Haier 1UH125P1ERG, 1UH071N1ERG, 1UH125P1ERK, 1UH140P1ERK, 1UH160P1ERG Service Manual

SYJS-05-2018Rev.D Edition： 2018-05

Smart Power

CONTENTS

Part 1 General Information .......................................................................................................................................1

1. Nomenclature ......................................................................................................................................................2

2. Line up .................................................................................................................................................................3

3. Feature ................................................................................................................................................................5

Part 2 Indoor Units--4-Way Cassette Type ..............................................................................................................7

1. Feature ................................................................................................................................................................8

2. Specication ........................................................................................................................................................9

3. Dimension .........................................................................................................................................................15

4. Wiring Diagram ..................................................................................................................................................16

5. Air Velocity and Temperature Distribution ..........................................................................................................17

6. Sound Pressure Level .......................................................................................................................................21

7. Installation .........................................................................................................................................................24

8. Test run ..............................................................................................................................................................30

Part 3 Indoor Units-Medium ESP Duct Type .........................................................................................................31

1. Feature ..............................................................................................................................................................32

2. Specication ......................................................................................................................................................34

3. Dimension .........................................................................................................................................................41

4. Wiring Diagram ..................................................................................................................................................43

5. Airow and Static Pressure Chart ......................................................................................................................46

6. Instalaltion .........................................................................................................................................................49

7. Sound Pressure Level .......................................................................................................................................58

Part 4 Indoor Unit-High ESP Duct Type ................................................................................................................59

1. Feature ..............................................................................................................................................................60

2. Specication ......................................................................................................................................................62

3. Dimension .........................................................................................................................................................68

4. Wiring Diagram ..................................................................................................................................................70

5. Airow and Static Pressure Chart ......................................................................................................................72

6. Installation .........................................................................................................................................................75

7. Sound Pressure Level .......................................................................................................................................87

Part 5 Outdoor Units ...............................................................................................................................................93

1. Specication ......................................................................................................................................................94

2. Dimension .......................................................................................................................................................103

3. Piping Diagram ................................................................................................................................................106

4. Wiring Diagram ................................................................................................................................................108

5. Noise Level ......................................................................................................................................................113

6. Outdoor Performace Curves ...........................................................................................................................121

7. Installation .......................................................................................................................................................130

Part 6 Electric Control and Toublleshooting ....................................................................................................... 152

1. Indoor Unit ......................................................................................................................................................153

2. Indoor Unit Dip Switch Setting .........................................................................................................................159

3. Outdoor Unit PCB Photo .................................................................................................................................165

4. Failure Code ....................................................................................................................................................172

5. Instructions of Parameters & Error Code Checking ........................................................................................195

6. Function ...........................................................................................................................................................204

7. Controller ......................................................................................................................................................216

Appendix Sensor Characteristic ..........................................................................................................................232

Smart Power

Part 1 General Information

1. Nomenclature ..........................................................................................................................................................2

2. Line up .....................................................................................................................................................................3

3. Feature ....................................................................................................................................................................5

1

1. Nomenclature

Smart Power

071 R GH EU 11 N

Climate & power supply

A: T1 & 220-240V, 1Ph, 50Hz G: T1 & 220-240V, 1Ph, 50/60Hz K: T1 & 380-400V, 3PH, 50/60Hz

Inverter/xed-speed A: Fixed-speed R: Inverter

2. Line up

Outdoor unit

Model Apperance

1UH071N1ERG 1UH090N1ERG 1UH105N1ERG

1UH125P1ERG

1UH125P1ERK 1UH140P1ERK

1UH160P1ERG

Indoor unit

1UH200W1ERK 1UH250W1ERK

Model Apperance

ABH071H1ERG ABH090H1ERG

4-Way Cassette

Medium Esp Duct

High ESP Duct

ABH105H1ERG

ABH125K1ERG ABH140K1ERG

ADH071M1ERG ADH071M3ERG ADH090M1ERG

ADH105M1ERG ADH125M1ERG ADH140M1ERG

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG

ADH200H1ERG ADH250H1ERG

3

Panel 4-Way Cassette

Smart Power

Model Apperance

PB-950KB

PB-950MB

4

Smart Power

3. Feature

Double side 4 handles

Because of double side 4 handles design, it is very easy for

2 peoples carry it.

Stylish Design

Built-in valve design

The new built-in valve design, it can realize 4 way pipe connection (front, rear, right, down) , it is more beautiful and

easy installation.

Easy Installation

"888" digital test panel

All running parameters & error code can be checked from "888" digital display, installer can make easy work.

Wired controller data check

Running parameters can be checked by controller, if installer is not easy to go to the outdoor unit site, just stay indoor to check, installer can make easy work.

5

Low Sound Level

Super big inlet grille

Compared to conventional air inlet grill, we enlarge the air inlet area by 23%, lower air speed & lower the sound level.

New designed fan

The diameter of new fan is enlarged based on acrodynamic theory, so that there is the least resistance against airow. Reduce 3dB (A) for sound level.

Smart Power

Comfort Airﬂow

360° air supply

360° air supply without blind spot.

Easy Installation

Convenient clip

There is clip to lock the panel. Just one installer can nish the screwing for panel. Save manpower and easy

installation.

High lift-up drain pump

It can lifts condensed water up to 1200mm, which is more exible to install the duct according to the layout.

4 way air ow

Unique 360° air ow design

6

Smart Power

Part 2 Indoor Units--4-Way Cassette Type

1. Feature ....................................................................................................................................................................8

2. Specication ............................................................................................................................................................9

3. Dimension..............................................................................................................................................................15

4. Wiring Diagram ......................................................................................................................................................16

5. Air Velocity and Temperature Distribution ..............................................................................................................17

6. Sound Pressure Level ...........................................................................................................................................21

7. Installation .............................................................................................................................................................24

8. Test run ..................................................................................................................................................................30

7

1. Feature

Stylish Design

"Spiral" panel

"Spiral" concept, "Haier" image.

Flap is closed when air conditioner off

There is no crack from the ap and the panel when the air

conditioner off. More elegance.

Smart Power

ABS material panel

ABS material makes the panel "piano white", different from "dark white" PS material color. The panel and ap are the same material. After 10 years, the panel color won't change to yellow color because the ABS material prevents discoloration against light raying.

New designed fan

The diameter of new fan is enlarged based on acrodynamic theory, so that there is the least resistance against airow. Reduce 3dB (A) for sound level.

Individual ﬂap control

The four aps can be controlled individually according

to end users by controller, providing maximum comfort

throughout the room, it is a good solution to avoid "air

conditioning disease".

Adiustable

Comrner installation solution

8

Comfort solution

Smart Power

2. Specication

Item Model ABH071H1ERG/1UH071N1ERG

Function Cooling Heating

Capacity kW 7.1 (2.0~8.0) 7.8 (2.0~9.0) Sensible heat ratio 0.72 / Total power input kW 1.89 (0.4~3.2) 2.0 (0.4~3.2) Max. power input W 4000 AEER or ACOP W/W 3.65 3.8 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz Running/Max. Running current A/A 8.7 (2.0-17.5)/17.5 9.1 (2.0-17.5)/17.5

Start current A 3

Circuit breaker A 30

Unit model (color) ABH071H1ERG

Type×Number CENTRIFUGALX1

Fan

Heat

exchanger

Dimension

Indoor unit

Piping

Cooling Pdesignc (kW) : 7.1kW SEER/CLASS 6.3/A++

Heating

Tdesignh: -10°C Tbivalent: -8°C TOL: -20°C Elbu: 0

Max. cooling condition

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity meter.

It is a sound pressure noise level.

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H) dB (A) 52 Sound pressure noise level (H-M-L-SL) dB (A) 36/33/29/26 Weight (Net/Shipping) kg/kg 31/36

Panel

Refrigerant

Pipe

Between

I.D &O.D Connection method Flared

Average Pdesignh (-10°C) 6.0kW SCOP/CLASS 4.2/A+

Warmer Pdesignh (2°C) 6.5kW SCOP/CLASS 4.8/A++ 1615

Colder Pdesignh (-22°C) / SCOP/CLASS / /

Speed (H-M-L-SL) r/min 500/400/300/250 Fan motor output/input power W 72/112 Air-ow (H-M-L-SL) m Type/Diameter mm Inner grooved pipe/φ7.0 Row 2

Total area m

External (L×W×H) mm×mm×mm 840/840/246 Package (L×W×H) mm×mm×mm 990/990/310

Model PB-950KB/PB-950MB External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9 Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length (without charge refrigerant)

MAX. Drop m 30 MAX. Piping length m 50

Indoor temperature: 32°C/23°C Max. heating Outdoor temperature: 46°C/-°C Outdoor temperature: 24°C/18°C

-3×m3

/h 2.4

3

/h 1260/1070/820/680

2

Wired YR-E16A(O)/YR-E17(O)

Infrared YR-HBS01(S)

m 20

QCE (Annual electricity consumption for cooling) kWh:

QHE (Annual electricity

consumption for heating) kWh:

Indoor temperature: 27°C/-°C

condition

2

/

377

1899

9

Smart Power

Item Model ABH090H1ERG/1UH090N1ERG

Function Cooling Heating

Capacity kW 9 (2.5~10) 10.1 (2.5~11) Sensible heat ratio 0.72 / Total power input kW 2.56 (0.5~3.5) 2.69 (0.5~3.5) Max. power input W 4400 AEER or ACOP W/W 3.44 3.87 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz Running/Max. Running current A/A 11.6 (2.3-19.2)/19.2 11.9 (2.3-19.2)/19.2

Start current A 3

Circuit breaker A 30

Unit model (color) ABH090H1ERG

Type×Number CENTRIFUGALX1

Fan

Speed (H-M-L-SL) r/min 600/500/400/350 Fan motor output/input power W 77/125 Air-ow (H-M-L-SL) m Type/Diameter mm Inner grooved pipe/φ7.0 Row 2

Total area m

External (L×W×H) mm×mm×mm 840/840/246 Package (L×W×H) mm×mm×mm 990/990/310

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H) dB (A) 57 Sound pressure noise level (H-M-L-SL) dB (A) 41/36/33/29 Weight (Net/Shipping) kg/kg 31/36

Model PB-950KB/PB-950MB

Panel

External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9

Refrigerant

Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length

Piping

Pipe

(without charge refrigerant)

Between

I.D &O.D

MAX. Drop m 30

MAX. Piping length m 50

Connection method Flared

Cooling Pdesignc (kW) : 9kW SEER/CLASS 6.3/A++

Average Pdesignh (-10°C) 8.1kW SCOP/CLASS 4.1/A+

Heating

Warmer Pdesignh (2°C) 8.8kW SCOP/CLASS 4.8/A++ 2416

Colder Pdesignh (-22°C) / SCOP/CLASS / /

Tdesignh: -10°C Tbivalent: -8°C TOL: -20°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Max. heating Outdoor temperature: 46°C/-°C Outdoor temperature: 24°C/18°C

condition

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity meter.

It is a sound pressure noise level.

-3×m3

/h 2.5

3

/h 1470/1260/1050/940

2

/

Wired YR-E16A(O)/YR-E17(O)

Infrared YR-HBS01(S)

m 20

QCE (Annual electricity consumption for cooling) kWh:

QHE (Annual electricity

consumption for heating) kWh:

Indoor temperature: 27°C/-°C

516

2798

10

Smart Power

Item Model ABH105H1ERG/1UH105N1ERG

Function Cooling Heating

Capacity kW 10 (2.5~11) 10.6 (2.5~11.3) Sensible heat ratio 0.72 / Total power input kW 2.99 (0.5~4.0) 2.86 (0.5~4.0) Max. power input W 4900 AEER or ACOP W/W 3.29 3.64 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz Running/Max. Running current A/A 13.6 (2.3-20)/20 12.7 (2.3-20)/20

Start current A 3

Circuit breaker A 30

Unit model (color) ABH105H1ERG

Type×Number CENTRIFUGALX1

Fan

Speed (H-M-L-SL) r/min 650/550/450/400

Fan motor output/input power W 82/134 Air-ow (H-M-L-SL) m Type/Diameter mm Inner grooved pipe/φ7.0 Row 2

Total area m

External (L×W×H) mm×mm×mm 840/840/246 Package(L×W×H) mm×mm×mm 990/990/310

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H) dB (A) 62 Sound pressure noise level (H-M-L) dB (A) 45/42/38/34 Weight (Net/Shipping) kg/kg 31/36

Model PB-950KB/PB-950MB

Panel

External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9

Refrigerant

Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length

Piping

Pipe

(without charge refrigerant)

Between

I.D &O.D

MAX. Drop m 30 MAX. Piping length m 50

Connection method Flared

Cooling Pdesignc (kW) : 10kW SEER/CLASS 6.8/A++

Average Pdesignh (-10°C) 8.2kW SCOP/CLASS 4.1/A+

Heating

Warmer Pdesignh (2°C) 8.8kW SCOP/CLASS 4.8/A++ 2566

Colder Pdesignh (-22°C) / SCOP/CLASS / /

Tdesignh: -10°C Tbivalent: -8°C TOL: -20°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Max. heating Outdoor temperature: 46°C/-°C Outdoor temperature: 24°C/18°C

condition

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity meter.

It is a sound pressure noise level.

-3×m3

/h 3

3

/h 1680/1530/1320/1190

2

/

Wired YR-E16A(O)/YR-E17(O)

Infrared YR-HBS01(S)

m 20

QCE (Annual electricity consumption for cooling) kWh:

QHE (Annual electricity

consumption for heating) kWh:

Indoor temperature: 27°C/-°C

538

2900

11

Smart Power

Item Model ABH125K1ERG/1UH125P1ERK

Function Cooling Heating

Capacity kW 12.5 (3.5~14.5) 13.1 (4~17) Sensible heat ratio 0.74 Total power input kW 3.67 (1.0-6.0) 3.71 (1.0-6.0) Max. power input W 7000 AEER or ACOP W/W 3.38 3.50 Dehumidifying capacity 10

Connection cable (indoor to outdoor)

Power source N, V, Hz 3PH~, 380~415, 50/60Hz Running/Max. Running current A/A 6.1/10.8 6.3/10.8

Start current A 3

Circuit breaker

Unit model (color) ABH125K1ERG

Type×Number CENTRIFUGALX1

Speed (H-M-L)

Fan

Fan motor input power kW 0.12 Fan motor output power kW 0.09 Air-ow (H-M-L) m Type/Diameter mm Inner grooved pipe/φ7.0

Total area

External (L×W×H) mm×mm×mm 840/840/288 Package (L×W×H) mm×mm×mm 990*990*380

Indoor unit

Heat exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 21/25

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H) dB (A) 64 Sound pressure noise level (H-M-L) dB (A) 48/45/52 Weight (Net/Shipping) kg/kg 40/45

Model PB-950KB/PB-950MB

Panel

External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9.0

Refrigerant

Type/Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length

Piping

Pipe

(without charge refrigerant)

Between I.D &O.D

MAX. Drop m 30 MAX. Piping length m 75

Connection method Flared

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C)

Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity meter.

It is a sound pressure noise level.

-3×m3

/h 4.9

A

r/min

3

/h 1950/1600/1440

2

m

3Ph, 40A(from outdoor)

750/650/500

4.0mm

/

2

Wired YR-E17(O)/ YR-E16A(O)

Infrared YR-HBS01(S)

m 30

12

Smart Power

Item Model ABH125K1ERG/1UH125P1ERG

Function Cooling Heating

Capacity kW 12.5 (3.5~14.5) 13.1 (4~17) Sensible heat ratio 0.74 Total power input kW 3.67 (1.0-6.0) 3.71 (1.0-6.0) Max. power input W 6500 AEER or ACOP W/W 3.38 3.51 Dehumidifying capacity 10 Power cable 6.0mm Power source N, V, Hz 1, 220~240, 50/60 Running/Max. Running current A/A 17.0 (8.7-30.0)/30A 17.2 (8.7-30.0)/30A

Start current A 3

Circuit breaker

Unit model (color) ABH125K1ERG

Type×Number CENTRIFUGALX1

Speed (H-M-L)

Fan

Fan motor input power kW 0.12 Fan motor output power kW 0.09 Air-ow (H-M-L) m

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 21/25

Type/Diameter mm Inner grooved pipe/φ7.0

Total area

External (L×W×H) mm×mm×mm 840/840/288 Package (L×W×H) mm×mm×mm 990*990*380

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H) dB (A) 64 Sound pressure noise level (H-M-L) dB (A) 48/45/42 Weight (Net/Shipping) kg/kg 40/45

Model PB-950KB/PB-950MB

Panel

External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9.0

Refrigerant

Type/Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length

Piping

Pipe

(without charge refrigerant)

Between

I.D &O.D

MAX. Drop m 30

MAX. Piping length

Connection method Flared

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C)

Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

-3×m3

/h 4.9

A

r/min

3

/h 1950/1600/1440

2

m

750/650/500

2

40

/

Wired YR-E17(O) or YR-E16A(O)

Infrared YR-HBS01 (S)

m 30

m

75

13

Smart Power

Item Model ABH140K1ERG/1UH140P1ERK

Function Cooling Heating

Capacity kW 13.4 (3.5~15.0) 14.5 (4.0~18.0) Sensible heat ratio 0.74 Total power input kW 4.05 4.11 Max. power input W 7200 AEER or ACOP W/W 3.27 3.48 Dehumidifying capacity 10

Connection cable（

from outdoor to indoor)

Power source N, V, Hz Running/Max. Running current A/A 6.8/11.0 7.0/11.0

Start current A 3

Circuit breaker

Unit model (color)

Type×Number

Speed (H-M-L)

Fan

Fan motor input power kW 0.12 Fan motor output power kW 0.09 Air-ow (H-M-L) m

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 21/25

Type/Diameter mm Inner grooved pipe/φ7.0

Total area

External (L×W×H) mm×mm×mm 840/840/288 Package (L×W×H) mm×mm×mm 990*990*380

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 75 Electricity heater kW / Sound power noise level (H-M-L) dB (A) 64 Sound pressure noise level (H-M-L) dB (A) 48/45/42 Weight (Net/Shipping) kg/kg 32/38

Model PB-950KB/PB-950KB

Panel

External dimensions (W/D/H) mm 950/950/50 Shipping dimensions (W/D/H) mm 1000/1000/110 Net weight/Shipping weight kg 6.5/9.0

Refrigerant

Type/Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max pipe length

Piping

Pipe

(without charge refrigerant)

Between I.D

&O.D

MAX. Drop m 30

MAX. Piping length

Connection method Flared

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C)

Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

-3×m3

/h

H05RN-F 4G 2.5mm2

4.9

3PH~, 380~415, 50/60Hz

A

3Ph,40A （

from outdoor）

ABH140K1ERG

CENTRIFUGALX1

r/min

3

/h 1950/1600/1440

2

m

750/650/550

/

Wired YR-E17(O) OR YR-E16A(O)

Infrared YR-HBS01 (S)

m 30

m

75

14

Smart Power

3. Dimension

ABH071H1ERG/ABH090H1ERG/ABH105H1ERG

765

ABH125K1ERG/ABH140K1ERG

246

47

950

840

59

950

765

288

47

168

950

840

59

950

15

4. Wiring Diagram

0150516956

DC FAN MOTOR

PIPING

ROOM CARD

DRAIN

PUMP

M

ELECTRIC HEATING TERMINAL

FRESH AIR MOTOR /

EXTERNAL ALARM OUTPUT

(FUNCTION IN FUTURE )

( Contact rating_230VAC,3A)

M

CN10

CN9

CH1

M

.

ROOM

TEMP.

SENSOR

.

TEMP

SENSOR

FLOAT

SWITCH

CN6

CN3

CN19

CN1

CN11

BA

RATING_230VAC,3A

CN8

C

ELECTRIC HEATING

CONNECT TO THIRD PARTY RELAY

CN15

INDOOR UNIT

MAIN CONTROL

BOARD

SW1(BM1)

87654321

ON

OFF

SW3(BM3)

87654321

ON

OFF

CN26

B

A

THERMOSTAT / FUSE

L

FUSE

T5A 250VAC

CN13

CN14

CN4

RD

BLK

N

CN16

Y/G

WHT

LOUVER STEP

M

LOUVER

MOTOR2

CN2

.

3 2 1

LOUVER STEP

M

CN6

CN4

STEP MOTOR4

INDOOR UNIT

MOTOR1

CN1

CN7

CN3

M

LOUVER

STEP MOTOR3

Smart Power

Y/G:YELLOW/GREEN

RD:RED WHT:WHITE

BLK:BLACK

******************

TO OUT DOOR UNIT

TERMINAL BLOCK

INTELLIGENT

MOVE EYE DEVICE

I.R .RECEIVER

(WITH DIGITAL

DISPLAY)

CAPACITY

I.R .RECEIVER :

7.1

(KW)

9.0

INFRARED REMOTE

RECEIVER .

TEMP.:TEMPERATURE

(SLIM)

TYPE DEFINE

Cassette

ON

SW1-8

OFF

SW1-7

OFF

SW1-6

COOL HEAT

COOL ONLY

HEAT PUMP

SW1-5

Room card

SW1-4

OFF

ON

unavailable

available

ON

OFF

14.0

10.5

12.5

ON

OFF OFF ON

OFF ON

ON

OFF

ON

OFF

SW1-3

C

B

A

WIRED

CONTROLLER

WiFi

MODULE

NOTE:

1.DASHED PARTS ARE OPTIONAL.

2.USER SHOULD NOT CHANGE THE

DIP SWITCH SW1 SW3 WITHOUT GUIDENCE

3.SW3-5->SW3-8 ARE USED FOR WIRED CONTROLLER

ADRESS SELECT. SW3-1->SW3-4 ARE RESERVED.

ON

SW1-2

ON

SW1-1

16

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5. Air Velocity and Temperature Distribution

ABH071/090/105H1ERG:

a. Cooling/Air velocity distribution

Cooling Blowy angle: 33

Air velocity distribution

2.5m/s

2.7m

2m

2.5m/s

1.5m/s

0.5m/s

4m

3m

b. Cooling/Temperature distribution

Cooling Blowy angle: 33

Temperature distribution

17°C

20°C

1m

0m

1m

17°C

1.5m/s

2m2m

20°C

0.5m/s

3m

1m

0m

4m

2.7m

2m

1m

4m

22°C

3m

2m

1m

0m

17

1m

22°C

2m 3m

0m

4m

c. Heating/Air velocity distribution

Heating

Blowy angle: 60

Air velocity distribution

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2.7m

2m

1.0m/s

4m

3m

d. Heating/Temperature distribution

Heating

Blowy angle: 60

Temperature distribution

2.0m/s

3.0m/s

1m

0m

3.0m/s

1m

2.0m/s

1.0m/s

2m2m

3m

4m

1m

0m

2.7m

4m

3m

26°C

29°C

32°C

1m

0m

18

32°C

1m

29°C

26°C

2m2m

3m

4m

2m

1m

0m

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AB125-140

a. Cooling/Air velocity distribution

Cooling Blowy angle: 33

Air velocity distribution

2.5m/s

2.7m

2m

3.0m/s

1.5m/s

0.5m/s

4m

3m

b. Cooling/Temperature distribution

Cooling Blowy angle: 33

Temperature distribution

21°C

23°C

18°C

1m

0m

1m

18°C

2m2m

21°C

2.0m/s

1.0m/s

23°C

3m

1m

0m

4m

2.7m

2m

1m

4m

3m

1m

0m

19

1m

2m2m

3m

0m

4m

c. Heating/Air velocity distribution

Heating

Blowy angle: 60

Air velocity distribution

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2.7m

2m

1.5m/s

3m

d. Heating/Temperature distribution

Heating

Blowy angle: 60

Temperature distribution

3.5m/s

2.5m/s

1m

0m

3.5m/s

1m

2.5m/s

1.5m/s

2m2m

1m

0m

3

m

4m4m

2.7m

2m

3m

27°C

33°C

30°C

1m 3 m

0m

1m

33°C

30°C

27°C

2m2m

20

1m

0m

4m4m

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0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

45.00

Sound pressure level DB

1/ 3 octave band frequency

ABH071H1ERG noise level

Cooling-high

Cooling-med

Cooling-low

Heating-high

Heating-med

Heating-low

0

10

20

30

40

50

60

Sound pressure level DB

1/3 octave band frequency

ABH090H1ERG noise level

Cooling-high

Cooling-med

Cooling-low

Heating-

high

Heating-med

Heating-low

6. Sound Pressure Level

21

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0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

45.00

Sound pressure level DB

1/3 octave band frequency

ABH105H1ERG noise level

Cooling-high

Cooling-med

Cooling-low

Heating-high

Heating-med

Heating-low

0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

45.00

50.00

Sound pressure level DB

1/3 octave band frequency

ABH125H1ERG noise level

Cooling-high

Cooling-med

Cooling-low

Heating-high

Heating-med

Heating

-low

Fan-high

Fan-med

Fan-low

22

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0.00

5.00

10.00

15.00

20.00

25.00

30.00

35.00

40.00

45.00

50.00

Sound pressure level DB

1/3 octave band frequency

ABH140K1ERG noise level

Cooling

-high

Cooling

-med

Cooling-low

Heating-high

Heating-med

Heating

-low

Fan-high

Fan-med

Fan-low

23

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7. Installation

7.1 Before installation <Don’t discard any accessories until comp>

• Determine the way to carry unit to installation place.

• Don’t remove packing until unit reaches installation place.

• If unpacking is unavoidable, protect unit properly.

7.2 Selection of installation place

(1) Installation place shall meet the following and agreed by customers:

• Place where proper air ow can be ensured.

• No block to air ow.

• Water drainage is smpoth.

• Place strong enough to support unit weight.

• Place where inclination is not evident on ceiling.

• Enough space for mainenance.

• Indoor and outdoor unit piping length is within limit. (Refer to Installation Manual for outdoor unit.)

• Indoor and outdoor unit, power cable, inter unit cable are at least 1 m away fromT.V. radio. This is helpful to avoid picture disturbance and noise. (Even if 1 m is kept, noise can still appear if radio wave is strong)

(2) Ceiling height

Indoor unit can be installed on ceiling of 2.5-3m in height. (Refer to Foeld setting and Installation Manual of ornament panel.)

(3) Install suspending bolt.

Check if the installation place is strong enough to hold weight. Take necessary measures in case it is not safe. (Distance between holes are marked on paper pattern. Refer to paper pattern for place need be reinforced)

(4) Selection of installation location of outdoor With consent from the user, installation location shall:

• Be sufcient to bear weight of the units, with air circulation.

• Avoid direct radiation from heat sources or other heat sources.

• Facilitate the drainage of condensate. Holes in wall shall also facilitate drainage.

• Be such that noise and heat air will not disturb neighbors.

• Be free of heavy snow in winter.

• Allow air inlets and outlets to be free of barriers.

• Not allow air outlet to directly face strong airow.

• Facilitate installation at four corners, with 1m space above the unit.

• Be convenient for maintenance and repair.

• For installation of multiple units, sufcient space shall be ensured to avoid short circuit.

• The air conditioner shall not be mounted on a non-dedicated metal frame (e.g. burglar mesh) .

• When the outdoor unit is installed on a street side, its height shall not be less than 2.5m.

≥1500

I

≥1500

Space required for installation (unit: mm)

≥1500

Model H(mm) I(m)

ABH071H1ERG ABH090H1ERG ABH105H1ERG ABH125K1ERG ABH140K1ERG

246 2.5≤I≤3.5

288 2.5≤I≤4.2

24

≥1500

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7.3 Preparation before installation

(1) Location relationships between ceiling opening and hanging screw

Ceiling

765 (Spacing of hanging screw)

850 (Indoor unit)

890 (Ceiling opening)

950 (Trim panel)

Trim panel

Distance between indoor unit and ceiling≤20

Overlap between ceiling and trim panel≥30

850 (Indoor unit)

765 (Spacing of hanging screw)

Hanger bracket

130

Distance between indoor unit and ceiling≤20

Overlap between ceiling and trim panel≥30

950 (Trim panel)

890 (Ceiling opening)

H

Model H

ABH071H1ERG ABH090H1ERG ABH105H1ERG

ABH125K1ERG ABH140K1ERG

299

341

Note:

Overlap between the ceiling and decorative panel shall be 30mm or more. The distance between indoor unit and ceiling shall be 20mm or less. If it’s more than 20mm, add ceiling materials at or repair the ceiling.

(2) Complete all pipes (for refrigerants and drainage)

and wires (for connection of indoor and outdoor units) to be connected to indoor unit before installation so that they can be connected to indoor

unit immediately after installation.

(3) Install hanging screws

• To bearing the unit weight, use foundation bolts on

existing ceilings, or embedded bolts, buried bolts or

other parts that is provided on site on new ceilings. Before installation is continued, adjust the distance

from ceiling.

Note:

All the above parts are to be provided on installation sites. Diameter of hanging screws is M10.

25

Bolt

Long nut or threaded coupling

50-80mm

Hanging screw (M10)

Ceiling

Roof slab

7.4 Installation of indoor unit

Installation sequence on new ceiling: (1) → (3) → (4) → (5)

(1) Temporary installation of indoor unit

• Attach hangers to hanging screws, and make sure to use nuts and washers on both upper and lower ends of hangers so as to x them rmly. A washer xing plate (to be provided on site) can prevent the washer from

dropping off.

<Work at ceilings> (2) Adjust units to appropriate installation locations.

Refer to "7.3 Preparation before installation."

Tighten (double nuts) [secure hanger]

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Nut (to be provided on site) Washer (to be provided on site)

Hanger

Insert

(3) Correct levelness of air conditioner units.

• The indoor unit is equipped with a built-in drainage pump and a oat switch. Correct levelness with a level or water-lled polyethylene pipe.

Washer xing plate (to be provided on site) [secure the washer]

Note:

If the unit inclines towards reverse direction of

condensate ow, the oat switch can not work normally and water leakage will be resulted.

(4) Pull out the original xing plate that prevents the washer from dropping off, and tighten nuts. (5) Remove the installation cardboard.

7.5 Installation of drain pipe

(1) Install drain pipe

• Diameter of the drain pipe shall be greater than or equal to that of the connecting pipe.

(PE pipe: size: I.D.: 25mm; O.D.: 32mm)

• The drain pipe shall be short and have a downward slope of at least 1/100 to prevent pockets.

• If it is impossible to provide sufcient slope to the drain pipe, a drain lift pipe shall be installed.

• To avoid bending of the drain pipe, hangers shall be kept 1-1.5m away from each other.

Level

Polythene pipe

Correct

1-1.5m

Slope over 1/100

Wrong

26

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Use a drain hose and clamp. Insert the drain hose into the drainage outlet until it reaches the white tape. Then tighten the clamp. For heat insulation, wind the drain hose with sealing gaskets. Provide heat insulation to indoor drain hose.

Clamp

Clamp (accessory)

Tape (White)

The drain lift pipe shall be installed as low as possible. The drain lift pipe shall be perpendicular to the unit and not more than 300mm away from the unit.

In 300mm 1-1.5m

Drain hose

Clamp

Drain hose

Hanger

202mm

Large-size sealing gasket (accessory)

Below 4mm

Drain hose

75 below

500 below

Note:

• The slope of accessory drain pipe shall be within 75mm so that the drainage outlet does not necessarily bear

excessive external force.

• If multiple drain pipes join together, install them as follows.

T-joint conuent drain pipe

Above

100mm

The size of conuent drain pipe selected shall be suitable for operating capacity of the units. (2) Check drainage is smooth after installation.

• Check drainage by lling in 1200cc water slowly from air outlet or inspection hole.

7.6 Installation instruction for embedded air-conditioning panel

1. Before installation

WARNING

The trim panel shall be put on buffer materials when unpacked to prevent being scratched by hard objects.

Please conrm the following accessories delivered with the product:

Bolt (M5*25) Qty: 4 Gasket Qty: 4

27

Connect and x the power supply cable, indoor-outdoor connection cable as following:

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L N

Power supply:

1PH, 220-240V~,

50/60Hz

3

2

1

3

2

1

Outdoor unit

terminal blocks

Indoor unit

R S T N

Power supply:

380-415V, 3N~,

50/60Hz

terminal blocks

Power supply cable:

1UH071N1ERG, 1UH090N1ERG, 1UH105N1ERG: H05RN-F 3G 4.0mm 1UH125P1ERG, 1UH140P1ERG: H05RN-F 3G 6.0mm

Indoor and outdoor connection cable: H05RN-F 4G

2.5mm

2

For three phase power supply models:

1UH125P1ERK, 1UH140P1ERK

Power supply cable: H05RN-F 5G 4.0mm

Indoor and outdoor connection cable: H05RN-F 4G

2.5mm

2

2. Installation

(1) Conrming the position of unit hanger

Please conrm the installation position of the hanger for indoor unit is about 130mm above the ceiling. For details, please refer to the

Instructions for Installation and Maintenance of indoor unit.

(2) Removing the air-inlet grille

Open the air-inlet grille to make it at an angle of 45° to the trim panel. As shown in the following gure, please remove the air-inlet grille as per the operation requirements.

(3) Installing the panel

1) Please remove the four (4) angle trim panels. Removal method: Flip the jack catches of the angle trim panel in the order of

①②③④

, as

shown in the following gure. The ipping direction is indicated by the arrows. Then the angle trim panel can be removed.

2) Pull out the two (2) U-shaped hooks on the indoor unit from below.

3) Adjust the panel direction to make the angle side engraved with "Pipe side" consistent with the refrigerant pipe of the indoor unit, and make the angle side engraved with "Drain side" consistent with the drain side of the indoor unit. Then hang the 2 hooks in the inner side of the panel on the 2 U-shaped hooks of the indoor unit.

4) Finally x the panel on the indoor unit with the bolts (M5*25) and gaskets delivered with the unit. Caution: Gaskets must be used for xing, or else the panel would be

easy to fall off.

5) When tightening the four (4) bolts, please make sure there is no clearance between the panel xing seat on the side of the indoor unit and the panel xing seat on the side of the panel. That is to say: the bolts shall be fully tightened (see * in the gure) . If there is a clearance, air leakage or water leakage is likely to occur.

3

2

1

3

2

1

Outdoor unit

terminal blocks

Indoor unit

terminal blocks

2

1

3

4

2

28

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CAUTION

• Improper tightening of bolts would lead to the faults shown in the following gure.

• After tightening the bolts, if there is a clearance between the ceiling and the trim panel, please readjust the height of the

indoor unit.

If the elevation level of the indoor unit and drain pipe are not affected, you can adjust the height of the indoor unit through the corner pore on the trim panel. Please keep the unit horizontal in the process of adjustment, or else water leakage is easy to

occur.

• Please do not swing the louver blade by hand, or else the blade mechanism would be damaged.

6) Connection of trim panel. Connect the black lead-out terminal

of the panel to the black lead-out terminal of the indoor unit housing.

7) When the installation of panel is complete, please x the four

(4) angle trim panels.

• Hang and tighten the strap of the angle trim panel on the shackle of the trim panel, as shown in the gure.

• Fix the angle trim panel on the trim panel.

29

8) Installing the air-inlet grille.

Install the air-inlet grille with the steps opposite to that

for removing.

For reference

The method for removing angle trim panels when the

installation of trim panel is complete:

1) Insert a straight screwdriver in the notch① . Gently

turn the screwdriver downward, and slowly insert it in, and then move it up and down to make the angle fall

off.

2) Make the angle②and③fall off in the same way.

3) Take off the angle trim panel by hand.

8. Test run

8.1 Check items

1. Indoor unit

• Is operation of each button on the remote control unit normal?

• Does each lamp light normally?

• Do not air ow direction louvers operate normally?

• Is the drain normal?

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¢

2. Outdoor unit

• Is there any abnormal noise and vibration during operation?

• Will noise, wind, or drain water from the unit disturb the neighbors?

• Is there any gas leakage?

Customer guidance Explain the following to the customer in accordance with the operation manual: (1) Starting and stopping method, operation switching, temperature adjustment, timer, air ow switching, and other

remote control unit operations.

(2) Air lter removal and cleaning, and how to use air louvers. (3) Give the operation and installation manuals to the customer.

8.2 Test run

This unit will be started instantly without "ON" operation when electric power is supplied. Be sure to execute "OFF" operation before electric power is disconnected for servicing.

• This unit has a function of automatic restart system after recovering power stoppage

1. Before starting test run (for Heat pump models)

Conrm whether the power source breaker (main switch) of the unit has been turned on for over 12 hrs to energize the crankcase heater in advance of operation.

2. Test run

• Run the unit continuously for about 30 minutes, and check the following. Suction pressure at check joint of service

valve for gas pipe.

• Discharge pressure at check joint on the compressor discharge pipe.

• Temperature difference between return air and supply air for indoor unit.

30

Smart Power

Part 3 Indoor Units-Medium ESP Duct Type

1. Feature ..................................................................................................................................................................32

2. Specication ..........................................................................................................................................................34

3. Dimension..............................................................................................................................................................41

4. Wiring Diagram ......................................................................................................................................................43

5. Airow and Static Pressure Chart ..........................................................................................................................46

6. Instalaltion .............................................................................................................................................................49

7. Sound Pressure Level ...........................................................................................................................................58

31

1. Feature

250

mm

High Effciency

DC fan motor

Haier duct adopts DC fan motor, compared to conventional AC fan motor, DC fan motor is more effciency.

Torque(kgfcm)

100

80

60

40

25%

35%

40%

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Torque(kgfcm)

100

80

60

40

85%

87.5%

90%

Comfortable

Consistent airﬂow

The indoor units contain up to 3 fans which can provide consistent airow in different ESP enhancing the comfort.

Flexible Design

Super slim

250mm of thickness for better installation application fexibility.

20

0

200 400 600 800 1000

Rev(r/min)

20

0

200 400 600 800 1000

AC motor eﬃciency DC motor eﬃciency

120Pa

100Pa

70Pa

50Pa

Air Flow

2500

m/h³

2500

100%

2000

1500

50po 70po 100po 120po

Common

Air Flow

2500

m/h³

100%

2000

1500

50po 70po 100po 120po

m/h³

2500

100%

2250

m/h³

90%

1900

250

Rev(r/min)

m/h³

2500

m/h³

76%

1700

mm

100% airﬂow when the ESP

m/h³

100%

reach 120pa for Haier duct

ESP

Oniy 68% airﬂow when the ESP reach 120pa for traditional duct

m/h³

68%

ESP

Return air choices

Friendly design: Rear air return or bottom air return is available.

Rear air return

Bottom air return

32

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High lift-up drain pump

It can lift condensed water up to 750mm, which make installation more exible according to the layout.

Adjustable E.S.P control

Because of the DC fan motor, the duct unit can adjust E.S.P :10/30/50/70Pa(7.1kW,8.2kW), 30~120Pa (10,12.5,14kW) by the wired controller, it can optimise air duct work installation, maintain airow and sound levels

as required.

H

Air volume

M

L

Max. 750mm

H

M

L

External Statlc Pressure(E.S.P)

E.S.P setting(Pa) 30 40 50 60 70 80 90 100 110 120

33

Smart Power

2. Specication

Item Model ADH071M1ERG/1UH071N1ERG

Function Cooling Heating

Capacity Sensible heat ratio Total power input Max. power input AEER or ACOP Dehumidifying capacity

Connection cable( from outdoor to indoor）

Power source Running/Max. Running current Start current Circuit breaker

Unit model (color) ADH071M1ERG

Type×Number CENTRIFUGALX2 Speed (H-M-L)

Fan

Fan motor output/ input power Air-ow (H-M-L)

External static pressure

Type / Diameter Row 3

Total area

External (L×W×H) Package (L×W×H)

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.)

Controller (O-Optional, S-Standard)

Fresh air hole dimension Electricity heater Sound power noise level (H) Sound pressure noise level (H-M-L)

Weight (Net/Shipping)

Refrigerant

Type / Charge g R410A/2500 Recharge quantity g/m 45

Liquid m 9.52

Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D &O.D

MAX.Drop m 30 MAX.Piping length m 50

Connecting method Flared

Cooling Pdesignc (kW): 7.1kW SEER/CLASS 6.3/A++

Average Pdesignh (-10°C) 6.0kW SCOP/CLASS

Heating

Warmer Pdesignh (2°C) 6.0kW SCOP/CLASS

Colder Pdesignh (-22°C) / SCOP/CLASS

Tdesignh: -10°C Tbivalent: -10°C TOL: -15°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Outdoor temperature: 46°C/-°C Outdoor temperature: 24C/18C

Max. heating condition

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

kW

7.1 (2.0~9.0) 8 (2.0~10.0)

0.72 /

10

kW

W

W/W

-3×m3

/h

2.03 (0.4~4.0) 2.0 (0.4~4.0)

4000 4000

3.41 3.89

N, V, Hz

A/A

8.8 (2.0-17.5) /17.5 9.2 (2.0-17.5) /17.5

A A

1ph,30A (from outdoor)

r/min

W

3

m

/h

Pa

mm

m

2

Inner grooved pipe/φ7.0

mm×mm×mm

mm

Wired

YR-E16A(O)/YR-E17(S)

Infrared

mm

kW dB (A) dB (A) kg / kg

mm 20

QCE(Annual electricity consumption for cooling)kWh:

4.2/A+

4.8/A++

QHE(Annual electricity

consumption for heating)kWh:

/

Indoor temperature: 27°C/-°C

H05RN-F 4G 2.5mm2

2

4.0mm

1, 220-240, 50/60

3

950/860/760

85/111

1050/840/630

10/30(default)/50/70

7.668

957/655/250

1170/860/340

PVC 25/29

YR-HBS01(O)

145

/

58

38/35/32

31.2/36.8

390

1982

1652

/

34

Smart Power

Item Model ADH071M3ERG/1UH071N1ERG

Function Cooling Heating

Capacity kW 7.1(2.0~9.0) 8(2.0~10.0) Sensible heat ratio 0.72 / Total power input kW 2.03(0.4~4.0) 2.0(0.4~4.0) Max. power input W 4000 4000 AEER or ACOP W/W 3.41 3.89 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1, 220~240, 50/60 Running/Max. Running current A/A

Start current A 0.52

Circuit breaker A

Unit model (color)

Type×Number

Speed (H-M-L) r/min

Fan

Fan motor output/ input power kW Air-ow (H-M-L) m

External static pressure Pa Type/Diameter mm Total area m

External (L×W×H) mm×mm×mm 957/655/250

Package (L×W×H) mm×mm×mm 1170/860/340

Indoor

unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 25/29

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 145 Electricity heater kW / Sound power noise level (H) dB (A) 58 Sound pressure noise level (H) dB (A) 38/35/32 Weight (Net / Shipping) kg / kg 31.2/36.8

Refrigerant

Type / Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 50

Connecting method Flared

Cooling Pdesignc (kW): 7.1kW SEER/CLASS 6.3/A++

Average Pdesignh (-10°C) 6.0kW SCOP/CLASS

Heating

Warmer Pdesignh (2°C) 6.5kW SCOP/CLASS

Colder Pdesignh (-22°C) / SCOP/CLASS

Tdesignh: -10°C Tbivalent: -10°C TOL: -15°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Outdoor temperature: 46°C/-°C Outdoor temperature: 24C/18C

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

-3×m3

/h 2.4

2

8.8(2.0-17.5)/17.5 9.2(2.0-17.5)/17.5

1Ph，30A(from outdoor）

ADH071M3ERG

CENTRIFUGALX2

1050/950/850/750

0.27/0.2

3

/h

1450/1200/950/700

25/37/50/70/90/100/110/120/130/150

Inner grooved pipe/φ7.0

2

7.668

Wired YR-E16A(O)/YR-E17(S)

Infrared YR-HBS01 (O)

20

QCE(Annual electricity consumption for cooling)kWh:

4.2/A+

4.8/A++

Max. heating condition

QHE(Annual electricity

consumption for heating)kWh:

/

Indoor temperature: 27°C/-°C

390

1982

1652

/

35

Smart Power

Item Model ADH090M1ERG/1UH090N1ERG

Function Cooling Heating

Capacity kW 8.5 (2.5~10) 9.5 (2.5~11) Sensible heat ratio 0.72 / Total power input kW 2.50 (0.5~4.4) 2.50 (0.5~4.4) Max. power input W 4400 4400 AEER or ACOP W/W 3.33 3.72 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1, 220-240, 50/60 Running/Max. Running current A/A

Start current A 3

Circuit breaker A

Unit model (color) ADH090M1ERG

Type×Number CENTRIFUGALX2 Speed (H-M-L) r/min 1020/920/820

Fan

Fan motor output/ input power W 112/147 Air-ow (H-M-L) m External static pressure Pa 10/30(default)/50/70 Type/Diameter mm Inner grooved pipe/φ7.0 Row 3

Total area m

External (L×W×H) mm×mm×mm 957/655/250 Package (L×W×H) mm×mm×mm 1170/860/340

Indoor

unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 25/29

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 145 Electricity heater kW NONE Sound power noise level (H) dB (A) 60 Sound pressure noise level (H-M-L) dB (A) 40/37/34

Refrigerant

Type / Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D &O.D

MAX.Drop m 30 MAX.Piping length m 50

Connecting method Flared

Cooling Pdesignc (kW): 8.5kW SEER/CLASS 6.1/A++

Average Pdesignh (-10°C) 7.0kW SCOP/CLASS

Heating

Warmer Pdesignh (2°C) 7.8kW SCOP/CLASS

Colder Pdesignh (-22°C) / SCOP/CLASS

Tdesignh: -10°C Tbivalent: -10°C TOL: -15°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Outdoor temperature: 46°C/-°C Outdoor temperature: 24C/18C

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

-3×m3

/h 2.5

2

11.1 (2.3-19.2) /19.2 11.1 (2.3-19.2) /19.2

1Ph，30A（from outdoor)

3

/h 1300/900/700

2

/

Wired YR-E16A(O)/YR-E17(S)

Infrared YR-HBS01(O)

m 20

QCE(Annual electricity consumption for cooling)kWh:

4.1/A+

4.8/A++

Max. heating condition

QHE(Annual electricity

consumption for heating)kWh:

/

Indoor temperature: 27°C/-°C

485

2256

1928

/

36

Smart Power

Item Model ADH105M1ERG/1UH105N1ERG

Function Cooling Heating

Capacity kW 10 (2.5~11) 10.4 (2.5~12) Sensible heat ratio 0.72 / Total power input kW 2.93(0.5~4.5) 2.97 (0.5~4.5) Max. power input W 5000 5000 AEER or ACOP W/W 3.37 3.46 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 1, 220~240, 50/60 Running/Max. Running current A/A

Start current A 3

Circuit breaker A

Unit model (color)

Type×Number

Speed (H-M-L) r/min

Fan

Fan motor output/ input power kW Air-ow (H-M-L) m

External static pressure Pa Type/Diameter mm Total area m

External (L×W×H) mm×mm×mm 1500/700/250

Package (L×W×H) mm×mm×mm 1710/865/320

Indoor

unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 100 Electricity heater kW / Sound power noise level (H) dB (A) 55 Sound pressure noise level (H) dB (A) 32/28/25/23 Weight (Net / Shipping) kg / kg 49/61

Refrigerant

Type / Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 50

Connecting method Flared

Cooling Pdesignc (kW): 10kW SEER/CLASS 6.7/A++

Average Pdesignh (-10°C) 9.7kW SCOP/CLASS

Heating

Warmer Pdesignh (2°C) 10.2kW SCOP/CLASS

Colder Pdesignh (-22°C) / SCOP/CLASS

Tdesignh: -10°C Tbivalent: -10°C TOL: -15°C Elbu: 0

Max. cooling condition

Indoor temperature: 32°C/23°C Outdoor temperature: 46°C/-°C Outdoor temperature: 24C/18C

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

-3×m3

/h 3.2

2

13.3 (2.3-19.0) /21.0 13.5 (2.3-19.0) /21.0

1Ph，

40A (from outdoor）

ADH105M1ERG

CENTRIFUGALX3

1050/950/850

0.16/0.2

3

/h

2000/1740/1380/1280

30-120

Inner grooved pipe/φ7.0

2

/

Wired YR-E16A(O)/YR-E17(S)

Infrared YR-HBS01 (O)

20

QCE(Annual electricity consumption for cooling)kWh:

4.0/A+

4.8/A++

Max. heating condition

QHE(Annual electricity

consumption for heating)kWh:

/

Indoor temperature: 27°C/-°C

548

3624

2976

/

37

Smart Power

Item Model ADH125M1ERG/1UH125P1ERG

Function Cooling Heating

10

kW

W

W/W

-3×m3

/h

12.5 (3.5~15.0) 13.7(4~18.0)

3.67 (1.0~6.5) 3.91 (1.0~6.5)

6500 6500

3.37 3.47

N, V, Hz

17.0 (8.7-30.0) /30A 17.5 (8.7-30.0) /30A

A A

r/min

kW

3

m

/h

Pa

mm

2

m mm×mm×mm mm×mm×mm

mm

Wired

Infrared

mm

kW dB (A) dB (A) kg / kg

g

g/m

m 30

4.9

2

1ph, 220~240, 50/60

3

40

1100/1000/950

0.32/0.4

2250/1960/1680

30-120

Inner grooved pipe/φ7.0

/ 1500/700/250 1710/865/320

PVC 26/32

YR-E17 (S)/YR-E16A(O)

YR-HBS01 (O)

125

/

62

39/36/33/31

52/62

R410A/3700

45

Capacity Sensible heat ratio 0.74 / Total power input Max. power input AEER or ACOP Dehumidifying capacity Power cable 6.0mm Power source Running/Max. Running current A/A

Start current

Circuit breaker

Unit model (color) ADH125M1ERG

Type×Number CENTRIFUGALX3 Speed (H-M-L)

Fan

Fan motor output power/input power Air-ow(H-M-L)

ESP

Type/Diameter

Total area External (L×W×H)

Package (L×W×H)

Indoor

unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.)

Controller (O-Optional, S-Standard)

Fresh air hole dimension Electricity heater Sound power noise level (H) Sound pressure noise level (H-M-L) Weight (Net / Shipping)

Refrigerant

Type / Charge Recharge quantity

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 75

Connecting method Flared

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C)

Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

38

Smart Power

Item Model ADH125M1ERG/1UH125P1ERK

Function Cooling Heating

Capacity kW 12.5 (3.5~15.0) 13.7(4~18.0) Sensible heat ratio 0.74 / Total power input kW 3.67 (1.0~6.5) 3.91 (1.0~6.5) Max. power input W 7000 7000 AEER or ACOP W/W 3.37 3.47 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 3, 380~415, 50/60 Running/Max. Running current A/A

Start current A 3

Circuit breaker A

Unit model (color) ADH125M1ERG

Type×Number CENTRIFUGALX3 Speed (H-M-L) r/min 1200/1050/900

Fan

Fan motor input power/output power kW 0.32/0.4 Air-ow (H-M-L) m

ESP Pa 30-120 Type/Diameter mm Inner grooved pipe/φ7.0 Total area m

External (L×W×H) mm×mm×mm 1500/700/250 Package (L×W×H) mm×mm×mm 1710/865/320

Indoor

unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 125 Electricity heater kW / Sound power noise level (H) dB (A) 62 Sound pressure noise level (H-M-L) dB (A) 39/36/33/31 Weight (Net / Shipping) kg / kg 52/62

Refrigerant

Pipe

Piping

Type / Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without charge refrigerant

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 75

Connecting method Flared

-3×m3

/h 4.9

2

6.1/10.8 6.5/10.8

3Ph，40A (from outdoor）

3

/h 2250/1960/1680/1500

2

/

Wired YR-E17(S)/YR-E16A(O)

Infrared YR-HBS01 (O)

m 30

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C)

Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

39

Smart Power

Item Model ADH140M1ERG/1UH140P1ERK

Function Cooling Heating

Capacity kW 13.4 (3.5~16) 15.0 (4.0~19.0) Sensible heat ratio 0.74 / Total power input kW 4.05 (1.0~6.5) 4.29 (1.2~6.5) Max. power input W 7200 7200 AEER or ACOP W/W 3.27 3.47 Dehumidifying capacity 10 Power cable 4.0mm Power source N, V, Hz 3,380~415, 50/60 Running/Max. Running current A/A

Start current A 3

Circuit breaker A

Unit model (color) ADH140M1ERG

Type×Number CENTRIFUGALX3 Speed (H-M-L) r/min 1250/1120/900

Fan

Fan motor input power/output power kW 0.32/0.4 Air-ow (H-M-L) m

ESP Pa 30-120 Type/Diameter mm Inner grooved pipe/φ7.0 Total area m

External (L×W×H) mm×mm×mm 1500/700/250 Package (L×W×H) mm×mm×mm 1710/865/320

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm PVC 26/32

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm 125 Electricity heater kW / Sound power noise level (H) dB (A) 64 Sound pressure noise level (H-M-L) dB (A) 41/36/33 Weight (Net / Shipping) kg / kg 52/63

Refrigerant

Type / Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Max.pipe lengh without

Piping

Pipe

charge refrigerant

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 75

Connecting method Flared

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound

intensity meter. It is a sound pressure noise level.

-3×m3

/h 5.2

2

6.8(2.9-10.5)/11.0 7.0(2.9-10.5)/11.0

3Ph，40A (from outdoor）

3

/h 2500/2160/1780

2

/

Wired YR-E17(S)/YR-E16A (O)

Infrared YR-HBS01 (O)

m 30

40

Smart Power

3. Dimension

3.1 ADH071M1ERG ADH071M3ERG ADH090M1ERG

air inlet

air outlet

41

3.2 ADH105M1ERG AD1H125M1ERG ADH140M1ERG

Smart Power

return air

supply air

42

Smart Power

4. Wiring Diagram

ADH071M1ERG ADH090M1ERG

0150519911

REMOTE RECEIVER

CONNECT TO THIRD PARTY RELAY RATING_12VDC ELECTRIC HEATING TERMINAL

B:BLACK

R:RED

W:WHITE

Y/G:YELLOW/GREEN

ROOM

FLOAT

SWITCH

WIFI

ROOMCARD

SENSOR

TEMP.

CN29

CN5

CN19

87654321

CN18

4321

CN7

CN36

CN6

CN13

CN15

CN16

OFF

ON

SW1

SW2

ON

OFF

FUSE

CN22

CN8

T5A/250VAC

C B A

CN23

CN1

CN14

CN9

CH2

M

PUMP

CN37

CH3

CN4

CH1

C B A

WIRED

Y/G

R

3

2

B

1

W

CONTROLLER

TO OUT DOOR

Static

pressure

1st level

OFF

SW1-5

OFF

SW1-4

Type define

Medium ESP DUCT

OFF

SW1-8

ON

SW1-7

Room card

available

unavailable

ON

OFF

SW1-6

4th level

3rd level

2nd level

ON

OFF

ON

OFF

ON

PIPING TEMP.

SENSOR

R O T O M N A F C D

M

NOTE:

USER SHOULD NOT SET SW1

1.DASHED PARTS ARE

OPTIONAL.

2.

AND SW2 WITHOUT GUIDENCE.

3.THE BRIDGE (CN22 CN23) ON SLAVE

UNITS PCB SHOULD BE CUT OFF WHEN

43

7.1

9.0

CAPACITY

(KW)

ON OFF ON

OFF ON ON

/ / /

/

SW1-3

SW1-2

SW1-1

ONE WIRED CONTROLLER CONTROL MORE

THAN ONE UNIT.

4.REFER TO INSTALLATION MANULTO

GET MUCH MORE DETAILS ABOUT THE

STATIC PRESSURE LEVEL SELECTION.

ADH071M3ERG

Smart Power

ROTOM NAF CD

0150523302

M

CN6

CN21

PUMP

M

CN4

ON

OFF

SW03

12345678

CN41

M

CN5

ROOM

FRESH AIR MOTOR

(SW01-6 select OFF) /

EXTERNAL ALARM OUTPUT

(SW01-6 select ON)

( Contact rating_230VAC,3A)

CH1

CH2

Heater_N

3 2

CN1

1

N L S

FUSE

TO OUT DOOR

CH4

SENSOR

TEMP.

MODEL

FOR ALL DUCTED

MODEL

AD71S2SM1FA

Y/G:YELLOW/GREEN

SW01-8

SW03-8

SW03-7

Y/G

OFF

SW01-7

OFF

SW01-6

3

OFF

SW03-4 SW03-5 SW03-6

SW03-3

SW03-2

OFF OFF OFF OFF OFF OFF OFFON

SW03-1

SW01-5

SW01-4

OFF

SW01-3

ON

SW01-2

ON

SW01-1

OFF

2

1

AM24LP2VHA

OFF

ON

AD50S2SM1FA

ADH071M3ERG

ON

OFF

OFF OFF

OFF

ON

OFF

ON

OFF

REMOTE RECEIVER

CN34

WIFI

MODULE

ROOMCARD

SW01

12345678

ON

OFF

CN16

FLOAT

SWITCH

PIPING

CN13

SENSOR

TEMP.

Heater_L

A

B

C

CN22

B A C

CN22-1

B A

C

CONTROLLER

WIRED

NOTE:

1.DASHED PARTS ARE OPTIONAL.

2.SW03-4 IS AT ON POSITION,DO NOT CHANGE

THE SETTINGS OF SWITCHS WITHOUT GUIDANCE.

3.WHEN ONE WIRED CONTROLLER CONTROL MULTIPLE INDOOR UNIT,

IT CAN CONNECT ANOTHER INDOOR UNIT BY CN22 OR CN22-1.

WHEN TWO WIRD CONTROLLERS CONTROL ONE INDOOR UNIT,

THE WIRED CONTROLLER NEED CONNECT WITH CN22 AND CN22-1.

ADDRESS SETTING ON THE

->SW03-08 IS USED FOR

4.SW03-5

SITUATION OF ONE WIRED CONTROLLER CONTROL MORE THAN

ONE INDOOR UNIT.

5.REFER TO SERVICE MANUL TO GET MUCH MORE DETAILS

ABOUT THE STATIC PRESSURE LEVEL SELECTION.

44

Smart Power

WHT:white YL:yellow

ADH105&125&140M1ERG

0150517885

TRANSFORMER

M

PUMP

Note:

1.Dashed parts are op-

tional.

2.E.A.O means external

alarm output，it is a

function in future，and

CN7 is a 230VAC wet

CN5

~

CN9

contact output

3.Once out of factorty

do not change the DIP

switches without

technical guidence

4.SW2 is used for

address setting on the

CH4(N)

CH3(L)

CH5

FUSE

CN13

situation of one wired

controller control more

than one indoor unit.

5.Use wired controller to

select appropriate exter-

nal static pressure level.

6.Refer to service

manual to get more

RD

PIPING

TEMP.

SENSOR

WHT

Super Match Smatr Power

BLK:black BLU:blue

GR:grey

ORG:orange

information about the

static pressure level

Y/G

BLK

3 2 1

yellow/green

PNK:pink RD:red

Y/G:

To outdoor unit

RELAY

FOR

HEATER

(12V CON-

RELAY FOR

FRESH AIR

MOTOR

(CN7 Contact

INFRARED

REMOTE CENTRAL

ADAPTOR

YCJ-A002

TROL

SIDE)

rating-230

VAC,3A) /

E.A.0

REMOTE

RECEIVER

T3.15A/250VAC

CN8

CN7

MAIN CONTROL

BOARD

SW2

1234

ON

CN19

OFF

ON

SW1

12345678

OFF

CN18

CN29

CN3

CN4

CN20

CN6

5V S

GND

CN1

C

B A

A B

C

SENSOR

ROOM

TEMP.

FLOAT

ROOM CARD

5V S

CN609

GND

U

RD

MODULE WiFi

SWITCH

FAN MOTOR

DRIVER

V

W

CN604

BLK

WHT

M

Reactor

P601

(ACL)

P602(ACN)

MODULE

HU

HV

HW

GND

VCC

CN603

ORG

YL

BLU

PNK

GR

WHT

MODEL

SW1-8

SW1-7

SW1-6

SW1-5

SW1-4

SW1-3

ADH105M1ERG

ADH125M1ERG

ADH140M1ERG

OFF

ON

OFF

ON

45

CONTROLLER

WIRED

DC FAN

MOTOR

SW1-2

SW1-1

OFF

ON

OFF

ON

Super Match Smatr Power

500

600

700

800

900

1000

1100

1200

10pa

30Pa

50pa

70pa

Air flow（m3/h）

Static Pressure(Pa)

Air flow and Static Pressure Chart--ADH071M1ERG

high

med

low

600

700

800

900

1000

1100

1200

1300

1400

10pa

30pa

50pa

70pa

Air flow（m3/h）

Airflow and Static Pressure Chart -----ADH

090M1E RG

H M L

5. Airﬂow and Static Pressure Chart

Smart Power

46

Smart Power

1000

1200

1400

1600

1800

2000

405060708090100

110

120

130

Air Flow (m3/h)

Static Pressure (Pa)

Airflow and Static Pressure Chart -----ADH105M1ERG

High Speed

Med Speed

Low Speed

1000

1200

1400

1600

1800

2000

2200

2400

505560708090100

110

120

130

Air Flow (m3/h)

Static Pressure (Pa)

Airflow and Static Pressure Chart-----ADH125M1ERG

High Speed

Med Speed

Low Speed

47

Smart Power

1000

1200

1400

1600

1800

2000

2200

2400

2600

505560708090100

110

120

130

Air Flow (m3/h)

Static Pressure (Pa)

Airflow and Static Pressure Chart -----ADH140M1ERG

High Speed

Med Speed

Low Speed

48

Smart Power

6. Instalaltion

6.1 Safety Precautions

The machine is adaptive in following situation

1. Applicable ambient temperature range:

Cooling

Heating

Indoor temperature

Outdoor temperature

Indoor temperature

Outdoor temperature

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

32/23°C

18/14°C 43/26°C

10/6°C

27°C

15°C

24/18°C

-15°C

2. If the supply cord is damaged, it must be replaced by the manufacturer or its service agent or a similar qualied

person.

3. If the fuse on the indoor PC board is broken please change it with the type of T3.15A /250V(For ADH105, ADH125,ADH140M1ERG); or the type T5A /250V(For ADH071M1ERG,ADH071M3ERG,ADH090M1ERG).

4. The wiring method should be in line with the local wiring standard.

5. The power cable should be:

2

H05RN-F 3G 4.0mm

(outdoor unit 1UH071/090/105N1ERG),

or H05RN-F 3G 6.0mm2 (outdoor unit 1UH125/140P1ERG), or H05RN-F 5G 4.0mm2 (outdoor unit 1UH125/140P1EK);

The connecting cable should be:

H05RN-F4G 2.5mm2;

All the cables shall have got the European authentication certicate. During installation, when the connecting cables break off, it must be assured that the grounding wire is the last one to be broken off.

6. The power cable and connect cable should be self-provided.

7. The breaker of the air conditioner should be all-pole switch, and the distance between its two contacts should be no less than 3mm.

8. The indoor unit installation height is at least 2.5m.

9. A leakage breaker must be installed.

10.10.1 FOR ADH071M1ERG, ADH090M1ERG, we can get the 4 different ESP through adjust the indoor unit PCB SW1-4 and SW1-5, please refer below:

SW1

(1) (2) (3) (4) (5) (6) (7) (8)

- - - OFF OFF - - - 10 Pa

- - - OFF ON - - - 30 Pa

- - - ON OFF - - - 50 Pa

- - - ON ON - - - 70 Pa

Static pressure

Attention:

Cut off the power supply to adjust the SW1-4, and SW1-5, or else the operation is invalid.

10.2 For ADH071M3ERG, ADH105M1ERG, ADH125M1ERG, ADH140M1ERG ,static pressure selection need

achieved by wired controller, refer wired controller's manual to get details

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External static pressure (pa)

Static pressure level ( N)

1 25 30 2 37 40 3 50 50 4 70 60 5 90 70 6 100 80 7 110 90 8 120 100 9 130 110

10 150 120

ADH071M3ERG

For AD105/125/140M1ERG,ADH071M3ERG, static pressure level selection can also be achieved by Infrared remote controller,method is: Step a: set the Infrared remote controller at condition: FAN mode, fan speed high. Step b: then aim the remote controller at the infrared remote receiver RE-02, press HEALTH button 4+N times(1≤N≤10,integer) within 12 seconds, then the receiver will beep N+1 times,the static pressure level N is been

set successfully.

Note: For Infrared remote controller YR-HBS01, need press ON/OFF button make the controller's at OFF status rst, then open the button cover press FRESH button will enter FAN mode interface.

ADH105M1ERG ADH125M1ERG

ADH140M1ERG

6.2 Parts and Functions

ADH071M1ERG

ADH071M3ERG ADH090M1ERG

ADH105M1ERG ADH125M1ERG ADH140M1ERG

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6.3 Accessories

Accessories supplied with the indoor unit:

No. Name of parts Quantity Note Shape

1 Signal line 1

2 Wired controller 1 For Air conditioner operation

3 3/8" Brass nut (liquid side) 1

4 5/8" Brass nut (gas side) 1

5 Coupler heat insulation(gas side) 1 For indoor side pipe joint(gas side)

6 Coupler heat insulation(liquid side) 1 For indoor side pipe joint(liquid side)

7 Drain pipe 1

8 Instructions 1 Air conditioner operation

9 Cable tie(Large) 7 For xing the heat insulation

10 Cable tie(small) 4

Connection between the wired remote

control and electric control board

For tightening the Connecting pipe

Drainage ttings group

(For ADHM series only)

For xing the remote controller cable

and connecting cable

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6.4 Installation Procedure

NOTE All wiring of this installation must comply with NATIONAL, STATE AND LOCAL REGULATIONS. These

instructions do not cover all variations for every kind of installation circumstance. Should further information be desired or should particular problems occur, the matter should be referred to your local distributor.

WARNING

BE SURE TO READ THESE INSTRUCTIONS CAREFULLY BEFORE BEGINNING INSTALLATION. FAILURE TO FOLLOW THESE INSTRUCTIONS COULD CAUSE SERIOUS INJURY OR DEATH, EQUIPMENT MALFUNCTION AND/OR PROPERTY DAMAGE.

Preparation of indoor unit

Before or during the installation of the unit, assemble necessary optional panel etc. depending on the specic type.

Select places for installation satisfying following conditions and at the same time obtain the consent on the part of your client user.

a.

Places where chilled or heated air circulates freely. When the installation height exceeds 3m warmed air stays close to the ceiling. In such cases, suggest your client users to install air circulators.

b.

Places where perfect drainage can be prepared and sufcient drainage.

c.

Places free from air disturbances to the suction port and blowout hole of the indoor unit, places where the re alarm may not malfunction or short-circuit.

d.

Places with the environmental dew-point temperature is lower than 28 and the relative humidity is less than 80 %. (When installing at a place under a high humidity environment, pay sufcient attention to the prevention of dewing such as thermal insulation of the unit. ) Installation dimension is the following.

e.

(1) Installation by which service space is made on top of the unit (recommended)

Install the unit away from the ceiling by 350mm or more

(2) Installation by which service is carried out from the bottom of the unit

Avoid installation and use at those places listed below.

a.

Places exposed to oil splashes or steam (e.g. kitchens and machine plants). Installation and use at such places incur deteriorations in the performance or corrosion with the heat exchanger or damage in molded synthetic resin parts.

b.

Places where corrosive gas (such as sulfurous acid gas) or inammable gas (thinner, gasoline etc.) in generated or remains. Installation and use at such places cause corrosion in the heat exchanger and damage in molded synthetic resin parts.

c.

Places adjacent to equipment generating electromagnetic waves or high-frequency waves such as in hospitals. Generated noise may cause malfunctioning of the controller.

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Pipe size

Model Liquid side Gas side

ADH071M1ERG

ADH071M3ERG

ADH090M1ERG

ADH105M1ERG

ADH125M1ERG

ADH140M1ERG

1. Preparation for suspending the unit a.Size of hole at ceiling and position of hanging bolts

ADH071M1ERG ADH071M3ERG ADH090M1ERG ADH105M1ERG ADH125M1ERG ADH140M1ERG

φ9.52mm φ15.88mm

Model

ADH071M1ERG ADH071M3ERG ADH090M1ERG 983 1433 1493 593 740 800

ADH105M1ERG ADH125M1ERG ADH140M1ERG 1556 2006 2066 653 798 858

Dimensions

A(mm) B(mm) C(mm) D(mm) E(mm) F(mm)

b.Hanger bolts installation

Use care of the piping direction when the unit is installed.

2.Installation of indoor unit

Fix the indoor unit to the hanger bolts. If required, it is possible to suspend the unit to the beam, etc. Directly by use of the bolts without using the hanger bolts.

Note

When the dimensions of main unit and ceiling holes does not match, it can be adjusted with the slot holes of hanging bracket.

Adjusting to the levelness

(a) Adjust the out-of levelness using a level or by the following method.

Make adjustment so that the relation between the lower surface of the unit proper and water level in the hose becomes as given

below. (b) Unless the adjustment to the levelness is made properly, malfunctioning or failure of the oat switch may occur.

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Installing Drain Pipes

CAUTION

Install the drain pipe in accordance with the instructions in this

installation Manual and keep the area warm enough to prevent

condensation.Problems with the piping may lead to water

leaks.

Be sure to properly insulate the drain pipes.

The position of the installed drain pipe should have a

downward gradient of 1/100 or more. Do not connect the drain pipe in which ammonia or other types

of gas affecting the unit is generated.

Install the drain pipes according to the measurements given in the following gure.

Flange positions for connecting the drain pipes.

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(b) When connecting the drain pipe to unit, pay sufcient attention not to apply excess force to the piping on the unit side. Also, x the piping at a point as close as possible to the unit.

The size of drain opening

Unit model The size of drain opening

ADH071M1ERG

ADH071M3ERG

ADH090M1ERG

ADH105M1ERG

ADH125M1ERG

ADH140M1ERG

φ32mm(O.D.)

Please refer to the diagram and select drain pipe size according to drain opening inner diameter size.

(c) For unit without water pump, the drain pipe shall be slant downwards (greater than 1/100). The horizontal length of the drain pipe shall be less than 20 m. In case of long pipe, supports shall be provided every 1.5~2m to prevent wavy form. Central piping shall be laid out according to the right gure. Take care not to apply external force onto the drain

pipe connection part.

(d) For unit with water pump drain pipe use hard PVC general purpose pipe VP which can be purchased locally. When connecting, insert a PVC pipe end securely into the drain socket before tightening securely using the attached drain hose and clamp. Adhesive must not be used for connection of the drain socket and drain hose (accessory).

(a) Drain piping should always be in a downhill grade (1/50~1/100) and avoid riding across an elevation or making traps.

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(d) For unit with water pump drain pipe use hard PVC general purpose pipe VP which can be purchased locally. When connecting, insert a PVC pipe end securely into the drain socket before tightening securely using the attached drain hose and clamp. Adhesive must not be used for connection of the drain socket and drain hose (accessory).

(f) The stiff PVC pipe put indoor side should be heat

insulated.

The height of the drain head can be elevated up to a point 500 mm above the ceiling, and when an obstacle exists in the ceiling space, elevate the piping to avoid the obstacle using an elbow or corresponding gadget. When doing this, if the stretch for the needed height is higher than 500 mm, the back-ow quantity of drain at the event of interruption of the operation gets too much and it may cause overow at the drain pan. Therefore, make the height of the drain pipe within the distance given in the sketch below.

Main drain pipe

provide one trap on the main drain pipe near the

indoor unit.

Safety drain

There is no need to provide a trap for the safety drain pipe.If the safety drain pipe is connected to the main drain pipe,make the connection below the trap on the

main drain pipe.

(g) Avoid positioning the drain piping outlet at a place where generation of odor may be stimulated. Do not lead the drain piping direct into a sewer from where

sulfur gas may generate.

(h) Because the drain spout is at the position, which negative pressure may occur. So with the rise of water level in the drain pan, water leakage may occur. In order to prevent water leakage, we designed a backwater bend. The structure of backwater bend should be able to be cleaned. As the below gure shown, use T type joint. The backwater bend is set near the air conditioner.

As gure shown, set a backwater bend in the middle of drain hose.

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Make sure that drain pipe is installed without rises.

Do not perform air bleeding.

Drainage Test

(1)

Conduct a drainage test after completion of the electrical work.

(2)

During the trial, make sure that drain ows properly through the piping and that no water leaks from

connections.

(3)

In case of a new building, conduct the test before it is furnished with the ceiling.

(4)

Be sure to conduct this test even when the unit is installed in the heating season.

Procedures

(a)

Supply about 1000 cc of water to the unit through the air outlet using a feed water pump.

(b)

Check the drain while cooling operation.

Before the electrical work has not been completed, connect a convex joint in the drain pipe connection to provide a water inlet. Then, check if water leaks from the piping system and that drain ows through the drain pipe normally.

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Installation work for air outlet ducts

Calculate the draft and external static pressure and select the length, shape and blowout. A Blowout duct

2-spot, 3-spot and 4-spot with φ 200 type duct are the

standard specications. Note (1) Shield the central blowout hole for 2-spot. (2) Shield the blowout hole around the center for 3-spot.

Limit the difference in length between spots at less than 2:1.

Reduce the length of duct as much as possible.

Reduce the number of bends as much as possible. (Corner

R should be as larger as possible.)

Use a band. etc. to connect the main unit and the blowout

duct ange.

Conduct the duct installation work before nishing the

ceiling.

Connection of suction, exhaust ducts a.Fresh air inlet

Inlet can be selected from the side or rear faces depending

on the working conditions.

Use the rear fresh air inlet when the simultaneous intake

and exhaust is conducted. (Side inlet cannot be used.)

b.Exhaust (Make sure to use also the suction.)

Use the side exhaust port.

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WARNING

DANGER OF BODILY INJURY OR DEATH

TURN OFF ELECTRIC POWER AT CIRCUIT BREAKER OR POWER SOURCE BEFORE MAKING ANY ELECTRIC

CONNECTIONS.

GROUND CONNECTIONS MUST BE COMPLETED BEFORE MAKING LINE VOLTAGE CONNECTIONS.

Precautions for electrical wiring

Electrical wiring work should be conducted only by authorized personnel. Do not connect more than three wires to the terminal block. Always use round type crimped terminal lugs with insulated grip on the ends of the wires.

Use copper conductor only.

Selection of size of power supply and interconnecting wires

Select wire sizes and circuit protection from table below. (This table shows 20 m length wires with less than 2% voltage drop.)

Earth leakage breaker

Switch

)

breaker(A)

Leak

current(mA)

Model

ADH071M1ERG

ADH071M3ERG

ADH090M1ERG

ADH105M1ERG

ADH125M1ERG

ADH140M1ERG

Phase

Item

1 30 26 4.0 40 30

1 40 30 6.0 40 30

Circuit breaker

Switch

breaker

(A)

Overcurrent

protector

rated capacity (A)

Power source

wire size

(minimum)(mm

2

Wiring connection

Make wiring to supply power to the outdoor unit, so that the power for the indoor unit is supplied by outdoor unit.

Outdoor 3 phase type Outdoor single phase type

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7. Sound Pressure Level

-5

0

5

10

15

20

25

30

35

40

25

31.5

40

50

63

80

100

125

160

200

250

315

400

500

630

800

1000

1250

1600

2000

2500

3150

4000

5000

6300

8000

10000

12500

16000

low speed

med speed

high speed

low speed in cooling

med speed in cooling

high speed in cooling

low speed in heating

med speed in heating

high speed in heating

ADH090M1ERG

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Part 4 Indoor Unit-High ESP Duct Type

1. Feature ..................................................................................................................................................................60

2. Specication ..........................................................................................................................................................62

3. Dimension..............................................................................................................................................................68

4. Wiring Diagram ......................................................................................................................................................70

5. Airow and Static Pressure Chart ..........................................................................................................................72

6. Installation .............................................................................................................................................................75

7. Sound Pressure Level ...........................................................................................................................................87

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1. Feature

100pa (9M air duct)

210pa (20M air duct)

Normal

Haier

Line A

Australia house roof trusses

It is easy for the duct unit to go through the gap between line A; Put the duct unit on the house beam;

600mm

Line ALine A

595mm 490mm

Top panel

Side panel

bottom panel

Design Flexibility

Super high airﬂow

New DC fan motor and large length & diameter fan design, provide the 2880 m3/h (800l/s) above air ow with 250m3/h/kW (70L/s/kW) ,which is 44% more than medium

ESP duct unit.

210Pa ESP setting

210pa ESP give the design exibility totally , it can meet difculty duct requirement.

Capacity

10.0kW

12.5kW

14.0kW

Medium ESP duct

airflow(m

2000

2250

2500

3

/h)

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High ESP duct

airflow(m

2880

3250

3600

3

/h)

Promotion

44%

Easy Installation

Narrow width

Only 490mm depth can meet the Australia compact roof trusses, easy for installer lifting the unit.

Three side open the panel

There are three side panel which can be opened for easy

maintenance

Top panel and bottom panel can be opened to maintain the fan and motor; Electrical panel can be opened to maintain the electrical parts; Side panel can be opened to maintain the pipe sensor;

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Wifi location

50/70...210 Pa

Adjusted by controller

Capacity EER COP

10.0kW

12.5kW

14.0kW

3.5

3.4

3.7

3.6

(Mode)

Dedicated place to x the wi

There are dedicated place to x the wi, so installer can make easy work when xing the wi;

10 step adjusted ESP

ESP can be adjusted by wired controller YR-E16A/ YR-E16B / YR-E17, installer don´t need to install the static box, save installation time; Setting ESP : 50/70/90/100/120/140/160/18 0/200/210 pa (12.5/14kW as example)

Energy Efciency

High efciency design

We use DC fan motor and wide n more rows heat exchanger, which can provide EER >3.4 for all high ESP

duct combinations.

Comfort & Convenience

Multi air speed for comfort

There are 4 speed airow: super low/low/medium/high to choose for comfort. There are also turbo mode with super high speed for quick cooling/heating.

Wi control

Besides normal wired/wireless control , Haier supply wi control solution. Download the “smart air 2” app in IOS or android version, you will have a remote control freely when you are out of home, including weekly timer.

(Airflow)

HighTurbo

Medium Low Super Low

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2. Specication

Item Model ADH105H1ERG/1UH105N1ERG

Function cooling heating

Capacity kW 10.5(2.5~11.0) 11.5(2.5~12.0) Sensible heat ratio 0.74 Total power input kW 3.00(0.5~5.3) 3.10(0.5~5.3) Max. power input W 5300 5300 AEER or ACOP 3.46 3.66 Dehumidifying capacity 10 Power cable / Power source N, V, Hz 1ph, 220~240, 50/60 Running/Max. Running current A/A Start current A / Circuit breaker A

Unit model (color)

Type × Number

Speed(H-M-L) r/min

Fan motor input power kW Fan motor output power kW

Air-ow(H-M-L) m³/h

External Static Pressure pa (37Pa-210Pa) Type/Diameter mm Inner grooved pipe/φ7.0

Total area m

External (L×W×H) mm×mm×mm 1350/490/425 Package (L×W×H) mm×mm×mm 1565/724/510

Type / Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

MAX.Drop m 30 MAX.Piping length m 50

Indoor

unit

Piping

Fan

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm / Electricity heater kW 0 Sound power dB (A) 59 Sound pressure noise level (H-M-L) dB (A) 45/41/37/33 Weight (Net / Shipping) kg / kg 59/70

Refrigerant

Pipe

Between

I.D&O.D

-3×m3

/h 3.2

13.3(2.3-23.2)/23.2A 13.7(2.3-23.2)/23.2A

1Ph, 40A（from outdoor）

ADH105H1ERG

CENTRIFUGALX2

850/790/730/720±50r/min(37Pa)

0.27*2

0.17*2

2880/2380/1880/1380

2

0.45

PVC

Wired YR-E17(S)

Infrared YR-HBS01(O)

Norminal condition:

Indoor temperature (cooling): 27DB(°C)/19WB(°C), indoor temperature (heating): 20DB(°C)

Outdoor temperature(cooling): 35DB(°C)/24WB(°C), outdoor temperature(heating): 7DB(°C)/6WB(°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

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Item Model ADH125H1ERG/1UH125P1ERG

Function cooling heating

Capacity kW 12.5(3.5~15.0) 14.0(4~18.0) Sensible heat ratio 0.74 Total power input kW 3.57(1.0-6.5) 3.88(1.0-6.5) Max. power input W 6500 6500 AEER or ACOP 3.45 3.56 Dehumidifying capacity 10 Power cable / Power source N, V, Hz 1ph, 220~240, 50/60 Running/Max. Running current A/A Start current A / Circuit breaker A

Unit model (color)

Type × Number

Speed(H-M-L) r/min

Fan motor input power kW Fan motor output power kW

Air-ow(H-M-L) m³/h

Type/Diameter mm Inner grooved pipe/φ7.0

Total area m

External (L×W×H) mm×mm×mm 1350/490/425(not including ange)

Package (L×W×H) mm×mm×mm

Type / Charge g R410A/3700 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

MAX.Drop m 30 MAX.Piping length m 75

Indoor

unit

Piping

Fan

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm / Electricity heater kW 0 Sound power dB (A) 61 Sound pressure noise level (H-M-L) dB (A) 47/44/42/39 Weight (Net / Shipping) kg / kg 61/72

Refrigerant

Pipe

Between

I.D&O.D

-3×m3

/h 4.9

16.5(8.7-30.0)/30A 17.5(8.7-30.0)/30A

1Ph, 40A（from outdoor）

ADH125H1ERG

CENTRIFUGALX2

1050/1060/980/900±50r/min(50Pa)

0.275*2

0.22*2

3250/2750/2250/1750(37Pa-210Pa)

2

0.45

1565/724/510

none

Wired YR-E17(S)

Infrared YR-HBS01(O)

Norminal condition:

Indoor temperature (cooling): 27DB(°C)/19WB(°C), indoor temperature (heating): 20DB(°C)

Outdoor temperature(cooling): 35DB(°C)/24WB(°C), outdoor temperature(heating): 7DB(°C)/6WB(°C)

The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated sound intensity

meter. It is a sound pressure noise level.

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Item Model ADH140H1ERG/1UH140P1ERG

Function cooling heating

Capacity kW 14(3.5~15.0) 16(6.0~19.0)

Sensible heat ratio 0.74 Total power input kW 4.11(2.0---7.2) 4.44(2.0---7.2)

Max. power input W 7200 7200

AEER or ACOP 3.36 3.56

Dehumidifying capacity 10 Power cable /

Power source N, V, Hz 1ph, 220~240, 50/60

Running/Max. Running current A/A

Start current A / Circuit breaker A

Unit model (color)

Type × Number

Speed(H-M-L) r/min

Fan

Fan motor input power kW

Fan motor output power kW

Air-ow(H-M-L) m³/h

Type/Diameter mm

Total area m

External (L×W×H) mm×mm×mm 1350/490/425

Package (L×W×H) mm×mm×mm 1565/724/510

Indoor unit

Heat

exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm none

Controller (O-Optional, S-Standard)

Fresh air hole dimension mm / Electricity heater kW 0

Sound power dB (A) 63

Sound pressure noise level (H-M-L) dB (A) 49/46/43/40

Weight (Net / Shipping) kg / kg 61/72

-3×m3

/h 4.9

18.5(8.7-32)/32A 19.8(8.7-32)/32A

1Ph, 40A（

from outdoor）

ADH140H1ERG

CENTRIFUGALX2

1140/1060/980/900±50r/min(50Pa)

0.30*2

0.24*2

3600/3100/2600/2100(37Pa-210Pa)

Inner grooved pipe/φ7.0

2

0.45

Wired YR-E17(S)

Infrared YR-HBS01(O)

Refrigerant

Type / Charge g R410A/3700

Recharge quantity g/m 45

Piping

Pipe

Liquid mm 9.52

Gas mm 15.88

Between

I.D&O.D

MAX.Drop m 30 MAX.Piping length m 75

Norminal condition:

Indoor temperature (cooling): 27DB(°C)/19WB(°C), indoor temperature (heating): 20DB(°C) Outdoor temperature(cooling): 35DB(°C)/24WB(°C), outdoor temperature(heating): 7DB(°C)/6WB(°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

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Item Model ADH160H1ERG/1UH160P1ERG

Function Cooling Heating

Capacity kW 15.5 (3.5~17.5) 18 (6.0~20.0)

Sensible heat ratio 0.74

Total power input kW 4.83 (2.0---7.2) 5.13 (2.0---7.2)

Max. power input W 7200 7200

AEER or ACOP W/W 3.16 3.58

-3

Dehumidifying capacity 10

Power cable /

Power source N, V, Hz 1ph, 220~240, 50/60

Running/Max.Running current A / A 21(8.7-32)/32A 21.5(8.7-32)/32A

Start current A /

Circuit breaker A

Unit model (color) ADH160H1ERG

Type × Number CENTRIFUGALX2

Speed(H-M-L) r/min

Fan motor input power kW

Fan motor output power kW

Air-ow(H-M-L) m³/h 4000/3400/2800/2200(37Pa-210Pa)

Air-ow(H-M-L) l/s 1100/944/777/611

Type/Diameter mm Inner grooved pipe/φ7.0

Total area m² 0.45

External(L×W×H) mm×mm×mm 1350/490/425

Package(L×W×H) mm×mm×mm 1565/724/510

Type/Charge g R410A/3700

Recharge quantity g/m 45

Liquid mm 9.52

Gas mm 15.88

MAX.Drop m

MAX.Piping length m

Indoor unit

Piping

Fan

Heat exchanger

Dimension

Drainage pipe (material, I.D./O.D.) mm

Controller (O-Optional,S-Standard)

Fresh air hole dimension mm /

Electricity heater kW 0

Sound power noise level (H-M-L) dB(A) 67

Sound pressure noise level (H-M-L) dB(A) 51/47/45/42

Weight (Net / Shipping) kg / kg 61/72

Refrigerant

Pipe

Between I.D &O.D

×m³/h 4.9

1Ph, 40A（from outdoor）

1140/1060/980/900±50r/min(50Pa)

0.30*2

0.24*2

Wired YR-E17(S)

Infrared YR-HBS01(O)

30

75

Norminal condition:

indoor temperature (cooling): 27°C DB/19°C WB, indoor temperature (heating): 20°C DB Outdoor temperature (cooling): 35°C DB/24°C WB, outdoor temperature (heating): 7°C DB/6°C WB The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

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Item Model ADH200H1ERG/1UH200W1ERK

Function Cooling Heating

Capacity kW 20.5(6.2-23.5) 22.8(7.2-24.8)

Sensible heat ratio / /

Total power input kW 6.1(2.5-8.5) 6.0(2.5-8.5)

Max. power input W 8500 8500

EER or COP W/W 3.36 3.8

-3

Dehumidifying capacity 10

Power source N, V, Hz 1PH, 220-230V~, 50/60Hz

Running /Max.Running current A / A 11(2.2-15.3)/15.3 11(2.2-15.3)/15.3

Start Current A /

Circuit breaker A

Unit model (color) ADH200H1ERG/(grey)

Type × Number CENTRIFUGALX2

Speed(H-M-L) r/min 1060/980/900

Fan

Heat

exchanger

Dimension

Indoor unit

Drainage pipe (material, I.D./O.D.) mm Hot zinc plate 23/25

Controller (O-Optional,S-Standard)

Fresh air hole dimension mm /

Electricity heater kW NONE

Sound power noise level (H-M-L) dB(A) 68

Sound pressure noise level (H-M-L) dB(A) 54/50/45

Pipe

Weight (Net / Shipping) kg / kg 96/125

Tdesignh: -10°C Tbivalent: -10°C TOL:-15°C Elbu:0

Max. cooling condition

Fan motor input power W 980/1000

Fan motor output power Pa 62PA (default)

Air-ow(H-M-L) m³/h 4320/3780/3420/3060

Type/Diameter mm Inner grooved pipe/φ7.0

Row 4

Total area m² /

External(L×W×H) mm×mm×mm 1330/895/500

Package(L×W×H) mm×mm×mm 1510/1037/568

Liquid pipe mm 12.7

Gas pipe mm 19.05

Connecting method ared

Indoor temperature:18~32°C

Outdoor temperature:-10~46°C

×m³/h 5.9

3Ph, 40A（from outdoor）

Wired(S) YR-E17(S) OR YR-E16A(O)

Infrared(O) YR-HBS01

Max. heating

condition

Indoor temperature:27 °C/ -°C

Outdoor temperature:24°C/ 18°C

Norminal condition:

indoor temperature (cooling): 27°C DB/19°C WB, indoor temperature (heating): 20°C DB Outdoor temperature (cooling): 35°C DB/24°C WB, outdoor temperature (heating): 7°C DB/6°C WB The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

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Item Model ADH250H1ERG/1UH250W1ERK

Function Cooling Heating

Capacity kW 24(7.2-26.5) 26.8(8.2-28.8)

Sensible heat ratio / /

Total power input kW 7.47(3.5-9.5) 7.18(3.5-9.5)

Max. power input W 9500 9500

EER or COP W/W 3.21 3.73

-3

Dehumidifying capacity 10

Power source N, V, Hz 1PH, 220-230V~, 50/60Hz

Running /Max.Running current A / A 12.0(2.2-16.3)/16.3 11.8(2.2-16.3)/16.3

Start Current A /

Circuit breaker A

Unit model (color) ADH250H1ERG/(grey)

Type × Number CENTRIFUGALX2

Speed(H-M-L) r/min 1060/980/900

Fan

Heat

exchanger

Dimension

Indoor unit

Drainage pipe (material, I.D./O.D.) mm Hot zinc plate 23/25

Controller (O-Optional,S-Standard)

Fresh air hole dimension mm /

Electricity heater kW None

Sound power noise level (H-M-L) dB(A) 69

Sound pressure noise level (H-M-L) dB(A) 55/51/47

Pipe

Weight (Net / Shipping) kg / kg 96/125

Tdesignh: -10°C Tbivalent: -10°C TOL:-15°C Elbu:0

Max. cooling condition

Fan motor input power W 980/1225

Fan motor output power Pa 72PA(default)

Air-ow(H-M-L) m³/h 5040/4500/3960/3600

Type/Diameter mm Inner grooved pipe/φ7.0

Row 4

Total area m² /

External(L×W×H) mm×mm×mm 1330/895/500

Package(L×W×H) mm×mm×mm 1510/1037/568

Liquid pipe mm 12.7

Gas pipe mm 22.2

Connecting method ared/or welding

Indoor temperature:18~32°C

Outdoor temperature:-10~46°C

×m³/h 7.1

3Ph, 40A（

Wired(S) YR-E17(S) OR YR-E16A(O)

Infrared(O) YR-HBS01

Max. heating

condition

Indoor temperature:27°C/-°C

Outdoor temperature:24°C/18°C

from outdoor）

Norminal condition:

indoor temperature (cooling): 27°C DB/19°C WB, indoor temperature (heating): 20°C DB Outdoor temperature (cooling): 35°C DB/24°C WB, outdoor temperature (heating): 7°C DB/6°C WB The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

67

3. Dimension

ADH105H1ERG ADH125H1ERG ADH140H1ERG

31

353

Smart Power

518

19

41

50

100

130

160

572

312

1163

353

278

178

1350

1285

1163

543

490

518

1052

64

271

64

320

312

425

19

15

1373

234

●

353

195

312

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ADH200H1ERG ADH250H1ERG

377

34

890

39

345

.20

377

298

959

1330

1118

180

959

●

960

1221

298

●

895

500

●

945

180

33

51

293

247

362

180

69

4. Wiring Diagram

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG

Note:

1.Dashed parts are op-

tional.

2.E.A.O means external

alarm output，when

SW01-6 select OFF

means FRESH AIR

function .select ON

means E.A.O，and

0150521238

CN9 is a 230VAC wet

contact output .

3.Once out of factorty

do not change the DIP

SW03-5->SW03-8

switches without

technical guidence

4.

is used for address

setting on the situation

of one wired controller

control more than one

indoor unit.

5.Use wired controller to

select appropriate exter-

nal static pressure level.

ROOM

THERMOSTAT/

FUSE TO

HEATER

CARD

REMOTE

RECEIVER

INFRARED

ROOM TEMP.

SENSOR

Smart Power

BLK:black BLU:blue

6.Refer to service

manual to get more

information about the

static pressure level .

PIPING TEMP.

SENSOR

yellow/green

GR:grey

ORG:orange

PNK:pink RD:red

WHT:white YL:yellow

Y/G:

Y/G

CN32

N L

CN10

ON OFF

1234 5678

CN8

Reactor

CH3

CH5

CN12

CN39

DC FAN

M

CN7

FUSE

CN16

MOTOR

T8A/250VAC

SW01

CN37

M

CN3

CN8

ON

OFF

1234

5678

MAIN CONTROL

BOARD

CN34

E.A.O

WiFi

FRESH AIR

MOTOR /

MODULE

M

CN13

CN9

CN1

HEATER (12V CONTROL)

RD

CH1

BLK

CN21

SW03

CN13

FLOAT

CN40

CN22

B

A

B

A

SWITCH

Y/G

3

2

1

C B A

C

B

A

CONTROLLER

WIRED

CN22-1

C

WIRED

MODEL

ADH105H1ERG

ADH125H1ERG

OFF

SW01-8

CONTROLLER

SW01-7

SW01-6

SW01-5

SW01-4

SW01-3

To outdoor unit

OFF

ON

OFF

ADH140H1ERG

ADH160H1ERG

OFF

OFF OFF

OFF

OFF OFF

ON

OFF

70

WHT

OFF

SW01-2

ON

SW01-1

ON

OFF

ON

ON ON

Smart Power

ADH200H1ERG ADH250H1ERG

Note:

1.Dashed parts are op-

tional.

2..E.A.O means external

alarm output，it is a

0150526775

TRANSFORMER

function in future，and

CN7 is a 230VAC wet

contact output.

3.Once out of factorty

do not change the DIP

switches without technical

guidence

4.SW2 is used for

address setting on the

situation of one wired

controller control more

than one indoor unit.

5.Use wired controller to

select appropriate exter-

nal static pressure level.

6.Refer to service manual

to get more information

about the static pressure

level select or DIP switch

BLK:black BLU:blue

GR:grey

SW1，SW2 function

definations

Y/G

yellow/green

ORG:orange

PNK:pink RD:red

WHT:white YL:yellow

Y/G:

M

PUMP

RELAY

RELAY FOR

REMOTE

~

FOR

HEATER

(12V cont-

rol side）

FRESH AIR

MOTOR (CN7

Contact rating

REMOTE

INFRARED

CENTRAL

CONTROLLER

CN7

-230VAC,3A) /

E.A.0

RECEIVER

CN5

CH3(L)

FUSE

CN9

T3.15A/250VAC

CN8

MAIN CONTROL

BOARD

SW1

SW2

1234

ON

CN19

OFF

ON

OFF

CH5

CN29

12345678

CN3

CH4(N)

CN13

CN4

CN18

CN20

CN6

5V S

GND

CN1

C B

A

A B

C

RD

PIPING

TEMP.

SENSOR

ROOM

TEMP.

FLOAT

SWITCH

DK1

ROOM CARD

5V S

GND

CN1

U

RD

WHT

MODULE WiFi

FAN MOTOR

DRIVE

V

W

CN8

BLK

WHT

M

BLK

REACTOR

DK2

ACL

E

MODULE

HU

HV

HW

GND

VCC

ORG

YL

BLU

PNK

GR

3 2 1

WHT

ACN

CN3

To outdoor unit

MODEL

ADH200H1ERG

ADH250H1ERG

SW1-8

OFF

ON

OFF

ON

OFF

SW1-7

SW1-6

SW1-5

SW1-4

SW1-3

71

CONTROLLER

WIRED

DC FAN

MOTOR

OFF

SW1-2

OFF

SW1-1

OFF

ON

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1500

2000

2500

3000

3500

4000

37 50 60 80 100 120 150 170 190 210

Air flow （m3/h)

Static pressure （Pa）

Airflow and Static Pressure Chart---ADH125H1ERG

H

M

L

SL

5. Airﬂow and Static Pressure Chart

5.1 ADH105H1ERG

Static pressure (Pa) 37 50 60 80 100 120 150 170 190 210

H 2788 2805 2825 2811 2798 2782 2776 2756 2731 2711

M 2198 2210 2250 2205 2195 2188 2167 2132 2116 2096

L 1820 1832 1840 1816 1804 1797 1788 1753 1732 1708

SL 1323 1321 1333 1289 1282 1256 1262 1247 1221 1215

Air flow and static pressure chart---ADH105H1ERG

3000

2500

2000

Air flow(m3/h)

1500

1000

37 50 60 80 100 120 150 170 190 210

Static pressure (Pa)

5.2 ADH125H1ERG

Static pressure (Pa) 37 50 60 80 100 120 150 170 190 210

H 3252 3217 3148 3165 3237 3418 3347 3286 3295 3090

M 2627 2852 2834 2823 2806 2995 2947 2963 2815 2635

L 2239 2263 2436 2394 2352 2455 2441 2374 2577 2415

SL 1780 1795 1788 1789 1760 1752 1748 1739 1735 1730

H

M

L

SL

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Smart Power

1500

2000

2500

3000

3500

4000

37 50 60 80 100 120 150 170 190 210

Air flow （m3/h)

Static pressure （Pa）

Airflow and Static Pressure Chart

---

ADH140H1ERG

H

M

L

SL

1500

2000

2500

3000

3500

4000

4500

40 50 60 80 100 120 150 170 190 210

Air flow(m3/h)

Static pressure (Pa)

Airflow and static pressure chart---ADH160H1ERG

H

M

L

SL

5.3 ADH140H1ERG

Static pressure (Pa) 37 50 60 80 100 120 150 170 190 210

H 3659.4 3588 3619 3634 3582 3774 3662 3546 3450 3025

M 3252 3217 3148 3165 3237 3418 3347 3286 3295 3090

L 2627 2852 2834 2823 2806 2995 2947 2963 2815 2635

SL 2239 2263 2436 2394 2352 2455 2441 2374 2577 2415

5.4 ADH160H1ERG

Static pressure (Pa) 37 50 60 80 100 120 150 170 190 210

H 3659.4 3588 3619 3634 3582 3774 3662 3546 3450 3025

M 3252 3217 3148 3165 3237 3418 3347 3286 3295 3090

L 2627 2852 2834 2823 2806 2995 2947 2963 2815 2635

SL 2239 2263 2436 2394 2352 2455 2441 2374 2577 2415

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5.5 ADH200H1ERG

Smart Power

62 72 90 11 0 130 150 170 190 210 230

Super high 5800 5680 5700 5580 5480 5355 5054 4717 4360 3970

High 6044 5973 5870 5748 5577 5300 4770 4372 3960 3520

Med 6020 5920 5815 5527 5206 4680 4337 4000 3420 2820

Low 6026 5924 5730 5470 4900 4563 4172 3830 3032 2670

Air Flow and Static Pressure Chart---ADH200H1ERG

7000

6000

5000

/h)

3

4000

3000

Air ow (m

2000

1000

62 72 90 110 130 150 170 190 210 230 250

Super high

High

Med

Low

250

3470

2870

2080

1855

S ta tic p ress ure (P a)

5.6 ADH250H1ERG

62 72 90 11 0 130 150 170 190 210 230

Super high 5884 5820 5730 5625 5500 5300 5154 4950 4730 4480

High 5874 5811 5735 5621 5500 5301 5143 4858 4460 4080

Med 6044 5973 5870 5748 5577 5300 4770 4372 3960 3520

Low 5860 5800 5687 5550 5193 4885 4530 4180 3650 2990

Air Flow and Static Pres sure Chart---ADH25 0H1ERG

6500 6000 5500 5000

/h)

3

4500 4000 3500

Air ow (m

3000 2500 2000

62 72 90 110 130 150 17 0 19 0 210 230 250

Super high

High

Med

Low

250

4240

3363

2870

2400

Static Pressure (Pa)

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6. Installation

6.1 Safety precautions The machine is adaptive in following situation

1. Applicable ambient temperature range:

32/23 18/14

43/26

10/6

27 15

24/18

15

°C

°C °C

°C

Cooling

Heating

lndoor temperature

Outdoor temperature

lndoor temperature

Outdoor temperature

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

max. DB/WB

min. DB/WB

2. If the supply cord is damaged, it must be replaced by the manufacturer or its service agent or a similar qualied

person.

3. If the fuse on the indoor PC board is broken please change it with the type. T8A/250V(For ADH105/125/140/160H1ERG

4. The wiring method should be in line with the local wiring standard.

5. The power cable should be:

H05RN-F 3G 4.0mm

2

(outdoor unit 1UH071/090/105N1ERG),

or H05RN-F 3G 6.0mm2 (outdoor unit 1UH125/140/160P1ERG), or H05RN-F 5G 4.0mm2 (outdoor unit 1UH125/140P1EK) or H05RN-F 5G 6.0mm2 (outdoor unit 1UH200/250W1ERK);

The connecting cable should be:

H05RN-F4G 2.5mm2;

All the cables shall have got the European authentication certicate. During installation, when the connecting cables break off, it must be assured that the grounding wire is the last one to be broken off.

6. The power cable and connect cable should be self provided.

7. The breaker of the air conditioner should be all pole switch, and the distance between its two contacts should be no less than 3mm.

8. The indoor unit installation height is at least 2.5m.

9. A leakage breaker must be installed.

10.

10.1 For ADH105H1ERG, ADH125H1ERG, ADH140H1ERG, ADH160H1ERG, ADH200H1ERG,

ADH250H1ERG, static pressure selection need achieved by wired controller, refer wired controller's manual to get

details

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External static pressure (pa)

Static pressure level (N)

1 40 40 2 50 72 3 60 100 4 80 120 5 100 150 6 120 180 7 150 210 8 180 230 9 200 250

10 250 300

For AD105/125/140M1ERG, ADH071M3ERG, ADH105/125/140/160/200/250H1ERG, static pressure level selection can also /be achieved by Infrared remote controller, method is: Step a: set the Infrared remote controller at condition:FAN mode, fan speed high. Step b:then aim the remote controller at the infrared remote receiver RE 02, press HEALTH button 4+N times(1≤N ≤10, integer) within 12 seconds, then the receiver will beep N+1 times, the static pressure level N is been set

successfully.

Note:For Infrared remote controller YR HBS01,need press ON/OFF button make the controller's at OFF status rstthen open the button cover press FRESH button will enter FAN mode interface.

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG

ADH200H1ERG ADH250H1ERG

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Accessories supplied with the indoor unit:

No. Name of parts Quantity Note Shape

Connection between the

1 Signal line 1

2 Wired controller 1

3 3/8" Brass nut (liquid side) 1 For tightening the 4 5/8" Brass nut (gas side) 1

5 Coupler heat insulation(gas side) 1

6 Coupler heat insulation(liquid side) 1

7 Drain pipe 1

8 Instructions 1 Air conditioner operation

9 Cable tie(Large) 7

10 Cable tie(small) 4

wired remote control and

electric control board

For Air conditioner

operation

Connecting pipe

For indoor side pipe

joint(gas side)

For indoor side pipe

joint(liquid side)

Drainage ttings group

(For ADHM series only)

For xing the heat

insulation

(For ADHH series only)

For xing the remote

controller cable and

connecting cable

(For ADHH series only)

Note

All wiring of this installation must comply with NATIONAL, STATE AND LOCAL REGULATIONS. These instructions do not cover all variations for every kind of installation circumstance. Should further information be desired or should particular problems occur, the matter should be referred to your local distributor.

WARNING

Be sure to read these instructions carefully before beginning installation. Failure to follow these instructions could cause serious injury or death, equipment malfunction and/or property damage.

Preparation of indoor unit

Before or during the installation of the unit, assemble necessary optional panel etc. depending on the specic type. Select places for installation satisfying following conditions and at the same time obtain the consent on the part of

your client user.

a.Places where chilled or heated air circulates freely. When the installation height exceeds 3m warmed air stays close to the ceiling. In such cases, suggest your client users to install air circulators. b.Places where perfect drainage can be prepared and sufcient drainage. c. Places free from air disturbances to the suction port and blowout hole of the indoor unit, places where the re alarm may not malfunction or short circuit. d.Places with the environmental dew point temperature is lower than 28 C and the relative humidity is less than 80 %. (When installing at a place under a high humidity environment, pay sufcient attention to the prevention of dewing such as thermal insulation of the unit. ) e.Installation dimension is the following.

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(1) Installation by which service space is made on top of the unit (recommended)

Install the unit away from the ceiling by 350mm or more

Avoid installation and use at those places listed below.

a. Places exposed to oil splashes or steam (e.g. kitchens and machine plants). Installation and use at such places incur deteriorations in the performance or corrosion with the heat exchanger or damage in molded synthetic resin parts. b. Places where corrosive gas (such as sulfurous acid gas) or inammable gas (thinner, gasoline etc.) in generated or remains. Installation and use at such places cause corrosion in the heat exchanger and damage in molded synthetic resin parts. c. Places adjacent to equipment generating electromagnetic waves or high frequency waves such as in hospitals. Generated noise may cause malfunctioning of the controller. Pipe size

(2) Installation by which service is carried out from the bottom of the unit

Model Liquid side Gas side

ADH071M1ERG ADH071M3ERG ADH090M1ERG ADH105M1ERG ADH125M1ERG ADH140M1ERG

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG

ADH200H1ERG Φ9.52mm Φ19.05mm ADH250H1ERG Φ12.7mm Φ22.2mm

1. Preparation for suspending the unit a.Size of hole at ceiling and position of hanging bolts

Φ9.52mm Φ15.88mm

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG ADH200H1ERG ADH250H1ERG

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Dimensions Model

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG

ADH200H1ERG ADH250H1ERG

b.Hanger bolts installation

Use care of the piping direction when the unit is installed.

2.Installation of indoor unit Fix the indoor unit to the hanger bolts. If required, it is possible to suspend the unit to the beam, etc. Directly by use of the bolts without using the hanger bolts.

Note

When the dimensions of main unit and ceiling holes does not match, it can be adjusted with the slot holes of hanging bracket. Adjusting to the levelness (a) Adjust the out of levelness using a level or by the following method. Make adjustment so that the relation between the lower surface of the unit proper and water level in the hose becomes as given below. (b) Unless the adjustment to the levelness is made properly malfunctioning or failure of the oat switch may occur.

A(mm) B(mm) C(mm) D(mm) E(mm) F(mm)

1285 1373 1163 543 1046 518

1221 1330 111 8 945 958 895

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Installing Drain Pipes

CAUTION

Install the drain pipe in accordance with the instructions in this installation Manual and keep the area warm enough to prevent condensation.Problems with the piping may lead

to water leaks. Be sure to properly insulate the drain pipes. The position of the installed drain pipe should have a downward gradient of 1/100 or more. Do not connect the drain pipe in which ammonia or other types of gas affecting the unit is generated.

Install the drain pipes according to the measurements given in the following gure.

• Flange positions for connecting the drain pipes.

• The size of drain opening

Unit model The size of drain opening

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG ADH200H1ERG ADH250H1ERG

Please refer to the diagram and select drain pipe size according to drain opening inner diameter size. (a) Drain piping should always be in a downhill grade (1/50-1/100) and avoid riding across an elevation or making

traps.

Φ25mm(O.D.)

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(b) When connecting the drain pipe to unit, pay sufcient attention not to apply excess force to the piping on the unit side. Also, x the piping at a point as close as possible to the unit. (c) For unit without water pump, the drain pipe shall be slant downwards (greater than 1/100). The horizontal length of the drain pipe shall be less than 20 m. In case of long pipe, supports shall be provided every 1.5-2m to prevent wavy form. Central piping shall be laid out according to the right gure. Take care not to apply external force onto the drain pipe connection part. (d) For unit with water pump drain pipe use hard PVC general purpose pipe VP which can be purchased locally. When connecting, insert a PVC pipe end securely into the drain socket before tightening securely using the attached drain hose and clamp. Adhesive must not be used for connection of the drain socket and drain hose (accessory).

(e) When constructing drain piping for several units, position the common pipe about 100 mm below the drain outlet of each unit as shown in the sketch. Use VP 30(11/4") or thicker pipe for this purpose.

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(f) The stiff PVC pipe put indoor side should be heat insulated. The height of the drain head can be elevated up to a point 500 mm above the ceiling, and when an obstacle exists in the ceiling space, elevate the piping to avoid the obstacle using an elbow or corresponding gadget. When doing this, if the stretch for the needed height is higher than 500 mm, the back ow quantity of drain at the event of interruption of the operation gets too much and it may cause overow at the drain pan. Therefore, make the height of the drain pipe within the distance given in the sketch below.

(g) Avoid positioning the drain piping outlet at a place where generation of odor may be stimulated. Do not lead the drain piping direct into a sewer from where sulfur gas may generate. (h) Because the drain spout is at the position, which negative pressure may occur. So with the rise of water level in the drain pan, water leakage may occur. In order to prevent water leakage, we designed a backwater bend. The structure of backwater bend should be able to be cleaned. As the below gure shown, use T type joint. The backwater bend is set near the air conditioner. As gure shown, set a backwater bend in the middle of drain hose.

Taking the ADH**H serials as an example, the installation of the drain pipe is the following. Use general hard polyvinyl chloride (VP25) and connect it with adhesive (polyvinyl chloride) so that there is no leakage. Do not perform air bleeding.

• Main drain pipe provide one trap on the main drain pipe near the indoor unit.

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• Safety drain

There is no need to provide a trap for the safety drain pipe.If the safety drain pipe is connected to the main drain pipe, make the connection below the trap on the main drain pipe.

• Make sure that drain pipe is installed without rises.

• Do not perform air bleeding.

83

Drainage Test

(1) Conduct a drainage test after completion of the electrical work. (2) During the trial, make sure that drain ows properly through the piping and that no water leaks from connections. (3) In case of a new building, conduct the test before it is furnished with the ceiling. (4) Be sure to conduct this test even when the unit is installed in the heating season.

Procedures

(a) Supply about 1000 cc of water to the unit through the air outlet using a feed water pump. (b) Check the drain while cooling operation. Before the electrical work has not been completed, connect a convex joint in the drain pipe connection to provide a water inlet. Then, check if water leaks from the piping system and that drain ows through the drain pipe normally.

Smart Power

Installation work for air outlet ducts Calculate the draft and external static pressure and select the length, shape and blowout.

Blowout duct

• 2-spot, 3-spot and 4-spot with Φ 200 type duct are the standard

specications. Note (1) Shield the central blowout hole for 2 spot. (2) Shield the blowout hole around the center for 3 spot.

• Limit the difference in length between spots at less than 2:1.

• Reduce the length of duct as much as possible.

• Reduce the number of bends as much as possible. (Corner R

should be as larger as possible.)

• Use a band. etc. to connect the main unit and the blowout duct

ange.

• Conduct the duct installation work before nishing the ceiling. Connection of suction, exhaust ducts a.Fresh air inlet Inlet can be selected from the side or rear faces depending on the working conditions. Use the rear fresh air inlet when the simultaneous intake and exhaust is conducted. (Side inlet cannot be used.) b.Exhaust (Make sure to use also the suction.) Use the side exhaust port.

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WARNING

Danger of bodily injury or death

• Turn off electric power at circuit breaker or power source before making any electric connections.

• Ground connections must be completed before making line voltage connections.

Precautions for electrical wiring

• Electrical wiring work should be conducted only by authorized personnel.

• Do not connect more than three wires to the terminal block. Always use round type crimped terminal lugs with

insulated grip on the ends of the wires.

• Use copper conductor only. Selection of size of power supply and interconnecting wires Select wire sizes and circuit protection from table below. (This table shows 20 m length wires with less than 2% voltage drop.)

Circuit breaker

Item Model

ADH105H1ERG ADH125H1ERG ADH140H1ERG ADH160H1ERG ADH200H1ERG ADH250H1ERG

Wiring connection

Make wiring to supply power to the outdoor unit, so that the power for the indoor unit is supplied by outdoor unit. Outdoor 3 phase type Outdoor single phase type

Phase

Switch breaker

(A)

1 40 30 6.0 40 30

Overcurrent

protector

rated capacity

(A)

Power source

wire size

(minimum)

(mm2)

Earth leakage breaker

Switch

breaker(A)

current(mA)

Leak

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WIRED CONTROLLER& INDOOR PCB CONNECTION(one for one wiring type):

Note: When do the wired controller & indoor PCB wiring work for model ADH071M3ERG, do not connect the shielded wired to the unit's shell, do not parallel wiring with strong electric lines within 0.3 meters, please keep strong lines and the signal lines separately.

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7. Sound Pressure Level

7.1

ADH105H1ERG

Cooling--high

Cooling--med

Cooling--low

Heating--high

Heating--med

Heating--low

1/3 octave band frequency

ADH105H1ERG Sound pressure chart

0.0

10.0

20.0

30.0

40.0

50.0

60.0

70.0

87

Sound pressure level DB

7.2

0.0

10.0

20.0

30.0

40.0

50.0

60.0

Sound pressure level DB

1/3 octave band frequency

ADH125H1ERG Sound pressure chart

Cooling--high

Cooling--med

Cooling--low

Heating--hig h

Heating--med

Heating--low

ADH125H1ERG

Smart Power

88

Smart Power

0.0

10.0

20.0

30.0

40.0

50.0

60.0

Sound pressure level DB

1/3 octave band frequency

ADH140H1ERG Sound pressure chart

Cooling--high

Cooling--med

Cooling--low

Heating--hig h

Heating--med

Heating--low

7.3

ADH140H1ERG

89

7.4

ADH160H1ERG

Cooling high

Smart Power

Cooling med

Cooling low

Cooling Silent

Heang med

Heang high

Heang low

Heang Silent

20000

16000

12500

10000

8000

6300

5000

4000

3150

2500

2000

1600

1250

1000

800

630

500

400

315

1/3 octave band frequency

250

ADH160H1ERG Sound pressure chart

200

160

125

100

80

63

50

40

31.5

25

0

10

20

30

40

50

60

90

Sound pressure level DB

Smart Power

2

5

4

0

6

3

1

0

1

6

0

2

5

0

4

0

6

3

0

1

0

1

6

0

2

5

0

4

0

6

3

0

1

0

1

6

0

7.5

ADH200H1ERG

fan-l ow

fan-m ed

fan-high

fan-super high

cooling-low

cooling-med

cooling-high

cooling-super high

heating-low

heating-med

heating-high

heating-super high

ADH200H1ERG Sound pressure chart

60

70

40

50

20

30

0

10

Sound pressure level DB

1/3 octave band frequency

91

2

5

3

1

.

5

4

0

5

0

6

3

8

0

1

0

1

2

5

1

6

0

2

0

2

5

0

3

1

5

4

0

5

0

6

3

0

8

0

1

0

1

2

5

0

1

6

0

2

0

2

5

0

3

1

5

0

4

0

5

0

6

3

0

8

0

1

0

1

2

5

0

1

6

0

2

0

7.6

ADH250H1ERG

Smart Power

fan-lo w

fan-m ed

fan-high

fan-super high

cooling-low

cooling-med

cooling-high

cooling-super high

heating-low

heating-med

heating-high

heating-super high

ADH250H1ERG Sound pressure chart

70

50

60

30

40

Sound pressure level DB

0

10

20

1/3 octave band frequency

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Part 5 Outdoor Units

1. Specication ..........................................................................................................................................................94

2. Dimension............................................................................................................................................................103

3. Piping Diagram ....................................................................................................................................................106

4. Wiring Diagram ....................................................................................................................................................108

5. Noise Level .......................................................................................................................................................... 11 3

6. Outdoor Performace Curves................................................................................................................................121

7. Installation ...........................................................................................................................................................130

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1. Specication

Item Model 1UH071N1ERG

Power cable H05RN-F 3G 4.0mm Communication cable/Connecting cable H05RN-F 4G 2.5mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz

Start current A 3

Unit model (color) 1UH071N1ERG (WHITE)

Compressor

Model/Manufacture/

place Oil model FV50S

TNB220FFEMC

Oil charging CC 520

Type Rotary Type×Number Axial×1 Speed r/min 650/600/500/400/300/200

Fan

Fan motor output/input power Air-ow (H-M-L) m

kW 100/120

3

/h 3200

Type/Diameter mm TP2M/Φ7 wide n

Outdoor unit

Heat exchanger

Dimension

Row/Fin pitch 2 1.65 Total area m

2

/ External (L×M×H) mm×mm×mm 965*950*370 Package (L×M×H) mm×mm×mm 1095*1050*450

Drainage pipe (material, I.D./O.D.) mm None Refrigerant control method mm/mm 2.2mm electronic expansion valve

Defrosting Auto Volume of accumulator L 2.1

Sound power noise level (H-M-L) dB (A) 64 Sound pressure noise level (H-M-L) dB (A) 47 Type of four way valve SHF-4-10A

Material of reduce noise Felt

Crankcase heater power W / Weight (Net/Shipping) kg/kg 80/92

Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Piping

Refrigerant

Pipe

Connecting method Flared

MAX. Drop m 30 MAX. Piping length m 50

Between I.D &O.D

Maximum pipe length without recharge

m 20

refrigerant

Working

temp.

Cooling (Min-Max) °C -15~50 Heating (Min-Max) °C -20~24

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

2

94

Smart Power

Item Model 1UH090N1ERG

Power cable H05RN-F 3G 4.0mm Communication cable/Connecting cable H05RN-F 4G 2.5mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz

Start current A 3

Unit model (color) 1UH090N1ERG (WHITE)

Compressor

Model/Manufacture/

place Oil model FV50S

TNB220FFEMC

Oil charging CC 520

Type Rotary Type×Number Axial×1 Speed r/min 700/650/600/500/400/300/200

Fan

Fan motor output/input power Air-ow (H-M-L) m

kW 100/120

3

/h 3500

Type/Diameter mm TP2M/Φ7 wide n

Outdoor unit

Heat exchanger

Dimension

Row/Fin pitch 2 1.65 Total area m

2

/ External (L×M×H) mm×mm×mm 965*950*370 Package (L×M×H) mm×mm×mm 1095*1050*450

Drainage pipe (material, I.D./O.D.) mm None Refrigerant control method mm/mm 2.2mm electronic expansion valve

Defrosting Auto Volume of accumulator L 2.1

Sound power noise level (H-M-L) dB (A) 66 Sound pressure noise level (H-M-L) dB (A) 50 Type of four way valve SHF-4-10A

Material of reduce noise Felt

Crankcase heater power W / Weight (Net/Shipping) kg/kg 80/92

Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Piping

Refrigerant

Pipe

Connecting method Flared

MAX. Drop m 30 MAX. Piping length m 50

Between I.D &O.D

Maximum pipe length without recharge

m 20

refrigerant

Working

temp.

Cooling (Min-Max) °C -15~50 Heating (Min-Max) °C -20~24

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

2

95

Smart Power

Item Model 1UH105N1ERG

Power cable H05RN-F 3G 4.0mm Communication cable/Connecting cable H05RN-F 4G 2.5mm Power source N, V, Hz 1PH, 220-240V~, 50/60Hz

Start current A 3

Unit model (color) 1UH105N1ERG (WHITE)

Compressor

Model/Manufacture/

place Oil model FV50S

TNB306FPPMC

Oil charging CC 870

Type Rotary Type×Number Axial×1 Speed r/min 750/700/650/600/500/400/300

Fan

Fan motor output/input power Air-ow (H-M-L) m

kW 100/120

3

/h 4000

Type/Diameter mm TP2M/Φ7 wide n

Outdoor unit

Heat exchanger

Dimension

Row/Fin pitch 2 1.65 Total area m

2

/ External (L×M×H) mm×mm×mm 965*950*370 Package (L×M×H) mm×mm×mm 1095*1050*450

Drainage pipe (material, I.D./O.D.) mm None Refrigerant control method mm/mm 2.2mm electronic expansion valve

Defrosting Auto Volume of accumulator L 2.1

Sound power noise level (H-M-L) dB (A) 68 Sound pressure noise level (H-M-L) dB (A) 52 Type of four way valve SHF-4-10A

Material of reduce noise Felt

Crankcase heater power W / Weight (Net/Shipping) kg/kg 82/94

Type/Charge g R410A/2500 Recharge quantity g/m 45

Liquid mm 9.52 Gas mm 15.88

Piping

Refrigerant

Pipe

Connecting method Flared

MAX. Drop m 30 MAX. Piping length m 50

Between I.D &O.D

Maximum pipe length without recharge

m 20

refrigerant

Working

temp.

Cooling (Min-Max) °C -15~50 Heating (Min-Max) °C -20~24

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

2

96

Smart Power

Item Model 1UH125P1ERG

Power cable H05RN-F 3G 4.0mm Communication cable / Connecting cable H05RN-F 4G 2.5mm Power source N, V, Hz 1PH~, 220~240, 50/60Hz

Start current A 3

Unit model (color) 1UH125P1ERG (WHITE)

MNB42FFAMC-L (MITSUBISHI

ELECTRIC COMPRESSOR CO., LTD)

Compressor

Model/Manufacture/place

Oil model PVE (FV50S) Oil charging CC 1600

Type Twin Rotary 1 Type×Number Axial×2 Speed r/min 650±40

Fan

Fan motor input power kW 0.12×2 Fan motor output power kW 0.10×2

3

/h 6500

2

1.17

Outdoor unit

Heat

exchanger

Dimension

Air-ow (H-M-L) m Type/Diameter mm TP2M/Φ7.0 Row/Fin pitch 2 1.4

Total area m

External (W×D×H) mm×mm×mm 950×370×1350

Package (W×D×H) mm×mm×mm 1090×480×1500 Drainage pipe (material, I.D./O.D.) mm None Refrigerant control method mm/mm ELECTRONIC VAVE 3.0mm

Defrosting Auto Volume of accumulator L 4.0

Sound power noise level (H-M-L) dB (A) 69 Sound pressure noise level (H-M-L) dB (A) 52 Type of four way valve SHF-20D-46 Material of reduce noise XPE Crankcase heater power W 38 Weight (Net/Shipping) kg/kg 105/118

Type/Charge g R410A/3700

Refrigerant

Maximum pipe length

without recharge refrigerant

30

Recharge quantity g/m 45

Piping

Pipe

Liquid mm 9.52

Gas mm 15.88

Connecting method Flared

Between I.D &O.D

MAX. Drop m 30 MAX. Piping length m 75

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

2

97

Smart Power

Item Model 1UH125P1ERK

Power cable H05RN-F 5G 2.5mm Communication cable / Connecting cable H05RN-F 4G 2.5mm Power source N, V, Hz 3N~, 380~415, 50/60Hz

Start current A 3

Unit model (color) 1UH125P1ERG (WHITE)

MNB42FFAMC-L (MITSUBISHI

ELECTRIC COMPRESSOR CO., LTD)

Compressor

Model/Manufacture/place

Oil model PVE (FV50S) Oil charging CC 1600

Type Twin Rotary 1 Type×Number Axial×2 Speed r/min 650±40

Fan

Fan motor input power kW 0.12×2 Fan motor output power kW 0.10×2

3

/h 6500

2

1.17

Outdoor unit

Heat

exchanger

Dimension

Air-ow (H-M-L) m Type/Diameter mm TP2M/Φ7.0 Row/Fin pitch 2 1.4

Total area m

External (W×D×H) mm×mm×mm 950×370×1350

Package (W×D×H) mm×mm×mm 1090×480×1500 Drainage pipe (material, I.D./O.D.) mm None Refrigerant control method mm/mm ELECTRONIC VAVE 3.0mm

Defrosting Auto Volume of accumulator L 4.0

Sound power Noise level (H-M-L) dB (A) 69 Sound pressure Noise level (H-M-L) dB (A) 52 Type of four way valve SHF-20D-46 Material of reduce noise XPE Crankcase heater power W 38 Weight (Net/Shipping) kg/kg 108/121

Type/Charge g R410A/3700

Refrigerant

Maximum pipe length

without recharge refrigerant

30

Recharge quantity g/m 45

Piping

Pipe

Liquid mm 9.52

Gas mm 15.88

Connecting method Flared

Between I.D &O.D

MAX. Drop m 30 MAX. Piping length m 75

Norminal condition:

Indoor temperature (cooling) : 27DB (°C)/19WB (°C) , Indoor temperature (heating) : 20DB (°C) Outdoor temperature (cooling) : 35DB (°C)/24WB (°C) , Outdoor temperature (heating) : 7DB (°C)/6WB (°C) The noise level will be measured in the third octave band limited values, using a Real Time Analyser calibrated

sound intensity meter. It is a sound pressure noise level.

2

98

Haier 1UH125P1ERG, 1UH071N1ERG, 1UH125P1ERK, 1UH140P1ERK, 1UH160P1ERG Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Part 1 General Information

1. Nomenclature

2. Line up

3. Feature

Part 2 Indoor Units--4-Way Cassette Type

1. Feature

3. Dimension

4. Wiring Diagram

5. Air Velocity and Temperature Distribution

6. Sound Pressure Level

7. Installation

8. Test run

Part 3 Indoor Units-Medium ESP Duct Type

1. Feature

3. Dimension

4. Wiring Diagram

6. Instalaltion

7. Sound Pressure Level

Part 4 Indoor Unit-High ESP Duct Type

1. Feature

3. Dimension

4. Wiring Diagram

6. Installation

7. Sound Pressure Level

Part 5 Outdoor Units