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Technical Service Manual
R - 41 0 A
P a c k a g e d U n i t
( 3 8 0 ~ 41 5 V / 3 P h / 5 0 H z )
1
Content
Nomenclature
Features and Benefits
List of Functions
........................................................................................ 5
............................................................................................ 6 - 7
Specifications ........................................................................................... 8 - 11
Dimensional Drawings ................................................................................. 12 - 17
Wiring Diagrams ......................................................................................... 18 - 21
Performance Data ........................................................................................ 20 - 29
Electrical Data ............................................................................................... 30
Parameter and Pressure Chart ...................................................................... 30 - 36
Refrigeration Cycle ....................................................................................... 37
Operational Limit ............................................................................................... 38
Installation ................................................................................................. 39 - 41
Ductwork ........................................................................................................ 42
Control Functions ........................................................................................ 43 - 47
Error Codes ................................................................................................ 48 - 49
Trouble Shooting ........................................................................................ 50 - 54
List of Accessory ............................................................................................... 55
Maintenance ................................................................................................ 55 - 60
2
External Appearance
6.2 Tons
IPCXH-075GA4(A)
7.5 & 8.5 Tons
IPCXH-090GA4(A)
IPCXH-102GA4(A)
3
10 Tons
IPCXH-120GA4(A)
12.5 & 15 Tons
IPCXH-150GA4(A)
IPCXH-180GA4(A)
17.5 & 20 Tons
IPCXH-210GA4(A)
IPCXH-240GA4(A)
I P A X H 150 G A 4 ( )
Brand
Intertherm -
I
Unit Type
Packaged Unit -
P
Supply Air
Two Way Air: Side & Bottom -
A
One Way: Side -
C
One Way: Bottom -
D
Unit Type
Cooling Only -
X
Heat Pump -
P
Ambient Type
High Ambient -
H
Series
(
A
) - First Generation
(
C
) - Compact
Refrigerant Type
2
- R-22
4
- R-410A
Control Type
A
- Wired Controller
W
- Wireless
S
- No Control (Field Supplied)
Power Supply
K
- 208 - 230 V / 1 Ph / 60 Hz
C
- 208 - 230 V / 3 Ph / 60 Hz
E
- 220 - 240 V / 1 Ph / 50 Hz
G
- 380 - 420 V / 3 Ph / 50 Hz
Cooling Capacity
075
- 75,000 Btu/h (6.2 Tr)
090
- 90,000 Btu/h (7.5 Tr)
120
- 120,000 Btu/h (10 Tr)
150
- 150,000 Btu/h (12.5 Tr)
180
- 180,000 Btu/h (15 Tr)
210
- 210,000 Btu/h (17.5 Tr)
240
- 240,000 Btu/h (20 Tr)
4
5
FEATURES and BENEFITS
1. The adoption of anticorrosive-box
The reinforced anticorrosion by using galvanization armor plate and coated with man-composed paint. The appearance is stylish and easy for maintenance. (Has been 1000 hours salt spray test)
2. The adoption of credible protection system
2.1 The protection of compressor
High-pressure protection, low-pressure protection, compressor current protection and so on the series’ protectors can ensure compressor operating normally.
Adopts independent system, except for protections of sequence and wire control output, any protection relate to its corresponding compressor. Once a compressor protection energized, the corresponding compressor will stop, as others working still.
2.2 Fan motor
The fan motors for evaporator have over-heat protection and over-current protection function. The fan motors for condenser have the temperature controller protection function.
3. Energy saving design
3.1 High Efficiency Compressor
Using professional compressor, heat exchanger and optimum connection pipe, the compressor can startup under low power input.
3.2 Condenser
By using high-efficient thin wing, the condenser has high-efficient heat exchanger, the energy waste decreases greatly.
3.3 Evaporator
By using the high-efficient, super thin wing and inner-whorl copper pipe, the evaporators get the higher capacity and the lower noise level.
3.4 The Heat Insulation of indoor unit
The heat insulation of indoor unit can availably decrease heat loss.
4. Optional collocation
4.1 Operation in High Temperature
The air-conditioner designed for high temperature can run despite the ambient temperature reaches up to 52
°
C (125
°
F).
4.2 Strong Air Flow
Large air volume from the air inlet is forced ventilating by the condenser fan.
4.3 Minimum Installation Arrangement
The installation is fast and low cost with the easy installation and ready operation
4.4 Pre-Drilled Duct Flange
Flanges are prepared at the supply and return duct connections so that they can reduce duct connection work at site.
4.5 Quiet Operation
Noise and vibration have been effectively reduced by adopting new style hermetic compressor. The centrifugal fan and fan casing are optimum shaped for efficient and low noise operation.
5. Cabinet
5.1 Sloped drain pan and drain pipe
5.2 Cabinets have forklift and lifting holes for easy transportation
5.3 Cabinets have fresh air function, and the filter can be washable.
6. Variable Speed Pulley
Change the speed of a rotating shaft member, so that it will increase or decrease the revolutions per minute of that particular shaft, to increase or decrease CFM. (15 Tons and above only).
LIST OF FUNCTIONS
1. STANDARD SPECIFICATION
A. General
Packaged cooling or combination heating and cooling units are suitable for mounting on the roof or ground. The packaged unit consists of scroll compressors, cooling coil, condenser coil, control wiring and interconnecting piping- all factory-assembled and mounted on heavy gauge G-90 galvanized steel sheet press formed base, ready for field connection to utilities and ducts. The packaged unit is of rigid construction with holes provided in the base rails for overhead rigging. The unit is provided with an integral weather resistant control panel.
These units are rated and tested in accordance with ARI standard 210/ARI 360.
B. Unit Enclosure
Panels are of heavy gauge, G-90 galvanized steel sheet with removable access panels, completely weatherized for outdoor installation and properly reinforced and brazed. Panels and access door are provided for inspection and access for all internal parts. Enclosures are provided with adequately reinforced points of support for setting in the unit. Steel sheet panels are zinc-coated and galvanized by the hot dip process of lock forming quality conforming to ASTM A 653 commercial weight G-90, followed by baked on electrostatic polyester dry powder coat paint, on all external panel.
C. Compressor
Compressors are scroll for all the models. They are provided with all the standard controls and accessories necessary for safe operation. These are equipped with internal motor protector; factory installed crank case heater and rubber vibration isolator for quiet and efficient operation.
D. Air-cooled Condensing Section
1. The air-cooled condensing section is enclosed within the unit housing and consists of condenser coil, fan(s) electric motor(s) and inherently protected compressor(s). As an option, enhanced coated aluminum fins may be provided. Tube support sheets are galvanized steel, formed to provide structural strength.
2. Fans are propeller type, direct driven, upward discharge and provided with fan grille mounted on the casing.
3. Motors are totally enclosed air-over type with class F insulation. Inherent thermal protection is automatic reset type.
E. Evaporator Coil Section
1. All cooling coils are of enhanced louvered fins and inner grooved copper tubes with wall thickness of
0.3mm, mechanically bonded to aluminum fins. Return bend has 0.022 inch thickness (0.56mm). As option, enhanced coated aluminum fins may be provided. Tube support sheets are galvanized steel, formed to provide structural strength.
2. Drain Pan: An insulated drain Pan made of G-90 galvanized steel is provided, for additional corrosion protection.
3. Insulation: Insulation is supplied in adequate density and thickness for all units to prevent condensation from forming on the unit casing. Insulation meets the requirements of NFPA 90A and is protected against deterioration and erosion from air currents.
F. Evaporator Fan
Evaporator fan is of centrifugal forward-curved blade design capable of handling total required CFM and static pressure in the low and the medium ranges. Casings are made of galvanized steel. Blower motors are of open drip proof type (totally enclosed types are optional) and conform to NEMA MG-1 and MG-
2. Blower motor is mounted on adjustable base and secured by locking device. Fan wheels shafts and bearing are selected to operate at 25% below first critical speed. Pillow block bearing are selected for at
200,000 hours average life at design operating conditions. Shaft is turned, ground and polished from solid steel. Fans and pulleys are keyed to shaft and designed for continuous operation at maximum motor horse power and fan speed. All rotating components and assemblies are statically and dynamically balanced and every unit is vibration tested before shipment from the factory.
6
7
G. Electronic Thermostat
General information: A dedicated electronic thermostat is supplied with unit controls as standard. This thermostat controls one or two stage heating and cooling applications. The thermostat normally displays room temperature and mode of operation.
The temperature can be set by up/down buttons for both cooling and heating cycles. The thermostat also allows you to select continuous fan operation, or have the fan on intermittent operation with the equipment. It also displays the status of unit, thus providing maximum information for the end user.
2. Electric Heater
Electric heater is the resistance coil and conforms to the requirements of UL 573 or equivalent. Electrical characteristic, kW capacity and number of stages is indicated. Airflow switch, fusible link and overheat limit thermostat is provided to shut-off power in case of airflow failure/overheat. Electric heater kit is installed as an externally mounted kit at the supply opening.
3. Standard feature/Option/Accessory
Description
Horizontal Discharge
Compressor Crankcase Heaters
Evaporator Fan-Belt Driven (6.2 ton and Above)
Evaporator Direct Driven (5 ton and Below)
Evaporator Fan Motor - ODP Type (TEFC Type Optional)
Condenser Fan Direct Drive, Propeller Type
Condenser Fan Motor (Totally Enclosed Air-Over Type)
Electric Heaters
Air Filter
Filter, Synthetic Media
Filter, Aluminum
Compressor Overload Protection
Low Pressure Switch
High Pressure Switch
Cooling & Heating Thermostat
Condenser Fan Guard
Condenser Coil Guard
Manual Outside Air Damper
KJR-12B
KJR-23B
KJR-25B
Standard Features
Option Accessory
(Factory Installed) (Field Installed)
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SPECIFICATIONS:
Model
Nominal ton
Power Supply
Cooling
Performance
Test
Condition 1
Test
Condition 2
Test
Condition 3
Cooling Capacity (1)
Power Input (1)
EER 1
Cooling Capacity (2)
Power Input (2)
EER 2
Cooling Capacity (3)
Power Input (3)
EER 3
(Ton)
V,Ph,Hz
Btu/h kW kW
Btu/h/W
Btu/h kW kW
Btu/h/W
Btu/h kW kW
Btu/h/W kW
A
IPCXH-075GA4(A)
6.2
380~415V,3Ph,50Hz
75000
22
7
10.7
60700
17.8
8.02
7.6
60300
17.67
7.63
7.9
8
16
IPCXH-090GA4(A)
7.5
380~415V,3Ph,50Hz
89000
26
8.6
10.3
68800
20.2
9.54
7.2
68200
19.99
8.97
7.6
14.2
30
Max. input consumption
Max. current
Indoor Fan Performance
Indoor fan air flow CFM
ESP Pa
Type
Drive type
Type
Quantity
Model
2100
60
FC Centrifugal
Direct
Scroll
1
ZP67KCE-TFD-522
3300
60
FC Centrifugal
Belt
Scroll
2
E604DH-59D2G × 2
Compressor Data
Brand
Capacity
Refrigerant oil charge
Type
Btu/h ml
Copeland
55000
1656
Propeller
Hitachi
52784 × 2
1300 x 2
Propeller
Outdoor Fan
Quantity
Drive type
Motors quantity
Type
Refrigerant volume
1
Direct
1
R410A
5
1
Direct
1
R410A
2.5+2.5
Refrigerant Kg
Refrigerant Control
Net(W×H×D) mm
Capillary
1920x840x1068
Dimensions
Packing(W×H×D)
Net weight mm
Kg
1955x870x1085
246
Weight
Filter
Shipping
Gross weight
Quantity
Size (W×H×D)
Qty’Per 20’/40’/40’HQ
Kg mm
250
1
495x410x20
12/24/34
Note:
The data are based on the following conditions
Cooling (1)and Power input(1): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 35°C(95°F) DB.
Cooling (2)and Power input(2): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 46.1°C(115°F) DB.
Cooling (3)and Power input(3): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 48°C(118.4°F) DB.
Capillary
1630x1068x1065
1700x1110x1160
335
350
2
447×890×10
12/26/26
8
9
SPECIFICATIONS:
Model
Nominal ton
Power Supply
Cooling
Performance
Max. current
Outdoor Fan
Refrigerant
Test
Condition 1
Test
Condition 2
Test
Condition 3
Max. input consumption
Indoor Fan Performance
Compressor Data
Cooling Capacity (1)
Power Input (1)
EER 1
Cooling Capacity (2)
Power Input (2)
EER 2
Cooling Capacity (3)
Power Input (3)
EER 3
Indoor fan air flow CFM
ESP Pa
Type
Drive type
Type
Quantity
Model
Brand
Btu/h ml
Capacity
Refrigerant oil charge
Type
Quantity
Drive type
Motors quantity
Type
Refrigerant volume
Refrigerant Control
Kg
(Ton)
V,Ph,Hz
Btu/h kW kW
Btu/h/W
Btu/h kW kW
Btu/h/W
Btu/h kW kW
Btu/h/W kW
A
IPCXH-102GA4(A)
8.5
380~415V,3Ph,50Hz
103000
30
10.2
10.1
79600
23.3
11.1
7.2
79400
23.3
10.37
7.65
14.2
30
3300
60
FC Centrifugal
Belt
Scroll
2
E604DH-59D2G×2
Hitachi
52784×2
1300x2
Propeller
1
Direct
1
R410A
2.5+2.5
Capillary
IPCXH-120GA4(A)
10
380~415V,3Ph,50Hz
120000
35
11.8
10.2
100000
29.3
13.53
7.4
98200
28.8
12.83
7.65
16
33
3500
75
FC Centrifugal
Belt
Scroll
2
E654DH-65D2G×2
Hitachi
58345×2
1300x2
Propeller
1
Direct
1
R410A
2.5+2.5
Capillary
Dimensions
Weight
Net(W×H×D)
Packing(W×H×D)
Net weight
Gross weight mm mm
Kg
Kg
1630x1068x1065
1700x1110x1160
335
350
Filter
Quantity
Size (W×H×D) mm
2
447×890×10
Shipping Qty’Per 20’/40’/40’HQ 12/26/26
Note:
The data are based on the following conditions
Cooling (1)and Power input(1): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 35°C(95°F) DB.
Cooling (2)and Power input(2): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 46.1°C(115°F) DB.
Cooling (3)and Power input(3): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 48°C(118.4°F) DB.
2165x1002x1335
2220x1040x1410
420
440
2
566×814×10
8/16/16
SPECIFICATIONS:
Model
Nominal ton
Power Supply
Test
Condition 1
Test
Condition 2
Cooling Capacity (1)
Power Input (1)
EER 1
Cooling Capacity (2)
(Ton)
V,Ph,Hz
Btu/h kW kW
Btu/h/W
Btu/h kW
Cooling
Performance
Power Input (2)
EER 2 kW
Btu/h/W
Cooling Capacity (3)
Test
Condition 3
Power Input (3)
Max. input consumption
EER 3
Max. current
Btu/h
Indoor Fan Performance kW kW
Btu/h/W kW
Indoor fan air flow
A
CFM
ESP Pa
Type
Drive type
Type
Quantity
IPCXH-150GA4(A)
12.5
380~415V,3Ph,50Hz
150000
43
14.6
10.3
124000
36.3
17.12
7.2
123100
36.1
16.09
7.65
21
40
5000
90
FC Centrifugal
Belt
Scroll
3
IPCXH-180GA4(A)
15
380~415V,3Ph,50Hz
180000
53
18.9
9.5
144600
42.4
20.11
7.2
144000
42.2
18.94
7.6
25
52
6000
90
FC Centrifugal
Belt
Scroll
3
Compressor Data
Outdoor Fan
Model
Brand
Capacity
Refrigerant oil charge
Type
Quantity
Drive type
Motors quantity
Type
Btu/h ml
E505DH-49D2YG × 2
+ E654DH-65D2G
Hitachi
44015×2+58345
1300x3
Propeller
1
Direct
1
R410A
E655DH-65D2YG × 2
+ E654DH-65D2G
Hitachi
58345×3
1300x3
Propeller
1
Direct
1
R410A
Refrigerant
Dimensions
Weight
Filter
Refrigerant volume
Refrigerant Control
Net(W×H×D)
Packing(W×H×D)
Net weight
Gross weight
Quantity
Size (W×H×D)
Kg mm mm
Kg
Kg
4.4+2.2
Capillary
2229x1245x1400
2265x1280x1455
525
540
2
605×1045×12 mm
Shipping Qty’Per 20’/40’/40’HQ 8/15/2004
Note:
The data are based on the following conditions
Cooling (1)and Power input(1): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 35°C(95°F) DB.
Cooling (2)and Power input(2): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 46.1°C(115°F) DB.
Cooling (3)and Power input(3): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 48°C(118.4°F) DB.
5.1+2.5
Capillary
2229x1245x1400
2265x1280x1455
605
630
2
605×1045×12
8/16/2004
10
11
SPECIFICATIONS:
Model
Nominal ton
Power Supply
Test
Condition 1
Cooling Capacity (1)
Power Input (1)
EER 1
(Ton)
V,Ph,Hz
Btu/h kW kW
Btu/h/W
Btu/h
Cooling
Performance
Test
Condition 2
Test
Condition 3
Cooling Capacity (2)
Power Input (2)
EER 2
Cooling Capacity (3)
Power Input (3)
EER 3 kW kW
Btu/h/W
Btu/h kW kW
Btu/h/W
Max. input consumption
Max. current kW
A
Indoor fan air flow CFM
ESP Pa
Indoor Fan Performance
Type
Drive type
IPCXH-210GA4(A)
17.5
380~415V,3Ph,50Hz
208000
61
21.2
9.8
180600
52.9
24.02
7.5
177500
52
22.75
7.8
IPCXH-240GA4(A)
20
380~415V,3Ph,50Hz
240000
70
25
9.6
196000
57.4
27
7.3
194900
57.1
24.82
7.85
Compressor Data
Outdoor Fan
Type
Quantity
Model
Brand
Capacity
Refrigerant oil charge
Type
Quantity
Drive type
Motors quantity
Type
Btu/h ml
28
55.5
6700
90
FC Centrifugal
Belt
Scroll
2
ZP122KCE-TFD-522×2
Copeland
102018×2
2513x2
Propeller
2
Direct
2
R410A
35
68
9100
100
FC Centrifugal
Belt
Scroll
2
ZP144KCE-TFD-522×2
Copeland
120500×2
3253x2
Propeller
2
Direct
2
R410A
Refrigerant
Dimensions
Weight
Refrigerant volume
Refrigerant Control
Net(W×H×D)
Packing(W×H×D)
Net weight
Gross weight
Kg mm mm
Kg
Kg
3.0+3.0
Capillary
2229x1245x1825
2236x1280x1855
667
692
Quantity 2
Filter
Size (W×H×D) mm 815×1015×12
Shipping Qty’Per 20’/40’/40’HQ 6/12/2003
Note:
The data are based on the following conditions
Cooling (1)and Power input(1): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 35°C(95°F) DB.
Cooling (2)and Power input(2): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 46.1°C(115°F) DB.
Cooling (3)and Power input(3): Indoor Temperature 26.7°C(80°F) DB / 19.4°C(67°F) WB; - Outdoor Temperature 48°C(118.4°F) DB.
4.7+4.7
Capillary
2753x1245x2157
2760x1280x2175
915
955
2
956×978×12
4/8/2002
DIMENSIONAL DRAWING:
6.2 Ton
IPCXH-075GA4(A)
LEFT
1068
Recommended Disconnect
Swtich Location
11
0
165
FRONT
High and Low
Pressure Valve
Service Compartment
Access Panel
1920
Condensate Drain
Pan Connection 3/4 NPTI
773
Electrical Compartment
Access Panel
High Voltage Connection 35 mm Dia. Knockout
Low Voltage Entrance 25 mm Dia.
High Voltage Connection 35 mm Dia.
Supply Air
Side Supply
Condenser Coil
45
98
368
Do Not Drill or Put Screw in This Area
267
BACK
368
88
Return Air
Side Return
45
84
BOTTOM
Bottom Condensate Drain
Connection 3/4 NPTI
143
70
253
772
Bottom Control Entry
22mm knockout
45
156
45
Bottom Power Entry
22 mm and 50 mm knockout
12
13
7.5 Ton
IPCXH-090GA4(A)
1058
1620
Condenser fan
1068
Filter access door
Drain connection hole
Maintain orifice for air supply motor
534
1630
550
780
457.5
1065
Hole for control wires
Hole for power wires
Control and compressor access panel
Electric heater control box access panel
Horizontal supply opening
Hole for electric heater power wires
Horizontal return opening
282
905
678
350
313
278
193
16
101
484
176
Fresh air
Hole for bottom installation
Vertical return opening
Vertical supply opening
10 Ton
IPCXH-120GA4(A)
194
Electric heater control box access panel
Hole for electric heater power wires
Horizontal supply opening
Horizontal return opening
485
628
290
822
407
406
60
103
504
Fresh air
1323
2149
Condenser fan
1002
Filter access door
Drain connection hole
Maintain orifice for air supply motor
594
2165
804
863
1335
453
Hole for control wires
Hole for power wires
Hole for other purpose
Control and compressor access panel
83 368 344 410
8-19X14
Hole for bottom installation
Vertical return opening
Vertical supply opening
805
2165
804
350 103
14
12.5 Ton and 15 ton
IPCXH-150GA4(A)
IPCXH-180GA4(A)
Filter access door
Maintain orifice for air supply motor
Drain connection hole
Electric heater control box access panel
Horizontal supply opening
Hole for electric heater power wires
Horizontal return opening
15
Vertical return opening
Vertical supply opening
Condenser fan
Hole for control wires
Hole for power wires
Hole for other purpose
Control and compressor access panel
Fresh air
Hole for bottom installation,12-15x20
17.5 Ton
IPCXH-210GA4(A)
1813
2214
Condenser fan
Filter access door
Maintain orifice for air supply motor
Drain connection hole
135
1245
774
9
800
863
400
115
12
6
131
1825
Hole for control wires
Hole for power wires
Hole for other purpose
Control and compressor access panel
194
Electric heater control box access panel
Horizontal supply opening
506
577
Hole for electric heater power wires
313
Horizontal return opening
360
55
205
1029
504
824
Fresh air
143
81
306 374 494
Hole for bottom installation
14-15×25
Vertical return opening
Vertical supply opening
1980
2164
2229
30
115
16
20 ton
IPCXH-240GA4(A)
2138
2748
Condenser fan
1245
Filter access door
Maintain orifice for air supply motor
Drain connection hole
135
142
2753 783
1241
1053
135
14
2
46
7
870
2157
Hole for control wires
Hole for power wires
Hole for other purpose
Control and compressor access panel
17
Electric heater control box access panel
Horizontal supply opening
880
673
Hole for electric heater power wires
315
Horizontal return opening
599
20
3
1031
55
143
64
4
703
294
Fresh air
104
550 390 530
Hole for bottom installation
14-15×25
Vertical return opening
Vertical supply opening
1241
2693
2753
1259
117
30
Wiring Diagram:
6.2 Ton
IPCXH-075GA4(A)
7.5 Ton
IPCXH-090GA4(A)
18
19
8.5 Ton
IPCXH-102GA4(A)
10 Ton
IPCXH-120GA4(A)
12.5 Ton
IPCXH-150GA4(A)
15 Ton
IPCXH-180GA4(A)
20
21
17.5 Ton
IPCXH-210GA4(A)
20 Ton
IPCXH-240GA4(A)
Performance Data:
Cooiling Capacity for 6.2 Tr. IPCXH-075GA4(A)
Air Flow (CFM) 1700
Ent (DB)
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
(°F)
SC
PI
TC
SC
PI
TC
SC
PI
TC
PI
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
PI
TC
SC
PI
75
42.3
40.7
7657.8
51.2
28.7
7527.6
62.1
16.7
9640.1
7184.7
56.1
31.6
7178.4
66.6
17.2
9054.9
32
7144.6
68.4
19
8528.6
45.1
43.3
74.2
22.5
8397.3
46.9
45.1
6871.9
56.5
24.7
7413.5
60.1
52.5
6331.2
66
39.2
63.4
55.1
5569.2
73.8
40.6
6096.1
77
6091.3
76.4
23.8
7802.3
54.6
49.8
6414.4
65
36.8
6588.6
80
43.3
41.8
7912.9
52.4
39.8
7806.3
63.5
27.6
10019.3
7416
57.4
43.7
7433.4
68.2
29
9381
44.1
7399.5
70
30.8
8807.3
46.2
44.5
75.8
35
8662.7
48
46.3
7103.2
57.8
36.8
7603.1
61.5
57.6
6500.9
67.5
50.9
64.8
61.6
5705.7
75.4
51.8
6262
78.7
6120.8
78
36.1
8039.3
55.8
51.4
6631.4
66.5
48.6
6819.9
85
44.3
43.1
8238.9
53.5
50.2
8221.1
65
39.1
10622.9
7742
58.7
55
7805.5
69.8
41.6
9957.1
55.4
7763.3
71.6
43.4
9383.4
47.3
46
77.5
47.9
9238.9
49.1
47.8
7315.4
59.1
46.1
7934.9
62.8
59.6
6746.4
69
62.6
66.2
65.8
5945.5
77
62.8
6676.9
80.4
6494.9
79.7
46.3
8520.6
57.1
53.9
6989.4
67.9
60.6
7183.6
90
45.4
44.8
8517.6
54.8
53.9
8552.9
66.4
50.9
11002.1
8020.7
60.1
59.1
8132.5
71.4
54.4
10336.3
59.5
8089.3
73.2
56.2
9762.6
48.4
47.8
79.1
58.6
9612.3
50.2
49.6
7594.1
60.5
54.9
8308.4
64.2
62.5
7025.2
70.4
66.5
67.6
67.6
6218.5
78.7
73.4
7008.7
82.1
6826.7
81.4
56.6
8899.8
58.3
55.5
7268
69.4
66.6
7509.7
75
43.8
39.1
7760.7
52.5
30.8
7619
58.4
17.2
9388.7
7293.2
57.6
33.9
7281.2
62.6
17.7
8780.7
34.3
7247.5
64.4
19.5
8254.3
46.7
41.6
74.2
22.5
8391.6
48.5
43.4
6980.4
58
25.2
7447.8
62.1
54.8
6468.4
67.3
41.2
67.5
59.1
5843.5
74.7
42.7
6159
77.5
6177
76.8
24.2
7830.9
56.6
53.8
6545.8
66.6
39
6697.1
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
1900
85
45.8
44.1
8341.7
55
52.4
8318.2
61.1
40.9
10360.1
7856.4
60.3
57.5
7914
65.5
43.5
9671.5
57.9
7871.8
67.3
45.3
9097.8
48.9
47
77.4
49.1
9227.5
50.7
48.8
7429.8
60.7
46.3
7969.2
64.9
62.3
6889.3
75.3
66.8
70.4
68.2
6231.2
78
65.9
6745.4
80.9
6923.4
80.2
47.8
8549.2
59.1
58.2
7126.5
69.6
65.5
7297.8
80
44.8
41.5
8015.7
53.8
42.9
7903.4
59.7
29.2
9762.2
7524.6
59
47
7541.9
64
30.8
9101.1
47.4
7508.2
65.8
32.6
8527.4
47.8
44.2
75.8
36.2
8657
49.6
46
7211.7
59.4
36.5
7637.4
63.5
60.1
6638.1
73.1
54.2
68.9
64.9
5980
76.4
55
6324.9
79.2
6503.6
78.5
36.9
8067.9
57.8
54.9
6768.5
68.1
49.6
6928.5
90
46.9
45.2
8620.4
56.2
55.3
8650
62.4
52.3
10733.5
8135
61.7
60.7
8241.2
67.1
55.9
10045
61.1
8197.8
68.9
57.7
9471.3
50.1
48.3
79.1
60.3
9606.7
51.9
50.1
7708.4
62.1
57.1
8342.7
66.4
65.8
7173.7
76.5
70.9
72
70.7
6509.8
79.7
75.1
7077.2
82.6
7238.1
81.9
59
8928.4
60.4
59.9
7410.9
71.1
70
7623.9
80
46.9
45.2
8152.8
55.1
46.1
7989.1
65.1
30.7
10127.9
7678.8
60.3
50.6
7633
70
32.4
9506.7
51
7599.5
71.8
34.2
8933
50
48.3
77
37.8
8742.7
51.8
50.1
7366
60.7
40
7648.7
65.5
60.7
6775.2
75.1
57.1
70.7
65.1
6099.9
77
56
6370.6
79.4
6636
78.8
37.6
8090.7
59.6
58.3
6888.5
69.4
55.6
7019.8
2100
85
48
46.7
8484.6
56.3
55.3
8409.6
66.7
43.3
10737.1
8010.6
61.7
57.2
8006.4
71.6
46.2
10082.8
56.1
7963.2
73.4
48
9509.1
51.2
49.9
78.7
50.5
9318.8
53
51.7
7584
62.1
47.2
7980.5
67
64.3
7026.4
76.6
70.4
72.2
68
6351.1
78.7
68.2
6791.1
81.1
7009.1
80.5
49.1
8572.1
61
59.5
7252.2
70.9
70.3
7383.5
90
49.1
48.5
8769
57.6
57.3
8741.4
68.1
55.5
11116.3
8295
63.1
62.8
8338.2
73.2
59.4
10462
63.2
8295
75
61.2
9888.3
52.5
51.7
80.4
62.1
9698
54.3
53.5
7868.4
63.5
57.4
8359.7
68.4
67
7310.8
78
71.4
73.8
71.7
6635.5
80.4
78.3
7122.9
82.9
7340.9
82.2
60.6
8951.3
62.3
61.6
7536.6
72.5
71.7
7715.3
75
45.8
43.8
7892.1
53.8
32.8
7704.7
63.7
17.7
9748.7
7441.8
59
36.1
7372.6
68.4
18.3
9174.9
36.5
7338.8
70.2
20.1
8648.6
48.9
46.7
75.4
23.6
8477.3
50.7
48.5
7129
59.4
25.6
7459.1
64.1
57.2
6599.8
70.9
43.3
69.2
63
5957.7
75.4
43.9
6204.7
77.7
6422.7
77.1
24.7
7853.7
58.3
57.3
6665.8
67.9
41.2
6782.8
22
Performance Data:
Cooiling Capacity for 7.5 Tr. IPCXH-090GA4(A)
Air Flow (CFM 2800
Ent (DB)
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
PI
TC
SC
PI
PI
TC
SC
PI
TC
SC
PI
(°F)
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
23
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
59.2
7824.6
77.2
43.8
7980.7
88.1
27
78.4
46.7
7586.8
90.6
28.5
8931.6
64.9
9606.4
52.4
50.3
8252.1
63.8
34.9
8536.9
77.9
19.5
9578.5
7551.9
91.4
29.6
8522.2
71.4
62.4
7660.7
75
75.3
65.5
7132.5
87.6
48.4
18.5
10186.1
47
45.1
9025.7
57.5
31
51.4
49.3
8561.6
63.3
34.4
8560.1
76.9
8889.1
70.4
16.8
10849.8
61.1
8040.3
78.9
57.8
8210.6
90
41.7
80.1
60.5
7771.6
92.6
43
9166.1
66.3
9869.1
53.7
51.7
8482
65.3
49.2
8790.2
79.7
33.4
9855.3
7716.1
93.4
43.8
8709.8
73
68.4
7829.6
80
77
73.2
7268.5
89.5
61.6
32.4
10509.7
48.2
46.4
9279.1
58.9
44.1
52.7
50.7
8791.5
64.7
48.6
8813.4
78.7
9165.9
72.1
29.6
11225
64.1
8369.4
80.6
72
8544.2
92
57
81.9
74.4
7992.5
94.6
55.1
9612.2
67.8
10408.9
55
53.5
8693
66.9
62.5
9123.9
81.6
48.3
10395
8101.3
95.4
54.8
9038.1
74.6
70.8
8073.6
85
78.6
78.1
7507.8
91.4
74.6
47.3
11049.5
49.4
48
9602.7
60.3
56.3
54
52.5
9115.1
66.2
61.8
9154.4
80.6
9547.5
73.8
43.2
11793
66
8646.1
82.4
79.1
8867.9
93.9
69.6
83.6
79
8320.8
96.6
67.3
9987.4
69.3
10779.4
56.4
55.7
8969.8
68.5
67.3
9447.5
83.5
63.5
10770.2
8429.6
97.4
65.2
9408.7
76.2
74.2
8350.3
90
80.3
78.9
7779.9
93.4
87.1
62.5
11424.7
50.7
50
9879.5
61.8
60.7
55.4
54.7
9391.9
67.7
66.5
9476.4
82.5
9875.8
75.5
57.2
12168.2
64
7931.3
79.1
46.5
8068.8
88
26.9
79.9
49.1
7656.3
91.1
29
8954.9
67.2
9601.7
54.3
48.3
8340.2
65.6
37.6
8620.4
73.1
20.1
9355.9
7602.9
92
30.1
8550.1
73.8
65.1
7772
75
80.1
70.2
7355
88.7
50.8
19.1
9963.4
48.8
43.2
9109.2
59.1
33.4
53.3
47.3
8649.8
65.1
37.1
8643.6
72.1
8963.2
66
17.4
10645.8
68.1
8028.6
80.6
49.1
8138.4
89.5
28.2
84.2
51.5
7855.8
91.5
29.6
8973.4
69.3
9671.3
56.9
54.4
8460.8
67.2
40.2
8694.6
80
20.8
9675.8
7640
92.2
30.6
8559.3
76.1
68
7878.6
75
82.1
74.8
7447.7
89.5
52.3
19.8
10283.5
51.1
48.8
9215.9
60.6
35.8
55.9
53.4
8770.3
66.7
39.7
8717.8
79
9032.8
72.3
18
10937.9
71.2
8762
84.4
83.1
8960.6
93.8
71.6
90.8
84.1
8654.6
97.1
70.1
10010.6
71.8
10774.8
58.4
56.2
9062.6
70.4
69.2
9535.7
78.4
65.2
10533.7
8485.3
98
67.9
9436.5
78.8
78.1
8470.9
90
85.4
83.9
8016.4
94.6
89.1
64.2
11188.3
52.5
50.5
9963
63.5
62.4
57.4
55.2
9484.7
69.6
68.4
9564.6
77.4
9954.6
70.8
58.8
11950.3
3100
69.1
8480.6
82.6
77.8
8637
91.8
58.4
89.4
79.3
8340.3
95.1
56.9
9635.4
70.2
10399.6
57
54.7
8785.8
68.8
65.4
9212
76.6
50.6
10163.2
8157
96
55.1
9066
77.1
74
8189.5
85
83.6
81
7739.6
92.6
78.2
49.6
10817.7
51.2
49.1
9686.2
62
58.9
56
53.7
9207.9
68.1
64.7
9242.6
75.6
9626.3
69.2
45.4
11579.7
65.2
8151.7
80.8
59
8298.7
89.9
43.2
86.8
64.4
7964.7
93.1
44
9189.4
68.7
9864.4
55.6
51.4
8570
67.2
53.1
8878.4
74.8
35.5
9628
7767
94
43.5
8737.7
75.4
71.4
7940.9
80
81.8
77.1
7491.1
90.6
65.4
34.5
10282.5
50
46.1
9362.5
60.6
47.7
54.6
50.4
8879.6
66.6
52.5
8901.5
73.8
9244.6
67.6
31.5
11016.3
69.3
8249.1
82.4
66.1
8372.9
91.4
45
89
67.8
8066.8
93.5
44.8
9207.9
70.8
9934
58.3
56.2
8695.3
68.8
57.3
8952.6
81.9
37.5
9957.2
7804.2
94.2
47.6
8746.9
77.8
72.1
8052.2
80
83.9
77.3
7588.4
91.4
66.6
36.5
10611.8
52.4
50.5
9473.8
62.1
51.5
57.3
55.2
9004.8
68.2
56.7
8975.7
80.9
9314.2
74
33.3
11313.1
3300
70.7
8582.7
84.1
83.4
8706.5
93.4
60
90.9
83.6
8409.8
95.5
58.4
9653.9
72.4
10473.8
59.7
58.1
8911
70.4
69.2
9286.2
83.8
53.7
10497.1
8194.1
96.2
56.1
9075.2
79.5
76.3
8300.7
85
85.7
80.7
7837
93.4
81
52.7
11151.6
53.7
52.2
9802.1
63.6
62.4
58.7
57.1
9333.1
69.7
68
9315.1
82.8
9700.5
75.8
48.2
11885.8
73.2
8864.1
86
85.1
9034.8
95.4
73.7
92.6
84.8
8738.1
97.5
72
10029.1
74
10849
61.2
60.3
9192.4
72.1
71.7
9614.5
85.7
69.4
10872.3
8522.4
98.3
68.2
9450.4
81.2
79.5
8582.1
90
87.6
85.1
8118.4
95.4
92.9
68.4
11526.8
55.1
54.3
10083.5
65.1
64.7
60.2
59.3
9614.5
71.3
70.9
9643.4
84.7
10028.8
77.5
62.6
12261
Performance Data:
Cooiling Capacity for 8.5 Tr. IPCXH-102GA4(A)
Air Flow (CFM) 2900
Ent (DB)
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
(°F)
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
PI
TC
SC
PI
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
75
69.2
9279.2
87.8
51.2
9497.4
99.4
31.3
95
54
9146.1
102
33
10207.6
74.3
10781.1
61.3
59.8
9533
74.1
41.7
9973
89.5
23.5
10888
9042.1
102.9
34.2
9686.9
81.4
72.8
8964.8
88.4
76.3
8645.9
99.1
56
21.4
11411.7
54.6
53.2
10302.9
66.2
36.8
59.2
57.7
9840.9
73.9
41.5
9991.4
87.4
10275.6
80.2
20.2
11988.4
80
70.8
9495.2
89.7
67.4
9727.6
101.6
47.5
97.1
70.3
9299.4
104.1
49.4
10437.7
75.9
11042.3
62.7
61.3
9763.1
75.8
58.6
10226.5
91.5
39.8
11167.9
9205.4
105.2
48.9
9873.5
83.2
74.4
9134.3
90.2
77.9
8782.7
101.2
72.2
37.7
11738.3
55.9
54.5
10553.3
67.8
52.1
60.6
59.2
10071
75.6
58.4
10244.8
89.4
10546
82
35
12358.4
85
72.3
9670
91.7
84.1
9905.4
103.7
62.7
99.2
86.4
9540.1
106.4
63.2
10727.7
77.6
11422.6
64.3
62.7
9974.5
77.6
74.8
10401.3
93.6
56
11548.1
9436.1
107.4
61.5
10200
85
75.9
9378.3
92.2
79.6
9026.9
103.4
86.1
53.9
12118.6
57.2
55.9
10860.9
69.4
66.8
62.2
60.6
10394.4
77.4
74.6
11055.1
91.5
11408.4
83.9
49.7
12771.4
90
73.9
9946.8
93.7
92.4
10228.9
105.9
77.6
101.3
99.1
9832
108.7
77.1
11104.1
79.3
11795.8
65.8
64.3
10251.2
79.4
76.5
10724.6
95.7
71.9
11921.3
9762.6
109.6
75
10570.1
86.8
77.6
9652
94.2
81.3
9303.6
105.6
100.3
69.8
12491.8
58.7
57.2
11156.5
71
68.5
63.7
62.2
10671.1
79.2
76.3
11377.7
93.6
11731.8
85.9
64.2
13147.6
75
74.9
9383
90.1
54.4
9579.3
100.1
32
98.3
57
9265.7
102.2
33.8
10217
77.1
10806.3
63.8
61.2
9624.3
75.8
45
10032.8
90.2
24.1
10916.3
9079.9
103.3
34.7
9699.5
84.1
78.3
9062.4
90.8
81.8
8737.3
100.1
58.1
22
11440.1
56.8
54.5
10384.8
67.7
39.8
61.7
59.1
9932.2
75.6
44.8
10051.2
88.1
10329.1
80.9
20.7
12013.6
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
80
76.5
9602.2
92
72.2
9812.5
102.2
49.5
102.2
74.6
9485.2
104.4
50.5
10447.1
78.8
11067.5
65.3
62.6
9857.5
79
62.9
10343
92.3
42.2
11196.2
9243.1
105.5
49.7
9886.1
85.9
80
9231.8
92.8
83.6
8877.2
102.2
74.1
40.1
11766.6
58.2
55.8
10638.3
71.2
56
63.2
60.5
10165.4
78.8
62.7
10361.3
90.2
10671.9
82.8
37.3
12386.8
3150
85
78.2
9780.2
94
90.8
9990.4
104.4
66.4
103.4
91
9697.5
106.6
65.6
10737.2
80.6
11447.8
66.8
64.2
10068.9
79.4
77.6
10464.2
94.4
59.6
11579.6
9473.9
107.7
62.9
10212.6
87.8
81.8
9479.1
94.8
85.4
9121.3
104.4
90
57.5
12150
59.6
57.2
10949
71.5
69.3
64.7
62.1
10488.8
79.2
77.4
11118.1
92.3
11484
84.7
53
12799.6
3300
85
76.6
9843.2
95.5
92.3
10043.9
105
67.8
103.6
96.4
9703.9
107.3
66.8
10762.3
82.3
11469.8
69.6
67.7
10169.7
81.5
79.3
10542.9
95
62.6
11601.7
9511.7
108
63.9
10222
90.4
87.3
9576.7
97.2
90.7
9209.5
105.4
93.2
60.5
12172
62.6
60.4
11056.1
72.9
70.9
67.5
65.6
10589.6
81.3
79
11196
92.9
11537.5
85.3
55.8
12821.8
80
75
9665.2
93.5
77.6
9866
102.8
51.2
103
78.8
9516.6
105.1
51.2
10472.3
80.6
11086.5
68
66.2
9955.1
79.6
68
10365
92.9
44.6
11218.2
9277.8
105.8
55.1
9895.5
88.5
85.4
9329.4
95.1
88.8
8962.2
103.2
76.7
42.5
11788.6
60.7
59
10729.5
71.4
60.6
65.9
64.1
10263
79.4
67.8
10383.4
90.8
10678.2
83.3
39.3
12405.6
90
78.2
10123.1
97.5
94.1
10370.5
107.2
84.8
106.7
103.4
10030.4
109.5
83
11135.5
84.1
11843
71.2
69.3
10449.6
83.4
82
10869.5
97.2
81
11974.9
9838.2
110.3
77.6
10595.2
92.4
89.2
9856.6
99.2
92.6
9489.4
107.6
105.1
78.9
12545.2
63.6
61.9
11336
74.6
73.4
69.1
67.2
10869.5
83.2
81.8
11522.6
95.1
11864
87.2
72.5
13195
75
73.4
9446
91.5
56.9
9632.8
100.6
32.5
99.4
59.6
9306.7
102.8
34
10239
78.8
10825.2
66.4
64.6
9721.9
77.8
48
10108.4
90.8
24.8
10938.3
9114.5
103.5
35.3
9708.9
86.6
83.6
9156.8
93.2
86.9
8822.3
101
60.2
22.7
11462.1
59.2
57.6
10472.9
69.6
42.5
64.3
62.5
10029.8
77.6
47.8
10126.8
88.7
10398.3
81.4
21.3
12032.4
90
79.9
10056.9
96
94.4
10313.8
106.6
82.2
104.8
99.8
9961.2
108.9
80.6
11113.5
82.3
11821
68.5
65.7
10348.8
81.2
79.4
10787.6
96.6
76.5
11952.8
9800.4
110
76.2
10585.8
89.6
83.6
9755.8
96.8
87.2
9401.2
106.6
103.4
74.4
12523.2
61.1
58.6
11244.7
72.7
71
66.4
63.6
10768.7
81
79.2
11440.7
94.5
11791.6
86.6
68.4
13176
24
Ent (DB)
85
95
105
115
118
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
(°F)
TC
SC
PI
TC
SC
PI
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
PI
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
25
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
75
13411
68.5
66.9
11577.5
82.1
47.7
12866.5
98.4
28.4
14017.9
72.4
10727.8
89.5
51.7
12122
107
30
91.3
53.5
11976.3
109.2
32.2
13297.7
74.1
11256
113.8
34.3
12350.7
76.3
74.6
10614.5
36.3
10683.4
84.5
78.6
9967
100.3
57.6
82.7
8736.8
108.7
60.8
10203.8
116.8
100.9
86.8
9319.5
113.4
63.2
10333.3
117.9
37.7
10691.5
92.8
80
13739.3
70
68.4
11869.6
83.9
65.6
12994.7
100.5
45.7
14338.2
74.1
11019.8
91.5
71.4
12290.5
109.4
49.1
93.3
73.2
12144.8
111.6
51.3
13626
75.8
11562.1
116.3
53.2
12679
78
76.3
10906.5
55.4
11011.7
86.4
80.4
10259.1
102.5
76.4
84.6
9037
111.1
79.8
10348.1
119.3
103.1
88.7
9611.6
115.9
82
10647.5
120.5
54.9
11019.8
94.9
85
14252.9
71.6
70
12326
85.8
82.8
13475.2
102.7
62.8
14843
75.8
11485
93.6
90.3
12780
111.8
67.9
95.4
92.1
12633.5
114
70.1
14138.9
77.6
11913.2
118.8
71
13046.3
79.8
78
11370.9
71.5
11451.9
88.3
82.2
10577.8
104.8
95.9
86.4
9436.6
113.5
98.6
10772
121.9
105.4
90.7
9946.5
118.4
98.3
10998.6
123.1
69.6
11379.1
97
Performance Data:
Cooiling Capacity for 10 Tr. IPCXH-120GA4(A)
Air Flow (CFM) 2800
90
14768.8
73.3
71.6
12816.6
87.7
84.7
14015.7
105
79.7
15358.9
77.6
11967.5
95.7
92.3
13279.2
114.3
86.5
97.5
94.1
13133.5
116.5
88.7
14654.8
79.4
12413.1
121.4
88.3
13562.2
81.6
79.8
11853.4
87.8
11967.8
90.3
84
11068.4
107.1
105.6
88.4
9919.1
116
113.4
11344.8
124.6
107.7
92.7
10429
121
114.8
11498.6
125.7
85.3
11886.8
99.1
75
13653.7
71.5
69.9
11820.4
85.1
50.7
13109.4
101.4
31.4
14260.8
75.4
10970.6
92.5
54.7
12364.8
110
33
94.3
56.5
12219
112.2
35.2
13540.4
77.1
11498.8
116.8
37.3
12593.5
79.3
77.6
10857.3
39.3
10926.3
87.5
81.6
10209.8
103.3
60.6
85.7
8979.6
111.7
63.8
10446.6
119.8
103.9
89.8
9562.3
116.4
66.2
10576.1
120.9
40.7
10934.4
95.8
75
13726.6
74.1
71.4
12030.8
86.8
54.2
13247
102.2
32
14325.5
77
11205.3
94.4
58.5
12518.5
110.9
33.7
96.2
60.3
12372.9
113.1
35.9
13613.3
80
11709.2
117.6
38.2
12658.2
82.2
79.2
11091.9
40.2
10950.5
90.8
88.2
10476.9
105.9
64.3
92.2
9230.5
115.5
67.3
10754.2
120.1
106.8
96.2
9797
117.6
68.6
10673.2
121.3
41.3
10966.7
98.9
90
15011.7
76.3
74.6
13059.4
90.7
87.7
14258.4
108
82.7
15601.8
80.6
12210.2
98.7
95.3
13521.9
117.3
89.5
100.5
97.1
13376.3
119.5
91.7
14897.6
82.4
12656
124.4
91.3
13805
84.6
82.8
12096.3
90.8
12210.6
93.3
87
11311.2
110.1
108.6
91.4
10161.9
119
116.4
11587.6
127.6
110.7
95.7
10671.8
124
117.8
11741.4
128.7
88.3
12129.7
102.1
80
13982
73
71.4
12112.5
86.9
68.6
13237.4
103.5
48.7
14580.9
77.1
11262.7
94.5
74.4
12533.3
112.4
52.1
96.3
76.2
12387.6
114.6
54.3
13868.7
78.8
11804.9
119.3
56.2
12921.8
81
79.3
11149.3
58.4
11254.6
89.4
83.4
10501.8
105.5
79.4
87.6
9279.7
114.1
82.8
10590.9
122.3
106.1
91.7
9854.3
118.9
85
10890.4
123.5
57.9
11262.7
97.9
3200
85
14495.8
74.6
73
12568.8
88.8
85.8
13718.1
105.7
65.8
15085.9
78.8
11727.8
96.6
93.3
13022.7
114.8
70.9
98.4
95.1
12876.3
117
73.1
14381.7
80.6
12156
121.8
74
13289.1
82.8
81
11613.8
74.5
11694.7
91.3
85.2
10820.6
107.8
98.9
89.4
9679.4
116.5
101.6
11014.8
124.9
108.4
93.7
10189.3
121.4
101.3
11241.5
126.1
72.6
11621.8
100
80
14054.9
75.7
72.9
12330.9
90.9
73.2
13561.2
104.4
51.3
14653.8
78.7
11505.4
98.2
79.4
12832.8
113.3
54.9
100
81.2
12687.1
115.5
57.1
13941.6
81.8
12023.5
120.1
58.6
12986.5
84
80.9
11392.1
59.7
11278.8
92.8
90.1
10777.1
108.2
85.1
94.2
9530.6
120
87.8
11068.4
122.6
109.1
98.3
10097.2
120.1
87.3
10987.5
123.9
58.8
11295
101
3500
85
14576.7
77.4
74.5
12795.4
91.2
88.7
13912.3
106.6
69.6
15158.7
80.5
11970.6
98.6
93.7
13183.9
115.8
75.1
100.4
98.3
13038.2
118
77.3
14462.6
83.6
12374.6
122.6
78.3
13353.8
85.8
82.7
11856.5
77.3
11719
94.8
92
11103.9
110.5
106.7
96.2
9938.4
121.5
107
11419.5
125.2
111.4
100.4
10432.1
122.6
105.8
11338.5
126.5
74.2
11654.2
103.2
90
15092.6
79.1
76.2
13285.9
92.6
90.6
14412.3
108.9
87.6
15674.6
82.3
12461.1
100.7
98.6
13683.8
118.3
94.9
102.5
100.4
13538.2
120.5
97.1
14978.5
85.5
12874.5
125.2
96.7
13869.7
87.7
84.5
12347.1
94.9
12234.9
96.8
94
11594.4
112.8
110.9
98.3
10429
123.1
117.3
11919.4
127.9
113.8
102.5
10922.6
125.2
121.5
11838.5
129.2
89.7
12170.1
105.4
Ent (DB) (°F) 75 80 85
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
PI
TC
SC
PI
PI
TC
SC
TC
SC
PI
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
PI
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
PI
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
77.5
14117.7
145
49.6
15563.4
98.4
96.3
148.6
52
13530
109.8
102.7
12416.2
128.8
129.5
112.6
10872.4
144.5
84.2
12211.6
149.9
53.6
12687.7
119.8
107.6
10958.1
138.8
81.4
12851.4
94.9
92.8
13739.4
115.5
70.1
15321.7
134.3
41.9
17016.1
89
13682.5
116.4
71
15298.7
137.8
45.4
17223.8
87.1
14907.8
105.3
64
16385.5
124.9
40.9
18118.9
100.1
14421.5
148
72.2
15892
100.4
98.4
151.6
74.9
13847.9
112.1
104.9
12706
131.4
132.1
114.8
11162.3
147.5
106.8
12526.2
153
74.3
13016.3
122.3
109.9
11248
141.7
104.2
12974.2
96.9
94.9
14029.2
117.9
93.7
15625.6
137.2
64.9
17344.7
90.8
13972.2
118.8
94.6
15602.5
140.7
68.4
17552.4
88.9
15187
107.5
85.5
16668.1
127.4
61.6
18436.9
123.5
14876.6
151
93.6
16368.4
102.6
100.4
154.7
94.2
14505.4
114.4
107
13118.4
134.2
134.9
117.2
11585.3
150.5
126.4
12970.5
156.1
91.9
13471.4
124.8
112.1
11852.2
144.6
126.7
13610.3
99.1
96.9
14477.3
120.4
116.4
16105.6
140.1
87.4
17856.8
92.7
14384.6
121.3
117.3
16046.9
143.6
90.9
18028.8
90.8
15654.4
109.8
106.2
17167.4
130
82.2
18968.2
Performance Data:
Cooiling Capacity for 12.5 Tr. IPCXH-150GA4(A)
Air Flow (CFM) 4000
90
135.1
15366.4
154.1
114.4
16884.8
104.7
102.6
157.9
113.8
15032.5
116.8
109.2
13598.9
136.9
137.6
119.6
12065.8
153.6
146.2
13471
159.2
110.8
13977.1
127.3
114.5
12321.9
147.6
144.5
13993.6
101.2
99.1
14957.8
122.9
118.8
16593.4
143.1
109.7
18373.2
94.8
14865.1
123.8
119.7
16536.7
146.6
113.2
18545.3
92.7
16198.7
112
108.4
17657.2
132.8
102.4
19495.3
75
82
14394.7
145.9
50.6
15648.6
101.8
98.2
148.9
53
13561.9
113.8
110.6
12767.8
131.9
133
120.2
11181.4
145.9
87.1
12339.5
150.4
54.4
12730.3
123.5
115.4
11288.5
143.4
85.6
13256.3
98.3
94.7
14048.5
117.7
74.7
15524.2
135.4
42.8
17112
92.1
13991.4
118.6
75.6
15501.1
138.9
46.3
17319.8
88.9
15184.9
107.4
68.2
16566.6
125.8
41.6
18204.1
80
106.9
14709.2
148.9
75.1
15977.3
104
100.3
151.9
76.4
13879.9
116.2
112.9
13068.3
134.6
135.7
122.8
11481.9
148.9
109.6
12654.1
153.5
75.4
13059
126
117.8
11578.3
148.8
110.2
13602.8
100.5
96.8
14349
122.3
99.7
16019.9
138.3
68.2
17440.6
94
14291.9
123.2
100.6
15996.8
141.8
71.7
17648.4
90.7
15474.6
112.3
91
17094.3
128.5
64.8
18532.8
4500
85
132.8
15164.3
151.9
98.8
16453.6
106.2
102.4
155
97.6
14537.4
118.6
115.2
13491.4
137.4
13098.4
156.6
93.8
13514
128.6
120.2
12193.2
150.6
133.2
14143.1
138.5
125.3
11905
151.9
131.8
102.7
98.9
14797
122.8
120.3
16318.8
141.3
92.5
17963.3
96.1
14704.3
123.7
121.2
16260
144.8
96
18135.4
92.6
15952.7
112.6
109.6
17423.1
131.1
86.7
19064
80
114.4
14890.4
149.6
77.4
16041.2
107.7
105.2
152.9
77.5
13965.1
118.6
110.8
13281.4
136.7
139
130.1
11769.6
150.2
113.2
12771.2
153.8
82.9
13090.9
129.7
125.4
11908.6
150
115.6
13709.4
104.2
101.7
14679.2
123.1
106.8
16094.5
139.1
71.5
17515.2
97.5
14622.2
124
107.7
16071.4
142.6
75
17723
95.1
15783.7
112.5
97.4
17115.6
129.2
67.6
18596.7
5000
85
135
15345.4
152.8
100.7
16528.2
110
107.4
156
99.4
14622.6
121
113
13704.4
139.4
141.8
132.7
12203.3
153.4
136.2
13226.3
157
95.3
13545.9
132.4
128
12523.4
150.8
140.8
14164.4
106.5
103.9
15138
125.8
118.3
16583.1
142.1
96.8
18037.9
100.2
15045.3
126.7
123.6
16526.4
145.6
100.3
18209.9
97.2
16314.9
114.7
111.8
17604.3
132
90.7
19138.7
90
137.5
15845.9
155.9
124.6
17044.6
112.3
109.6
159.1
122
15139
123.5
115.3
14195.5
142.3
144.7
135.5
12694.4
156.5
152.9
13726.8
160.2
114.5
14062.4
135.1
130.7
13014.5
155.2
150.5
14664.9
108.8
106.1
15629.1
128.4
126.5
17083.6
145.1
122.5
18554.4
101.6
15536.4
129.3
127.4
17026.9
148.6
126
18726.4
99.2
16806
117.1
115.4
18104.8
134.6
114.1
19655.1
75
85.4
14575.8
146.6
51.2
15712.6
105.6
103
149.8
53.4
13636.4
116.2
108.5
12980.9
133.9
136.2
127.4
11469.1
147.2
90
12456.7
150.7
55.2
12762.2
127.1
122.9
11608.1
145
89.3
13394.8
102.1
99.5
14378.7
120.6
78.9
15779.9
136.3
43.7
17186.5
95.5
14321.7
121.5
79.8
15756.8
139.8
47.2
17394.3
93.2
15483.2
110
72.1
16801.1
126.6
42.4
18268.1
90
137.9
15654.1
155
120.8
16970.1
108.4
104.6
158.3
118.7
15064.5
121
117.6
13971.8
140.2
141.4
127.8
12396.1
155
150.6
13598.9
159.8
112.4
14030.4
131.3
122.8
12673.6
152.5
145.6
14430.5
104.9
101.1
15288.1
125.3
122.8
16806.6
144.3
116.2
18479.7
98.1
15195.4
126.2
123.7
16749.9
147.8
119.7
18651.8
94.6
16497
114.3
111.9
17859.7
133.9
108.3
19591.2
26
Performance Data:
Cooiling Capacity for 15 Tr. IPCXH-180GA4(A)
Air Flow (CFM) 5000
Ent (DB)
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
(°F)
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
TC
SC
PI
SC
PI
PI
TC
SC
PI
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
118.8
16747.1
165.2
93.4
17098
157.1
88.1
17797.3
179.2
59.1
18267.8
182.3
62.5
17568.5
136.2
113.1
17417.8
75
157.1
125
15941.2
176.8
98.2
16267.3
187.1
65.7
16737.8
146.9
108.9
93
17255.8
132.3
76.9
18375.2
151.9
40.6
18845.7
90
17093.7
131.8
76.4
18394.7
148.9
37.6
18865.2
103.9
88.6
16931.8
126.3
73.1
18719.2
145.3
38.2
19189.7
143.3
16982.3
167.7
116.5
17361.5
159.6
111.6
17919.7
180.5
82.7
18390.2
184.6
86.6
17832
139.9
134
17634.2
80
159.1
149.3
16204.7
179
121.3
16530.7
190.8
90.3
17001.2
150.6
113.8
109.7
17712.2
134.7
91.9
18497.5
154.4
64.1
18968
106.7
17790.1
134.1
91.3
18517
151.4
61.1
18987.5
108.6
104.7
17868.1
128.7
87.5
18841.5
147.6
60.8
19312
153
17481.3
170.1
139.6
17636.9
163.2
134.8
18383.3
181.7
105.2
18853.8
187
108.3
18107.4
147.3
141.1
17851
85
166.4
159.5
16844.8
181.1
143.3
17123.8
193.3
110.5
17594.3
158
126.1
121.7
18168.8
135.9
115
19149.4
156.9
87.4
19619.9
118.7
18486.8
135.2
114.3
19333.5
153.9
84.4
19804
120.4
116.2
18804.7
129.9
109.8
19751.9
150
83.2
20222.4
163.6
17973.5
173.7
162.7
18129
164.5
159.2
19063.6
182.9
126.3
19534.1
189.6
128.7
18599.5
159.6
152.9
18531.3
90
176.2
168.8
17054.7
183.7
166.4
17333.7
195.7
129.9
17804.2
168.9
138.4
133.6
19089.1
139.4
138.4
19855.1
158.1
110.1
20325.6
130.6
19647
138.6
137.6
20067.5
155.1
107.1
20538
130.6
126
20204.9
132.3
132.3
20504.7
151.2
105
20975.2
126.2
16888.2
172.5
97.6
17239.1
158.3
102.5
17938.5
181.7
60.5
18409
183.7
64
17709.6
141.1
121.4
17559
75
161.5
132.2
16082.3
182.2
102.8
16408.4
189.3
67.1
16878.9
148.8
112.6
100.1
17396.9
133.5
81.8
18516.3
156.9
42
18986.8
97.1
17234.9
133
81.3
18535.8
153.9
39
19006.3
107.4
95.5
17072.9
127.5
77.8
18860.4
150
39.5
19330.9
27
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
133.6
17170.5
178.6
121.6
17521.4
166.9
96.1
18220.8
184.2
61.8
18691.3
185.4
65.3
17991.9
143.6
128.8
17841.3
75
163.4
139.6
16364.6
184.5
104.7
16690.7
191.8
68.4
17161.2
154.3
116.3
106.4
17679.2
142.1
95.2
18798.6
160.5
44.9
19269.1
103.4
17517.2
141.6
94.7
18818.1
157.5
41.9
19288.6
111
101.5
17355.2
135.8
82.6
19142.7
153.5
42.4
19613.2
169.5
18114.6
177.4
172.5
18270.2
169.4
164.1
19204.8
186.6
132.4
19675.3
192
133.6
18740.7
164.5
157.6
18672.5
90
182.2
176.5
17195.8
185.9
173.7
17474.8
198
132.1
17945.3
174.9
144.6
137.9
19230.3
142.1
142.1
19996.3
161.8
115
20466.8
134.9
19788.2
141.3
141.3
20208.6
158.8
112
20679.1
138.2
133.4
20346
135.8
131.1
20645.8
154.7
109.8
21116.3
5500
160.1
17622.5
176.2
147
17778
166.9
143.3
18524.4
184.2
109
18994.9
188.7
111.3
18248.5
157.1
150.5
17992.1
85
172.5
167.1
16986
184.6
150.6
17265
195.7
113.1
17735.5
165.2
132.3
126.1
18310
139.6
123.6
19290.5
160.5
91.7
19761
123.1
18627.9
138.9
122.9
19474.7
157.5
88.7
19945.2
126.3
121.9
18945.8
133.4
118.1
19893
153.5
87.3
20363.5
150.6
17123.5
173.5
122.5
17502.6
162
117.7
18060.8
182.9
85.8
18531.3
185.7
89.8
17973.1
144.8
138.7
17775.4
80
165.1
159.1
16345.8
183.5
126.2
16671.9
192
92.5
17142.4
155.5
120
114.3
17853.3
137.2
98.4
18638.7
159.3
68.3
19109.2
111.3
17931.2
136.6
97.8
18658.1
156.3
65.3
19128.6
114.5
110.4
18009.2
131.1
93.8
18982.7
152.4
64.8
19453.2
153
17405.8
180.8
157.3
17784.9
169.4
123.8
18343.1
185.4
88.8
18813.6
187.8
91.4
18255.4
149.7
145
18057.7
80
167.7
160.7
16628.1
186
159.9
16954.2
194.5
93.4
17424.7
158
118.9
114.7
18135.6
144.6
112.5
18921
161.8
70.8
19391.5
111.7
18213.5
144
111.8
18940.4
158.8
67.8
19410.9
119.2
115
18291.5
138.2
99.1
19265
154.7
67.2
19735.5
6000
164.8
17904.8
181.2
164.3
18060.3
171.9
150.6
18806.7
186.6
112.1
19277.2
190.3
114.2
18530.8
163.2
158.1
18274.4
85
178.6
171.2
17268.3
187.1
165.5
17547.3
196.8
115.1
18017.8
170.1
129.4
124.9
18592.3
148.2
138.3
19572.8
163
96.6
20043.3
121.9
18910.2
147.5
133.3
19757
160
93.6
20227.5
132.3
127.6
19228.1
141.7
124
20175.3
155.9
92
20645.8
174.3
18396.9
182.2
179.8
18552.5
174.3
168.9
19487.1
187.8
135.9
19957.6
191.5
137.2
19023
172.1
166.7
18954.8
90
187.1
179.4
17478.1
188.6
181.1
17757.1
199.3
137.2
18227.6
179.8
150.7
145.5
19512.6
152.5
155.8
20278.6
164.2
122.4
20749.1
142.5
20070.5
151.7
155
20490.9
161.2
119.4
20961.4
144.1
139.1
20628.3
145.6
140.6
20928.1
157.1
116.9
21398.6
Ent (DB) (°F) 75 80 85
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
SC
PI
TC
SC
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
TC
137.2
119
19501.9
166.8
103.2
21101
186.5
58.9
23522.2
137.3
119.7
20807
163
93.9
21427.3
184.8
62
68.7
21943.6
143
124.8
18887.2
169.9
106.3
20899
192.3
64.7
23025
17459.2
169.4
137.2
15907.7
190.4
108.1
18052.3
210
72.6
19105.7
157.1
130.6
17554.4
181.1
102
19698.9
206.4
181.1
144.3
14261.2
203.7
113.6
16405.7
215.5
76.3
142.8
138.1
19746.6
169.5
120.4
21345.7
189.4
85.9
23884.5
142.7
138.2
21169.2
165.7
118.5
21789.5
187.4
87.9
95.8
22188.3
148.6
143.9
19131.9
172.6
123.5
21143.8
195.2
91.7
23269.8
17703.9
173.6
165.3
16152.5
193.2
134.5
18297
212.6
100.3
19350.5
161.4
154.6
17799.1
184
128.9
19943.6
207.9
183.4
172.2
14505.9
206.2
140
16650.5
219.7
104.5
73
PI 23711.7
24073.9
25242.5
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
156.9
151.9
21103.8
170.9
146.9
22702.9
192.3
112.6
25147.4
156.2
151.4
22432.1
167.1
144.1
23099.5
190.2
113.6
121.6
23639.8
162.7
157.7
20583.3
174
150
22548.1
198.1
118.4
24626.9
19511.7
182.1
176.4
17960.4
196
161
20104.9
215.4
125.1
20969.8
169.9
162.7
19418.4
188.1
155.5
21515.8
209.3
191.8
183.8
16549.5
208.6
165.3
18694
222.6
127.7
Performance Data:
Cooiling Capacity for 17.5 Tr. IPCXH-210GA4(A)
Air Flow (CFM) 5500
90
171.1
165.5
21561.5
173.8
173.8
23160.7
193.6
138.6
25652.2
167.9
162.6
22937.1
169.9
169.9
23604.4
191.5
138.6
25747.5
145.8
24050.5
176.9
171.3
20994
176.9
176.9
22958.7
199.4
144.4
25084.6
19828.1
194.6
188.5
18276.7
200.1
187.5
20421.2
218.4
148.5
21333.2
184
176.3
19781.9
189.6
183.5
21879.2
210.7
203
194.5
16818.7
211.6
191.8
18963.2
225.4
149.9
75
142.3
124.1
20153
171.9
108.3
21752.2
191.6
64
24126.2
142.4
124.8
21411
168.1
99
22031.3
189.9
67.1
24315.7
73.8
22641.9
148.1
129.9
19585.4
175
111.4
21597.3
197.4
69.8
23676.2
18251.8
174.5
142.3
16700.3
195.5
113.2
18844.9
215.1
77.7
19851.2
162.2
135.7
18299.9
186.2
107.1
20444.3
211.5
186.2
149.4
15100.9
208.8
118.7
17245.5
220.6
81.4
6100
85
162
157
21561.4
176
152
23160.6
197.4
117.7
25604.9
161.3
156.5
22889.7
172.2
149.2
23557.2
195.3
118.7
25700.1
126.7
24097.4
167.8
162.8
21041
179.1
155.1
23005.7
203.2
123.5
25084.6
19969.3
187.2
181.5
18418
201.1
166.1
20562.5
220.5
130.2
21427.3
175
167.8
19876
193.2
160.6
21973.4
214.4
196.9
188.9
17007.1
213.7
170.4
19151.7
227.7
132.8
80
147.9
143.2
20400.6
174.6
125.5
21999.7
194.5
91
24491.3
147.8
143.3
21776
170.8
123.6
22396.3
192.5
93
24680.8
100.9
22889.4
153.7
149
19833
177.7
128.6
21844.9
200.3
96.8
23923.7
18499.3
178.7
170.4
16947.9
198.3
139.6
19092.4
217.7
105.4
20098.7
166.5
159.7
18547.4
189.1
134
20691.9
213
188.5
177.3
15348.5
211.3
145.1
17493
224.8
109.6
6700
85
169.2
162
21942.1
180.2
163.6
23494.1
201.5
122.6
26032.8
168.1
163
23270.4
176.2
158.7
23843.6
199.3
123.4
26128
131
24525.3
175
167.8
21421.7
183.3
165
23386.4
207.3
128.4
25512.4
20512.3
195.5
189.6
18913.8
210.7
177.2
21011.2
222.4
133.7
21923.1
186.2
178.6
20324.7
197.4
170.4
22422
217.3
203.9
197.7
17502.9
217.7
178.7
19600.3
230.5
135.7
80
155.1
148.5
21158.3
177.5
133
22757.4
200.1
95.8
25201.9
154.5
149.8
22486.6
173.6
130.8
23106.9
198
97.6
25391.3
104.4
23694.3
160.9
154.3
20637.8
180.6
136.1
22649.7
205.9
101.6
24681.4
19398.5
184.4
178.7
17847
208.3
149.8
19991.6
219
109
20950.7
172.1
165.1
19399.4
191.8
141
21543.9
215.8
195.4
188.5
16294.8
216.5
150.8
18439.3
226.2
112.1
90
183.3
175.6
22211.2
183.1
183.1
23763.2
203
149.3
26302
181.7
176.2
23539.5
179
173.6
24112.7
200.6
149.2
26397.2
157.9
24794.5
189.1
181.4
21690.8
186.2
186.2
23655.6
208.8
155.1
25781.5
20781.5
206.6
200.4
19183
211.8
204.9
21280.3
226.2
159.2
22192.4
194.7
186.8
20593.8
200.3
194.2
22691.2
220
215
208.4
17772.1
219.2
205.2
19869.5
233.1
157.5
75
146.6
132.2
20907.9
173.2
114
22507.1
197.4
65.6
24833.9
146.4
132.8
22118.7
169.5
112.1
22739
195.3
68.5
25023.4
75.4
23443.9
152.4
138
20387.5
176.3
117.1
22399.4
203.2
71.4
24431.1
19148.1
176.7
150.8
17596.7
203.9
118
19741.2
216.7
79.4
20700.4
167.8
145.3
19149
187.6
123.6
21293.5
214.4
191.2
157.6
16044.4
215
123.9
18189
223.1
83
90
176.2
170.6
21830.5
178.9
178.9
23429.7
198.7
143.7
25874.1
173
167.7
23158.9
175
175
23826.3
196.6
143.7
25969.4
150.9
24366.6
182
176.4
21310.1
182
182
23274.9
204.5
149.5
25353.7
20238.6
199.7
193.6
18687.1
205.2
192.6
20831.7
223.5
153.6
21696.5
189.1
181.4
20145.2
194.7
188.6
22242.5
215.8
208.1
199.6
17276.3
216.7
196.9
19420.8
230.5
155
28
Ent (DB) (°F) 75 80 85
85
95
105
115
118.4
125
61
67
73
61
67
73
61
67
73
61
67
73
61
67
73
61
67
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
SC
TC
SC
PI
TC
SC
SC
PI
TC
SC
PI
TC
SC
PI
TC
TC
SC
PI
TC
SC
PI
SC
PI
TC
SC
PI
TC
SC
PI
TC
PI
TC
SC
PI
TC
SC
PI
TC
SC
PI
TC
73 SC 54 83.3
112.3
PI 26550.4
26691.4
26847.6
29
Notes:
1. All capacities are net and have considered indoor fan heat.
2. TC=Total Capacity. (Unit:1000Btu/h).
3. SC=Sensible Capacity. (Unit:1000Btu/h).
4. PI=Power Input. (Unit:W)
5.Different air volume in the above table, need to adjust in the fi eld.
243
84.8
22841.2
182.1
151.6
24517.2
165.9
144.9
23075.3
179.7
106.6
22121
209.7
118.6
22523.7
239
80.2
209.7
167.3
20245.2
235.7
131.9
21329.8
249.4
89
22507
196.2
159.2
20579.4
220.5
125.6
21664
55.1
26187.6
139.1
119.3
23910.6
168.2
99.2
24313.3
192.8
23478
205.7
58.7
25855.3
162.3
141.3
23411.8
178.8
105.7
23814.5
202.1
246.1
116.6
22982.2
187
181.2
24658.2
172.4
167
23201.7
183
126.4
22247.4
213
149.6
22713.8
240.6
111.4
212.3
199.5
20307.9
238.7
162.4
21456.2
254.3
121.5
22584.4
201.1
191.5
20705.8
223.7
156.1
21854.1
86.1
26328.6
145.2
140.2
24037
171.3
117.9
24503.4
195.8
23668.1
209
89.7
25996.3
168.8
163.4
23538.2
181.9
125.3
24004.6
205.4
249.2
145.2
23138.3
196.7
190.6
24814.3
188.6
182.8
23705.4
184.6
157
22751
217.9
180.3
22880
242.2
141.2
222.1
215.2
20811.6
241.4
191.5
21622.4
257.5
148.1
22740.5
210.9
204.3
21209.5
227
186.7
22020.2
116.8
26484.8
160.6
155
24540.7
172.8
146.8
24669.6
198.9
23834.2
212.2
120.4
26152.4
185
179.2
24041.8
183.3
155.7
24170.7
208.6
Performance Data:
Cooiling Capacity for 20 Tr. IPCXH-240GA4(A)
Air Flow (CFM) 7100
90
252.6
172.2
23188.7
213
206.4
24864.7
204.9
198.5
23719.6
187.9
187.9
22765.3
219.5
212.5
23066.4
243.9
169.1
234.9
227.7
20825.8
244.8
222.1
21808.7
260.8
173.8
22790.8
225.3
218.4
21223.7
231.7
217.2
22206.6
146.9
26535.1
175.9
169.9
24554.9
186.9
165.9
24856
200.4
140.6
26897.9
24020.6
213.9
150.5
26202.8
201.3
194.9
24056.1
186.4
186.4
24357.1
210.3
75
244.8
86.7
22916.7
188.6
162.6
24592.8
170.7
154.3
23356.9
181.4
113.1
22402.6
211.4
137.6
23031.1
242.2
82.2
215.6
176.9
20535.6
242.9
138.1
21846
252.3
90.8
22591.4
198.8
168.9
20861
230
131.1
22171.3
56.9
26263.1
143.7
128.2
24192.2
169.8
105.4
24820.7
198.9
55.7
26625.9
23985.3
212.2
60.5
25930.9
167.1
150.7
23693.4
180.5
112.2
24321.8
208.6
75
247.1
88.5
23106.3
191.9
172.4
24782.2
175.6
162.6
23458.6
192.7
136.6
22504.2
222.7
129.1
23474.2
245.5
83.8
218
186.7
20378.5
246
140.5
22030.4
255.6
92.6
22522.1
206
178.7
20962.7
238.2
186.4
22614.6
60.8
26452.7
148.3
136
24293.9
180.5
111.5
25263.9
203.5
59.4
26815.5
24428.6
217.1
64.4
26120.3
172
159
23795.1
191.8
135.7
24765.1
213.5
90
255.9
178.7
23304.5
219.5
212.7
24980.5
213
206.4
23799.5
192.7
192.7
22845.2
226
202.7
23358.4
248.7
177.1
242.9
235.4
20905.7
247.8
231.7
22100.9
263.8
176.7
22906.6
233.3
223.7
21303.6
236.5
230
22498.8
153.4
26650.9
183.6
177.3
24634.8
180.5
176.4
25148.1
205
146.8
27013.7
24312.8
218.7
157
26318.6
209.4
202.8
24136
191.2
191.2
24649.3
215.1
80
247.6
120.8
23057.8
193.5
187.5
24733.7
180.5
174.9
23465.7
186.2
135
22511.5
216.2
157.7
23212.4
243.9
115.6
220.3
212.3
20571.9
244.7
168.9
21954.8
255.9
124.4
22659.9
207.6
199.1
20969.8
233.6
164.1
22352.7
91.6
26404.1
152.9
147.6
24301.1
174.4
126.1
25002
202
88.5
26766.9
24166.7
215.5
95.2
26071.9
176.9
171.3
23802.2
185.1
133.9
24503.1
211.9
8100
85
251.5
149.3
23254.2
209.7
203.2
24930.2
196.7
190.6
23720
189.5
168.4
22765.7
222.7
191.5
23277.9
245.5
146.2
230
222.9
20826.2
246.1
201.1
22020.2
260.8
151.6
22856.3
220.5
211.4
21224.1
234.9
196.4
22418.1
122.5
26600.6
168.2
162.5
24555.3
177.4
157.5
25067.5
203.5
117.6
26963.4
24232.1
217.1
126.1
26268.3
193.1
187
24056.5
188.2
167.1
24568.6
213.5
80
250.4
123
23198.8
200
193.8
24874.7
187
181.2
23705.4
196
159.4
22751
226
165.7
23534.7
247.1
119.5
223.7
216.8
20811.6
247.9
173.8
22277.1
259.1
125.6
22800.9
210.9
204.3
21209.5
240
224.5
22675
94.9
26545.2
159
153.6
24540.7
183.6
133
25324.3
205
91.6
26908
24489
218.7
98.5
26212.8
183.4
177.6
24041.8
194.9
158.3
24825.5
215.1
9100
85
253.6
153
23291.3
217.9
211.1
24967.3
204.9
198.5
23786.2
200.9
193.5
22831.8
229.2
201.1
23615.3
248.7
150.3
238.2
230.8
20892.4
249.4
207.6
22357.7
262.2
154.3
22893.4
227
219.9
21290.3
241.6
226.5
22755.5
129
26637.7
175.9
169.9
24621.5
188.2
165.2
26412.7
206.6
123.8
27000.5
25577.4
220.4
132.6
26305.4
201.3
194.9
24122.7
199.6
181.5
25913.9
216.8
90
255.2
183.4
23391.1
232.5
225.3
25067
221.1
214.3
23866.3
204.1
195.1
22911.9
232.5
232.5
23680.8
250.4
181.8
249.4
241.7
20972.5
251.3
241.4
22423.2
265.5
183.4
22993.2
239.8
232.4
21370.4
242.9
239.8
22821
163.1
26405.1
191.2
184.8
24701.6
191.2
186.9
26478.2
208.1
156
26405.1
25642.9
222
166.7
26405.1
217.5
210.7
24202.8
202.6
193.6
25979.4
218.4
Electrical Data:
Model
IPCXH-075GA4(A)
IPCXH-090GA4(A)
IPCXH-102GA4(A)
IPCXH-120GA4(A)
IPCXH-150GA4(A)
IPCXH-180GA4(A)
IPCXH-210GA4(A)
IPCXH-240GA4(A)
MCA
17.5
27.4
27.4
30.3
39.2
47.9
60.9
71.8
Power Supply
TOCA
22.6
34.1
34.1
37.4
47.8
59.7
74.3
86.3
MFA
30
45
45
50
65
80
95
110
STC
74
62
62
66
58x2+66
66x2+66
139
144
Compressor
RNC IPT
9.1
8.8
5.2
5.13
8.8
9.6
5.13
5.7
7.3x2+9.6
4.27x2+5.7
9.6x2+9.6
5.7x2+5.7
16.6
18.7
9.16
10.8
Qty
1
2
2
2
2+1
2+1
2
2
Voltage imbalance between phases to be <2%
MCA:
Min. Current Amps. (A)
TOCA
: Total Over-current Amps. (A)
MFA
: Max. Fuse Amps. (A)
STC
: Starting Current (A)
RNC
: Running Current (A)
IPT
: Input (kW)
RNC
4.6
3.65
3.65
3.65
5.6
8.8
9.1
10.2
Evaporator fan motor
IPT
1.03
1.76
1.76
1.69
2.65
3.91
4.03
5.23
Qty
1
1
1
1
1
1
1
1
1.73
2.58
2.47
2.46
5.13
7.04
RNC
Condenser fan motor
IPT
Qty
(each) (each)
1.5
1.73
0.35
0.83
1
1
0.83
1.14
1.07
1.04
2.25
3.6
1
1
1
1
2
2
Parameter and Pressure Chart:
Model: 6.2 Tons: IPCXH-075GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
0
25
50
60
75
100
125
150
Brake Power (KW)
1.06
1.04
1.03
1.02
1.01
1
0.98
0.96
Curve diagram of static pressure, air fl ow volume:
Air Flow (CFM)
2296
2218
2139
2109
2068
1980
1900
1824
Fan Speed (rpm)
960
986
1015
1034
1038
1062
1084
1106
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
30
Model: 7.5 Tons: IPCXH-090GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa) Brake power (KW)
100
125
150
25
50
60
75
1.84
1.78
1.75
1.72
1.66
1.59
1.53
Curve diagram of static pressure, air fl ow volume:
Air fl ow (CFM)
3454
3351
3310
3246
3126
2994
2862
Fan speed (rpm)
1138
1141
1143
1145
1152
1156
1161
Model: 8.5 Tons: IPCXH-102GA4(A)
Parameter table for indoor unit air volume:
Static pressure (Pa) Brake power (KW)
25 1.84
50
60
75
100
125
1.78
1.75
1.72
1.66
1.59
150 1.53
Curve diagram of static pressure, air fl ow volume:
Air fl ow (CFM)
3454
3351
3310
3246
3126
2994
2862
Fan speed (rpm)
1138
1141
1143
1145
1152
1156
1161
31
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
Model: 10 Tons: IPCXH-120GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
25
50
70
75
100
125
150
175
Brake power (KW)
1.77
1.7
1.63
1.63
1.56
1.48
1.41
1.33
Curve diagram of static pressure, air fl ow volume:
Air fl ow (CFM)
3883
3731
3600
3529
3326
3123
2906
2644
Fan speed (rpm)
934
934
938
940
940
944
948
952
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
32
Model: 12.5 Tons: IPCXH-150GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
0
25
50
75
90
100
125
150
175
200
225
Brake power (KW)
2.85
2.77
2.69
2.6
2.54
2.49
2.42
2.32
2.25
2.15
2.06
Air fl ow (CFM)
5509
5342
5199
5021
4926
4848
4667
4468
4289
4092
3888
Curve diagram of static pressure, air fl ow volume:
Fan speed (rpm)
976
978
979
980
981
981
982
983
983
984
984
33
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
Model: 15 Tons: IPCXH-180GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
Brake power
ͧ
KW
ͨ
0 4.46
25
50
75
90
4.36
4.26
4.13
4.06
100
125
150
175
4.02
3.91
3.8
3.69
200
225
250
275
3.58
3.45
3.34
3.22
Curve diagram of static pressure, air fl ow volume:
Air fl ow(CFM)
6708
6582
6445
6297
6206
6149
6006
5865
5717
5552
5380
5190
4896
Fan speed
ͧ rpm
ͨ
1084
1085
1085
1086
1087
1087
1087
1088
1088
1089
1089
1090
1090
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
34
Model: 17.5 Tons: IPCXH-210GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
0
25
50
75
90
100
125
150
175
200
225
250
Brake power
ͧ
KW
ͨ
4.73
4.6
4.48
4.38
4.28
4.24
4.1
3.97
3.85
3.74
3.59
3.41
Curve diagram of static pressure, air fl ow volume:
Air fl ow(CFM)
7347
7165
7018
6838
6738
6676
6492
6325
6141
5966
5757
5520
Fan speed
ͧ rpm
ͨ
964
965
965
966
967
967
967
968
969
970
970
975
35
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
Model: 20 Tons: IPCXH-240GA4(A)
Parameter table for indoor unit air volume:
Static pressure(Pa)
0
25
50
75
100
125
150
175
200
225
250
275
300
Brake power (KW)
5.55
5.37
5.21
5.08
4.93
4.74
4.61
4.48
4.32
4.17
4.03
3.88
3.72
Curve diagram of static pressure, air fl ow volume:
Air fl ow (CFM)
9969
9754
9524
9306
9069
8827
8558
8327
8092
7842
7580
7321
7045
Fan speed (rpm)
876
877
879
879
880
881
881
882
882
883
884
885
885
Notes:
The above chart: The blue line is the static pressure curve of the cooling unit. The red line is the static pressure curve of the EAH unit.
36
Refrigeration Cycle Diagram:
6.2 Tons (Coolinf Only)
IPCXH-075GA4(A)
TP
Pressure Check
Port
High Pressure
Switch
Compressor
Condenser
T3
Low Pressure
Switch
Pressure Check
Port
T2
Evaporator
7.5 Tons and Above (Coolinf Only)
IPCXH-075GA4(A) ~ IPCXH-240GA4(A)
Pressure Check
Port
High Pressure
Switch
TP
Comp. A
Low Pressure
Switch
TP
Pressure Check
Port
High Pressure
Switch
Comp. B
Low Pressure
Switch
Pressure Check
Port
Pressure Check
Port
Condenser
T3
T3
T2
Evaporator
T2
37
TP: Compressor discharge temperature sensor in system A and B
T2: Indoor coil temperature sensor in system A and B
T3: Outdoor coil temperature sensor in system A and B
Operation Limit:
Cooling only and cooling with auxiliary heater
Cooling only and Cooling only with Auxiliary heater
Standard
Operation
Indoor Temperature (
°
C WB)
Temperature
Mode
Without auxiliary electric heater mode
With auxiliary electric heater mode
Outdoor temperature
18
°
C
~
52
°
C
--
Indoor temperature
17
°
C
~
30
°
C
17
°
C
~
30
°
C
38
Installation:
Service Space
1. The recommended clearances for single-unit installations are illustrated in following Fig. These minimum requirements are not only an important consideration when determining unit placement, but they are also essential to ensure adequate serviceability, maximum capacity, and peak operating effi ciency.
2. Any reduction of the unit clearances indicated in these illustrations may result in condenser coil starvation or the recirculation of warm condenser air. Actual clearances which appear to be inadequate should be reviewed with a local engineer.
39
Rooftop -- unit
1. For roof top applications using a fi eld fabricated frame and ducts, according to the following procedure:
2. The frame must be located and secured by bolting or welding to the roof. Flashing is required.
3. The hole in the roof must be prepared in advance of installing the unit.
4. Secure the ducts to the roof.
5. Place the unit on the frame or roof curb.
6. Secure the unit to the frame or roof curb.
7. Insulate any ductwork outside of the structure with at least two (2) inches of insulation and then weatherproof. There must be a weatherproof seal where the duct enters the structure.
8. Complete the installation according to the instructions.
Typical rooftop application with frame:
40
Ground Level -- Horizontal Units
For ground level installations, the unit should be positioned on a pad the size of the unit or larger. The unit must be level on the pad. The pad must not come in contact with the structure. Be sure the outdoor portion of the supply and return air ducts are as short as possible.
Installation according to the following procedure:
1. Place the unit on the pad.
2. Attach the supply and return air ducts to the unit.
3. nsulate any ductwork outside of the structure with at least 2 inches of insulation and weatherproof.
There must be a weatherproof seal where the duct enters the structure.
4. Complete the installation according to the instructions.
Typical ground level application:
41
Installation of condensate drain piping
Ductwork:
1. Attaching horizontal ductwork to unit
1. All conditioned air ductwork should be insulated to minimize heating and cooling duct losses.
Use a minimum of two (2) inches of insulation with a vapor barrier. The outside ductwork must be weatherproofed between the unit and the building.
2. When attaching ductwork to a horizontal unit, provide a fl exible watertight connection to prevent noise transmission from the unit to the ducts. The fl exible connection must be indoors and made out of heavy canvas.
Note:
Do not draw the canvas taut between the solid ducts.
2. Attaching down-fl ow ductwork to roof curb
Supply and return air fl anges are provided on the roof curb for easy duct installation. All ductwork must be run and attached to the curb before the unit is set into place.
Follow these guidelines for ductwork construction:
1. Connections to the unit should be made with three-inch canvas connectors to minimize noise and vibration transmission.
2. Elbows with turning vanes or splitters are recommended to minimize air noise and resistance.
minimize noise and resistance.
42
43
Wired Controller:
Standard unit with wired controller: KJR-12B/DP (T)-E
Safety precaution:
The following contents are stated on the product and the operation manual, including usage, precaution against personal harm and property loss, and the method of using the product correctly and safely. After fully understanding the following contents (identifiers and icons), read the text body and observe the following rules.
Summary:
Usage condition:
1. Power supply: 5V DC.
2. Operation temperature: -15
°
C -/+ 43
°
C.
3. Operation humidity: 40%-90%, RH.
Function Summary:
Main function:
1. Connecting to indoor unit by A, B, C, D, E terminal;
2. Button setting action mode.
4. Timer for rest time
Name and function of indecators on the controller:
1. Operation mode indication:
When press “ MODE “ button, the following mode can be selected in circle. Auto −> Cool −> Dry−> Heat
−> Fan only −> Auto. For cooling only model,heat mode is skipped.
When adjust setting on time or only on time is set, the “ON” is lighted.
When adjust setting off time or only off time is set, the “OFF” is lighted. If on and off timer are both set, both the “ON” and “OFF” are lighted.
3. Follow me function:
There is a temperature sensor inside the wired controller, after setting temperature, it will compare the
two temperatures, and the space of wired controller will be the same as setting temperature. It is available under cooling, heating, auto mode.
4. ON/OFF indication :
When it is on, the icon display, otherwise it is extinguished.
5. Fan speed indication :
There are four fan modes: low, middle, high and auto. For some models, no middle fan then the middle fan is seen as high speed. The function is not suitable for the rooftop package units.
6. Lock:
When the “LOCK” button is pressed, the icon appears and other buttons is unable, press again, the icon
disappears.
7. Temperature display zone:
Generally it displays setting temperature, it can be adjusted by press temperature button and . But in fan mode, no display is here.
44
Installation method
If a wired controller is needed, a small 5-way terminal should be added, fix an infrared emitter with gumwater near the receiver on the switch board. Connect its anode and cathode to A and B, and +5V, GND,
RUN to C, D, E on the switch board.
Name and operation of the button on the wired controller
When press this button, the operation mode change as the following sequence:
45
Remark: For the cooling only model, the heating mode is skipped.
2. Timer on button :
Press this button, timer on function is active. Then every press, the time increase 0.5h, after 10h, 1h increase after each press. If cancel this Function, just set it to “0.0”.
3. Timer off button:
Press this button, timer off function is active. Then every press, the time increase 0.5h, after 10h, per 1h increase after each press. If cancel this function, just set it to “0.0”.
4. Follow me button:
When under cool, heat and auto modes, Press this button, follow me function is active. Press again, this function is ineffective.
5. Electrical heater button :
If press this button in heat mode, electrical heater function become ineffective.
Use a 1mm stick to press in the little hole , then the current setting is canceled . The wired controller enters into original state.
When in off state, press this button, the indicator is on, the wired controller enter into on state, and send setting information to in-door PCB. When in on state, press this button, the indicator is off, and send instruction. If timer on or timer off has been set, it cancel this setting then send instruction to stop the machine.
8. Adjust button :
Set indoor temperature up. If press and hold on, it will increase at 1 degree per 0.5 second.
9. Adjust button :
Set indoor temperature down. If press and hold on, it will decrease at 1degree per 0.5 second.
10. Swing button:
First, press start-swing function; second, press stop-swing. (Match to some model with swing function).
11. Economy operation button:
Press this button, the indoor unit operates in economy mode, press it again, exit this mode (it may be ineffective for some models)
12. Fan speed button:
Press this button consecutively, the fan speed will circle as follow:
13. Lock button(hidden):
When you push the LOCK button, all current settings are locked in and the wired controller does not accept any operation except that of the LOCK button. Use the lock mode when you want to prevent setting from being changed accidentally or play fully. Push the LOCK button again when you want to cancel the LOCK mode.
Method of Using
Automatic operation
Connect to power, indoor operation lamp fl ash.
1. Press “MODE” button, select “AUTO”;
2. Press the button “ ” and “ ”, set temperature you want, generally it is among 17
°
C ~ 30
°
C;
3. Press “ON/OFF” button, operation lamp is on, the air-conditioner work in auto mode, indoor fan is auto, and cannot be changed. Auto is displayed on LCD. Press “ON/OFF” button again to stop.
4. Economy operation is valid in auto mode.
Cool/Heat/Fan mode operation
1. Press “MODE” button, select “COOL”, “HEAT” or “FAN ONLY” mode.
2. Press temperature adjust button to select setting temp..
3. Press “FAN SPEED” button to select high/mid/low/auto.
4. Press “ON/OFF” button, indoor unit operation lamp on, it works in selected mode. Press “ON/OFF” button again, it stops to work.
Remark: When in fan mode, no temperature can be set.
46
47
Dry operation
1. Press “MODE” button, select “DRY” mode.
2. Press temperature adjust button to select setting temp.
3. Press “ON/OFF” button, indoor unit operation lamp on, it works in dry mode. Press ON/OFF button again, it stops to work.
4. In dry mode, economy operation and fan speed are ineffective.
Timer setting
Timer on only:
1. Press “ TIME ON “ button, it display “SET” on LCD, and display “ H “ and “ON” , it is waiting for timer on setting.
2. Press “timer” on button repeatedly to adjust time setting.
3. If press this button and hold on, the time will increase at 0.5h, after 10h, it increases at 1h.
4. After setting 0.5 second, the wired controller send timer on information, it is fi nished.
Timer off only:
1. Press “TIME OFF “ button, it display “SET” on LCD, and display “ H “ and ON, it is waiting for timer on setting.
2. Press “TIME OFF” button repeatedly to adjust time setting.
3. If press this button and hold on, the time will increase at 0.5h, after 10h, it increases at 1h.
4. After setting 0.5 second, the wired controller send timer off information, it is fi nished.
Bothe timer on and timer off
1. Set timer on time as the corresponding step1 and 2.
2. Set timer off time as the corresponding step1 and 2.
3. Timer off time must be longer than timer on time.
4. 0.5 second after setting, the wired controller send information, the setting is fi nished.
Change timer
If there is a timer of changing time to be need, press corresponding button to revise it. If cancel timer, change time to 0.0.
NOTE:
The timer time is relative time, that is delay after setting time ( i, e: setting time is 8:05 A,M). So when timer is set, the standard time cannot be adjusted.
Wired Controller (Optional):
KJR-23B
ERROR CODES:
Error Code for: 6.2 Tons
Type
Normal
Normal
Standby
Constraint cooling
Content
Normal
Error
Error
Error
Running
Compressor phase sequence error or phase default
Outdoor coil temp. sensor in system A error
Outdoor coil temp. sensor in system B error
Over-current protection of system A are active 3 times within one hour
Indoor coil temp. sensor in system A error
Error
Error
Error
Error
Indoor coil temp. sensor in system B error
High & low pressure protection or discharge temp. protection of system A reached 3 time
Indoor temp. sensor T1 error Error
Error Outdoor ambient temp. sensor T4 error
Wired controller output error Error
Protection Over-current protection in system A
Protection Over-current protection in system B
Protection Over-current protection for indoor fan
Protection Comprehensive protection for outdoor fan
Protection
Protection
Protection
Protection for High/Low Pressure or exhaust temp in system A
Hi-pressure protection initiated in T2 evaporator stops the outdoor unit fan
Hi-pressure protection initiated in T2 evaporator stops the outdoor unit fan and compressor
Protection Protection for condenser Hi-temp. in system A
Protection Anti-freezing protection for evaporator in sys. A
Protection Defrosting
E9
EA
Eb
P0
P1
E3
E5
E6
E7
Code
--
On
10
E0
E1
E2
P7
P8
Pc dF
P2
P3
P4
P6
Remarks
Manual reset
Manual reset
Manual reset
Unit shall be power off to recovery
Manual reset
Manual reset
Unit shall be power off to recovery
Manual reset
Manual reset
Manual reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
48
49
Error Code for: 7.5 Tons and Above
Type Content
Normal
Normal
Normal
Standby
Constraint cool
Run
Error
Error
Error
Compressor phase sequence error or phase default
Outdoor coil temp. sensor in sys. A error
Error
Error
Error
Error
Error
Error
Outdoor coil temp. sensor in sys. B error
Overcurrent protection of system A are active 3 times within One hour
Overcurrent protection of system B are active 3 times within One hour
Indoor coil temp. sensor in sys. A error
Indoor coil temp. sensor in sys. B error
High & low pressure protection or discharge temp. protection Of system A reached 3times
High & low pressure protection or discharge temp. protection Of system B reached 3times
Indoor temp. sensor error Error
Error
Error
Outdoor ambient temp. sensor error
Wired controller output error
Protection Over-current protection in sys. A
Protection Over-current protection in sys. B
Protection Over-current protection for indoor fan
Protection Comprehensive protection for outdoor fan
Protection
Protection
Protection for High/Low Pressure or exhaust temp. in sys. A
Protection for High/Low Pressure or exhaust temp. in sys. B
Protection High-pressure protection initiated in T2 evaporator
Protection High-pressure protection initiated in T2 evaporator
Protection Protection for condenser High-temp. in sys. A
Protection Protection for condenser High-temp. in sys. B
Protection Anti-freezing protection for evaporator in sys. A
Protection Anti-freezing protection for evaporator in sys. B
Protection Defrosting
E4
E5
E6
E7
Code
E0
E1
E2
--
On
10
E3
P5
P9
Pc
Pd dF
P6
P7
P8
E8
P0
P1
P2
P3
E9
EA
Eb
P4
Remarks
Manual reset
Manual reset
Manual reset
Unit shall be power off to recovery
Unit shall be power off to recovery
Manual reset
Manual reset
Unit shall be power off to recovery
Unit shall be power off to recovery
Manual reset
Manual reset
Manual reset
Auto reset
Auto reset
Auto reset
Auto reset
Comprehensive protection in system A
Comprehensive protection in system B
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
Auto reset
TROUBLE SHOOTING:
For: 6.2 Tons
IPCXH-075GA4(A)
E0: Compressor phase sequence error or phase default
Detect if the voltage of 5p wire joint between A, B and C is normal
Yes
No
Cut off power supply, replace the power wire, inspect again.
Detect if the main board voltage between A, B and C is normal.
Yes
Cut off power supply, exchange freely two wires between A, B and C. Power on again, if the main board display E0.
No
Cut off power supply, exchange the wire from main power supply to main board. Power on again, retesting.
Yes
Replace the main board.
No
OK.
E1: Outdoor coil temperature sensor in system “A” error
Detect if the temp. Sensor is normal.
Yes
Replace the main board.
No
Replace the temperature sensor, detect it again.
E9: Indoor coil temperature sensor T2 default.
Detect if the temperature Sensor is normal.
Yes
Replace the main board.
No
Replace the temperature sensor, detect it again.
50
51
When E2,E5,E6 or EA displays, please check the wired nameplate, if the terminals of
T2_1, T2_2, T3_2, T4 are connected as short circuit. If no, please connect all as short circuit, unless replace main board.
Eb: Wired controller output error. (KJR-23B).
Avoid three conditions as following:
1. The wired controller output signal has Y, no G.
2. The wired controller output signal has W, no G.
3. The wired controller output signal has Y and W, no G
P0: Compressor over current protection. (The over current protection value is 16A)
Detect B phase current, if the current value is over the setting value
No
Yes
The main board display P0, normal.
Replace the main board.
P3: Comprehensive protection for outdoor fan
Detect if the three-phase protector display is normal.
No
Yes
Detect by multi-meter if three-phase protector
COM and NO exist current circuit.
No
Yes
Replace the main board.
The main board display
P3, normal
Replace three-phase protector, detect it again.
P4: Protection for High/Low Pressure or exhaust temp. (High pressure protection value: 4.4MPa, High pressure protection value: 0.14MPa: air discharge temperature protection value: 130
°
C above)
When P4 display, detect High/Low pressure testing point by pressure gauge and discharge point temp. by thermometer. Conform if all testing values are normal.
No
The main board display P4 is normal.
Yes
Detect by multi-meter if the high/ low pressure switch two sides and air discharge switch two sides exist current circuit.
Yes
Replace the main board.
Indoor Fan Motor Not Functioning
Detect if there exist current from main board to indoor fan.
Yes
Replace indoor fan capacitor, detect it again, Confirm if the indoor fan works.
Yes
Remove the problem
Outdoor Fan Motor Not Functioning
Detect if there exist power supply from main board to outdoor fan
No
No
No
Replace high/low pressure switch and air discharge temperature switch, detect them again.
Replace the main board.
Replace the indoor fan motor.
Replace the main board.
Replace the capacitor of outdoor fan, detect it again, if the outdoor fan work.
Problem is fixed.
Replace outdoor fan motor.
52
53
TROUBLE SHOOTING:
For: 7.5 Tons and Above (IPCXH-075GA4(A) ~ IPCXH-240GA4(A)
Compressor didn’t run (All wires connection are correct and reliable, if power supply required is in range and If compressor not running, analysis as follows).
Detect if the voltage of compressor which corresponds to the interface on
PCB is 208 ~ 230V AC between CN6 of
COMP1, COMP2 and N.
No
Yes
Yes
If indoor fan motor contactor is close
No
Detect if the fuse on PCB is burned off.
Yes No
Replace compressor.
Replace contactor.
Replace fuse.
Check if the secondary voltage transformer is normal.
No
Replace
Transformer
T3 Temperature Sensor Error.
Is Resistance of T3 good? (Refer to
Appendix)
Yes
Replace PCB
No
Replace the T3 sensor.
Check if the low pressure protection .
Check if the low pressure protection is normal (The normal resistance is
0 Ohms).
Yes
Replace PCB.
No
1. Check if the refrigerant in system is less.
2. Detect if system have blocked
3. Check if the four-valve is broken.
4. Detect if low-pressure switching ontology is bad, replace the low-voltage switch.
Yes
Replace
PCB.
Outdoor Fan Motor Not Functioning
Detect if the voltage of compressor which corresponds to the interface on
PCB is 208 ~ 230V AC between CN6 of
OFAN1,OFAN2 and N
Yes
If the outdoor fan motor contactor is close.
Yes
Replace outdoor fan motor
No
Replace contactor.
No
Detect if the fuse on PCB is burned off.
Yes
Replace fuse.
No
Check if the secondary voltage transformer is normal.
Yes
Replace PCB
No
Replace
Tranformer
High Condenser Temperature Protection
Check resistance of condenser high temerature sensor (Refer to Appendix)
Yes
Check: Heat dispersion function of outdoor heat exchanger is unqualified: For example, the heat exchanger is dirty, air-outlet and air-back line is short-circuited, outdoor fan stops running or air speed is over-low, inlet and outlet air is blocked in heat exchanger, etc.
No
Check: There is air or nitrogen in system (air comes from the incomplete vacuum drying, and nitrogen is caused by directly pressurizing to ball valve), symptom: Pressure value of high/low is high, discharge and suction temperature is high, current is large, there may be abnormal noise in compressor, pressure gauge is jittering.
No
Check: System liquid side pipeline is blocked, for example, pipe is squashed or body of valve is blocked, or stop valve has not been opened (this situation often happens under highpressure protection firstly).
No
Replace the Outdoor PCB.
No
Replace Sensor
Yes
Fix the problem
Yes
Fix the problem
Yes
Fix the problem
54
55
Accessory
NAME
Manual
Darin Outlet Adaptor
Snap Ring
Drain Pipe Trap
Wired Controller
QUANTITY
1
1
1
1
1
SHAPE
Maintenance
Some regular maintenance and upkeep have been carry on by user, includes: change the one-time dust filter, clean casing, wash condenser and replace a new belt, as well as do some test for the equipment.
Refer to the figure below to adjust belt tension. Loosen 4 bolts, and move the electric motor to asjust belt tension.
4 Bolts
The 2 bolts are used for factory precision adjustment only.
To determine belt tension, calculate the deflection. Deflection = A / 64. Measure the belt tension force and refer to the table for correct force.
A (
Cent er Dis tanc e)
Belt tension indicator applied to mid-center distance
Model
10 Ton
12.5 Ton
15 Ton
20 Ton
A
466mm
620mm
525mm
Model
7.5Ton
8.5Ton
17.5 Ton
A
406mm
575mm
Belt section
For required to deflection
Newton
Small pulley diameter
(mm)
Kilogram-force
SPA 80 to132
(N)
25 to 35
(kgf)
2.5 to 3.6
NOTE:
The belt which is too tight or too loose may generate noise and harmful to the unit.
56
Specifications and illustrations subject to change without notice and without incurring obligations.
2801 SW 149 Avenue STE 300 ɿ
Miramar, FL 33027 ɿ
1-954-862-6060 email: [email protected]
ɿ website: http://www.nordyne-intl.com
Trademark Intertherm
®
used under license. © Nortek Global HVAC, LLC 2016. All rights reserved.
616E-0316
For more information, call or visit your INTERTHERM Contractor
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