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RATINGS
NOTE - To determine Sensible Capacity, Leaving 1%a. Bulb and Dry Bulb temperatures
not shown in the tables see Miscellaneous Engineering Data section, Page 9.
HS19-651V WITH C16-65 OR CR16-65 EVAPORATOR UNIT
Enter.
Total
Outdoor Air Temperature Entering Condenser Coil °F)
85
1 95
11 105
11
115
Wet
Bulb
(°F)
Air
Vol.
(cfm)
Total
Cool
Ca p'
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Comp.
Motor
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Input
Sensible
To Total
Ratio ISM
Total
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Ca p'
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Comp.
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Wad
Input
Sensible
To Total
Ratio IS/T)
Total
Cool
Cap.Watts
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Comp.
Motor
Input
Sensible
To Total
Ratio [51T
Total
Cool
Ca p'
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio 51T)
D Bulb I°F)
Dr Bulb {°F)
D Bulb °FI
O Bulb (°F)
76
80
84
76
7S
8A
78
1 80
1 84
1600
58,600
4600
.75
1 .86
.97
1 56,100
4870
.77
88
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153,300
5180
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1 .90
11,00
150,500
5550
80
.93
11.00
63
2000
61 000
4700
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1.00
58,300
4970
1 .82
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1.A3155
500
5290
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1 .98
1.00
152,300
1 5660
.87
1.00
1.00
2400
63 1DO
4770
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1.00
1 60,000
5050
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1.00
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57,400
5400
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1.00
1.001
54,700
5800
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1.00
1.00
1600
63 400
47901.L65.79
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160,500
5070
.60
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.81
1 57,5Q0
5400
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,84
154,300
5790
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67
2000
65,5W
4870
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5160
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&5
59,2 00
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55 800
5870
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2400
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4930
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63 900
5220
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1 60.500
5660
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57.001
5940
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1.00
1600
68 500
4980
.64300
[6�
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M20
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58 400
6020
.46
.57
.69
71
2000
7060p
5Q50
.68
2Q0
5360
.47
.58
.70
163.600
5710
.47
.60
.72
59,900
6110
.48
.61
.742400
72200
5110
.73
9.600)
5410
.48
.61
.75
;54.800
5760
.49
.63
.77
61.000
61720
.60
.65
.80
NOTE - All values are gross capacities and do not include evaporator coil blower motor heat deduction.
HS19-651V WITH C14-65 EVAPORATOR UNIT
Outdoor Air Temperature Entering
Condenser Coil (°F
Enter.
Total
85
95
105
115
Wet
Bulb
(IF)
Air
Vol.
(cfm)
Total
Cool
Cap.
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio ISM
Total
Cool
Cool
IBtuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio IS/T°I
Dr Bulb I F
Total
Cool
Cap.
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio ISM
Total
Cool
Cool
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio ISM
D Bulb OF)
D Bulb F)
DryBulb °F
76
80
84
76
80
84
76
80
84
76
1 80
1 84
1600
59,500
4720
.75
.86
.97
56,800
4990
.77
.89
1.001
53.900
5310
.79
.91
1.00
50,800
5680
.81
.94
1.00
63
2000
62 200
4820
.81
.94
1.00
59,300
5100
.83
.97
1.00156,700
5430
.86
.99
1.00
53,200
5830
.69
1.00
1.00
2400
64 300
4900
.87
1.00
1.0011
61,600
5210
1 .90
1.00
1.001
58.800
5560
.92
1.00
1.001
55.700
5980
.96
1.00
1.00
1600
6.4200
4900
.59
.70
1 .80 1161,100
5180
.60
.71
.82 1157,800
5520
.61
.73
.84
1 54,400
5900
.63
.75
:87
67
2000
66,500
4980
.63
.75
1 .8711
63,200
5270
.64
.77
.90
159,700
5610
.66
.79
.93
56
6000
.67
.82
.96
2400
68,200
5040
.67
.81
.94
64.700
5340
.68
.83
.97
161,100
5690
.70
.86
1.00
;l
57 300
6080
.72
.89
1.00
1600
69 200
5080
.45
.55
.64
65,800
5380
A5
.56
.66
1 V-200
5730
.46
.57
,B7
58,400
6140
.46
.5a
.69
71
2000
71 400
5160
.47
.58
.70
67,800
5460
.47
.59
.72
163.900
582D
48
.61
.74
59,900
6230
A9
.63
.76
2400
72,900
5210
.48
.62
.75 1169,100
5520
.49
.63
.T7
165.100
5880
.50
.65
.80
161,000
f 6290
1 .51
1 .67
1.83
NOTE - All values are gross capacities and do not include evaporator coil blower motor heat deduction.
HS19-651V WITH CH16-65V EVAPORATOR UNIT
Outdoor Air Temperature :nterinq Condenser Coil (°F)
Enter.
Total
85
95
1 105
115
Wet
Bulb
(°F)
Air
Vol.
(cfm)
Total
Cool
Cap.
(Btuh)
Camp.
Motor
Watts
Input
Sensible
To Total
Ratio ISM
Total
Cool
Ca
IBtUh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio (S/T°)
Total
Cool
Cap.
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio IS/T°)
Total
Cool
Cap.
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio IS/ T)
Dr Bulb 1 Fl
Dr Bulb (OF)
D Bulb F)
D Bulb F
76
80
84
76
80
84
76
80
84
76
1 80
84
1600
60,500
4710
.75
.86
.96
57,800
4980
.76
.88
.99
1 54,900
5300
.78
1 .90
1,00
51,800
5670
.80
.93
1.00
63
2000
63 300
4820
.80
.93
1.0011
60,400
5100
.82
.96
1.0011
57,400
1 543D
.85
.98
1.00
54,100
5810
.87
1.00
1.00
2400
65,300
4900
B6
1.00
1,0011
62 600
5200
.88
1.00
1.001
59.700
5560
.91
1.00
1.00
56,700
5970
.94
1.00
1.00
7600
65,300
4900
.59
.59
.79
1 62,200
5180
.60
.71
.81
59.000
5520
.61
.72
.84
55 600
5900
.62
.74
.86
67
2000
67.800
4990
.62
.74
.86
64,500
5280
.64
.76
.89
61,000
5620
.65
.79
.92
57.300
6010
.67
.81
.95
2400
69,600
5050
.66
.80
.93
66 100
5350
.67
.82
.96
1 62.400
5690
.69
.85
.99
58,700
6080
.71
.BB
1.00
1600
70 400
5080
.45
.54
.64
67.000
5380
63.400
5740
.46
.56
.67
59 700
6140
.46
.58
.69
71
2000
72,800
5170
.46
.58
.69
69 200
5470
M-76
65.300
5830
.47
.60
.73
61 300
6240
.48
.62
.75
2400
74 500
5220
.48
.61
.74
70 600
5530
66.700
5890
.49
.6d
79
62 50D
6300
.50
.66
.81
NOTE - All values are gross capacities and do not include evaporator coil blower motor heat deduction.
HS19-651V WITH CB15-65 EVAPORATOR UNIT
Enter.
Total
Outdoor Air Temperature Enterin
Condenser Coil °F)
85
95
105
115
Wet
Bulb
(°F)
Air
Vol.
(cfm)
Total
Cool
Ca p'
(Btuh)
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio
Total
Cool
Cap.
p
(Btuh
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio IS
Total
Cool
Ca p'
IBtuhl
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio
Total
Cool
Cap.
p
IBtuhl
Comp.
Motor
Watts
Input
Sensible
To Total
Ratio ISM
D Bulb (°F
b (
D Bulb °F)
I
D Bulb °F
1b
D Bulb °F
76
80
84
76
B4
76
6D
76
80
84
1600
60,400
4650
.75
.86
.96
1 57,700
1 4920
76
.88
.99
54,800
5230
.90
1.00
51 700
5600
.80
.93
1.60
63
2000
63,000
4750
.80
.93
1.00
60,100
5030
.82
.95
1.00
57 100
5350
.98
1.00
53,800
5720
.87
1.00
1.00
N00
65,100
4820
.85
.99
1.00
61 900
5110
.87
1.00
1.00
5% 100
5460
1.00
1.00
56 200
5860
.93
1.00
1.00
1600
65 300
4840
.59
.69
.79
62,201)
5720
.60
.71
.81
58,900
5450
E.68
.72
.94
55 600
5830
.62
.74
.86
67
2000
67 600
4920
.62
.74
.86
64 300
5210
.63
.7fi
.88
60.800
5540
.78
.91
57 200
5920
.66
.81
.94
2400
69,200
4980
.65
.79
.92
65 700
5270
.67
.81
.95
62.100
5600
.84
.98
58400
5990
.70
.87
1.00
1600
70400
5020
.45
.54
.64
67 100
5320
.45
.55
,65
63.500
5670
.
.56
.67
59 700
6070
.46
.58
.69
71
2000
72,700
5100
.46
.57
.69
69,100
5400
.47
.59
.70
65.300
5760
.47
.60
.77
61 300
6160
_48
.61
.75
2400
74 300
5150
48
.80
.73
7Q 500
5460
.48
.62
.75
56,50ri
5810
.49
.63
.78
62 400
6220
.50
.65
.80
NOTE - All values are gross capacities and do not include evaporator coil blower motor heat deduction.
Point System Summary: Climate Zone 15
P-2R
ProjecITWe F Date I Q
BUILDING DATA
Conditioned Floor Area 1 cD Number of Stories
Slab/RaisedFloor
Check all applicable Unit Type condition(s):
[ ] Single family Detached (SFD) [ ] Addition Alone
[ ] Single Family Attached (SFA) [ ] Existing Building
[ ] Ibiulti-Family (W [ ] Existing -Plus -Addition
SCORECARD
. 1. Ceiling Insulation
2. Wall Insulation
3. Raised Floor Insulation
4. Slab Edge Insulation
r
5. Infiltration
6. Glass Heat Loss
Measures
_R 7s� or
R-value [381 U-value [0.0301
' 1� or
R-value [19] U-value [0.066]
"A or
r"r
or
R-value. [01
Standard
Type [double]
U-value 10.037]
F2 factor [0.771
U-value [0.65]
North
Glass Area
%Q Glass
. L�0
East
South
Z
ri
West
Skylight
-43
Total
-?— Z
ZZ .
Point Scores
0
% Total Glass [ 16]
7. Shading (Shade Open
-7�,O S cxctLre S
% G1ISS
S
Eff. % Glass
a. North
b. East
1 Z S
x
=
2 .O Z
c. South
x
x
_
� � =
J,
3,
c,
d. West
`Z . 3 Z
x
=
ti d z-
O
e. Skylight
x
-eT
8. S.iadin (Shade Closed)
-T-�j C),
% Glass
C
Eff. % Glass
a. Nord.
x
,�� =
7_1�`7�
�
C. Sout1
.Z'-
x
_
'3 t4,7
: d. YV: st
Z , 2.
x
�Akk� _
Z
+ Z
e. Skyl.ig'-ft
x
9. Interiar Thermal Mass
Q
O
interior MassICFA
10. Exterior Wall Mass
2)
2�
11. Heating System
Exterior Wall Mass
x
Zonal Control? ( Y / N)
SE or HSPF
Duct Efficiency [0.78]
Effective SE or
12. Cool::gig System
[0.72/6.6]
i o, 5!>-
x
HSPF [0.5615.15]
S,151p
Zonal Control? ( Y / N)
SEER [9.5]
Duct Efficiency [0.741
Effective SEER [7.03]
13. Water Beating
SCE
b
Type [SG]
Credit [none]
Point Total:
Form Revised March 1988
_$
Sum 1.6
Certificate of Compliance: Residential
(Page 1 of 2) CF-1R
-RE s %->ex-1 L4 G6Z M m
ProJectTitie
pace tation Author w Telephone
C1 ,]r 5 4�1 \&
Compliance Method (Package, Point 5ysum or Computer) Climate Zone
Date
Building Permit N
Checked By / Date
Enforcement Agency Use only
GENERAL INFORMATION
Total Conditioned Floor Area: � 11�:b ft2
Building Type: Single Family Hotel/Motel
(check one or more) Multi -Family (less than 4 stories) Addition
Multi -Family (4 or more stories) Existing -Plus -Addition
Front Entry Orientation: North / East / South / West /. All Orientations (circle one or more)
Number of Dwelling Units:
Floor Construction Type: Slab / Raised Floor (circle one or both)
Infiltration Control: Standard/Tight (circle one)
BUILDING SHELL INSULATION
Component Insulation Location/Comments
Type R-Value (attic, to garag■_. typical, etc.)
r: �__ N
GLAZING
_Yyp1 - 1— m_ t tt_ ,
Shading Devices
Glazing Area Glass Type Interior Exterior Overhang Framing Type
Orientation (sf) (single, double) (roller blin(L etc.) (shadescreen. etc.) (es/no) (metallwood)
Front.... (S) 'ZCn� T>y A -D 2A �S 1_�ZJ
Front.... ( T 1t,JTL
Left......
Left...... ( )
Rear. _ (►J)
Rear..... ( )
Right.... (1=) Z`-
Right.... ( )
Skylight....... _
Skylight.......
THERMAL MASS
Type/Covering
(slab/exposed, tile.
_T-\�
Area Thickness
(sf) (inches) Location/Description (kitchen, bath, etc.)
2�51
1 t2xa7t_1S
rn 1 /i'i"'h 1 �,_)
�71_
Certificate of Compliance: Residential
(Page 2 of 2) CF-1R
HIM scQczo
ProlectTitte
HVAC SYSTEMS
Date l rr�c
Minimum Duct
Type (furnace, air Efficiency Location Duct Output Manufacturer / Model #
conditioner, heat um) (SE, SEER,I-ISPF) (attic, etc.) R-Value (Btuh) (or approved equal)
o0or� OX V1rl�
Maximum Furnace Heating Output: Btuh
HOT WATER SYSTEMS Tank Manufacturer/Model #
System Type (storage gas. etc.) Capacity (or aDDroved equal) Special Feature(s)
SPECIAL FEATURES/REMARKS (Add extra sheets if necessary)
COMPLIANCE STATEMENT
This certificate of compliance lists the building features and performance specifications needed to comply with
Title 24, Chapter 2-53 and Title 20, Chapter 2, Subchapter4. Article 1 of the California Administrative code. This
certificate has been signed by the individual with overall design responsibility and the building owner, who shall
retain a copy of it and transmit the certificate to any subsequent purchaser of the building. When this certificate of
compliance is submitted for a single building plan to be built in multiple orientations, all building conservation
features which vary are indic d in the Special Features/Rernarks section.
Desil;ner Building Owner
Name:Name:
Tide/Firm: Title/Firm
Address: -5 - ,tf Address:
S
Telephone: Telephone:
Lic. #:
(signature)
Document tion Author
Name: r V N e ii �A V 0 ,j lr
Title/Firm: ;
Address: t t-,
(date)
PL-�
t,r 'D �r �
(signature) ` Q d
Form Revised March 1988
(signature)
Enforcement Agency
Name:
Agency:
Telephone:
(signature or stamp)
(date)
(date)
0
Mandatory Measures Checklist: Residential MF-1R
NOTE: Lowrise residential buildings subject to the Standards must contain these measures regardless of the compliance
approach used. Items marked with an asterisk (*) may be superseded by more stringent compliance requirements listed
on the Certificate of Compliance. When this checklist is incorporated into the permit documents, the features noted shall
be considered by all parties as binding minimum component performance specifications for the mandatory measures
whether they are shown elsewhere in the documents or on this checklist only.
DESCRIPTION
Building Envelope Measures
* §2-5352(a): Minimum ceiling insulation R-19 weighted average.
§2-5352(b): Loose fill insulation manufacturer's labeled R-Value.
* §2-5352(c): Minimum wall insulation in framed walls R-11 weighted average (does not apply to
exterior mass walls).
§2-5352(k): Slab edge insulation - water absorption rate no greater than 0.3%, water vapor
transmission rate no greater than 2.0 perm/inch.
§2-5311: Insulation specified or installed meets California Energy Commission (CEC) quality
standards. Indicate type and form.
§2-5352(f): Vapor barriers mandatory in Climate Zones 14 and 16 only.
§2-5317: Infiltration/Exfiltration Controls
a. Doors and windows between conditioned and unconditioned spaces designed to limit air
leakage.
b. Doors and windows certified.
c. Doors and windows weatherstripped; all joints and penetrations caulked and sealed.
§2-5352(e): Special infiltration barrier installed to comply with §2-5351 meets CEC quality
standards.
~� §2-5352(d): Installation of Fireplaces
I. Masonry and factory -built fireplaces have:
a. Tight fitting, closeable metal or glass door
b. Outside air intake with damper and control
c. Flue damper and control
2. No continuous burning gas pilots allowed.
HVAC and Plumbing System Measures
§2-5352(g) and 2-5303: Space conditioning equipment sizing: attach calculations.
§2-5352(h) and 2-5315: Setback thermostat on all applicable heating systems.
* §2-5316(a): Ducts constructed, installed and insulated per Chapter 10, 1976 UMC.
\ §2-5316(b): Exhaust systems have damper controls.
\ §2-5314(c): Gas -fired space heating equipment has intermittent ignition devices.
§2-5314: HVAC equipment, water heaters, showerheads and faucets certified by the CEC.
§2-5352(i): Water heater insulation blanket (R-12 or greater) or combined interior/exterior
insulation (R-16 or greater); first 5 feet of pipes closest to tank insulated (R-3 or greater).
§2-5312(Exception 1): Pipe insulation on steam and steam condensate return & recirculating
piping.
§2-5318(d): Swimming Pool Heating
1. System has:
a. OMoff_$witch on heater.
b. Weatherproof instruction plate on heater.
C. PIumbed to allow for solar.
2.75 percent thermal efficiency.
3. Pool cover.
4. Time clock.
5. Directional water inlet.
Lighting and Appliance Measures
§2-53520): Lighting - 25 lumenstwatt or greater for general lighting in kitchens and bathrooms.
§2-5314(c): Gas fired appliances equipped with intermittent ignition devices.
§2-5314(a): Refrigerators, refrigerator -freezers, freezers and fluorescent lamp ballasts certified
by the CEC. Indicate make and model number.
Forth Revved December 1997
DESIGNER ENFORCEMENT
1
1�
Shading Coefficient (SC) Worksheet
Form S
4
Items 1 - 9a and 10a must be completed for glazing/shading combinations not found in Table G-9 of the ECM by using
documented manufacturers' data for the specific conditions indicated (H2, 08 and # 11). For instructions on fillip out the
worksheet, see Shading in the ECM Glossary. For overhang SC values (# 14 and #15), see Section 4.2 in the ECM.
General Information
1. Glazing Type:
2. SCgIazing alone:
3. Framing Type (metal/wood):
4. Mullions (yes/no):
5. Framing/MullionFactor:
(from Table G-10)
Glazing, Interior Shade & Framing
6. Interior Shade Type:
7. SCshade open:
8. SCshade closed:
1.00
(SC of shade w/ clear single glass)
9a. [( x 0.25) + 0.75] x _ x Where:
SCmax • SCmin FMF (#5) SC Shade Open SCmax = larger of #2 and #7
or 9b. (from Table G-9) SCmin = smaller of #2 and #7
Jt. J/lUuG Vf/G/l pp
10a. [( x 0.25) + 0.751 x x = •�y Where:
SCmax SC„ tin FMF (#5) SC Shade Closed SCmax = larger of #2 and #8
or 10b. (from Table G-9) SCmin = smaller of #2 and #8
SC Shade Closed
Exterior Shade Exterior Shade Type: v� SCE
11. SCexteriorshade: •(-9,7 T
(from Table G-I I or manufacturer's data w/ clear single glass)
a"�> Where:
12. [( x 0.25) + 0.75] x I = �`�c SCmax = larger of #9a or #9b and #11
SCmax SCmin SC Shade Open SCmin = smaller of #9a or #9b and #11
' k��� Where:
13. [( x 0.25) + 0.751 x •"V-� = \\A SCmax = larger of #10a or #10b and #11
SCM= SCmfn SC Shade Closed SCmin = smaller of #10a or #10b and #11
Overhang (Point System Only)
14.
Overhang Factor
(Shade Open)
x
15. x
Overhang Factor
(Shade Closed)
Form Revised March 1988
Jl. J/ruue Upen
(#12)
SC Shade Closed
(#13)
SC Shade Open
(with Overhang)
SC Shade Closed
(with Overhang)
Projection Ratio:
go
Proposed Construction Assembly: Residential Form 311
ProjectTltle DAM'
Prol=&Ad¢resT 1 - �� y �� ` �� ��7 Building Pennit N
Narne
a■ri■■■t�w�rt�r
Sketch of Construction Assembly
List of Construction Components
TeiephoRe
�� s Checked By /Date
1�� �k Enforcement Agency Use Only
Assembly Type:
Floor
(check one)
`� Wall
Ceiling/Roof
Framing Material:
Framing Size:
x
Framing Spacing:
_
Z` " O.C.
Framing Percentage: Wall: 15% (16" o.c.)
(check one)
12% (24" o.c.)
Floor/Ceiling: 10% (16" o.c.)
7% (24" o.c.)
Wall Weight / sf:
(Packages only)
R-Value
Cavity(Rc) Frame(Rr)
Outside Surface Air Film 7
1. 3 J t�X3 v ��va��l ►� ,`3 3
2. % W c)
4.
5.
6.
7.
Inside Surface Air Film I U
Total Unadjusted R-Values:
Rc Rr
Framing Adjustment Calculation (if applicable):
1/Rc 1-(Fr%/100) 1/Rf Fr%/100 Total U-Value
1/Total U-Value Total R-Value
S
n
Proposed Construction Assembly: Residential Form 3R
PraJect T1Ue Data 1 8
Prof r Building Permit#
Doc urme canon A thor l Tel hone,
Cbedted By /Dace
Assembly Name Lj �.�G•• i~ l� 1 , Fnforcanent Agency Use Only
Sketch or Construction Assembly
Assembly Type:
Floor
(check one)
Wall
Ceiling/Roof
Framing Material:
W O 0 fl
Framing Size:
Z x �D
Framing Spacing:
" o.c.
Framing Percentage:
Wall:
(check one)
Floor/Ceiling:
Wall Weight / sf:
(Packages only)
15% (16" o.c.)
12O10 (24" o.c.)
10% (16' o.c.)
7% (24" o.c.)
List of Construction Components R-Value
Cavity(Rc) Frame(Rr)
Outside Surface Air Film %
2.
3. ��►O�� ���' W ��� Lj�
4.
5.
6.
7.
Inside Surface Air Film
Total Unadjusted R-Values:�-
Rc Rr
Framing Adjustment Calculation (if applicable):
( x ) + ( x ) = . ous
1/Rc 1-(Fr916/100) 1/Rf Fre/c/100 Total U-Value
I/fotal U-Value Total R-Value
PROJECT DATA SUMMARY
Form 1
owner
system type
• ra J t,.Fita 1 t�; 0� -
COCumentarion author date
checked by
date
SITE INFORMATION ' CQ�
1
oF,day
Heating Degree Day (ir Appendix C) .»....... ...........»............................
HOD
1 —
3
of
Outside Design Temperature (from Appendix C or Appendix G).................. _..
Tow
2 _
PROPOSED BUILDING ENVELOPE INFORMATION
3 SO
Gross Floor Area if Low -Rise (from Calculations) ............................................
At
3
4 Z. 3
ft z
ft2
Gross Well Area if High -Rise (from Calculations) ............................................
Aw
Designed Glazing Area (from Calculations).......................................................
Ag
5
ft2
Basic Glazing Area 06%of Line 3 if low-rise or 40%of Line 4 if high -rise)........
Apg
6
1t2
A Description of Assemoly
�U,Q "� Tl
•
Glazing ' ►—'�
Ugl
7
Btu/ (hr .ft2.OF)
Ug2
S
Btu/ (hr .ft2.OF)
Ug3
9
C)
Btu/ (hr.ft2.OF)'
Wall—Uwl
10 '
Btu/ (hr. ft2.'F)
U, 2
11
Btu/ lhr.ft2•OF)
Uw3
12
Btu/ (hr. ft2 • dF)
UW4
13
Btu/ (hr. ft2 •°F)
CcilinglRoof �L� 1
Ucl
14
Btu/(hr•ft2•OF)
Uc2
15
Btu/ (hr• ft2.°F1
Floor
Ull
16
Btu/ (hr .ft2•OF)
Uf2
17
Btu/ (hr• ft2.OF)
PROPOSED SPACE HEATING SYSTEM (Chapter 71
Gas Furnace
Building Design Hourly Heat Loss (from Form 2).....................................
q
�3 ^
18 �j
Btu/hr
Maximum Allowed Bonnet Caoacity,T5_x Line 18...............................................
Z QS� Proposed Furnace �s
19
Btu/hr
.
Make
Model Description `i•�
-
Rated Sonnet Capacity
Electric Resistance Alone
Electric Resistance Life Cycle Cost (from F7rm 5i...................................
sLCCe
20
S
Lowest Life Cycle Cost of the Other Systems (from Form 5)...................
sLCC,p,,,.,21
$
Non-Depletabls Energy w/Electric Resistance Back -Up
Percentage of Annual Heat Loss Met by Non-Depimable Energy
Source (from Calculations).__..........................................................................
22
%
Heat Pump with Electric Resistance Supplementary Hest
Percentage of Annual Heat Loss Met by Electric Resistance
(from Calculations) ............................................ _..............................................
23
%
PROPOSED WATER HEATING SYSTEM INFORMATION (Chapter 8)
Electric Resistance Alone
Electric Resistance Life Cycle Cost (from Form 6).................................
wLCCe
24
$
Lowest Life Cycle Cost of the Other Systems (from Form 6)...................
wLCCIow e51 25
S
PROPOSED SWIMMING POOL HEATING SYSTEM INFORMATION (Chapter
9)
Solar Life Cycle Cost (from Form 7)...............................................................
pLCCs
26
S
Natural Gas Life Cycle Cost (from Form 7)......................................................
pLCCng
27
$
0
HOURLY AND ANNUAL
BUILDING HEAT LOSS RAT
Chedc One: Proposed Orsig
Standard Design
L''1�l"fl Ml \C1AA SCE YA\. 4 FAM
owner pro{act
prolecS IdtZtl[Sn syS ■m CYne
documentation autrl°r aas■ ��[�•�
u�
Form 2R
(8/81)
Fn+oreement Agency Use Only
ousldtng permit numoer
cnecxeo my
date
SITE INFORMATION ( 1 �P�� ( Z 3, Z
Heating Degree Oav {fr Appendix) . . . .. . .... " . . . . . . .. ... HOD °F• day
Outside Oesign Temperature (from Appendix) ..... . . . " . . ...... Tow °F
Outside January Mean Temperature (from Acpendixl TJan tlF
PROPOSED BUILDING ENVELOPE INFORMATION
3 I
Grose Floor Ann (from plans) ................ " . . . . " ..
Af
`.�_�
ft2
Gros Well Area ifrom plans) .... ... ... ....
Aw
�-� 3
ft2
Designed Glazing Ara (from plans) . . .. . .. . .. . .. . . . .. .
A3
ft2
Basic Glazing Area 116% of Af if low-rise or 40% of 1.,,, .f tiighrisel .
Aho
���
ft2
HOURLY HEAT LOSS
DESIGN TEIAPERATURE DIFFERENCE
For All Assemblies Other Than The Three Below ...7e= — ��°F +/ Th 1 �� °F
TO, from aoove
For Insulated Floor Over Vented Unheated Space .......... Line 1 -2 +OThi 2 °F
a
For Uninsulated Floor Over Vented Unheated Space...... . . Line 2 — eF - OThu 3 F
For Slab -on Ground Floors ........... 7O'F — E;A' °F +OTh, 4 ` °F
TJan from aoove
CONDUCTIVE HEAT LOSS Average U
of Anomaly.
Area, ft2 or or F'2 from LT
hourly heat
^tom (Description of Anomaly ILength, it Groan a l tram aGq. va
—�1pV _�1 > -1 c_7— ���7 W
I a
GLi� Stu/hr
Glazing 1/^ ` x x �
Will ?` G 1 Z 1iil, x x _
t5FS
x x a
CaiiinglRoo} ti?1 �� f_ x 11'� x
x x >,
Floor x x
_pi�2S xx � �
1-,_�
1
volume Subtotal 5
4 SLI tuihr
um o ; e aoove g
��ft2 it,
�a-2
INFILTRATION ...... xx
Al from aoove 'Ne'gnted from 1_.T�m
Average Tame 3.7 Line 1
Coiling :fetgnt
Subtotal 7
1--*�
qtuihr
5 -
7
i n■ inn■ a
3
DUCT HEAT LOSS (Enter 0 if there are no ducts) . .. " . .. . . ... . .. . . 0.15 x Lina g
TOTAL HOURLY HEAT LOSS, QL 9
u 3 n tuihr
line ms
ANNUAL -HEAT LOSS, OL
1 °F 1 ) 24 hrfdav -3 aF + 10
��S401 I "` Btu/yr
dayfyr x Btuihr x ,0 x
H99 H941rly Mlrrt i.9st C ''^M � TT frgM
ffenl Day* from Lin■ 9 Taau 34 Una i
1z
i
-ISLA 6
7S�p �-_�. ( ') k-i ya,o
I D 1AL-
"D 0 mot'' C-, A
SUMMARY
Form 2
page 2 of 2
�M%,-\e I?es�-r�Av--V)ct-=-a I5
protect title etlmato :one
,ram
droieet aaorou
I{•
HEATING, VENTILATING, AIR CCNDITiONING SYSTEM Points
10. Heating (fill in information an proposed system!
Z� u Gas Fumace �--1~' "" iz, ` ti
�7 orana acid modes numE oar S
�Q C> Q�) Btuihr
neattng capacity
Heat Pump
orana and maeel numaer
Stu/hr
neattng capacity at 17';r
Active Solar
type (Ilauta or air) :zlIlector mrano aria moaet numaer
ha o
collector area :O11eC. pr Orientation Collector tilt rated
Other
describe
Acop
y - Intercept
sour rraalon
ratea slope
Z 1�� fill in information on proposea system)
Electric Air Canditioner��li'� Of,I�S ` l 'C���y 1 4 5�
orana ono moues numoer seasonal EER
0 `Q 0'� 5 Stu/hr
cooling capacity at 925" F
Electric Heat Pump
Other
12. Mechanical Ventilation
8tuihr
cooling capacity a[ $S'- c
Jesus oe
dasuloe
cM;L
DOMESTIC WATER SYSTEM
13. Hening (fill in information an proposed system!
z Gas Only - A 0 5�-\ �) P 4C —ate`--a _ ��� Gallons
-orana anti maau numaar tank site
Heat Pump w/Electric Backup Gallons
erano aria moaat numoer tank sl¢a
Active Solar
collector orana aria maael numoer area rates staoe solar fraction
y • �nt�arcept
Fla
oaekua neater type, orana ana model numaer calleetor area collector
orientation
Other
describe
Point Total from Page 1
s
1/83 • 420 - CEC
Total Point Scare
C
: ENGINEERING DATA
G16 AND G16X SERIES - CONSERVATOR° M HEATING UNITS
L�L�L�L[J UP-FLO GAS FURNACES GAS
50,000 to 125,000 Btuh Input Page 9
Add -On Cooling — 1 thru 5 Nominal Tons March 1987
Typical Applications
Closet Installation
with cooling coil and
electronic air cleaner.
Basement Installation
with cooling coil, return air
cabinet and power humidifier.
,�r}ra,
CIA
Emnto'
Lennox DURACURVE3
Aluminized Steel
Heat Exchanger
Aluminized Steel Burners
Supersedes April 1986
Lennox G16 and G16X Series Up -Flo Gas Furnace:, Feature High Efficiency Operation and Installation Versatility
The G16 and G16X series line of gas fired furnaces include seven
models (natural gas or LPG) with Btuh input capacities of 50,000,
75,000, 100,000, 125,000 and energy efficiencies (AFUE) of 80%
or above. Compact, rugged cabinet with either side or bottom
return air entry, will allow installation in a basement, closet, recrea-
tion or utility room. Optional return air cabinets are available to
simplify return air duct connection to the furnace. The matching
return air cabinet may be installed on either side of the furnace.
Lennox add -on evaporator coils, electronic air cleaners and power
humidifiers can easily be added to the furnace for a complete all
season installation.
Units are equipped with the gas saving automatic electronic pilot
ignition system. Pilot flame is on only during main burners operating
cycles. No need to shut off pilot during air conditioning season.
Flue draft will be created by a induced draft blower mounted
on the flue collector box on the outlet of the heat exchanger. The
furnaces can be vented vertically as a common vent with another
appliance.
G16 series furnaces are design certified by A.G.A. Laboratories
and ratings are certified by GAMA. Units have been rated and
tested according to Department of Energy (DOE) test procedures
and Federal Trade Commission (FTC) labeling regulations in the
Lennox Research Laboratory. G16X .(natural gas) models meet the
California Nitrogen Oxides (NOx) Standards and California
Seasonal Efficiency requirements. Blower data is from unit tests
conducted in the Lennox Laboratory air test chamber.
Units are shipped factory assembled with all controls installed. Each
unit is factory test operated insuring proper operation. Installer has
only to make flue vent, gas supply and electrical connections.
NOTE — Specifications, Ratings and Dimensions subject to change without notice.
�3
Model No.
tTG16Q2X-50
tG16(12-50
TTG16Q3X-50
1G16Q3-50
ttG16Q3X-75
tG16Q3-75
ttG16Q4X-75
tG16Q4-75
TTG16Q3/4X-100
tG16Q3/4-100
ttG16Q5X-100
tG160.5-100
tTG16Q4/5X-125
tG16Q4/5-125
Input Btuh
50,000
50.000
75,000
75,000
100,000
100,000
125,000
Output Btuh - Non "X" Models
40,000
40,000
61,000
61,000
80,000
80,000
100,000
tA.F.U.E. - Non "X" Models
80.1%
80.8%
80.4%
80.0%
80.00%
80.0%
80.0%
Output Btuh - "X" Models
40,000
40,000
58,000
58,000
76,000
78,000
95,000
CA Seasonal Efficiency - "X" Models
72.0%
72.0%
72.5%
72.0%
72.0%
72.5%
72.0%
Temperature rise range (°F)
35 - 65
20 - 50
35 - 65
25 - 55
35 - 65
25 - 55
35-- 65
High static certified by AGA (in. wg.)
.50
.75
.50
.75
.50
.75
.50
Flue size connection (in. diameter)
3
3
3
3
3
3
3
Gas piping size I.P.S. (in.) nat. or LPG
1/2
1/2
1/2
1/2
1/2
1/2
1/2
Blower motor horsepower
1 /4
1 /3
1 /3
1/2
1/2
3/4
3/4
Blower wheel nominal dia. x width (in.)
9 x 7
10 x 7
10 x 7
10 x 8
10 x 8
12 x 12
12 x 9
Net filter area (sq. ft.) & cut size (in.)
(5.8) 36x28x1
(5.8) 36x28x1
(5.8) 36x28x1
(6.6) 40x28x1
16.6) 4Ox28x1
(8.9) 52x28x1
(8.9) 52x28x1
Tons of cooling that can be added
1, 1-1 /2 or 2
2-1/2 or 3
2-1/2 or 3
3-1/2 or 4
3, 3-1/2 or 4
4 or 5
4 or 5
Shipping weight (lbs.) - 1 Package
160
165
170
195
205
260
270
Electrical characteristics
120 volts - 60 hertz - 1 phase (less than 12 amps(- All Models
Return Air
Model No.
RA10-16-49
RA10-16-49
RA10-16-49
RA10-16-49
RA10-16-49
RA10-16-63
RA10-16-53
Cabinet (Optional)
Shipping Wt. (lbs.)
54
54
54
54
54
56
56
'LPG Kit - Optional
LB-55207CA (All Models)
tAnnual Fuel Utilization Efficiency based on DOE test procedures and according to FTC labeling regulations. (Relates to non "X" models only).
• LPG Kit must be ordered extra for field changeover. HIGH ALTITUDE D ERATE
tt Nat available with LPG. Units must be derated when installed at an elevation of 2000 feet or more
A.G.A. INSTALLATION CLEARANCES above sea level. Table shows the derate manifold pressure for high altitude
operation with both natural gas and LPG. Operating the unit at manifold
Sides 1 inch pressure specified will insure proper unit heat input at high altitude.
Rear
1 inch
Top
1 inch
Front
6 inches
Floor
Combustible
"Flue
I "4 inches
'This is clearance to all flue pipes except type "B". Type "B" vent clearance is as
listed by U.L.
NOTE - Flue sizing and air for combustion and ventilation must conform to the
methods outlined in American National Standard (ANSI-Z223.1) National
Fuel Gas Code.
Elevation
Above Sea
Level (feet)
Manifold Pressure (in. wcl
tHeating Value (Btu/ft3) Natural Gas
LPG
Only
900
950
1000 1
1050
1100
Sea Level - 0
4.32
3.88
3.50
3.17
2.89
9.00
1000
4.32
3.88
3.50
3.17
2.89
9.00
2000
1 3.65
3.30
2.95
2.70
2.45
7.61
3000
3.35
3.00
2.70
2.45
2.25
6.97
4000
3.05
2.75
1 2.45
2.25
2.04
6.35
5000
2.77
2.48
2.25
2.05
1.85
5.76
6000
2.50
2.25
1 2.00
1.85
1.65
5.20
tHeating value is based on an atmospheric pressure of 30 inches mercury and
temperature at 6011'. Consult your gas utility for the local natural gas heating value.
NOTE - This is the only permissible field derate for the units.
G16 SERIES FURNACES DIMENSIONS (inches) RETURN AIR CABINET
1 NOTE - Return Air Cabinet
C SUPPLY FLUE OUTLET 17-3N shipped knocked
AIR 14 RETURN AIR down and must be
OPENING + OPENING field assembled.
Q
1-1/16
&1!6
2&1!B 77.131� 1-11116 �_� �26-116
AIR
FLOW 11
Q
1T
Lai4
l! 1�
21-,12
OAS PIPING INLETS 10.1 nil
Iha11th
L I 2 318 A A
r
ELECTRICAL INLET$ -
Ibnth Md. �}
---1 r- ----�
I + 2-1116 I l 2
22-� 22.116----9rew
I 1
l
7
I t7 RETURN AIR I j (j RETURN AIR
I OPENING I I KNOCKOUT l
-oElthorside I I
L ,_ - b ---_ J �_ -Itwth aid") J
�• E
F Re-- Air !'w IF
No.
A
B
C
DI
E
F
G
G16Q2(X)-50, G16Q3(X)-50,
G16Q3(X)-75
49
16-1/4
14-1/8
14
11
2-5/8
5
G16Q4(X)-75, G16Q3/4(X)-100
49
21-1/4
19-1/8
14
14
3-5/8
7-1/2
G16Q5(X)-100, G16Q4/5(X)-125
53
26-1 /4
24-1 /8
18
21
2-5/8
10
T11n
Model No. RA10-16-49 RA10-16-53
A 49 53
B 14 18
-10a-
HS19 SERIES CONDENSING UNITS
(2 thru 5 Nominal Tons)
j' *21,000 to 61,500 Btuh Cooling Capacity
•DOE and ARI Certified Ratings
�1
Typical Application
Unit on slab at ground level.
Application — The HS19 series condensing units feature extra high effi-
ciency with minimum operating sound levels. High efficiency ratios have
been accomplished with an extra large condenser coil, coil circuiting and
high condenser air volume delivered by a highly efficient direct drive fan.
Units are applicable to expansion valve systems only and may be installed
at ground level or on a roof. Units are adaptable to several blower powered
and add -on evaporators providing a wide range of cooling capacities for
selective sizing and application versatility. For evaporator unit data see tab
Coils — Blower Coil Units in this section. Units are shipped completely
factory assembled, piped and wired. In additon, each unit is test operated
at the factory insuring proper operation. Installer has only to place con-
densing unit in desired location, connect refrigerant lines and make elec-
trical connections to complete the job.
Durable Steel Cabinet — Heavy gauge galvanized steel cabinet is sub-
ject to a five station metal wash process. This preparation results in a perfect
bonding surface for the finish coat of baked -on outdoor enamel. The
attractive enamel finish gives the cabinet long lasting protection from rust
and corrosion. Compressor and control box are located in a separate
compartment insulated with thick fiberglass insulation. Compartment
provides protection from the weather and keeps sound transmission at a
minimum. Control box is conveniently located with all controls factory wired.
Large removable panel provides service access. Drainage holes are provided
in the base section for moisture removal. Base section extruded channels
raise the unit off of the mounting surface away from damaging moisture.
Non -corrosive PVC (polyvinyl chloride) coated steel wire condenser coil
guard is furnished.
Dependable and Quiet Compressor — Reliable compressor is hermet-
ically sealed and provides trouble -free operation and long service fife. Built-in
protection devices assure protection from excessive current and
temperatures. Suction cooled, overload protected and equipped with
internal pressure relief. Factory installed muffler is fumished in the discharge
line. A crankcase heater is furnished as standard equipment and ensures
proper compressor lubrication at all times. Crankcase heater is temperature
SY&
m11�1C11T10N �RIL� OeLY
Y11fN Ili[O MIN NIOKII
t
F _
ENGIMEERING DATA
(-
COOLING UNITS
CONDENSING UNITS
Page 31
April 19M
SupersedaA November 1986
CanllCn,y
Y MU M _
00� Y t/YFD
actuated to operate only when required. The entire running gear Is spring
mounted within the sealed housing. In addition, the compressor is installed
in the unit on resilient rubber mounts assuring quiet and vibration free
operation.
Copper Tube/Enhanced Fin Coil — Lennox designed and fabricated coil
is constructed of precisely spaced ripple -edged aluminum fins machine fitted
to seamless copper tubes in a wrap around "U" shaped configuration pro-
viding extra large surface area with low air resistance. Lanced fins provide
maximum exposure of fin surface to air stream resulting in excellent heat
transfer. In addition, fins are equipped with collars that grip the tubing for
maximum contact area. Precise circuiting provides uniform refrigerant
distribution. Flared shoulder tubing connections and silver soldering pro-
vide tight, leakproof joints. Long life copper tubing is corrosion -resistant
and easy to field service. Coil is thoroughly factory tested under high
pressure to insure leakproof construction. Entire coil is accessible for
cleaning.
Powerful Condenser Fan — Efficient direct drive fan moves large
volumes of air uniformly through the entire condenser 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
inherently protected and totally enclosed for maximum protection from
weather, dust and corrosion. A rain shield on the motor provides addi-
tional protection from moisture. Fan service access is accomplished by
removal of fan guard. Corrosion resistant PVC (polyvinyl chloride) coated
steel wire fan guard is furnished as standard.
Refrigerant Line Connections, Electrical Inlets and Service Valves —
Suction and liquid lines are located inside of the cabinet and are made with
sweat connections. Brass service valves prevent corrosion and provide
access to refrigerant system. Suction and liquid line service valves and gauge
ports are located inside the cabinet. A thermometer well is located in the
liquid line to check the refrigerant charge. Refrigerant line connections and
field wiring inlets are all located in one central area of the cabinet. See
dimension drawing. l
SELECTOR
Condensing Unit
'ARI Standard 210 Ratings
Lennox Evaporator Unit
Model No.
SEER
Cooling
Total
*Expansion
*ARI Standard
(Btuh/
Capacity
Unit
Up -Flo
Down -Flo
Horizontal
Valve
270 SRN (bets)
Watt)
(Btuh)
Watts
Kit
10,55
32,600
3330
CRT6.31FF
CH16-31FF
10.55
33,000
3360
C16-28FF, C16-28WFF,
_
____
LB-53081CB
C16-31FF C16-31WFF
10.65
34,000
3470
" *CB 18-31
-
""CBS18-31
10.50
34,400
3440
""CP18-31/41V
"'CP18-31/41V
_
•Factory
/E1603
/E1603
Installed
10-75
34,600
3500
""CB18-41
-
""CBS1$-41
11.00
34.600
3460
C16-41FF C16-41WFF
CR16-41FF
CH16-41FF
LB-53081CB
HS19-411V
""CP18-46/51V
""CP18-46/51V
•Factory
(7.4)
10.70
35,000
3470
/E16Q4
/E16Q4
____
Installed
11.05
35,000
3470
C16-46FF C16-46WFF
-
11-00
35-200
3490
-
CR16-51FF
""
10.85
35,800
3580
""CB18-51
----
'"CBS18-51
LB-53081CB
11,10
35800
3510
C16-51FF
CH16-51FF
"'CP16-41V
""CP16-41V
""CPS16-41/46V
*Factory
11.20
36,000
3530
/E16Q3
/E16Q3
/ES16Q3
Installed
12.00
37.000
3360
----
"CB15.41FF
11.50
37,200
3540
C14-41FF
____
LB-53081CB
10-85
40000
4120
C16-41FF C16-41WFF
CR1641FF
CH16-41FF
11.00
41-000
4140
""CB18-41
"•CBS18-41
11-00
41500
4250
C16-46FF C16-46WFF
LB-53081CB
11.00
41500
4250
----
CR16-51FF
---
10.65
42,000
4380
""CP18-46/51V
""CP18-46/51V
/E16Q4
/E16Q4
•Factory
HS19-461V
10.75
42,500
4390
'"CP16-46V
""CP16-46V
""CPS16-41/46V
Installed
/E16Q4
/E16Q4
/ES1604
(7.4)
11.35
42,500
4250
CH16-51FF
11.20
42,500
4280
C16-51FF
----
LB 53081CB
11.20
43.000
4290
""CB18-51
""CBS18-51
11.50
43.500
4240
C14-41FF
11.00
43,500
4440
"CP16-51V
""CP16-51V
*Factory
/E16Q4
/E1604
Installed
12.00
44,000
4110
•--
----
"'CB15-4fiFF
LB-53081CB
10.00
45,000
4740
"CP18-46/51V
"`CP18-46/51V
*Factory
/E16Q4
/ E 1604
I nstalled
10.50
45,500
4670
--
CR16-51FF
10,55
45-500
4630
C16-46FF C16-46WFF
10.60
45,500
4550
CH16-51FF
10-05
46 500
4940
""CB18-51
•"CBS18-51
10.75
46,500
4740
C16-51FF
LB-53081CC
10.90
47,000
4610
C14-41FF
-
10.85
47,500
4750
C16-65
CR16-65
•CH16-651/
HS19-511V
11.00
47.500
4650
----
---
" C816-46FF
(7.6)
10.15
48,000
5040
""CB18-65
*CBS18-65
10.30
48,500
4900
CP18-65V
""CP18-65V
*Factory
/E16Q5
/E16Q5
Installed
'*CP16-51V
"'CP16-51V
10.60
48,500
4900
/E16Q4
/E16Q4
*Factory
""CP16-65V
'"CP16-65V
Installed
/E16Q5
/E16Q5
12.00
49,500
4460
----
"'CB15-65
11.05
50 000
4850
C14-65
LB-53081CC
10.35
54,500
5730
C14-41FF
10.05
55.500
5925
--..
CR16-51FF
10.30
55,500
5750
-•--
..•.
CH16-51FF
LB-530810E
10.25
57,000
5980
C16-51FF
9.85
57,500
6235
""CP18-65V
""CP18-65V
/E1605
/E16Q5
*Factory
HS19-651V
"CP16-65V
'"CP16-65V
Installed
(7.6)
9.80
58,000
6320
/E1605
/E16Q5
10.05
58,000
6200
"`CB18-65
""CBS18-65
W.50
59,000
6040
C16-65
CR16-65
--
LB-530810E
t0�5�
60,000
6155
C14-65
10.60
60,500
6160
---
-
CH16-65V
•Factory
Installed
11.50
61,500
5820
"C815.65
1 LB-530810E
*Sound Rating Number in accordance with ARI Standard 270.
*Rated in accordance with ARI Standard 210 and DOE; 950F outdoor air temperature, 80°F db/67°F wb entering evaporator air with 25 ft. of connecting refrigerant lines.
-Denotes blower powered evaporator.
* Kit is optional and must be ordered for field installation.
-Expansion valve furnished as standard with coil.
\�D,
!Wkle
SPECIFICATIONS
y
Model No.
HS19-261V
HS19-311V
HS19-411V
HS19-461V 1
HS19-511V
HS19-651V
Condenser
Net face area (sq. ft.)
Outer coil
11.8
15.9
15.9
15.9
18.2
21.6
Inner coil
5.4
5.5
5.5
8.8
11.0
20.8
Coil
Tube diameter (in.) & No. of rows
3/8 - 1.48
3/8 - 1.36
3'8 - 1.36
3/8 - 1.57
3/8 - 1.62
3/8 - 2
Fins per inch
20
20
20
20
20
20
Diameter (in.) & No. of blades
20 - 4
24 - 3
I 24 - 3
24 - 3
24 - 4
24-4
Motor hp
1/6
1/6
1/6
1/6
1/4
1/4
Condenser
Fan
Cfm
2450
3150
3150
3100
3900
3900
Rpm
820
820
820
820
860
860
Watts
210
220
220
220
315
315
"Refrigerant - 22 charge furnished
5 lbs. 10 oz.
6 lbs. 9 oz.
7 lbs. 1 oz.
7 lbs. 14 oz.
8 lbs. 14 oz.
13 lbs. 10 oz.
Liquid line (o.d. in.) connection - sweat
3/8
3/8
3/8
3/8
3/8
3/8
Suction line (o.d. in.) connection - sweat
3/4
3/4
3/4
7/8
7/8
1-1/8
Shipping weight (lbs.) 1 package
200
238
252
260
280
324
-Refrigerant charge is sufficient for 25 ft. length line set.
ELECTRICAL DATA
Model No.
HS19-261V
HS19-311V I HS19-411V
HS19-461V
HS19-511V
HS19-651V
Line voltage data - 60 hertz - 1 phase
208/230V
208/230V 208/230V
208/230V
208/230V
208/230V
Rated load amps
10.3
14.2 13.5
18.3
21.5
27.6
Compressor
Power factor
.94
.98 .98
.98
.98
.98
Locked rotor amps
49.0
66.0 I 78.8
97.6
95.4
135.0
Condenser Coil
Full load amps
1.1
1.1 I 1.1
1.1
2.2
2.2
Fan-Motor
[Locked rotor amps
2.0
2.0 j 2.0
2.0
4.5
4.5
Recommended max. fuse or circuit breaker size (amps)
20
30 I 30
40
50
60
'Minimum circuit ampacity
14.2
18.9 I 18.1
24.1
29.3
37.0
'Refer to National Electrical Code manual to determine wire, fuse and disconnect size requirements.
NOTE - Extremes of operating range are plus and minus 10% of line voltage.
FIELD WIRING
I DISCONNECT
SWITCH I
I Inot Iunudwd
by Len 4 I
A - Two wire power (not furnished)
B - Two wire power (not furnished) - See electrical data
C - Two wire low voltage (not furnished) - 18 ga. minimum
D - Four wire low voltage (not furnished) - 18 ga. minimum
All wiring must conform to NEC and (coal electrical codes. I LENNOX
CONDENSING
LINT
r-L1'F gm-,
I THERMOSTAT I
1 OtSCONNECT
I SWTTcH I
[not luml.hed I
I by L*-o.1 I
- ---_J
l
LENNOx
HEATING UNR
OR
SLOWERIC00.
EVAPORATOR
UNIT
J�