Download Tech Manual

TECHNICAL MANU
AL
MANUAL
*PC13 M Series Multi-Position
Single Phase
Package Air Conditioners
with R-410A
• Refer to Service Manual RS6300008 for installation, operation, and troubleshooting information.
• All safety information must be followed as provided in the Service Manual.
• Refer to the appropriate Parts Catalog for part number information.
• Models listed on page 3.
This manual is to be used by qualified, professionally trained HVAC technicians only.
Goodman does not assume any responsibility for property damage or personal injury
due to improper service procedures or services performed by an unqualified person.
Copyright © 2009-2010, 2012-2013 Goodman Manufacturing Company, L.P.
RT6322009r4
September 2013
PRODUCT IDENTIFICATION
The model and manufacturing number are used for positive identification of component parts used in manufacturing. Please
use these numbers when requesting service or parts information.
G
P
C
BRAND:
®
G: Goodman
Brand
A: Amana®
Brand
13
36
PRODUCT
SERIES:
13: Up to 13 SEER
WARNING
NOMINAL
CAPACITY:
36: 36,000 BTUH
48: 48,000 BTUH
60: 60,000 BTUH
2
1
*
*
MINOR REVISION:
A: Initial Release
B: 2nd Minor Revision
C: 3rd Minor Revision
REFRIGERANT:
4: R-410A
MAJOR REVISION:
A: Initial Release
B: 2nd Major Revision
C: 3rd Major Revision
VOLTAGE:
1: 208-230V/1ph/60Hz
3: 208-230v/3ph/60Hz
4: 460v/3ph/60Hz
HIGH VOLTAGE!
Disconnect ALL power before servicing or installing this unit. Multiple power
sources may be present. Failure to do so may cause property damage, personal
injury or death.
Goodman will not be responsible
for any injury or property damage
arising from improper service or
service procedures. If you install or perform service on
this unit, you assume responsibility for any personal
injury or property damage which may result. Many jurisdictions require a license to install or service heating
and air conditioning equipment.
WARNING
4
CONFIGURATION
H: Horizontal
M: Multi Position
PRODUCT
TYPE:
Package
Cooling/Heating
PRODUCT
FAMILY:
C: Cooling
H: Heat Pump
M
Installation and repair of this unit
should be performed ONLY by
individuals meeting (at a minimum) the requirements of
an "entry level technician" as specified by the Air-Conditioning, Heating, and Refrigeration Institute (AHRI). Attempting to install or repair this unit without such background may result in product damage, personal injury or
death.
WARNING
PRODUCT IDENTIFICATION
The model and manufacturing number are used for positive identification of component parts used in manufacturing. Please
use these numbers when requesting service or parts information.
GPC1336M41A*
GPC1348M41A*
GPC1360M41A*
GPC1336M41B*
GPC1348M41B*
GPC1360M41B*
WARNING
WARNING
GPC1336M41C*
GPC1348M41C*
APC1336M41C*
APC1348M41C*
GPC1360M41C*
APC1360M41C*
The United States Environmental Protection Agency (“EPA”) has issued various regulations regarding the introduction and disposal of refrigerants introduced into this unit. Failure to follow
these regulations may harm the environment and can lead to the imposition of substantial fines.
These regulations may vary by jurisdiction. Should questions arise, contact your local EPA office.
Do not connect or use any device
that is not design certified by
Goodman for use with this unit. Serious property damage, personal injury, reduced unit performance and/or
hazardous conditions may result from the use of such
non-approved devices.
WARNING
To prevent the risk of property
damage, personal injury, or
death, do not store combustible materials or use gasoline or other flammable liquids or vapors in the vicinity
of this appliance.
3
PRODUCT DESIGN
*PC Package Cooling Units are designed for outdoor installations only in either residential or light commercial applications. *PC13**M41 are single phase units and are available
in 3, 4 ton and 5 ton sizes in 208/230 volts.
The connecting ductwork (Supply and Return) can be connected for either horizontal or vertical airflow. In the vertical
application, a matching Roof Curb is recommended and a
horizontal duct cover kit is required.
A return air filter must be installed behind the return air grille(s)
or provision must be made for a filter in an accessible location within the return air duct. The minimum filter area should
not be less than those sizes listed in the Specification Section. Under no circumstances should the unit be operated
without return air filters.
The outdoor fan motors are single phase capacitor type motors. *PC1336M41* models have a PSC type indoor blower
motor. *PC1348-60M41* units have EEM indoor blower motors that are energized by a 24V signal from the thermostat
and are constant torque motors with very low power consumption. The EEM motors feature an integral control module.
Air for condensing (cooling cycle) is drawn through the outdoor coil by a propeller fan, and is discharged vertically out
the top of the unit. The outdoor coil is designed for .0 static.
No additional restriction (ductwork) shall be applied.
Conditioned air is drawn through the filter(s), field installed,
across the coil and back into the conditioned space by the
indoor blower.
A 3/4” PVC pipe is provided for removal of condensate water
from the indoor coil. A trap must be provided to have proper
condensate drainage. (Do not reduce the drain line size.)
*PC13 models use the Compliant Scroll compressor; there
are a number of design characteristics which are different
from the traditional reciprocating compressor.
Refrigerant flow control is achieved by use of restrictor orifices. *PC units use the FasTest Access Fitting System with
a saddle that is either soldered to the suction and liquid lines
or is fastened with a locking nut to the access fitting box
(core) and then screwed into the saddle. Do not remove
the core from the saddle until the refrigerant charge
has been removed. Failure to do so could result in property damage or personal injury.
-
Due to their design Scroll Compressors are inherently
more tolerant of liquid refrigerant. NOTE: Even though the
compressor section of a Scroll compressor is more tolerant of liquid refrigerant, continued floodback or flooded
start conditions may wash oil from the bearing surfaces
causing premature bearing failure.
-
These Scroll compressors use "POE" or polyolester oil,
which is NOT compatible with mineral oil based lubricant
like 3GS. "POE" oil must be used if additional oil is required.
-
Operating pressures and amp draws may differ from
standard reciprocating compressors. This information
may be found in the "Cooling Performance Data" section.
The single phase units use permanent split capacitor (PSC)
design compressors. Starting components are therefore not
required for these units. A low microfarad run capacitor
assists the compressor to start and remains in the circuit
during operation.
4
PRODUCT DESIGN
Location and Clearances
NOTE: To ensure proper condensate drainage, unit must
be installed in a level position.
NOTE: To ensure proper condensate drainage, unit must
be installed in a level position.
In installations where the unit is installed above ground level
and not serviceable from the ground (Example: Roof Top installations), the installer must provide service platform for service person with rails or guards in accordance with local codes
or ordinances or in their absence with the latest edition of the
Uniform Mechanical Code Section 305.
NOTE: Unit can also use roof curb (and platform for leveling, where necessary) to utilize bottom discharge.
WARNING
TO PREVENT POSSIBLE PROPERTY DAMAGE, THE
UNIT SHOULD REMAIN IN AN UPRIGHT POSITION
DURING ALL RIGGING AND MOVING OPERATIONS.
TO FACILITATE LIFTING AND MOVING IF A CRANE
IS USED, PLACE THE UNIT IN AN ADEQUATE CABLE
SLING.
Outside Slab Installation - Multi-positional(M)
NOTE: Roof overhang should be no more than 36" and
provisions made to deflect the warm discharge air out from the
overhang.
NOTE: Single phase models require installation of horizontal
duct kit #20464501PDGK (medium chassis) and
#20464502PDGK (large chassis) when using bottom discharge.
IMPORTANT: If using bottom discharge with roof curb,
ductwork should be attached to the curb prior to installing
the unit.
Refer to Roof Curb Installation Instructions for proper curb
installation. Curbing must be installed in compliance with the
National Roofing Contractors Association Manual.
Minimum clearances are required to avoid air recirculation
and keep the unit operating at peak efficiency.
Roof Curb
Rooftop Installation - Multi-positional (M)
5
PRODUCT DESIGN
*PC13[36-60]M41*
HKR ELECTRICAL DATA
Circuit # 1
Model and Heat Kit Usage
*PC1336M41*
HKR05A,CA
HKR08A,CA
HKR10A,CA
HKR/P15A,CA
*PC1348M41*
HKR05A,CA
HKR08A,CA
HKR10A,CA
HKR/P15A,CA
HKR/P20A,CA
*PC1360M41*
HKR05A,CA
HKR08A,CA
HKR10A,CA
HKR/P15A,CA
HKR/P20A,CA
Minim um Circuit
Ampacity
at 208 / 240V
Circuit #2
Maximum
Overcurrent
Protection (amps)
at 208 / 240V
Minimum Circuit
Am pacity
at 208 / 240V
Maximum
Overcurrent
Protection (amps)
at 208 / 240V
Actual
kW & BTU
at 24 0V
24 /
34 /
45 /
45 /
27
39
52
52
30
40
60
60
/ 30
/ 40
/ 60
/ 60
---------22 / 25
---------30 / 30
4.75 / 16,200
7.00 / 23,800
9.50 / 32,400
14.25 / 48,600
25 /
34 /
46 /
46 /
46 /
28
40
53
52
52
30
40
60
60
60
/ 30
/ 40
/ 60
/ 60
/ 60
---------22 / 25
43 / 49
---------30 / 30
60 / 60
4.75 / 16,200
7.00 / 23,800
9.50 / 32,400
14.25 / 48,600
19.50 / 66,500
25 /
34 /
46 /
46 /
46 /
28
40
53
52
52
30
40
60
60
60
/ 30
/ 40
/ 60
/ 60
/ 60
---------22 / 25
43 / 49
---------30 / 30
60 / 60
4.75 / 16,200
7.00 / 23,800
9.50 / 32,400
14.25 / 48,600
19.50 / 66,500
Heating kW Correction Factor
Supply Votage
240
230
220
210
208
Correction Factor
1.0
0.93
0.85
0.78
0.76
Multiply rated kW by correction factor to get actual kW
IMPORTANT NOTE: A separate power supply is required for the HKR heater kit.
WARNING
6
All wires and overcurrent protection devices are sized for use with electric heaters only and without
refrigeration. If heaters are not installed with above wire size, overheating and fire could occur. See
PACKAGE COOLING SPECIFICATIONS section for minimum circuit ampacity and maximum overcurrent
protection during refrigeration cycle.
PRODUCT DIMENSIONS
*PC13[36-60]M41*
47
51
POWER
WIRE
ENTRANCE
4 1/8
2 1/8
16
1 3/8
A?
5½
16
6½
B
8
2 34
RETURN
B?
SUCTION/LIQUID
PRESSURE PORT
SUPPLY
3
CONDENSATE
DRAIN
CONNECTION
3/4” NPT FEMALE
18 7/8
CONTROL
WIRE
ENTRANCE
BLOWER
ACCESS PANEL
MEDIUM CHASSIS
*PC1336M4**
LARGE CHASSIS
*PC1348M4**
*PC1360M4**
7
PACKAGE COOLING SPECIFICATIONS
*PC13[36-60]M41A*/B*
*PC1336M41*
*PC1348M41*
*PC13 60M41*
COOLING
COOLING CAPACITY, BTUH
35,000
45,500
56,000
CAPACITY
SEER / EER
13/10.9
13/11
13/10.9
UNIT
VOLTAGE (NAMEPLATE)
208/230-60 -1
208/230-60-1
20 8/230-60-1
ELECTRICAL
AMPS
21.2
27.1
35.4
SPECIFICATION MIN CIRCUIT AMPACITY
25.3
32.1
42.0
40
50
60
SCROLL
SCROLL
SCROLL
RATED LOAD AMPS
16.7
19.9
26.4
LOCKED ROTOR AMPS
79.0
109.0
134
CONDENSER
HORSEPOWER
1/4
1/4
1/4
FAN M OTOR
RPM
1075
1075
1075
FULL LOAD AMPS
1.4
1.4
1.4
MAX OVERCURRENT PROTECTION
COMPRESSOR
TYPE
LOCKED ROTOR AMPS
2.9
2.9
2.9
CONDENSER
BLADE DIAM ETER (INCHES)
22
22
22
FAN
NUMBER OF BL ADES
3
3
3
CONDENSER
FACE AREA (SQ. FT.)
12.29
15.36
21.04
COIL
NUMBER OF ROWS
1
1
2
24
24
16
1 /3 - 3
3/4 - 5
1- 5
FINS PER INCH
EVAPORATOR
HORSEPOWER - NO. OF SPEEDS
BLOWER
FULL LOAD AMPS
3.06
5.8
7.6
M OTOR
LOCKED ROTOR AMPS
4.1
---
---
MOTOR SPEED TAP-COOLING EEM
Hig h
T2
T2
RPM
910
1,050
1,050
EVAPORATOR
DIAMETER X W IDTH (INCHES)
10 x 9
10 x 9
10 x 9
BLOWER
RATED SCFM COOLING
1,180
1,700
1,750
MAX EXTERNAL STATIC PRESS ("w.c.)
0.5
0.5
0.5
EVAPORATOR
FACE AREA (SQ. FT.)
4.52
6.17
6.17
COIL
NUMBER OF ROWS
4
4
4
14
14
14
25 x 25 x 1
(2) 20 x 20 x 1
(2) 20 x 20 x 1
FINS PER INCH
GENERAL
FILTER SIZE *
INFORM ATION
DRAIN SIZE (INCHES)
3/4"
3/4"
3/4"
EXPANSION DEVICE
0.070
0.076
0.087
85
120
195
3/4, 1, 1-1/4
3/4, 1, 1 -1/4
3/4 , 1, 1-1/4
1/2
1/2
1/2
SHIPPING W EIGHT (LBS.)
410
510
533
OPERATING WEIGHT ( LBS.)
400
500
523
REFRIGERANT CHARGE R410A (OZS.)
POWER SUPPLY
CONDUIT KNOCKOUT SIZE (INCHES)
LOW VOLTAGE
CONDUIT KNOCKOUT SIZE (INCHES)
1) Maximum Overcurrent Protection Device: MUST use Time Delay Fuse or HACR type Circuit Breaker of the same size as noted.
* Calculated external filter size based on air velocity of 300 ft/min.
Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes.
Unit specifications are subject to change without notice. ALWAYS refer to the units serial plate for the most up-to-date general and electrical information.
(
IMPORTANT: While this data is presented as a guide, it is important to electrically connect the unit and properly size wires and fuses/circuit breakers
in accordance with the National Electrical Code and/or all local codes. Data shown is w/o electric heaters.
8
ACCESSORIES
ACCESSORIES - *PC/*PH****M MODELS
Part Number
Description
OT18-60A
Outdoor Thermostat Kit w/Lockout Stat
OT/EHR18-60
Emergency Heat Relay Kit
HKR
Electric Heat Kit
PGC101/102/103
Roof Curb
DHZECNJPGCHM
Horizontal Jade Economizer - M-Series Package Unit, All Fuels, Medium Chassis, HSeries, All Chassis
DHZECNJPGCHL
Horizontal Jade Economizer - M-Series Package Unit, All Fuels, Large Chassis
PGMDD101/102
Manual 25% Fresh Air Damper Downflow Application, Small and Medium Chassis
PGMDD103
Manual 25% Fresh Air Damper Downflow Application, Large Chassis
PGMDH102
Manual 25% Fresh Air Damper Horizontal Application, Medium Chassis
PGMDH103
Manual 25% Fresh Air Damper Horizontal Application, Large Chassis
PGMDMD101/102
Motorized 25% Fresh Air Damper Downflow Application,Small and Medium Chassis
PGMDMD103
Motorized 25% Fresh Air Downflow Application, Large Chassis
PGMDMH102
Motorized 25% Fresh Air Damper Horizontal Application, Medium Chassis
PGMDMH103
Motorized 25% Fresh Air Damper Horizontal Application, Large Chassis
GPJMED102
GPJMED103
Downflow Jade Economizer for Goodman - M-Series Packaged A/C and Heat Pump,
Medium Chassis
Downflow Jade Economizer for Goodman - M-Series Packaged A/C and Heat Pump,
Large Chassis
GPH13MFR102
Internal Filter Rack, Medium Chassis
GPH13MFR103
Internal Filter Rack, Large Chassis
GPGHFR101-103
External Horizontal Filter Rack for Goodman/Amana Gas/Electric and Multi-position
Package Units All Chassis
SQRPG101/102
Square to Round Adapter w/ 16" Round Downflow Application, Medium Chassis
SQRPG103
Square to Round Adapter w/ 18" Round Downflow Application, Large Chassis
SQRPGH101/102
Square to Round Adapter w/ 16" Round Horizontal Application, Medium Chassis
SQRPGH103
Square to Round Adapter w/ 18" Round Horizontal Application, Large Chassis
CDK36
Flush Mount Concentric Duct Kit
CDK36515
Flush Mount Concentric Duct Kit w/ Filter
CDK36530
Step Down Concentric Duct Kit
CDK36535
Step Down Concentric Duct Kit w/ Filter
CDK4872
Flush Mount Concentric Duct Kit
CDK4872515
Flush Mount Concentric Duct Kit w/ Filter
CDK4872530
Step Down Concentric Duct Kit
CDK4872535
Step Down Concentric Duct Kit w/ Filter
SPK30-60
Single Point Wiring Kit
NOTE: Complete lineup of thermostats can be found in the Thermostat Specification Sheets.
9
BLOWER PERFORMANCE DATA
*PC13[36-60]M41*
Speed
LOW
*PC1360M41B*
*PC1348M41B*
*PC1360M41A*
*PC1348M41A*
Model
*PC1336M41*A*/B*
Dry Coil Data
MED
HIGH
T1 (G)
Volts
230
230
230
230
T2 / T3
230
T4 / T5
230
T1 (G)
T2 / T3
T4 / T5
T1 (G)
T2 / T3
T4 / T5
T1 (G)
T2 / T3
T4 / T5
230
230
230
230
230
230
230
230
230
CFM
E.S.P (In. of H2O)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
1122
1078
1032
972
915
804
687
558
WATTS
338
330
321
310
300
283
264
250
CFM
1387
1331
1264
1209
1119
1041
935
748
WATTS
456
440
428
412
399
382
363
330
CFM
1521
1454
1388
1311
1230
1144
1055
939
WATTS
534
1,140
521
1,395
510
1,360
490
1,310
477
1,265
461
1,235
442
1,190
420
1,130
CFM
WATTS
275
285
295
315
325
335
345
355
CFM
1,795
1,765
1,715
1,695
1,650
1,600
1,500
1,375
WATTS
475
490
505
520
530
535
510
475
CFM
1,860
1,820
1,785
1,745
1,700
1,625
1,515
1,395
WATTS
515
530
545
565
570
550
535
485
CFM
1,755
1,720
1,685
1,645
1,615
1,570
1,530
1,465
WATTS
420
435
455
460
475
490
500
500
CFM
1,850
1,820
1,775
1,735
1,705
1,675
1,610
1,495
WATTS
480
500
515
525
535
555
545
520
CFM
2,180
2,125
2,050
1,975
1,875
1,800
1,655
1,530
WATTS
770
755
725
700
675
640
575
540
CFM
1,451
1,404
1,356
1,309
1,262
1,215
1,168
1,121
WATTS
255
264
273
282
291
299
308
317
CFM
1,809
1,762
1,715
1,667
1,620
1,573
1,526
1,479
WATTS
444
453
462
471
479
488
497
506
CFM
1,885
1,838
1,790
1,743
1,696
1,649
1,602
1,555
WATTS
484
493
502
510
519
528
537
546
CFM
1,774
1,731
1,688
1,645
1,602
1,559
1,515
1,472
WATTS
444
453
463
473
483
493
503
512
CFM
1,891
1,848
1,804
1,761
1,718
1,675
1,632
1,589
WATTS
515
525
535
544
554
564
574
584
CFM
2,105
2,062
2,018
1,975
1,932
1,889
1,846
1,803
WATTS
646
656
666
676
686
696
705
715
NOTES:
•
•
•
•
10
Data shown is Dry Coil. Wet Coil Pressure Drop is approximate. 0.1" H2O, for 2 row indoor coil; 0.2” H2O, for 3 row indoor coil;
and 0.3” H2O, for 4 row indoor coil.
Data shown does not include filter pressure drop, approx. 0.08” H2O.
ALL MODELS SHOULD RUN NO LESS THAN 350 CFM / TON.
Reduce airflow by 2% for 208V operation.
TEMPERATURE RISE
10
20
30
40
50
60
70
30
80
90
100
40
50
60
700
600 CFM
90
100
2000
2200
2400 CFM
1800
1600
1400
OUTPUT BTU/HR x 1000
80
1200
1100
1000
900
70
800
FORMULAS
110
120
130
140
BTU OUTPUT = CFM x 1.08 x RISE
BTU OUTPUT
RISE =
÷ CFM
1.08
BTU OUTPUT vs TEMPERATURE RISE CHART
150
BLOWER PERFORMANCE DATA
11
12
MODEL: *PC1336M41**
EXPANDED PERFORMANCE DATA
1034
1180
1326
1034
1180
1326
Ai rflow
59
34. 3
0.75
18
2.54
-0.4
244
113
33. 3
0.72
19
2.52
-0.5
242
112
30. 7
0.69
19
2.46
-0.8
235
108
34. 9
0.85
21
2.56
-0.4
247
114
33. 9
0.81
21
2.54
-0.4
244
113
31. 3
0.79
22
2.48
-0.7
237
110
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
34.9
0.73
20
2.59
-0.2
26 3
12 0
32.2
0.70
20
2.53
-0.5
25 5
11 7
0.76
19
2.61
-0.1
26 6
12 1
35.9
34.5
0.60
16
2.57
-0.3
26 0
11 9
31.9
0.58
16
2.51
-0.6
25 2
11 5
63
35.5
0.63
15
2.59
-0.2
26 3
12 0
37.7
0.55
16
2.67
0.1
278
131
34.8
0.53
16
2.60
-0.2
269
127
0.58
16
2.69
0.2
280
133
38.9
37.8
0.41
12
2.64
0.0
275
130
34.9
0.40
12
2.58
-0.3
267
126
67
38.9
0.43
12
2.66
0.1
278
131
40.5
0.3 5
11
2.7 5
0. 4
290
140
37.4
0.3 4
11
2.6 8
0. 2
281
136
0.3 7
11
2.7 7
0. 5
292
141
41.7
-
71
-
33.1
0.84
22
2.72
0.3
274
119
30.5
0.81
22
2.66
0.0
266
116
0.88
21
2.74
0.4
277
121
34.1
32.5
0.74
19
2.70
0.2
271
118
30.0
0.72
19
2.64
-0.1
263
115
59
33.5
0.78
18
2.72
0.3
274
119
34.1
0.7 5
20
2.7 8
0. 5
295
127
31.4
0.7 3
20
2.7 1
0. 3
286
123
0.7 9
19
2.8 0
0. 6
298
128
35.1
33.7
0.6 2
16
2.7 6
0. 4
292
126
31.1
0.6 0
17
2.6 9
0. 2
283
122
63
34.7
0.6 5
16
2.7 8
0. 5
295
127
75
39. 6
0.3 7
11
2.9 5
1.2
325
148
36. 5
0.3 5
12
2.8 8
0.9
315
143
0.3 9
11
2.9 7
1.3
328
149
40. 7
-
71
-
32 .3
0. 87
22
2. 88
1.1
312
124
29 .8
0. 83
22
2. 82
0.8
302
120
0. 91
21
2. 91
1.2
315
125
33 .3
31 .7
0. 76
19
2. 86
1.0
309
123
29 .3
0. 73
19
2. 79
0.7
299
119
59
32 .7
0. 80
18
2. 88
1.1
312
124
33. 2
0.7 7
20
2.9 4
1.4
3 35
1 32
30. 7
0.7 5
20
2.8 7
1.1
3 25
1 28
0.8 1
19
2.9 7
1.5
3 39
1 33
34. 2
32. 9
0.6 4
16
2.9 2
1.3
3 32
1 31
30. 4
0.6 1
17
2.8 5
1.0
3 22
1 27
36 .0
0. 59
16
3. 03
1. 7
354
144
33 .2
0. 56
17
2. 96
1. 4
344
140
0. 61
16
3. 06
1. 8
358
146
37 .1
36 .1
0. 44
12
3. 01
1. 6
351
143
33 .3
0. 42
13
2. 94
1. 3
340
138
38.6
0.38
11
3.13
2.2
369
153
35.6
0.36
12
3.05
1.8
358
149
0.40
11
3.15
2.3
373
155
39.8
-
31 .5
0.89
22
3.03
1. 8
355
130
29 .1
0.86
22
2.95
1. 5
344
126
0.94
21
3.05
1. 9
359
132
32 .4
31 .0
0.79
19
3.00
1. 7
351
129
28 .6
0.76
19
2.93
1. 4
341
125
371
134
32.4
0.80
20
3.09
2 .1
382
139
29.9
0.77
21
3.02
1 .8
33.4
0.84
19
3.11
2 .2
386
140
32.1
0.66
16
3.06
2 .0
378
137
29.6
0.63
17
2.99
1 .7
367
133
35 .1
0.60
17
3.19
2. 5
40 3
15 1
32 .4
0.58
17
3.11
2. 2
39 1
14 7
0.63
16
3.21
2. 6
40 8
15 3
36 .2
35 .2
0.45
12
3.16
2. 4
39 9
15 0
32 .5
0.44
13
3.08
2. 1
38 7
14 5
85
95
Entering Indoor Wet Bul b Temperature
63
67
71
59
63
67
33. 9 37 .1
31 .9 33.1 36 .2
0.6 7 0. 46
0.82 0.69 0.48
16
12
18
16
12
2.9 4 3. 03
3.03 3.09 3.18
1.4
1. 7
1. 8
2 .1
2. 5
3 35
354
355
382
40 3
1 32
144
130
139
15 1
NO TE: Sh aded area is ACCA (TVA) cond it ions
36.9
0.57
16
2.86
0.8
311
139
34.0
0.55
17
2.79
0.6
302
134
0.60
16
2.88
0.9
315
140
38.0
36.9
0.43
12
2.84
0.8
308
137
34.1
0.41
13
2.77
0.5
299
133
67
38.0
0.45
12
2.86
0.8
311
139
* IDB: Entering Indoor Dry Bulb Temperature
High and low pressures are measured a t the liquid and s uction access fittings.
75
70
IDB*
65
37.7
0.39
11
3.29
3 .0
421
161
34.8
0.38
12
3.21
2 .6
408
156
0.41
11
3.31
3 .1
425
163
38.8
-
71
-
29.9
0.93
22
3.15
2.6
39 9
13 7
27.6
0.89
22
3.07
2.2
38 7
13 2
0.97
21
3.17
2.7
40 3
13 8
30.8
29.4
0.82
19
3.12
2.5
39 5
13 5
27.2
0.79
19
3.05
2.1
38 4
13 1
59
30.3
0.86
18
3.15
2.6
39 9
13 7
30.8
0. 83
20
3. 21
2 .9
430
145
28.4
0. 80
20
3. 14
2 .5
417
141
0. 87
19
3. 24
3 .0
434
147
31.7
30.5
0. 68
16
3. 19
2 .7
426
144
28.2
0. 66
16
3. 11
2 .4
413
140
63
31.4
0. 71
16
3. 21
2 .9
430
145
3 3.3
0 .63
16
3 .31
3.3
454
159
3 0.8
0 .61
17
3 .23
2.9
440
154
0 .66
16
3 .34
3.4
458
160
3 4.4
3 3.4
0 .47
12
3 .29
3.2
449
157
3 0.8
0 .45
12
3 .21
2.8
436
152
67
3 4.4
0 .49
12
3 .31
3.3
454
159
1 05
35.8
0. 40
11
3. 42
3.8
473
169
33.0
0. 39
11
3. 34
3.4
459
164
0. 42
11
3. 45
3.9
478
171
36.9
-
71
-
2 7.7
0 .93
20
3 .25
3.3
441
141
2 5.6
0 .90
21
3 .17
2.9
428
137
0 .98
19
3 .28
3.4
446
143
2 8.6
2 7.3
0 .82
17
3 .23
3.2
437
140
2 5.2
0 .79
18
3 .15
2.8
424
136
59
2 8.1
0 .86
17
3 .25
3.3
441
141
28.5
0. 84
19
3. 32
3.6
475
150
26.3
0. 81
19
3. 24
3.2
461
146
0. 88
18
3. 35
3.7
480
152
29.4
28.3
0. 69
15
3. 29
3.5
470
149
26.1
0. 66
15
3. 21
3.1
456
144
63
29.1
0. 72
15
3. 32
3.6
475
150
30.9
0.63
15
3.43
4.0
502
164
28.5
0.61
15
3.34
3.7
486
159
0.66
15
3.45
4.2
507
166
31.8
31.0
0.48
11
3.40
3.9
496
162
28.6
0.46
12
3.32
3.5
482
158
67
31.9
0.50
11
3.43
4.0
501
164
115
33.2
0.41
11
3.54
4.5
523
175
30.6
0.39
11
3.45
4.2
507
170
0.43
10
3.57
4.7
528
176
34.2
-
71
-
COOLING OPERATION
Design Subcooling, 10 ± 2 ° F @ the liquid a ccess fitting connection AHRI 95 test c ondi ti ons. Desi gn Superheat 9 ± 2 ° F @ the compressor suction access fitting connection.
Outdoor Ambient Temperature
COOLING PERFORMANCE DATA
*PC1336M41A*/B*
MODEL: *PC1336M41**
EXPANDED PERFORMANCE DATA
36. 1
0.98
25
2.60
-0.2
252
116
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
1034
1326
36.8
0.95
24
2.65
0. 0
27 1
12 4
32.5
0.81
23
2.55
-0.4
25 8
11 8
38.6
0.85
23
2.73
0.3
286
135
34.7
0.66
20
2.62
-0.1
272
129
41.1
0.6 9
20
2.8 1
0. 7
298
144
37.1
0.4 9
16
2.7 0
0. 2
284
137
35.3
1.00
24
2.78
0.6
282
123
31.1
0.89
25
2.68
0.1
269
117
36.0
0.9 8
24
2.8 4
0. 8
304
131
31.7
0.8 4
24
2.7 3
0. 3
289
124
37.7
0.89
23
2.93
1.1
321
143
33.9
0.68
21
2.82
0.7
305
136
40. 2
0.7 2
20
3.0 2
1.5
335
152
36. 3
0.5 1
16
2.9 0
1.0
318
145
34 .4
1. 00
24
2. 95
1.4
321
128
30 .3
0. 92
25
2. 84
0.9
305
122
34. 1
0.9 6
25
2.9 9
1.6
3 42
1 35
31. 5
0.9 3
26
2.9 2
1.3
3 32
1 31
Rating
31. 0
0.8 6
24
2.9 0
1.2
3 29
1 29
NO TE:
35. 1
1.0 0
24
3.0 1
1.7
3 46
1 36
MBh
35. 1 35.7 37.4 39.9 34.3 34.9 36.6 39. 0 33 .4
S/T
0.94 0.90 0.82 0.6 6 0.97 0.9 4 0.84 0.6 9 0. 99
Delta T
26
25
24
21
26
25
24
21
26
85
1180
KW
2.58 2.63 2.71 2.7 9 2.76 2.8 2 2.91 3.0 0 2. 93
AMPS
-0.3
-0.1
0.3
0. 6
0.5
0. 7
1.0
1.4
1.3
HI PR
249
26 8
283
295
280
301
318
331
318
LO PR
115
12 3
134
143
122
130
141
151
127
MBh
32. 4 33.0 34.6 36.9 31.6 32.2 33.8 36. 0 30 .9
S/T
0.90 0.87 0.79 0.6 4 0.94 0.9 0 0.81 0.6 6 0. 96
Delta T
26
26
24
21
26
26
24
21
26
1034
KW
2.52 2.57 2.64 2.7 2 2.70 2.7 5 2.84 2.9 3 2. 86
AMPS
-0.5
-0.3
0.0
0. 3
0.2
0. 4
0.7
1.1
1.0
HI PR
242
26 0
275
287
271
292
308
321
308
LO PR
112
11 9
130
138
118
126
137
146
123
* Entering I ndoo r Dry Bulb Temperature
NOTE: Shaded area is AHRI
High and low pressures are measured a t the liquid and s uction access fittings.
31. 8
0.86
24
2.50
-0.6
239
111
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
35 .7 38.1
0. 87 0.70
24
21
3. 08 3.18
1. 9
2.4
361
377
147
157
32 .9 35.1
0. 84 0.68
24
21
3. 01 3.10
1. 6
2.0
351
366
143
152
Conditions
32 .6
1.00
25
3.07
2. 1
362
133
30 .1
0.99
27
3.00
1. 7
351
129
33.3
0.99
26
3.14
2 .3
390
141
30.7
0.96
26
3.06
2 .0
378
137
34 .8
0.89
24
3.24
2. 7
41 2
15 4
32 .1
0.86
25
3.16
2. 4
39 9
15 0
31.9
1.00
22
3.22
2.9
41 2
14 1
28.1
0.98
25
3.10
2.3
39 1
13 4
32.5
1. 00
23
3. 29
3 .2
443
150
28.7
0. 92
23
3. 16
2 .6
421
142
3 4.1
0 .97
23
3 .40
3.6
468
163
3 0.7
0 .75
20
3 .26
3.0
445
155
36.4
0. 79
20
3. 51
4.1
488
174
32.8
0. 56
16
3. 37
3.5
464
166
2 9.6
1 .00
20
3 .33
3.6
455
146
2 6.0
0 .99
23
3 .20
3.0
432
138
30.1
1. 00
21
3. 40
4.0
489
155
31.6
0.98
21
3.51
4.4
517
169
28.4
0.75
19
3.37
3.8
491
161
507
166
480
152
26.6
0. 93
22
3. 27
3.4
465
147
30.8
0.78
19
3.45
4.2
28.8
0. 96
22
3. 35
3.7
33.7
0.80
19
3.63
4.9
539
180
30.4
0.56
15
3.48
4.3
513
171
528
177
32.9
0.58
15
3.57
4.7
71
33.9
0.61
14
3.60
4.8
534
178
37.2 31.0 31.6 3 3.1 35.3 2 8.7 29.3 30.6 32.7
0.73 1.00 1. 00 0 .93 0. 75 1 .00 1. 00 0.94 0.76
21
24
25
24
21
22
23
22
19
3.34 3.20 3. 27 3 .37 3. 48 3 .30 3. 37 3.48 3.60
3 .2
2.8
3 .1
3.5
4.0
3.5
3.8
4.3
4.8
429
40 8
439
463
483
450
485
512
534
164
13 9
148
162
172
144
153
167
178
34.3 28.6 29.2 3 0.5 32.6 2 6.5 27.0 28.3 30.2
0.70 1.00 0. 99 0 .89 0. 73 1 .00 1. 00 0.90 0.73
21
25
26
24
21
24
24
23
20
3.26 3.12 3. 19 3 .29 3. 39 3 .22 3. 29 3.40 3.51
2 .8
2.5
2 .7
3.2
3.6
3.2
3.5
3.9
4.4
416
39 5
425
449
469
437
470
496
518
160
13 5
144
157
167
140
149
162
173
KW = Total system power
AMPS: Unit amps (comp.+ evaporator + condenser fan motors)
33 .1 35.4 29 .6 30.2 32 .3 34.5
0. 70 0.52 0.94 0.89 0.72 0.54
21
16
25
24
21
17
2. 98 3.08 2.98 3.04 3.13 3.23
1. 5
1.9
1. 6
1 .9
2. 3
2 .7
347
362
348
374
39 5
412
141
150
128
136
14 8
158
Shaded area reflects AHRI rating condit ions
36 .8 39.2 33 .6 34.2 35 .9 38.3
0. 91 0.74 1.00 1.00 0.94 0.76
23
20
23
24
23
20
3. 11 3.20 3.10 3.16 3.26 3.37
2. 0
2.5
2. 2
2 .4
2. 8
3 .3
365
381
366
394
41 6
434
148
158
134
143
15 6
166
67
31.7
0.82
18
3.48
4.3
512
167
63
29.7
1. 00
21
3. 37
3.8
485
153
115
COOLING OPERATION
Design Subcooling, 10 ± 2 ° F @ the liquid a ccess fitting connection AHRI 95 test c ondi ti ons. Desi gn Superheat 9 ± 2 ° F @ the compressor suction access fitting connection.
Outdoor Ambient Temperature
65
75
85
95
1 05
Entering Indoor Wet Bul b Temperature
IDB*
Ai rflow
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
MBh
35. 5 36.3 38.8 41.4 34.7 35.4 37.9 40. 5 33 .8 34. 6 37 .0 39.5 33 .0 33.7 36 .1 38.5 31.4 32.1 3 4.2 36.6 2 9.1
S/T
0.94 0.88 0.71 0.5 3 0.97 0.9 1 0.74 0.5 5 1. 00 0.9 3 0. 76 0.57 1.00 0.96 0.78 0.59 1.00 1. 00 0 .81 0. 61 1 .00
Delta T
23
22
19
15
23
22
19
16
23
22
19
16
23
23
20
16
22
22
19
15
20
1326
KW
2.58 2.63 2.71 2.7 9 2.76 2.8 2 2.91 3.0 0 2. 93 2.9 9 3. 08 3.18 3.07 3.14 3.24 3.34 3.20 3. 27 3 .37 3. 48 3 .30
AMPS
-0.3
-0.1
0.3
0. 6
0.5
0. 7
1.0
1.4
1.3
1.6
1. 9
2.4
2. 1
2 .3
2. 7
3 .2
2.8
3 .1
3.5
4.0
3.5
HI PR
249
26 8
283
295
280
301
318
331
318
3 42
361
377
362
390
41 2
429
40 8
439
463
483
450
LO PR
115
12 3
134
143
122
130
141
151
127
1 35
147
157
133
141
15 4
164
13 9
148
162
172
144
MBh
34. 5 35.2 37.6 40.2 33.7 34.4 36.8 39. 3 32 .9 33. 6 35 .9 38.4 32 .1 32.8 35 .0 37.4 30.5 31.1 3 3.3 35.5 2 8.2
S/T
0.89 0.84 0.68 0.5 1 0.93 0.8 7 0.71 0.5 3 0. 95 0.8 9 0. 72 0.54 0.98 0.92 0.75 0.56 1.00 0. 95 0 .78 0. 58 1 .00
Delta T
24
23
20
16
24
23
20
16
24
23
20
16
24
23
20
16
24
23
20
16
22
80
1180
KW
2.56 2.61 2.69 2.7 7 2.74 2.8 0 2.88 2.9 7 2. 91 2.9 7 3. 06 3.15 3.05 3.11 3.21 3.31 3.17 3. 24 3 .34 3. 45 3 .28
AMPS
-0.4
-0.1
0.2
0. 5
0.4
0. 6
0.9
1.3
1.2
1.5
1. 8
2.3
2. 0
2 .2
2. 6
3 .1
2.7
3 .0
3.4
3.9
3.4
40 8
HI PR
247
26 6
280
292
277
298
315
328
315
3 39
358
373
359
386
425
40 3
434
458
478
446
15 3
LO PR
114
12 1
133
141
121
128
140
149
125
1 33
146
155
132
140
163
13 8
147
160
171
143
COOLING PERFORMANCE DATA
*PC1336M41A*/B*
13
14
MODEL: *PC1348M41**
EXPANDED PERFORMANCE DATA
1700
45. 3
0.90
20
3.26
16. 1
245
117
44. 0
0.86
21
3.23
16. 0
243
116
46.7
0.81
18
3.32
16.4
26 4
12 4
45.3
0.77
19
3.30
16.3
26 1
12 3
50.5
0.61
15
3.42
16.8
279
136
49.1
0.58
15
3.39
16.7
276
134
54.2
0.3 9
10
3.5 2
17.3
291
144
52.7
0.3 8
11
3.4 9
17.1
288
143
44.3
0.94
20
3.49
17.1
275
123
43.0
0.89
21
3.46
17.0
272
122
45.6
0.8 4
18
3.5 6
17.4
296
131
44.3
0.8 0
19
3.5 3
17.3
293
130
49.4
0.63
15
3.67
17.8
313
143
47.9
0.60
16
3.64
17.7
310
142
53. 0
0.4 1
10
3.7 8
18. 3
326
153
51. 4
0.3 9
11
3.7 5
18. 2
323
151
43 .2
0. 96
20
3. 69
18 .2
313
128
42 .0
0. 92
21
3. 67
18 .0
310
127
44. 5
0.8 6
18
3.7 7
18. 5
3 37
1 36
43. 2
0.8 2
19
3.7 4
18. 4
3 33
1 35
48 .2
0. 65
15
3. 88
19 .0
356
149
46 .8
0. 62
16
3. 85
18 .8
352
147
51.7
0.42
10
4.00
19.5
371
159
50.2
0.40
11
3.97
19.4
367
157
42 .2
0.99
20
3.87
19 .1
356
135
41 .0
0.95
21
3.84
19 .0
353
133
MBh
40. 6 41.8 45.3 48.6 39.7 40.9 44.2 47. 5 38 .7 39. 9 43 .2 46.3 37 .8
S/T
0.83 0.74 0.56 0.3 6 0.86 0.7 7 0.58 0.3 8 0. 88 0.7 9 0. 60 0.38 0.91
Delta T
21
19
16
11
21
19
16
11
21
19
16
11
21
1490
KW
3.16 3.22 3.32 3.4 2 3.39 3.4 5 3.55 3.6 6 3. 58 3.6 5 3. 76 3.88 3.76
AMPS
15. 7 16.0 16.4 16.8 16.6 16.9 17.3 17. 8 17 .7 18. 0 18 .4 19.0 18 .6
HI PR
235
25 3
268
279
264
284
300
313
300
3 23
341
356
342
LO PR
112
11 9
130
139
118
126
138
147
123
1 31
143
152
129
* IDB: Entering Indoor Dry Bulb Temperature
NO TE: Sh aded area is ACCA (TVA) cond it ions
High and low pressures are measured a t the liquid and s uction access fittings.
75
1911
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
38.9
0.82
20
3.83
18.9
368
138
43.4
0.89
19
3.95
19.5
383
143
42.2
0.85
19
3.92
19.3
380
142
42 .1
0.62
16
3.95
19 .4
38 9
15 0
47 .0
0.67
15
4.08
20 .0
40 5
15 6
45 .6
0.64
16
4.04
19 .8
40 1
15 5
45.2
0.40
11
4.07
20.0
406
160
50.4
0.43
10
4.21
20.6
422
167
49.0
0.41
11
4.17
20.4
418
165
35.9
0.95
21
3.90
19.5
38 5
13 6
40.1
1.00
19
4.03
20.1
40 1
14 1
38.9
0.98
21
4.00
19.9
39 7
14 0
37.0
0. 85
19
3. 98
19.9
414
144
41.3
0. 92
18
4. 11
20.5
431
150
40.1
0. 88
19
4. 08
20.3
427
149
4 0.0
0 .64
16
4 .11
2 0.4
438
157
4 4.7
0 .70
15
4 .24
2 1.0
456
164
4 3.4
0 .66
16
4 .21
2 0.8
451
162
42.9
0. 41
11
4. 24
21.0
456
168
47.9
0. 45
10
4. 38
21.6
475
175
46.5
0. 43
11
4. 34
21.5
470
173
3 3.3
0 .95
20
4 .03
2 0.4
425
140
3 7.1
1 .00
18
4 .16
2 1.0
443
146
3 6.0
0 .99
19
4 .13
2 0.9
439
145
34.2
0. 85
18
4. 11
20.8
458
149
38.2
0. 93
17
4. 25
21.4
477
155
37.1
0. 89
18
4. 21
21.3
472
154
63
37.8
0. 76
14
4. 21
21.3
472
154
36.7
0. 73
14
4. 18
21.1
467
152
33.9
0. 70
15
4. 08
20.6
453
148
37.1
0.65
15
4.24
21.3
483
163
41.4
0.70
14
4.38
22.0
503
170
40.2
0.67
15
4.35
21.8
498
168
67
41.4
0.53
11
4.35
21.8
498
168
40.2
0.50
11
4.31
21.7
493
166
37.1
0.49
11
4.21
21.2
479
161
115
39.8
0.42
10
4.38
22.0
504
173
44.4
0.45
10
4.52
22.7
525
181
43.1
0.43
10
4.49
22.5
520
179
71
-
COOLING OPERATION
Design Subcooling, 10 ± 2 ° F @ the liquid a ccess fitting connection AHRI 95 test c ondi ti ons. Desi gn Superheat 10 ± 2 °F @ the compressor suction access fitting connecti on.
Outdoor Ambient Temperature
65
75
85
95
1 05
Entering Indoor Wet Bul b Temperature
IDB*
Ai rflow
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
MBh
44. 6 46.2 50.6
43.5 45.1 49.5
42 .5 44. 1 48 .3
41 .5 43.0 47 .1
39.4 40.8 4 4.7
3 6.5
S/T
0.80 0.66 0.46
0.82 0.6 9 0.48
0. 84 0.7 1 0. 49
0.87 0.73 0.50
0.91 0. 76 0 .52
0 .91
Delta T
17
15
11
17
15
11
17
15
11
17
15
11
17
15
11
16
1911
KW
3.23 3.30 3.39
3.46 3.5 3 3.64
3. 67 3.7 4 3. 85
3.84 3.92 4.04
4.00 4. 08 4 .21
4 .13
AMPS
16. 0 16.3 16.7
17.0 17.3 17.7
18 .0 18. 4 18 .8
19 .0 19.3 19 .8
19.9 20.3 2 0.8
2 0.9
HI PR
243
26 1
276
272
293
309
310
3 33
352
353
380
40 1
39 7
427
451
438
LO PR
116
12 3
134
122
130
142
127
1 35
147
133
142
15 5
14 0
149
162
145
MBh
43. 3 44.9 49.2
42.3 43.8 48.0
41 .3 42. 8 46 .9
40 .3 41.7 45 .7
38.3 39.6 4 3.4
3 5.4
S/T
0.76 0.63 0.44
0.79 0.6 6 0.45
0. 81 0.6 7 0. 47
0.83 0.69 0.48
0.86 0. 72 0 .50
0 .87
Delta T
18
15
12
18
16
12
18
16
12
18
16
12
18
15
12
17
70
1700
KW
3.21 3.27 3.37
3.44 3.5 1 3.61
3. 64 3.7 1 3. 82
3.81 3.89 4.01
3.96 4. 05 4 .17
4 .09
AMPS
15. 9 16.2 16.6
16.8 17.1 17.6
17 .9 18. 2 18 .7
18 .9 19.2 19 .7
19.8 20.2 2 0.7
2 0.7
HI PR
240
25 9
273
270
290
306
307
3 30
348
349
376
39 7
39 3
423
447
434
LO PR
114
12 2
133
121
129
140
126
1 34
146
132
140
15 3
13 8
147
161
143
MBh
40. 0 41.4 45.4
39.0 40.4 44.3
38 .1 39. 5 43 .3
37 .2 38.5 42 .2
35.3 36.6 4 0.1
3 2.7
S/T
0.73 0.61 0.42
0.76 0.6 3 0.44
0. 78 0.6 5 0. 45
0.80 0.67 0.46
0.83 0. 70 0 .48
0 .84
Delta T
18
16
12
18
16
12
18
16
12
18
16
12
18
16
12
17
1490
KW
3.14 3.20 3.29
3.36 3.4 3 3.53
3. 55 3.6 3 3. 74
3.73 3.80 3.92
3.87 3. 95 4 .07
4 .00
AMPS
15. 6 15.9 16.2
16.5 16.8 17.2
17 .5 17. 9 18 .3
18 .5 18.8 19 .3
19.4 19.7 2 0.2
2 0.2
HI PR
233
25 1
265
262
281
297
297
3 20
338
339
365
38 5
38 1
410
433
421
LO PR
111
11 8
129
117
125
136
122
1 30
142
128
136
14 9
13 4
143
156
139
COOLING PERFORMANCE DATA
*PC1348M41A*/B*
MODEL: *PC1348M41**
EXPANDED PERFORMANCE DATA
47.0
1.00
23
3.31
16.3
250
119
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
1490
1911
47.9
1. 00
23
3. 37
16.6
269
127
42.3
0. 85
22
3. 25
16.1
256
121
5 0.1
0 .90
22
3 .47
1 7.0
284
138
4 5.1
0 .70
19
3 .34
1 6.5
270
132
53.5
0.73
19
3.57
17.5
296
147
48.3
0.52
15
3.44
16.9
282
140
45.9
1.00
22
3.54
17.3
2 81
1 26
40.4
0.94
24
3.41
16.7
2 67
1 20
46 .7
1.00
22
3.61
17 .6
302
134
41 .3
0.89
23
3.48
17 .0
287
127
49.0
0.94
22
3.72
18.1
319
146
44.1
0.72
20
3.58
17.4
303
139
52.2
0.76
19
3.84
18.6
333
156
47.1
0.54
16
3.69
17.9
316
148
44.8
1. 00
22
3. 75
18.4
319
131
39.4
0. 97
24
3. 61
17.8
304
124
44. 3
1.0 0
24
3.8 0
18. 6
3 40
1 38
40. 9
0.9 8
25
3.7 1
18. 2
3 30
1 34
Rating
40. 3
0.9 1
23
3.6 8
18. 1
3 27
1 32
NOTE:
45. 6
1.0 0
22
3.8 3
18. 8
3 44
1 39
MBh
45.6 46.5 4 8.7 51.9 44.5 45 .4 47.5 50.7 43.5
S/T
0.99 0. 96 0 .86 0.70 1.00 0.99 0.89 0.73 1. 00
Delta T
24
24
23
20
24
24
23
20
24
85
1700
KW
3.28 3. 35 3 .44 3.55 3.52 3.59 3.69 3.81 3. 72
AMPS
16.2 16.5 1 6.9 17.4 17.2 17 .5 17.9 18.4 18.3
HI PR
248
267
281
294
2 78
299
316
329
316
LO PR
118
125
137
146
1 25
133
145
154
130
MBh
42.1 42.9 4 4.9 47.9 41.1 41 .9 43.9 46.8 40.1
S/T
0.96 0. 92 0 .83 0.68 0.99 0.96 0.86 0.70 1. 00
Delta T
25
24
23
20
25
25
23
20
25
1490
KW
3.21 3. 27 3 .37 3.47 3.44 3.50 3.61 3.72 3. 64
AMPS
15.9 16.2 1 6.6 17.0 16.8 17 .1 17.6 18.1 17.9
HI PR
240
259
273
285
2 70
290
306
319
307
LO PR
114
122
133
142
1 21
129
140
150
126
* Entering I ndoor Dry Bulb Temperature
NOTE: Sha ded area is AHRI
High and low pressu res a re measured at t he liq uid and s uction access fittings.
41.4
0.91
23
3.19
15.8
238
113
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
46 .4 49.5
0. 92 0.74
23
20
3. 91 4.04
19 .1 19.7
359
375
150
160
42 .8 45.7
0. 88 0.72
23
20
3. 82 3.94
18 .7 19.2
348
363
146
155
Conditions
42.4
1.00
23
3.90
19.3
36 0
13 6
39.1
1.00
24
3.81
18.8
34 9
13 2
43.2
1.00
23
3.99
19.6
387
145
39.9
1.00
25
3.89
19.2
376
140
45.3
0.9 5
23
4.1 1
20.1
409
158
41.8
0.9 1
24
4.0 1
19.7
397
153
41. 5
1.00
20
4.09
20. 4
409
144
36. 5
1.04
23
3.93
19. 6
389
137
42.3
1.00
20
4.18
20.8
440
153
37.3
0.97
22
4.02
20.0
419
146
44. 3
1.00
21
4.31
21. 3
465
167
39. 9
0.79
20
4.14
20. 5
442
159
443
146
475
175
47.3
0.84
19
4.45
22.0
485
178
38.4
1.00
18
4.23
21.3
452
149
33.9
1.05
22
4.06
20.5
430
142
36.7
1.00
20
4.16
21.0
46.2
0.61
15
4.38
21.6
42.6
0.59
16
4.27
21.2
461
169
59
37.8
1.00
18
4.19
21.2
447
147
71
47.6
0.64
15
4.41
21.8
480
176
connection.
39.2
1.00
19
4.32
21.7
486
158
34.6
0.98
21
4.15
20.9
462
151
477
155
37.5
1.00
20
4.25
21.4
63
38.6
1.00
19
4.28
21.6
482
157
4 1.0
1 .00
20
4 .45
2 2.3
514
173
3 7.0
0 .80
18
4 .28
2 1.5
488
165
503
170
4 0.0
0 .83
18
4 .38
2 2.0
67
4 1.2
0 .87
17
4 .42
2 2.2
508
171
1 15
43.8
0.84
18
4.60
23.0
536
184
39.5
0.60
15
4.41
22.2
509
175
525
181
42.8
0.62
14
4.52
22.7
71
44.1
0.65
14
4.56
22.8
530
182
COOLING OPERATION
48.3
40. 3 41.1 43. 0 45.9 37.3 38.0 3 9.8 42.5
0.77
1.00 1.00 0.98 0.80 1.00 1.00 0 .99 0.80
20
22
22
23
20
20
21
21
18
4.24
4.06 4.15 4.27 4.41 4.19 4.28 4 .42 4.56
20.7
20. 2 20.6 21. 2 21.8 21.2 21.6 2 2.2 22.8
427
405
436
460
480
447
482
508
530
168
143
152
166
176
147
157
171
182
44.6
37. 2 37.9 39. 7 42.4 34.4 35.1 3 6.8 39.2
0.74
1.00 1.00 0.95 0.77 1.00 1.00 0 .96 0.78
20
23
23
23
20
21
22
22
19
4.14
3.96 4.05 4.17 4.30 4.09 4.18 4 .31 4.45
20.3
19. 8 20.2 20. 7 21.3 20.7 21.1 2 1.7 22.3
414
393
423
446
466
434
467
493
514
163
138
147
161
171
143
152
166
177
KW = Total system power
AMPS: Unit amps (comp. + evapora tor + cond enser fan moto rs)
43 .0 46.0 38.5 39.3 42.0 44.9
0. 74 0.55 1.00 0.94 0.7 6 0.57
20
16
24
23
20
16
3. 79 3.91 3.78 3.86 3.9 8 4.11
18 .6 19.1 18.7 19.1 19.6 20.1
345
360
34 6
372
393
410
144
154
13 1
139
152
162
Shaded area reflects AHRI rating conditions
47 .8 51.0 43.7 44.5 46.6 49.7
0. 96 0.78 1.00 1.00 0.9 9 0.81
22
19
21
21
22
19
3. 94 4.07 3.94 4.02 4.1 4 4.27
19 .2 19.8 19.4 19.8 20.3 20.9
363
378
36 4
391
413
431
152
162
13 7
146
160
170
Design Subcooling, 10 ± 2 °F @ the liquid acc ess fitti ng connection AHRI 95 test condi ti ons. Desi gn Superheat 10 ± 2 °F @ the compress or suc tion access fitting
Outdoor Ambient Temperature
65
75
85
95
105
Entering Indoor Wet Bul b Temperature
IDB*
Ai rflow
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
MBh
46.1 47.2 5 0.4 53.9 45.1 46 .1 49.2 52.6 44.0 45. 0 48 .0 51.4 42.9 43.9 46.9 50.1
40. 8 41.7 44. 5
S/T
1.00 0. 93 0 .76 0.57 1.00 0.96 0.78 0.59 1. 00 1.0 0 0. 80 0.60 1.00 1.00 0.8 3 0.62
1.00 1.00 0.86
Delta T
22
21
18
15
22
21
19
15
21
22
19
15
21
21
19
15
20
20
18
1911
KW
3.28 3. 35 3 .44 3.55 3.52 3.59 3.69 3.81 3. 72 3.8 0 3. 91 4.04 3.90 3.99 4.1 1 4.24
4.06 4.15 4.27
AMPS
16.2 16.5 1 6.9 17.4 17.2 17 .5 17.9 18.4 18.3 18. 6 19 .1 19.7 19.3 19.6 20.1 20.7
20. 2 20.6 21. 2
HI PR
248
267
281
294
2 78
299
316
329
316
3 40
359
375
36 0
387
409
427
405
436
460
LO PR
118
125
137
146
1 25
133
145
154
130
1 38
150
160
13 6
145
158
168
143
152
166
MBh
44.8 45.8 4 8.9 52.3 43.8 44 .7 47.8 51.1 42.7 43. 7 46 .6 49.9 41.7 42.6 45.5 48.6
39. 6 40.5 43. 2
S/T
0.95 0. 89 0 .72 0.54 0.98 0.92 0.75 0.56 1. 00 0.9 4 0. 77 0.57 1.00 0.97 0.7 9 0.59
1.00 1.00 0.82
Delta T
23
22
19
15
23
22
19
15
23
22
19
15
23
22
19
16
21
22
19
80
1700
KW
3.26 3. 32 3 .42 3.52 3.49 3.56 3.67 3.78 3. 69 3.7 7 3. 88 4.01 3.87 3.95 4.0 8 4.21
4.03 4.11 4.24
AMPS
16.1 16.4 1 6.8 17.3 17.1 17 .4 17.8 18.3 18.2 18. 5 19 .0 19.5 19.1 19.5 20.0 20.6
20. 1 20.5 21. 0
405
HI PR
245
264
279
291
2 75
296
313
326
313
3 37
356
371
35 6
384
422
401
431
456
156
LO PR
117
124
136
144
1 23
131
143
153
128
1 36
149
159
13 5
143
167
141
150
164
COOLING PERFORMANCE DATA
*PC1348M41A*/B*
15
16
MODEL: *PC1360M41**
EXPANDED PERFORMANCE DATA
1750
1967
1534
1750
19. 4
230
102
55. 8
0.83
22
4.10
20. 0
242
107
54. 2
0.79
23
4.07
19. 9
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
AMPS
57.5
0.74
20
4.19
20.4
260
114
55.8
0.71
21
4.16
20.3
19.7
247
109
55.2
0.58
17
4.12
20.1
255
112
51.0
0.56
17
4.03
62.2
0.56
16
4.32
20.9
275
125
60.4
0.54
17
4.28
20.8
20.2
261
119
60.5
0.40
13
4.25
20.6
269
122
55.8
0.39
13
4.15
66 .7
0.36
11
4.45
21 .5
287
133
64 .8
0.34
12
4.42
21 .4
-
-
54.5
0.86
22
4.41
21.3
271
113
52.9
0.82
23
4.38
21.1
20.5
258
108
52.0
0.72
20
4.34
21.0
266
111
48.0
0.70
20
4.24
56.1
0.7 7
20
4.5 0
21.7
292
121
54.5
0.7 3
21
4.4 7
21.5
20.9
278
115
53.9
0.6 0
17
4.4 3
21.4
286
118
49.8
0.5 8
17
4.3 3
60.7
0.58
17
4.64
22.2
308
132
59.0
0.56
17
4.61
22.1
21.5
293
125
59.1
0.42
13
4.57
21.9
302
129
54.5
0.40
13
4.46
65.2
0.37
11
4.79
22.9
321
140
63.3
0.36
12
4.75
22.7
-
-
53.2
0. 88
22
4. 68
22.7
308
118
51.7
0. 84
23
4. 64
22.6
21.9
293
112
50.8
0. 74
20
4. 61
22.4
302
116
46.9
0. 71
20
4. 50
5 4. 8
0 .7 9
20
4 .7 8
2 3. 2
3 32
1 25
5 3. 2
0 .7 5
21
4 .7 4
2 3. 0
2 2. 3
3 16
1 19
5 2. 7
0 .6 2
17
4 .7 0
2 2. 8
3 25
1 23
4 8. 6
0 .6 0
17
4 .5 9
59.3
0.60
17
4.93
23.8
35 1
13 7
57.6
0.57
17
4.89
23.6
22.9
33 3
13 0
57.7
0.43
13
4.85
23.4
34 4
13 4
53.2
0.41
13
4.74
63.6
0.38
11
5.09
24.5
366
146
61.8
0.37
12
5.05
24.3
-
-
51.9
0.91
22
4.92
24.0
351
124
50.4
0.87
23
4.88
23.8
23.1
334
118
49.6
0.76
20
4.84
23.6
344
121
45.7
0.74
20
4.72
HI PR
239
258
272
284
269
289
305
318
305
3 29
34 7
362
348
LO PR
106
113
124
132
112
120
130
139
117
1 24
13 6
144
123
MBh
50. 0 51.5 55.7 59 .8 48.8 50.3 54.4
58.4 47.7 4 9. 1 53.1 57.0
46.5
S/T
0.76 0.68 0.52 0.33 0.79 0.7 1 0.54
0.34 0. 81 0 .7 3 0.55 0.35
0.84
Delta T
23
21
17
12
23
21
17
12
23
21
18
12
23
1534
KW
3.98 4.06 4.18 4.31 4.27 4.3 6 4.50
4.64 4. 53 4 .6 3 4.77 4.93
4.76
AMPS
19. 5 19.8 20.3 20 .9 20.7 21.1 21.6
22.2 22.1 2 2. 5 23.1 23.8
23.3
HI PR
232
250
264
275
260
280
296
309
296
3 19
33 7
351
337
LO PR
103
110
120
128
109
116
127
135
113
1 21
13 2
140
119
* IDB: Entering Indoor Dry Bulb Temperature
NO TE: Shaded area is ACCA (TVA) co nditio ns
High and low pressures are measured a t t he liquid and s uction a ccess fittin gs.
75
70
53. 3
0.70
20
4.04
19. 8
237
105
49. 2
0.67
20
3.95
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
MBh
S/T
Delta T
KW
5 3.4
0 .81
20
5 .03
2 4.4
378
132
5 1.9
0 .78
21
4 .99
2 4.3
374
130
4 7.9
0 .75
22
4 .86
2 3.7
363
127
2 3.5
359
125
5 1.4
0 .64
17
4 .95
2 4.1
371
129
4 7.4
0 .62
17
4 .83
395
142
51 .8
0.57
18
5.02
24 .3
383
138
57 .9
0.62
17
5.19
25 .1
399
144
56 .2
0.59
17
5.15
24 .9
24 .2
380
137
56 .3
0.44
13
5.10
24 .7
391
141
51 .9
0.43
13
4.98
412
152
55.6
0.36
12
5.18
25.1
400
147
62.1
0.40
12
5.36
25.9
416
153
60.3
0.38
12
5.31
25.7
-
-
391
129
44. 2
0.87
23
4.96
24. 5
380
125
49. 3
0.95
22
5.12
25. 2
395
130
47. 9
0.90
23
5.08
25. 0
24. 3
376
123
47. 1
0.79
20
5.04
24. 8
387
127
43. 5
0.76
20
4.92
421
137
45.5
0.78
21
5.07
24.9
409
133
50.8
0.85
20
5.24
25.7
425
138
49.3
0.81
21
5.19
25.5
24.8
404
131
48.8
0.66
17
5.15
25.3
417
135
45.0
0.64
17
5.02
445
149
49.3
0.59
17
5.23
25.6
431
145
55.0
0.64
16
5.41
26.4
449
151
53.4
0.61
17
5.36
26.2
25.4
427
143
53.5
0.46
13
5.32
26.0
440
148
49.3
0.44
13
5.19
464
159
52.9
0. 38
12
5. 40
26.4
450
154
59.0
0. 41
11
5. 58
27.2
468
161
57.3
0. 39
12
5. 54
27.0
-
-
4 32
1 33
40. 9
0.8 8
22
5.1 3
25. 6
4 19
1 29
45. 7
0.9 5
20
5.3 0
26. 4
4 37
1 34
44. 4
0.9 1
21
5.2 6
26. 2
25. 4
4 15
1 28
43. 6
0.8 0
18
5.2 1
26. 0
4 28
1 32
40. 3
0.7 7
19
5.0 8
46 5
14 1
42.1
0.78
20
5.24
26.1
45 1
13 7
47.0
0.85
19
5.42
27.0
47 0
14 3
45.7
0.81
20
5.37
26.8
25.9
44 7
13 6
45.2
0.67
16
5.33
26.6
46 1
14 0
41.7
0.64
16
5.19
63
46.6
0.70
15
5.37
26.8
46 5
14 1
491
154
45.6
0.59
16
5.41
26.9
477
150
50.9
0.65
15
5.59
27.7
496
156
49.4
0.62
16
5.55
27.5
26.7
472
148
49.5
0.46
12
5.50
27.3
486
153
45.7
0.45
12
5.36
67
51.0
0.49
12
5.55
27.5
491
154
115
512
164
49.0
0.38
11
5.59
27.7
497
160
54.6
0.42
11
5.78
28.6
518
166
53.0
0.40
11
5.73
28.4
-
-
71
-
COOLING OPERATION
Design Subcooling, 9 ± 2 °F @ the liqui d access fi tting connection AHRI 95 test conditions. Design Superhea t 10 ± 2 °F @ the c ompressor suction access fitting connection.
Outdoor Ambient Tempe rature
65
75
85
95
105
Entering Indoor Wet Bulb Temperature
IDB*
Ai rfl ow
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
MBh
54. 9 56.9 62.3
53.6 55.6 60.9
52.3 5 4. 2 59.4
51.0 5 2.9 58 .0
48. 5 50.3 55.1
44. 9
S/T
0.73 0.61 0.42
0.76 0.6 3 0.44
0. 78 0 .6 5 0.45
0.80 0 .67 0.46
0.83 0.69 0.48
0.8 4
Delta T
19
16
12
19
16
12
19
16
12
19
17
13
19
16
12
18
1967
KW
4.07 4.15 4.28
4.38 4.4 7 4.61
4. 64 4 .7 4 4.89
4.88 4 .99 5.15
5.08 5.19 5.36
5.2 6
AMPS
19. 9 20.3 20.8
21.1 21.5 22.1
22.6 2 3. 0 23.6
23.8 2 4.3 24 .9
25. 0 25.5 26.2
26. 2
HI PR
239
258
272
269
289
305
305
3 29
34 7
348
374
395
391
421
445
4 32
LO PR
106
113
123
112
120
130
117
1 24
13 6
123
130
142
129
137
149
1 33
COOLING PERFORMANCE DATA
*PC1360M41A*/B*
MODEL: *PC1360M41**
EXPANDED PERFORMANCE DATA
57.8
0.95
26
4.17
20.3
247
110
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
1534
1967
58.9
0. 92
25
4. 25
20.7
265
117
52.0
0. 79
24
4. 09
20.0
252
111
6 1.7
0 .83
24
4 .38
2 1.2
280
127
5 5.6
0 .64
21
4 .22
2 0.5
266
121
65.8
0.67
21
4.52
21.8
292
136
59.4
0.48
17
4.35
21.1
278
129
56.4
0.99
26
4.48
21.6
2 77
1 16
49.7
0.87
26
4.31
20.8
2 63
1 10
57 .5
0.95
26
4.58
22 .0
298
123
50 .8
0.81
25
4.40
21 .2
283
117
60.3
0.86
24
4.72
22.6
314
134
54.3
0.66
22
4.53
21.8
299
128
64.3
0.70
21
4.87
23.2
328
143
58.0
0.50
17
4.68
22.4
312
136
55.1
1. 00
26
4. 76
23.1
315
120
48.5
0. 89
26
4. 57
22.2
299
114
54. 5
0.9 3
27
4.8 2
23. 3
3 35
1 27
50. 3
0.9 0
27
4.7 0
22. 8
3 25
1 34
Rating
49. 6
0.8 3
25
4.6 7
22. 7
3 22
1 22
NOTE:
56. 2
0.9 8
26
4.8 6
23. 5
3 39
1 28
MBh
56.1 57.2 5 9.9 63.9 54.8 55 .9 58.5 62.4 53.5
S/T
0.91 0. 88 0 .79 0.64 0.94 0.91 0.82 0.67 0. 97
Delta T
27
26
25
22
27
27
25
22
27
85
1750
KW
4.14 4. 22 4 .35 4.49 4.45 4.54 4.68 4.83 4. 72
AMPS
20.2 20.6 2 1.1 21.7 21.4 21 .8 22.4 23.1 22.9
HI PR
244
263
277
289
2 74
295
311
325
312
LO PR
108
115
126
134
1 15
122
133
142
119
MBh
51.8 52.8 5 5.3 59.0 50.6 51 .6 54.0 57.6 49.4
S/T
0.88 0. 85 0 .76 0.62 0.91 0.88 0.79 0.64 0. 93
Delta T
27
27
25
22
28
27
26
22
28
1534
KW
4.04 4. 12 4 .25 4.38 4.34 4.43 4.57 4.71 4. 61
AMPS
19.8 20.1 2 0.6 21.2 21.0 21 .4 21.9 22.6 22.4
HI PR
237
255
269
281
2 66
286
302
315
302
LO PR
114
122
133
142
1 21
129
140
150
126
* Entering I ndoor Dry Bulb Temperature
NOTE: Sha ded area is AHRI
High and low pressu res a re measured at t he liq uid and s uction access fittings.
50.9
0.84
26
4.01
19.6
234
104
MBh
S/T
Delta T
KW
AMPS
HI PR
LO PR
57 .1 60.9
0. 84 0.68
25
22
4. 97 5.14
24 .0 24.7
354
369
138
147
52 .7 56.2
0. 81 0.66
26
22
4. 85 5.01
23 .4 24.1
343
358
146
155
Conditions
52.2
1.00
27
4.96
24.1
35 5
12 5
48.2
0.96
28
4.84
23.6
34 4
13 2
53.2
0.96
27
5.07
24.6
382
133
49.1
0.93
27
4.94
24.1
370
140
55.7
0.8 7
25
5.2 3
25.3
403
145
51.4
0.8 4
26
5.1 0
24.7
391
153
51. 1
1.00
24
5.21
25. 6
403
132
45. 0
0.95
26
5.00
24. 6
383
126
52.1
1.00
24
5.32
26.1
434
141
46.0
0.89
25
5.11
25.1
413
134
54. 5
0.95
24
5.50
26. 8
458
154
49. 1
0.73
21
5.27
25. 8
436
146
58.2
0.77
21
5.68
27.7
478
164
52.5
0.54
17
5.45
26.6
454
156
47.3
1.00
22
5.39
26.8
446
137
41.7
0.96
24
5.17
25.8
424
130
48.2
1.00
23
5.51
27.4
479
146
5 0.5
0 .95
23
5 .69
2 8.2
506
159
4 5.5
0 .73
20
5 .45
2 7.1
481
151
496
156
470
143
42.6
0.90
23
5.28
26.4
456
139
4 9.3
0 .76
20
5 .59
2 7.7
46.1
0.94
23
5.42
27.0
53.9
0.77
20
5.88
29.1
528
169
48.6
0.55
16
5.63
27.9
502
161
518
166
52.7
0.57
16
5.78
28.6
71
54.3
0.60
15
5.83
28.8
523
168
59.4
49. 6 50.5 52. 9 56.5 45.9 46.8 4 9.0 52.3
0.71
1.00 1.00 0.90 0.73 1.00 1.00 0 .91 0.74
22
26
27
25
22
24
25
23
20
5.40
5.17 5.28 5.45 5.63 5.34 5.46 5 .64 5.83
26.1
25. 4 25.9 26. 6 27.5 26.6 27.2 2 7.9 28.8
421
399
430
454
473
441
475
501
523
155
131
140
152
162
136
144
158
168
54.9
45. 8 46.7 48. 9 52.1 42.4 43.2 4 5.3 48.3
0.68
1.00 0.96 0.87 0.71 1.00 0.97 0 .88 0.71
22
27
27
26
22
25
25
24
21
5.27
5.04 5.15 5.32 5.49 5.21 5.33 5 .50 5.68
25.5
24. 8 25.3 26. 0 26.8 26.0 26.6 2 7.3 28.2
408
387
417
440
459
428
460
486
507
163
138
147
161
171
143
152
166
177
KW = Total system power
AMPS: Unit amps (comp. + evapora tor + cond enser fan moto rs)
53 .0 56.6 47.3 48.4 51.7 55.3
0. 68 0.51 0.92 0.86 0.7 0 0.52
22
17
26
25
22
17
4. 81 4.97 4.80 4.90 5.0 6 5.23
23 .3 23.9 23.4 23.9 24.5 25.3
340
355
34 1
367
387
404
133
142
12 0
128
140
149
Shaded area reflects AHRI rating conditions
58 .8 62.8 53.8 54.8 57.4 61.2
0. 88 0.72 1.00 1.00 0.9 1 0.74
24
21
25
26
24
21
5. 01 5.18 5.00 5.11 5.2 7 5.45
24 .1 24.9 24.3 24.8 25.5 26.3
358
373
35 8
386
407
425
140
149
12 6
134
147
156
67
5 0.8
0 .80
19
5 .64
2 7.9
501
158
63
47.5
1.00
22
5.46
27.2
475
144
1 15
COOLING OPERATION
Design Subcooling, 9 ± 2 °F @ the liqui d acce ss fi tting connection AHRI 95 test conditions. Design Superheat 10 ± 2 °F @ the compressor suction access fitting connection.
Outdoor Ambient Temperature
65
75
85
95
105
Entering Indoor Wet Bul b Temperature
IDB*
Ai rflow
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
63
67
71
59
MBh
56.8 58.0 6 2.0 66.3 55.5 56 .7 60.6 64.7 54.2 55. 3 59 .1 63.2 52.8 54.0 57.7 61.7
50. 2 51.3 54. 8 58.6 46.5
S/T
0.91 0. 85 0 .70 0.52 0.94 0.89 0.72 0.54 0. 97 0.9 1 0. 74 0.55 1.00 0.94 0.7 6 0.57
1.00 1.00 0.79 0.59 1.00
Delta T
24
23
20
16
24
23
20
16
25
23
20
16
25
24
21
16
23
24
20
16
22
1967
KW
4.14 4. 22 4 .35 4.49 4.45 4.54 4.68 4.83 4. 72 4.8 2 4. 97 5.14 4.96 5.07 5.2 3 5.40
5.17 5.28 5.45 5.63 5.34
AMPS
20.2 20.6 2 1.1 21.7 21.4 21 .8 22.4 23.1 22.9 23. 3 24 .0 24.7 24.1 24.6 25.3 26.1
25. 4 25.9 26. 6 27.5 26.6
HI PR
244
263
277
289
2 74
295
311
325
312
3 35
354
369
35 5
382
403
421
399
430
454
473
441
LO PR
108
115
126
134
1 15
122
133
142
119
1 27
138
147
12 5
133
145
155
131
140
152
162
136
MBh
55.1 56.3 6 0.2 64.4 53.9 55 .0 58.8 62.9 52.6 53. 7 57 .4 61.4 51.3 52.4 56.0 59.9
48. 7 49.8 53. 2 56.9 45.1
S/T
0.87 0. 81 0 .66 0.50 0.90 0.84 0.69 0.51 0. 92 0.8 7 0. 70 0.53 0.95 0.89 0.7 3 0.54
0.99 0.93 0.75 0.56 1.00
Delta T
25
24
21
17
25
24
21
17
26
24
21
17
26
25
21
17
25
24
21
17
24
80
1750
KW
4.10 4. 19 4 .32 4.45 4.41 4.50 4.64 4.79 4. 68 4.7 8 4. 93 5.09 4.92 5.03 5.1 9 5.36
5.12 5.24 5.41 5.58 5.30
AMPS
20.0 20.4 2 0.9 21.5 21.3 21 .7 22.2 22.9 22.7 23. 2 23 .8 24.5 24.0 24.4 25.1 25.9
25. 2 25.7 26. 4 27.3 26.4
399
HI PR
242
260
275
287
2 71
292
308
322
309
3 32
351
366
35 1
378
416
395
425
449
469
437
144
LO PR
107
114
125
133
1 13
121
132
140
118
1 25
137
146
12 4
132
153
130
138
151
161
134
COOLING PERFORMANCE DATA
*PC1360M41A*/B*
17
COOLING PERFORMANCE DATA
PERFORMANCE TEST
All data based upon listed indoor dry bulb temperature. .00 inches external static pressure on coil of outdoor section.
Indoor air cubic feet per minute (CFM) as listed in the Performance Data Sheets:
If conditions vary from this, results will change as follows:
1. As indoor dry bulb temperatures increase, a slight increase will occur in indoor air temperature drop (Delta T).
Low and high side pressures and power will not change.
2. As indoor CFM decreases, a slight increase will occur in indoor temperature drop (Delta T). A slight decrease will
occur in low and high side pressures and power.
A properly operating unit should be within plus or minus 3 degrees of the typical (Delta T) value shown.
A properly operating unit should be within plus or minus 7 PSIG of the HI PR shown.
A properly operating unit should be within plus or minus 3 PSIG of the LO PR shown.
A properly operating unit should be within plus or minus 3 Amps of the typical value shown.
18
PRODUCT DESIGN
*PC13 M SEER R-410A
Single Phase
Package Cooling Units
*PC1336M41C*
*PC1348M41C*
*PC1360M41C*
*PC Package Cooling Units are designed for outdoor installations only in either residential or light commercial applications. *PC13**M41 are single phase units and are available
in 3, 4 ton and 5 ton sizes in 208/230 volts.
The connecting ductwork (Supply and Return) can be connected for either horizontal or vertical airflow. In the vertical
application, a matching Roof Curb is recommended and a
horizontal duct cover kit is required.
A return air filter must be installed behind the return air grille(s)
or provision must be made for a filter in an accessible location within the return air duct. The minimum filter area should
not be less than those sizes listed in the Specification Section. Under no circumstances should the unit be operated
without return air filters.
The outdoor fan motors are single phase capacitor type motors. *PC1336M41** models have a PSC type indoor blower
motor. *PC1348-60M41** units have EEM indoor blower motors that are energized by a 24V signal from the thermostat
and are constant torque motors with very low power consumption. The EEM motors feature an integral control module.
Air for condensing (cooling cycle) is drawn through the outdoor coil by a propeller fan, and is discharged vertically out
the top of the unit. The outdoor coil is designed for .0 static.
No additional restriction (ductwork) shall be applied.
Conditioned air is drawn through the filter(s), field installed,
across the coil and back into the conditioned space by the
indoor blower.
A 3/4” PVC pipe is provided for removal of condensate water
from the indoor coil. A trap must be provided to have proper
condensate drainage. (Do not reduce the drain line size.)
*PC13 models use the Compliant Scroll compressor; there
are a number of design characteristics which are different
from the traditional reciprocating compressor.
Refrigerant flow control is achieved by use of restrictor orifices. *PC units use the FasTest Access Fitting System with
a saddle that is either soldered to the suction and liquid lines
or is fastened with a locking nut to the access fitting box
(core) and then screwed into the saddle. Do not remove
the core from the saddle until the refrigerant charge
has been removed. Failure to do so could result in
property damage or personal injury.
-
Due to their design Scroll Compressors are inherently
more tolerant of liquid refrigerant. NOTE: Even though the
compressor section of a Scroll compressor is more tolerant of liquid refrigerant, continued floodback or flooded
start conditions may wash oil from the bearing surfaces
causing premature bearing failure.
-
These Scroll compressors use "POE" or polyolester oil,
which is NOT compatible with mineral oil based lubricant
like 3GS. "POE" oil must be used if additional oil is required.
-
Operating pressures and amp draws may differ from standard reciprocating compressors. This information may be
found in the "Cooling Performance Data" section.
The single phase units use permanent split capacitor (PSC)
design compressors. Starting components are therefore not
required for these units. A low microfarad run capacitor assists the compressor to start and remains in the circuit during operation.
19
PRODUCT DESIGN
Location and Clearances
NOTE: To ensure proper condensate drainage, unit must be
installed in a level position.
NOTE: To ensure proper condensate drainage, unit must
be installed in a level position.
In installations where the unit is installed above ground level
and not serviceable from the ground (Example: Roof Top
installations), the installer must provide service platform for
service person with rails or guards in accordance with local
codes or ordinances or in their absence with the latest edition of the Uniform Mechanical Code Section 305.
NOTE: Unit can also use roof curb (and platform for leveling, where necessary) to utilize bottom discharge.
WARNING
TO PREVENT POSSIBLE PROPERTY DAMAGE, THE
UNIT SHOULD REMAIN IN AN UPRIGHT POSITION
DURING ALL RIGGING AND MOVING OPERATIONS.
TO FACILITATE LIFTING AND MOVING IF A CRANE
IS USED, PLACE THE UNIT IN AN ADEQUATE
CABLE SLING.
Outside Slab Installation - Multi-positional(M)
NOTE: Roof overhang should be no more than 36" and
provisions made to deflect the warm discharge air out from the
overhang.
IMPORTANT: If using bottom discharge with roof curb,
ductwork should be attached to the curb prior to installing
the unit.
NOTE: Single phase models require installation of horizontal
duct kit #20464501PDGK (medium chassis) and
#20464502PDGK (large chassis) when using bottom
discharge.
Refer to Roof Curb Installation Instructions for proper curb
installation. Curbing must be installed in compliance with
the National Roofing Contractors Association Manual.
Minimum clearances are required to avoid air recirculation
and keep the unit operating at peak efficiency.
Roof Curb
Rooftop Installation - Multi-positional (M)
20
PACKAGE COOLING SPECIFICATIONS
*PC13[36-60]M41C*
*PC1336M41C*
*PC1348M41C*
*PC1360M41C*
COOLING CAPACITY, BTUH
SEER / EER
VOLTAGE (NAMEPLATE)
AMPS
MIN CIRCUIT AMPACITY
MAX OVERCURRENT PROTECTION
COMPRESSOR TYPE
RATED LOAD AMPS
LOCKED ROTOR AMPS
HORSEPOWER
CONDENSER
RPM
FAN MOTOR
FULL LOAD AMPS
LOCKED ROTOR AMPS
BLADE DIAMETER (INCHES)
CONDENSER
NUMBER OF BLADES
FAN
FACE AREA (SQ. FT.)
CONDENSER
NUMBER OF ROWS
COIL
FINS PER INCH
EVAPORATOR HORSEPOWER - NO. OF SPEEDS
FULL LOAD AMPS
BLOWER
LOCKED ROTOR AMPS
MOTOR
MOTOR SPEED TAP-COOLING EEM
RPM
EVAPORATOR DIAMETER X WIDTH (INCHES)
RATED SCFM COOLING
BLOWER
MAX EXTERNAL STATIC PRESS ("w.c.)
EVAPORATOR FACE AREA (SQ. FT.)
NUMBER OF ROWS
COIL
FINS PER INCH
FILTER SIZE *
GENERAL
INFORMATION DRAIN SIZE (INCHES)
EXPANSION DEVICE
REFRIGERANT CHARGE R410A (OZS.)
35,000
13 / 11
208/230-1
21.2
25.3
40
Scroll
16.7
79
1/4
1,075
1.4
2.9
22
3
8.77
2
27
1/3 - 3
3.06
4.1
High
910
10 x 9
1,080
0.5
4.55
4
14
25 x 25 x 1
¾"
0.070
70
45,500
13 / 11
208/230-1
27.1
32.1
50
Scroll
19.9
109
1/4
1,075
1.4
2.9
22
3
15.36
1
24
3/4 - 5
5.8
--T2
1,050
10 x 9
1,675
0.5
6.20
4
14
(2) 20 x 20 x 1
¾"
0.076
116
56,000
13 / 10.9
208/230-1
35.4
42.0
60
Scroll
26.4
134
1/4
1,075
1.4
2.9
22
3
21.04
2
16
1-5
7.6
--T2
1,050
10 x 9
1,750
0.5
6.20
4
14
(2) 20 x 20 x 1
¾"
0.087
195
POWER SUPPLY
CONDUIT KNOCKOUT SIZE (INCHES)
3/4, 1, 1-1/4
3/4, 1, 1-1/4
3/4, 1, 1-1/4
LOW VOLTAGE
CONDUIT KNOCKOUT SIZE (INCHES)
1/2
1/2
1/2
SHIPPING WEIGHT (LBS.)
OPERATING WEIGHT (LBS.)
365
355
435
425
445
435
COOLING
CAPACITY
UNIT
ELECTRICAL
SPECIFICATION
¹ Wire size should be determined in accordance with National Electrical Codes. Extensive wire runs will require larger wire sizes.
² May use fuses or HACR-type circuit breakers of the same size as noted.
Note: Always check the S&R plate for electrical data on the unit being installed.
IMPORTANT: While this data is presented as a guide, it is important to electrically connect the unit and properly size wires and fuses/circuit breakers
in accordance with the National Electrical Code and/or all local codes. Data shown is w/o electric heaters.
21
*PC13[36-60]M41C*
BLOWER PERFORMANCE DATA
Dry Coil Data
*PC1360M41**
*PC1348M41**
*PC1336M41**
Model
Motor Tap
Speed
E.S.P. (In. of H2O)
Volts
Low
230
Med
230
High
230
T1
230
T2 / T3
230
T4 / T5
230
T1
230
T2 / T3
230
T4 / T5
230
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
CFM
Watts
0.1
1,122
338
1,387
456
1,521
534
1,451
255
1,809
444
1,885
484
1,774
444
1,891
515
2,105
646
0.2
1,078
330
1,331
440
1,454
521
1,404
264
1,762
453
1,838
493
1,731
453
1,848
525
2,062
656
0.3
1,032
321
1,264
428
1,388
510
1,356
273
1,715
462
1,790
502
1,688
463
1,804
535
2,018
666
0.4
972
310
1,209
412
1,311
490
1,309
282
1,667
471
1,743
510
1,645
473
1,761
544
1,975
676
0.5
915
300
1,119
399
1,230
477
1,262
291
1,620
479
1,696
519
1,602
483
1,718
554
1,932
686
0.6
804
283
1,041
382
1,144
461
1,215
299
1,573
488
1,649
528
1,559
493
1,675
564
1,889
696
0.7
687
264
935
363
1,055
442
1,168
308
1,526
497
1,602
537
1,515
503
1,632
574
1,846
705
NOTES:
•
•
•
•
22
Data shown is Dry Coil. Wet Coil Pressure Drop is approximate. 0.1" H2O, for 2 row indoor coil; 0.2” H2O, for 3 row indoor coil; and
0.3” H2O, for 4 row indoor coil.
Data shown does not include filter pressure drop, approx. 0.08” H2O.
ALL MODELS SHOULD RUN NO LESS THAN 350 CFM / TON.
Reduce airflow by 2% for 208V operation.
0.8
558
250
748
330
939
420
1,121
317
1,479
506
1,555
546
1,472
512
1,589
584
1,803
715
75
70
IDB*
30.7
0.68
20
2.43
10.4
229
104
33.9
0.80
20
2.50
10.7
238
109
33.9
0.80
21
2.50
10.7
238
109
31.3
0.77
23
2.44
10.5
231
105
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
965
1235
34.9
0. 71
19
2. 55
10.9
257
115
32.2
0. 69
21
2. 49
10.7
249
112
34.9
0. 71
19
2. 55
10.9
257
115
31.9
0. 57
17
2. 47
10.6
246
111
63
34.5
0. 59
15
2. 53
10.9
254
114
34.5
0. 59
16
2. 53
10.9
254
114
65
37. 7
0.54
16
2.63
11. 2
271
126
34. 8
0.52
17
2.57
11. 0
263
122
37. 7
0.54
15
2.63
11. 2
271
126
34. 9
0.39
13
2.55
10. 9
260
121
67
37. 8
0.41
11
2.61
11. 1
268
125
37. 8
0.41
12
2.61
11. 1
268
125
40.5
0. 35
11
2. 71
11.6
283
134
37.4
0. 34
12
2. 64
11.3
274
130
40.5
0. 35
10
2. 71
11.6
283
134
-
71
-
* IDB: Entering Indoor Dry Bulb Temperat ure
965
1180
1180
1235
59
33.3
0.70
17
2.48
10.6
236
107
33.3
0.70
18
2.48
10.6
236
107
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
Airflow
MODEL: *PC1336M41C*
33. 1
0.83
21
2.68
11. 4
267
115
30. 5
0.80
23
2.62
11. 2
259
111
33. 1
0.83
20
2.68
11. 4
267
115
30. 0
0.70
20
2.60
11. 1
257
110
59
32. 5
0.73
18
2.66
11. 3
265
114
32. 5
0.73
18
2.66
11. 3
265
114
34.1
0.74
20
2.74
11.7
288
122
31.4
0.71
21
2.67
11.4
279
118
34.1
0.74
19
2.74
11.7
288
122
31.1
0.59
17
2.65
11.3
276
117
63
33.7
0.61
15
2.71
11.6
285
121
33.7
0.61
16
2.71
11.6
285
121
75
39.6
0.36
11
2.91
12.4
317
142
36.5
0.35
12
2.84
12.1
307
138
39.6
0.36
11
2.91
12.4
317
142
-
71
-
32.3
0.85
21
2.84
12.2
304
119
29.8
0.82
23
2.77
12.0
295
116
32.3
0.85
20
2.84
12.2
304
119
29.3
0.72
20
2.75
11.9
292
114
59
31.7
0.75
18
2.82
12.2
301
118
31.7
0.75
18
2.82
12.2
301
118
33.2
0.76
20
2.90
12.5
327
127
30.7
0.73
21
2.83
12.2
318
123
33.2
0.76
19
2.90
12.5
327
127
30.4
0.60
17
2.81
12.1
314
122
36.0
0.57
16
2.99
12.8
346
138
33.2
0.55
18
2.92
12.5
335
134
36.0
0.57
15
2.99
12.8
346
138
33.3
0.42
13
2.90
12.5
332
133
38. 6
0.37
11
3.08
13. 3
361
147
35. 6
0.36
12
3.01
12. 9
350
143
38. 6
0.37
11
3.08
13. 3
361
147
-
31.5
0. 88
21
2. 98
13.0
346
125
29.1
0. 84
23
2. 91
12.7
336
121
31.5
0. 88
21
2. 98
13.0
346
125
28.6
0. 74
20
2. 89
12.6
333
120
NO TE: Shaded area is ACCA (TVA) conditions
36.9
0.56
16
2.82
12.0
304
133
34.0
0.54
17
2.75
11.7
295
129
36.9
0.56
15
2.82
12.0
304
133
34.1
0.41
13
2.73
11.6
292
128
67
36.9
0.42
12
2.80
11.9
301
132
36.9
0.42
12
2.80
11.9
301
132
32. 4
0.78
20
3.04
13. 2
373
133
29. 9
0.75
22
2.97
12. 9
362
129
32. 4
0.78
19
3.04
13. 2
373
133
29. 6
0.62
18
2.95
12. 8
358
128
35.1
0. 59
16
3. 14
13.6
394
145
32.4
0. 57
18
3. 06
13.3
382
141
35.1
0. 59
15
3. 14
13.6
394
145
32.5
0. 43
13
3. 04
13.2
378
140
Outdoor Am bient Tem perature
85
95
Entering Indoor Wet Bulb Temperature
63
67
71
59
63
67
32.9 36.1
31.0 32. 1 35.2
0.62 0.43
0. 77 0.64 0. 45
15
12
18
15
12
2.88 2.97
2. 96 3.02 3. 11
12.4 12.7
12.9 13. 1 13.5
324
342
343
369
390
126
137
124
132
144
32.9 36.1
31.0 32. 1 35.2
0.62 0.43
0. 77 0.64 0. 45
16
12
19
16
12
2.88 2.97
2. 96 3.02 3. 11
12.4 12.7
12.9 13. 1 13.5
324
342
343
369
390
126
137
124
132
144
37.7
0.38
11
3.24
14.0
411
155
34.8
0.37
12
3.16
13.7
398
150
37.7
0.38
11
3.24
14.0
411
155
-
71
-
29.9
0. 91
21
3. 10
13.7
390
131
27.6
0. 88
23
3. 03
13.3
378
127
29.9
0. 91
20
3. 10
13.7
390
131
27.2
0. 77
20
3. 00
13.2
374
126
59
29.4
0. 80
18
3. 08
13.6
386
130
29.4
0. 80
18
3. 08
13.6
386
130
EXPANDED PERFORMANCE DATA
30.8
0.81
20
3.17
13.9
419
140
28.4
0.78
21
3.09
13.6
407
135
30.8
0.81
19
3.17
13.9
419
140
28.2
0.64
17
3.07
13.5
403
134
63
30.5
0.67
15
3.14
13.8
415
138
30.5
0.67
16
3.14
13.8
415
138
33.3
0. 62
16
3. 27
14.3
443
152
30.8
0. 59
17
3. 19
14.0
430
148
33.3
0. 62
15
3. 27
14.3
443
152
30.8
0. 45
13
3. 16
13.9
425
146
67
33.4
0. 46
12
3. 24
14.2
438
151
33.4
0. 46
12
3. 24
14.2
438
151
105
35.8
0.40
11
3.37
14.8
462
162
33.0
0.38
12
3.29
14.5
448
157
35.8
0.40
11
3.37
14.8
462
162
-
71
-
27.7
0.92
20
3.20
14.4
431
136
25.6
0.88
22
3.13
14.0
418
132
27.7
0.92
19
3.20
14.4
431
136
25.2
0.78
19
3.10
13.9
413
130
59
27.3
0.81
16
3.18
14.2
426
134
27.3
0.81
17
3.18
14.2
426
134
28.5
0.82
18
3.27
14.7
463
144
26.3
0.79
20
3.19
14.3
450
140
28.5
0.82
17
3.27
14.7
463
144
26.1
0.65
16
3.17
14.2
445
139
63
28.3
0.67
14
3.25
14.5
459
143
28.3
0.67
15
3.25
14.5
459
143
30.9
0.62
15
3.38
15.1
489
158
28.5
0.60
16
3.30
14.7
475
153
30.9
0.62
14
3.38
15.1
489
158
28.6
0.45
12
3.27
14.6
470
151
67
31.0
0.47
11
3.35
15.0
484
156
31.0
0.47
11
3.35
15.0
484
156
115
33.2
0.40
10
3.49
15.6
510
168
30.6
0.38
11
3.40
15.2
495
163
33.2
0.40
10
3.49
15.6
510
168
-
71
-
COOLING OPERATION
COOLING PERFORMANCE DATA
*PC1336M41C*
23
24
85
80
IDB*
10. 8
241
110
34. 5
0.8 8
24
2.5 2
10. 8
241
110
31. 8
0.8 4
26
2.4 6
10. 6
234
106
35. 1
0.9 2
24
2.5 4
10. 9
243
111
35. 1
0.9 2
25
2.5 4
10. 9
243
111
32. 4
0.8 8
27
AMPS
HI PR
LO P R
MBh
S/T
De lta T
KW
AMPS
HI PR
LO P R
MBh
S/T
De lta T
KW
AMPS
HI PR
LO P R
MBh
S/T
De lta T
KW
AMPS
HI PR
LO P R
MBh
S/T
De lta T
KW
AMPS
HI PR
LO P R
MBh
S/T
De lta T
59
34. 5
0.8 8
22
2.5 2
MBh
S/T
De lta T
KW
63
26 2
11 8
35 .7
0. 89
25
2. 59
11 .1
26 2
11 8
33 .0
0. 85
27
35 .7
0. 89
24
2. 59
11 .1
25
2. 51
10 .8
25 1
11 3
32 .5
0. 79
35 .2
0. 82
23
2. 57
11 .0
25 9
11 7
11 .0
25 9
11 7
35 .2
0. 82
22
2. 57
65
67
2 76
1 29
37.4
0.80
23
2.67
11.4
2 76
1 29
34.6
0.77
25
37.4
0.80
22
2.67
11.4
21
2.59
11.1
2 65
1 24
34.7
0.64
37.6
0.67
20
2.65
11.3
2 74
1 27
11.3
2 74
1 27
37.6
0.67
19
2.65
71
288
137
39.9
0.65
20
2.75
11.7
288
137
36.9
0.63
22
39.9
0.65
19
2.75
11.7
17
2.66
11.4
277
132
37.1
0.48
40.2
0.50
16
2.73
11.7
285
136
11.7
285
136
40.2
0.50
15
2.73
59
273
117
3 4. 3
0 .9 5
25
2 .7 2
1 1. 6
273
117
3 1. 6
0 .9 2
28
3 4. 3
0 .9 5
24
2 .7 2
1 1. 6
26
2 .6 4
1 1. 3
262
112
3 1. 1
0 .8 7
3 3. 7
0 .9 1
24
2 .7 0
1 1. 5
270
116
1 1. 5
270
116
3 3. 7
0 .9 1
23
2 .7 0
63
29 4
12 4
34 .9
0. 92
25
2. 78
11 .8
29 4
12 4
32 .2
0. 88
27
34 .9
0. 92
24
2. 78
11 .8
25
2. 69
11 .5
28 2
12 0
31 .7
0. 82
34 .4
0. 85
23
2. 76
11 .7
29 1
12 3
11 .7
29 1
12 3
34 .4
0. 85
22
2. 76
75
67
310
136
36.6
0.83
24
2.86
12.2
310
136
33.8
0.80
26
36.6
0.83
23
2.86
12.2
22
2.77
11.8
298
131
33.9
0.67
36.8
0.69
20
2.84
12.1
307
135
12.1
307
135
36.8
0.69
19
2.84
71
323
145
39.0
0.67
20
2.95
12.5
323
145
36.0
0.65
22
39.0
0.67
20
2.95
12.5
17
2.86
12.2
311
139
36.3
0.50
39.3
0.52
16
2.93
12.4
320
143
12.4
320
143
39.3
0.52
15
2.93
59
3 10
1 22
3 3.4
0 .98
25
2 .89
1 2.4
3 10
1 22
3 0.9
0 .94
28
3 3.4
0 .98
24
2 .89
1 2.4
26
2 .80
1 2.1
2 98
1 17
3 0.3
0 .90
3 2.9
0 .93
24
2 .86
1 2.3
3 07
1 20
1 2.3
3 07
1 20
3 2.9
0 .93
23
2 .86
353
141
35.7
0.85
24
3.04
13.0
353
141
32.9
0.82
26
2.8 8 2.96
12.4 12.7
324
342
126
137
Temperatu re
334
129
34.1
0.9 4
25
2.9 5
12.7
334
129
31.5
0.9 1
27
25
3.00
13. 0
365
131
30. 2
0.87
32. 8
0.90
23
3.07
13. 3
377
135
13. 3
377
135
32. 8
0.90
22
3.07
22
3.09
13.4
386
142
32.3
0.71
35.0
0.73
20
3.17
13.7
398
147
13.7
398
147
35.0
0.73
19
3.17
71
17
3.1 9
13. 8
402
152
34. 5
0.5 3
37. 4
0.5 5
16
3.2 7
14. 2
415
156
14. 2
415
156
37. 4
0.5 5
15
3.2 7
2. 96
12 .8
343
124
353
128
32 .6
1. 00
25
3. 03
13 .2
353
128
30 .1
0. 97
28
380
136
33. 3
0.97
25
3.09
13. 4
380
136
30. 7
0.94
27
402
148
34.8
0.88
24
3.19
13.8
402
148
32.1
0.85
26
419
158
37. 2
0.7 1
21
3.2 9
14. 3
419
158
34. 3
0.6 9
22
reflects ARI rat ing con ditions
32 .6 33. 3 34.8 37. 2
1. 00 0.97 0.88 0.7 1
24
24
23
20
3. 03 3.09 3.19 3.2 9
13 .2 13. 4 13.8 14. 3
26
2. 93
12 .8
339
123
29 .6
0. 93
32 .1
0. 96
24
3. 01
13 .1
350
126
13 .1
350
126
32 .1
0. 96
23
3. 01
59
39 8
13 4
31 .0
1. 00
24
3. 15
13 .9
39 8
13 4
28 .6
1. 00
27
31 .0
1. 00
23
3. 15
13 .9
26
3. 05
13 .4
38 2
12 9
28 .1
0. 96
30 .5
1. 00
24
3. 13
13 .8
39 4
13 3
13 .8
39 4
13 3
30 .5
1. 00
23
3. 13
63
428
142
31.6
1.00
25
3.22
14.2
428
142
29.2
0.97
27
31.6
1.00
24
3.22
14.2
25
3.12
13.7
411
137
28.7
0.90
31.1
0.93
23
3.19
14.1
424
141
14.1
424
141
31.1
0.93
22
3.19
67
452
155
33.1
0. 91
23
3. 32
14.6
452
155
30.5
0. 88
26
33.1
0. 91
22
3. 32
14.6
21
3. 21
14.1
434
149
30.7
0. 73
33.3
0. 76
20
3. 29
14.5
447
154
14.5
447
154
33.3
0. 76
19
3. 29
10 5
71
4 71
1 66
3 5.3
0 .74
20
3 .43
1 5.1
4 71
1 66
3 2.6
0 .71
22
3 5.3
0 .74
19
3 .43
1 5.1
17
3 .32
1 4.6
4 53
1 59
3 2.8
0 .55
3 5.5
0 .57
16
3 .40
1 4.9
4 67
1 64
1 4.9
4 67
1 64
3 5.5
0 .57
15
3 .40
59
3.1 8
14.2
42 6
13 4
43 9
13 8
28.7
1.0 0
22
3.2 6
14.6
43 9
13 8
26.5
1.0 0
25
28.7
1.0 0
21
3.2 6
14.6
24
3.1 5
14.1
42 2
13 3
26.0
0.9 7
28.2
1.0 0
22
3.2 3
14.5
43 5
13 7
14.5
43 5
13 7
28.2
1.0 0
21
3.2 3
63
3.25
14.5
459
143
473
147
29.3
1.00
23
3.33
14.9
473
147
27.0
0.98
25
29.3
1.00
22
3.33
14.9
23
3.22
14.4
454
141
26.6
0.91
28.8
0.94
21
3.30
14.8
468
146
14.8
468
146
28.8
0.94
20
3.30
67
3.35
15 .0
484
156
499
161
30 .6
0.92
22
3.43
15 .3
499
161
28 .3
0.88
24
30 .6
0.92
21
3.43
15 .3
20
3.32
14 .8
479
154
28 .4
0.74
30 .8
0.77
18
3.41
15 .2
494
159
15 .2
494
159
30 .8
0.77
18
3.41
1 15
3.46
15.5
5 05
1 66
5 21
1 71
32.7
0.74
19
3.55
15.8
5 21
1 71
30.2
0.72
21
32.7
0.74
18
3.55
15.8
16
3.43
15.3
5 00
1 65
30.4
0.55
32.9
0.57
15
3.52
15.7
5 16
1 70
15.7
5 16
1 70
32.9
0.57
14
3.52
71
COOLING OP ERATION
3.02 3.11 3.2 1 3. 08 3.14 3. 24 3 .34
13. 1 13.5 13. 9 13 .5 13.8 14.2 1 4.7
369
390
406
38 6
415
438
4 57
132
144
153
13 0
138
151
1 61
KW = Tot al syst em p ower
A MPS: Unit amps (comp.+ evaporator + condense r fan mot ors)
3.06
13.1
35 7
14 6
36 8
15 0
38.1
0.69
20
3.13
13.5
36 8
15 0
35.1
0.66
22
Sh ad ed area
35.7 38.1
0.85 0.69
23
20
3.04 3.13
13.0 13.5
NO TE:
34.1
0.9 4
24
2.9 5
12.7
17
3.03
13.0
35 3
14 4
35.4
0.51
38.4
0.53
16
3.11
13.4
36 4
14 9
13.4
36 4
14 9
38.4
0.53
15
3.11
22
2.94
12.6
339
136
33.1
0.68
35.9
0.71
20
3.01
12.9
349
140
12.9
349
140
35.9
0.71
19
3.01
25
2.8 5
12.3
321
124
31.0
0.8 4
33.6
0.8 7
23
2.9 2
12.6
331
128
12.6
331
128
33.6
0.8 7
22
2.9 2
Outdoor Am bi ent Tem perature
85
95
Ente ring Indoor Wet Bulb Te mpera ture
63
67
71
59
63
67
EXPANDED PERFORMANCE DATA
KW
2.4 8 2. 53 2.61 2.68 2 .6 6 2. 71 2.80 2.88 2 .82
AMPS 10. 6 10 .9 11.1 11.5 1 1. 3 11 .6 11.9 12.3 1 2.2
HI PR
236
25 4
2 68
280
265
28 5
301
314
3 01
11 4
1 25
133
114
12 1
132
140
1 18
LO P R 107
* NOTE: Shaded area s are TVA a nd ARI Rating Conditio IDB: Ent ering In do or Dry Bulb
High and low pre ssures are mea sured at the liquid and suction ac cess fittings.
965
11 80
12 35
965
11 80
12 35
Airflow
MODEL: *PC1336M41C*
COOLING PERFORMANCE DATA
*PC1336M41C*
75
70
IDB*
40.0
0.75
19
3.03
14.5
232
107
45.3
0.93
21
3.15
15.1
244
112
44.0
0.88
21
3.12
15.0
241
111
40.6
0.85
22
3.05
14.6
234
108
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
1470
1880
45.3
0. 79
20
3. 19
15.2
260
118
41.8
0. 76
20
3. 11
14.9
252
115
46.7
0. 83
19
3. 21
15.3
262
120
41.4
0. 63
16
3. 09
14.8
249
114
63
46.2
0. 68
15
3. 19
15.2
260
118
44.9
0. 65
16
3. 16
15.1
257
117
65
49. 1
0.60
16
3.28
15. 6
274
129
45. 3
0.58
16
3.21
15. 3
266
125
50. 5
0.63
15
3.31
15. 7
277
131
45. 4
0.43
12
3.18
15. 2
263
124
67
50. 6
0.47
12
3.28
15. 6
274
129
49. 2
0.45
12
3.26
15. 5
272
128
52.7
0. 38
11
3. 38
16.0
286
138
48.6
0. 37
11
3. 31
15.7
278
134
54.2
0. 40
11
3. 41
16.2
289
139
-
71
-
* IDB: Entering Indoor Dry Bulb Temperat ure
1470
1675
1675
1880
59
44.6
0.81
18
3.12
14.9
241
111
43.3
0.78
18
3.10
14.8
239
110
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
Airflow
MODEL: *PC1348M41C*
43. 0
0.91
22
3.35
15. 9
271
118
39. 7
0.88
22
3.28
15. 5
263
114
44. 3
0.96
21
3.38
16. 0
274
119
39. 0
0.78
19
3.25
15. 4
260
113
59
43. 5
0.84
18
3.35
15. 9
271
118
42. 3
0.80
19
3.33
15. 8
268
116
44.3
0.82
20
3.42
16.2
292
125
40.9
0.79
20
3.34
15.8
283
121
45.6
0.86
19
3.45
16.3
294
126
40.4
0.65
16
3.32
15.7
280
120
63
45.1
0.70
16
3.42
16.2
291
125
43.8
0.67
16
3.40
16.0
289
124
75
51.4
0.40
11
3.64
17.1
321
146
47.5
0.38
11
3.55
16.7
311
141
53.0
0.42
11
3.67
17.2
324
147
-
71
-
42.0
0.94
22
3.56
16.9
308
122
38.7
0.90
22
3.47
16.6
299
119
43.2
0.98
21
3.58
17.0
311
124
38.1
0.80
19
3.45
16.4
296
117
59
42.5
0.86
18
3.56
16.9
308
122
41.3
0.82
19
3.53
16.8
305
121
43.2
0.84
20
3.63
17.3
332
130
39.9
0.81
20
3.55
16.9
322
126
44.5
0.88
19
3.66
17.4
335
131
39.5
0.66
16
3.52
16.8
318
125
46.8
0.63
16
3.75
17.7
350
142
43.2
0.61
17
3.66
17.3
340
138
48.2
0.67
16
3.77
17.8
354
143
43.3
0.46
12
3.63
17.2
336
136
50. 2
0.41
11
3.86
18. 2
365
151
46. 3
0.39
11
3.77
17. 8
354
147
51. 7
0.43
11
3.90
18. 4
369
153
-
41.0
0. 97
22
3. 74
17.8
351
128
37.8
0. 93
22
3. 65
17.5
340
125
42.2
1. 00
21
3. 77
18.0
354
130
37.2
0. 82
19
3. 62
17.3
337
123
NO TE: Shaded area is A CCA (TVA) conditions
47.9
0.62
16
3.53
16.6
308
137
44.2
0.60
17
3.45
16.2
299
133
49.4
0.65
16
3.56
16.7
311
138
44.3
0.45
12
3.42
16.1
296
131
67
49.5
0.49
12
3.53
16.6
308
137
48.0
0.47
12
3.50
16.5
305
135
42. 2
0.87
20
3.81
18. 2
378
137
38. 9
0.83
20
3.72
17. 8
366
133
43. 4
0.91
19
3.85
18. 3
381
138
38. 5
0.69
17
3.69
17. 7
363
131
45.6
0. 66
16
3. 94
18.7
399
149
42.1
0. 63
17
3. 84
18.3
387
145
47.0
0. 69
16
3. 97
18.8
403
151
42.2
0. 47
13
3. 81
18.1
383
143
Outdoor Am bient Tem perature
85
95
Entering Indoor Wet Bulb Temperature
63
67
71
59
63
67
44.1 48.3
41.5 43. 0 47.1
0.72 0.50
0. 89 0.75 0. 52
16
12
18
16
12
3.63 3.74
3. 73 3.81 3. 94
17.2 17.7
17.8 18. 2 18.7
331
350
351
378
399
130
142
128
137
149
42.8 46.9
40.3 41. 7 45.7
0.69 0.48
0. 85 0.71 0. 49
16
12
19
16
12
3.60 3.71
3. 71 3.78 3. 90
17.1 17.6
17.7 18. 1 18.5
328
347
347
374
395
129
141
127
135
148
49.0
0.42
11
4.06
19.3
416
159
45.2
0.41
11
3.96
18.8
403
154
50.4
0.44
11
4.10
19.4
420
160
-
71
-
38.9
1. 00
21
3. 89
18.8
395
135
35.9
0. 97
22
3. 79
18.3
383
131
40.1
1. 00
20
3. 92
18.9
399
136
35.3
0. 85
19
3. 76
18.2
379
129
59
39.4
0. 93
18
3. 89
18.8
395
135
38.3
0. 88
19
3. 86
18.6
391
133
EXPANDED PERFORMANCE DATA
40.1
0.90
20
3.97
19.1
425
143
37.0
0.87
20
3.87
18.7
412
139
41.3
0.94
19
4.00
19.3
429
145
36.6
0.71
16
3.84
18.6
408
138
63
40.8
0.77
15
3.97
19.1
425
143
39.6
0.74
16
3.94
19.0
421
142
43.4
0. 68
16
4. 10
19.7
449
156
40.0
0. 66
16
4. 00
19.2
435
152
44.7
0. 71
16
4. 13
19.8
453
158
40.1
0. 49
12
3. 97
19.1
431
150
67
44.7
0. 54
12
4. 10
19.7
449
156
43.4
0. 51
12
4. 06
19.5
444
155
105
46.5
0.44
11
4.23
20.3
468
167
42.9
0.42
11
4.13
19.8
454
162
47.9
0.46
11
4.27
20.4
473
168
-
71
-
36.0
1.00
20
4.02
19.7
436
139
33.3
0.98
20
3.92
19.2
423
135
37.1
1.00
18
4.05
19.8
441
141
32.7
0.86
18
3.89
19.1
419
134
59
36.5
0.93
17
4.02
19.7
436
139
35.4
0.89
17
3.99
19.5
432
138
37.1
0.91
18
4.11
20.1
469
148
34.2
0.87
19
4.01
19.6
455
144
38.2
0.95
18
4.14
20.2
474
150
33.9
0.72
15
3.97
19.5
451
142
63
37.8
0.78
14
4.11
20.1
469
148
36.7
0.74
15
4.07
19.9
465
147
40.2
0.69
15
4.24
20.6
496
162
37.1
0.66
15
4.13
20.1
481
157
41.4
0.72
15
4.27
20.8
501
163
37.1
0.50
12
4.10
20.0
476
155
67
41.4
0.54
11
4.24
20.6
496
162
40.2
0.52
11
4.20
20.5
491
160
115
43.1
0.44
10
4.38
21.3
517
172
39.8
0.43
11
4.27
20.8
501
167
44.4
0.46
10
4.41
21.4
522
174
-
71
-
COOLING OPERATION
COOLING PERFORMANCE DATA
*PC1348M41C*
25
26
85
80
IDB*
3.10
14.8
239
110
KW
HI PR
LO PR
42.1
0.98
26
MBh
S/ T
Delt a T
AMPS
1.00
25
3.17
15.2
246
114
47.0
1.00
23
MBh
S/ T
Delt a T
45.6
237
109
HI PR
LO PR
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
41.4
0.93
24
3.08
14.7
MBh
S/ T
Delt a T
KW
AMPS
MBh
0.97
24
3.15
15.1
244
112
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
3.20
15.3
249
115
44.8
MBh
KW
AMPS
HI PR
LO PR
23
3.17
15.2
246
114
Delt a T
KW
AMPS
HI PR
LO PR
59
46.1
1.00
MBh
S/ T
63
117
257
15.1
3. 16
42.9
0. 94
25
0. 98
25
3. 24
15.4
265
121
46.5
3. 26
15.5
268
122
47.9
1. 00
23
255
116
42.3
0. 88
23
3. 14
15.0
0. 91
23
3. 21
15.3
262
120
45.8
22
3. 24
15.4
265
121
47.2
0. 95
65
67
1 28
2 72
1 5. 5
3 .26
4 4. 9
0 .85
24
0 .88
24
3 .33
1 5. 8
2 80
1 32
4 8. 7
3 .36
1 5. 9
2 83
1 33
5 0. 1
0 .93
23
2 69
1 27
4 5. 1
0 .71
20
3 .23
1 5. 4
0 .74
20
3 .31
1 5. 7
2 77
1 31
4 8. 9
19
3 .33
1 5. 8
2 80
1 32
5 0. 4
0 .77
71
136
283
15.9
3. 36
47.9
0. 69
21
0. 72
20
3. 44
16.3
292
141
51.9
3. 46
16.4
295
142
53.5
0. 75
20
280
135
48.3
0. 53
16
3. 33
15.8
0. 55
16
3. 41
16.2
289
139
52.3
15
3. 44
16.3
292
141
53.9
0. 58
59
1 16
2 68
1 5. 8
3 .33
4 1. 1
1 .00
26
1 .00
24
3 .41
1 6. 1
2 76
1 20
4 4. 5
3 .43
1 6. 2
2 79
1 21
4 5. 9
1 .00
22
2 65
1 15
4 0. 4
0 .97
24
3 .30
1 5. 6
1 .00
24
3 .38
1 6. 0
2 74
1 19
4 3. 8
22
3 .41
1 6. 1
2 76
1 20
4 5. 1
1 .00
63
124
289
16.0
3.40
41.9
0.98
26
1.00
25
3.48
16.4
297
128
45.4
3.50
16.5
300
129
46.7
1.00
23
286
123
41.3
0.91
23
3.37
15.9
0.94
23
3.45
16.3
294
126
44.7
23
3.48
16.4
297
128
46.1
1.00
75
67
1 35
3 05
1 6.5
3 .50
4 3.9
0 .88
24
0 .92
24
3 .58
1 6.8
3 14
1 39
4 7.5
3 .61
1 6.9
3 17
1 41
4 9.0
0 .96
23
3 02
1 34
4 4.1
0 .74
20
3 .47
1 6.3
0 .77
20
3 .56
1 6.7
3 11
1 38
4 7.8
19
3 .58
1 6.8
3 14
1 39
4 9.2
0 .80
71
144
318
16.9
3.6 1
46.8
0.7 2
21
0.7 4
21
3.7 0
17.3
328
148
50.7
3.7 3
17.4
331
150
52.2
0.7 8
20
315
143
47.1
0.5 5
16
3.5 8
16.8
0.5 7
16
3.6 7
17.2
324
147
51.1
15
3.7 0
17.3
328
148
52.6
0.6 0
59
121
305
1 6.8
3 .53
4 0.1
1 .00
25
1 .00
24
3 .61
1 7.2
314
125
4 3.5
3 .64
1 7.3
317
126
4 4.8
1 .00
22
302
120
3 9.4
0 .99
24
3 .50
1 6.7
1 .00
23
3 .58
1 7.1
311
124
4 2.7
22
3 .61
1 7.2
314
125
4 4.0
1 .00
43.0
0.76
20
3.68
17.4
0.78
20
3.78
17.8
354
143
46.6
19
3.81
18.0
357
145
48.0
0.82
Hig h and low p ressu re s are m ea sured at the liquid and suction ac cess fittings.
46. 0
0.5 7
16
3.8 0
18. 0
0.5 9
16
3.9 0
18. 4
36 9
15 3
49. 9
15
3.9 3
18. 5
37 3
15 4
51. 4
0.6 2
38 .5
1. 02
25
3. 68
17 .6
1. 00
23
3. 77
18 .0
354
130
41 .7
21
3. 80
18 .1
358
131
42 .9
1. 00
39. 3
0.9 6
24
3.7 5
17. 9
1.0 0
23
3.8 5
18. 3
381
138
42. 6
21
3.8 8
18. 5
385
139
43. 9
1.0 0
42 .0
0. 78
21
3. 87
18 .4
20
3. 97
18 .8
40 3
15 1
45 .5
0. 81
19
4. 00
19 .0
40 7
15 2
46 .9
0. 85
71
44.9
0.58
16
4.00
19.0
0.61
16
4.10
19.4
420
160
48.6
16
4.13
19.5
424
162
50.1
0.63
12 9
32 8
17.1
3.6 0
40.9
1.0 0
26
1.0 0
24
3.6 9
17.5
33 8
13 3
44.3
3.7 2
17.6
34 2
13 4
45.6
1.0 0
22
141
346
17.6
3.71
42.8
0.91
24
0.94
24
3.81
18.0
357
145
46.4
3.84
18.1
361
146
47.8
0.98
23
127
347
17 .7
3. 70
39 .1
1. 00
24
1. 00
23
3. 80
18 .1
358
131
42 .4
3. 83
18 .2
362
132
43 .7
1. 00
21
14 8
39 5
18 .5
3. 90
41 .8
0. 93
24
0. 97
24
4. 00
19 .0
40 7
15 2
45 .3
4. 03
19 .1
41 1
15 4
46 .6
1. 00
23
157
412
19.1
4.03
44.6
0.76
21
0.79
21
4.13
19.5
424
162
48.3
4.16
19.7
429
164
49.7
0.82
20
13 3
39 1
18 .6
3. 85
37 .2
1. 00
23
1. 00
22
3. 95
19 .0
40 3
13 7
40 .3
3. 98
19 .2
40 7
13 9
41 .5
1. 00
20
38 7
13 2
36 .5
1. 06
24
3. 82
18 .5
1. 00
22
3. 92
18 .9
39 9
13 6
39 .6
20
3. 95
19 .0
40 3
13 7
K W = Total syst em p ower
135
374
18. 1
3.7 8
39. 9
1.0 0
25
1.0 0
24
3.8 8
18. 5
385
139
43. 2
3.9 1
18. 6
389
141
44. 5
1.0 0
22
59
40 .8
1. 00
63
142
420
19.0
3.94
37.9
1.00
24
1.00
23
4.04
19.4
433
146
41.1
4.07
19.6
438
148
42.3
1.00
21
416
140
37.3
1.00
23
3.91
18.8
1.00
22
4.00
19.3
429
145
40.5
20
4.04
19.4
433
146
41.7
1.00
67
155
444
19 .5
4. 06
39 .7
0. 97
24
1. 00
24
4. 17
20 .0
458
160
43 .0
4. 20
20 .1
462
161
44 .3
1. 00
22
440
153
39 .9
0. 81
20
4. 03
19 .4
0. 84
20
4. 13
19 .8
453
158
43 .2
19
4. 17
20 .0
458
160
44 .5
0. 88
105
71
1 65
4 63
20.1
4.20
42.4
0.79
21
0.82
21
4.30
20.6
4 77
1 70
45.9
4.34
20.7
4 82
1 72
47.3
0.86
20
4 58
1 63
42.6
0.61
16
4.16
20.0
0.63
16
4.27
20.4
4 73
1 68
46.2
15
4.30
20.6
4 77
1 70
47.6
0.66
59
138
432
19.5
3.98
34.4
1.00
22
1.00
20
4.08
20.0
445
142
37.3
4.12
20.1
449
143
38.4
1.00
19
427
136
33.9
1.07
23
3.95
19.4
1.00
20
4.05
19.8
441
141
36.7
18
4.08
20.0
445
142
37.8
1.00
63
1 47
4 65
1 9.9
4 .07
3 5.1
1 .00
22
1 .00
21
4 .17
2 0.4
4 79
1 51
3 8.0
4 .21
2 0.5
4 84
1 53
3 9.2
1 .00
19
4 60
1 45
3 4.6
1 .00
22
4 .04
1 9.8
1 .00
21
4 .14
2 0.2
4 74
1 50
3 7.5
19
4 .17
2 0.4
4 79
1 51
3 8.6
1 .00
67
160
491
20.4
4.20
36.8
0.98
22
1.00
22
4.31
20.9
506
165
39.8
4.34
21.1
511
167
41.0
1.00
20
486
158
37.0
0.82
19
4.17
20.3
0.85
19
4.27
20.8
501
163
40.0
18
4.31
20.9
506
165
41.2
0.89
115
1 70
5 12
2 1.1
4 .34
3 9.2
0 .79
19
0 .82
19
4 .45
2 1.6
5 27
1 76
4 2.5
4 .49
2 1.8
5 33
1 77
4 3.8
0 .86
18
5 07
1 69
3 9.5
0 .61
15
4 .30
2 0.9
0 .63
15
4 .41
2 1.4
5 22
1 74
4 2.8
14
4 .45
2 1.6
5 27
1 76
4 4.1
0 .66
71
CO OLING OP ERATIO N
A MP S: Unit a mps (com p.+ e vaporator + condense r fan mot ors)
15 0
36 1
18. 1
3.8 3
45. 7
0.7 3
21
0.7 6
21
3.9 3
18. 5
37 3
15 4
49. 5
3.9 6
18. 6
37 6
15 6
51. 0
0.8 0
20
32 5
343
35 8
344
370
39 1
408
12 7
139
14 8
126
134
14 6
156
NO TE: Sh ad ed area refle cts A RI ratin g conditions
40.3
0.9 3
23
3.5 7
17.0
0.9 6
23
3.6 6
17.4
33 5
13 1
43.7
22
3.6 9
17.5
33 8
13 3
45.0
1.0 0
85
95
E nte ring Indoor W et Bulb Te mperature
63
67
71
59
63
67
Outdoor Am bient Tem pera ture
EXPANDE D PERFORMANCE DATA
* NOTE: Shaded areas are TVA and ARI Rating Con ditio IDB: Entering Indoor Dry Bulb Temp eratu re
1470
1675
1880
1470
1675
1880
Airflow
MODEL: *PC1348M41C*
COOLING PERFORMANCE DATA
*PC1348M41C*
75
70
IDB*
49.2
0.70
21
3.88
18.1
228
100
54.7
0.84
22
4.02
18.7
238
105
54.2
0.83
23
4.01
18.7
237
105
50.0
0.80
24
3.91
18.3
230
101
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
1535
1965
55.8
0. 74
21
4. 09
19.0
256
111
51.5
0. 71
22
3. 99
18.6
248
108
56.3
0. 75
20
4. 10
19.1
256
112
51.0
0. 59
18
3. 96
18.5
245
107
63
55.8
0. 62
16
4. 07
18.9
254
110
55.2
0. 61
17
4. 06
18.9
253
110
65
60. 4
0.56
17
4.22
19. 5
270
121
55. 7
0.54
18
4.12
19. 1
262
118
61. 0
0.57
16
4.23
19. 6
271
122
55. 8
0.41
14
4.08
19. 0
259
117
67
61. 1
0.43
12
4.19
19. 4
268
121
60. 5
0.42
13
4.18
19. 4
267
120
64.8
0. 36
12
4. 35
20.1
281
129
59.8
0. 35
12
4. 25
19.7
273
126
65.5
0. 37
11
4. 36
20.2
282
130
-
71
-
* IDB: Entering Indoor Dry Bulb Temperature
1535
1789
1789
1965
59
53.8
0.74
19
3.98
18.6
236
104
53.3
0.73
20
3.97
18.5
235
104
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
Airflow
MODEL: *PC1360M41C*
52. 9
0.86
23
4.31
19. 9
266
111
48. 8
0.83
24
4.21
19. 4
258
107
53. 4
0.87
22
4.32
19. 9
267
111
48. 0
0.73
21
4.17
19. 3
256
106
59
52. 6
0.77
19
4.29
19. 8
265
110
52. 0
0.75
20
4.28
19. 7
264
109
54.5
0. 77
21
4. 40
20.3
287
118
50.3
0. 74
22
4. 30
19.8
278
114
55.0
0. 78
20
4. 41
20.3
288
118
49.8
0. 61
18
4. 26
19.7
275
113
63
54.5
0. 64
16
4. 38
20.2
285
117
53.9
0. 63
17
4. 37
20.1
284
116
75
63.3
0.37
12
4.69
21.5
316
137
58.4
0.36
13
4.58
21.0
306
133
63.9
0.38
11
4.70
21.5
317
137
-
71
-
51.7
0.88
23
4.58
21.3
303
115
47.7
0.85
24
4.47
20.8
294
111
52.2
0.90
22
4.59
21.3
304
115
46.9
0.75
21
4.43
20.6
291
110
59
51.3
0.79
19
4.55
21.2
301
114
50.8
0.77
20
4.54
21.1
300
114
53.2
0.79
22
4.68
21.7
326
122
49.1
0.76
22
4.56
21.2
316
119
53.7
0.80
20
4.69
21.8
327
123
48.6
0.62
18
4.53
21.1
313
117
57.6
0.60
18
4.83
22.3
344
133
53.1
0.57
18
4.71
21.8
334
129
58.1
0.61
17
4.84
22.4
345
134
53.2
0.43
14
4.67
21.6
331
128
61. 8
0.38
12
4.99
23. 0
359
142
57. 0
0.37
13
4.87
22. 5
348
138
62. 4
0.39
11
5.00
23. 1
360
143
-
50.4
0.91
24
4.82
22.5
345
121
46.5
0.88
24
4.70
22.0
335
117
50.9
0.93
22
4.83
22.5
346
121
45.7
0.77
21
4.66
21.8
331
116
NO TE: Shaded area is ACCA (TVA) conditions
59.0
0.58
18
4.54
20.8
303
128
54.4
0.56
18
4.43
20.3
294
125
59.6
0.59
17
4.55
20.9
304
129
54.5
0.42
14
4.40
20.2
291
123
67
59.7
0.45
12
4.52
20.7
301
127
59.1
0.44
13
4.51
20.7
300
127
51. 9
0.81
22
4.92
23. 0
371
128
47. 9
0.78
22
4.80
22. 4
360
125
52. 4
0.83
20
4.94
23. 0
373
129
47. 4
0.64
18
4.76
22. 2
357
123
56.2
0.61
18
5.08
23.6
392
140
51.8
0.59
18
4.96
23.0
380
136
56.7
0.63
17
5.10
23.6
393
141
51.9
0.45
14
4.92
22.9
377
135
Outdoor Am bient Tem perature
85
95
Entering Indoor Wet Bulb Temperature
63
67
71
59
63
67
53.2 58.3
50.1 51. 9 56.8
0.66 0.46
0.81 0.68 0.47
16
12
19
17
13
4.65 4.80
4.79 4.89 5.05
21.6 22.2
22.4 22. 8 23.5
324
342
343
369
389
121
132
120
127
139
52.7 57.7
49.6 51. 4 56.3
0.65 0.45
0.80 0.67 0.46
17
13
20
18
13
4.64 4.79
4.78 4.88 5.04
21.5 22.1
22.3 22. 8 23.4
323
341
342
368
388
121
132
119
127
139
60. 3
0.40
12
5.25
24. 3
409
149
55. 6
0.38
13
5.12
23. 8
397
145
60. 9
0.40
11
5.27
24. 4
410
150
-
71
-
47.9
0.94
23
5.02
23.7
388
126
44.2
0.91
24
4.90
23.1
377
123
48.4
0.96
22
5.03
23.8
389
127
43.5
0.80
21
4.85
23.0
373
121
59
47.6
0.85
19
4.99
23.6
386
126
47.1
0.83
20
4.98
23.5
384
125
EXPANDED PERFORMANCE DATA
49. 3
0.84
21
5.13
24. 2
418
135
45. 5
0.81
22
5.00
23. 6
405
130
49. 8
0.86
20
5.14
24. 3
419
135
45. 0
0.67
18
4.96
23. 4
401
129
63
49. 3
0.71
16
5.10
24. 1
415
134
48. 8
0.69
17
5.09
24. 0
414
133
53.4
0.64
17
5.30
24.9
441
147
49.3
0.62
18
5.17
24.3
428
142
53.9
0.65
16
5.31
24.9
443
147
49.3
0.46
14
5.12
24.1
424
141
67
54.0
0.49
12
5.27
24.7
438
146
53.5
0.48
13
5.26
24.7
437
145
105
57.3
0.41
12
5.48
25.7
460
156
52.9
0.40
13
5.34
25.1
446
152
57.8
0.42
11
5.49
25.8
462
157
-
71
-
44.4
0.95
22
5.19
24.9
429
131
40.9
0.92
22
5.06
24.3
416
127
44.8
0.97
20
5.21
25.0
430
131
40.3
0.81
19
5.02
24.1
412
126
59
44.0
0.85
18
5.16
24.8
426
130
43.6
0.84
19
5.15
24.7
425
129
45.7
0.85
20
5.31
25.4
462
139
42.1
0.82
21
5.18
24.8
448
135
46.1
0.87
19
5.32
25.5
463
140
41.7
0.67
17
5.13
24.6
443
134
63
45.7
0.71
15
5.28
25.3
458
138
45.2
0.70
16
5.27
25.2
457
138
49.4
0.64
16
5.49
26.2
488
152
45.6
0.62
17
5.35
25.5
473
147
49.9
0.66
15
5.50
26.2
489
152
45.7
0.47
13
5.30
25.3
468
146
67
50.0
0.49
12
5.45
26.0
484
151
49.5
0.48
12
5.44
25.9
483
150
115
53.0
0.41
11
5.67
27.0
509
162
49.0
0.40
12
5.53
26.4
493
157
53.6
0.42
11
5.69
27.1
510
162
-
71
-
COOLING OPERATION
COOLING PERFORMANCE DATA
*PC1360M41C*
27
28
85
80
IDB*
59
3 .9 7
1 8. 5
235
104
KW
HI PR
LO PR
5 6. 7
0 .9 7
26
4 .0 8
1 9. 0
243
107
5 6. 1
0 .9 5
27
4 .0 7
1 8. 9
242
107
5 1. 8
0 .9 2
28
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
AMPS
3 .9 4
1 8. 4
233
102
5 5. 7
0 .9 3
24
4 .0 5
1 8. 8
241
106
5 5. 1
0 .9 1
26
4 .0 4
1 8. 8
240
106
5 0. 9
0 .8 8
27
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
KW
AMPS
HI PR
LO PR
MBh
S/ T
Delt a T
63
11 0
25 3
18.9
4.06
57.8
0.94
25
4.16
19.3
26 2
11 4
57.2
0.92
27
4.15
19.3
26 1
11 4
52.8
0.89
28
4.02
18.7
25 0
10 9
56.9
0.87
23
4.13
19.2
25 9
11 3
56.3
0.85
25
4.12
19.2
25 8
11 2
52.0
0.82
26
65
67
120
267
19. 4
4.1 8
60. 5
0.8 5
24
4.3 0
19. 9
276
124
59. 9
0.8 3
26
4.2 9
19. 8
275
124
55. 3
0.8 0
26
4.1 5
19. 2
264
119
60. 8
0.7 1
20
4.2 6
19. 7
273
123
60. 2
0.6 9
21
4.2 5
19. 7
273
123
55. 6
0.6 7
22
71
12 8
27 9
20 .0
4. 32
64 .5
0. 69
21
4. 43
20 .5
28 8
13 2
63 .9
0. 67
22
4. 42
20 .4
28 7
13 2
59 .0
0. 65
23
4. 28
19 .8
27 6
12 7
65 .0
0. 53
16
4. 40
20 .3
28 5
13 1
64 .4
0. 52
17
4. 39
20 .3
28 4
13 1
59 .4
0. 50
18
59
109
264
19.7
4.27
55.3
1.00
26
4.39
20.2
273
113
54.8
0.99
28
4.38
20.2
272
113
50.6
0.95
29
4.24
19.6
261
108
54.4
0.96
24
4.36
20.1
270
112
53.9
0.94
26
4.35
20.0
269
112
49.7
0.91
27
63
116
284
20 .1
4. 37
56 .4
0. 97
26
4. 49
20 .6
293
120
55 .9
0. 95
27
4. 47
20 .6
293
120
51 .6
0. 92
28
4. 33
20 .0
281
115
55 .6
0. 90
23
4. 45
20 .5
291
119
55 .0
0. 88
25
4. 44
20 .4
290
119
50 .8
0. 85
26
75
67
1 27
3 00
20.7
4.50
59.1
0.88
24
4.63
21.2
3 10
1 31
58.5
0.86
26
4.62
21.1
3 09
1 31
54.0
0.83
27
4.47
20.5
2 97
1 26
59.4
0.73
20
4.59
21.0
3 07
1 30
58.8
0.72
22
4.58
21.0
3 06
1 30
54.3
0.69
23
71
135
313
21.3
4.65
63.0
0.71
21
4.78
21.8
323
140
62.4
0.70
22
4.77
21.8
322
139
57.6
0.67
23
4.61
21.1
309
134
63.5
0.55
16
4.74
21.7
320
139
62.9
0.54
17
4.73
21.6
319
138
58.0
0.52
18
59
1 14
3 00
2 1.1
4 .54
5 4.0
1 .00
25
4 .67
2 1.7
3 10
1 18
5 3.5
1 .00
27
4 .66
2 1.6
3 09
1 17
4 9.4
0 .98
29
4 .50
2 1.0
2 97
1 13
5 3.1
0 .98
24
4 .63
2 1.5
3 07
1 16
5 2.6
0 .96
26
4 .62
2 1.4
3 06
1 16
4 8.5
0 .93
27
12 1
32 3
21.5
4.6 4
55.1
1.0 0
26
4.7 7
22.1
33 4
12 5
54.5
0.9 8
27
4.7 6
22.0
33 3
12 5
50.3
0.9 4
28
4.6 0
21.4
32 0
12 0
NO TE:
54.3
0.9 2
23
4.7 3
21.9
33 0
12 4
53.7
0.9 0
25
4.7 2
21.9
32 9
12 3
49.6
0.8 7
26
High and low p re ssures are measured at th e liquid and su ction ac cess fittings.
62. 0
0.5 6
16
5.0 4
23. 2
36 4
14 4
61. 4
0.5 5
17
5.0 3
23. 2
36 3
14 4
56. 6
0.5 3
18
51 .8
1. 00
24
4. 87
22 .7
350
122
51 .3
1. 00
26
4. 86
22 .7
349
122
47 .3
0. 96
27
52.9
0.95
24
4.98
23.2
376
130
52.4
0.93
25
4.96
23.1
375
130
48.4
0.90
26
56.6
0. 78
21
5. 14
23.8
397
142
56.0
0. 76
22
5. 13
23.8
396
142
51.7
0. 73
23
71
6 0. 5
0 .58
16
5 .31
2 4. 6
4 14
1 51
5 9. 9
0 .57
17
5 .30
2 4. 5
4 13
1 51
5 5. 3
0 .55
18
132
341
22.1
4.79
57.7
0.90
24
4.92
22.7
352
137
57.1
0.88
26
4.91
22.7
351
136
52.7
0.85
27
119
342
22 .3
4. 78
52 .7
1. 00
25
4. 91
22 .9
353
123
52 .2
1. 00
27
4. 90
22 .8
352
123
48 .2
1. 00
29
139
388
23.4
5. 04
56.3
0. 93
24
5. 18
24.0
401
143
55.7
0. 91
26
5. 17
24.0
400
143
51.4
0. 88
27
1 48
4 05
2 4. 1
5 .21
6 0. 0
0 .75
21
5 .36
2 4. 8
4 19
1 53
5 9. 4
0 .74
23
5 .34
2 4. 7
4 17
1 52
5 4. 9
0 .71
23
125
384
23.5
4.98
50.1
1.00
23
5.12
24.1
397
129
49.6
1.00
25
5.10
24.1
396
129
45.8
1.00
27
4.94
23.3
380
124
K W = Tot al system power
127
368
22.8
4.88
53.7
1.00
25
5.02
23.4
380
131
53.2
1.00
27
5.01
23.3
379
131
49.1
0.97
29
59
49.2
1.00
23
5.07
23.9
393
128
48.7
1.00
25
5.06
23.9
392
128
45.0
1.00
27
63
1 33
4 14
2 4. 0
5 .0 9
5 1. 0
1 .0 0
24
5 .2 3
2 4. 6
4 28
1 38
5 0. 5
1 .0 0
26
5 .2 2
2 4. 6
4 26
1 37
4 6. 7
1 .0 0
28
5 .0 4
2 3. 8
4 09
1 32
5 0. 3
0 .9 9
23
5 .1 9
2 4. 4
4 23
1 36
4 9. 8
0 .9 7
25
5 .1 7
2 4. 4
4 22
1 36
4 6. 0
0 .9 3
26
67
14 5
43 7
24.7
5.25
53.5
0.96
24
5.40
25.3
45 2
15 0
52.9
0.94
26
5.39
25.3
45 0
15 0
48.9
0.91
27
5.21
24.5
43 2
14 4
53.7
0.80
20
5.36
25.1
44 7
14 9
53.2
0.79
22
5.34
25.1
44 6
14 8
49.1
0.76
22
105
71
155
455
25.5
5.43
57.0
0.78
21
5.59
26.2
471
160
56.5
0.77
22
5.57
26.1
470
160
52.1
0.74
23
5.38
25.3
451
153
57.4
0.60
16
5.54
26.0
466
158
56.9
0.59
17
5.52
25.9
465
158
52.5
0.57
18
59
12 9
42 5
24 .7
5.15
46 .4
1.00
22
5.30
25 .4
43 9
13 4
45 .9
1.00
24
5.28
25 .3
43 8
13 3
42 .4
1.00
25
5.11
24 .5
42 0
12 8
45 .6
1.00
21
5.25
25 .2
43 5
13 3
45 .1
1.00
23
5.24
25 .1
43 3
13 2
41 .7
1.00
25
63
138
457
25.2
5.26
47.3
1.00
22
5.41
25.9
472
142
46.8
1.00
24
5.40
25.8
471
142
43.2
1.00
26
5.22
25.0
452
136
46.6
1.00
22
5.37
25.7
468
141
46.1
0.98
23
5.36
25.6
466
141
42.6
0.94
24
67
150
482
25.9
5.44
49.5
0.97
22
5.59
26.6
499
155
49.0
0.95
24
5.58
26.6
497
155
45.3
0.92
25
5.39
25.7
478
149
49.8
0.81
19
5.55
26.4
494
154
49.3
0.80
20
5.53
26.4
492
153
45.5
0.77
21
115
1 60
5 03
2 6.8
5 .62
5 2.8
0 .79
19
5 .78
2 7.5
5 20
1 66
5 2.3
0 .77
21
5 .77
2 7.5
5 19
1 65
4 8.3
0 .74
22
5 .57
2 6.6
4 98
1 59
5 3.2
0 .61
15
5 .73
2 7.3
5 15
1 64
5 2.7
0 .59
16
5 .72
2 7.2
5 14
1 63
4 8.6
0 .57
17
71
CO OLING OP ERATIO N
A MP S: Unit a mps (comp.+ evap orato r + con de nser fan motors)
14 1
35 5
22. 8
4.9 5
61. 5
0.7 3
21
5.0 9
23. 4
36 8
14 5
60. 9
0.7 1
22
5.0 7
23. 4
36 6
14 5
56. 2
0.6 9
23
4.75
4.9 1 4. 74 4.84 5. 00 5 .16
22.0
22. 6 22 .1 22.6 23.2 2 4. 0
337
35 2
338
364
384
4 01
131
13 9
118
126
137
1 46
Sh ad ed area reflects A RI rat ing condition s
58.0
0.75
20
4.88
22.5
349
135
57.4
0.74
22
4.87
22.5
348
135
53.0
0.71
23
Outdoor Am bient Tem perature
85
95
E nte ring Indoor W et Bulb Te mperature
63
67
71
59
63
67
EXPANDE D PERFORMANCE DATA
* NOTE: Shaded areas a re TVA and ARI Ra ting Conditio IDB: Ent ering Indoor Dry Bulb Temp eratu re
15 35
17 89
19 65
15 35
17 89
19 65
Airflow
MODEL: *PC1360M41C*
COOLING PERFORMANCE DATA
*PC1360M41C*
COOLING PERFORMANCE DATA
PERFORMANCE TEST
All data based upon listed indoor dry bulb temperature. .00 inches external static pressure on coil of outdoor section.
Indoor air cubic feet per minute (CFM) as listed in the Performance Data Sheets:
If conditions vary from this, results will change as follows:
1. As indoor dry bulb temperatures increase, a slight increase will occur in indoor air temperature drop (Delta T).
Low and high side pressures and power will not change.
2. As indoor CFM decreases, a slight increase will occur in indoor temperature drop (Delta T). A slight decrease
will occur in low and high side pressures and power.
A properly operating unit should be within plus or minus 3 degrees of the typical (Delta T) value shown.
A properly operating unit should be within plus or minus 7 PSIG of the HI PR shown.
A properly operating unit should be within plus or minus 3 PSIG of the LO PR shown.
A properly operating unit should be within plus or minus 3 Amps of the typical value shown.
29
WIRING DIAGRAMS
HKR***
BK
BK
BK
BK
BK
M1
M1
M3
M2
M4
M2
BK
BK
BK
BK
BK
WARNING
HIGH VOLTAGE!
DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS
UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO
DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.
BK
BK
BK
BK
BK
BK
BK
M1
M3
M1
M2
M4
M2
M1
M3
M5
M7
M2
M4
M6
M8
BK
BK
BK
BK
BK
Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
30
PU
PU
RD
FC
BK
PU
BK
PU
BR
2
3
SPEED
UP
R
XFMR-R
XFMR-C
C
4
1
EM
3 SPEED
RD
COM
K1
BL
NC
M2
NO
K1
M1
EBTDR
SA
(IF USED)
SEE NOTE 5
BR
BL
BL
G
GR
RD
PU
BK
RD
YL
RD
BK
PU
RD
H
YL
RD
C
208
C
RCCF
F
BR
3
FC
(COM) HIGH
BK
BR
BR
NOTE #4
PU
8
5
4
2
1
2 SPEED
OPTIONAL
EM
7
9
PLF
6
3
BL
LOW
BL
240
BL
24V
2
BK
1
PU
(TRANS240V)
PU (M1) RD
BK
WARNING
PU
PU
RD
CM
BR
BR
BK
BK
BR
BK
BK
RD
YL
RD
BK
BK
BK
RD
BL
YL
COMP
S C R
RD
T1
T2
L1
RD
RD
C
L2
BR
BL
YL
RD
GR
WH
RD
RD
RD
BK
HPS
LVJB
GND
SEE NOTE #6
T
H
E
R
M
O
S
T
A
T
CONTROL
BOX
+
+
W2
C
Y
R
G
W1
2
0
8
2
4
0
/
1
/
60
208-240/1/60 0140G01235 REV. A
CH
NOTE #3
BL/PNK
BL/PNK
PU
HIGH VOLTAGE!
DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS
UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO
DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.
WIRING DIAGRAMS
*PC13[36]M41**
Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
31
L1
32
4
6
P
L 5
M2
M1
4
2
EBTDR
3
1
BR
C
EM
T1
S.A.
R
W2
EBTDR
NOTE #4
FC
COM
S
COMP
NOTE#2
C
R
R CCF
R
Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
Y
C
TR
C
THERMOSTAT
W1
G
24V
2
208-240
NO
EBTDR
NC
1 P
L
3 F
3
F
C
NOTE #5
H
T2
G
C
HPS
CM
SUPPLY VOLTAGE
208-240/1/60
CH
SEE NOTE #3
C
L2
WARNING
FACTORY WIRING
LINE VOLTAGE
BLOWER INTERLOCK RELAY
LOW VOLTAGE
CONTACTOR
OPTIONAL HIGH
CRANKCASE HEATER
VOLTAGE
CONDENSER MOTOR
COMPRESSOR
FIELD WIRING
ELECTRONIC BLOWER TIME DELAY
HIGH VOLTAGE
RELAY
LOW VOLTAGE
EVAPORATOR MOTOR
FAN CAPACITOR
EQUIPMENT GROUND
LOW VOLTAGE JUNCTION BOX
FEMALE PLUG / CONNECTOR
WIRE CODE
RUN CAPACITOR FOR
BK BLACK
COMPRESSOR AND FAN
START ASSIST
BL BLUE
BR BROWN
TRANSFORMER
GR GREEN
HIGH PRESSURE SWITCH
OR ORANGE
PU PURPLE
RD RED
WH WHITE
YL YELLOW
BL/PNK BLUE/PINK STRIPE
208-240/1/60 0140G01235 REV. A
SEE UNIT RATING PLATE FOR TYPE AND SIZE
OF OVER CURRENT PROTECTION
1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS
ORIGINAL (AT
LEAST 105°C) USE COPPER CONDUCTOR ONLY.
2. TO CHANGE EVAPORATOR MOTOR SPEED REPLACE LEAD ON EBTDR
"COM" WITH LEAD
ON EBTDR "M1" OR "M2"
3. CRANKCASE HEAT NOT SUPPLIED ON ALL UNITS.
4. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE WIRES
FROM TERMINAL 3
TERMINAL 2 ON TRANSFORMER.
5. START ASSIST FACTOR EQUIPPED WHEN REQUIRED
6. USE COPPER CONDUCTORS ONLY
++ USE N.E.C. CLASS 2 WIRE
NOTES:
HPS
SA
TR
BR
C
CH
CM
COMP
EBTD
R
EM
FC
GND
LVJB
PLF
RCCF
COMPONENT
LEGEND
HIGH VOLTAGE!
DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS
UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO
DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.
WIRING DIAGRAMS
*PC13[36]M41**
GR
PU
YL
EM
C L G N
1 2 3 4 5
BL
SEE NOTE 2
BK
GR
GR
WH
YL
BL
C
RD
F
BR
24V
1
2
3
4
5
6
GR
PLF
RD
BL
7
8
9
WH
NOTE #3
SA (IF USED)
SEE NOTE 4
BL
208 240
TR
C
3
2
BK
1
PU
RD
RCCF
H
YL
WARNING
BK
CM
PU BR BK
PU
BR
BR
PU
YL
RD
BK
BK
BK
RD
RD
BL
YL
RD
COMP
S C R
RD
GR
T1
T2
T
H
E
R
M
O
S
T
A
T
CONTROL
BOX
++
W2
C
Y
R
G
W1
60
2
0
8
2
4
0
/
1
/
208-240/1/60 0140G01077 REV A
HPS
BR
BL
YL
RD
GR
WH
GND
SEE NOTE 5
LVJB
BK
BL/PNK
BL/PNK
L1
C
L2
PU
HIGH VOLTAGE!
DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS
UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO
DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.
WIRING DIAGRAMS
*PC13[48-60]M41**
Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
33
L1
34
1
PLF
6
5
4
N
C
EM
NOTE #2
G
C
2
3
S
R
R
NOTE #3
S.A.
COMP
IF USED
T1
F
W1
24V
2
Y
208-240
3
CM
G
HPS
C
1 EM C
2
TR
1
C
THERMOSTAT
W2
3
L
RCCF
NOTE #4
H
C
T2
SUPPLY VOLTAGE
208-240/1/60
L2
C
SEE NOTE #2
WARNING
HIGH PRESSURE SWITCH
HPS
WIRE CODE
BK BLACK
BL BLUE
BR BROWN
GR GREEN
OR ORANGE
PU PURPLE
RD RED
WH WHITE
YL YELLOW
BL/PNK BLUE/PINK STRIPE
FIELD WIRING
HIGH VOLTAGE
LOW VOLTAGE
FACTORY WIRING
LINE VOLTAGE
LOW VOLTAGE
OPTIONAL HIGH
VOLTAGE
Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
208-240/1/60 0140G01077 REV A
SEE UNIT RATING PLATE FOR TYPE AND SIZE
OF OVER CURRENT PROTECTION
1. REPLACEMENT WIRE MUST BE SAME SIZE AND TYPE INSULATION AS
ORIGINAL (AT LEAST 105°C) USE COPPER CONDUCTOR ONLY.
2. TO CHANGE EVAPORATOR MOTOR SPEED MOVE WHITE AND YELLOW
LEADS FROM EM"2" AND "3" TO "4" AND "5". IF BOTH LEADS ARE
ENERGIZED, THE HIGHER SPEED SETTING IS USED.
3. FOR 208 VOLT TRANSFORMER OPERATION MOVE PURPLE WIRES FROM
TERMINAL 3 TO TERMINAL 2 ON TRANSFORMER.
4. START ASSIST FACTOR EQUIPPED WHEN REQUIRED.
5. USE COPPER CONDUCTORS ONLY.
++ USE N.E.C. CLASS 2 WIRE
NOTES:
SA
TR
CONTACTOR
CONDENSER MOTOR
COMPRESSOR
EVAPORATOR MOTOR
EQUIPMENT GROUND
LOW VOLTAGE JUNCTION BOX
FEMALE PLUG / CONNECTOR
RUN CAPACITOR FOR
COMPRESSOR AND FAN
START ASSIST
TRANSFORMER
C
CM
COMP
EM
GND
LVJB
PLF
RCCF
COMPONENT LEGEND
HIGH VOLTAGE!
DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS
UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO
DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.
WIRING DIAGRAMS
*PC13[48-60]M41**