-F) ....
1.3
PANES
LENG
NAME
FACT
- --I----
--2---
---3----
---4---
--5---
--6---
---7----
---8----
1)
NGLASS
47
0.65
180
90
2
HOUSE
NOVERHG
2>
EGLASS
34
0.65
-90
90
2
HOUSE
EOVERHG
3>
SGLASS
42
0.65
0
90
1
HOUSE
SOVERHG
. 4>
-WGLASS
85
0.65
90
90
2
HOUSE
WOVERHG
5>
SKYLIGHT
20
0.65
0
0
2
HOUSE
SHADECOE
li
Fe
1'
GLAZING TREATMENTS
#> NUMBER OF TREATMENTS (20 maximum).................. 5
ABSORBED INSOLATION FRACTIONS
#> NUMBER OF FRACTIONS (20 maximum) .................4
GLAZING ZONE OR HEATING COOLING
SURFACE MASS FRACTION FRACTION
NAME SIDE
---1---- ---2---- --- 3---- ---4----
1> EGLASS HOUSE .034 .017
2> SGLASS HOUSE- -.034 .017
3> WGLASS HOUSE .034 .017
4> SKYLIGHT HOUSE .034 .017
MASS DATA
#> NUMBER OF MASSES (5 maximum) .................... 2
MASS 'FLRTILE'
J>
NAME
GLAZ
OVER-
OVER-
HEAT
COOL
SHADING
SHUT
SHUT
SHUTTER
4.0
5>
HEI-
HANG
HANG
SHAD.
SHAD
SCHEDULE
U -VALUE
TRAN
SCHEDULE
SIDE #1 AIR FILM CONDUCTANCE.(Btu/hr-sgft-F) ....
1.3
GHT
LENG
HIGH
FACT
FACT
NAME
FACT
NAME
- --I----
--2--
--3--
--4--
--5--
--6--
---7----
---8---
--9--
---10---
1)
NOVERHG
3.68
1.5.
4.64
.75
.75
NONE
0
0
NONE
2>
EOVERHG
5.24
8<0
0
.64
.64
NONE
0
0
NONE
3>
SOVERHG
6.66
1.5
7.0
.75
.75i
NONE
0
0
NONE
4>
1AOVERHG
6.44
1.5
0
.75
.75;
NONE
0
0
NONE
5>
SHADECOE
0
0.
0
.58
.58
NONE
0
0
NONE
ABSORBED INSOLATION FRACTIONS
#> NUMBER OF FRACTIONS (20 maximum) .................4
GLAZING ZONE OR HEATING COOLING
SURFACE MASS FRACTION FRACTION
NAME SIDE
---1---- ---2---- --- 3---- ---4----
1> EGLASS HOUSE .034 .017
2> SGLASS HOUSE- -.034 .017
3> WGLASS HOUSE .034 .017
4> SKYLIGHT HOUSE .034 .017
MASS DATA
#> NUMBER OF MASSES (5 maximum) .................... 2
MASS 'FLRTILE'
J>
NAME (SLAB,MASSWALL,WATER,etc) ..................
FLRTILE
2>
TYPE (NODAL,ISOTHERM,ENERPHASE) ..................NODAL
3>
SURFACE AREA (sqft) .............................
78
4>
THICKNESS (inches) ..............................
4.0
5>
VOLUMETRIC HEAT CAPACITY (Btu/cuft-F) ...........
28.
6>
CONDUCTIVITY (Btu-ft/hr-sqft-F) .................
0.98
7>
SIDE #1 MASS SURFACE NAME (SLABTOP,etc) .........
TILETOP
8>
SIDE #1 AIR FILM CONDUCTANCE.(Btu/hr-sgft-F) ....
1.3
9>
SIDE #1 ZONE NAME (HOUSE,AMBIENT,etc) ...........
HOUSE
10>
SIDE #2 MASS SURFACE NAME (SLABBOT,NONE,etc) ...
NONE
Page 4
< < < MICROPAS 2.0 Fite-KEELEYC Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2,109/87
II> SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sgft-F) ... 0
12> SIDE #2 ZONE NAME (AMBIENT,GROUND,NONE,etc) .... NONE
MASS 'SLABTOP'
1> NAME (SLAB,MASSWALL,WATER,etc) .................. SLABTOP
2> TYPE (NODAL,ISOTHERM,ENERPHASE) NODAL
3> SURFACE AREA (sgft) . .. .............. 1282
4> THICKNESS (inches) .............................. 4.0
5> VOLUMETRIC HEAT CAPACITY (Btu/cuft-F) ........... 28
6> CONDUCTIVITY (Btu-ft/hr-sgft-F) 0.98
7> SIDE #1 MASS SURFACE NAME (SLABTOP,etc) ......... SLABTOP
8> SIDE #1 AI:R FILM.CONDUCTANCE (Btu/hr-sqft-F) .... 0.36
9> SIDE #1 ZONE NAME (HOUSE,AMBIENT,etc) ........... HOUSE
10> SIDE #2 MASS SURFACE NAME (SLABBOT,NONE,etc).... NONE
11) SIDE #2 AIR FILM CONDUCTANCE (Btu/hr-sgft-F) ... 0
12> SIDE #2 ZONE NAME (AMBIENT,GROUND,NONE,etc) .... NONE
SYSTEMS DATA
ENERGY COSTS
1> FUEL COST (dol.lars/therm) 0.60
2> ELECTRICITY COST (dollars/KWh) ................... 0.08
HEATING SYSTEMS
#> NUMBER OF HEATING SYSTEMS (3 maximum) ........... I
NAME HEATING SEASONAL HEATING DUCT SIZING:
FUEL EFF OR CAPACITY LOSS DUCT-
NAME
UCTNAME COP (Btu/hr) FRACTION LOCATION
-1---- ---2---- --- 3_--- ----4---- ---5---- -----6-----
1> FURNACE FUEL 2.8 UNLIMITED 0.2 ATTIC
COOLING SYSTEMS
#> NUMBER OF COOLING SYSTEMS (3 maximum) ........... I
NAME SEASONAL COOLING LATENT DUCT SIZING: SIZING:
EER CAPACITY LOAD GAIN LATENT DUCT
(Btu/Wh) (Btu/hr) FRACTION FRACTION LOAD LOCATION
-1-------2--------3-------4-------5-------6---------7-----
1> HEATPUMP 8.6 UNLIMITED 0 0 0.2 ATTIC
VENTILATION SYSTEMS
#> NUMBER OF VENTILATION SYSTEMS (6 maximum) ....... 1
NAME FAN FAN TEMP INLET OUTLET HIGH INLET STACK WIND
FLOW POWER DIFF AREA AREA DIFF AZIMUTH EFFIC- EFFIC-
(cfm) (W/cfm) (F) (sqft) (sgft) (ft) (deg) IENCY IENCY
-1---- --2-- ---3--- --4-- --5--- --6--- --7-- ---8--- --9--- --10--
0 NATURAL 0 0 0 104 104 2 0 - 1.0 1.0
10
Page 5
< < < MICROPAS 2.0 File-KEELEYC Weather-CZ15 Program -FORMAT > > >
Run -Cornerstone Builders Project -COMPLIANCE BUDGET Date -2/09/87
THERMOSTAT SYSTEMS
#> NUMBER OF THERMOSTAT SYSTEMS (6 maximum) ........ 2
NAME HEATING COOLING VENTING HEATING COOL.ING.VENTING HOURLY
TEMP TEMP TEMP SETBACK SETBACK SETBACK SCHEDULE
(F) (F) (F) TEMP(F) TEMP(F) TEMP(F) NAME
--1 2--- =--3--- ---4--- 5--- --6--- ---7--= ---8----
1>. HEATCNST 65 80 80 0 0 0 NONE
2> COOLCNST 65 80 65 0 0 0 NONE
SCHEDULE.DATA
#> NUMBER OF HOURLY SCHEDULES (5 maximum) .......... 1
HOURLY SCHEDULE 'INTERNAL'
1> NAME (INTERNAL,SETBACK,etc) ..................... INTERNAL
2> HEATING MODE (ON,OFP,AUTO,OPEP4,CLOSED,UP,BACK,fraction)
1.
0.024
2.
0.022
3.
0.021
4.
0.021
5.
0.021
6.
0.0.26
7.
0.038
8.
0.059
9.
0.056
10.
0.060
11:
0.059
12.
0.046
13.
0.045
14.
0.030
15.
0.028
16.
0.031
17.
0.057
18.
0.064
19.
0.064
20.
0.052
21.
0.050
22.
0.055
23.
0.044
24.
0.027
3> COOLING MODE
(ON,OFF,AUTO,OPEN,CLOSED,UP,BACK,fraction)
1.
0.024
2.
0.022
3.
0.021
4.
0.021
5.
0.021
6..
0.026
7.
0.038.
8'. -0.059
9.
0.056
10.
0.060
11.
0.059
12.
0.046
13.
0.045
14.
0.030
15.
0.028
16.
0.031
17.
0.057
18.
0.064
19.
0.064
20.
0.052
21.
0.050
22..
0.055
23.
0..044
24.
0.027
Ii
1•
• Construction Assemblies
1•
SKETCH OF CONSTRUCTION ASSEMBLY
C.M. ENERGY CONSULTING
PROPOSED CONSTRUCTION ASSEMBLY WALL TYPE 1
(State Form 30
COMPUTER SIMULATION.
Framing size 2 x 6
Framing spacing 16' o.c.
LESS THAN 25 lbs./sq. ft.
LIST OF CONSTRUCTION COMPONENTS
1. 0.625' WSW BOARD
MINERAL FIBER INSULATION
3Q. 0'.875' STUCCO over WIRE LATH
BUILDING PAPER
5.
6.
7.
8. Inside Surface Air Film ...........................
9. Outside Surface Air Film ..........................
Total Thermal Resistance (Rt) 20.74
AVERAGE U VALUE OF ASSEMBLY
1.20/ 20.74 = 0.058 Use This Value For Code
Comparison
C
Christopher Mc Fadden
C.M. ENERGY CONSULTING
PROPOSED CONSTRUCTION ASSEMBLY WALL TYPE 2
(State Form 30
COMPUTER SIMULATION
SKETCH OF CONSTRUCTION ASSEMBLY
LIST OF CONSTRUCTION COMPONENTS
Q)0.625- GYPSUM BOARD
0 5.5' MINERAL FIBER INSULATION
e""%0.625- GYPSUM BOARD (TYPE 'X')
4.
5.
6..
Framing size 2 x 6
Framing spacing 16' o.c. 7.
LESS THAN 25 lbs./sq. ft.
8. Inside Surface Air Film ...........................
9. Outside Surface Air Film ..........................
Total Thermal Resistance (Rt) 21.66
AVERAGE U VALUE OF ASSEMBLY
1.20/ 21.66 = 0.055 Use This Value For Code
Comparison
c
Christopher Mc adden
R - VALUE
0.56
19.0
0.56
0.77
0.77
C.M. ENERGY CONSULTING
PROPOSED CONSTRUCTION ASSEMBLY CEILING and ROW TYPE 1
(State Form 38).
POINT SYSTEM
•
SKETCH OF CONSTRUCTION ASSEMBLY
6
•
.Framing size 2 x
Framing spacing.246 o.c.
LIST OF CONSTRUCTION COMPONENTS R - VALUE
1®. 2 LAYERS, 5.5- MINERAL FIBER INSULATION 38.0
2. 0.5- GYPSUM BOARD 0.45
3..
4.,
5.
7.
8. Inside Surface Air Film ........................... 0.77
I
9. Outside Surface Air Film .......................... 0.77
Total Thermal Resistance (Rt) 39.99
ATTIC MULTIPLIER
1.15 x 39.99 = 45.99
U VALUE OF ASSEMBLY
e See Framing Plan for Ceiling Joist Size and Location
N -(u(p �• ����-n �j �� 1.22/ 45.99 = 0.027
V�-TME -�'oP l.P.�{� sF4Js.l.l..1oG
OjaF�cED - Se�'i�i �a�pES . R VALUE FOR CODE COMPARISON
(1/ .027) - (.77 f .77)'-- 36.16
Ch
ristopher Fadden
10
10
C.M. ENERGY CONSULTING
43-650 Carmel Circle
Palm Desert, California 92260
a single family residence for:
MR. and MRS. DAVID KEELEY * LA QUINTA
by
Cornerstone Custom Builders
SQUARE FT. I Slao R VALUE
A771C AREA 340 ---- WALLS ---- � ---=-.
PERIMETER `CEILING --- $ -----
Forth - East - South -..West
G.
A
L
R
—
E
'
SEp..pccoNlPaNY1NG. I"ll�l��•i°��.-.... _
VATS
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S
I LF
tIG*�+?s
W A
E V
iii
Ci R
S
I�o �oro
---
H- A.
`�.��}
7.1�
E. E
DS
CONSTRUCTION ASSEMBLIES
W
C
-W] _l (gTvcco) _. $cC ..
C -I ( YFNt1) = 1?40
L
L
L
Igo
q�.}.. �L16479 � v
E
�,c, air _ �I
E
{
i
j
C.M.-ENERGY CONSULTING
43-650 Carmel Circle
:
Palm Desert, California 92260.
"
- KEELEY RESIDENCE
•
microPas Data
(glazing)
---------------------------'�---------------"-
North
East
d
y
re
AV6. o�L• =
I �S :.__
AV6•-
:...
�Y6. ol..E+t•
=
q.C4
AVG..
0'�.
vv -I
143
w_I
_ i�ro
IGO
I •
v
10
i•
r
10
C'.M. ENERGY CONSULTING
43-650 Carmel Circle
°
Palm, Desert, • California 92260
KEELEY RESIDENCE
_ (91a'z ing)'
--
—®—-------------------------------•--®-------
South
----
West
ddd
•.
_
EEEEEE
i
Al
- - --- - ---
w . 4,0 X
4
I�
AV 6
_
Hyl -0,1-• = I•�
i•
r
10
• Heat Gain,and-Heat Loss
Calculations
• RESIDENTIAL BUILDING LOAD CALCULATIONS—ASHRAE METHOD MICROPAS SIZING
Project Title .. HVAC Date: 2/09/87 Cover Page
Run.Title ...... Cornerstone Builders --------------------------
Owners Name .... Mr and Mrs David Keeley I I
Locati.on ....... 54-365 Herrera Ave I (checked by) I
• I I '
(date)
( <.< MICROPAS 200 File—KEELEYC , Program—HVAC SIZING > > >
HEATING AND COOLING LOAD SUMMARY
-------------------------
BUILDING DESCRIPTION:
Floor Area 1360 sgft
Volume.......................0........ 12702 cuft
DESIGN CONDITIONS.:
Weather Location .................... LA QUINTA
Latitude .............................. 33.0 degrees
Winter Outside Design Temperature 31.0 F
Winter Inside Design Temperature .... 70.0'F
Summer Outside Design Temperature ...120.0 F
Summer Inside Design Temperature .... 78.0 F
• Temperature Range .................... 35.0'F
DESIGN HEATING LOAD -SUMMARY (see heating load calculations):
Opaque Conductivity 8739
Glazing Conductivity ................ 7868
• Infiltration 6964.
Duct Loss 2357
Total Heat Load 25929 Btu/hr
• CEC Maximum:
1.3 x ( 25929 + 10 x 1360) = 51387 Btu/hr
DESIGN COOLING LOAD'SUMMARY (see cooling load calculations):
a
• Opaque Conduction and Solar.......... 5210
Glazing Conduction .................. 8474
Glazing Solar ...................... 6543
Infiltration 6175
Internal Gain ....................... 2550
Duct Gain ........................... 2895
• Latent Load ......................... 6369
.Total Cooling Load 38215 Btu/hr
I• ( 3.2 Tons)
RESIDENTIAL BUILDING LOAD CALCULATIONS-ASHRAE METHOD MICROPAS SIZING
Page H1
Project Titl6 ... HVAC
Run Title Cornerstone Builders Date 2/09/87
< : MICROPAS 2.0 File-KEELEYC Program -HVAC SIZING > > >
'HOUSE' HEATING LOAD CALCULATIONS.
--------------------------------
DESIGN CONDITIONS:
WINTER DESIGN TEMPERATURESs
Inside HOUSE Temperature
...........................
70.0
F
Outside Temperature ..............................
31.0
F
DESIGN TEMPERATURE DIFFERENCES
Standard. ............................................
39,0
F
CONDUCTIVE HEAT LOSS:
U -value
Heat
Area
(Btu/hr-
TD
Loss
-Description Orientation
-------------------------------------
(sgft)
sgft-F)
(F)
(Btu/hr)
Frame Wall; NWALLI
North
------
243
-------
x 0:058
-------
x
39.0
= 550
EWALLI
East
126
x 0.058
x
39.0
= 285
SWALLI
South
284
x 0,058
x
39.0
- 642
WJ.-IALL1
West
235
x 0.058
x
39.0
= 532
Ceiling; ROOF1
Horizontal
1340
x 0.032
x
39.0`
= 1672
Slab -on -grade; SLABEDGE
n/a
148
x 0.770
x
39,0
= 4444
Frame Partition; EWALL2
n/a
160
x 0.055
x
39.0
= 343
EDOOR
n/a
21
x 0.330
x
39.0
= 270
CONDUCTIVE
TOTALS FOR
OPAQUE
SURFACES
8739
Single Glazing; SGLASS
South
42
x 1.10.
x
39:0
= 1802
WGLASSS
West
77
x 1.10
x
39.0
= 3303
Double Glazing; NGLASS
North
47
x 0.65
x
39.0
= 1191
EGLASS
East'
34
x 0.65
x
39.0
= 862
WGLASSD
West
8
x 0.65
x
39.0
= 203
Double Sky light; SKYLIGHT
Horizontal
20
x 0.65
x
39.0
= 507
CONDUCTIVE
TOTALS FOR
GLAZING
SURFACES.
7868
INFILTRATION: (Type: MEDIUM)
12702 tuft x 0.78 ac/hr x 0.018 Btu/cuft-F x 39.0 = 6964 -
DUCT HEAT LOSS: (Duct in attic)
TOTAL HEATING LOAD:
SUBTOTAL 23571
0.10 x 23571 = 2357
25929
r�
u
RESIDENTIAL BUILDING LOAD CALCULATIONS-ASHRAE METHOD MICROPAS SIZING
Page C1
Project Title ... HVAC
Run Title ....... Cornerstone Builders Date: 2/09/87
< < < MICROPAS 2.0 File-KEELEYC Program -HVAC SIZING > > >
DESIGN CONDITIONS:
'HOUSE' COOLING LOAD CALCULATIONS
---------------------------------
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 5210
a Single Glazing;
SUMMER DESIGN CONDITIONS:
South
42
x
1.10
x
42.0 =
Inside HOUSE Temperature ......................:..
78.0
F
West
77
Outside Temperature ..............................120.0
1.10
x.
F
3557
Double Glazing;
Temperature Range ................................
North
35.0
F
0.65
x
DESIGN EQUIVALENT TEMPERATURE DIFFERENCES
1283
EGLASS
-----
34
Standard ..........................................
0.65
42.0
F
928
•
Frame Walls and Doors
................................
40.6
F
0.65
x
Ceiling Under Vented Attic
.......................
61.0
F
Horizontal
20
Frame Partitions ..................................
0.65
32.0
F
546
SHADING CALCULATIONS:
Over- Over-
TOTAL
FOR
GLAZING
Un -
Shade
hang hang
Shade
Glaz Glaz
Shaded
shaded
Line
Leng. High.
High.
High. Area
Area
Area
Descrip. Orient. Fac#.
--------
(ft) (ft)
(ft)
(ft) (sf)
(sf)
(sf)
---------- -----
SGLASS South ( 4.3 x
----- -----
1.5) - 7.0 =
-----
-0.5 /
----- ----
6.7 x 42
------
= -3
------
45
WGLASSS West ( 0.8 x
1.5) - 0.0 =
1.2 /
6.7 x 77
= 14
63
EGLASS East ( 0.8 x
8.0) - 0.0 =
6.4 /
5.2 x 34
= 42
0
WGLASSD West ( 0.8 x
1.5) - 0.0 =
1.2 /
1.0 x 8
= 10
0
CONDUCTIVE HEAT GAIN:
U -value
Heat
Area
(Btu/hr-
TDeq
Gain
Description
Orientation
(sqft)
sgft-F)
(F)
('Btu/hr)
-=------------------------
Frame Wall; NWALLI
-----------
North
------
243
-------
x 0.058 x.
-------
40.6 =
--------
572
EWALLI
. East
126
x 0'.058 x
40.6 =
297
SWALLI
South
284
x 0.058 x
40.6 =
669
WWALLI
West
235
x 0.058. x
40.6 =
553
Ceiling; ROOF1
Horizontal
1340
x 0.032 x
61.0 =
2616
Frame Partition; EWALL2
n/a
160
x 0.055 x
32.0 =
282
EDOOR
n/a
21
x 0.330 x
32.0 =
. 222
CONDUCTIVE TOTALS FOR OPAQUE SURFACES 5210
a Single Glazing;
SGLASS
South
42
x
1.10
x
42.0 =
1940
WGLASSS
West
77
x
1.10
x.
42.0 .=
3557
Double Glazing;
NGLASS
North
47
x
0.65
x
42.0 =
1283
EGLASS
East
34
x
0.65
x
42.0 =
928
WGLASSD
West
8
x
0.65
x
42.0 =
218
Double Skylight;
SKYLIGHT
Horizontal
20
x
0.65
x
42.0 =
546
CONDUCTIVE
TOTAL
FOR
GLAZING
SURFACES
8474
I*
• TOTAL HOURLY SENSIBLE HEAT GAIN 31846
LATENT LOAD: 0.20 x 31846 = 6369
TOTAL COOLING LOAD 38215
< 3.2 Tons)
RESIDENTIAL BUILDING LOAD CALCULATIONS-ASHRAE METHOD
MICROPAS SIZING
Page C2
Project Title..... HVAC
Run. Title ....... Cornerstone
Builders
Date:
2/09/87
•
< < < MICROPAS 2.0
File-KEELEYC
Program -HVAC
SIZING
> > >
SOLAR HEAT GAIN:
Heat
Area
Shading
Gain
Description
---------------------------
Orientation '
-------------
(sgft)
SHGF
Factor
(Btu/hr)
Single Glazing;.SGLASS
South
--------
45
----
x 32
-------
x 0.75 =
--------
1087
WGLASSS
West
63
x 73
x 0.64 =
2949
WGLASSS
Shaded
14
x 15
x 0.64 =
133
Double Glazing; NGLASS
North
47
x 1'3'
x 0.75 =
458
EGLASS
Shaded'
34
x 13
x 0.64 =
283
WGLASSD
Shaded
8
x 13
x 0.75 =
78
Double Skylight; SKYLIGHT
Horizontal
20
x 134
x 0.58 =
1554
SOLAR
TOTAL
6543'.
INFILTRATION: (Type:.MEDIUM)
12702 cuft,x
0.64 ac/hr x 0.018 Btu/cuft-F
x 42.0 =
6175
INTERNAL GAIN: 6 People x
225 Btu/person
+.1200
Btu (.app.liance)
=
2550
SUBTOTAL
28951
DUCT HEAT GAIN: (Duct in attic)
0.10 x
28951 =
2895
• TOTAL HOURLY SENSIBLE HEAT GAIN 31846
LATENT LOAD: 0.20 x 31846 = 6369
TOTAL COOLING LOAD 38215
< 3.2 Tons)
•Equ
ipment Spe--ifications •
Ll
Al
ENGINEERING DATA
LqffffoxE16 & ES16 SERIES ELECTRIC FURNACES HEATING_ UNITS
UP-FLO - DOWN-FLO - HORIZONTAL ELECTRIC
Page
13,000 to 102,400 Btuh Electric. Heating Capacity'
Add -On Cooling — 1-1/2 thru 5 Nominal Tons MarchA.W5
Multi -Position Line Of Electric Furnaces Provide
High Efficiency Performance And Installation Flexibility
The Lennox E16 and ES16 electric fumaces are designed for multi -position
installation in a basement, utility room, alcove, closet, crawlspace or attic.
Versatile units are applicable to heating only, cooling only, heating -cooling
or heat pump applications. Several models are available in varying sizes
with a wide range of heating and cooling capacities. The E16Q models are
applicable to either up-flo or down-flo installation. The ES160 series can
be installed in the horizontal position only.
For matching condensing unit data and cooling ratings see section Cool-
ing Units — Condensing Units. For evaporator coil data see Cooling
Units — Coils Blower Coil Unit tab section. For heat pump outdoor unit
and indoor unit data and ratings see tab section Heat Pumps — Matched
Remote Systems..
The optional field. additive "sl)de=in" coil installs intemal to the cabinet (up
stream from the blower and electric heat elements) and is specialty matched
to the unit for efficient air delivery and maximum capacity. For up-flo
applications optional return air cabinets are available for installation on either
side of the unit.
The cabinets are trim and attractive appearing with a durable electro -bonded
paint finish. Removable front panels provide complete service access to
cabinet interior. Variable speed direct drive blowers have sufficient capacity
to handle cooling air volume requirements. Hammock style fiberglass air
filters are fumished on E16 up-flo models only. Nichrome heating elements
give long service Iffe and efficient heating operation. Factory installed circuit
breakers are accessible extemal to the cabinet. Optional accessories available
include thermostat, return air cabinets, down-flo additive base, outdoor
thermostat and filter kits.
Units have been tested and rated according to Department of Energy (DOE)
test procedures and Federal Trade Commission (FTC) labeling regulations
in the Lennox Research Laboratory. Fumaces are U. L. listed. In. addition,
units and components within are bonded for grounding to meet safety
standards for servicing required by UL and NEC. Blower performance data
is from unit tests conducted in the Lennox Laboratory air test chamber.
Each unit is test operated at the factory and shipped assembled (except
for the OX coil) with all controls mounted and prewired. The installer has
only to make the necessary field duct and electrical connections.
E16 MODEL — UP-FLO E16 MODEL — DOWN-FLO
With Field Installed CP16Coil With Field Installed CP16 Coil
Typical Applications
With Feld Installed CPS16 Coil -
With Eleeironic Air Cleaner
And Humidifier
Down -Flo Installation
NOTE — Specifications, Ratings and Dimensions subject to change without notice.
Up -Flo Installation
With Return Air Cabinet
•
Cl
10
I*
1!
10
10
FEATURES
Nichrome Heaters — The helix wound nichrome bare wire
heating elements are exposed directly in the air stream resulting
in instant heat transfer, lower element temperatures and long
service fife. Element support frame is constructed of heavy gauge
steel. Porcelain insulators are accurately located for proper element
support and best heater operation. Elements may easily be removed
from unit individually for service. .
Durable Cabinet — Constructed of heavy gauge cold rolled steel
with a special Lennox "Electro -Deposition" process paint finish.
Cabinet interior is lined with 1/2 inch thick 1-1/2 Ib. density
fiberglass insulation to keep cabinet temperatures low and minimize
sound transmission. Leveling holes are provided in base for up-flo
units. Installer must furnish bolts and nuts. Electrical inlets are
located in side panels and cabinet cap. In addition, refrigerant line
and condensate drain knockouts are furnished in the cabinet for
field added coils. Complete service access is accomplished by
removing the front panels of the cabinet. Blower assembly slides
completely out of unit for service. Return air entry is possible in
either side or bottom of cabinet for up-flo models.
Cabinet and Blower Process — The cabinet and blower have
a special Lennox "Electro -Deposition" process paint finish. Metal
preparation consists of a special 6 station wash metal process. 1 —
Spray application of a strong alkaline cleaner. 2 — Spray water
rinse. 3 — Spray application of a corrosion resistant, paint bond-
ing iron phosphate compound. 4 — Spray water rinse. 5 — Spray
application of a chromic acid. 6 — Spray rinse with "de -ionized"
water. After the final rinse the cabinet parts and blower enter a
drying oven and are completely dried before receiving the paint
finish. They are then submerged in the paint vat where an elec-
troplating paint finish is applied. The paint solution and metal are
given opposite electrical charges resulting in positive adhesion and
even coverge of the paint to the metal surfaces. This process
completely covers the entire surfaces, inside and out, including
the edges of assembly holes. Following the paint process the
finished components enter a high temperature oven where the
Electro -bonded finish is baked on.
Circuit Breakers— Units are equipped with circuit breakers to
provide overload and short circuit protection. Circuit breakers are
factory mounted and wired in the controls compartment. Circuit
breakers. are current sensitive and temperature compensated to
shut off heater if current draw is excessive. Breakers protrude
through the element and control access panel for ease of access.
Must be reset manually. Circuit breakers qualify as the disconnect
means at unit in many areas and eliminate the need for a field
supplied disconnect. Consult local electrical. code in your area.
Powerful Blowers — Units are equipped with variable speed
direct drive blowers. Each blower is statically and dynamically
balanced as an assembly before it is installed in furnace. Motor
is resiliently mounted. A choice of blower speeds is available. See
blower performance tables. Change in blower speed is easily
accomplished by a simple change in wiring.
Blower Cooling Relay — Relay is furnished as standard equip-
ment and factory installed in element and control compartment.
Relay activates blower for cooling operation.
Thermal Sequencer Relay — Factory installed and wired in
element and control compartment. Sequencer brings the heating
elements on and off the line, in 5 kw increments, with a time delay
between each element. In addition; sequencer initiates and stops
blower operation simultaneously with first element on and last
element off.
Limit Controls —` Each heating element is equipped with an
accurately located limit control with a fixed' temperature 'off"
setting and automatic reset. In- addition, elements have
supplemental thermal cutoff safety fuses providing positive
protection in case of hazardous overheating.
Transformer — 24 volt (70VA) transformer is furnished as stand-
ard equipment and factory installed in the element and control
compartment.
Large Air Filter (E16 Up -Flo Models Only) — A large hammock
wraparound type filter is furnished standard. Media is one inch
thick oil impregnated fiberglass. Filter mounting rack design
provides quick and simple replacement of media.
Filter Kit (Optional) — Available on down-flo and horizontal
models. Field installs in the return air duct exterior to the unit.
16 x 20 x 1 frame filter is included with kit. 2 kits are required on
E16Q4 and E16Q5 down-flo models. Filter media is washable or
vacuum cleanable polyurethane coated with oil for increased
efficiency. See specification table and dimension drawing.
Additive Coil (Optional) — Field additive "slide -in" up-flo,
horizontal or down-flo coils are available for cooling or heat pump
operation. Addition of coil to unit cabinet requires no costly, time
consuming plenum or duct changes. Simply remove coil access
panels and slide coil in place. CH 16-51 FF and CH16-65V models
are in a separate cabinet and attach to return air end of ES16Q5
unit. For complete data on coils see individual bulletins in section
Cooling Units — Coils -Blower Coil Units or Heat Pumps —
Matched Remote Systems.
Return Air Cabinets (Optional — Up -Flo Only) — Simplifies
return air duct connection to E16 up-flo model cabinets. May be
installed on either side of the E16 unit. Return air cabinet is
constructed of heavy gauge steel with a electro -bonded paint finish.
Shipped knocked down and field assembled.
Down-flo Additive Base (Optional) — An optional additive base
is required for models with electric heat installed in the down-flo —
position on combustible floors. Base is not furnished and must
be ordered extra for field installation. See Specifications table.
Thermostat (Not Furnished) — Heating thermostat is optional
equipment and must be ordered extra. For all season applications
a heating -cooling thermostat is available with the outdoor unit.
Several models can be two'stage controlled, see electric heat data
table. For two stage heating. operation a two stage heating
thermostat is required and must be specified when ordering.
Outdoor Thermostat (Optional) — An outdoor thermostat can
be used to lock out some of the heatingelements on units where
two stage control is applicable. Outdoor thermostat maintains the
heating load on the low power input as long as possible before
allowing the full power load to come on the line. Thermostat
(LB-29740BA) and mounting box (M-1595) must be ordered extra.
—2—
r
E16 SERIES UP -FLOW AND DOWN -FLOW SPECIFICATIONS.
Model No.
reE16Q2-00, E16Q2-05
E16Q2-10, E16QZ-15
E16Q3-00, E16Q3-0
E16Q3-10. E16Q3-16
E16Q3-20
"E16Q400, E16Q4-10
E16Q4-15 E161124-21)E16QS-20,
I E16 25 •
"E16Q5.00, E16QS-15
E16QS-25
E160.5-30
Blower wheel nominal diam. x width (in.)
9.x 7
10 x 8
10 x 8
12 x 12
Blower motor hp
1/3
1/3
1/2
3/4
Up -Flow
I Net free filter area (sq. ft.)
5.3
6.3
7.8
8.7
Models Only
Filter cut size (in.)
30 x 26 x 1
40 x 26 x 1
52 x 26 x 1
50 x 26 x 1
Tons of cooling that can be added
1-1 /2 or 3
2-1/2 or 3
3, 3-1/2 or 4
4 or 5
Shipping weight (lbs.)
121
127
160
192
Number of packages in shipment
1
1
1
1
tOptional
Up -Flow or Down -Flow
CP16.26V
CP16-31V CP16-41V
CP16-46V CP16-51V
CP16.65V
Additive
'CP16 Down -Flow Drain Pam
LB-53197CA
LB-53197CS LB-53197CC LB-53197CD LB-53197CE
LB-53197CF
Coil
Down -Flow Only
CPR18.21/26
CPR18-31/41
CP818-46/51
CPR18-65
Optional Down -Flow Additive Base
LB -346958A
LB -3469568
LB -346958C
LB -346958D
Optional Filter Kit Down -Flow Models Only
LB-51349CB
LB-51349CB
ttLB-51349CB
ttLB-51349CB
Optional Return Air I
Cabinet (Up -Flow only)
Model No.
RA10-16-49
A RA10.16.53
Shipping wt.. (16S.) 54 4 56
Electrical characteristics
208-240 volt/60 hertz/1 pha e
'•Up -Row Application only. LJ
For CP16 coils in down -flow applications a special drain pan must be ordered extra for field installation.
tFor complete coil data see individual bulletins in section Cooling Units — Coils-8lower Coil Units or Heat Pumps — Matched Remote Systems.
tt2 kits required for E1604 and E16Q5 down -flow models.
ES16 SERIES HORIZONTAL SPECIFICATIONS
E16 SERIES ELECTRIC HEAT RATINGS
Model Number
ES16Q2-00, ES16g2-OS
ES16Q3-00. ES16Q3-05
ES16Q4-00, ES16Q4-05
ES16Q5.00, ES16Q5-15
Model No:
ES16Q2-10, ES16Q2-16
ES16Q3-10, ES1603-15
ES16Q410, ES16Q4-15
ES16Q5 20
45,000
100%
ES16Q3-20
ES16Q4-20
100%
Blower wheel nominal diam. x width (in.)
9 x 7
10 x 8
10 x 8
12 x 9
Blower motor hp
1/3
1/3
1/2.
3/4
Tons of cooling that can be added
1-1 /2 or 3
2-1/2
3 or 3-1/2
4 or 5
Shipping weight (lbs.)
121
131
140
116
Number of packages in shipment
1
1
1
1
62,000
100%
CPS16-31V
75,000
100%
Optional Additive Coils
CPS16-26V
100%
CPS16-41/46V
CH16-51FF or CH16-65V
CPS16-41146V
Optional Filter it
LB-51349CA — All Models
—
Electrical characteristics
208-240 volt/60 hertz/1 phase
E16 SERIES ELECTRIC HEAT RATINGS
Model Number
Output Btuh
tA.F.U.E.
E16O2-05
16,000
100%
E16O2-10
31,000
100%
E16O2-15
45,000
100%
E1603-05
16,000
100%
E16Q3-10
31,000
100%
E1603-15
46,000
100%
E16O3-20
61,000
100%
E1604-10
31,000
100%
E1604-15
46,000
100%
E16Q4-20
61,000
100%
E1604-25
75,000
100%
E16Q5-15
46,000
100%
E16O5.20
62,000
100%
E16Q5-25
75,000
100%
E16Q5-30
91,000
100%
tAnnual Fuel Utilization Efficiency based on DOE test procedures and according to
FTC labeling regulations.
ES16 SERIES ELECTRIC HEAT RATINGS
Model Number
Output Stuh
tA.F.U.E.
ES16O2-05
15,000
98.8%.
ES16Q2-10
30,000
98.8%
ES16O2-15
47,000
98.8%
ES16O3-05
16,000
99.0%
ES16O3-10
31,000
99.0%
ES16Q3-15
45,000
99.0%
ES16Q3-20
63,000
99.0%
ES16Q4-05
16,000
99.0%
ES16O4-10
31,000
99.0%
ES16Q4-15
46,000
99.0%
ES1604-20
64,000
99.0%
ES1605-15
46,000 1
99.3%
ES16Q5-20
65,000 1
99.3%
tAnnual Fuel Utilization Efficiency based on DOE test procedures and according to
FTC labeling regulations.
0
1!
I*
I*
ELECTRIC HEAT DATA
Model No.
No. of Elements
& Phase
No. of
Steps
Volts Kw Btuh
Input Input Input
*Minimum Circuit Ampacity
Circuit 1
Circuit 2
Circuit 3
E1602-05
ES1602-05
1
0 phase)
1
208 3.8 13,000
26.0
-
220 4.2 14,300
30.0
-
-
230 4.6 15,700
240 5.0 17,100
E16Q2-10
ES16O2-10
2
0 phase)
2
208 7.5 25,600
49.0
-
-
220 8.4 28,700
56.0
-
-
230 9.2 31,400
240 10.0 34,100
tE16Q2-15
tES16Q2-15
3
0 phase)
3
208 11.2 38,200
49.0
23.0
-
220 12.6 43,000
56.0
26.0
-
230 13.7 46,700
240 15.0 51,200
E1603-05
ES16Q3-05
1
0 phase)
1
208 3.8 13,000
26.0
-
-
220 4.2 14,300
29.0
-
-
230 4.6 15,700
240 5.0 17,100
E1603-10
ES16O3-10
2
0 phase)
2
208 7.5 25,600
49.0
-
220 8.4 28,700
56.0
-
-
230 9.2 31,400
240 10.0 34,100
tE16(3-15
tES1603-15
3
0 phase)
3
208 11.2 38,200
49.0
23.0
-
220 12.6 43,000
56.0
26.0'
230 13.7' 46,700
15.0 51,200
tE1603-20
tES16O3-20
4
0 phase)
4
208 15.1 51,500
49.0
45.0
-
220 16.9 57,700•
56.0
52.0
-
230 18.5 63,100
240 20.0 68,300
ES1604-05
1
0 phase)
1
208 3.8 13,000
28.0
-
-
220 4.2. 14,300.
31.0
-
-
230 4.6 15,700
240 5.0 17,100
E1604-10
ES16Q4-10
2
0 phase)
2
208 7.5 25,600
50.0
-
-
220 8.4 28,700
57.0
-
-
230 9.2 31,400
240 10.0 34,100
tE16Q4-15
tES16O4-15
3
0 phase)
3
208 11.2 38,200
50.0
23.0
-
220 .12.6 43,000
57.0
26.0
-
230 13.7 46,700
240 15.0 51,200
tE16Q4-20
tES16Q4-20
4
0 phase)
4
208 15.1 51,500
50.0
45.0
-
220 16.9 57,700
57.0
52.0
-
230 18.5 63,100
240 20.0 68,300
tE16O4-25
5
0 phase)
5
208 18.6 63,500
50.0
45.0
23.0
220 20.8 71,000
57.0
52.0
26.0
230 22.7 77,500
240 25.0 85,300
tE16Q5-.15
tES16Q5-15
3
0 phase)
3
208 11.2 38,200
52.0
23.0
-
220 12.6 43,000
59.0
26.0
-
230 13.7 46,700
240 15.0 51,200
tE1605-20
tES1605-20
4
0 phase)
4
208 15.1 51,500
52.0
45.0
-
•220 16.9 57,700
59.0
52.0
-
230 18.5 63,100
240 20.0 68,300
tE16Q5 25
5
0 phase)
5
208 18.6 63,500
52.0
45.0
23.0
220 20.8 71,000
59.0
52.0
26.0
230 22.7 77,500
240 25.0 85,300
tE16Q5-30
6
0 phase)
6
208 22.5 76,800
52.0
45.0
45.0
220 25.2 86,000
59.0
52.0
52.0
230 27.5 93,800
240 30.0 102,400
'Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements.
Use wires suitable for at least 16701'.
tMaY be used with two stage heating.
-4-
TOP VIEW
I eLGI OR t
l ` 1
I 1
22—at
RETURN AIR I
L . D OPENING '
l8ther Side
or eonotR) j
z I
22"RETURN AIR
OPENING
SIDE VIEW
TERMINAL STRIP
' (low Vetbga —
otMr elle)
ELECTRICAL
INLETS
Leath SideW
M
DIMENSIONS (inches)
UP -FLOW MODELS
AIRFLOW.
.; t
1 mowm '
I i
- SUCTION (VAPOR)
I UNE ;
� K
UNE �r U
i
OPTIONAL
t
COIL
C ,Fled Itut.11edl
II
CONDENSATE DRAIN
F
E F
RETURN AIR
OPENING
FRONT VIEW
U.L. INSTALLATION CLEARANCES
Cabinet
0 inch
Plenum and Outlet duct
E1604-
Series
E16QS
Series
0 inch
on blower/coil units
49
Plenum and warm air duct
53
B
1 inch
within 3 feet of cabinet
26-1/4
Floor 11
*Combustible
"When unit is installed in the down-flo position with electric heat on a
combustible floor the optional down-flo base is required.
Model
No.
E16Q2
Series
E1603
Series
E1604-
Series
E16QS
Series
A
49
49
53
53
B
16-1/4
21-1/4
26-1/4
31-1/4
C
14-1/8
19-1/8
24-1/8
29-1/8
D
14
14
18
.18
E
11
14
21
26
F
2-5/8
3-5/8
2-5/8
2-5/8
G
5-1/2
7
10-112
13
H
21=1/8
21-1/8
2411/16
22
J
6-1/4
8-7/8
10-3/8
14
K
3-3/4
3-3/4
43/4
5-1/4
L
2
2
1-3/4
1-5/16
M
1
1
3/4
1/2
DOWN-FLO MODELS
Model
No.
E16Q2
Series
E1603
Series
E16Q4
Series
E16Q5
Series
A
. 49.
49
53
53
B
16-1/4
21-1/4
26-1/4
31-1/4
C
141/8
19-1/8
241/8 1
29-1/8
D
11
14
21
26
E
2-5/8
3-5/8
2-5/8
2-5/8
F
1-1/2
1-1/2
1-1/2
4-3/4
G
6-1/4
8-7/8
10-3/8
14
H
3-3/4
3-3/4
4-3/4
5.1/4
J
2-3/8
2-3/8
1-3/4
5-3/16
K
t12-13/16.
•1413/16
0'17-3/16
21-5/16
5.5/8
8-118
10-5!8
13-178
EML
17-1/4
15-1/2
18
16
•17-3/8 with CPIS-41V or CPR18-31/41V down -flow coils.
"21-3/4 with CP16-51V or CPR18-46/51V down -flow coils.
114.13/16 with CPR18-21/26V down -flow coil.
NOTE — When installing on a combustible floor, an additive base is
required. Make an opening in the floor — 155-5/8 in. v0de by 20-1/8 in.
front to rear for LB34695BA base (06(22 series), 21-3/8 in. wide by
20-1/8 in. front to rear for LB -3469588 base (E1603 series). 26-3/8 in.
wide by 20-1/8 in. front to rear for LB -346958C base (E16Q4 series),
31-3/8 in. wide by 20-1 /8 in. front to rear for LB -346958D (E16Q5 series).
E
22
D RETURN AIR
OPENING
E
TOP VIEW
• - I AIR I FLOW
�eLowER /
-�•'
t�.. �.
'®w _E*u�.'u�5i uif nomad__
etuaam..EP'mT,mare,m.ni A
1-1116-1 17.7f8—OJ
SUPPLY AIR
OPENING
S _ SIDE VIEW
OPTIONAL
FlLTER IT
,�•�� 1
IEIOQ4 & Ell..
M
J F
O�
LIQUID UCT10N
(VAvoal
LINE OPTIONAL COIL UNE K
CONDENSATE Wield Inatelledl
DRAINS
t 2-38
5Is l �l
FRONT VIEW II
(EISQ5 MODEL51
OPTIONAL
FILTER KIT'
IE1602 & E18Q31
jams
�II—H 64&G -it
J
SUCTION
UQUID LINE(VAPOR)
OPTIONAL COIL LINE
(Pied InsmRadl K
CONDENSATE
A DRAINS 5 ' L
I I
1
ELECTRICAL INLETS '
Moth Sides) '
t �
TERMINAL STRIP
(Low Voltagel .
SUPPLY AIR
OPENING
FRONT VIEW
•
•
6
OPTIONAL RETURN AIR CABINET
(For Up -Flow Models Only)
FIELD WIRING t
9 NOTE — Return air cabinet shipped
nar4 knocked down and must be
LENNOX 14 RETURN AIR field assembled.
1 THERMOSTAT 1 OPENING
B `Inott furnished)
26-1/8 is
�,s—.{
LENNOX I I
ELECTRIC '
FURNACE
B �
r��
OPTIONAL 1
1 OUTDOOR 1
O.. THERMOSTAT
—
A
A — Two wire power for each circuit required. (not furnished) i I 2
22-9re—�
See Electrical Data table. I B RETURN AIR l
KNOCKOUT --- -- - '-
B — Two wire low voltage (not furnished) — 18 ga. minimum. —`_(both $WOs) J
NOTE — All wiring must conform to NEC and local electrical codes. t•72
Model No. RA10-16-49 RA10-16-53
A 49 53
B 14 16
DIMENSIONS (inches)
ES1602 = ES16Q3 — ES16Q4
HORIZONTAL MODELS
9.7118 -
e P e 1 - 1-3/4
e Pma 1 .
\I AIR ETURN AI
1BLOWER �
17-7/8 �a�u�s I OPENING
22
26.118
N WqB 6Wa
e 1 /
FLOW
11A.
ELECTRICAL 1 0 1TERMINAL STRIP D C D
INLETS T (Low Voltage)
ROP and Bottom( 0
314 11 a9 J
TOP VIEW INLET END
OPTIONAL COIL SUCTION
r -OPTIONAL COIL
IField Installed) (vapor) Et) (Field Installed)
7.7118
> - 1
--- ---OPTIONAL 2-3/8-11 �-+
Lr------, J/8 \\\ FILTER KIT �/ \\� OPTIONAL
S I l�� \ IES1603 & ES16041 `\ FILTER KIT
B 1 SLOWER 1 i`"�UQUID UNE 3.3/4\\A \ /Gpai / 9/4\A /1ES18021
8 I ------ -�_J " 19 2 E \\\ / / '- -1a \e�`CCC\ % ._
t ! \\
'
-- ---- 2.3/16 ----
2-3/1-- -- -- _---t J i
7-1/18 CONDENSATE
DRAINS
i7
am) ��6F18.1/4-
2-5/8
FRONT VIEW
- CPSIS-28V COIL SECTION
(ES1602 Model*)
CPSI"V & CPSISAI/46V COIL SECTION
FRONT VIEW
IESI603 & ES16G4 Models)
e --F- is 1.
Model No. A B C D E F
ES1602 Series 16-1/4 14-1/8 11 2-5/8 6-1/4 17-1/4
ES1603 Series
21-114 19-1/8 14 3-5/8 8-7/8 15-1/2
ES1604 Series
-6—
V
ENGINE
HP18 SERIES MATCH
HEAT PUMP OUTDOOR UNITS sY
l *17,800 to 57,500 Btuh Cooling Capacity e
*17,500 to 62,000 Btuh Heating Capacity Ma
*ARI Standard ?AO and DOE Ratings
Lennox HP18 Series Heat Pump Systems Provide
�..._ Low Cost Installation With Heating -Cooling Efficiency
The HP18 series outdoor units with matching indoor units are
designed for builder type applications in apartments, hotels, motels,
condominiums, new single family housing or retrofits. HP18 units
have SEER's of up to 8.80 with a cooling capacity range of 17,800
to 57,500 Btuh and a COP rating of up to 2.80 with a heating
capacity range of 17,500 to 62,000 Btuh. Matching blower -powered
indoor units with optional supplemental electric heat are available
to provide selective sizing and installation versatility. See Selec-
tor table. For complete data on indoor units see individual bulletins
indexed in this section.
Weather resistant cabinet is constructed of galvanized steel with
a baked -on outdoor enamel paint finish for maximum protection
from rust and corrosion. Extra large four sided wraparound coil
with durable copper tubing and ripple -edged aluminum fins pro-
vides -maximum efficiency. Powerful direct drive fan with totally
enclosed motor draws air thru the entire coil and discharges it up
and away from shrubs and lawn. Rugged, PVC coated steel wire
condenser fan and coil guards are furnished. Compressor is pro-
tected from excessive current and temperatures. Electrical con-
trol box is located for easy access. Service valves and refrigerant
line connections are externally located. Available as options to be
ordered extra are; refrigerant line sets and check and expansion
valve kits.
Outdoor units are shipped completely factory assembled, piped
and wired. Each unit is test operated at the factory to ensure proper
operation. The installer has only to set outdoor unit in the desired
location, connect refrigerant lines and make electrical connections.
can,r+u,,,o�.wias a..
cOrarawts u 1ma1
Typical Applications
NOTE — Specifications, Ratings and Dimensions subject to change without notice.
0
0
I•
I[]
10
I*
I`
1•
10
FEATURES
Weather Resistant Cabinet — Heavy gauge galvanized steel
cabinet is subject to a five station zinc phosphate metal wash pro-
cess. This preparation process results in a perfect bonding surface
for the finish coat of baked -on enamel. The outdoor enamel paint
finish gives the cabinet long lasting protection from the weather.
Drainage holes are furnished in the base and base channels for
moisture removal. Heavy duty channels under the base raise the
unit off the mounting surface away from the damaging moisture.
Accessible Control Box — Conveniently located for easy access.
All controls are. pre -wired at the factory.
Dependable Compressor — Rugged and reliable compressor is
hermetically sealed, suction cooled and overload protected. Inter-
nally protected from excessive current and temperature. Operates
efficiently at low outdoor temperatures during heating mode.
Strategically located discharge muffler reduces sound level. A
crankcase heater is furnished and provides proper lubrication and
protection from slugging. Running gear is spring mounted within
sealed housing. In addition, compressor is installed on resilient rub-
ber mounts in the unit, assuring quiet and vibration free operation.
HP18-651V-653V model is equipped with a Lennox compressor.
Powerful Outdoor Fan — Efficient direct drive fan moves large
volumes of air uniformly through the entire outdoor coil resulting
in high refrigerant cooling capacity. Vertical discharge of air
minimizes operating sounds and eliminates hot air damage to lawn
and shrubs. Fan motor is totally enclosed for maximum protec-
tion from weather, dust and corrosion. A rain shield on the motor
provides additional protection from moisture. Fan service access
is accomplished by removal of fan guard. Corrosion resistant PVC
coated steel wire fan guard is furnished as standard.
Large Outdoor Coil — Lennox designed and fabricated coil is
constructed of precisely spaced ripple -edge aluminum fins machine
fitted to seamless copper tubes. Precise coil circuiting gives uniform
refrigerant distribution for high efficiency. Extra large four sided
wraparound coil configuration provides extra large surface area
for excellent heat transfer with minimum air resistance. Fins are
equipped with collars that grip tubing for maximum contact area.
Inverted coil circuiting prevents ice buildup at coil base in low am-
bients. Discharge gas enters bottom of coil during defrost and heat
of refrigerant flows counter to water drainage resulting in extremely
clean and unobstructed fins and tubes. Fin spacing allows rapid
and complete water drainage. Flared tubing connections and silver
soldering provide tight, leakproof joints. Long fife copper tubing
is corrosion -resistant and easy to service. Coil is factory tested
under high pressure to insure leakproof construction. Corrosion
resistant PVC coated coil guard is furnished as standard. Entire
coil is accessible for cleaning.
Refrigerant Line Connections, Electrical Inlets and Service
Valves — Vapor and liquid line connections are located outside
of the cabinet and are made with sweat connections. Brass ser-
vice valves prevent corrosion and provide access to refrigerant
system. Drier with internal check valve and strainer are factory in-
stalled in the liquid line. One-shot vapor valve, liquid line service
valve and gauge pons are accessible outside of the cabinet. A sight
glass is furnished and factory installed. Refrigerant line connec-
tions, valves and field wiring inlets are all conveniently located in
one central area of the cabinet. See dimension drawing.
Defrost Control — A clock timer defrost control is furnished as
standard equipment. It gives a defrost cycle (if needed) for every
45 or 90 minutes (adjustable) of compressor "on" time. A sensing
element mounted on the outdoor coil determines when the defrost
cycle is required and also when to terminate a cycle.
Expansion Valve — Designed and sized specifically for use in heat
pump system. Sensing bulb is located on the true suction line bet-
ween reversing valve and compressor thus sensing true suction
temperature in any cycle. Factory installed and piped.
—16—
Reversing Valve — 4 -way interchange reversing valve effects a
rapid change in direction of. refrigerant flow resulting in,quick
changeover from cooling to heating and vice versa. Valve operates
on pressure differential between outdoor unit and indoor unit of
the system. Factory installed and piped.
High Pressure Switch — Factory installed and wired. Protects
system from abnormal operating conditions. Manual reset.
Start Controls — Furnished and factory installed. Provides
assistance for compressor start under loaded conditions or in the
event of low voltage.
Suction Line Accumulator (HP18-461V, 510V, 650V models
only) — Factory installed and piped. Traps and prevents large
amounts of liquid refrigerant from flooding directly into the com-
pressor and causing damage on start-ups and refrigerant cycle
change.
Thermostat Furnished (Shipped Separately) - A two stage
heating—single stage cooling thermostat is furnished as standard.
Thermostat and subbase are shipped in a separate package and
are not in the package with the unit. For alternate thermostats
available see the Lennox Price Book. Thermostat is equipped with
adjustable heat anticipation, temperature setting scale in OF and
°C, manual system selector (Cool— Off —Heat) and fan selection
switch (On—Auto) for continuous or intermittent blower opera-
tion. Separate bulbs control compressor and auxiliary heating
operation. Emergency heat relay (P-8-3251) is required for use with
outdoor thermostat applications. Relay must be ordered extra.
0
Refrigerant Line Kits (Optional) — Lines are available in several
lengths and must be ordered extra. See Refrigerant Line Kit table
for selection. The refrigerant lines (vapor and liquid) are shipped
refrigeration clean. Lines are cleaned, dried and pressurized at they
factory and sealed by means of a rubber plug. Vapor line is fully
insulated. Lines are furnished with a flare fitting (Indoor unit con-
nection) on one end and less any fitting (stubbed) on the opposite
end for connection to the outdoor unit.
•" J
Outdoor Thermostat Kit (Optional) — An outdoor thermostat '
can be used to lock out some of the electric heating elements on
indoor units where two stage control is applicable. Outdoor ther-
mostat maintains the heating load on the low power input as long
as possible before allowing the full power load to come on the line.
Thermostat kit (LB-29740BA) and mounting box (M-1595) must
be ordered extra.
Check and Expansion Valve Kits (Optional) — Must be
ordered extra and field installed on indoor units. See Selector table
for kit requirement.
Completely Tested and Certified — Units have been thoroughly
tested with matching indoor units in the Lennox research Labora-
tory environmental test room and accurately rated according to
U.S. Department of Energy (DOE) test procedures and Air -Condi-
tioning and Refrigeration Institute (ARI) Standard 240 conditions.
In addition, units are U.L. Listed and have been sound tested in
the Lennox reverberant sound test room and rated according to
ARI Standard 270. Units coming within the scope of the ARI
standard (135,000 Btuh or less) are Certified under the ARI Cer-
tification Program. DOE covered products are rated under 65,000
Btuh with single phase power input. Units and components within
are bonded for grounding to meet safety standards for servicing
required by U.L. and N.E.C.
SELECTOR
Lennox
tARI
Standard 240 Ratings
HPIS311V
HP18.411V
HP18413V
HP18461V
HP18-511V
HP18-513V
High
Low
Net face area (sq. ft.)
9.24
6.46
Total
9.24
11.39
Total
18.22
Outdoor Unit
a. >
Lennox
*Check and
Model No.
Cooling
em p.
em p.
Total
SEER
EER
Unit
20
High
Unit
Low
: -u
9
Indoor
Expansion
*ARI Std.
Capacity
Htg.
Htg.
Unit
(Btuh/
(Btuhl
High
HSPF
emp,
low
Temp.
E n
Unit
Valve
270 SRN
(Btuh)
Cap.
Cap.
Cooling
Watt)
Watt)
Temp.
3800
Htg.
Temp.
Htg.
3 0
Used
Kit
(Bels►
1060
(Cap.
(Cap.
Watts
1 Phase
3 Phase
Htg.
250
.O:P.
Htg.
C.O.P.
m
385
Refrigerant -22 (charge furnished)
4 lbs. 5 oz.
5 lbs. 9 oz.
6 lbs. 1 oz.
6lbs. 15 oz.
9 lbs. 5 oz.
12 Ibs.
15 Ibs. 3 oz.
Watts
5/16
5/16
Watts
3/8
C
3/8
1/2
Vapor line connection o.d. (in.) (sweat)
17,800
18,200
9,600
2225
8.15
8.00
1980
5.85
2.70
1640
1.70
20%
CBF16.21
248
Z76
LB-34792BA
17,900
17,900
10,100
2205
8.20
8.10
1965
6.05
2.65
1585
1.85
20%
CB18-21
HP18-211V
18,000
17,500
9,500
2150
8.45
8.35
1875
6.05
2.75
1545
1.80
20%
CBS18-21
(7.8)
18,500
17,600
10,000
2229.
8.30
8.30
1947
6.25
2.65
1628
1.80
25%
CPR18 21/26V
ttFactory
/E16Q2
Installed
23,400
22,600
12,100
2885•
8.30
8.10
2495
5.50
2.65
2055
1.70
20%.
CBF16-26
HP18 261V
LB-34792BA
'800
24,000
13,700
2985
8.05
7.95
2650
5.65
2.65
2175
1.85
19%
C818-26
4,000
F24,200
24,600
13,600
3015
8.40
7.95
2620
5.75
2.75
2160
1.85
19%
CBS18-26
(7.8)
24,600
13,700
2933
8.40
8.25
2670
13094
6.10
2.70
2170
1.85
24%
CPR18-212
ttFactory
/ E16Q2
Installed
28,700
28,500
14,700
3679
8.00
7.80
6.00
2.70
2393
1.80
27%
CPR18-31/41V
ttFactory
H P18-311 V
/E1603
Installed
29,000
29•000
14,700
3685 •
1 8.05
7.85
3065
6.45
2.75
2400
1.80
17%
CB18-31
(8.0)
29,000
29,400
15,100
3665
8.30
7.90
3100
6.30
2.80
2420
1.85
19%
CBS18-31
LB -3479288
29,400
28,200
15,600
3639
8.30
8.10
3050
6.40
2.70
2465
1.85
16%
CBF16.31
HP18-411V
35,400
35,600
19,000
4355
8.40
8.15
3750
6.40
2.80
2820
1.95
21%
CB18-41
LB-34792BB
(Use SEER)
CPR18-31/41V
ttFactory
HP18-413V
35,500
34,500
18,900
4494
8.20
7.90
3745
6.50
.2.70
.2994
1.85
24%
(Use EER)
I I
I
I /E16O3
Installed
36,000
36,000
19,400
4320
8.55
8.35
3750
6.50
2.80
2840
2.00
21%
CBS18-41
LB-34792BB
(8.0)
40,500
40,600
23,500
4793
8.60
8.46
4249
6.55
2.80
3360
2.05
24%
CPR18-46/51V
ttFactory
HP18-461V
/E16Q4
Installed
(8.2)
41,500
41,500
23,000
5020
8.60
8.20
4380
6.46
2.80
3400
2.00
25%
Cal 8-5'
LB -347928C
CBS18-51
HP78-511V
CPR18-46/51V
ttFactory
(Use SEER)
46,000
45,500
25,000
5412
8.80
8.50
4849
6.50
2.75
3574
2.05
26%
/ E16Q4
Installed
H P18 -513V
46,500
48,500
x5645
8.70
8.20
5035
6.60
2.80
3950
2.00
24%
C818-51
LB-34792BD'
(Use EER)
(8.2)
CBS18.51
HP18-651V
CB18-65
(Use SEER)
56,000
62,
7320
8.00
7.65
6450
6.90
2.80
5150
2.15
24%
CBS18-65
LB-34792BD
P1
HP18-653V
§7500
1
62,
7615
8.00
7.55
6489
6.80
280
5316
2.15
23%
CPR18-65V
ttFactory
EER)
(8.2)
1
1
/E16Q5
Installed
*Sound Rating Number in accordance with ARI Standard 270.
tRated in accordance with ARI Standard 240 and DOE, At 450 cfrn (maximum) indoor air volume per ton of cooling capacity with 25 ft. of connecting refrigerant lines.
Cooling Ratings - 9FF outdoor air temperature and 80°F db/67°F wb entering indoor coil air. r
High Temperature Heating Ratings - 47OF db/43°F wb outdoor air temperature and 70°F db entering indoor coil air.
Low Temperature Heating Ratings - 17OF db/15°F wb outdoor air temperature and 700F db entering indoor coil air. -
*Heating Seasonal Performance Factor.
•Kit must be ordered extra and field installed.
ttFumished as standard with coil.
a
SPECIFICATIONS
Model No.
HP1B-211V
HP78-261V
HPIS311V
HP18.411V
HP18413V
HP18461V
HP18-511V
HP18-513V
HP18451V
HP184653V
Outdoor
Net face area (sq. ft.)
9.24
6.46
7.39
9.24
11.39
13.67
18.22
Coil
Tube diameter (in.) 8c No. of rows
3/8 - 1
3/8-2
3/8-2
3/8-2
3/8-2
3/8-2
3/8-2
Fins per inch
20
20
20
20
18
20
20
Diameter (in.) & No. of blades
18-4
18-4
18-4
18-4
22-4
22-4
22-4
Outdoor
Motor hp
1/6
1/6
1/6
1/6
1/3
1/3
1/3
Fan
Cfm (factory setting)
2600
2200
2400
2600
3800
3900
3970
Rpm (factory setting)
1100.
1040
1040
1060
1060
1060
1090
Watts (factory setting) 1
220
250
250
260
400
395
385
Refrigerant -22 (charge furnished)
4 lbs. 5 oz.
5 lbs. 9 oz.
6 lbs. 1 oz.
6lbs. 15 oz.
9 lbs. 5 oz.
12 Ibs.
15 Ibs. 3 oz.
Liquid line connection o.d. (in.) (sweat)
5/16
5/16
3/8
3/8
3/8
3/8
1/2
Vapor line connection o.d. (in.) (sweat)
5/8
5/8
3/4
3/4
7/8
7/8
1-1/8
Shipping weight (Ibs.)
142
158
169
186
234
248
Z76
tNumber of packages in shipment 11
2
2
2
2
2
2
2
t Packages consist of outdoor unit and thermostat with subbase.
-16a-
0.
ELECTRICAL DATA
Model No.
HP18.211V
HP18-261V'
HP18-311V
HP18-411V
HP18-413V
Line voltage data
208/230V
60hz/1ph.
208/230V
60hz/1ph.
208/230V
60hz/1ph.
208/230V
60hz/1ph.
208/230V
60hz/3ph.
Compressor
Rated load amps
10.5
12.6
15.4
19.8
11.6
Power factor 1 .95 .96 .95 .94
.89
Locked rotor amps 42.0 59.0 69.0 95.0
73.4
Outdoor
Fan Motor
Full load amps
1.2
1.2
1.2
1.2
1.2 ,
Locked rotor amps 2.2 2.2 2.2 2.2
2.2
Recommended maximum fuse size or circuit breaker size (amps)
20
25
35.
45
25
*Minimum Circuit ampacity 11
14.3
17.0
20.5
26.9
16.4
• Refer to National Electric Code manual to determine wire, fuse and disconnect size requirements.
NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage.
ELECTRICAL DATA
Model No.
HP18-461V
HP18-511V
HP18-513V
'HP18-651V
HP18.653V
Line voltage data
208/230V
60hz/1ph.
208/230V
60hz/1ph.
208/230V
60hz/3ph.
.208/230V
60hz/1ph.
208/230V
60hz/3ph.
Compressor
Rated load amps
21.5
23.8
15.1
31.0
21.6
Power factor .96 .96 .90 .95
.90
Locked rotor amps 95.4 114.0 84.0 159
115
Outdoor
Fan Motor
Full load amps
2.0
2.0
2;0
'2.0
2.0
Locked rotor amps 4.5 4.5 4.5 4.5
4.5
Recommended maximum fuse size or circuit breaker size (amps)
45
50
35
60
50
*Minimum Circuit ampacity
28.9
31.8
21.1
41.0
29.0
'.
• Refer .to National Electric Code manual to determine wire, fuse and disconnect size requirements:
NOTE - Extremes of operating range are plus 10% and minus 5% of line voltage.
FIELD WIRING
r--------1
B r
LENNOX
DISCONNECT'rDISCONNECTr
r
THERMOSTAT
i 'SWITCH " i
SIMTCH
:,.(fumished) ;-
'(BY OTHERS) i
I(BY OTHERS) I r
r,
E
A
�'",'.OPTIONAL`.' i
OUTDOOR
r THERMOSTAT.I
•
+cj rV. moi$;. `-
.y Rl '
„.as�' UNri o+ ri3�w �•
WISCONNECTI
SWITCH --
j (BY OTHERS)
.r
1
A - Two or Three wire power (see Electrical Table)
8 - Two or Three wire power (size to heater capacity)
C - Two wire power (size to indoor coil blower motor) `.
D - Two wire low voltage (18 ga. minimum)
E - Six wire low voltage 08 ga. minimum) with Electric Heat
Eight wire low voltage with Optional Outdoor Thermostat
F - Four wire low voltage (18 ga. minimum) l
.
G - Three wire low voltage (18 ga. minimum)
1./i';
-
Field wiring not fumished - i
NOTE - All wiring to conform to NEC and local electrical codes.
r
-16b-
REFRIGERANT LINE TUTS INSTALLATION CLEARANCES (inches)
Outdoor Unit
Model No.
Line Set Length of
Model No. Lines (ft.)
Liquid Line
(o.d. in.)
Vapor Line
(o.d. in.)
HP18-211V
HP18-261V
L10-21-20 20
5/16
5/8
LIO-21-25 25
L10-21-35 35
L10-21-50 50
HP18-311V
HP18-410V
L10-41-20 20
3/8
3/4
L70-41-30 30
L10-41-40 40
Outdoor Unit
Model No.
Line Set Length of
Model No. Lines (ft.)
Liquid Line
(o.d. in.)
Vapor Line
(o.d. in.)
HP18-211V
HP18-261V
L10-21-20 20
5/16
5/8
LIO-21-25 25
L10-21-35 35
L10-21-50 50
HP18-311V
HP18-410V
L10-41-20 20
3/8
3/4
L70-41-30 30
L10-41-40 40
L10-41-50 50
H P18-461 V
H P18 -510V
L10-65-30 30
3/8
7/8
L10-65-40 40
L10-65-50 50
HP18-MV
"Not Available —
—
—
*geld fabricate.
F
•
•
�•o
INLET
AIR
CONTROL BOX
INLET i AIR
NOTE — 48 Inch clearance required on top of unit.
-
*NOTE — One side must be 38 inches for service.
Two of the remaining .sides may be 12 inches.
DIMENSIONS (inches) -= -- --
Model No. A B c D E F
HP18-211V,HP18-261V 28-3/4 22-1/4 2-1/8 7-142 15 -5/8
HP18-311 V,H P18 -410V
HP18-461V,HP18-510V X9/16 13/16 9/16 9.5/16 18.1/16 5-3/8
HP18-650V
. j 1
OIL DRAIN OUTLETS 4
fund perimeter of base)
DISCHARGE 4AIR ,
INLET *AIR
TOP VIEW
ELECTRICAL
INLETS
o
• VAPOR UNE
O
.Y
- CONNECTION
VAI
I
LIQUID UNE
Lltltll
CONNECTION
POF
D
• C
DRAIN 1-1/2
ounETs (z)
3-1/8 SIDE VIEW 3-1/8
A
—16c—
FRONT VIEW
•
I•
ENGINEERING DATA -
4
CPR18 SERIES DOWN-FLO COOLING"UNITS
'colLs
EVAPORATOR COILS
*22,800 to 48,500 Btuh Cooling Capacity BLOWER;COIL UNITS
9 P tY ��:
•ARI Standard 210 Certified Ratings With Matching Condensing Unit Page.113
Judr
• Factory Hssemotea
• Several Sizes To Select
• Low Installation Cost
W "Slide -In" E16 Cabinet
• Installed Check and Expansion Valves
• Flare Line Connections
W Large Surface Area
• Durable Copper Tubing
• Leak Tested
• Minimum Air Resistance
• Large Drain Pan
• Dual Condensate Drains
E16 Unit with
Field Installed CPR18 Coil
Typical Application
NOTE — Specifications, Ratings and Dimensions subject to change without notice.
CPR18 Series Down -Flo Evaporator Coils Feature Low Cost
Installation And Maximum Cooling Efficiency
Lennox CPR18 series down-flo evaporator coils have been designed
specifically for easy, low cost field installation in the cabinet of
the E16 electric furnaces in down-flo applications. No costly, time
consuming plenum or duct alterations are required. Simply remove
access panels and slide the coil into'place in the coil section of
the cabinet. Knockouts are provided in access panel for refrigerant
lines and condensate drain. Expansion and check valves are factory
installed on the coils.
Lennox designed and fabricated coils are constructed of precisely
spaced ripple -edged aluminum fins machine fitted to sturdy cop-
per tubes. Twin coils assembled in a "V" configuration provides
extra large surface and contact area for highest efficiency. Precise
circuiting gives uniform refrigerant distribution. Copper tubing pro-
vides long coil life and ease of service. Fins are strengthened to
resist bending, which can restrict air flow and reduce efficiency.
In addition, fins have collars that grip the tubing for maximum con-
tact area resulting in excellent heat transfer. Flared copper tubing
joints and silver soldering provide tight leak proof joints. Coils are
thoroughly tested under pressure to insure leak proof construc-
tion. Refrigerant lines are equipped with flare fittings for quick and
easy line connection. CPR18-65V suction line requires sweat con-
nection. Deep, corrosion resistant drain pan is constructed of heavy
gauge galvanized steel and has dual, primary and auxiliary, drain
connections.
Coils have been thoroughly tested with matching condensing
units in the Lennox Research Laboratory environmental test
room and accurately rated according to ARI Standard 210 condi-
tions and DOE test procedures. All coil assemblies are shipped
factory assembled ready to install. See section Heating Units -
Electric for complete E16 unit specifications. Refer to matching
condensing unit bulletins indexed in section Cooling Units -Con-
densing Units for cooling ratings, specifications and dimensions.
•
SPECIFICATIONS
Model No.
CPR18-21/26V
CPR18-31/41V
CPR18-46/51V
CPR18-65V
Evaporator
Coil
Net face area (sq. ft.)
3.0
4.22
5.83
5.83
Tube diameter (in.) 3/8 3/8 3/8
3/8
No. of rows 3 3, 3
4
Fns per inch 1 14 14 13
13
Suction line o.d. (in.)
5/8 flare
3/4 flare
3/4 flare
1-1/8 sweat
Liquid line o.d. (in.)
3/8 flare
3/8 flare
3/8 flare
1/2 flare
Condensate drain size Upt.) (in.)
3/4
3/4
3/4 1
3/4
Refrigerant
R-22
R-22
R-22
R-22
Shipping weight (lbs.) 1 package
38
63
64
81
NOTE — For actual Stuh capacity refer to matching condensing units engineering data sheets.
AIR RESISTANCE
SELECTOR
Coil Model No.
'E16 Unit Model No.
Total Resistance
(in. w .)
E1602-00, E16Q2-05,
CPR18-21 /26V.
.08
800
E1602-10, E1602-15
1000
E16Q3-00, E1603-05,
CPR18-31/41V
E1603-10, E1603-15,
CPR18-31/41V
E16Q3-20
.06
E1604-00, E1604-10,
CPR18-46/51V
E16Q4-15, E16Q4-20,
.13
E16Q4-25
.17
E16Q5-00, E1605•15,
CPR18-65V
E16Q5-20, E16Q5-25,
1200
E16Q5.30
• "See Heating Units — Electric, Page 1, for complete data and dimensions.
DIMENSIONS (inches)
SUCTION
• A LINE
EXPANSION AND
CHECK VALVE
Lh
L
Model No.
Air Volume
(cfml
Total Resistance
(in. w .)
CPR18-21/26V
600
.08
800
.14
1000
.19
1200
.26
CPR18-31/41V
800
.06
1000
.09
1200
.13
1400
.17
1600
.21
CPR18-46/51V
1200
.06
1400
.08
1600
.10
1800
.13
2000
.15
•CPR18-65V
1400
.18
1600
.23
1800
.29
2000
.36
2200
.43
2400
.51
2600
.60
B
X00—
AUXILIARY
CONDENSATE FRONT VIEW
DRAIN
PRIMARY
)NDENSATE
DRAIN
SIDE VIEW
Model No: I
CPR18-21/26V
I CPR1841/41V
CPR1B46/51V
CPR18-GS/
A
1LK
18-5/8
23-7/8
28-7/8
8
14-1/2
19-1/2
19
C
1 16-1/2
20-3/4
21
EHB-SW
—14—
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