Trane R410a Technical Service Manual
Text of the manual
Technical Service Manual
R-410A Split System
Single Split
June 2010�
4MYW8-A 4TYK8-A
16~18 SEER, Inverter Systems - 60 and 50 Hz
rane All rights reserved
Warnings, Cautions and Notices
Warnings, Cautions and Notices. Note that warnings, cautions and notices appear at
appropriate intervals throughout this manual. Warnings are provide to alert installing contractors
to potential hazards that could result in personal injury or death. Cautions are designed to alert
personnel to hazardous situations that could result in personal injury, while notices indicate a
situation that could result in equipment or property-damage-only accidents.
Your personal safety and the proper operation of this machine depend upon the strict observance
of these precautions.
Important
Environmental Concerns!
Scientific research has shown that certain man-made chemicals can affect the earth's naturally
occurring stratospheric ozone layer when released to the atmosphere. In particular, several of the
identified chemicals that may affect the ozone layer are refrigerants that contain Chlorine, Fluorine
and Carbon (CFCs) and those containing Hydrogen, Chlorine, Fluorine and Carbon (HCFCs). Not all
refrigerants containing these compounds have the same potential impact to the environment.
Trane advocates the responsible handling of all refrigerants-including industry replacements for
CFCs such as HCFCs and HFCs.
Responsible Refrigerant Practices!
Trane believes that responsible refrigerant practices are important to the environment, our
customers, and the air conditioning industry. All technicians who handle refrigerants must be
certified. The Federal Clean Air Act (Section 608) sets forth the requirements for handling,
reclaiming, recovering and recycling of certain refrigerants and the equipment that is used in these
service procedures. In addition, some states or municipalities may have additional requirements
that must also be adhered to for responsible management of refrigerants. Know the applicable
laws and follow them.
�WARNING
Electrocution and Fire Hazards with Improperly Installed and Grounded
Field Wiring!
Improperly installed and grounded field wiring poses FIRE & ELECTROCUTION hazards. To avoid
these hazards, you MUST follow requirements for field wiring installation and grounding as
described in the National Electrical Codes (NEC) and your local/state electrical codes. All field
wiring MUST be performed by qualified personnel. Failure to follow these requirements could
result in death or serious injury.
ATTENTION: Warnings, Cautions and Notices appear at appropriate sections throughout
this literature. Read these carefully.
� WARNING: Indicates a potentially hazardous situation which, if not avoided, could
result in death or serious injury.
�CAUTION: Indicates a potentially hazardous situation which, if not avoided, could
result in minor or moderate injury. It could also be used to alert against unsafe practices.
NOTICE: Indicates a situation that could result in equipment or property-damage only
accidents.
10 T
R410A Refrigerant under Higher Pressure than R22!
The units described in this manual use R410A refrigerant which operates at 50 to 70% higher
pressures than R-22. Use only R-410A approved service equipment. Refrigerant cylinders are
painted with "pink" color to indicate the type of refrigerant and may contain a "dip" tube to
allow for charging of liquid refrigerant into the system. For specific handling concerns with R-
410A, please contact your local Trane representative. Failure to use R-410A approved service
equipment could result in standard equipment exploding under R-410A higher pressure which
could result in death or serious injury.
NOTICE:
Use PVE Oil with R-410A Mini-Split Units!
All R-410A mini-splits use a PVE oil (Polyvinyl Ether Oil) that readily absorbs moisture from the
atmosphere. To limit this “hygroscopic” action, the system should remain sealed whenever
possible. If a system has been open to the atmosphere for more than 4 hours, the compressor oil
must be replaced. Never break a vacuum with air and always change the driers when opening
the system for component replacement. For specific handling concerns with PVE oil, contact
your local Trane representative.
USE ONLY THE FACTORY RECOMMENDED - DAFNE HERMETIC OIL FV50S - for servicing these
units.
3
Capacity Variation Ratio According to Pipe Length
System
15
Electrical Characteristics
17
60Hz Heat pump models
COOLING
HEATING
COOLING
HEATING
3370/2579/1113
3370/2608/967
3663/3400/967
3663/3575/996
11500/8800/3800
11500/8900/3300
12500/11600/3300
12500/12200/3400
1220/760/270
980/650/230
1340/1130/260
1000/940/260
5.3/4.7
6.6/6.0
6.4/5.8
6.9/6.2
17.5
9
18
9
Model of Indoor Unit
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/900/700
1300/1150/980/820
1350/1150/950/750
1350/1200/100/850
Output of Fan Motor (w)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Fan Type-Piece
Diameter-Length (mm)
Evaporator
Pipe Diameter (mm)
Row-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Swing Motor Model
Output of Swing Motor (W)
Fuse (A)
Sound Pressure Level dB (A) (SH/H/M/L)
Sound Power Level dB (A) (SH/H/M/L)***
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H) ( mm)
Net Weight /Gross Weight (kg)
Room Temp. sensor
Pipe Temp. sensor
Model of Outdoor Unit
Compressor Manufacturer/trademark
Compressor Model
Compressor Type
L.R.A. (A)
Compressor RLA(A)
Compressor Power Input(W)
Overload Protector
Throttling Method
Starting Method
Working Temp Range (℃)
(-15)℃≤T≤24℃
18℃≤T≤48℃
(-15)℃≤T≤24℃
18℃≤T≤48℃
Condenser
Pipe Diameter (mm)
Rows-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Fan Motor Speed (rpm)
Output of Fan Motor (W)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Air Flow Volume of Outdoor Unit m3/h
Fan Type-Piece
Fan Diameter (mm)
Defrosting Method
Climate Type
Isolation
Moisture Protection
Permissible Excessive Operating Pressure
for the Discharge Side(MPa)
Permissible Excessive Operating Pressure
for the Suction Side(MPa)
Sound Pressure Level dB (A)
Sound Power Level dB (A)
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H)( mm)
Net Weight /Gross Weight (kg)
Refrigerant Charge (kg)
Temp.sensor
Pipe Temp. sensor
Discharge sensor
774X351X607
30/34
≤62
710X550X318
1.2
≤52
IP24
3.8
T1
I
370
Automatic Defrosting
1600
Axial-flow
0.17
2
≤930
21
2-1.4
647X528X38.1
AluminumFin-copperTube
φ7
Capillary
Capacitor
600
CS-7SA
6.1
6.1
54/49/43/38
770X283X201
1YC23AEXD
Rotary
4TXK5512A1
Gree
PCB 3.15A Transformer 0.2A
44/39/33/28
MP24BA
1.5
2-1.4
610X24X294
Aluminum Fin-copper Tube
φ7
Cross-flow
φ92X595.5
0.19
1.2
3.0/3.8
4MXW5512A1
15
580/520/440/370
1.4
208-230V
60
4MXW5512A1 4TXK5512A1
Function
Model
4MXW5509A1 4TXK5509A1
Rated Voltage
208-230V
Frequency(Hz)
60
Total Capacity (W) (High/Standard/Low *):
Total Capacity (Btu/h) (High/ Standard/Low *):
Power Input (W) (High/ Standard/Low *)
Nominal Input Current (A)
SEER/HSPF
Air Flow Volume (m3/h) (SH/H/M/L)**
R410A/0.74
R410A/1.00
≤49
710X550X318
774X351X607
28/32
T1
I
IP24
20K
≤59
3.8
1.2
370
Automatic Defrosting
1600
Axial-flow
0.17
2
≤930
21
647X528X19.05
Capacitor
AluminumFin-copperTube
φ7
600
CS-7SA
Capillary
1-1.4
847X264X357
43/38/32/26
53/48/42/36
20K
8.5/11.5
15K
15K
20K
847X264X357
9/12
PCB 3.15A Transformer 0.2A
610X24X294
MP24BA
770X283X201
2-1.4
φ92X595.5
Aluminum Fin-copper Tube
1.5
Cross-flow
15
0.19
φ7
560/510/440/370
Dehumidifying Volume (l/h)
15K
15K
0.8
EER / C.O.P (W/W)
3.4/4.0
4MXW5509A1
Indoor unit
1.2
20K
50K
50K
Outdoor unit
4TXK5509A1
Rotary
6.1
Gree
1YC23AEXD
6.1
5
Model of Indoor Unit
Fan Motor Speed (r/min) (SH/H/M/L)
1400/1150/1000/850
1450/1250/1100/950
1350/1150/1000/850
1350/1150/1000/900
Output of Fan Motor (w)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Fan Type-Piece
Diameter-Length (mm)
Evaporator
Pipe Diameter (mm)
Row-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Swing Motor Model
Output of Swing Motor (W)
Fuse (A)
Sound Pressure Level dB (A) (SH/H/M/L)
Sound Power Level dB (A) (SH/H/M/L)***
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H) ( mm)
Net Weight /Gross Weight (kg)
Room Temp. sensor
Pipe Temp. sensor
Model of Outdoor Unit
Compressor Manufacturer/trademark
Compressor Model
Compressor Type
L.R.A. (A)
Compressor RLA(A)
Compressor Power Input(W)
Overload Protector
Throttling Method
Starting Method
Working Temp Range (℃)
(-15)℃≤T≤24℃
18℃≤T≤48℃
(-15)℃≤T≤24℃
18℃≤T≤48℃
Condenser
Pipe Diameter (mm)
Rows-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Fan Motor Speed (rpm)
Output of Fan Motor (W)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Air Flow Volume of Outdoor Unit m3/h
Fan Type-Piece
Fan Diameter (mm)
Defrosting Method
Climate Type
Isolation
Moisture Protection
Permissible Excessive Operating Pressure
for the Discharge Side(MPa)
Permissible Excessive Operating Pressure
for the Suction Side(MPa)
Sound Pressure Level dB (A)
Sound Power Level dB (A)
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H)( mm)
Net Weight /Gross Weight (kg)
Refrigerant Charge (kg)
Temp.sensor
Pipe Temp. sensor
Discharge sensor
20K
20K
Indoor unit
R410A/1.25
R410A/1.55
1029X458X750
1029X458X750
52/57
51/56
≤66
≤56
955X700X396
955X700X396
1.2
1.2
≤56
≤56
IP24
IP24
3.8
3.8
T1
T1
I
I
520
520
Automatic Defrosting
Auto defrosting
3200
3200
Axial-flow
Axial-flow
0.58
0.59
3.5
3.5
≤690
≤690
60
60
2-1.4
2-1.4
837x660x38.1
853X660X38.1
AluminumFin-copperTube
AluminumFin-copperTube
φ7
φ7
Electronic expansion valve
Electronic expansion valve
Capacitor
Capacitor
1640
1640
1NT11L-3979
1NT11L-3979
41
41
8.4
8.4
Sanyo
C-6RZ146H1A
C-6RZ146H1A
Twin Rotary
Twin Rotary
948X383X310
1076x398x328
12/16
15/20
58/53/48/44
59/53/49/44
865x305x215
1008x319x221
PCB 3.15A Transformer 0.2A
PCB 3.15A Transformer 0.2A
48/43/38/34
49/43/39/34
MP28VB
MP35XX
2
2.5
2-1.4
2-1.5
657X304.8X25.4
765X342.9X25.4
Aluminum Fin-copper Tube
Aluminum Fin-copper Tube
φ7
φ7
2.5
Cross-flow
Cross-flow
Φ98X650
Φ98X765
1.5
3.2/2.7
2.7/2.9
4MXW5518A1
4MXW5524A1
20
35
0.31
0.31
Dehumidifying Volume (l/h)
1.8
2
Air Flow Volume (m3/h) (SH/H/M/L)**
60
Total Capacity (Btu/h) (High/ Standard/Low *):
Power Input (W) (High/ Standard/Low *)
800/680/560/460
1000/800/700/600
Nominal Input Current (A)
SEER/HSPF
Function
Rated Voltage
EER / C.O.P (W/W)
15K
15K
4MXW5518A1 4TXK5518A1
4MXW5524A1 4TXK5524A1
208-230V
208-230V
60
Total Capacity (W) (High/Standard/Low *):
Frequency(Hz)
Model
50K
50K
Outdoor unit
15K
15K
20K
20K
4TXK5518A1
4TXK5524A1
Sanyo
6
60Hz Cooling only models
4MYW5509A1 4TYK5509A1
4MYW5512A1 4TYK5512A1
COOLING
COOLING
208-230V
208-230V
60
60
3370/2579/1113
3663/3400/967
11500/8800/3800
12500/11600/3300
1220/760/270
1340/1130/260
5.3/4.7
6.4/5.8
17.5
18
560/510/440/370
580/520/440/370
0.8
1.4
3.4
3.0
Model of Indoor Unit
4MYW5509A1
4MYW5512A1
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/900/700
1350/1150/950/750
Output of Fan Motor (w)
15
15
Fan Motor Capacitor (uF)
1.2
1.2
Fan Motor RLA(A)
0.19
0.19
Fan Type-Piece
Cross-flow
Cross-flow
Diameter-Length (mm)
φ92X595.5
φ92X595.5
Evaporator
Aluminum Fin-copper Tube
Aluminum Fin-copper Tube
Pipe Diameter (mm)
φ7
φ7
Row-Fin Gap(mm)
2-1.4
2-1.4
Coil length (l) x height (H) x coil width (L)
610X24X294
610X24X294
Swing Motor Model
MP24BA
MP24BA
Output of Swing Motor (W)
1.5
1.5
Fuse (A)
PCB 3.15A Transformer 0.2A
PCB 3.15A Transformer 0.2A
Sound Pressure Level dB (A) (SH/H/M/L)
43/38/32/26
44/39/33/28
Sound Power Level dB (A) (SH/H/M/L)***
53/48/42/36
54/49/43/38
Dimension (W/H/D) ( mm)
770X283X201
770X283X201
Dimension of Package (L/W/H) ( mm)
847X264X357
847X264X357
Net Weight /Gross Weight (kg)
8.5/11.5
9/12
Room Temp. sensor
15K
15K
Pipe Temp. sensor
20K
20K
Model of Outdoor Unit
4TYK5509A1
4TYK5512A1
Compressor Manufacturer/trademark
Gree
Gree
Compressor Model
1YC23AEXD
1YC23AEXD
Compressor Type
Rotary
Rotary
L.R.A. (A)
6.1
6.1
Compressor RLA(A)
6.1
6.1
Compressor Power Input(W)
600
600
Overload Protector
CS-7SA
CS-7SA
Throttling Method
Capillary
Capillary
Starting Method
Capacitor
Capacitor
Working Temp Range (℃)
18℃≤T≤48℃
18℃≤T≤48℃
Condenser
AluminumFin-copperTube
AluminumFin-copperTube
Pipe Diameter (mm)
φ7
φ7
Rows-Fin Gap(mm)
1-1.4
2-1.4
Coil length (l) x height (H) x coil width (L)
647X528X19.05
647X528X38.1
Fan Motor Speed (rpm)
≤930
≤930
Output of Fan Motor (W)
21
21
Fan Motor RLA(A)
0.17
0.17
Fan Motor Capacitor (uF)
2
2
Air Flow Volume of Outdoor Unit m3/h
1600
1600
Fan Type-Piece
Axial-flow
Axial-flow
Fan Diameter (mm)
370
370
Defrosting Method
-
-
Climate Type
T1
T1
Isolation
I
I
Moisture Protection
IP24
IP24
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
3.8
3.8
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
1.2
1.2
Sound Pressure Level dB (A)
≤49
≤52
Sound Power Level dB (A)
≤59
≤62
Dimension (W/H/D) ( mm)
710X550X318
710X550X318
Dimension of Package (L/W/H)( mm)
774X351X607
774X351X607
Net Weight /Gross Weight (kg)
28/32
30/34
Refrigerant Charge (kg)
R410A/0.74
R410A/1.00
Temp.sensor
15K
15K
Pipe Temp. sensor
20K
20K
Discharge sensor
50K
50K
Function
Total Capacity (W) (High/Standard/Low *):
Total Capacity (Btu/h) (High/ Standard/Low *):
Power Input (W) (High/ Standard/Low *)
Nominal Current (A)
SEER/HSPF
Dehumidifying Volume (l/h)
EER / C.O.P (W/W)
Outdoor unit
Model
Rated Voltage
Frequency(Hz)
Air Flow Volume (m3/h) (SH/H/M/L)**
Indoor unit
7
Model of Indoor Unit
4MYW5518A1
4MYW5524A1
Fan Motor Speed (r/min) (SH/H/M/L)
1400/1150/1000/850
1350/1150/1000/850
Output of Fan Motor (w)
20
35
Fan Motor Capacitor (uF)
1.5
2.5
Fan Motor RLA(A)
0.31
0.31
Fan Type-Piece
Cross-flow
Cross-flow
Diameter-Length (mm)
Φ98X650
Φ98X765
Evaporator
Aluminum Fin-copper Tube
Aluminum Fin-copper Tube
Pipe Diameter (mm)
φ7
φ7
Row-Fin Gap(mm)
2-1.4
2-1.5
Coil length (l) x height (H) x coil width (L)
657X304.8X25.4
765X342.9X25.4
Swing Motor Model
MP28VB
MP35XX
Output of Swing Motor (W)
2
2.5
Fuse (A)
PCB 3.15A Transformer 0.2A
PCB 3.15A Transformer 0.2A
Sound Pressure Level dB (A) (SH/H/M/L)
48/43/38/34
49/43/39/34
Sound Power Level dB (A) (SH/H/M/L)***
58/53/48/44
59/53/49/44
Dimension (W/H/D) ( mm)
865x305x215
1008x319x221
Dimension of Package (L/W/H) ( mm)
948X383X310
1076x398x328
Net Weight /Gross Weight (kg)
12/16
15/20
Room Temp. sensor
15K
15K
Pipe Temp. sensor
20K
20K
Model of Outdoor Unit
4TYK5518A1
4TYK5524A1
Compressor Manufacturer/trademark
Sanyo
Sanyo
Compressor Model
C-6RZ146H1A
C-6RZ146H1A
Compressor Type
Rotary
Rotary
L.R.A. (A)
41.00
41.00
Compressor RLA(A)
8.40
8.40
Compressor Power Input(W)
1640
1640
Overload Protector
1NT11L-3979
1NT11L-3979
Throttling Method
Electron expansion valve
Electron expansion valve
Starting Method
Capacitor
Capacitor
Working Temp Range (℃)
18℃≤T≤48℃
18℃≤T≤48℃
Condenser
AluminumFin-copperTube
AluminumFin-copperTube
Pipe Diameter (mm)
φ7
φ7
Rows-Fin Gap(mm)
2-1.4
2-1.4
Coil length (l) x height (H) x coil width (L)
837x660x38.1
853X660X38.1
Fan Motor Speed (rpm)
≤690
≤690
Output of Fan Motor (W)
60
60
Fan Motor RLA(A)
0.58
0.59
Fan Motor Capacitor (uF)
3.5
3.5
Air Flow Volume of Outdoor Unit m3/h
3200
3200
Fan Type-Piece
Axial-flow
Axial-flow
Fan Diameter (mm)
520
520
Defrosting Method
-
-
Climate Type
T1
T1
Isolation
I
I
Moisture Protection
IP24
IP24
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
3.8
3.8
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
1.2
1.2
Sound Pressure Level dB (A)
≤56
≤56
Sound Power Level dB (A)
≤66
≤56
Dimension (W/H/D) ( mm)
955X700X396
955X700X396
Dimension of Package (L/W/H)( mm)
1029X458X750
1029X458X750
Net Weight /Gross Weight (kg)
51/56
51/56
Refrigerant Charge (kg)
R410A/1.20
R410A/1.55
Temp.sensor
15K
15K
Pipe Temp. sensor
20K
20K
Discharge sensor
50K
50K
Power Input (W) (High/ Standard/Low *)
Nominal Current (A)
SEER/HSPF
Function
Model
Rated Voltage
Frequency(Hz)
Total Capacity (W) (High/Standard/Low *):
Total Capacity (Btu/h) (High/ Standard/Low *):
Outdoor unit
Dehumidifying Volume (l/h)
EER / C.O.P (W/W)
Indoor unit
Air Flow Volume (m3/h) (SH/H/M/L)**
8
50Hz Heat pump models
COOLING
HEATING
COOLING
HEATING
3230/2650/440
4100/3520/440
3960/3530/586
5130/4260/586
11000/9000/1500
14000/12000/1500
13500/12000/2000
17500/14500/2000
1350/800/200
1450/950/200
1450/1100/220
1550/1180/220
6.3
6.8
6.5
7.8
17
9
17
9
3.3
3.7
3.2
3.6
Model of Indoor Unit
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/900/700
1300/1150/980/820
1350/1150/950/750
1350/1200/100/850
Output of Fan Motor (w)
Fan Motor Capacitor (uF)
Fan Motor RLA(A)
Fan Type-Piece
Diameter-Length (mm)
Evaporator
Pipe Diameter (mm)
Row-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Swing Motor Model
Output of Swing Motor (W)
Fuse (A)
Sound Pressure Level dB (A) (H/M/L)
Sound Power Level dB (A) (H/M/L)***
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H) ( mm)
Net Weight /Gross Weight (kg)
Room Temp.Sensor
Pipe Temp.Sensor
Model of Outdoor Unit
Compressor Manufacturer/trademark
Compressor Model
Compressor Type
L.R.A. (A)
Compressor RLA(A)
Compressor Power Input(W)
Overload Protector
Throttling Method
Starting Method
Working Temp Range (℃)
(-15)℃≤T≤24℃
18℃≤T≤48℃
(-15)℃≤T≤24℃
18℃≤T≤48℃
Condenser
Pipe Diameter (mm)
Rows-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Fan Motor Speed (rpm)
Output of Fan Motor (W)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Air Flow Volume of Outdoor Unit m3/h
Fan Type-Piece
Fan Diameter (mm)
Defrosting Method
Climate Type
Isolation
Moisture Protection
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
Sound Pressure Level dB (A)
Sound Power Level dB (A)
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H)( mm)
Net Weight /Gross Weight (kg)
Refrigerant Charge (kg)
Temp.sensor
Pipe Temp. sensor
Discharge sensor
Nominal Current (A)
SEER/HSPF
15K
15K
20K
20K
50K
50K
Function
Total Capacity (W) (High/Standard/Low *):
Total Capacity (Btu/h) (High/ Standard/Low *):
Power Input (W) (High/ Standard/Low *)
Rated Voltage
50
50
560/520/370/280
580/520/410/300
4MXW5509AB 4TXK5509AB
4MXW5512AB 4TXK5512AB
220-240V
220-240V
1.4
4MXW5509AB
4MXW5512AB
0.8
Outdoor unit
10
10
1.2
1.2
0.16
0.16
Cross flow fan – 1
Cross flow fan – 1
φ92x594
φ92x594
Aluminum fin-copper tube
Aluminum fin-copper tube
φ7
φ7
2-1.4
2-1.4
610X294X24
610X294X24
MP24BA
MP24BA
1.5
1.5
PCB 3.15A
PCB 3.15A
43/36/30/24
44/37/31/25
53/46/40/34
54/47/41/35
770x283x201
770x283x201
844x342x261
844x342x261
8/11
9/12
4TXK5509AB
4TXK5512AB
Gree
Gree
1YC23AEXD
1YC23AEXD
Rotary
Rotary
6.1
6.1
CS-7SA
CS-7SA
Capillary
Capillary
6.1
6.1
600
600
Transducer starting
Aluminum fin-copper tube
Aluminum fin-copper tube
φ7
φ7
Transducer starting
1-1.4
2-1.4
647X528X19.05
647X528X38.1
≤930
≤930
30
30
0.23
0.23
2
2
1600
1600
Axial fan –1
Axial fan –1
370
370
Automatic Defrosting
Automatic Defrosting
IP24
IP24
3.8
≤60
≤62
3.8
1.2
1.2
T1
T1
I
I
≤50
≤52
28/32
30/34
R410A/0.70
R410A/0.96
658x550x275
658x550x275
771x348x592
771x348x592
15K
20K
15K
20K
Model
Frequency(Hz)
Dehumidifying Volume (l/h)
Air Flow Volume (m3/h) (SH/H/M/L)**
EER / C.O.P (W/W)
Indoor unit
9
Model of Indoor Unit
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/950/800
1400/1200/1050/900
1250/1100/950/800
1300/1100/1000/850
Output of Fan Motor (w)
Fan Motor Capacitor (uF)
Fan Motor RLA(A)
Fan Type-Piece
Diameter-Length (mm)
Evaporator
Pipe Diameter (mm)
Row-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Swing Motor Model
Output of Swing Motor (W)
Fuse (A)
Sound Pressure Level dB (A) (H/M/L)
Sound Power Level dB (A) (H/M/L)***
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H) ( mm)
Net Weight /Gross Weight (kg)
Room Temp.Sensor
Pipe Temp.Sensor
Model of Outdoor Unit
Compressor Manufacturer/trademark
Compressor Model
Compressor Type
L.R.A. (A)
Compressor RLA(A)
Compressor Power Input(W)
Overload Protector
Throttling Method
Starting Method
Working Temp Range (�)
(-15)��T����
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(-15)��T����
18��T����
Condenser
Pipe Diameter (mm)
Rows-Fin Gap(mm)
Coil length (l) x height (H) x coil width (L)
Fan Motor Speed (rpm)
Output of Fan Motor (W)
Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Air Flow Volume of Outdoor Unit m3/h
Fan Type-Piece
Fan Diameter (mm)
Defrosting Method
Climate Type
Isolation
Moisture Protection
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
Sound Pressure Level dB (A)
Sound Power Level dB (A)
Dimension (W/H/D) ( mm)
Dimension of Package (L/W/H)( mm)
Net Weight /Gross Weight (kg)
Refrigerant Charge (kg)
Temp.sensor
Pipe Temp. sensor
Discharge sensor
20K
20K
50K
50K
15K
15K
Frequency(Hz)
Rated Voltage
Power Input (W) (High/ Standard/Low *)
Nominal Current (A)
Model
Function
4MXW5518AB 4TXK5518AB
4MXW5524AB 4TXK5524AB
220-240V
220-240V
50
50
Total Capacity (W) (High/Standard/Low *):
Total Capacity (Btu/h) (High/ Standard/Low *):
2.5
11.6
11.98
SEER/HSPF
Air Flow Volume (m3/h) (SH/H/M/L)**
800/680/560/460
950/800/650/550
1.8
2
EER / C.O.P (W/W)
4MXW5518AB
4MXW5524AB
Dehumidifying Volume (l/h)
Indoor unit
20
35
1.5
0.31
0.31
Cross flow fan – 1
Cross flow fan – 1
�98X650
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Aluminum Fin-copper Tube
Aluminum Fin-copper Tube
�7
�7
2-1.4
2-1.5
657X25.4X304.8
765X342.9X25.4
MP28VB
MP35XX
2
2.5
PCB 3.15A
PCB 3.15A Transformer 0.2A
(45)/40/37/32
(46)/42/37/32
55/50/47/42/-
(560/52/47/42
865x305x215
1008x319x221
948X383X310
1076x398x328
12/16
15/20
4TXK5518AB
4TXK5524AB
Sanyo
Sanyo
C-6RZ146H1A
Outdoor unit
C-6RZ146H1A
Twin Rotary
Twin Rotary
41
41
8.4
8.4
1640
1640
1NT11L-3979
1NT11L-3979
Capillary
Electron expansion valve
Transducer starting
Transducer starting
Aluminum Fin-copper Tube
Aluminum Fin-copper Tube
�7
�7
2-1.4
2-1.4
853x660x38.1
853X660X38.1
�690
�690
60
60
0.58
0.58
520
520
3.5
3.5
3200
3200
Axial fan –1
Axial fan –1
I
I
Automatic Defrosting
Automatic Defrosting
T1
T1
1.2
1.2
15K
15K
20K
20K
3.8
3.8
IP24
IP24
�54
�54
�64
�64
955X700X396
955X700X396
1029X458X750
1029x458x750
52/57
52/57
R410A/1.25
R410A/1.40
10
50Hz Cooling only models
4MYW5509AB 4TYK5509AB
4MYW5512AB 4TYK5512AB
COOLING
COOLING
220-240V
220-240V
50
50
3230/2650/440
3960/3530/586
11000/9000/1500
13500/12000/2000
1350/800/200
1450/1100/220
6.3
6.5
17
17
560/520/370/280
580/520/410/300
0.8
1.4
3.3
3.2
Model of Indoor Unit
4MYW5509AB
4MYW5512AB
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/900/700
1350/1150/950/750
Output of Fan Motor (w)
10
10
Fan Motor Capacitor (uF)
1.2
1.2
Fan Motor RLA(A)
0.16
0.16
Fan Type-Piece
Cross flow fan – 1
Cross flow fan – 1
Diameter-Length (mm)
φ92X594
φ92X594
Evaporator
Aluminum fin-copper tube
Aluminum fin-copper tube
Pipe Diameter (mm)
φ7
φ7
Row-Fin Gap(mm)
2-1.4
2-1.4
Coil length (l) x height (H) x coil width (L)
610X294X24
610X294X24
Swing Motor Model
MP24BA
MP24BA
Output of Swing Motor (W)
1.5
1.5
Fuse (A)
PCB 3.15A
PCB 3.15A
Sound Pressure Level dB (A) (H/M/L)
36/30/24
37/31/25
Sound Power Level dB (A) (H/M/L)***
46/40/34
47/41/35
Dimension (W/H/D) ( mm)
770x283x201
770x283x201
Dimension of Package (L/W/H) ( mm)
844x342x261
844x342x261
Net Weight /Gross Weight (kg)
8/11
9/12
Room Temp. sensor
15K
15K
Pipe Temp. sensor
20K
20K
Room Temp. sensor
15K
15K
Pipe Temp. sensor
20K
20K
Model of Outdoor Unit
4TYK5509AB
4TYK5512AB
Compressor Manufacturer/trademark
Gree
Gree
Compressor Model
1YC23AEXD
1YC23AEXD
Compressor Type
Rotary
Rotary
L.R.A. (A)
5.0
5.0
Compressor RLA(A)
5.0
5.0
Compressor Power Input(W)
600
600
Overload Protector
CS-7SA
CS-7SA
Throttling Method
Capillary
Capillary
Starting Method
Transducer starting
Transducer starting
Working Temp Range (℃)
-7℃≤T≤43℃
-7℃≤T≤43℃
Condenser
Aluminum fin-copper tube
Aluminum fin-copper tube
Pipe Diameter (mm)
7
7
Rows-Fin Gap(mm)
1-1.4
2-1.4
Coil length (l) x height (H) x coil width (L)
647X528X19.05
647X528X38.1
Fan Motor Speed (rpm)
≤930
≤930
Output of Fan Motor (W)
30
30
Fan Motor RLA(A)
0.236
0.236
Fan Motor Capacitor (uF)
2
2
Air Flow Volume of Outdoor Unit m3/h
1600
1600
Fan Type-Piece
Axial fan –1
Axial fan –1
Fan Diameter (mm)
370
370
Defrosting Method
Auto defrost
Auto defrost
Climate Type
T1
T1
Isolation
I
I
Moisture Protection
IP24
IP24
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
3.8
3.8
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
1.2
1.2
Sound Pressure Level dB (A)
≤47
≤48
Sound Power Level dB (A)
≤57
≤58
Dimension (W/H/D) ( mm)
658x550x275
658x550x275
Dimension of Package (L/W/H)( mm)
771x348x592
771x348x592
Net Weight /Gross Weight (kg)
27/31
29/33
Refrigerant Charge (kg)
R410A/0.74
R410A/1.0
Temp.sensor
15K
15K
Pipe Temp. sensor
20K
20K
Discharge sensor
50K
50K
Model
Frequency(Hz)
Total Capacity (W)
Total Capacity (Btu/h) (High/ Standard/Low *):
Function
Rated Voltage
Indoor unit
Power Input (W) (High/ Standard/Low *)
Nominal Current (A)
EER / C.O.P (W/W)
SEER/HSPF
Air Flow Volume (m3/h) (SH/H/M/L)**
Dehumidifying Volume (l/h)
Outdoor unit
11
Model of Indoor Unit
4MYW5518AB
4MYW5524AB
Fan Motor Speed (r/min) (SH/H/M/L)
1300/1100/950/800
1250/1100/950/800
Output of Fan Motor (w)
20
35
Fan Motor Capacitor (uF)
1.5
2.5
Fan Motor RLA(A)
0.31
0.31
Fan Type-Piece
Cross-flow
Cross-flow
Diameter-Length (mm)
Φ98X650
Φ98X765
Evaporator
Aluminum fin-copper tube
Aluminum fin-copper tube
Pipe Diameter (mm)
φ7
φ7
Row-Fin Gap(mm)
2-1.4
2-1.5
Coil length (l) x height (H) x coil width (L)
657X25.4X304.8
765X342.9X25.4
Swing Motor Model
MP28VB
MP35XX
Output of Swing Motor (W)
2.0
2.5
Fuse (A)
PCB 3.15A
PCB 3.15A
Sound Pressure Level dB (A) (H/M/L)
45/40/37/32/-
46/42/37/32/-
Sound Power Level dB (A) (H/M/L)***
55/50/47/42/-
56/52/47/42/-
Dimension (W/H/D) ( mm)
865x305x215
1008x319x221
Dimension of Package (L/W/H) ( mm)
948X383X310
1076x398x328
Net Weight /Gross Weight (kg)
12/16
15/20
Room Temp. sensor
15K
15K
Pipe Temp. sensor
20K
20K
Model of Outdoor Unit
4TYK5518AB
4TYK5524AB
Compressor Manufacturer/trademark
Sanyo
Sanyo
Compressor Model
C-6RZ146H1A
C-6RZ146H1A
Compressor Type
Twin Rotary
Twin Rotary
L.R.A. (A)
41
41
Compressor RLA(A)
8.4
8.4
Compressor Power Input(W)
1640
1640
Overload Protector
1NT11L-3979
1NT11L-3979
Throttling Method
Capillary
Capillary
Starting Method
Transducer starting
Transducer starting
Working Temp Range (℃)
-7℃≤T≤43℃
-7℃≤T≤43℃
Condenser
Aluminum fin-copper tube
Aluminum fin-copper tube
Pipe Diameter (mm)
7
7
Rows-Fin Gap(mm)
1-1.4
1-1.4
Coil length (l) x height (H) x coil width (L)
870x660x19.05
853X660X38.1
Fan Motor Speed (rpm)
≤690
≤690
Output of Fan Motor (W)
60
60
Fan Motor RLA(A)
0.58
0.58
Fan Motor Capacitor (uF)
3.5
3.5
Air Flow Volume of Outdoor Unit m3/h
3200
3200
Fan Type-Piece
Axial fan –1
Axial fan –1
Fan Diameter (mm)
520
520
Defrosting Method
Auto defrost
Auto defrost
Climate Type
T1
T1
Isolation
I
I
Moisture Protection
IP24
IP24
Permissible Excessive Operating
Pressure for the Discharge Side(MPa)
3.8
3.8
Permissible Excessive Operating
Pressure for the Suction Side(MPa)
1.2
1.2
Sound Pressure Level dB (A)
≤54
≤54
Sound Power Level dB (A)
≤64
≤64
Dimension (W/H/D) ( mm)
955X700X396
955X700X396
Dimension of Package (L/W/H)( mm)
1029X458X750
1029X458X750
Net Weight /Gross Weight (kg)
46/51
51/56
Refrigerant Charge (kg)
R410A/0.95
R410A/1.40
Temp.sensor
15K
15K
Pipe Temp. sensor
20K
20K
Discharge sensor
50K
50K
SEER/HSPF
Dehumidifying Volume (l/h)
Model
Function
Rated Voltage
EER / C.O.P (W/W)
Outdoor unit
Air Flow Volume (m3/h) (SH/H/M/L)**
Total Capacity (Btu/h) (High/ Standard/Low *):
Power Input (W) (High/ Standard/Low *)
Indoor unit
Frequency(Hz)
Total Capacity (W)
Nominal Current (A)
12
60Hz Heat pump
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6
Gas Pipe (mm)
�9.52
Height (m)
15
Length (m)
30
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6
Gas Pipe (mm)
�12
Height (m)
20
Length (m)
40
60Hz Cooling only
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6
Gas Pipe (mm)
�9.52
Height (m)
15
Length (m)
30
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6
Gas Pipe (mm)
�12
Height (m)
20
Length (m)
40
Model
4MXW5509A1000AA 4TXK5509A1000AA
7.6
20
15
7.6
15
4MYW5509A1000AA 4TYK5509A1000AA
30
Connection Pipe
Outer Diameter
Max Distance
Model
4MYW5518A1000AA 4TYK5518A1000AA
7.6
Model
Model
Connection Pipe
Outer Diameter
Max Distance
7.6
15
�6
�12
�9.52
15
30
4MYW5524A1000AA 4TYK5524A1000AA
4MYW5512A1000AA 4TYK5512A1000AA
7.6
15
�6
�6
20
�12
40
4MXW5512A1000AA 4TXK5512A1000AA
4MXW5518A1000AA 4TXK5518A1000AA 4MXW5524A1000AA 4TXK5524A1000AA
7.6
7.6
7.6
20
�6
�9.52
15
20
40
Connection Pipe
Outer Diameter
Max Distance
Outer Diameter
Max Distance
20
20
Connection Pipe
13
50Hz Heat pump
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6(1/4”)
Gas Pipe (mm)
�9.52(3/8”)
Height (m)
15
Length (m)
30
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6(1/4”)
Gas Pipe (mm)
�9.52(3/8”)
Height (m)
20
Length (m)
40
50Hz Cooling only
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6(1/4”)
Gas Pipe (mm)
�9.52(3/8”)
Height (m)
15
Length (m)
30
Length (m)
Gas additional charge(g/m)
Liquid Pipe (mm)
�6
Gas Pipe (mm)
�12
Height (m)
20
Length (m)
40
Connection Pipe
Outer Diameter
Max Distance
15
Model
Connection Pipe
Outer Diameter
Max Distance
Outer Diameter
�6(1/4”)
�9.52(3/8”)
Max Distance
15
30
�6
15
�6(1/4”)
�9.52(3/8”)
15
30
�12
20
40
Model
Connection Pipe
Outer Diameter
Max Distance
Model
5
5
5
5
20
20
5
5
4MYW5518AB000AA 4TYK5518AB000AA 4MYW5524AB000AA 4TYK5524AB000AA
20
40
4MYW5509AB000AA 4TYK5509AB000AA 4MYW5512AB000AA 4TYK5512AB000AA
20
20
�6(1/4”)
�9.52(3/8”)
Model
4MXW5509AB000AA 4TXK5509AB000AA 4MXW5512AB000AA 4TXK5512AB000AA
4MXW5518AB000AA 4TXK5518AB000AA 4MXW5524AB000AA 4TXK5524AB000AA
Connection Pipe
5
5
15
15
14
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Refrigerant pipe diameter
Liquid : 1/4" (6 mm)
Gas : 3/8" (9.52 mm)
INDOOR UNIT
OUTDOOR UNIT
HEAT
EXCHANGE
(EVAPORATOR)
HEAT
EXCHANGE
(CONDENSER)
COMPRESSOR
GAS SIDE
3-WAY VALVE
LIQUID SIDE
2-WAY VALVE
COOLING
Accumlator
Discharge
Suction
Muffler
Capillary
Strainer
Strainer
(1)Cooling Only Models
(2)Cooling & Heating Models
16
Electrical Characteristics
60Hz Models
Indoor
Outdoor
Hz
Voltage
Min.
Max.
MCA
MFA
W
FLA
4MXW5509A1
4TXK5509A1
60Hz
220V
198V
242V
8.1
15
21
0.17
4MXW5512A1
4TXK5512A1
60Hz
220V
198V
242V
8.1
15
21
0.17
4MXW5518A1
4TXK5518A1
60Hz
220V
198V
242V
11.6
25
60
0.58
4MXW5524A1
4TXK5524A1
60Hz
220V
198V
242V
11.6
25
60
0.58
4MYW5509A1
4TYK5509A1
60Hz
220V
198V
242V
8.1
15
21
0.17
4MYW5512A1
4TYK5512A1
60Hz
220V
198V
242V
8.1
15
21
0.17
4MYW5518A1
4TYK5518A1
60Hz
220V
198V
242V
11.6
25
60
0.58
4MYW5524A1
4TYK5524A1
60Hz
220V
198V
242V
11.6
25
60
0.58
50Hz Models
Indoor
Outdoor
Hz
Voltage
Min.
Max.
MCA
MFA
W
FLA
4MXW5509AB
4TXK5509AB
50Hz
220V
198V
242V
8.1
15
30
0.23
4MXW5512AB
4TXK5512AB
50Hz
220V
198V
242V
8.1
15
30
0.23
4MXW5518AB
4TXK5518AB
50Hz
220V
198V
242V
11.6
25
60
0.58
4MXW5524AB
4TXK5524AB
50Hz
220V
198V
242V
11.6
25
60
0.58
4MYW5509AB
4TYK5509AB
50Hz
220V
198V
242V
6.8
15
30
0.23
4MYW5512AB
4TYK5512AB
50Hz
220V
198V
242V
6.8
15
30
0.23
4MYW5518AB
4TYK5518AB
50Hz
220V
198V
242V
11.6
25
60
0.58
4MYW5524AB
4TYK5524AB
50Hz
220V
198V
242V
11.6
25
60
0.58
Model
Power Supply
Current
OMF
Model
Power Supply
Current
OMF
17
��MXW5509A 770 283 201
�MXW5512A ������������� 770 283 201
�MXW5518A ������������ �865 305 215 ����������������������������
�MXW5524A������������� ���������������������������������319��� 321
18
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19
Total Capacity (Btu/h)
9025
8636
7879
7159
7903
7643
Sensible Capacity (Btu/h)
6770
6572
6084
5606
6275
6152
Input (W)
647
684
703
797
1026
1119
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
9588
9240
8575
7742
8687
8319
Sensible Capacity (Btu/h)
7142
6947
6507
5930
6715
6490
Input (W)
665
695
729
815
1052
1147
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
10161
9721
8800
8455
9281
8462
Sensible Capacity (Btu/h)
7660
7408
7067
6579
7295
6719
Input (W)
677
715
760
855
1087
1172
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
10421
10540
9984
9619
10438
9936
Sensible Capacity (Btu/h)
7712
7957
7688
7551
8350
8097
Input (W)
683
723
785
884
1172
1238
Compressor Frequency (Hz)
54
54
54
54
54
54
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
11436
10308
12106
12854
11282
10021
Input (W)
736
610
894
1190
1159
1142
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
10418
9279
11662
12571
11204
9621
Input (W)
765
644
928
1221
1185
1165
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
10209
8900
11457
12431
11101
9679
Input (W)
771
650
939
1230
1194
1167
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
9679
8685
10893
12106
11193
9563
Input (W)
808
659
989
1281
1235
1240
Compressor Frequency (Hz)
57
57
57
57
57
57
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5509A1/4TYK5509A1
4MXW5509A1/4TXK5509A1
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
20
Total Capacity (Btu/h)
9230
8832
8058
7321
8082
7817
Sensible Capacity (Btu/h)
6924
6721
6222
5734
6418
6292
Input (W)
681
720
740
839
1080
1178
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
9806
9450
8770
7918
8885
8508
Sensible Capacity (Btu/h)
7304
7105
6655
6065
6868
6637
Input (W)
700
731
767
858
1108
1207
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
10392
9942
9000
8648
9492
8655
Sensible Capacity (Btu/h)
7834
7576
7227
6728
7461
6871
Input (W)
713
753
800
900
1145
1233
Compressor Frequency (Hz)
54
54
54
54
54
54
Total Capacity (Btu/h)
10658
10780
10211
9838
10675
10162
Sensible Capacity (Btu/h)
7887
8138
7862
7723
8539
8281
Input (W)
719
761
826
931
1233
1303
Compressor Frequency (Hz)
54
54
54
54
54
54
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
15419
13899
16323
17332
15212
13512
Input (W)
1076
892
1306
1739
1693
1670
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
14046
12512
15724
16949
15106
12972
Input (W)
1118
942
1356
1785
1732
1703
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
13765
12000
15447
16760
14968
13051
Input (W)
1126
950
1373
1797
1745
1706
Compressor Frequency (Hz)
57
57
57
57
57
57
Total Capacity (Btu/h)
13051
11710
14687
16323
15092
12894
Input (W)
1180
962
1445
1872
1806
1813
Compressor Frequency (Hz)
57
57
57
57
57
57
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5509AB/4TYK5509AB
4MXW5509AB/4TXK5509AB
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
21
Total Capacity (Btu/h)
11672
11081
10389
9297
8645
8093
Sensible Capacity (Btu/h)
8287
8072
7762
7117
6779
6496
Input (W)
920
1020
1113
1256
1365
1485
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
12548
11948
11184
10437
9706
9034
Sensible Capacity (Btu/h)
9184
8912
8499
8079
7649
7247
Input (W)
928
1031
1126
1263
1374
1510
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
13347
12927
11600
11269
10665
9594
Sensible Capacity (Btu/h)
9727
9590
8792
8662
8338
7629
Input (W)
929
1036
1130
1257
1388
1503
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
13753
13688
13408
13006
12815
12020
Sensible Capacity (Btu/h)
9352
9689
9867
9935
10150
9857
Input (W)
1032
1128
1206
1359
1445
1570
Compressor Frequency (Hz)
74
74
74
74
74
74
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
14609.8 13077
11456
12575
11483
10785
Input (W)
922
915
908
1271
1300
1347
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
13932
12421
11154
12130
11266
10613
Input (W)
941
930
915
1322
1383
1426
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
13721
12200
10921
11961
11121
10519
Input (W)
958
940
920
1335
1379
1456
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
13237
11728
10468
11251
10827
10344
Input (W)
962
952
937
1374
1397
1499
Compressor Frequency (Hz)
68
68
68
68
68
68
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5512A1/4TYK5512A1
4MXW5512A1/4TXK5512A1
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
22
Total Capacity (Btu/h)
12074
11464
10747
9618
8944
8372
Sensible Capacity (Btu/h)
8573
8351
8029
7362
7013
6720
Input (W)
896
993
1083
1223
1329
1446
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
12981
12360
11569
10796
10041
9346
Sensible Capacity (Btu/h)
9501
9219
8792
8358
7913
7496
Input (W)
904
1003
1096
1230
1337
1470
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
13807
13373
12000
11658
11033
9925
Sensible Capacity (Btu/h)
10062
9921
9095
8961
8626
7892
Input (W)
905
1008
1100
1224
1351
1463
Compressor Frequency (Hz)
74
74
74
74
74
74
Total Capacity (Btu/h)
14227
14160
13871
13454
13256
12434
Sensible Capacity (Btu/h)
9674
10024
10207
10278
10500
10196
Input (W)
1004
1098
1174
1323
1407
1528
Compressor Frequency (Hz)
74
74
74
74
74
74
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
17364
15542
13616
14946
13648
12818
Input (W)
1158
1148
1139
1595
1632
1691
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
16559
14762
13257
14417
13390
12613
Input (W)
1181
1168
1148
1659
1736
1790
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
16308
14500
12980
14216
13217
12502
Input (W)
1202
1180
1155
1675
1731
1828
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
15733
13939
12441
13372
12869
12294
Input (W)
1207
1195
1176
1725
1754
1882
Compressor Frequency (Hz)
68
68
68
68
68
68
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5512AB/4TYK5512AB
4MXW5512AB/4TXK5512AB
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
23
Total Capacity (Btu/h)
17835
17033
16078
14976
13652
12655
Sensible Capacity (Btu/h)
13000
12655
12123
11546
10676
10100
Input (W)
1263
1393
1508
1630
1754
1878
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
18708
17975
17050
16166
15143
14068
Sensible Capacity (Btu/h)
13563
13249
12720
12335
11690
11001
Input (W)
1287
1530
1603
1698
1796
1898
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
19862
19063
18200
17562
16634
15713
Sensible Capacity (Btu/h)
14259
13972
13645
13208
12676
12147
Input (W)
1402
1520
1660
1786
1897
2010
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
20998
20203
19602
19172
18521
17651
Sensible Capacity (Btu/h)
15013
14566
14252
14054
13686
13150
Input (W)
1508
1682
1763
1917
1979
2062
Compressor Frequency (Hz)
68
68
68
68
68
68
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
22289
20078
19294
16405
15236
14240
Input (W)
2267
2132
1931
1841
1722
1722
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
21610
19849
18879
15846
14856
13693
Input (W)
2286
2168
1958
1846
1747
1728
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
21250
19500
18492
15211
14197
13407
Input (W)
2305
2110
1990
1860
1754
1736
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
20854
19228
18037
14801
13713
13037
Input (W)
2344
2116
2038
1882
1793
1759
Compressor Frequency (Hz)
82
82
82
82
82
82
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5518A1/4TYK5518A1
4MXW5518A1/4TXK5518A1
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
24
Total Capacity (Btu/h)
17717
16921
15972
14877
13562
12572
Sensible Capacity (Btu/h)
12914
12572
12043
11470
10606
10033
Input (W)
1217
1343
1453
1571
1691
1810
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
18585
17856
16938
16060
15043
13975
Sensible Capacity (Btu/h)
13474
13162
12636
12253
11613
10928
Input (W)
1241
1475
1545
1636
1732
1830
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
19731
18938
18080
17446
16524
15609
Sensible Capacity (Btu/h)
14165
13880
13555
13121
12592
12067
Input (W)
1351
1465
1600
1721
1829
1937
Compressor Frequency (Hz)
68
68
68
68
68
68
Total Capacity (Btu/h)
20859
20070
19473
19046
18399
17534
Sensible Capacity (Btu/h)
14914
14470
14158
13962
13596
13063
Input (W)
1453
1621
1699
1848
1908
1988
Compressor Frequency (Hz)
68
68
68
68
68
68
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
22230
20025
19242
16361
15196
14202
Input (W)
1695
1594
1444
1376
1288
1288
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
21553
19796
18828
15804
14816
13656
Input (W)
1710
1621
1464
1380
1306
1292
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
21193
19448
18443
15170
14159
13371
Input (W)
1724
1578
1488
1391
1312
1299
Compressor Frequency (Hz)
82
82
82
82
82
82
Total Capacity (Btu/h)
20799
19177
17989
14762
13676
13002
Input (W)
1753
1583
1524
1407
1341
1316
Compressor Frequency (Hz)
82
82
82
82
82
82
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5518AB/4TYK5518AB
4MXW5518AB/4TXK5518AB
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
25
Total Capacity (Btu/h)
20561
19694
18538
17253
15899
13537
Sensible Capacity (Btu/h)
15011
14672
14089
13372
12560
10897
Input (W)
1848
2127
2296
2447
2602
2435
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
22453
21003
19923
18573
17140
14925
Sensible Capacity (Btu/h)
16279
15354
14682
13801
12838
11268
Input (W)
1882
2141
2339
2486
2641
2448
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
23660
22995
22100
20561
19015
15799
Sensible Capacity (Btu/h)
17366
17061
16584
15583
14565
12228
Input (W)
1913
2176
2380
2527
2686
2473
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
24428
24702
24297
23656
22563
19457
Sensible Capacity (Btu/h)
17099
17661
17736
17623
17147
15080
Input (W)
1938
2202
2416
2593
2773
2609
Compressor Frequency (Hz)
84
84
84
84
84
84
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
29608.9 27946
25531
21706
19742
19108
Input (W)
2811
2637
2505
2405
2332
2199
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
28874
27340
25590
21592
19537
19319
Input (W)
2825
2677
2529
2422
2329
2224
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
28639
27000
25285
21325
19295
19083
Input (W)
2852
2720
2575
2454
2339
2280
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
27184
26789
24447
20334
19038
18622
Input (W)
2809
2703
2639
2502
2391
2291
Compressor Frequency (Hz)
100
100
100
100
100
100
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5524A1/4TYK5524A1
4MXW5524A1/4TXK5524A1
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
26
Total Capacity (Btu/h)
20474
19611
18460
17180
15832
13480
Sensible Capacity (Btu/h)
14948
14610
14030
13316
12507
10852
Input (W)
1541
1774
1915
2041
2170
2031
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
22359
20915
19839
18494
17068
14862
Sensible Capacity (Btu/h)
16211
15289
14620
13743
12784
11220
Input (W)
1570
1786
1951
2073
2202
2042
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
23560
22898
22007
20474
18935
15733
Sensible Capacity (Btu/h)
17293
16989
16515
15518
14504
12176
Input (W)
1595
1814
1985
2108
2240
2063
Compressor Frequency (Hz)
84
84
84
84
84
84
Total Capacity (Btu/h)
24325
24598
24195
23557
22468
19375
Sensible Capacity (Btu/h)
17027
17586
17662
17549
17074
15016
Input (W)
1616
1836
2015
2163
2313
2176
Compressor Frequency (Hz)
84
84
84
84
84
84
WINTER
12� D
7� D
4� D
0� D
-4� D
-7� D
11� W
6� W
3� W
-1� W
-6� W
-8� W
Total Capacity (Btu/h)
26192
24721
22585
19201
17463
16902
Input (W)
1995
1871
1778
1707
1655
1561
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
25542
24184
22637
19100
17282
17089
Input (W)
2004
1900
1794
1718
1652
1578
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
25334
23884
22367
18864
17068
16881
Input (W)
2024
1930
1827
1741
1660
1618
Compressor Frequency (Hz)
100
100
100
100
100
100
Total Capacity (Btu/h)
24046
23697
21625
17987
16841
16473
Input (W)
1993
1918
1873
1776
1696
1625
Compressor Frequency (Hz)
100
100
100
100
100
100
15�
18�
20�
22�
27� D 19� W
32� D 23� W
OUTDOOR TEMPERATURE DRY
Indoor conditions
4MYW5524AB/4TYK5524AB
4MXW5524AB/4TXK5524AB
OUTDOOR TEMPERATURE DRY
21� D 15� W
24� D 17� W
27
���������������
��������
4MYW5509A1��4TYK5509A1
���������
4MYW5512A1�� 4TYK5512A1
28
���������
4MYW5518A1 ��4TYK5518A1
�������4�
4MYW5524A1 ��4TYK5524A1
29
�������5� 4MXW5509A1���4TXK5509A1
�������6�
4MXW5512A1���4TXK5512A1
30
�������7� 4MXW5518A1 ��4TXK5518A1
�������8� 4MXW5524A1 �4TXK5524A1
31
Indoor Sound Pressure level (dB(A))
Outdoor
Indoor
SH
H
M
L
1
4TXK5509AB
4MXW5509AB
43
36
30
24
2
4TXK5512AB
4MXW5512AB
44
37
31
25
3
4TXK5518AB
4MXW5518AB
45
40
37
32
4
4TXK5524AB
4MXW5524AB
46
42
37
32
5
4TYK5509AB
4MYW5509AB
/
36
30
24
6
4TYK5512AB
4MYW5512AB
/
37
31
25
7
4TYK5518AB
4MYW5518AB
45
40
37
32
8
4TYK5524AB
4MYW5524AB
46
42
37
32
Unit
Number
Model
Indoor Sound Pressure level (dB(A))
60Hz models
50Hz models
33
Operation of remote controller
Temperature parameters
•
Room set temperature (T set)
•
Room ambient temperature (T amb)
Fundamental functions
After powered on, no matter when the compressor is started, the time interval between two
startups cannot be less than 3 minutes.
COOL mode
The condition and process of cooling
•
If T amb is superior or equal T set, COOL mode will act, the compressor and outdoor fan will
run, and the indoor fan will run at the set speed.
•
If T amb is inferior or equal T set -2 ºC, the compressor will stop, the outdoor fan will delay 30
seconds to stop, and the indoor fan will run at the set speed.
•
If T set -2ºC < T amb < Tset, the unit will keep running in the previous mode.
In this mode, the reversal valve will not be powered on and the temperature setting range is
16ºC~30ºC.
The unit will adjust the running frequency of the compressor automatically according to the change
of ambient temperature.
Protection function
•
Antifreezing protection
Under cooling and drying mode, after the compressor run about 10 mins, when the pipe
temp.of the evaporator is to low, the compressor will stop, the outdoor fan will stop after 30s,
under cooling mode the indoor fan and swing motor will keep running in the original mode,
under drying mode the indoor fan will run at low fan speed, the swing motor will run in the
original mode. When antifreezing protection is eliminated and the compressor has stopped for
3 minutes, the unit will resume running in the original mode.
Tamd
Tset
Tset
3min
Compressor
Outdoor fan
Indoor fan
Start cooling
Original running state
Stop cooling
Set fan speed
Run
Stop
The period of antifreezing protection
Compressor
Outdoor fan
Indoor fan
3 min
Run
Stop
34
If total current is high, the compressor will run in limited or dropped frequency. When total current
goes on rising over the stated value, the compressor will stop, the outdoor fan will delay 30 seconds
to stop.
DRY mode
The condition and process of drying
•
If T amb > T set, DRY mode will act, the indoor fan, outdoor fan and compressor will run, and
indoor fan will run at low speed.
•
If T set -2ºC inferior or equal T amb inferior or equal T set, the unit will keep running in the
original mode.
•
If T amb < T set -2ºC, the compressor will stop running, the outdoor fan will delay 30 seconds
to stop and the indoor fan will run at low speed.
In this mode, the reversal valve will not be powered on and the temperature setting range is
16ºC~30ºC.
The unit will adjust the running frequency of the compressor automatically according to the change
of ambient temperature.
Protection
Protection is the same with that in COOL mode.
HEAT mode
The condition and process of heating
•
If T amb inferior or equal T set +2ºC, HEAT mode will act, the compressor, outdoor fan and 4-
way valve will run simultaneously, the indoor fan will delay at most for 2min to run.
•
If T set +2ºC < Tamb < Tset +5ºC, the unit will keep running in the original mode.
•
If T amb superior or equal T set +5ºC, the compressor will stop, the outdoor fan will delay 30
sec to stop and the indoor fan will blow for 60 sec at the original speed and then stop.
In this mode, the temperature setting range is 16ºC~30ºC.
The air conditioner will adjust the running frequency of the compressor automatically according
to the change of ambient temperature.
When the unit is turned off in HEAT mode, or switched to other mode from HEAT mode, the four-
way valve will be powered off 2min later after the compressor stops.
Dry mode will act
Running in the original mode
Stop running
Compressor
Outdoor fan
Indoor fan
Run
Stop
Tamb
Tset
Tset-2
Low fan speed
35
The condition and process of defrosting
When frost is detected in the condenser, the system will enter into defrosting state. When
defrosting starts, the compressor and indoor fan will stop, and the outdoor fan and four-way valve
will delay 30 seconds to stop. The compressor will start again after 30s and. When the compressor
has run for 8mins, the compressor will stop.
After 30 seconds the four-way valve opens and after another 60 seconds, the compressor and
outdoor fan resume running. The indoor fan will delay 2 minutes to run at the latest and
temperature on the display panel shows H1.
Under heating mode,when the compressor is stopped by malfunction, the indoor fan will blow at
low fan speed for 60s and then stop.
Protection
•
Overcurrent protection
If total current is high, the compressor will run in limited or dropped frequency. When total
current go on rising over the stated value, the compressor will stop, the outdoor fan will delay
30 seconds to stop.
FAN mode
In this mode, the indoor fan will run the fan in High, Med, Low and Auto mode. The compressor,
outdoor fan and four-way valve will stop.
In this mode, the temperature setting range is 16~30ºC.
The unit will adjust the running frequency of the compressor automatically according to the change
of ambient temperature.
AUTO mode
In this mode, the system selects COOL, HEAT and FAN mode automatically according to the change
of ambient temperature. The protection function is the same with that of COOL/HEAT mode.
The unit will adjust the running frequency of the compressor automatically according to the change
of ambient temperature.
Other control
ON / OFF
Each time the On/Off button of the remote controller is pressed, the On/Off state will switch once.
MODE selection
Press the MODE button on the remote controller to select and display the following modes: AUTO,
COOL, DRY, FAN, and HEAT.
Stop heating
Original running state
Reversal valve
Indoor fan
Outdoor fan
Stop
Start heating
Compressor
Tset
Tset
Tamb
3min
Run
2min
2min
36
TEMP. setting button
Each time TEMP + or TEMP - button is pressed, the set temperature will be increased or decreased
by 1ºC.
Adjusting range is 16~30ºC . In AUTO mode, this button does not function.
AUTO key
When the unit is stop, press AUTO key, the unit will run under AUTO mode and the swing motor
starts.
When the unit is running, press AUTO key, the unit will be stopped.
Timer control
The unit is turned on or off according to the timer set by the remote controller.
Sleep control
When the air conditioner is in COOL or DRY mode, after Sleep mode has been set properly, the
preset Tset will be increased by 1ºC after the sleep program has run for 1 hour, and Tset will be
increased by another 1ºC after 2 hours. Tset has been increased by 2ºC total in two hours. Then the
unit will run at this set temperature and at the set speed.
When the air conditioner is in HEAT mode, after Sleep mode has been set properly, the preset Tset
will be decreased by 1ºC after the sleep program has run for 1 hour, and Tset will be decreased by
another 1ºC after 2 hours. Tset has been increased by 2ºC totally in two hours. Then the unit will
run at this set temperature and at the set speed.
In AUTO or FAN mode, the setting temp. will not change.
Handling switch
AUTO/STOP
Set temp.Tset
1 h
2 h
Above 2h
Tset+2
Tset+1
Tset
1 h
2 h
Above 2h
Tset
Tset-1
Tset-2
Set temp.Tset
37
Indoor fan control
Use the remote controller to set the indoor fan running at HIGH, MED or LOW speed. At this time
the fan will run at high, medium or low speed. It can also be set to AUTO and the indoor fan will
select fan speed(HIGH, MED or LOW) automatically according to ambient temperature.
There are at least 3 mins and 30s delay for fan speed shift.
Power supply for outdoor unit
The power supply for outdoor unit is turned on in AUTO, COOL, HEAT and DRY mode under turn-
on state.
The power supply for outdoor unit will delay 3 minutes to turn off under turn-off state or in the FAN
mode under turn-on state.
Swing control
Use the SWING button of the wireless remote control to control SWING On and Off. Swing will only
act when indoor fan is running. After power on, the swing motor turns back to 0 position and closes
the air outlet vent; if it does not preset swing, after the unit is turned on, it will turn to the max. air
outlet D1 position; then turn back to L position under COOL mode.Under HEAT mode, the guide
louver stays at D1; when in swinging state, it will swing between L1 and D1 position. When the unit
is turned off, it will turn back to 0 position.
Buzzer control
When the unit is power on or receives remote control signal or the auto key be pressed, the buzzer
will give out a beep.
Power-off memory function
Contents of memory: Mode; Swing; Set fan speed, Set temperature, Timing etc.
Under turn-on state, when power off and power on, the power supply for outdoor unit will be turn
on after 3 mins.
Under turn-off state, when power off and power on, the power supply for outdoor unit will be turn
on immediately.
Delay Protection of Compressor
Under COOL; DRY; HEAT mode, before each time the compressor starts, there will be 3 mins delay.
Common protection function in each mode
Overload protection
Ttube: at cooling,it detects the temp. of outdoor heat exchanger,at heating,it detects the temp. of
indoor heat exchanger.
When Ttube is detected high, the compressor will run in limited frequency. When Ttube goes on
rising over the stated value, the compressor will stop; under AUTO HEAT or HEAT mode, indoor
fan will blow 60s at low fan speed and then stop; under other mode, the indoor fan will run at set
speed.
38
Compressor discharge temperature protection
When discharge temperature is too high to over the stated value, the compressor will stop, and
When discharge temp. resume normal and the compressor has stopped for 3 minutes, the unit will
resume its original operating status.
Communication malfunction
When not receiving correct signal for 3 minutes, the unit has communication malfunction and the
outdoor unit stops, it is the same as normal stop when meeting the set temp.
Module protection
When module is in protection, the compressor will stop, after the compressor has stopped for 3
minutes, it will resume to running. During module protection period, the indoor unit displays
malfunction and the whole unit stops.
39
1. External features
2. Removing air filters
If ON/OFF button is kept pushing
for 5 seconds, aforced cooling op-
eration willbe carried out for
approx. 15minutes.
Pull protrusions on left
and right sides of panel
with fingers and open
front grille all the way.
1
Lift center section of air
filter and disengage
hooks.
2
Left and right filters are
interchangeable.
To re-install, insert air filter
along the guide.
Remove air filter by
pulling forward.
3
Hooks
Air filter
Removal Procedure of Indoor Unit
40
3. Opening and shuttingfront panel
Support the front panel by one
hand, while remove the rotation
axis at the upper center by the
other hand.
Pull down horizontal blade
by pulling forward.
1
Left and right filters are
interchangeable.
To re-install, insert air filter
along the guide.
Remove horizontal blade by
pulling forward.
2
And pull out the front panel
forward to remove.
Hook a finger onto the
projection part provided
on the both sides of the
unit’s panel and open
up the panel to the
position higher than it
will stop.
3
Left
Rotary shaft
Rotary shaft
Right
Horizontal blade
Remove the front panel
from the unit.
4
41
4. Opening and closing of service cover
Remove a service
cover mounting screw.
Open service cover
upward.
1
A switch for field setting is
not provided in particular.
5. Removal of front grille assembly
Screw stoppers inside the
flap which were equipped in
the existing models are not
provided.
At the upper part there are 2
hooks in the left and the
right.
Remove the 3 screws,
in the right and the left,
which fix the main body
with the front grille.
1
Disengage the hooks by
pressing knobs with a
screwdriver.
screws
screws
Disengage the 3 hooks
on the upper part.
In case that the hooks
are not pressed from
above, remove the front
panel and then remove
the grille while pushing
the hook through a
clearance between the
front grille and the heat
exchanger.
2
The front grille can be
removed in a manner to
pull out the upper part
forward and lift up the
lower part.
3
42
6. Remove the Vertical blade
A set of vertical blade has 6
fins as on ASSY.
(It is impossible to replace
only one fin.)
The set of vertical blades is
not marked for difference
between right and left.
1
Unfasten the hooks at
the upper 2 positions.
2
Unfasten the 3 hooks at
the shaft mounting part
by pressing them with a
flat screwdriver.
3
Remove the vertical
blade.
Repeat the same procedure
to remove the vertical blade
on the other side.
Hook
Hook
Vertical blade
43
7. Remove electrical box
Disconnect the Cable
clamp
1
Disconnect the
connection wires.
2
Pay attention to the direction
of the retainer of the
thermistor so that the
retainer will not touch the
harness (same as the
existing models.)
Remove Temperature Sen-
sor
3
Remove a screw on the
terminal board.
4
Screw
Earth wire
Take care not to lose the clip
of thermistor.
Terminal board
Connecting
wires
(R11244)
Heat exchanger thermistor
Clip
(R11268)
Heat exchanger
thermistor
The electrical box can be
removed instead of
disengaging the terminal
board.
44
Remove a screw on the
electrical box.
6
Pull up the electrical
box forward to remove.
7
Remove fan motor Signal
Wire
5
fan motor Signal Wire
Hook
Bottom frame
45
8. Remove the shield plate.
Remove the electrical box according
to the “Removal of Electrical Box”.
1
Unfasten the hooks at
the upper 2 positions of
the shield plate.
2
Unfasten the hook at
the lower position, and
remove the shield plate
(1).
3
Lift the shield plate (2)
and unfasten the 2
hooks.
4
Slide the shield plate
(2) and remove it.
Hook
shield plate (1)
Hook
Hook
Shield plate (2)
46
Remove Display PCB
Sub-Assy.
3
Remove Swing motor.
4
Take off Wiring terminal
2
Swing motor
Display PCB ASSY
47
To remove the control
PCB, unfasten the 2
hooks at the upper part
from the rear side.
6
Lift up the upper part of
the control PCB, and
remove it.
Control PCB
The control PCB is
integrated with the power
supply PCB.
48
9. Disconnect the refrigerant piping.
In case that a drain hose is
buried inside a wall, remove
it after the drain hose in the
wall is pulled out.
CAUTION
If gas leaks, repair the spot of
leaking, then collect all
refrigerant from the unit. After
conducting vacuum drying,
recharge proper amount of
refrigerant.
CAUTION
Do not contaminate any gas
(including air) other than the
specified refrigerant (R-410A)
into refrigerant cycle.
(Contaminating of air or other
gas causes abnormal high
pressure in refrigerating
cycle, and this results in pipe
breakage or personal
injuries.)
When disconnecting pipes,
cover every nozzle with caps
so as not to let dust and
moisture in.
Wooden base
Drain hose
Extension drain hose
Connecting wires
Pay attention so that the
residual water in the drain
will not make the floor wet.
Use two wrenches to
disconnected pipes.
4
Disconnect the flare nut
for liquid piping by 2
wrenches.
1
Lift the indoor unit by a
wooden base.
2
Place a plastic sheet
under the drain pan as
remaining drain may
leak.
3
Disconnect the flare nut
for gas piping by 2
wrenches.
49
When the pipings are
disconnected, protect the
both openings from entering
moisture.
9. Remove the indoor unit.
1
Remove the indoor unit
from the installation
plate.
2
Release the hook of the
piping fixture on the
back of the unit.
Gas piping
Liquid piping
(R8019)
Auxiliary piping
Piping fixture
50
Loosen the 2 screws,
in the right and the left,
which fix the Evaporator
Assy.
3
4
Widen the auxiliary
piping to the extent of
10°~20°.
5
Pull the heat exchanger
to the front side to undo
the hooks completely,
and then lift it.
Auxiliary piping
Heat exchanger
51
10. Remove Cross Flow Fan Fan
Motor
11. Remove Ring of Bearing
Bearing
Remove Cross Flow Fan
Fan Motor
1
12. Remove Cross Flow Fan and
Motor Sub-Assy screw.
52
Removal Procedure of Outdoor Unit
Warning Be sure to wait 10 minutes or more after turning
off all power supplies before disassembling work.
1. Features
The stop valve cover has 6
hooks.
Loosen the screw of the
stop valve cover.
Pull down the stop valve
cover and remove
it.
1
Loosen the 3 screws
(front, right, left) and lift
the top panel.
1
Handle
Stop
valve
cover
2. Removing air filters
Top panel
54
Loosen the 1 screws
and remove the
discharge grille.
2
Loosen the 5 screws of
the front panel.
3
1
Remove the fan motor
The screw has reverse
winding.
Remove the propeller
fan.
Front panel.
Propeller fan.
Lift the front panel and
remove it while pushing the
right side panel inwards.
Step Procedure Points
Remove the 5 screws from
the edge between right-side
board and condenser and from
valve. Lift to remove the right-side
board subassembly.
Remove the screws of the fanby
wren
and then remove the
propeller fan.
ch
55
DC fan motor
M4×16
1
Fan motor
Fan motor fixing frane
Electrical box
5.Remove the electrical box.
6.Remove the partition plate.
1
Loosen the 2 screws.
2
The partition plate has
a hook on the lower
side. Lift and pull the
partition plate to remove.
Partition plate
The partition plate is fixed to
the bottom frame with a hook.
Remove the 4 tapping screws
fixing the motor. Pull out the
lead-out wire and remove the
motor. Remove the 2 tapping
screws fixing the motor
support. Lift to remove
the motor support.
Remove the 2 screws fixing
the cover of electric box. Lift to
remove the cover. Remove the
screws fixing the electric box
subassembly. Loosen the wire
and disconnect the termina
Lift to remove the electric
box subassembly.
56
7.Remove the sound blanket.
Lift and remove the
sound blanket (top).
1
Untie the strings and
open the sound blanket.
2
3
1
8.Remove the partition plate.
Since the piping ports on
the sound blanket are
torn easily, remove the
blanket carefully.
Sound blanket.
Lift and remove the
sound blanket (body) as
it is opened.
4
Pull the sound blanket
(inner) out.
Since the piping ports on
the sound blanket are
torn easily, remove the
blanket carefully.
Loosen the screw of the
four way valve coil.
Provide a protective sheet or
a steel plate so that the
brazing flame cannot
influence peripheries.
Be careful so as not to break
the pipes by pressing it
excessively by pliers when
withdrawing it.
Caution
Caution
Caution
Caution
Caution
Be careful about the four way
valve, pipes and so on, which
were heated up by a gas
brazing machine, so as not
to get burnt your hands.
57
Solder off the welding spot of
capillary and valve and outlet
pipe of condenser.
Remove the 2 screws fixing the
gas valve. Solder off the weld
spot connecting gas valve and
air return pipe and remove the
gas valve.
(Note: it is necessary to warp
the gas valve when soldering
off the welding spot.)
Remove the 2 screws fixing
liquid valve. Solder off the
welding spot connecting liquid
valve and remove the liquid valve.
Solder off the pipe connected
with the compressor.
Remove the 3 footing
screws of the compressor
and remove the compressor.
9.Remove compressor
58
Hazardous Service Procedures!
The maintenance and troubleshooting procedures recommended in this section of the manual
could result in exposure to electrical, mechanical or other potential safety hazards. Always refer
to the safety warnings provided throughout this manual concerning these procedures. Unless
specified otherwise, disconnect all electrical power including remote disconnect and discharge
all energy storing devices such as capacitors before servicing. Follow proper lockout/tagout
procedures to ensure the power can not be inadvertently energized. When necessary to work
with live electrical components, have a qualified licensed electrician or other individual who has
been trained in handling live electrical components perform these tasks. Failure to follow all of
the recommended safety warnings provided, could result in death or serious injury.
General Section
�WARNING
Hazardous Voltage!
Disconnect all electric power, including remote disconnects before servicing. Follow proper
lockout/tagout procedures to ensure the power can not be inadvertently energized. Failure to
disconnect power before servicing could result in death or serious injury.
Figure 5.
Air conditioner cannot start up
Air
conditi
oner
cannot
start up
Breaker tripped
or fuse burnt out
Air
conditioner
does not response
after powered on.
(The buzzer does
not sound after the
plug is connected
and the unit does
not response after
the
remote
controller is used
to turn it on)
When the breaker is set ON, it will
trip at once
Remote
controller
does
not receive signal
(When powered
on, the buzzer
will send out a
sound, unless it is
broken)
When the unit is turned on, the
breaker will trip in a few minutes
No power supply
The power plug is not or poorly
connected
Controller fuse is burnt out
Loose or poor contact of transformer
connection, or transformer malfunction
The controller is broken
Batteries of remote controller are low
Malfunction of remote controller
Loose or poor connection of receiving
head
Receiving head is broken
Measure the insulating resistance
for grounding to confirm whether
there is electrical leakage or short
circuit in the unit
Insulation malfunction of line or componen
in the air conditioner. Insulation breakdow
occurs after radiation, which causes shor
circuit or electricity leakage. Measure
insulating resistance or use one-by-on
elimination method;
Malfunction of fuse. Replace it.
Check power supply circuit
Check and plug well plug, make
loosen contact firm
Change control fuse
Secure the wire connection: measure
the output voltage of the transformer
and replace it if the value is wrong
Replace the controller
Change battery
First press the "AUTO" button of the
manual switch. If there is no response,
check according to the above method;
if it is normal after the button is
pressed, check if the installation
location and wire connection of the
receiving head are correct. If correct,
replace the receiving head, or the
remote controller.
59
Improper setting of temperature
Whether cooling (heating) load
is proper
Adjust the set temperature
Check the estimated load of cooling (heating)
Leakage or shortage of refrigerant
Leakage occurs between high and
low pressure inside compressor
Malfunction of four-way valve
Partial blockage of capillary
Blockage of cooling system
Replace the compressor
Replace the four-way valve
Replace the capillary
Use the method of observing condensation
on the evaporator and pressure value of
high pressure manometer to see whether
the system is blocked and carry out
corresponding handling on the system
Vacuumize after leakage detection
and leakage repair. Charge refrigerant
according to specification.
Malfunction of
refrigerant flow
Poor thermal insulation of connecting
pipe of indoor and outdoor unit
Ensure that both thick pipe and thin pipe are insulated
well. The exposed part of the connector and copper pipe
must be insulated as well.
Heat exchanger of outdoor unit
is blocked
Air filters are blocked
Fan speed is set too slow
Fan speed turns low
Improper installation location
for outdoor unit
Outdoor unit should be installed in a
place with well ventilation
Set the fan speed to high or medium
speed
Clean the filter
Clean the dust accumulated on the
surface of the heat exchanger
Air circulation
is insufficient
Damage of
capacitor
damaged
Damage of
motor
Replace
the
capacitor
Replace the motor
Flashing or awning can be installed appropriately. If the
max. cooling capacity cannot be satisfied, replacement of
the air conditioner is recommended.
Maintain a certain degree of indoor sealability. Try not to
use appliance with high amount of heat.
Outdoor temperature is too high
Indoor sealability is inadequate; too many
people go in and out frequently; there is
heating unit in the room.
Poor cooling
(heating) effect
60
When unit is
cooling or
heating, both
compressor and
outdoor fan don't
run
When unit is
cooling or
heating, the
compressor runs
but outdoor fan
doesn't run
When cooling or
heating, outdoor
fan runs, but
compressor
doesn't run.
When cooling or
heating, outdoor
fan runs, but
compressor
doesn't run.
Fan doesn't run
when FAN mode
is set
Abnormal power supply of outdoor unit
Damage of outdoor main control board
Breakage of outdoor power module
Improper setting of temperature
Breakage of outdoor fan motor
Wrong wire connection
Breakage of outdoor main control board
Breakage of outdoor fan capacitor
Malfunction of compressor
Poor contact of connection between the
main control board and module
Abnormal input of power module
Abnormal output of power module
Compressor temperature is too high
Wrong wiring
Damage of outdoor main control board
Check the circuit according to circuit diagram
Replace the main control board
Replace the power module
Adjust the set temperature
Replace the fan motor
Wire according to the circuit diagram
Replace the main control board
Replace the fan capacitor
Replace the compressor
Re-fasten the connection
Check if input is 320V. If not, replace the
rectifier
Replace the power module
Cool the compressor for 30 min before running
Wire according to the circuit diagram
Replace the outdoor main control board
Burn-out or broken wire of indoor fan
motor
Wrong wiring
Circuit break or damage of fan motor
capacitor
Repair or change the fan motor
Wire according to the circuit diagram
Replace the indoor main control board
61
Note: When replacing power module and rectifier, be sure to spread the radiating paste evenly.
Figure 8.
Troubleshooting chart
Water leakage
Blockage or breakage of drainage hose
Wrap of refrigerant pipe connector is not
tight enough
Fan of indoor unit contacts other parts
There is foreign substance in indoor unit
Compressor shakes too much
Touch of pipeline of outdoor unit
Touch of inner plates
Touch of outdoor unit fan blade with
outer case
Abnormal sound inside compressor
Abnormal electromagnetic sound inside
four-way valve when heating
Replace the drainage hose
Re-wrap and make it tight
Adjust fan location
Take out the foreign substance
Adjust support washer of the compressor and
tighten loose bolts
Separate the touched pipeline
1. Tighten connecting screws
2.Stick shock-absorbing clay between plates
Adjust louver position
Replace compressor
Short circuit inside electromagnetic valve.
Replace the electromagnetic valve
Abnormal sound
and shake
62
Compressor is too hot
Compressor too hot,
Ambient temperature is too high
For safe use
or directly under sunlight
Change the mounting position
once, or the stop
just start and stop at
often occur
Check whether the outdoor unit is not mounted
properly such as outlet blockage; bad ventilation
yes
no
yes
yes
yes
yes
yes
yes
yes
yes
yes
no
no
no
no
no
no
no
no
Clean them
Check if the filter or the outdoor condenser dirty
Check if the indoor and outdoor fans do not run
or run too slowly and whether the outlet airflow
is normal
Check if the cooling system blockage, the frost
on the capillary don't melt
Replace blockage component
Check if the power supply circuit for
motor on the controller is normal or
replace the motor
The power is abnormal
Add voltahe regulator,etc.
Check if the system operating pressure is normal
1.6-2.4 MPa for heating system)
to confirm whether the refrigerant is leakage or mix
with air (normal: 0.4-0.6MPa for cooling system,
Recharge refrigerant
Check the breadboards of indoor and outdoor units
and the power supply circuit assembly
Change the assembly or main PCB
Change the power module
Change the compressor
Check the U ;V; W output of the outdoor power
module for detail, see "Power Module protection"
Check if the compressor is jammed or the
wire-wound resistance is open or short circuit
63
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