Perfect Aire 3PAMSHHQC18-MZO2 Operating manual

MULTI-ZONE QUICK CONNECT
DUCTLESS MINI-SPLIT SYSTEM
OUTDOOR CONDENSER
MODEL: 3PAMSHHQC18-MZO2 / 3PAMSHHQC24-MZO3
TECHNICAL & SERVICE MANUAL

SAFETY SUMMARY
IMPORTANT NOTICE
●We pursue a policy of continuing improvement in design and performance of products. The right is
therefore reserved to vary specifications without notice.
●We cannot anticipate every possible circumstance that might involve a potential hazard.
●This air conditioner is designed for standard air conditioning only. Do not use this air conditioner for
other purposes such as drying clothes, refrigerating foods or for any other cooling or heating process.
Do not let the air-out face animals or plants, it might have an adverse effect on it.
●The installer and system specialist shall secure safety against leakage according to local regulations
or standards.
●Signal words (DANGER, WARNING and CAUTION) are used to identify levels of hazard seriousness.
Definitions for identifying hazard levels are provided below with their respective signal words.
●Installation should be performed by the dealer or another professional personnel. Improper installation
may cause water leakage, electrical shock, or fire.
●Do not perform installation work, refrigerant piping work, drain piping and electrical wiring connection
without referring to our installation manual. If the instructions are not followed, it may result in a water
leakage, electric shock or a fire.
●Use refrigerant R410A in the refrigerant cycle.
●Do not pour water into the indoor or outdoor unit. These products are equipped with electrical parts. If
poured, it will cause a serious electrical shock.
●Do not open the service cover or access panel for the indoor or outdoor units without turning OFF the
main power supply.
●Do not touch or adjust safety devices inside the indoor or outdoor units. If these devices are touched
or readjusted, it may cause a serious accident.
●Refrigerant leakage can cause difficulty with breathing due to insufficient air. Turn OFF the main
switch, extinguish any naked flames and contact your service contractor, if refrigerant leakage occurs.
●Do perform air-tight test. Do not charge oxygen, acetylene or other flammable and poisonous gases
into the refrigerant cycle when performing a leakage test or an air-tight test. These types of gases are
extremely dangerous and can cause an explosion. It is recommended that nitrogen be used for this
test.
●The installer and system specialist shall secure safety against refrigerant leakage according to local
regulations or standards.
●Use an ELB (Electric Leakage Breaker). In the event of a fault, there is danger of an electric shock or
a fire if it is not used.
Immediate hazards which WILL result in severe personal injury or death.
Hazards or unsafe practices which COULD result in severe personal injury or
death.
Hazards or unsafe practices which COULD result in minor personal injury or
product or property damage.
Useful information for operation and/or maintenance.
●Do not use any sprays such as insecticide, lacquer, hair spray or other flammable gases within
approximately one (1) meter from the system.

●If circuit breaker or fuse is often activated, stop the system and contact your service contractor.
●Check that the ground wire is securely connected. If the unit is not correctly grounded, it leads to
electric shock. Do not connect the ground wiring to gas piping, water piping, lightning conductor
or ground wiring for telephone.
●Before performing any brazing work, check to ensure that there is no flammable material around
when using refrigerant. Be sure to wear leather gloves to prevent cold injuries.
●Protect the wires, electrical parts, etc. from rats or other small animals.
If not protected, rats may gnaw at unprotected parts, which may lead to fire.
●Fix the cables securely. External forces on the terminals could lead to a fire.
●Install the air conditioner on a solid base that can support the unit weight. An inadequate base or
incomplete installation may cause injury in the event the unit falls off the base. Incomplete
connections or clamping may cause terminal overheating or fire.
●Make sure that the outdoor unit is not covered with snow or ice, before operation.
●Do not step or put any material on the product.
●Do not put any foreign material on the unit or inside the unit.
●It is recommended that the room be ventilated every 3 to 4 hours.
●The air conditioner may not work properly under the following circumstances.
The power transformer provides the same power or power as the air conditioner. The electrical
equipment is too close to the power supply of the air conditioner. With the sharp change of power
consumption and switching action, the power supply of the air conditioner will generate a large
induction surge voltage.
CHECKING PRODUCT RECEIVED
●Upon receiving this product, inspect it for any shipping damage. Claims for damage, either apparent
or concealed, should be filed immediately with the shipping company.
●Check the model number, electrical characteristics (power supply, voltage and frequency) and
accessories to determine if they are correct.
The standard utilization of the unit shall be explained in these instructions.
Therefore, the utilization of the unit other than those indicated in these instructions is not
recommended.
Please contact your local agent, as the occasion arises.
The figures in this manual are based on the external view of a standard model.
Consequently, the shape may differ from that of the air conditioner you have selected.

Table of Contents
1. General ..................................................................................................................................................1
1.1 Features........................................................................................................................................1
1.2 Product lineup...............................................................................................................................3
1.3 Unit installation .............................................................................................................................4
1.4 Working range...............................................................................................................................4
1.5 Product appearance .....................................................................................................................5
2. Specifications.........................................................................................................................................6
3. Outlines and dimensions........................................................................................................................8
4. Electrical data .....................................................................................................................................12
5. Capacities and selection data..............................................................................................................13
5.1 Capacity characteristic charts.....................................................................................................13
5.2 Piping length correction factor ....................................................................................................18
5.3 Correction factors according to defrosting operation..................................................................20
6. Sound pressure data ...........................................................................................................................21
7. Refrigerant cycle .................................................................................................................................22
8. Wiring diagram.....................................................................................................................................24
8.1 Electrical wiring diagrams...........................................................................................................24
8.2 Control board picture ..................................................................................................................28
8.3 Common wiring...........................................................................................................................34
9. Field setting..........................................................................................................................................35
9.1 DIP switch setting .......................................................................................................................35
9.2 Running parameter query...........................................................................................................36
10. Piping work and refrigerant charge ....................................................................................................39
10.1 MAX. length allowed .................................................................................................................39
10.2 Oil trap ......................................................................................................................................39
10.3 Air tight test...............................................................................................................................40
10.4 Additional refrigerant charge.....................................................................................................40
11. Installation tools and installation flow chart .......................................................................................41
11.1 Necessary tools and instrument list for installation...................................................................41
11.2 Installation flow chart................................................................................................................42
12. Control mode .....................................................................................................................................43
13. Sensor parameter ..............................................................................................................................45
14. Troubleshooting..................................................................................................................................51
14.1 Trouble guide ............................................................................................................................51
14.2 Fault codes ...............................................................................................................................54
15. Checking components ......................................................................................................................63
15.1 Check refrigerant system..........................................................................................................63
15.2 Check parts unit .......................................................................................................................65
16 Disassembly and assembly for compressor and motor......................................................................68

1
1. .G GE EN NE ER RA AL L
1. General
1.1 Features
Features
Twin Rotary DC Inverter Compressor
The twin rotary inverter compressor design reduces friction during
operation for smoother rotation with less vibration, while also
preventing leakage of refrigerant gas during compression. The
result is a far quieter and more efficient air conditioner.
3-DC Inverter Technology
3-DC Inverter technology allows for extremely accurate
control of compressor rotation speed, saving roughly 50% more energy than traditional air
conditioners, Moreover, it guarantees and fan motor greatly reduce the loss owed to the typical owing
dispersion of AC motors and more efficiently reaches the set temperature.
Electronic Expansion Valve
Inside the outdoor unit is the electronic expansion valve, which regulates and optimizes the
refrigerant quantity to all running indoor units.
Self Recovery of Power Break
When the power supply is recovered after break, all preset are still
effective and the air-conditioner can run according to the original
setting.
Comfortable temperature control
DC inverter power control uses its full capacity at startup to cool/warm quickly. As soon as the set
temperature is reached, it carefully adjusts current frequency to prevent temperature fluctuation and
energy loss.
Long piping lengths for installation flexibility
The long piping design permits more freedom in the placement of air conditioner units and enables
you to optimise interior space.
1

1
1. .G GE EN NE ER RA AL L
Variety Indoor & Outdoor Unit Type
The new line-up expands the range of layout options both indoors and outdoors. More
methods, more conveniently.
Option Remote Controller
A variety of convenient controller systems permit individual control of settings such as temperature,
airflow volume, and operation duration.
2

1
1. .G GE EN NE ER RA AL L
1.2 Product lineup
Model(Btu/h)
Type 18K 24K 36K 42K
Dual ●
Trio ●
Quattro
*
1 by 5
• -- Available model
* -- Coming soon
*
3

1
1. .G GE EN NE ER RA AL L
1.3 Unit installation
With the DC inverter technology, one outdoor unit can be connected with 4 indoor units at most.
The combination rate range is from 80% to 130%.
1.4 Working range
Power Supply
Model(Btu/h) Max. Combined Quantity of Indoor Units
18K 2
24K 3
36K 4
42K 5
Working Voltage 198V ~ 253V
Voltage Imbalance Within a 3% deviation from each voltage at the main terminal of outdoor unit
Starting Voltage Higher than 85% of the Rated Voltage
Operating temperature range
This air conditioner is designed for the following outdoor operating temperatures.
Type Mode Outdoor operating temperature
maximum minimum
Multi-Split Air Conditioner
(Heat pump type)
Cooling Operation
Heating Operation
Storage condition:
Temperature -13~140℉ (-25~60℃)
Humidity 30%~80%
115℉(46℃) 14℉(-10℃)
75℉(24℃)-13℉(-25℃)
4

1. GENERAL
1.5 Product appearance
Type Capacity
(Btu/h) View
Dual 18K
Trio 24K
Quattro 36K
1 by 5 42K
5
New Models
Coming Soon

2.SPECIFICATIONS
2.Specifications
Type (Free Match) up to 2 indoor units up to 3 indoor units up to 4 indoor units up to 5 indoor units
Model Name 3PAMSHHQC18-02 3PAMSHHQC24-MZ03 N/A N/A
Gas R410A R410A R410A R410A
Capacity
Cooling capacity 95 ºF Btu/h 18000 24000 32000 42000
Heating rated
capacity
47 ºF Btu/h 18000 24000 36000 42000
17 ºF Btu/h 12200 15400 22800 24000
Heating max
capacity
17 ºF Btu/h 20000 26000 40000 40000
5 ºF Btu/h 18000 24000 36000 36000
Cooling 95 ºF
kW / / / /
Btu/h 18000
(7500~24000)
24000
(8000~30200)
32000
(12000~42000)
42000
(9000~50000)
Heating 47 ºF
kW / / / /
Btu/h 18000
(5800~28700)
24000
(5200~37000)
36000
(8000~52000)
42000
(9000~52000)
Air flow m3/h 3150 4000 5800 5800
CFM 1850 2350 3411 3411
EER 95 ºF Btu/(W•h) 12.5 12.5 12.5 10.5
COP 47 ºF W/W 3.45 3.66 3.37 3.17
COP 47 ºF Btu/(W•h) 11.77 12.49 11.50 10.82
SEER Btu/(W•h) 22 22 21 20
HSPF Btu/(W•h) 11 11 11 10.0
Noise level (Max) dB(A) 55 59 59 63
Guaranteed
operating
range
Cooling ℉14~114.8 14~114.8 14~114.8 14~114.8
℃-10~46 -10~46 -10~46 -10~46
Heating ℉-13~75.2 -13~75.2 -13~75.2 -4~75.2
℃-25~24 -25~24 -25~24 -20~24
Compressor
model
Model EATF200D22UMT EATF250D22UMT EATF400D
42UMT EATF400D 42UMT
Type ROTARY ROTARY ROTARY ROTARY
Brand GMCC GMCC GMCC GMCC
Electrical data
Power V/Hz/Ph 208/230/60/1 208/230/60/1 208/230/60/1 208/230/60/1
Power input Cooling 95 ºF W 1440(510~2610) 1920(420～2640) 2550(690~5010) 4020(660~5550)
Heating 47 ºF W 1530(450~3510) 1920(420～4020) 3120(600~6000) 3870(540~6450)
Rated
current
Cooling 95 ºF A 6.5 8.7 11 17.5
Heating 47 ºF A 6.9 8.7 13 17
Power c onsum ption in W 12 20 20 20
Dimension & Weight
Net dimension (W×H×D)
mm 860×670×310 950×840×340 950×1050×340 950×1050×340
inch 33-7/8×26-3/8×
12-1/4
37-3/8×33×
13-3/8
37-3/8×41-3/8×
13-3/8
37-3/8×41-3/8×
13-3/8
Net weight kg 53 72 85.5 90
lbs 116.8 158.7 188.5 198.4
Package dimension (L×W×H)
mm 990×450×730 1110×460×920 1110×460×1200 1110×460×1200
inch 39×17-3/4×28-3/4 43-3/4×18-1/8×
36-1/4
43-3/4×18-1/8×
47-1/4
43-3/4×18-1/8×
47-1/4
Gross weight kg 57 77 100 102
Ibs 125.6 169.5 220.5 224.5
Technical information
Piping
Diameter
(Liquid)
mm 6.35 6.35 6.35 6.35
inch 1/4 1/4 1/4 1/4
Diameter (Gas) mm 9.52 9.52 9.52 9.52
inch 3/8 3/8 3/8 3/8
Max length
(Each)
m 25 20 20 20
ft 82 66 66 66
Max length
(Total)
m 50 60 75 80
ft 164 197 246 262
6

2.SPECIFICATIONS
Type (Free Match) up to 2 indoor units
up to 3 indoor units up to 4 indoor units up to 5 indoor units
Model Name 3PAMSHHQC18-02 3PAMSHHQC24-MZ03 N/A N/A
Max height m 15 15 15 15
ft 49 49 49 49
Upload refrigerant g 1800 2300 3000 3400
oz 63.49 81.13 105.82 120
Upload additional refrigerant
g/m 15g/m over 15m 15g/m over 22.5m 15g/m over 30m 15g/m over 37.5m
oz/ft 0.161oz/ft over 49ft 0.161oz/ft over 74ft 0.161oz/ft over 98ft 0.161oz/ft over
123ft
NOTE:
1. Test conditions:
1.1 Rated capacity test conditions:
Cooling: Indoor: DB 80.0℉ (26.7C) /WB 67.0℉ (19.4C)
Outdoor: DB 95.0℉ (35.0C) /WB 75.0℉ (23.9C)
Heating: Indoor: DB 70.0℉ (21.1C) /WB 60.0℉ (15.6C)
Outdoor: DB 47℉ (8.3C) /WB 43℉ (6.1C)
1.2 SEER & HSPF test standard: AHRI 210/240.
2. The Sound Pressure Level is based on the following conditions:
Outdoor unit：
Measure the noise value of 3 points，the points are 3.28ft (1.0 m) in front of the three sides of the unit surface (front/left/
right) and height =1/2 (unit height+1) meter from floor level, and calculate the weighted average of the noise.
The values given in the table for noise level reflect the levels in anechoic chamber.
7

3. OUTLINES AND DIMENSIONS
3. Outlines and dimensions
18K Unit: in.(mm)
8

3. OUTLINES AND DIMENSIONS
7(180)
4-5/16(110) 10-1/4(260)=5X2-1/16(52)
33-1/16(840)
7-1/4(185) 22-7/8(580)
37-3/8(950)
40-7/8(1032)
3-1/4(82)
13-9/16(344)
16-1/4(414)
14-15/16(380)
13-3/8(340)
1-5/8(41)
2-3/4(70)
5/8(15)
24K Unit: in.(mm)
2(52)
9

3. OUTLINES AND DIMENSIONS
36K Unit: in.(mm)
5/8(15)
7-1/4(185) 22-7/8(580)
14-15/16(380)
13-3/8(340)
13-9/16(344)
1-5/8(41)
37-3/8(950)
13-3/4(349)
21-1/2(546)
41-5/16(1050)
14-1/2(368)
3-1/4(83)
5-1/4(133) 4(100) 4100) 4(100)
4(100) 4(100)
4(100)
2-R9/32(7.5)
10
15-11/16(398)

42K Unit: in.(mm)
3. OUTLINES AND DIMENSIONS
11

4
4. .E EL LE EC CT TR RI IC CA AL L D DA AT TA A
4. Electrical data
NOTE:
1. The above compressor data is based on 100% capacity combination of indoor units at the rated
operating frequency.
2. This data is based on the same conditions as the nominal heating and cooling capacities.
3. The compressor started by an inverter, resulting in extremely low starting current.
Power supply Applicable voltage ELB
Outdoor
unit Voltage(V) PH Frequency
(Hz) Umin(V) Umax(V) Nominal
Current(A)
Nominal
Sensitive
Current(mA)
18K/24K 208/2301 60 198 253 30 30
36K/42K 208/230 1 60 198 253 50 30
12

5. Capacities and selection data
5.1 Capacity characteristic charts
The following charts show the characteristics of outdoor unit capacity, which corresponds with the
operating ambient temperature of outdoor unit.
Conditions:
5
5
.
.
C
C
A
A
P
P
A
A
C
C
I
I
T
T
I
I
E
E
S
S
A
A
N
N
D
D
S
S
E
E
L
L
E
E
C
C
T
T
I
I
O
O
N
N
D
D
A
A
T
T
A
A
①Pipe length / height difference : 25 ft. (7.6m) / 0 ft. (0m)
②Compressor at rated inverter frequency
③Indoor fan speed at high fan speed
④Capacity loss due to white frost and defrost operation is not
included.
13

5
5
.
.
C
C
A
A
P
P
A
A
C
C
I
I
T
T
I
I
E
E
S
S
A
A
N
N
D
D
S
S
E
E
L
L
E
E
C
C
T
T
I
I
O
O
N
N
D
D
A
A
T
T
A
A
Performance data (Cooling mode)
Indoor
units
(Btu)
Outdoor
Air Temp.
(°F DB)
Indoor Air Temp. °F DB / °F WB
64 / 54 70 / 60 75/ 83 80 / 67 85 / 71 90 / 73
TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
09+09
14 15.16 12.64 0.88 17.16 12.62 0.90 18.10 13.94 0.90 19.40 14.53 0.90 20.75 14.88 0.92 21.40 16.47 0.93
23 14.88 12.33 0.96 16.84 12.31 0.97 17.77 13.60 0.98 19.04 14.28 0.98 20.37 14.61 1.01 21.01 16.27 1.01
32 14.76 12.22 1.02 16.70 12.20 1.03 17.63 13.51 1.04 18.87 14.15 1.04 20.18 14.50 1.06 20.85 16.12 1.07
41 14.58 12.14 1.16 16.49 12.12 1.18 17.40 13.39 1.19 18.65 14.06 1.19 19.95 14.39 1.21 20.57 16.02 1.22
50 14.70 12.19 1.31 16.65 12.19 1.33 17.56 13.46 1.34 18.82 14.14 1.34 20.13 14.47 1.38 20.76 16.10 1.39
59 15.53 12.60 1.48 17.59 12.58 1.51 18.56 13.90 1.53 19.88 14.60 1.53 21.26 15.27 1.56 21.93 16.62 1.57
67 18.81 14.34 1.72 21.28 14.32 1.74 22.44 15.81 1.76 24.05 16.60 1.76 25.72 17.40 1.81 26.52 18.91 1.81
77 18.23 14.10 1.97 20.63 14.08 2.01 21.76 15.55 2.03 23.31 16.34 2.03 24.94 17.00 2.07 25.71 18.61 2.08
87 17.75 13.87 2.24 20.09 13.85 2.28 21.19 15.30 2.30 22.71 16.07 2.30 24.29 16.44 2.35 25.05 18.30 2.36
95 17.25 13.30 2.41 19.52 13.29 2.46 20.60 14.68 2.48 21.71 15.41 2.48 23.60 15.77 2.53 24.33 17.55 2.54
104 14.63 12.16 2.19 16.57 12.15 2.23 17.48 13.42 2.24 18.72 14.09 2.24 20.04 14.43 2.30 20.66 16.06 2.31
115 10.77 10.70 1.76 12.20 10.68 1.78 12.87 11.80 1.80 13.79 12.40 1.80 14.76 12.69 1.84 15.22 14.13 1.85
Indoor
units(Btu)
Outdoor Air Temp. Indoor Air Temp. °F DB
°F DB °F WB
60 65 70 75 78
TC PI TC PI TC PI TC PI TC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
09+09
-15 -17 12.83 2.17 12.68 2.13 12.60 2.09 12.25 2.05 11.84 2.01
-5 -7 15.62 2.28 15.22 2.24 14.84 2.20 14.54 2.15 14.10 2.11
5 3 18.83 2.43 18.38 2.38 18.00 2.34 17.78 2.29 17.36 2.24
14 12 21.51 2.58 20.97 2.53 20.48 2.48 19.95 2.43 19.40 2.38
23 19 22.66 2.71 22.10 2.66 21.54 2.60 20.99 2.55 20.43 2.53
32 28 23.70 2.89 23.09 2.84 22.60 2.77 21.95 2.72 21.38 2.66
41 37 24.91 2.99 24.27 2.93 23.77 2.87 23.11 2.82 22.53 2.77
47 43 25.84 3.10 25.06 3.04 24.48 2.98 23.90 2.95 23.31 2.90
50 47 23.76 2.87 23.15 2.81 22.74 2.75 22.08 2.69 21.48 2.67
59 50 21.33 2.54 20.78 2.50 20.42 2.44 19.83 2.38 19.28 2.37
68 59 18.85 2.13 18.37 2.09 18.04 2.04 17.52 2.00 17.04 1.98
75 65 13.60 1.58 13.25 1.55 13.01 1.52 12.64 1.48 12.29 1.47
18K
Performance data (Heating mode)
Remarks:
TC : Total Cooling Capacity (Gross)
SHC: Sensible Heat Capacity (Gross)
PI: Power Input (including the compressor, evap. fan
motor & cond. fan motor)
DB : Dry Bulb Temperature
WB : Wet Bulb Temperature
14

5
5
.
.
C
C
A
A
P
P
A
A
C
C
I
I
T
T
I
I
E
E
S
S
A
A
N
N
D
D
S
S
E
E
L
L
E
E
C
C
T
T
I
I
O
O
N
N
D
D
A
A
T
T
A
A
Performance data (Cooling mode)
24K
Performance data (Heating mode)
Remarks:
TC : Total Cooling Capacity (Gross)
SHC: Sensible Heat Capacity (Gross)
PI: Power Input (including the compressor, evap. fan
motor & cond. fan motor)
DB : Dry Bulb Temperature
WB : Wet Bulb Temperature
Indoor
units
(Btu)
Outdoor
Air Temp.
(°F DB)
Indoor Air Temp. °F DB / °F WB
64 / 54 70 / 60 75/ 83 80 / 67 85 / 71 90 / 73
TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
07+09+
09
14 20.68 17.28 0.99 23.40 17.26 1.01 24.69 19.07 1.01 26.46 19.57 1.02 28.30 20.50 1.04 29.18 22.81 1.05
23 20.23 16.74 1.08 22.89 16.72 1.09 24.16 18.47 1.11 25.88 19.39 1.12 27.69 19.85 1.14 28.56 22.10 1.14
32 19.95 16.59 1.19 22.56 16.57 1.21 23.83 18.34 1.22 25.50 19.22 1.23 27.28 19.69 1.24 28.18 21.89 1.25
41 19.70 16.48 1.26 22.29 16.46 1.29 23.52 18.19 1.30 25.20 19.10 1.31 26.96 19.54 1.32 27.79 21.76 1.33
50 19.87 16.56 1.33 22.50 16.55 1.36 23.73 18.28 1.37 25.43 19.20 1.39 27.20 19.65 1.40 28.06 21.87 1.41
59 20.99 17.11 1.58 23.77 17.08 1.62 25.08 18.88 1.64 26.86 19.82 1.64 28.74 20.63 1.66 29.64 22.57 1.67
67 24.92 19.20 1.95 28.20 19.18 1.98 29.74 21.18 2.00 31.87 22.23 2.02 34.08 23.27 2.05 35.14 25.33 2.06
77 24.57 18.92 2.22 27.80 18.89 2.26 29.31 20.87 2.29 31.41 21.92 2.31 33.60 22.73 2.33 34.64 24.96 2.34
87 23.97 18.44 2.39 27.13 18.42 2.43 28.61 20.35 2.45 30.66 21.37 2.47 32.80 22.01 2.50 33.82 24.34 2.52
95 23.22 17.92 2.50 26.28 17.90 2.56 27.72 19.77 2.58 29.22 20.76 2.60 31.76 21.25 2.63 32.75 23.65 2.64
104 19.78 16.51 2.36 22.39 16.50 2.41 23.62 18.23 2.42 25.30 19.14 2.45 27.08 19.60 2.48 27.92 21.81 2.49
115 14.56 14.52 2.03 16.49 14.50 2.06 17.39 16.03 2.08 18.64 16.83 2.11 19.95 17.23 2.13 20.57 19.19 2.14
Indoor
units(Btu)
Outdoor Air Temp. Indoor Air Temp. °F DB
°F DB °F WB
60 65 70 75 78
TC PI TC PI TC PI TC PI TC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
07+09+
09
-15 -17 17.11 2.40 16.91 2.45 16.80 2.50 16.33 2.55 15.78 2.60
-5 -7 20.83 2.94 20.29 2.99 19.79 3.07 19.39 3.12 18.80 3.18
5 3 25.11 3.47 24.50 3.55 24.00 3.62 23.71 3.69 23.14 3.76
14 12 28.36 3.56 27.65 3.63 25.92 3.71 26.30 3.78 25.57 3.85
23 19 29.01 3.57 28.30 3.65 27.09 3.72 26.95 3.80 26.21 3.87
32 28 30.58 3.41 29.80 3.48 29.17 3.54 28.33 3.62 27.59 3.69
41 37 31.81 3.23 30.99 3.29 30.35 3.34 29.51 3.42 28.77 3.49
47 43 33.03 2.95 32.19 2.97 31.62 3.03 30.70 3.09 29.86 3.16
50 47 30.03 2.65 29.26 2.67 28.74 2.73 27.91 2.78 27.14 2.84
59 50 26.96 2.35 26.27 2.36 25.80 2.42 25.06 2.48 24.37 2.51
68 59 23.82 2.05 23.21 2.07 22.80 2.11 22.14 2.16 21.53 2.20
75 65 17.18 1.45 16.74 1.47 16.45 1.51 15.97 1.54 15.53 1.57
15

5
5
.
.
C
C
A
A
P
P
A
A
C
C
I
I
T
T
I
I
E
E
S
S
A
A
N
N
D
D
S
S
E
E
L
L
E
E
C
C
T
T
I
I
O
O
N
N
D
D
A
A
T
T
A
A
Performance data (Cooling mode)
36K
Performance data (Heating mode)
Remarks:
TC : Total Cooling Capacity (Gross)
SHC: Sensible Heat Capacity (Gross)
PI: Power Input (including the compressor, evap. fan
motor & cond. fan motor)
DB : Dry Bulb Temperature
WB : Wet Bulb Temperature
Indoor
units
(Btu)
Outdoor
Air Temp.
(°F DB)
Indoor Air Temp. °F DB / °F WB
64 / 54 70 / 60 75/ 83 80 / 67 85 / 71 90 / 73
TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
09+09+
09+09
14 27.94 22.43 1.73 31.63 22.40 1.77 33.36 24.75 1.77 35.75 25.40 1.79 38.25 26.40 1.81 39.44 29.23 1.83
23 27.43 21.88 1.88 31.04 21.85 1.90 32.75 24.14 1.92 35.10 25.34 1.94 37.55 25.94 1.97 38.72 28.88 1.97
32 27.21 21.69 1.99 30.77 21.66 2.03 32.49 23.98 2.05 34.78 25.12 2.07 37.20 25.73 2.08 38.44 28.61 2.10
41 26.87 21.54 2.22 30.40 21.51 2.26 32.08 23.77 2.28 34.37 24.96 2.29 36.77 25.54 2.31 37.91 28.44 2.33
50 27.10 21.64 2.50 30.68 21.63 2.54 32.37 23.89 2.57 34.68 25.09 2.61 37.10 25.69 2.63 38.26 28.58 2.65
59 28.63 22.36 2.76 32.42 22.33 2.82 34.20 24.68 2.86 36.63 25.91 2.86 39.19 27.11 2.90 40.42 29.51 2.92
67 34.66 25.45 3.37 39.22 25.41 3.42 41.36 28.07 3.45 44.33 29.47 3.49 47.41 30.88 3.54 48.88 33.57 3.56
77 33.61 25.03 3.87 38.03 25.00 3.95 40.10 27.61 3.99 42.97 29.00 4.03 45.96 30.18 4.07 47.39 33.03 4.09
87 32.72 24.61 4.30 37.03 24.58 4.38 39.05 27.16 4.42 41.85 28.53 4.46 44.77 29.18 4.51 46.17 32.48 4.53
95 31.80 23.61 4.48 35.98 23.58 4.57 37.96 26.05 4.61 40.02 27.35 4.65 43.50 27.99 4.71 44.85 31.16 4.72
104 26.97 21.58 4.10 30.54 21.57 4.18 32.21 23.83 4.20 34.51 25.02 4.26 36.93 25.61 4.30 38.08 28.51 4.32
115 19.86 18.98 3.54 22.49 18.95 3.60 23.72 20.95 3.64 25.42 22.00 3.68 27.21 22.52 3.72 28.06 25.08 3.74
Indoor
units(Btu)
Outdoor Air Temp. Indoor Air Temp. °F DB
°F DB °F WB
60 65 70 75 78
TC PI TC PI TC PI TC PI TC PI
KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW KBtu/h kW
09+09+
09+09
-15 -17 25.67 2.40 25.37 2.45 25.20 2.50 24.50 2.55 23.67 2.60
-5 -7 31.24 2.94 30.43 2.99 29.69 3.07 29.09 3.12 28.19 3.18
5 3 37.67 3.47 36.75 3.55 36.00 3.62 35.57 3.69 34.71 3.76
14 12 42.34 4.07 41.29 4.15 38.71 4.25 39.27 4.33 38.18 4.41
23 19 43.12 4.25 42.06 4.34 40.27 4.42 40.05 4.52 38.96 4.60
32 28 45.25 4.37 44.08 4.46 43.15 4.54 41.91 4.65 40.82 4.74
41 37 46.85 4.59 45.63 4.68 44.70 4.76 43.46 4.87 42.38 4.97
47 43 48.43 4.33 47.19 4.35 46.35 4.45 45.01 4.54 43.77 4.63
50 47 44.03 3.62 42.90 3.65 42.14 3.73 40.92 3.81 39.79 3.89
59 50 39.53 2.98 38.51 3.00 37.83 3.08 36.74 3.15 35.73 3.19
68 59 34.93 2.40 34.03 2.42 33.43 2.48 32.46 2.53 31.57 2.58
75 65 25.19 1.71 24.55 1.73 24.11 1.77 23.42 1.81 22.77 1.84
16