Sinclair SCV-50EA, SCV-70EA, SCV-140EA, SCV-160EA, SCV-100EA Service Manual

...

Download

Page 1

SCV-xxEA

SERVICE MANUAL

AIR-COOLED

MINI CHILLER UNIT

AIR CONDITIONING

Page 2

Content

1. Outdoor uni

ts lineup ........................................................



2.Features .............................................................................. 2



3. Description of main components .................................... 6



4. Specifications .................................................................... 8



5. Dimensions ...................................................................... 12



6. Piping Diagram ................................................................ 13



7. Wiring Diagram ............................................................... 14



8. Electric Characteristics .................................................. 17



9. Capacity Tables ............................................................... 18



10.Operation Limits ............................................................ 24



11. Water Pressure Drop .................................................... 26



12. Sound Level ................................................................... 29



Exploded View ....................................................................



13.



Installation ....................................................................



14.



Checking and Starting Up the

Unit ............................. 43



15.



Running and Ma

intenance .......................................... 45



16. Controller ....................................................................... 48



17.Troubles

hooting .............................................................



18. Optional

Accessories ...................................................



※

Manufacture reserves the right to discontinue, or change at any time, specifications or designs without notices

and without incurring obligations.

Page 3

1. Outdoor units lineup

Model

Power Supply

(V/Ph/Hz)

Heat

SCV-50EA, SCV-70EA

Compressor

Capacity

type

exchanger

A/C mode

Hydraulic module

Refrigerant

SCV-50EA 220-240/1 /50 5.0kW DC Inverter Plate type Heat pump Built-in R410A

SCV-70EA 220-240/1/50 7.0kW DC Inverter Plate type Heat pump Built-in R410A

Power Supply

(V/Ph/Hz)

Capacity

Compressor

type

Heat

exchanger

A/C mode

Hydraulic module

Refrigerant

er Plate type Heat pump Built-in R410A

rter Plate type Heat pump Built-in R410A

er Plate type Heat pump Built-in R410A

Model

SCV-100EA 220-240/1/50 10.0 DC Invert

SCV-120EA

5/3/50

11.2 DC Inve

SCV-140EA 380-415/3/50 12.5 DC Invert

SCV-160EA 380-415/3/50 14.5 DC Invert

er Plate type Heat pump Built-in R410A

SCV-100EA, SCV-120EA,

SCV-140EA, SCV-160EA

Page 4

Compressor

(Twin Rotary) structure

2.Features

2.1 High efficient DC inverter compressor

Full DC inverter mini chiller adopts highly intelligent inverter-driven compressor. This advanced technology

enables the output of the outdoor unit to be modulated by the real heat load demands..

This advanced system ensures precise temperature regulation and highly efficient energy usage, making a

significant contribution to limiting the impact on the environment.

2.2 High performance heat exchanger

The new designed window fins enlarge the heat-exchanging area,

which decrease the air resistance, save more power and enhance heat

exchange performance.

Hydrophilic film fins and inner-threaded copper pipes optimize heat

exchange efficiency.

2.3 Low-operating sound design

Optimally design fan shape and new designed discharge air grille and air deflector, making higher air volume

and reduces running noise..

New fan

Air deflector

New grille

Highly Efficient DC Motor:

- Creative motor core design

- High density neodymium magnet

- Concentrated type stator

-Wider operating frequency range

Better balance and Extremely Low Vibration:

- Twin eccentric cams

- 2 balance weights

Highly Stable Moving Parts:

- Optimal material matching rollers and vanes

-Optimize compressor drive technology

- Highly robust bearings

-Compact structure

New design Original design

High efficiency inner-thread pipe, enhance heat transfer.

Page 5

2.4 High efficiency

0.5

3.5

5kW 7kW 10kW 12kW 14kW 16kW

3.23

3.11

3.39

3.31

3.21

3.20

EER

0.5

1.5

2.5

3.5

5kW 7kW 10kW 12kW 1 4kW 16kW

3.24

3.2

3.5

3.31

3.25

3.30

COP



2.5 Wideoperationtemperaturerange

Stable and safe running at wide ambient temperature range, cooling performance from -5 ˚C to 46˚C, heating from -15˚C to 27˚C.

COOLING MODE

HEA TING MODE

Outdoor temp.

46°C

27°C

-5°C

-15°C

0 10203040

-10

-20

°C(D.B.)

2.6 Energy saving and high reliability

By adopting high efficiency plate heat exchanger, the energy consumption can be reduced.

Page 6

a. Metallic protective cabinet with rustproof polyester paint; b. Built-in with voltage protection, current protection, anti-freezing protection, water flow protection and

etc., effectively guarantee the system to work safely.

2.7 User friendly remote control

Switch SW4_1(10kW) or SW3_1(12-16kW) on the PCB to ON to enable the following remote control

functions. The setting is not default at factory.

 Remote shut down

 Remote cooling and heating

 

Note: When all controller controls together, the unit will work according to the last order.

5/7kW will be available soon.

2.8 Flexible and convenient control

 Built-in electronic controller at factory.

Compact devices with advanced function and friendly user interface.

 The chiller can be controlled by wired controller (KJR-120F)

also which is optional chosen.

Note: When connecting wired controller, outdoor unit control panel is mainly used for display which can check parameters and inquiry, and can’t be used to set mode and temperature.

 Built-in water pressure gauge. Inspect the water pressure all the time.

2.9 Integrated and compact design

Fully integrated and built-in hydraulic module, such as expansion tank, plate type of heat exchanger,

water circulating pump, etc. It saves installation space and cost.

2.10 EXV control flow more precisely

Patented liquid distribution components to maximize performance and minimize defrost impact.

Stable and accurate gas flow control. EXV achieves 500 pulses to adjust flow precisely. Ensure the

temperature-control precisely and steadily to provide a comfortable environment.

Page 7

Fast respond resulting in higher efficiency and improved reliability.

10%

15%

20%

25%

30%

35%

40%

45%

50%

55%

60%

65%

70%

75%

80%

85%

90%

95%

100%

2.11 Water pump starts/stops compulsory function

Press “Check” button for 3 seconds to start the water pump operating when the unit is standby. Press

“Check” button for 3 seconds again to stop the water pump.

Page 8

3. Description of main components

Structure

Panels and base are made from galvanized steel plate painted with epoxy power to ensure total resistance to atmospheric pollution, condensate collection pan as standard.

Condenser coils:

The coils are made from high performance and seamless copper tuber and high surface area aluminum fins to ensure optimum heat exchange capability. Condenser coil protection grill is standard.

Fan motor:

To achieve high efficiency heat exchange, the unit is equipment with the high performance axial-flow fans. The fan is driven directly by weather proof motor to ensure reliable operation, the fan motor is six-pole electric motor with built-in thermal cut-out.

Evaporator:

The heat exchanger is made of AISI 316 stainless steel to ensure high heat exchange efficiency, complete with electric heater and differential pressure switch. The complete heat exchanger is insulated with thermal insulation closed cell rubber foam to give optimum thermal insulation.

Hydraulic module:

It is fully integrated and equipped with key hydraulic components such as expansion tank, plate type of heat-exchanger, water circulating pump.

The water pressure difference switch is provided in the units to protect against damage to the water pump.

Power and control electrical panel

Power and control electrical panel constructed in accordance with IEC 204-1/EN60335-2-40, complete with compressor contactor, control via control panel.

11 12

2 3

4 5

6 7

9 10

5/7KW

1 Electrical panel 2 Display panel 3 Plate heat exchanger 4 4-way valve 5 High pressure switch 6 Low pressure switch 7 Water Pump 8 Accumulator 9 Water flow switch 10 Compressor 11 Condenser 12 Expansion tank 13 Axial-flow fan

Page 9

12 13

14 15

16 17

2 3

10~16KW

1 Operation panel

Water manometer

3 Automatic discharge valve

Axial-flow fan 5 Differential pressure switch 6 Condenser 7 Accumulater 8 Security discharge 9 Electric expansive valve 10 Plate heat exchanger

11 Electrical panel 12 High pressure switc

13 4-ways valve 14 Expansion tank 15 Pump 16 Low pressure switch 17 Storage tank 18 Compressor 19 Water supply valve

Page 10

4. Specifications

Model Power supply V-Ph-Hz

220-240, 1, 50 220-240, 1, 50

Cooling*(1)

Capacity kW 5.0 7.0 Input kW 1.55 2.25

Cooling*(2)

Capacity kW 6.57 7.88 Input kW 1.27 1.84

Heating*(3)

Capacity kW 5.5 8.0 Input kW 1.7 2.5

Heating*(4)

Capacity kW 6.32 8.29

Input kW 1.52 2.13 EER*(1) kW/kW 3.23 3.11 EER*(2) kW/kW 5.16 4.28 Max. input consumption kW 2.8 3.0 Max. input current A 14.6 15.6

Compressor

Model SNB172FJGMC SNB172FJGMC

Type ROTARY ROTARY

Brand Mitsubishi Electric Mitsubishi Electric

Capacity kW 5.46 5.46

Input kW 1.64 1.64

Rated load current A 8.1 8.1

Locked rotor Amp A 29.5 29.5

Thermal protector

Inner Inner

Refrigerant oil ml FV50S,400 FV50S,400

Outdoor fan motor

Model

WZDK170-38G-1 WZDK170-38G-1

Type

DC Motor DC Motor

Brand

NIDEC SHIBAURA NIDEC SHIBAURA

Input

W 170 170

Speed

r/min 820 820

Outdoor coil

Number of rows 22

Tube pitch(a)× row pitch(b) mm

22×19.05 22×19.05

Fin spacing mm 1.6 1.6

Fin type Hydrophilic aluminum foil Hydrophilic aluminum foil

Tube outside dia. and type mm

φ7.94 φ7.94

Inner grooved copper tube Inner grooved copper tube

Coil length ×height mm 885×880 885×880

Number of circuits 66

Water pump

Type RS15/6-3-WILO RS15/6-3-WILO

Input (H/M/L) W 93/67/46 93/67/46

Pumping head m 5.5 5.5 Outdoor air flow m3/h 5100 5100 Throttle EXV+capillary EXV+capillary Outdoor noise level (sound pressure)*(3) dB(A) 58 58 Water flow m

/h 0.86 1.20

The plate heat-exchanger water pressure drop

kPa 15 15

The Max. and Min. water inlet pressure kPa

500/150 500/150

Outdoor unit

Net dimension (W×H×D) mm 990×966×354 990×966×354

Packing dimension

(W×H×D)

mm 1120×1100×435 1120×1100×435

Net/ Gross weight kg 81/91 81/91

Refrigerant

Type R410A R410A

Charged volume kg 2.5 2.5

Connection wiring

Power wire mm2 3×2.5 3×2.5

Signal wire mm2

3×0.75 3×0.75

Pipe diameter

Water inlet/outlet inch 1’’ 1’’

Control Wired controlle

Wired controlle

Ambient temperature ℃ Cooling: -5℃~46℃; Heating: -15-27℃(Antifreeze must be added below 5℃)

Water outlet temperature range ℃ Cooling: 4~20 ℃; Heating: 30~55 ℃

Note: Specifications are based on the following conditions:

1. Cooling: (*1) chilled water inlet/outlet temperature: 12/7°C,outdoor ambient temperature 35°C DB. (*2) chilled water inlet/outlet temperature: 23/18°C,outdoor ambient temperature 35°C DB.

SCV-50EA SCV-70EA

Page 11

2. Heating: (*3) warm water inlet/outlet temperature: 40/45°C,outdoor ambient temperature 7°C DB/6°C WB .

(*4) warm water inlet/outlet temperature: 30/35°C,outdoor ambient temperature 7°C DB/6°C WB .

3. It is tested 1m away in front of the unit in a semi-anechoic room(sound pressure).

4. The above data may be changed without notice for future improvement on quality and performance.

Model Power supply V-Ph-Hz

220-240, 1, 50 380-415, 3, 50

Cooling*(1)

Capacity kW 10.0(2.9~10.5) 11.2(3.1~12.0) Input kW 2.95 3.38

Cooling*(2)

Capacity kW 10.9 14.50 Input kW 2.49 2.80

Heating*(3)

Capacity kW 11.0(3.2~12.0) 12.3(3.3~13.2) Input kW 3.14 3.72

Heating*(4)

Capacity kW 10.96 13.75

Input kW 2.51 2.85 EER(*1) kW/kW 3.39 3.31 EER(*2) kW/kW 4.39 5.17 Max. input consumption kW 4.8 5.2 Max. input current A 25 8.9

Compressor

Model ATQ420D1UMU ATQ420D2UMU

Type Rotary Rotary

Brand GMCC GMCC

Capacity kW 13.1 13.0

Input kW 3.42 3.45

Rated load current A 6.85 6.9

Locked rotor Amp A 52 44

Thermal protector

Inner Inner

Refrigerant oil ml VG74,1400 VG74,1400

Outdoor fan motor

Model

WZDK100-38G WZDK100-38G

Type

DC Motor DC Motor

Brand

Panasonic Panasonic

Input

W 100 100

Speed

r/min 800 800

Outdoor coil

Number of rows 22

Tube pitch(a)× row pitch(b) mm

22×19.05 22×19.05

Fin spacing mm 1.6 1.6

Fin type Hydrophilic aluminum foil

Tube outside dia. and type mm

φ7.94 φ7.94

Inner grooved copper tube

Coil length ×height mm 1276×870 1276×870

Number of circuits 77

Water pump

Type RL25/8.5 RL25/8.5

Input (H/M/L) W 210/175/120 210/175/120

Pumping head m 8 8 Outdoor air flow m3/h 7000 7000 Throttle EXV EXV Outdoor noise level (sound pressure)*(3) dB(A) 59 59 Water flow m

/h 1.72 1.92

The plate heat-exchanger water pressure drop

kPa 18 18

The Max. and Min. water inlet pressure kPa

500/150 500/150

Outdoor unit

Net dimension (W×H×D) mm 970×1327×400 970×1327×400

Packi

mension

(

W×H×D)

mm 1082×1456×435 1082×1456×435

Net/ Gross weight kg 110/121 110/121

Refrigerant

Type R410A R410A

Charged volume kg 2.8 2.8

Connection wiring

Power wi

e mm2 3×4.0 5×3.0

Signal wire mm2

3×0.75 3×0.75

Pipe diameter

Water inlet/outlet inch 1-1/4” 1-1/4”

Control Wired controlle

Wired controlle

Ambient temperature ℃ Cooling: -5℃~46℃; Heating: -15-27℃(Antifreeze must be added below 5℃)

Water outlet temperature range ℃ Cooling: 4~20 ℃; Heating: 30~55 ℃

Note: Specifications are based on the following conditions:

SCV-100EA SCV-120EA

Page 12

1. Cooling: (*1) chilled water inlet/outlet temperature: 12/7°C,outdoor ambient temperature 35°C DB. (*2) chilled water inlet/outlet temperature: 23/18°C,outdoor ambient temperature 35°C DB.

2. Heating: (*3) warm water inlet/outlet temperature: 40/45°C,outdoor ambient temperature 7°C DB/6°C WB .

(*4) warm water inlet/outlet temperature: 30/35°C,outdoor ambient temperature 7°C DB/6°C WB .

3. It is tested 1m away in front of the unit in a semi-anechoic room(sound pressure).

4. The above data may be changed without notice for future improvement on quality and performance.

Model Power supply V-Ph-Hz

380-415, 3, 50 380-415, 3, 50

Cooling*(1)

Capacity kW 12.5(3.3~14.0) 14.5(3.5~15.5) Input kW 3.9 4.53

Cooling*(2)

Capacity kW 15.17 16.70 Input kW 3.13 3.73

Heating*(3)

Capacity kW 13.8(3.5~15.4) 16.0(3.7~17.0) Input kW 4.25 4.85

Heating*(4)

Capacity kW 15.30 16.97

Input kW 3.15 3.86 EER(*1) kW/kW 3.2 3.2 EER(*2) kW/kW 4.84 4.48 Max. input consumption kW 5.6 5.9 Max. input current A 9.6 10.1

Compressor

Model ATQ420D2UMU ATQ420D2UMU

Type Rotary Rotary

Brand GMCC GMCC

Capacity kW 13.0 13.0

Input kW 3.45 3.45

Rated load current A 6.9 6.9

Locked rotor Amp. A 44 44

Thermal protector

Inner Inner

Refrigerant oil ml VG74,1400 VG74,1400

Outdoor fan motor

Model

WZDK100-38G WZDK100-38G

Type

DC Motor DC Motor

Brand

Panasonic Panasonic

Input

W 100 100

Speed

r/min 800 800

Outdoor coil

Number of rows 22

Tube pitch(a)× row pitch(b) mm

22×19.05 22×19.05

Fin spacing mm 1.6 1.6

Fin type Hydrophilic aluminum foil

Tube outside dia. and type mm

φ7.94 φ7.94

Inner grooved copper tube

Coil length ×height mm 1276×870 1276×870

Number of circuits 77

Water pump

Type RL25/8.5 RL25/8.5

Input (H/M/L) W 210/175/120 210/175/120

Pumping head m 8 8 Outdoor air flow m3/h 7000 7000 Throttle EXV EXV Outdoor noise level (sound pressure)*(3) dB(A) 60 60 Water flow m

/h 2.15 2.49

The plate heat-exchanger water pressure drop

kPa 18 19

The Max. and Min. water inlet pressure kPa

500/150 500/150

Outdoor unit

Net dimension (W×H×D) mm 970×1327×400 970×1327×400

Packi

mension

(

W×H×D)

mm 1082×1456×435 1082×1456×435

Net/ Gross weight kg 111/122 111/122

Refrigerant

Type R410A R410A

Charged volume kg 2.9 3.2

Connection wiring

Power wire mm2 5×3.0 5×3.0

Signal wire mm2

3×0.75 3×0.75

Pipe diameter

Water inlet/outlet inch 1-1/4’’ 1-1/4’’

Control Wired controlle

Wired controlle

Ambient temperature ℃ Cooling: -5℃~46℃; Heating: -15-27℃(Antifreeze must be added below 5℃)

Water outlet temperature range ℃ Cooling: 4~20 ℃; Heating: 30~55 ℃

SCV-140EA SCV-160EA

Page 13

Note: Specifications are based on the following conditions:

1. Cooling: (*1) chilled water inlet/outlet temperature: 12/7°C,outdoor ambient temperature 35°C DB. (*2) chilled water inlet/outlet temperature: 23/18°C,outdoor ambient temperature 35°C DB.

2.Heating: (*3) warm water inlet/outlet temperature: 40/45°C,outdoor ambient temperature 7°C DB/6°C WB .

(*4) warm water inlet/outlet temperature: 30/35°C,outdoor ambient temperature 7°C DB/6°C WB .

3. It is tested 1m away in front of the unit in a semi-anechoic room(sound pressure).

4. The above data may be changed without notice for future improvement on quality and performance.

Page 14

5. Dimensions

SCV-50EA, SCV-70EA

(Unit: mm)

966

366

354

990

624

SCV-100EA, SCV-120EA, SCV-140EA, SCV-160EA (Unit : mm)

1327

900

970

600

348

320

400

360

Page 15

6. Piping Diagram

SCV-50EA, SCV-70EA

HEAT PUMP

1 compressor 2 high pressure switch 3 4-way value(only HEAP PUMP) 4 condenser 5 filter

6 electronic expansive valve 7 liquid receiver 8 plate heat exchanger 9 frost heater 10 water temperature sensor

11 accumulator 12 low pressure switch 13 crankcase heater

SCV-100EA, SCV-120EA, SCV-140EA, SCV-160EA

Cooling Heating

1 Compressor 2 4-Way Valve 3 Accumulatior 4 Air Side Heat Exchanger 5 Electronic Expansion Valve 6 Storage Tank 7 Strainer 8 Water Side Heat Exchanger (Plate Heat Exchange)

9 Differential Pressure Switch 10 High Pressure Switch 11 Low Pressure Switch 12 Discharge Gas thermistor 13 thermistor For Outdoor Temperature 14 Thermistor For Evaporation In Heating

(Thermistor For Condenser In Cooling) 15 Thermistor For Plate Heat Exchange 1 16 Thermistor For Plate Heat Exchange 2

17 Thermistor For Water Outlet 18 Thermistor For Water Inlet 19 Automatic Discharge Valve 20 Expansion Tank 21 Circulating Pump 22 Pressure Gauge 23 Safety Valve 24 Auto-watet replenishing

Page 16

7. Wiring Diagram

SCV-50EA, SCV-70EA

Page 17

SCV-100EA

Page 18

SCV-120EA, SCV-140EA, SCV-160EA

Page 19

8. Electric Characteristics

Model

Outdoor Unit Power Supply Compressor OFM

Hz Voltage Phase Min. Max. MCA TOCA MFA MSC RLA kW FLA

SCV-50EA 50Hz 220~240V 1Ph 198V

264V 10.1 14.6 20 29.5 8.1 0.195 1.65

SCV-70EA 50Hz 220~240V 1Ph 198V

264V 10.1 15.6 20 29.5 8.1 0.195 1.65

SCV-100EA 50Hz 220~240V 1Ph

198V 264V 15.1 25.0 30 52 12.1 0.20 1.8

SCV-120EA 50Hz 380~415V 3Ph

342V 456V 8.6 8.9 15 44 6.9 0.20 1.8

SCV-140EA 50Hz 380~415V 3Ph

342V 456V 8.6 9.6 15 44 6.9 0.20 1.8

SCV-160EA 50Hz 380~415V 3Ph

342V 456V 8.6 10.1 15 44 6.9 0.20 1.8

Remark:

MCA: Min. Current Amps. (A)

TOCA: Total Over-current Amps. (A) MFA: Max. Fuse Amps. (A)

MSC: Max. Starting Amps. (A) RLA: Rated Current Amps. (A)

OFM: Outdoor Fan Motor FLA: Full Load Amps. (A)

kW: Rated Motor Output (kW)

Page 20

9. Capacity Tables

SCV-50EA Cooling

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 5.60 1.37 4.10 5.27 1.41 3.75 4.97 1.45 3.43 4.70 1.50 3.14 4.40 1.57 2.80 4.05 1.65 2.46

6.00 5.79 1.39 4.17 5.44 1.43 3.81 5.13 1.47 3.48 4.85 1.52 3.19 4.54 1.59 2.85 4.19 1.67 2.50

7.00 5.99 1.41 4.23 5.63 1.46 3.86 5.30 1.50 3.53 5.00 1.55 3.23 4.70 1.63 2.88 4.33 1.71 2.53

8.00 6.17 1.46 4.24 5.80 1.50 3.86 5.45 1.55 3.52 5.14 1.60 3.22 4.83 1.68 2.88 4.46 1.76 2.53

9.00 6.35 1.47 4.31 5.95 1.52 3.93 5.60 1.56 3.58 5.27 1.61 3.27 4.96 1.69 2.93 4.58 1.78 2.58

10.00 6.59 1.49 4.41 6.17 1.54 4.01 5.80 1.59 3.65 5.45 1.64 3.33 5.14 1.72 2.99 4.75 1.80 2.63

11.00 6.77 1.51 4.49 6.34 1.55 4.08 5.95 1.60 3.71 5.59 1.65 3.38 5.27 1.73 3.04 4.88 1.82 2.68

12.00 6.93 1.53 4.53 6.48 1.58 4.11 6.07 1.63 3.73 5.70 1.68 3.40 5.38 1.76 3.06 4.99 1.85 2.70

13.00 7.05 1.54 4.57 6.59 1.59 4.14 6.17 1.64 3.76 5.79 1.69 3.43 5.47 1.77 3.08 5.08 1.86 2.72

14.00 7.23 1.55 4.65 6.75 1.60 4.21 6.31 1.65 3.82 5.92 1.70 3.48 5.60 1.79 3.13 5.20 1.88 2.77

15.00 7.32 1.56 4.69 6.83 1.61 4.24 6.38 1.66 3.85 5.97 1.71 3.49 5.66 1.80 3.15 5.26 1.89 2.79

16.00 7.50 1.58 4.76 6.99 1.63 4.30 6.53 1.68 3.90 6.11 1.73 3.54 5.79 1.81 3.19 5.39 1.90 2.83

17.00 7.60 1.58 4.80 7.07 1.63 4.33 6.60 1.68 3.92 6.17 1.74 3.55 5.85 1.82 3.21 5.45 1.91 2.85

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃) kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 3.41 1.06 3.21 4.26 1.21 3.53 5.02 1.34 3.74 5.58 1.46 3.82 6.06 1.54 3.94 6.79 1.63 4.17 7.81 1.76 4.44

41.00 3.30 1.09 3.04 4.13 1.23 3.35 4.87 1.37 3.55 5.42 1.49 3.64 5.89 1.57 3.76 6.59 1.66 3.97 7.57 1.80 4.21

42.00 3.21 1.11 2.90 4.02 1.26 3.19 4.74 1.40 3.39 5.28 1.52 3.47 5.75 1.60 3.59 6.42 1.70 3.78 7.36 1.83 4.02

43.00 3.13 1.13 2.77 3.93 1.28 3.06 4.64 1.43 3.25 5.17 1.55 3.33 5.64 1.63 3.45 6.28 1.73 3.63 7.19 1.87 3.84

44.00 3.07 1.15 2.66 3.86 1.31 2.94 4.56 1.46 3.13 5.09 1.58 3.21 5.56 1.67 3.33 6.18 1.77 3.50 7.05 1.91 3.70

45.00 3.03 1.18 2.57 3.81 1.34 2.85 4.50 1.49 3.03 5.03 1.62 3.12 5.50 1.70 3.24 6.11 1.80 3.39 6.96 1.95 3.58

46.00 2.97 1.19 2.50 3.74 1.35 2.77 4.43 1.50 2.95 4.95 1.63 3.04 5.42 1.72 3.16 6.00 1.82 3.30 6.83 1.97 3.48

47.00 2.88 1.21 2.37 3.63 1.38 2.64 4.31 1.53 2.81 4.82 1.66 2.90 5.28 1.75 3.02 5.84 1.86 3.15 6.64 2.00 3.31

48.00 2.77 1.25 2.21 3.49 1.42 2.46 4.15 1.58 2.63 4.65 1.71 2.71 5.10 1.80 2.83 5.63 1.91 2.94 6.38 2.07 3.09

49.00 2.61 1.30 2.01 3.31 1.48 2.24 3.93 1.64 2.40 4.41 1.78 2.48 4.84 1.88 2.58 5.34 1.99 2.68 6.04 2.15 2.81

50.00 2.45 1.36 1.79 3.10 1.55 2.00 3.69 1.72 2.14 4.14 1.87 2.21 4.55 1.97 2.31 5.01 2.09 2.40 5.66 2.26 2.51

Page 21

SCV-70EA Cooling

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 7.84 1.98 3.95 7.38 2.04 3.61 6.96 2.11 3.31 6.58 2.17 3.03 6.17 2.28 2.70 5.67 2.39 2.37

6.00 8.10 2.01 4.03 7.62 2.07 3.67 7.18 2.14 3.36 6.78 2.21 3.08 6.36 2.32 2.75 5.86 2.43 2.41

7.00 8.38 2.05 4.08 7.88 2.12 3.72 7.42 2.18 3.40 7.00 2.25 3.11 6.57 2.36 2.78 6.06 2.48 2.44

8.00 8.64 2.12 4.09 8.12 2.18 3.72 7.63 2.25 3.40 7.20 2.32 3.11 6.76 2.43 2.78 6.24 2.56 2.44

9.00 8.89 2.14 4.16 8.34 2.20 3.79 7.84 2.27 3.45 7.38 2.34 3.15 6.94 2.46 2.83 6.42 2.58 2.49

10.00 9.22 2.17 4.26 8.64 2.23 3.87 8.12 2.30 3.52 7.64 2.38 3.22 7.19 2.49 2.88 6.65 2.62 2.54

11.00 9.48 2.19 4.33 8.88 2.26 3.93 8.33 2.33 3.58 7.83 2.40 3.26 7.38 2.52 2.93 6.83 2.64 2.58

12.00 9.70 2.22 4.37 9.07 2.29 3.96 8.50 2.36 3.60 7.98 2.43 3.28 7.54 2.56 2.95 6.99 2.68 2.60

13.00 9.87 2.24 4.41 9.23 2.31 4.00 8.64 2.38 3.63 8.10 2.45 3.30 7.66 2.58 2.97 7.11 2.70 2.63

14.00 10.12 2.25 4.49 9.45 2.32 4.06 8.84 2.40 3.69 8.28 2.47 3.35 7.83 2.59 3.02 7.28 2.72 2.67

15.00 10.25 2.27 4.52 9.56 2.34 4.09 8.93 2.41 3.71 8.36 2.48 3.37 7.92 2.61 3.04 7.37 2.74 2.69

16.00 10.50 2.29 4.59 9.79 2.36 4.15 9.14 2.43 3.76 8.55 2.51 3.41 8.10 2.63 3.08 7.54 2.76 2.73

17.00 10.64 2.30 4.63 9.90 2.37 4.18 9.24 2.44 3.78 8.63 2.52 3.43 8.19 2.65 3.10 7.64 2.78 2.75

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃) kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 4.96 1.56 3.17 6.20 1.78 3.49 7.30 1.98 3.70 8.11 2.15 3.78 8.81 2.26 3.90 9.87 2.40 4.12 11.35 2.59 4.39

41.00 4.81 1.60 3.01 6.01 1.81 3.32 7.08 2.02 3.51 7.88 2.19 3.60 8.57 2.31 3.72 9.59 2.44 3.92 11.00 2.64 4.17

42.00 4.67 1.63 2.87 5.85 1.85 3.16 6.90 2.06 3.35 7.68 2.24 3.44 8.37 2.35 3.56 9.34 2.49 3.74 10.70 2.69 3.97

43.00 4.55 1.66 2.74 5.71 1.89 3.03 6.75 2.10 3.21 7.52 2.28 3.30 8.20 2.40 3.42 9.14 2.55 3.59 10.45 2.75 3.80

44.00 4.47 1.70 2.63 5.61 1.93 2.91 6.63 2.14 3.10 7.40 2.33 3.18 8.08 2.45 3.30 8.98 2.60 3.46 10.26 2.80 3.66

45.00 4.40 1.73 2.54 5.54 1.97 2.82 6.55 2.19 3.00 7.32 2.38 3.08 8.00 2.50 3.20 8.88 2.65 3.35 10.12 2.86 3.54

46.00 4.31 1.75 2.47 5.43 1.99 2.74 6.44 2.21 2.92 7.20 2.40 3.00 7.88 2.53 3.12 8.73 2.68 3.26 9.94 2.89 3.44

47.00 4.19 1.78 2.35 5.28 2.03 2.61 6.26 2.25 2.78 7.01 2.45 2.87 7.68 2.58 2.98 8.50 2.73 3.11 9.65 2.95 3.27

48.00 4.02 1.84 2.19 5.08 2.09 2.43 6.03 2.32 2.60 6.76 2.52 2.68 7.41 2.65 2.79 8.19 2.81 2.91 9.28 3.04 3.06

49.00 3.80 1.91 1.99 4.81 2.17 2.22 5.72 2.41 2.37 6.42 2.62 2.45 7.04 2.76 2.55 7.76 2.92 2.65 8.79 3.16 2.78

50.00 3.56 2.01 1.77 4.50 2.28 1.98 5.36 2.53 2.12 6.02 2.75 2.19 6.62 2.90 2.29 7.28 3.07 2.37 8.23 3.32 2.48

Page 22

SCV-100EA Cooling

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 11.20 2.60 4.31 10.54 2.68 3.94 9.95 2.76 3.60 9.40 2.85 3.30 8.81 2.99 2.95 8.10 3.14 2.58

6.00 11.57 2.64 4.39 10.89 2.72 4.00 10.26 2.80 3.66 9.69 2.89 3.35 9.09 3.04 2.99 8.37 3.19 2.63

7.00 11.98 2.69 4.45 11.26 2.78 4.06 10.60 2.86 3.70 10.00 2.95 3.39 9.39 3.10 3.03 8.66 3.25 2.66

8.00 12.35 2.77 4.45 11.59 2.86 4.06 10.91 2.95 3.70 10.28 3.04 3.38 9.66 3.19 3.03 8.92 3.35 2.66

9.00 12.70 2.80 4.53 11.91 2.89 4.13 11.19 2.98 3.76 10.54 3.07 3.44 9.92 3.22 3.08 9.16 3.38 2.71

10.00 13.18 2.84 4.64 12.35 2.93 4.22 11.60 3.02 3.84 10.91 3.11 3.50 10.28 3.27 3.14 9.51 3.43 2.77

11.00 13.54 2.87 4.72 12.68 2.96 4.29 11.90 3.05 3.90 11.18 3.14 3.56 10.54 3.30 3.19 9.76 3.47 2.82

12.00 13.85 2.91 4.76 12.96 3.00 4.32 12.15 3.09 3.92 11.41 3.19 3.57 10.77 3.35 3.21 9.98 3.52 2.84

13.00 14.10 2.94 4.80 13.18 3.03 4.36 12.34 3.12 3.96 11.58 3.22 3.60 10.94 3.38 3.24 10.15 3.55 2.86

14.00 14.45 2.96 4.89 13.49 3.05 4.43 12.62 3.14 4.02 11.83 3.24 3.65 11.19 3.40 3.29 10.40 3.57 2.91

15.00 14.64 2.97 4.93 13.66 3.06 4.46 12.76 3.16 4.04 11.95 3.25 3.67 11.32 3.42 3.31 10.52 3.59 2.93

16.00 15.00 3.00 5.00 13.98 3.09 4.52 13.05 3.19 4.09 12.21 3.29 3.72 11.58 3.45 3.35 10.78 3.62 2.97

17.00 15.19 3.01 5.04 14.15 3.11 4.55 13.20 3.20 4.12 12.33 3.30 3.73 11.71 3.47 3.37 10.91 3.64 3.00

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃)

kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 6.82 1.96 3.47 8.53 2.23 3.82 10.04 2.48 4.05 11.15 2.70 4.14 12.12 2.84 4.27 13.57 3.01 4.51 15.61 3.25 4.80

41.00 6.61 2.00 3.30 8.27 2.28 3.63 9.74 2.53 3.85 10.83 2.75 3.94 11.79 2.90 4.07 13.18 3.07 4.29 15.13 3.32 4.56

42.00 6.42 2.05 3.14 8.04 2.32 3.46 9.48 2.58 3.67 10.56 2.81 3.76 11.50 2.96 3.89 12.84 3.13 4.10 14.71 3.38 4.35

43.00 6.26 2.09 3.00 7.86 2.37 3.31 9.28 2.64 3.52 10.34 2.86 3.61 11.28 3.02 3.74 12.56 3.20 3.93 14.37 3.45 4.16

44.00 6.14 2.13 2.88 7.71 2.42 3.19 9.12 2.69 3.39 10.18 2.92 3.48 11 .11 3.08 3.61 12.35 3.26 3.79 14.11 3.52 4.00

45.00 6.05 2.17 2.78 7.61 2.47 3.08 9.01 2.74 3.28 10.07 2.98 3.37 11.00 3.14 3.50 12.21 3.33 3.67 13.92 3.59 3.87

46.00 5.93 2.20 2.70 7.47 2.49 3.00 8.85 2.77 3.19 9.90 3.01 3.29 10.84 3.17 3.42 12.01 3.36 3.57 13.66 3.63 3.76

47.00 5.76 2.24 2.57 7.26 2.54 2.85 8.61 2.83 3.05 9.65 3.07 3.14 10.56 3.23 3.27 11.68 3.43 3.41 13.27 3.70 3.58

48.00 5.53 2.31 2.40 6.98 2.62 2.66 8.29 2.91 2.85 9.30 3.17 2.94 10.19 3.33 3.06 11.25 3.53 3.19 12.76 3.81 3.35

49.00 5.23 2.40 2.18 6.61 2.73 2.43 7.86 3.03 2.60 8.82 3.29 2.68 9.68 3.47 2.79 10.67 3.67 2.91 12.08 3.97 3.05

50.00 4.89 2.52 1.94 6.19 2.86 2.16 7.37 3.18 2.32 8.28 3.46 2.40 9.10 3.64 2.50 10.01 3.86 2.60 11.32 4.17 2.72

Page 23

SCV-120EA Cooling

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 12.54 2.98 4.21 11.81 3.07 3.85 11.14 3.16 3.52 10.53 3.26 3.23 9.86 3.42 2.88 9.08 3.60 2.52

6.00 12.96 3.02 4.29 12.19 3.12 3.91 11.49 3.21 3.58 10.85 3.31 3.28 10.18 3.48 2.93 9.38 3.65 2.57

7.00 13.41 3.08 4.35 12.61 3.18 3.96 11.87 3.28 3.62 11.20 3.38 3.31 10.52 3.55 2.96 9.70 3.73 2.60

8.00 13.83 3.18 4.35 12.99 3.28 3.96 12.22 3.38 3.62 11.51 3.48 3.31 10.82 3.66 2.96 9.99 3.84 2.60

9.00 14.22 3.21 4.43 13.34 3.31 4.03 12.54 3.41 3.68 11.80 3.52 3.36 11. 11 3.69 3.01 10.26 3.88 2.65

10.00 14.76 3.26 4.53 13.83 3.36 4.12 12.99 3.46 3.75 12.22 3.57 3.42 11.51 3.75 3.07 10.65 3.93 2.71

11.00 15.17 3.29 4.61 14.20 3.39 4.19 13.32 3.49 3.81 12.52 3.60 3.48 11.81 3.78 3.12 10.94 3.97 2.75

12.00 15.52 3.34 4.65 14.52 3.44 4.22 13.60 3.55 3.84 12.77 3.66 3.49 12.06 3.84 3.14 11.18 4.03 2.77

13.00 15.79 3.36 4.70 14.76 3.47 4.26 13.82 3.57 3.87 12.97 3.69 3.52 12.25 3.87 3.17 11.37 4.06 2.80

14.00 16.19 3.39 4.78 15.11 3.49 4.33 14.14 3.60 3.93 13.25 3.71 3.57 12.54 3.90 3.22 11.65 4.09 2.85

15.00 16.39 3.40 4.82 15.29 3.51 4.36 14.29 3.62 3.95 13.38 3.73 3.59 12.67 3.92 3.24 11.79 4.11 2.87

16.00 16.80 3.44 4.89 15.66 3.54 4.42 14.62 3.65 4.00 13.68 3.77 3.63 12.97 3.95 3.28 12.07 4.15 2.91

17.00 17.02 3.45 4.93 15.85 3.56 4.45 14.78 3.67 4.03 13.81 3.78 3.65 13.11 3.97 3.30 12.22 4.17 2.93

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃) kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 7.63 2.33 3.28 9.54 2.65 3.61 11.22 2.94 3.82 12.47 3.19 3.90 13.55 3.36 4.03 15.18 3.56 4.26 17.46 3.85 4.53

41.00 7.39 2.38 3.11 9.25 2.70 3.43 10.89 3.00 3.63 12.12 3.26 3.72 13.18 3.43 3.84 14.74 3.64 4.05 16.92 3.93 4.31

42.00 7.17 2.42 2.96 8.99 2.75 3.26 10.60 3.06 3.46 11.81 3.33 3.55 12.86 3.50 3.67 14.35 3.71 3.87 16.45 4.01 4.10

43.00 7.00 2.47 2.83 8.78 2.81 3.13 10.37 3.12 3.32 11.56 3.39 3.41 12.61 3.57 3.53 14.05 3.79 3.71 16.07 4.09 3.93

44.00 6.87 2.52 2.72 8.63 2.87 3.01 10.20 3.19 3.20 11.38 3.46 3.29 12.42 3.65 3.41 13.81 3.86 3.57 15.78 4.17 3.78

45.00 6.77 2.58 2.63 8.51 2.93 2.91 10.07 3.25 3.10 11.25 3.53 3.18 12.30 3.72 3.31 13.65 3.94 3.46 15.56 4.26 3.65

46.00 6.63 2.60 2.55 8.36 2.96 2.83 9.90 3.28 3.01 11.07 3.57 3.10 12.12 3.76 3.22 13.42 3.98 3.37 15.28 4.30 3.55

47.00 6.44 2.65 2.43 8.12 3.01 2.69 9.63 3.35 2.88 10.78 3.64 2.96 11.81 3.83 3.08 13.06 4.06 3.22 14.84 4.39 3.38

48.00 6.18 2.73 2.26 7.81 3.10 2.51 9.27 3.45 2.69 10.40 3.75 2.77 11.40 3.95 2.89 12.58 4.18 3.01 14.27 4.52 3.16

49.00 5.85 2.84 2.06 7.39 3.23 2.29 8.79 3.59 2.45 9.87 3.90 2.53 10.83 4.11 2.64 11.93 4.35 2.74 13.51 4.70 2.87

50.00 5.47 2.98 1.83 6.93 3.39 2.04 8.24 3.77 2.19 9.26 4.09 2.26 10.18 4.31 2.36 11.20 4.57 2.45 12.65 4.93 2.56

Page 24

Cooling

SCV-140EA

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 13.99 3.43 4.07 13.18 3.54 3.72 12.43 3.65 3.41 11.75 3.76 3.12 11.01 3.95 2.79 10.13 4.15 2.44

6.00 14.47 3.49 4.15 13.61 3.60 3.78 12.83 3.71 3.46 12.11 3.82 3.17 11.36 4.01 2.83 10.46 4.21 2.48

7.00 14.97 3.56 4.21 14.07 3.67 3.83 13.25 3.78 3.50 12.50 3.90 3.21 11.74 4.10 2.87 10.82 4.30 2.52

8.00 15.43 3.67 4.21 14.49 3.78 3.83 13.63 3.90 3.50 12.85 4.02 3.20 12.08 4.22 2.86 11.15 4.43 2.52

9.00 15.87 3.70 4.29 14.89 3.82 3.90 13.99 3.93 3.56 13.18 4.06 3.25 12.40 4.26 2.91 11.46 4.47 2.56

10.00 16.47 3.76 4.38 15.44 3.87 3.99 14.50 3.99 3.63 13.64 4.12 3.31 12.85 4.32 2.97 11.88 4.54 2.62

11.00 16.93 3.79 4.46 15.85 3.91 4.05 14.87 4.03 3.69 13.98 4.16 3.36 13.18 4.37 3.02 12.20 4.58 2.66

12.00 17.32 3.85 4.50 16.20 3.97 4.08 15.18 4.09 3.71 14.26 4.22 3.38 13.46 4.43 3.04 12.48 4.65 2.68

13.00 17.63 3.88 4.54 16.47 4.00 4.12 15.43 4.12 3.74 14.47 4.25 3.40 13.67 4.46 3.06 12.69 4.69 2.71

14.00 18.07 3.91 4.62 16.87 4.03 4.19 15.78 4.15 3.80 14.79 4.28 3.45 13.99 4.50 3.11 13.00 4.72 2.75

15.00 18.30 3.93 4.66 17.07 4.05 4.22 15.95 4.17 3.82 14.94 4.30 3.47 14.15 4.52 3.13 13.15 4.74 2.77

16.00 18.75 3.97 4.73 17.48 4.09 4.27 16.32 4.22 3.87 15.27 4.35 3.51 14.47 4.56 3.17 13.47 4.79 2.81

17.00 18.99 3.99 4.77 17.68 4.11 4.30 16.50 4.24 3.89 15.42 4.37 3.53 14.63 4.59 3.19 13.64 4.81 2.83

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃) kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 8.56 2.66 3.22 10.70 3.02 3.54 12.59 3.36 3.75 13.99 3.65 3.83 15.20 3.84 3.96 17.03 4.07 4.18 19.58 4.40 4.45

41.00 8.29 2.71 3.05 10.37 3.08 3.36 12.22 3.43 3.57 13.59 3.72 3.65 14.79 3.92 3.77 16.54 4.16 3.98 18.98 4.49 4.23

42.00 8.05 2.77 2.91 10.09 3.15 3.21 11.90 3.50 3.40 13.25 3.80 3.49 14.43 4.00 3.61 16.10 4.24 3.80 18.46 4.58 4.03

43.00 7.86 2.83 2.78 9.86 3.21 3.07 11.64 3.57 3.26 12.97 3.88 3.35 14.15 4.08 3.47 15.76 4.33 3.64 18.03 4.67 3.86

44.00 7.70 2.88 2.67 9.68 3.28 2.95 11.44 3.64 3.14 12.77 3.96 3.23 13.94 4.17 3.35 15.50 4.41 3.51 17.70 4.77 3.71

45.00 7.59 2.94 2.58 9.55 3.34 2.86 11.30 3.71 3.04 12.63 4.04 3.13 13.80 4.25 3.25 15.32 4.51 3.40 17.46 4.87 3.59

46.00 7.44 2.97 2.51 9.37 3.38 2.78 11 .11 3.75 2.96 12.42 4.08 3.05 13.59 4.29 3.17 15.06 4.55 3.31 17.14 4.91 3.49

47.00 7.22 3.03 2.38 9.11 3.44 2.64 10.81 3.83 2.82 12.10 4.16 2.91 13.25 4.38 3.03 14.66 4.64 3.16 16.65 5.01 3.32

48.00 6.94 3.12 2.22 8.76 3.55 2.47 10.40 3.94 2.64 11.66 4.28 2.72 12.79 4.51 2.84 14.12 4.78 2.95 16.01 5.16 3.10

49.00 6.56 3.25 2.02 8.29 3.69 2.25 9.86 4.10 2.41 11.07 4.46 2.48 12.15 4.69 2.59 13.39 4.97 2.69 15.16 5.37 2.82

50.00 6.14 3.41 1.80 7.77 3.87 2.01 9.25 4.30 2.15 10.39 4.68 2.22 11.42 4.92 2.32 12.56 5.22 2.41 14.20 5.64 2.52

Page 25

SCV-160EA

Cooling

Chilled water outlet temp.

Ambient temp.(℃)

21.00 25.00 30.00 35.00 40.00 46.00

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

Capacity

Power

EER

(℃)

kW kW W/W kW kW

kW kW W/W kW kW W/W kW kW W/W kW kW W/W

5.00 16.23 3.99 4.07 15.29 4.11 3.72 14.42 4.24 3.40 13.63 4.37 3.12 12.77 4.59 2.78 11.75 4.82 2.44

6.00 16.78 4.05 4.14 15.79 4.18 3.78 14.88 4.31 3.46 14.05 4.44 3.16 13.18 4.66 2.83 12.14 4.89 2.48

7.00 17.37 4.13 4.20 16.32 4.26 3.83 15.37 4.39 3.50 14.50 4.53 3.20 13.62 4.76 2.86 12.55 4.99 2.51

8.00 17.90 4.26 4.20 16.81 4.39 3.83 15.82 4.53 3.49 14.91 4.67 3.19 14.01 4.90 2.86 12.93 5.14 2.51

9.00 18.41 4.30 4.28 17.27 4.43 3.90 16.23 4.57 3.55 15.28 4.71 3.24 14.38 4.95 2.91 13.29 5.19 2.56

10.00 19.11 4.36 4.38 17.91 4.50 3.98 16.81 4.64 3.63 15.82 4.78 3.31 14.90 5.02 2.97 13.78 5.27 2.61

11.00 19.64 4.41 4.46 18.39 4.54 4.05 17.25 4.68 3.68 16.21 4.83 3.36 15.29 5.07 3.02 14.16 5.32 2.66

12.00 20.09 4.47 4.49 18.79 4.61 4.08 17.61 4.75 3.71 16.54 4.90 3.38 15.61 5.14 3.03 14.47 5.40 2.68

13.00 20.45 4.51 4.54 19.11 4.65 4.11 17.89 4.79 3.74 16.79 4.94 3.40 15.86 5.19 3.06 14.72 5.45 2.70

14.00 20.96 4.54 4.62 19.57 4.68 4.18 18.30 4.82 3.79 17.15 4.97 3.45 16.23 5.22 3.11 15.08 5.48 2.75

15.00 21.23 4.56 4.65 19.80 4.70 4.21 18.50 4.85 3.82 17.33 5.00 3.47 16.41 5.25 3.13 15.26 5.51 2.77

16.00 21.75 4.61 4.72 20.27 4.75 4.27 18.93 4.90 3.87 17.71 5.05 3.51 16.79 5.30 3.17 15.63 5.57 2.81

17.00 22.03 4.63 4.76 20.51 4.77 4.30 19.14 4.92 3.89 17.88 5.07 3.53 16.97 5.33 3.19 15.82 5.59 2.83

Note: The inlet/outlet water temperature difference is 5°C.

Heating

Note: The inlet/outlet water temperature difference is 5°C.

Hot water outlet temp.

Ambient temp.(℃)

-10 -6 -2 2 7 10 13

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

Capacity

Power

COP

(℃)

kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W kW kW W/W

40.00 9.93 3.03 3.27 12.41 3.45 3.60 14.60 3.83 3.81 16.22 4.16 3.89 17.63 4.38 4.02 19.74 4.65 4.25 22.71 5.02 4.52

41.00 9.61 3.10 3.10 12.03 3.52 3.42 14.17 3.91 3.62 15.76 4.25 3.71 17.15 4.47 3.83 19.17 4.74 4.04 22.01 5.12 4.30

42.00 9.33 3.16 2.95 11.70 3.59 3.26 13.79 3.99 3.46 15.36 4.34 3.54 16.73 4.56 3.67 18.67 4.84 3.86 21.40 5.23 4.09

43.00 9.11 3.22 2.82 11.43 3.66 3.12 13.49 4.07 3.31 15.04 4.43 3.40 16.40 4.66 3.52 18.27 4.94 3.70 20.90 5.33 3.92

44.00 8.93 3.29 2.71 11.22 3.74 3.00 13.26 4.15 3.19 14.80 4.52 3.28 16.16 4.75 3.40 17.97 5.04 3.57 20.52 5.44 3.77

45.00 8.80 3.36 2.62 11.07 3.82 2.90 13.10 4.24 3.09 14.64 4.61 3.18 16.00 4.85 3.30 17.76 5.14 3.45 20.25 5.55 3.65

46.00 8.63 3.39 2.55 10.87 3.85 2.82 12.88 4.28 3.01 14.40 4.65 3.10 15.76 4.90 3.22 17.46 5.19 3.36 19.87 5.61 3.54

47.00 8.37 3.46 2.42 10.56 3.93 2.69 12.53 4.37 2.87 14.03 4.75 2.96 15.37 5.00 3.08 16.99 5.30 3.21 19.31 5.72 3.38

48.00 8.04 3.56 2.26 10.16 4.05 2.51 12.06 4.50 2.68 13.52 4.89 2.77 14.83 5.15 2.88 16.37 5.46 3.00 18.56 5.89 3.15

49.00 7.61 3.70 2.05 9.62 4.21 2.28 11.43 4.68 2.44 12.83 5.08 2.52 14.09 5.35 2.63 15.52 5.67 2.74 17.57 6.13 2.87

50.00 7.12 3.89 1.83 9.01 4.42 2.04 10.72 4.91 2.18 12.05 5.34 2.26 13.24 5.62 2.36 14.57 5.96 2.45 16.46 6.43 2.56

Page 26

10. Operation Limits

COOLING

DELIVERY WATER TEMPERATURE

ERU

REPME

-10 4 5 7 15 20

-5

HEATIN

DELIVERY WATER TEMPERATURE

ERU

REPME

30 45 55

-15

-3

a) Ethylene Glycol Solutions

Water and ethylene glycol solutions used as a thermal vector in the place of water reduce the performance of the unit. Multiply the performance figures by the values given in the following table.

Freezing point (°C)

0 -5 -10 -15 -20 -25

Percentage of ethylene glycol in weight

0 12% 20% 28% 35% 40%

cPf

1 0.98 0.97 0.965 0.96 0.955

1 1.02 1.04 1.075 1.11 1.14

cdp

1 1.07 1.11 1.18 1.22 1.24

cPf: correction factor of heating/cooling capacity cQ: correction factor of flow rate cdp: correction factor of pressure drop

Page 27

Note:

1. During winter leaving the unit unused, please drain water out completely from unit if no anti-freeze were charged into pipeline, or keep power on (at standby or off status) and ensure that water is contained inside of unit.

2. When ambient temperature lower 5 ,℃ running cooling mode must be charged antifreeze. Refers to upper parameters for the charged volume.

b) Fouling Factors

The performance data given refer to conditions with clean evaporator plates (fouling factor=1). For different fouling factors, multiply the figures in the performance tables by the coefficient given in the following table.

Fouling factors Evaporator

(m 2 °C/W) f1 fk1 fx1

4.4×10-5 - - -

0.86×10-4 0.96 0.99 0.99

1.72×10-4 0.93 0.98 0.98

f1 correction factor of capacity fk1 power input correction factor of compressor fx1 correction factor of total power input

Page 28

11. Water Pressure Drop

SCV-50EA, SCV-70EA

SCV-100EA

Heat exchanger pressure drop (water side) 研发提供

Page 29

SCV-120EA

SCV-140EA

Page 30

SCV-160EA

Page 31

12. Sound Level

Model Noise level (dB(A))

SCV-50EA 58

SCV-70EA 58

SCV-100EA 59

SCV-120EA 59

SCV-140EA 60

SCV-160EA 60

Note:

1).High/low air flow of outdoor fan motor.

2). It is tested 1 meter away from the machine in a semi-anechoic room (sound pressure).

1.0m

Micro

Outdoor U nit

1.4m

Page 32

13. Installation

a) Installation of general information

General warning

1. These units have been designed to chilled and hot water and must be used in applications compatible with their performance characteristics; these appliances are designed for residential or similar applications.

2. Incorrect installation, regulation and maintenance or improper use absolves the manufacturer from all liability, whether contractual or otherwise, for damage to people, animals or things. Only those applications specifically indicated in this list are permitted.

3. Read this manual carefully. All work must be carried out by qualified personnel in conformity with legislation in force in the country concerned.

4. The guarantee is invalidated if the above instructions are not respected and if the unit is started up for the first time without the presence of personnel authorized by the Company (where specified in the supply contract) who should draw up a“ start-up” report.

5. The documentation supplied with the unit must be consigned to the owner who should keep it carefully for future consultation in the event of maintenance or service.

6. All repair or maintenance work must be carried out by the Company’s Technical Service or qualified personnel following the instructions in this manual. The air-conditioner must under no circumstances be modified or tampered with as this may create situations of risk. Failure to observe this condition absolves the manufacturer of all liability for resulting damage.

Fundamental safety rules

When operating equipment involving the use of electricity and water, a number of fundamental safety rules must be observed, namely:

Prohibition

1. This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety.

2. Do not touch the unit with bare feet or with wet or damp parts of the body.

3. Do not carry out cleaning operations without first disconnecting the system from the electricity supply.

4. Do not modify safety or regulation devices without authorization and instructions from the manufacturer.

5. Do not pull, detach or twist the electrical cables coming from the unit, even when disconnected from the mains electricity supply.

6. Do not open doors or panels providing access to the internal parts of the unit without first ensuring that the mains switch is in the off position.

7. Do not introduce pointed objects through the air intake and outlet grills.

8. Do not dispose of, abandon or leave within reach of children packaging materials (cardboard, staples, plastic bags, etc.) as they may represent a hazard.

Important

1. The chiller appliances are supplied without the main switch. The power supply to the unit must be disconnected using a suitable main switch that must be supplied and installed by the installer.

2. Respect safety distances between the unit and other equipment or structures. Guarantee adequate space for access to the unit for maintenance and/or service operations.

Power supply: the cross section of the electrical cables must be adequate for the power of the unit and the power supply voltage must correspond with the value indicated on the respective units. All units must be earthed in conformity with legislation in force in the country concerned.

3. Hydraulic connections should be carried out as indicated in the instructions to guarantee correct operation of the unit. Empty the water circuit or add glycol if the unit is not used during the winter.

Handle the unit with the utmost care to avoid damage.

Page 33

b) Installation of outdoor unit

Choice of installation site

Before installing the unit, agree with the customer the site where it will be installed, taking the following points into consideration:

- check that the fixing points are adequate to support the weight of the unit.

- pay scrupulous respect to safety distances between the unit and other equipment or structures to ensure that air entering the unit and discharged by the fans is free to circulate.

Positioning

Before handling the unit, check the capacity of the lifting equipment used, respecting the instructions on the packaging.

To move the unit in the horizontal, make appropriate use of a lift truck or similar, bearing in mind the weight distribution of the unit. To lift the unit, insert tubes long enough to allow positioning of the lifting slings and safety pins in the feet on the unit.

To avoid the slings damaging the unit, place protection between the slings and the unit. Position the unit in the site indicated by the customer. Place either a layer of rubber (min. thickness 10 mm) or vibration damper feet (optional) between the base and support surface. Fix the unit, making sure it is level and that there is easy access to hydraulic and electrical components. If the site of installation is exposed to strong winds, fix the unit adequately to the support surface using tie rods if necessary. If a heat pump unit is being installed, make sure the condensate is drained using the drain hose supplied as standard. Prevent leaves, branches or snow from accumulating around the unit. These could reduce the efficiency of the unit.

Page 34

c) Installation space (units: mm)

 Since the gravity center of the unit is not at its physical center, so please be careful when lifting it with a sling.

 Never hold the inlet of the outdoor unit to prevent it from deforming.

 Do not touch the fan with hands or other objects.

 Do not lean it more than 45℃, and do not lay it sidelong.

 Make concrete foundation according to the specifications of the outdoor units.

 Fasten the feet of this unit with bolts firmly to prevent it from collapsing in case of earthquake or strong wind.

Fix with bolt

Single unit installation

>300

>600

>300

(Wall or obstacle)

Maintain channel

Air outlet

Air inlet

ir inlet

Parallel connect two units or above

>600

>2000

>300

Parallel connect the front with rear sides

>2000 >500 >3000 >3000 >300

All the pictures in this manual are for explanation purpose only. They may be slightly different from the air conditioner you

purchased (depend on model).The actual shape shall prevail.

Page 35

d) Hydraulic connection

The choice and installation of components is the responsibility of the installer who should follow good working practice and current legislation. Before connecting the pipes, make sure they do not contain stones, sand, rust, or others which might damage the unit. Construction of a bypass is recommended to enable the pipes to be washed through without having to disconnect the unit (see drain valves). The connection piping should be supported in such a way as to avoid it weighing on the unit. It is recommended that the following devices are installed in the water circuit of the evaporator. A hydraulic safety valve shall be mounted in water system, which should open constantly.

1). Connecting drawing of pipeline system

For SCV-50EA & SCV-70EA

Installer connections

WATER OUTLET

WATER INLET

Factory connections

1 Pressure gauge 2 Vibration damper joint 3 Gate valve 4 Calibrating valve 5 Water flow switch 6 Thermometer 7 Pump 8 Safety valve 9 Air vent 10 Expansion tank 11 Mesh filter 12 Auto-water replenishing 13 Temperature sensor 14 Drain/chemical washing valve 15 Plate heat exchanger 16 Additional pump

For SCV-100EA, SCV-120EA, SCV-140EA & SCV-160EA

Factory Connections

Site Connections

WATER INLET

WATER OUTLET

1 Plate Heat Exchange

2 Differential Pressure Switch 3 Automatic Discharge Valve 4 ExpansionTank 5 Auto-watet replenishing 6Circulating Pump 7 Pressure Gauge

8 Safety Valve 9Drain/ChemicalWashing Valve 10 Flexible Joint 11 Thermometer 12 Calibrating Va lv e 13 Y-shapedFilter 14 Water Flow Switch

Page 36

If the installation requires a useful head higher than that obtained by installing a pump assembly and storage tank, it is recommended that an additional pump is installed on the unit. Provided the additional pump installed inside of unit, the pump must connected close to plate heat exchanger. Provided the pump installed outside of unit, the pump shall be connected at water pipe’s outlet. The pump can be easily installed on the unit by removing the pump connection pipe. Connect to terminal PL,PN on the electric panel.

Important

1) The chillers must be provided with a filling/top-up system connected to the return line and a drain cock in the lowest part of the installation. Installations containing anti-freeze or covered by specific legislation must be fitted with hydraulic disconnections.

2) The manufacturer is not liable for obstruction, breakage or noise resulting from the failure to install filters or vibration dampers. Particular types of water used for filling or topping up must be treated with appropriate treatment systems. For reference values, see the table.

e).Design of the store tank in the system

 kW is the unit for cooling capacity, L is the unit for (G) minimum water flow volume in the formula.

Comfortable type air conditioner

G= cooling capacity×2.6L

Process type cooling

G= cooling capacity×7.4L

 In certain occasion (especially in manufacture cooling process), for conforming the system water

content requirement, it’s necessary to mount a tank equipping with a cut-off baffle at the system to avoid water short-circuit, Please see the following schemes:

Error

Recommendation

f).Chilled water flow

Minimum chilled water flow

The minimum chilled water flow is shown in the below table.

If the system flow is less than the minimum unit flow rate, the evaporator flow can be recalculated, as shown in the diagram.

Page 37

Evaporator

Recirculation

For minimum chilled water flow rate

For maximum chilled water flow rate

Evaporator

Recirculation

Maximum chilled water flow

The maximum chilled water flow is limited by the permitted pressure drop in the evaporator. It is provided in the below table.

If the system flow is more than the maximum unit flow rate, bypass the evaporator as shown in the diagram to obtain a lower evaporator flow rate.

Minimum and maximum water flow rates

Item

Water flow rate(m3/h)

Model Minimum Maximum SCV-50EA 0.95

SCV-70EA

1.32

SCV-100EA

SCV-120EA

SCV-140EA

SCV-160EA

g). Design of expansion tank

If a closed expansion tank with its filled volume of air is too small, the system pressure will easily exceed the

maximum allowable pressure and cause water to discharge from the pressure relief valve, thus wasting

water. If the closed tank is too large, when the water temperature drops, the system pressure may decrease

to a level below the minimum allowable value and cause trouble in the air vent. Therefore, accurate sizing of

a closed expansion tank is essential.

For diaphragm expansion tanks, the minimum volume of the water tank, Vt, gal(m3),can be calculated by the

following formula, recommended by ASHRAE Handbook 1996, HVAC Systems and Equipment:

t=Vs

v2/v1-1-3α(T2-T1)

1-p

1/p2

T1=lower temperature,oF (℃)

T2=higher temperature, oF (℃)

Vs=volume of water in system, gal(m3)

p1=absolute pressure at lower temperature,psia(kPa abs.)

p2=absolute pressure at higher temperature,paia(kPa abs.)

v1,v2=specific volume of water at lower and higher temperature, respectively, ft3/lb(m3/kg)

α=linear coefficient of thermal expansion; for steel, α=6.5x10

-6

in./in·oF(1.2x10-5per ℃); for copper,

α=9.5x10

-6

in./in·oF(1.7x10-5per ℃)

In a chilled water system, the higher temperature T2 is the highest anticipated ambient temperature when

0.77

1.08

1.54 1.89

1.72 2.11

1.93 2.36

2.24 2.73

Page 38

the chilled water system shuts down during summer. The lower temperature in a heating system is often the

ambient temperature at fill conditions(for example, 50 oF or 10℃).

h). Water quality control

When industrial water is used as chilled water, little furring may occur; however, well water or river water, used as chilled water, may cause much sediment, such as furring, sand, and so on. Therefore, well water or river water must be filtered and softened in softening water equipment before flowing into chilled water system. If sand and clay settle in the evaporator, circulation of chilled water may be blocked, and thus leading to freezing accidents; if hardness of chilled water is too high, furring may occur easily, and the devices may be corroded. Therefore, the quality of chilled water should be analyzed before being used, such as PH value, conductivity, concentration of chloride ion, concentration of sulfide ion, and so on.

PH 6-8

Total hardness less than 50 ppm

Electrical conductivity

less than 200 mV/cm (25°C)

Sulfide ion none

Chlorine ions less than 50 ppm

Ammonia ions none

Sulfate ion less than 50 ppm

Silicon less than 30 ppm

Total iron less than 0.3 ppm

Sodium ion No requirement

Calcium ion less than 50 ppm

Filling the installation

- Before filling, check that the installation drain cock is closed.

- Open all installation and terminal air vents.

- Open the gate valves.

- Begin filling, slowly opening the water filling cock outside the unit.

- When water begins to leak out of the terminal air vent valves, close them and continue filling until the pressure gauge indicates a pressure of 1.5 bars.

Emptying the installation

- Before emptying, place the mains switch in the“off” position.

- Make sure the installation fill/top-up water cock is closed.

- Open the drain cock outside the unit and all the installation and terminal air vent valves.

Page 39

Size and position of connections

For SCV-50EA & SCV-70EA model

water inlet

auto-water replenishing orif i c e

security discharge

water outlet

Water outlet of plate heat exchanger

Model

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

(mm)

Water

inlet/outlet (Ø)

Auto-water

replenishing (Ø)

Security

discharge (Ø)

SCV-50EA SCV-70EA

70 106 230 362 108 161 76 119 R1 G1/2 G1/2

For SCV-100EA, SCV-120EA, SCV-140EA, SCV-160EA model

water outlet

auto-water

replenishin

g orifice

security dis c harge

water inlet

Model

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

Water

inlet/outlet

(Ø)

Auto-water

replenishing (Ø)

Security

discharge (Ø)

SCV-100EA SCV-120EA

SCV-140EA

SCV-160EA

300 195 155 105 68 105 R5/4 G1/2 G1/2

Important

a) The installation must be filled to a pressure of between 1 and 2 bars. b) It is recommended that this operation be repeated after the unit has been operating for a number of hours.

The pressure of the installation should be checked regularly and if it drops below 1 bar, the water content should be topped-up.

c) Check the hydraulic tightness of joints. d) An all-pole disconnection device which has at least 3mm separation distance in all pole and a residual

current device (RCD) with the rating of above 10mA shall be incorporated in the fixed wiring according to the national rule the appliance shall be installed in accordance with national wiring regulations.

e) If the fluid in the circuit contains anti-freeze, it should not be allowed to drain freely as it is pollutant. It

should be collected for possible reuse. When draining after heat pump operation, take care as the water may be hot (up to 50°).

Page 40

i). Electrical connection

The unitary mini chillers leave the factory already wired, and require the installation of an omni polar thermal overload switch, a lockable mains disconnecting switch for the connection to the mains power supply, and the connection of the flow switch to the corresponding terminals. All the above operations must be carried out by qualified personnel in compliance with the legislation in force.

For all electrical work, refer to the electrical wiring diagrams in this manual. You are also recommended to check that the characteristics of the mains electricity supply are adequate for the absorptions indicated in the electrical characteristics table below, also bearing in mind the possible use of other equipment at the same time.

Important

 Power to the unit must be turned on only after installation work (hydraulic and electrical) has been

completed.

 All electrical connections must be carried out by qualified personnel in accordance with legislation in

force in the country concerned.

 Respect instructions for connecting phase, neutral and earth conductors.  The power line should be fitted upstream with a suitable device to protect against short-circuits and

leakage to earth, isolating the installation from other equipment.

 Voltage must be within a tolerance of ±10% of the rated power supply voltage for the unit (for three

phase units, the unbalance between the phases must not exceed 3%).If these parameters are not respected, contact the electricity supply company.

 For electrical connections, use double insulation cable in conformity with current legislation in the

country concerned.

 An omnipolar thermal overload switch and a lockable mains disconnecting switch, in compliance with

the CEI-EN standards (contact opening of at least 3mm), with adequate switching and residual current protection capacity based on the electrical data table shown below, must be installed as near as possible to the appliance.

 The devices on the unit must be lockable. An efficient earth connection is obligatory. Failure to earth

the appliance absolves the manufacturer of all liability for damage.

 Do not use water pipes to earth the unit.

Electrical Panel

The electrical panel is located inside the unit at the top of the technical compartment where the various components of the refrigerant circuit are also to be found.

To access the electrical panel, remove the front panel of the unit by undoing the screws.

5/7kW 10~16kW

Page 41

j) Electrical Power Connection

1) SCV-50EA, SCV-70EA

Outdoor units

Power Cable

Power Supply

Residual Current CIrcuit-breaker

L N

GND

For the functional connection of the unit, bring the power supply cable to the electrical panel inside the unit

and connect it to terminals L-N and respecting the (L) phase, (N) neutral and earth in the case of single phase units (220-240V~50Hz).

2) SCV-100EA

GND

PUMP2 Remote alarm Remote shutdown

Remote c ool i ng/heating

wire controller

10 11

NLGND

AC 220-240V 50Hz

Residual Current Circuit-breaker

GND

NOTE: The outdoor units must be installed with an Residual Current Circuit-breaker near the power supply

and must be effectively earthed.

Page 42

3) SCV-120EA, SCV-140EA, SCV-160EA

GND

10 11

PUM P2 R em ote alarm

Remot e s hut dow n

Remote cooling/heating

wire controller

AC 380-415V 50Hz

Residual C urrent Circuit-breaker

GND

NCGNDB

Auxiliary Connection

1) SCV-50EA, SCV-70EA

AC CANTACTOR

220~240 V

Addtitiona l pum p

Reserve d

1212L1

PUMP2 BOIL ON/OFF

Switch

1.“PUMP2”wiring terminal supplies ON/OFF signals only. Standby water pump must be controlled by the AC contactor.

2.“ON/OFF” wiring terminal L supplies 220V voltage.

The unit must be powered off when connecting the remote control switch. When the remote control switch is closed, the unit is forced to shut down.

Page 43

2) SCV-100EA, SCV-120EA, SCV-140EA, SCV-160EA a. Additional pump

Additional pum p

L N

220-240V

L N

AC contactor

Main control board

“PUMP2” terminal only provides passive switching signal.

Additional water pump must be controlled by the AC contactor.

b. Remote alarm

Main control board

Remote alarm terminal only provides passive switching signal. Current passing through the terminal interface should less than 1.5A, otherwise please use AC contactor to control load indirectly.

c. Remote shutdown

SWITCH

If switch is closed, the unit will be stopped forcibly. Under this circumstance, anti-frozen protection and other protection functions are still effective. If switch breaks, unit can run normally according settings.

Page 44

d. Remote cooling/heating

SWITCH 2

If switch 2 is closed, the unit will shift to heating mode forcibly; If switch 2 breaks, the unit will shift to cooling mode forcibly.

Note:

● Remote shutdown and Remote cooling/heating is optional function.

● Choose this function by DIP switch SW4_1(SW3_1 for 12/14/16kW) on PCB board.

Factory default has no remote cooling/heating.

● When the remote control and wired controller used at the same time, the unit will carry out the last

command of arbitrary terminal.

● Remote shutdown has the highest priority. In the status of remote shutdown, other controllers can’t start

the unit.

e. Remote controller

10 11

PPQE

● The wired controller is optional.

● Please use 3-core shielded wire to connect the wired controller and the shielding layer must be

grounded.

● When connecting wired controller, outdoor unit control panel is mainly used for display which can check

parameters and inquiry, can’t be used to set mode and temperature..

The Specification of Power:

Type SCV-50EA SCV-70EA SCV-100EA SCV-120EA SCV-140EA SCV-160EA

Power(V/Ph/Hz)) 220~240/1/50 220~240/1/50 220~240/1/50 380~415/3/50 380~415/3/50 380~415/3/50

Circuit breaker/fuse (A)

25/20 30/25 40/35 30/25 30/25 30/25

Power wire (mm2)

3×2.5 3×2.5 3×4.0 5×3.0 5×3.0 5×3.0

Ground wire (mm2)

2.5 2.5 4.0 2.5 2.5 2.5

Important

The power cord type designation is H07RN-F. Connecting cable between indoor unit and outdoor unit shall be approved poly-chloroprene sheathed flexible

cord, type designation H07RN-F or heavier cord. The means for disconnection from a power supply shall be incorporated in the fixed wiring and have an air

gap.

Page 45

14. Checking and Starting Up the Unit

Preparing for first start up

Restarting after shutting down for long periods The chiller must be started up for the first time by the Technical Service. Before starting up the chillers, make

sure that:

- All safety conditions have been respected.

- The chiller is adequately fixed to the surface it rests on.

- Functional distances have been respected.

- Hydraulic connections have been carried out as indicated in the manual.

- The water circuit is filled and vented. When draining after heat pump operation, take care as the water may be hot.

- The water circuit valves are open.

- Electrical connections have been carried out correctly.

- Voltage is within a tolerance of 10% of the rated voltage for the unit.

- The unit is correctly earthed.

- All electrical and hydraulic connections are tight and have been completed correctly.

- Use grommet A for the electrical power cable and grommet B for the other external wires.

To complete the electrical connections:

- Remove the inspection panel by unscrewing the five screws. For example,

MGC-V5W/D2N1 model.

Page 46

To access the control panel, open the door:

-remove the screw 1 and screw 2;

-lift the door 3.

Page 47

15. Running and Maintenance

a) Operating characteristics

Set point in cooling mode

(factory set) = 12°C, Hysteresis = 3°C. The compressor starts with water temperatures above 12°C. The compressor shuts down with water temperatures of less than 9°C.

Set point in heating mode

(factory set) = 40°C, Hysteresis = 4°C. The compressor starts with water temperatures below 38°C. The compressor shuts down with water temperatures above 42°C. In the event of a temporary power failure, when power returns, the mode set previously will be retained in the

memory.

Compressor start up delay

Two functions prevent the compressor from starting up too frequently

- Minimum time since last start-up 300 seconds.

Pump

The electronic board includes a pump control output. The pump starts when the assembly is powered up and at least 285 seconds before the compressor starts up and stops 120 seconds after the assembly shuts down. After the first 120 seconds of pump operation when the water flow is at full speed, the water flow alarm functions are activated (differential pressure switch and flow switch). With a pump connected to terminals PL and PN on the installer terminal board.

Fan speed control

For correct operation of the unit with different outside temperatures, the microprocessor controls the fan speed based on the pressure reading from the pressure probe, thus enabling heat exchange to be increased and/or decreased, maintaining the condensing or evaporation temperature practically constant.

The fan functions independently of the compressor.

Frost prevention alarm

To prevent the water freezing and damaging the plate heat exchanger, the microprocessor shuts down the compressor if the temperature measured by the heat exchanger outlet temperature sensor is less than 3°C. The frost prevention temperature set point can be modified by an authorized service center only and only after verifying that the water circuit contains antifreeze. Tripping of this alarm shuts down the compressor but not the pump, which remains active. To reset normal functions, the outlet water temperature must rise to more than +15°C. Reset is manual.

Water flow alarm

The microprocessor provides for management of a water flow alarm controlled by a differential pressure switch fitted as standard on the appliance to be installed on the water delivery piping.

This safety device may trip after the first 120 seconds of pump operation when the water flow is up to speed. Tripping of this alarm shuts down the compressor but not the pump, which remains active. To reset normal

functions, the alarm contact must be deactivated for at least 15 seconds. When electrical current exceeds to setting value and condenser temperature over than 62°C, system will

shut down, but not returns to normal operation until the condenser temperature decreased less than 52°C.

Page 48

b) Routine maintenance

Never perform any cleaning operations before having disconnected the unit from the mains power supply. If the supply cord is damaged, it must be replaced by the manufacturer or its service agent or a similarly

qualified manufacturer or its service agent or a similarly qualified. Regular maintenance is fundamental to maintain the efficiency of the unit both in terms of operation and

energy consumption. The Technical Assistance Service maintenance plan must be observed, with an annual service which includes the following operations and checks:

- Filling of the water circuit.

- Presence of air bubbles in the water circuit.

- Efficiency of safety devices.

- Power supply voltage.

- Power input.

- Tightness of electrical and hydraulic connections.

- Condition of the compressor contactor.

- Efficiency of the plate heat exchanger heater.

- Checking of operating pressure, superheating and sub cooling.

- Efficiency of compressor heater.

- Cleaning of finned coil (*).

- Cleaning of fan grills.

- Cleaning of condensate drain pan (if installed).

(*) For “Heat pump” appliances, the checks are to be performed quarterly.

For units installed near the sea, the intervals between maintenance should be halved.

c) Extraordinary maintenance

Never perform any cleaning operations before having disconnected the unit from the mains power supply.

Chemical washing

You are recommended to chemically wash the plate heat exchanger after every 3 years of operation.

Refrigerant gas content

The chillers are filled with R410a refrigerant gas and tested in the factory. In normal conditions, there should be no need for the Technical Assistance Service to intervene to check the refrigerant gas. However, over time, small leaks may develop at the joints leading to loss of refrigerant and draining of the circuit, causing the unit to function poorly. In this case, the leaks of refrigerant must be identified and repaired and the refrigerant circuit refilled. Proceed as follows:

- Empty and dry the entire refrigerant circuit using a vacuum pump connected to the low and high pressure tap until the vacuum meter reads about 10Pa. Wait a couple of minutes and check that this value does not rise to more than 200Pa.

- Connect the refrigerant gas cylinder or a filling cylinder to the low pressure line pressure gauge connection.

- Fill with the quantity of refrigerant gas indicated on the rating plate of the unit.

- Always check the superheating and sub cooling values. In the nominal operating conditions for the appliance, these should be between 5 and 10°C and between 4 and 8°C respectively.

- After a couple of hours of operation, check that the liquid indicator indicates circuit dry (dry-green).

Important

In the event of partial leaks, the circuit must be completely emptied before being refilled The R410a refrigerant must only be filled in the liquid state. Operating conditions other than nominal

conditions may produce considerably different values. Seal testing or identification of leaks must only be carried out using R410a refrigerant gas, checking with a

suitable leak detector.

Page 49

Prohibition

1. The refrigerant circuit must not be filled with a refrigerant other than that indicated of specification.

2. The use of a different refrigerant may cause serious damage to the compressor.

3. Oxygen, acetylene or other inflammable or poisonous gases must never be used in the refrigerant circuit as they may cause explosion or poisoning.

4. Oils other than those indicated on manual before must not be used. The use of different oils may cause serious damage to the compressor.

d) Shutting down for long periods

If it is previewed not to use the machine for long periods After deactivating the chiller:

-Make sure the model is in the power off model " ", or alternatively disconnect the unit from the power supply.

-Make sure the remote control switch is closed (if present) .

-Close the water valves.

Important

If there is a possibility that the outside temperature may drop below zero, there is the risk of freezing. The water circuit MUST BE EMPTIED AND SHUT OFF POWER (when draining after heat pump operation

take care as the water may be hot) or antifreeze must be added in the proportion recommended by the manufacturer.

Page 50

16. Controller

16.1 Standard controller

It is built-in with the chiller at the factory.

The front panel of the device functions as the user interface and is used to perform all operations relating to the device.

①

⑧ ⑨ ⑩

②③④⑤⑥

7.1

12 13 14 15 16

17 18

7.2

19 20

NO. Icon Description

①

Outside heat source running icon(Reserved)

②

Cooling mode icon This icon will be constantly light when customers choose cooling mode.

③

Heating mode icon This icon will be constantly light when customers choose heating mode.

④

Water pump mode icon This icon will be constantly light when customers choose water pump mode.

⑤

Force cooling icon This icon will be constantly light when customers choose force cooling mode.

⑥

Power off icon This icon will be constantly light when customers choose Power off mode.

7.1

Clock icon, “：” flash once every 1s. It will display time when customers set the timer.

7.2

The last 2 digits of the nixie tube “ ” icon. If “ ” is constantly light, it will display the current inlet water temperature. Its’unit is ℃ .When customers do the water temperature setting, icon will

display the setting water temperature. When checking, “ ” will display the result of checking. When

water heating is broken down or in protection, “ ” display the error code and protection code.

⑧

Clock icon It will display when finish setting the clock and be extinguished when the clock setting work is done.

⑨

Timing on function icon

will flash when setting timing on. The icon will be constantly light when finish setting.

⑩

Timing off function icon

will flash when setting timing off. The icon will be constantly light when finish setting.

Breakdown light icon When the unit is broken down or under protection, this icon will flash and will be off when malfunction and protection are eliminated.

Compressor booting indicator icon When booting the compressor, this icon will be constantly light. It will be off when the compressor is shut down

E-heater booting indicator icon（Reserved） When booting the external E-heater, this icon will be constantly light. It will be off when the external E-heater is shut down.

Fan booting indicator icon When booting the fan, this icon will be constantly light. It will be off when the fan is shut down.

Water pump booting indicator icon When booting the water pump, this icon will be constantly light. It will be off when the water pump is shut down.

Key freezing icon

Page 51

When freezing the keys, this icon will be constantly light. It will be off when unfreezing keys.

Temperature unit icon When the control panel displays temperature, this icon will be constantly light.

Current unit icon When the control panel displays current, this icon will be constantly light.

Time format icon The unit is 12-hour format. “ ”will be constantly light when it is forenoon. “ ” will be constantly light when it is afternoon

Frequency unit icon It will be constantly light when the control panel displays frequency of the compressor.

ON/OFF and OK button

1.Long press “

” for 3S will power on or off the controller.

2.Press “ ” to confirm the former operation when finishing the setting work.

Mode choice function/Function choice/Back function button

1.Mode choice function. Choose operation mode.

2.Function choice. Long press it for 3s to enter function setting in the main interface.(Clock setting, Timing on and timing off setting)

3.Back to the previous menu. Long press it for 3s to back to previous menu in the function setting interface. Top menu is the main interface.

1.(Value increase)

2.Forward to the previous interface.

Down

1.(Value decrease)

2.Backward to the next interface.

16.1.1 Control panel operation description

1) ON/OFF

The first time to powered on the unit, operation panel displays “OFF”. Long press “

” for 3s, to unlock

“OFF” status and enter into standby status. Power on: In the standby status, press “ ” to enter mode choice function. Press “ ” circularly to choose one kind of “power on” mode, the mode icon will flicker at the moment. Press “ ” to confirm

the power on mode. The unit will run as the chosen mode when the mode icon will be constantly light. Power off: Press “ ” in the main interface to enter mode choice function and the icon which indicate the current mode will flicker. Press “ ” circularly to choose power off mode,

“ ” will flicker at this moment. Press “ ” button to confirm the power off mode. By this time, “ ” will be constantly light and the unit stops.

2) Mode choice and temperature settings

Press “ ” in the main interface to enter mode choice function. The “Mode” icon will flicker. Click

“ ” circularly to choose a mode. The circulating order is “Cooling mode”→“Heating mode”→ “Water pump mode” →“Power off mode” → “Cooling mode. The chosen mode will flicker. Press

“ ”or “ ” to increase/decrease the temperature in the chosen mode. Press “

” to confirm power off mode and the set temperature. Mode icon will be constantly light and the unit will run as the chosen mode. Press “ ” or “ ” in the main interface to increase/decrease the temperature in the chosen mode.

3) Clock setting

Long press “

” for 3s to enter function interface. “ ” clock icon will flicker. Press “ ” to

enter clock setting function. “ ” icon will be constantly light and the first 2 digits on nixie tube will flicker.

Press “ ” or “ ” to set minute. Press “ ” when finish setting and “ ” will be extinguished.

4) Timing setting a. Timing on setting

① Long press “

” for 3s to enter function interface. “ ” clock icon will flicker. Press “ ”again

to enter timing on function. “

” will flicker and press “ ” to enter timing on setting.

Page 52

② At this moment, last 2 digits of the nixie tube display “01” which means the first group setting begins.

Press “ ” to the next step.

③ By this time, mode icon will flicker and press “ ”to choose timing on mode. Press “ ” to confirm

your choice and go to the next step.

④ By this time, the last 2 digits of the nixie tube will flicker and press “ ” or “ ” to adjust temperature

and set the temperature of the inlet water. Press “ ” to confirm and move to the next step.

⑤ By this time, the first 2 digits of the nixie tube will flicker and press “ ” or “ ” to adjust time of timing

on. Press “

” to confirm and switch to minute setting automatically. The last 2 digits of the nixie tube will flicker and press “ ” or “ ” to adjust minute setting of timing on.(minimal unit of minute adjustment: 15 minutes) .

⑥ Press “ ” to confirm. The first group setting is finished and “ ” will be constantly light.

When processing the second timing setting, repeat the 1-2 operation above. When the nixie tube displays

“01” and flicker, press“ ” or “ ” to choose the timing on group. When the nixie tube displays “ 02 ” which means setting timing on function of the second group.

Refers the timing on setting operation of group 1 to set that of group 2.

● Long press “

” for 3s to return to the previous interface to reset the parameter during setting clock

timing.

b. Timing off setting ① Long press “ ” for 3s in the main interface to enter function interface. Press “ ” circularly to

enter timing off function. “ ” will flicker and press “ ” to enter timing off setting.

② At this moment, the last 2 digits of the nixie tube display “01” which means the first group setting begins.

Press “ ” to the next step.

③ By this time, the first 2 digits of the nixie tube will flicker and press “

” or “ ” to adjust time of

timing off. Press “

” to confirm and switch to minute setting automatically. The last 2 digits of the

nixie tube will flicker and press “ ” or “ ” to adjust minute setting of timing off. Press “ ” to

confirm. The first group setting is finished and “ ” will be constantly light.

④ When processing timing setting of group 2, repeat the 1-2 operation above. When the nixie tube

displays “01” and flicker, press “

” or “ ” to choose the timing off group. When the nixie tube

displays “02”which means setting timing off function of the second group.

Refers the timing off setting operation of group 1 to set that of group 2.

c. Cancel all timing on/off settings

Long press “

” for 3s to enter function interface. “ ” clock icon will flicker and press “ ”

to choose the timing function. “ ” and “ ” flicker simultaneously means choosing to cancel all timing functions.

Press “ ” to cancel timing settings. “ ” and “ ” both will be extinguished.

16.1.2 Functions of combination key

Force cooling function Press “

” and “ ” simultaneously for 3s in the main interface to enter into force cooling mode.

The force cooling mode icon will be constantly light.

Press “ ” button and “ ” button simultaneously for 3s to quit force cooling mode. The unit will

enter power off mode automatically when quitting force cooling mode.

16.1.3 Auto-lock(unlock) function

If don’t operate the controller in 60s, the keyboard will lock automatically. Press “

”and “ ”

Page 53

simultaneously for 3s to unlock.

16.1.4 Factory Reset

In main interface, long press “

” for 3s, the unit will close and recovers to factory default mode.

Display panel will display ”OFF”.

Page 54

16.2 Optional wired controller (KJR-120F) Features

a. Touch key operation;

b. LCD displays operation parameters;

c. Multiple timer;

d. Real-time clock (battery life:5~8 years).

16.2.1 Overview

(Press for 3sec to cance l timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

①.Operation icon ②.Code area ③.Setting temperature ④.Timing On/Off ⑤.Function Icon ⑥.Unit number ⑦.Water Level Indication(reserved) ⑧.Clock ⑨.Water temp. ⑩.ON/OFF Key

⑪.Left Right Key

⑫.Confirm Key ⑬.Function key ⑭.Add and Reduce key ⑮.Cancel key ⑯.Mode key

1. Operation icon

: Indicate unit ON and OFF status; the icon displays when the unit is on and does not

display when the unit is off;

Page 55

2. Mode area: Indicate the main unit operating mode; details refer to its’ manual;

3. Setting temperature: 2 status can be displayed: ;

4. Timing ON/OFF indication : Indicate the timing information; details refers to page 10 of the manual;

5. Function icon

: Displays when the unit controlled by remote switch;

2) : The conflict icon.

3) : Displays when the unit is needed. Press and hold “MODE” key for 3 seconds to cancel the icon and timing will restart until next maintenance;

4) : The reserved icon. ;

: The reserved icon. ;

6) : Displays when check function is on; details refers to the manual;

7) : Displays when ambient temperature is low which means the main unit need anti-freezing action;

8) : Displays when no key operation for 2 minutes and all keys are locked. Press and hold “OK” key for 3 seconds to unlock;

9) : Displays when error or protection occurs and means the unit need maintenance by professionals.

6The unit number: The user can set the number, details refer to page 16 of the manual;

7. Water level indication: The reserved icon;

8. Clock: Under normal status displays clock; Under timing setting displays the setting timing, details refer to

page 15 of the manual;

9. Water temperature: Under normal status display water temperature; Under water temperature setting

status displays the setting value; Under check status displays check parameter, details refer to Page 9, 18 of

the manual;

10. ON/OFF key: Turn on and turn off functions, details refer to page 7 of the manual.

11. Right and Left key: Press these keys to check setting water temperature; Press right key to shift to the

next step setting under timing setting status; Press these keys to turn over the unit parameter information

under check status;

12. OK key: Press this key to confirm settings. Press and hold this key for 3 seconds to unlock under

locking status;

13. Function key: Setting water temperature, timing and clock etc, details refer to Page 9-17; Press and hold

this key for 3 seconds to enter check status, details refer to page 18 of the manual;

14. Add and Reduce key: Move up or move down values of temperature, timing etc;

15. Cancel key: Press this key to cancel parameter setting under setting status; Press and hold this key for 3

seconds to cancel timing when timing is valid;

16. Mode key: Power on the cooling function, heating function or water pump function, details refer to Page 8

of the manual.

Page 56

16.2.2 Operation instructions

a. Turn On and Turn Off the main unit

1) Press the On/Off key to control On and Off status of the main unit.

2) Under Off status, press the On/Off key “

” to run the main unit, at that time the LCD of wired controller

will display the operation icon “ ”. The main unit will running as the current setting of the wired controller.

3) Under On status, press the On/Off key “

” to turn off the main unit and the operation icon “ ” on the

LCD will disappear.

Press one time

RUN

WATER TEMP.

TIMER

ONLINE QUANTIT Y

(Press for 3se c to cancel timer)

(Press for 3se c to unlock)

MODE

FUNCTIONS

b. Setting operating mode and function parameters

1) Setting operating mode and water temperature

Setting operating mode: Press “MODE” key to choose operation mode. The setting mode will change as

the following order each time the key is pressed:

→

Press “OK” key or wait for 7 seconds to confirm. During the setting process pressing the “CANCEL” key

to exit without saving.

RUN

WATER TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

Page 57

2) Setting water temperature:

Method 1:Press the “▲” or “▼” to adjust the water temperature after the controller is powered on. Press

“OK” key or wait for 7 seconds to confirm.

Method 2:Setting water temperature in parameters function. Press “FUNCTIONS” key under main

interface once to enter water temperature setting interface. Press the “▲” or “▼” to adjust the water

temperature .Press “OK” key or wait for 7 seconds to confirm.

Press once

RUN

WATER TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

Water temperature setting check: To check the water temperature setting value, press the “ ” or “▲”key

under the main page(the page displayed after the controller is powered on).

c. Setting function parameters

Press “FUNCTIONS” key to choose operation parameters. The setting function parameters will change

as the following order each time the key is pressed:

→

1) Timing setting: 3 timing periods can be set on the wired controller: Timer 1, Timer 2, Timer 3. These 3

timers can control the main unit to be turned ON and OFF 3 times at most during a day.

2) Setting method: press “FUNCTIONS” key under main page twice to enter timing setting. Then the LCD

will display as the following:

TIMER

Page 58

Press twic e

RUN

WATER TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

At this time the hour of the clock will flash, which means the current setting is the hour of Timer 1 “On”,

press the “▲” or “▼” to adjust, press “

▲

” key when finished, and then the minute of the clock will

flash, which means the current setting is the minute of Timer 1 “On”, press the “▲” or “ ▼ ” to adjust,

press “

▲

” key when finished, the LCD will display as the following:

TIMER

OFF

At this time the hour of the clock will flash, which means the current setting is the hour of Timer 1 “Off”,

press the “▲” or “▼” to adjust, press “

▲

” key when finished, and then the minute of the clock will

flash, which means the current setting is the minute of Timing 1 “Off”, press the “▲” or “▼” to adjust,

press “

▲

” key when finished, the LCD will display as the following:

TIMER

At this time the hour of the clock will flash, it means the current setting is the hour of the Timer 2 “On”.

And the follow setting method will be the same as the Timer 1. Similarly, the setting of Timing 3 is the

same as this method. After setting is finished, press “OK” key or wait for 7 seconds to confirm the setting,

and the LCD will display the effective timing information, as the following display:

TIMER

Page 59

Example of Timing setting

Ye s

Main page

▼

Press “FUNCTIONS” key twice to enter hour setting interface of “Timer 1 On”

▼

Press “ ” key to enter minute setting interface of “Timer 1 On”, adjust the minute number to be 10

Press “ ” key to enter hour setting interface of “Timer 1 Off”, adjust the hour number of “Timer 1 Off” to be 12

Press the “▲” or “▼” key to set the hour number of “Timing 1 On” to be 07

Press “ ” key to enter minute setting interface of “Timer 1 Off”, adjust the minute number to be 30

The setting steps of “Timer 2” and “Timer 3” are the same as “Timer 1”, after setting all the settings then press “OK” key, the 3 timing periods will be effective.

“Timer 1” setting failed, after 7 seconds, the page shift to the main page.

Successfully set the On time of “Timer 1” to be 07:10 and Off time of “Timer 1 Off ” to be 12:30, then back to the main page.

Finish setting the On time of “Timer 1” to be 07:10 and Off time to be 12:30, then enter the setting of “Timer 2”.

Whether press “OK” key

Whether press “ ” key

During any period of timing setting to press “OK” key , the timing periods which have been set will be

effective (only if the “On” and “Off” of one timing period have been set, the setting is effective).

Check timing information: to check the timing which has been set, press “ ” or “▲ ” key under main page,

the “ On ”and “ Off ” time of Timer1, Timer 2 and Timer3 will be displayed in turns.

Cancel timing: press and hold “CANCEL” key for 3 seconds, then all the effective timing periods will be

cancelled.

Note: Correct: To avoid timing error, each period of timing should not be crossed. E.g.:

Correct:

：00

8：00

10：00 12：00

18：00

22：00

TIMER 1 TIMER 2

TIMER 3

Wrong:

：00

8：00

7：00

12：00

TIMER 2TIMER 1

Page 60

d. Setting clock

Press 3 times

RUN

WATER TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

Press the “FUNCTION” key 3 times to enter clock setting. The hour of the clock will flash, which means

the current setting is the hour of the clock, press the “▲” or “▼” to adjust, press “

▲

” key when

finished, and then the minute of the clock will flash, it means the current setting is the minute of the clock,

press the “▲” or “▼” to adjust, press “ OK ” key when finished or wait for 7 seconds to confirm.

During the setting process pressing the “CANCEL” key to exit without saving.

NOTE: To get the correct timing On and timing Off time, please correctly set the clock!

e. Setting unit number

Press 4 times

RUN

WATER TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

Press the “FUNCTIONS” key 4 times to enter the unit number setting. Press “▲” or “▼” to adjust

the unit number. press “ OK ”key when finished or wait for 7 seconds to confirm. During the setting

process pressing the “CANCEL” key to exit without saving. The setting value is 0-18.

Page 61

f. Force opening water pump

Press 5 times

WATE R TEMP.

TIMER

(Press for 3sec to cancel timer)

(Press for 3sec to unlock)

MODE

FUNCTIONS

Press the “FUNCTIONS” key 5 times to force open the water pump. The water pump icon will flash.

Press “ OK ”key to confirm. During the setting process pressing the “CANCEL” key to exit without saving.

Note:

a. Forcing water pump function is only limited to stand-by mode, others modes not response.

b. Under forcing water pump function, other settings will not responsible, except stopping

c. When communication disconnects, it will show E2 error in 2 minutes, the wired controller will

automatically cancel the forcing water pump function; while connected, the wired controller keeps

synchronizing with the unit( If forcing water pump function is still on-going, the controller keeping showing

its status).

d. The outdoor unit does not response after activating the forcing water pump function, (eg: forcing water

pump function cannot be activated under forcing heating in stand-by mode),the function will be

automatically stopped if it is not activated within 5 minutes.

16.2.3 Checking function

1) Check function allows the user to check all the operating parameters, error and protection information of

the unit.

2) Entering method: press and hold “FUNCTIONS” key for 3 seconds to enter check interface, as the figure

display:

RUN

Press 3 seconds

CHECK

check

icon

check parameter

check sequence number

Unit number

(Press for 3se c to cancel timer)

MODE

(Press for 3se c to unlock)

FUNCTIONS

3) Press “

” or “▲” to check all the status information of the unit.

Page 62

Check content when wired controller setting is 1:

(The checking content is the same as the PCB’s checking.)

Order Contents

1 Running mode: 0-shutdown,1-Pump mode,2-Cooling,3-Heating,4-Forced cooling, 5-Forced heating.

2 Fan speed:0-Shutdown,1~7-Fan speed.

3 Total capacity requirements.

4 The revised capacity requirements.

5 Cooling/heating temp. setting.

6 T3 temperature value

7 T4 temperature value

8 Tp temperature Value

9 Tin temp. Value (Inlet water temperature)

10 Tout temp. Value (Outlet water temperature)

11 Tb1 temp. Value (Temperature 1 of heat plate)

12 Tb2 temp. Value (Temperature 2 of heat plate)

T6 temp. Value（Reserved ）

14 Outdoor unit current

15 Power supply voltage AD value

16 Electronic expansion valve opening steps

17 The unit model:10-10kW,12-12kW,14-14kW,16-16kW

18 The program version number

19 The last error cord

20 The second error cord

21 The first error cord

22 ---

Page 63

17.Troubleshooting

17.1 PCB parts instructions

SCV-50EA, SCV-70EA

PFC&IPM panel

                           

7 9

12

11

6

4

3

5

12

10

8

1. Input rectifier bridge port 1

2. Input rectifier bridge port 2

3. PFC inductance port 1

4. P-OUT

5. PFC inductance por 2

6. N-OUT

7. PFC control port

8. +18V port

9. IPDU communication port

10. IPM power port N

11. Compressor connection port U/V/W

12. IPM power port P

Page 64

Main control panel

                       



23

4

5

6

7

8

9

10

11

12

14 15

17 18

20

21

22

23

24

25

26

27

28 29

13

1. Power L

2. Power N

Preliminary charging relay (rectifier bridge input port 1)

Input rectifier bridge line (rectifier bridge input port 2)

5. 5A fuse

6. To IPDU

7. To PFC

Solenoid valve (Reserve)

9. Electric heater of plate heat exchanger

10. Electric heater of compressor

11. Pump

12. Electric heater of water flow switch

13. 4-way valve

14. Additional pump/Boil (Reserve)

15. Transformer input

16. Electronic expansion valve

17. Remote control

18. DC fan power supply port

19. DC fan port

20. Tin/Tout/Tb1 temperature sensor

21. Radiator temperature sensor (Reserve)

22.

Discharge

temperature sensor (Tp)

23. Outlet

of outdoor heat exchanger temperature sensor(T3)

24.

Ambient temperature sensor(T4)

25.

Low pressure switch

26.

High pressure switch

27. Operation and display panel port

28.

Water flow switch

29.

Transformer output

Page 65

DC filter panel

        

1

2

3

4

5

1. IPM Power supply N

2. IPM Power supply P

3. PFC output power P

4. PFC output power N

5. DC 380V (DC fan power supply port)

                                     

Page 66

SCV-100EA Main control panel

 

                               

1

2

3

4

5.1

5.2

6

7.1

7.2 8

9 10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

29

30 31

1. Transformer output port

2. Tin/Tb1/Tout/Tb2 temperature sensor port Note: Tin: water inlet temperature Tout: water outlet temperature

Tb1: Temperature 1 of plate heat exchanger Tb2: Temperature 2 of plate heat exchanger

3. Radiator temperature sensor port(Reserved) (T6)

4. Discharge temperature sensor port

5.1 Outlet of outdoor heat exchanger temperature sensor port(T3)

5.2 Ambienttemperaturesensorport(T4)

6.Operationanddisplaypanelport

7.1Lowpressureswitch

7.2Highpressureswitch

8.Differentialpressurevalveport

9.Factorydebugport

10.Wiredcontrollerport

11.Electricexpansionvalveport

12.PowersupplyinputportL

13.

PowersupplyinputportN

14.Groundwire

Page 67

15. Rectifier bridge input port N

16. Rectifier bridge input port L

17. 8A fuse tube

18. Solenoid valve port(Reserved)

19. Exhaust valve electric heater port

21. Plate heat exchanger electric heater

22. Differential pressure valve electric heater port

23. Built-in water pump port

24. Compressor electric heater

25. 4-way valve port

26. External pump/Remote alarm port

27. Transformer input port

38. P/N/+15V port

29. Communication port between IPDU and main PCB

30. Down DC fan port

31. Check touch switch

32. Up DC fan port

33. Force-cooling touch switch

PFC Module

2

1

3

5

789

10

11

12

Page 68

1. +18V output port

2. Input Port P for IPM

3. Power supply port U of the compressor

4. Power supply port V of the compressor

5. Power supply port W of the compressor

6. PFC output N

7. PFC output P

8. PFC inductance port L_1

9. PFC inductance port L_2

10. PFC input N

11. IPM input N

12. Communication port to main control board

SCV-120EA, SCV-140EA, SCV-160EA Main control panel

 

                              

2

1

3

4

5

6.1

6.2

7.1

7.2

10 11

14

16

17

18

19

20

21

22

23

24

25

26

27

28

29

15

13

230

12

8 9

Page 69

1. Input port for switching power supply

2. Debugging port

3. Connection port for operation and display panel

4. Tin/Tb1/Tout/Tb2 temperature sensor port

Note: Tin: water inlet temperature

Tout: water outlet temperature

Tb1: Temperature 1 of plate heat exchanger

Tb2: Temperature 2 of plate heat exchanger

5. Discharged temperature sensor port (Tp)

6.1 T3 temperature sensor port

6.2 T4 ambient temperature sensor port

7.1. Low pressure switch

7.2 High pressure switch

8. Checking touch switch

9. Force-cooling touch switch

10. Differential pressure valve port

11. Factory debugging port

12. Wired controller port

13. AC Current transformer

14. ”Remote on/off” and “remote cooling/heating” port

15. Electronic expansion valve port

16. AC 220V power supply port

17. Solenoid valve port(Reserved)

18. Exhaust valve electric heater port

19. Electric heater port of Plate heat exchanger

20. Electric heater port of differential pressure valve

21. Built-in water pump port

22. Electric heater of the compressor

23. Precharge AC contactor port

24. 4-way valve port

25. External water pump/Remote alarm port

26. Up DC fan port

27. Down DC fan port

28. Power supply port for switching power supply of PFC board

29. Drive module port

30. P/N/+15V port

Page 70

IPM module

                     

8

3

45

6

7

1. +15V output port

2. communication port to main control board

3. IPM input port N

4. Compressor connection port W

5. Compressor connection port V

6. Compressor connection port U

7. IPM input P

8. Power supply port for switching power supply

Page 71

Filter board

            

2

10

7

1

3

6

9

8

11

1. Power supply port L3

2. Power supply port L2

3. Power input port L1

4. Power input port N

5. Ground wire

6. Loaded power supply port for main control board

7. Power supply port for main control board

8. Power output port L1 after filtering

9. Power output port L2 after filtering

10. Power output port L3 after filtering

11. Ground wire

17.2 Function setting dial switches instructions For 5/7kW

For 10kW

Page 72

For 12-16kW

17.3. Query function for the built-in controller

a. To enter parameter checking function Press “ ” and “ ” simultaneously for 3s to enter into the

interface of parameter checking function. At this moment, first 2 digits of the digital tube will display sequence number and the last 2 digits is specific parameters.

Press “

” or “ ” to query the relative parameters.

b.Quit parameter query function If there’s no operation in 20s when enter the parameter query, it will quit automatically and return to the main interface. Press “

” and “ ” simultaneously to quit parameter query manually.

Query content table

5/7kW

No. Content Note

1 Frequency

Show inlet water temperature when the unit is in standby mode and water pump mode. Display operating frequency when the unit is in cooling mode and heating mode. When defrosting displays dF. Pb displays when anti-freezing mode running.

2 Operating mode 0-Power off，1-water pump，2-cooling，3-heating，4-force cooling 3 Operating fan speed level 0—Power off (1-7) 4 The total required capacity before revised Actual value (Force cooling displays 5) 5 Capacity requirements after revised Actual value (Force cooling displays 5) 6 Temperature set Actual setting temperature under cooling or heating mode 7 T3 Actual value(Outlet temperature of outdoor heat exchanger) 8 T4 Actual value(Outdoor ambient temperature) 9 Tp Actual value(Compressor discharged temperature) 10 Tin Actual value(Water inlet temperature of plate heat exchanger) 11 Tout Actual value(Water outlet temperature of plate heat exchangers) 12 Tb1 Actual value (Temperature 1 of plate heat exchangers) 13 Tb2 Actual value (Temperature 2 of plate heat exchangers(equals to Tb1 ) 14 T6 Reserved (Cooling fin surface temperature(reserved) 15 Operation current Actual value 16 Power supply voltage Actual AD value 17 EXV Opening degrees Actual value×8 18 Model 5kW:5; 7kW:7 19 Version number ---20 Err 1 The last one malfunction code 21 Err 2 The last second malfunction code 22 Err 3 The last third malfunction code

Page 73

10-16kW

No. Content Note

0 Normal display

Clock displays when standby. Inlet water temperature displays when running. dF displays when defrosting. Pb displays when anti-freeze running. d0 displays when oil return, d8 displays when remote control is off.

1 Frequency

Display operating frequency when the unit is in cooling mode and heating mode.

2 Operating mode

0-Power off，1-water pump，2-cooling，3-heating，4-force cooling, 5-force

heating 3 Operating fan speed level 0—Power off (1-7) 4 The total required capacity before revised Actual value (Force cooling displays 5) 5 Capacity requirements after revised Actual value (Force cooling displays 5) 6 Temperature set Actual setting temperature under cooling or heating mode 7 T3 Actual value(Outlet temperature of outdoor heat exchanger) 8 T4 Actual value(Outdoor ambient temperature) 9 Tp Actual value(Compressor discharged temperature) 10 Tin Actual value (Water inlet temperature of plate heat exchanger) 11 Tout Actual value (Water outlet temperature of plate heat exchangers) 12 Tb1 Actual value(Temperature 1 of plate heat exchangers) 13 Tb2 Actual value(Temperature 2 of plate heat exchangers(equals to Tb1 ) 14 T6 Reserved(Cooling fin surface temperature(reserved) 15 Operation current Actual value 16 Power supply voltage Actual AD value 17 EXV Opening degrees Actual value×8 18 Err 1 The last one malfunction code 19 Err 2 The last second malfunction code 20 Err 3 The last third malfunction code

Page 74

17.4 Error code table

5/7kW

Error Code

Content

Note

E9 EEPROM malfunction

The same as 10-16kW

H0 Communication malfunction between main chip and IPDU.

E4 T3,T4 sensor malfunction

E5 Voltage protection malfunction

E6 DC fan motor malfunction

EA A fan in the A region run for more than 5 minutes in heating mode

Eb There are two times E6 fault in 10 minutes (recovery after power off)

HH Inlet water temperature sensor malfunction for 5/7kW models.

5/7kW EC Outlet water temperature sensor malfunction (5/7kW)

C0 Temperature sensor malfunction of plate heat exchanger for 5/7kW.

P1 High pressure protection

The same as 10-16kW

P2 Low pressure protection

P3 Current protection of the compressor

P4 Discharged temperature protection

P5 T3 high temperature protection of outdoor condenser

P6 IPDU module protection

P8 Typhoon protection

Protection when temperature difference between inlet & outlet water in heating mode is too large for 5/7kW

5/7kW

Protection when temperature difference between inlet & outlet water in cooling mode is too large for 5/7kW.

CP Anti-freeze protection of plate heat exchanger for 5/7kW

Pb System anti-freeze protection

The same

as 10-16kW

C8 Water flow switch protection malfunction

PH Protection when water temperature in heating mode is too high for 5/7kW. 5/7kW

dF Defrosting

The same as 10-16kW

d8 Remote control

Page 75

10-16kW

Error Code

Content Note

E9 EEPROM malfunction

The same as 5/7kW

H0 Communication malfunction between main chip and IPDU.

E4 T3,T4 sensor malfunction

E5 Voltage protection malfunction

E6 DC fan motor malfunction

EA A fan in the A region run for more than 5 minutes in heating mode

Eb There are two times E6 fault in 10 minutes (recovery after power off)

C0 Inlet water temperature sensor malfunction for 10~16kW models.

10-16kW

Outlet water temperature sensor malfunction (10-16kW)

F7 Sensor temperature 1 of plate heat exchangers for 10-16kW.

F8 Sensor temperature 2 of plate heat exchangers for 10-16kW.

PL Reserved for 10-16kW.

P1 High pressure protection

The same as 5/7kW

P2 Low pressure protection

P3 Current protection of the compressor

P4 Discharged temperature protection

P5 T3 high temperature protection of outdoor condenser

P6 IPDU module protection

P8 Typhoon protection

CH Protection when water temperature is too high in heating mode.

10-16kW

CL To low water temperature protection in heating mode for 10-16kW

Anti-idling protection for water pump

Pb System anti-freeze protection

The same as 5/7kW

C8 Water flow switch protection malfunction

Protection when temperature difference between inlet water & outlet water is too

large for 10-16kW.

10-16kW

dF Defrosting

The same as 5/7kW

d8 Remote control

Page 76

E9 malfunction: EEPROM malfunction

The malfunction may be caused by two reasons:

1) The EEPROM is not inserted well; 2) Outdoor main PCB is broken.

H0 malfunction : Communication malfunction between main chip and IPDU.

LED displays E9

EEPROM malfunction

Check whether EEPROM is installed properly.

Yes

Installed properly again.

Replace main PCB.

LED displays H0

Communication malfunction between main chip and IPDU

Whether the signal wire is connected normally between module board .

Connect wire again.

Judge whether LED on the module board flash normally or not

when powered on.

Replace main PCB.

YES

Replace module board.

YES

Page 77

E4 malfunction : T3,T4 sensor malfunction HH malfunction : Inlet water temperature sensor malfunction for 5/7kW models. C0 malfunction : Inlet water temperature sensor malfunction for 10-16kW models. EC malfunction: Outlet water temperature sensor malfunction for 5/7kW models. C1 malfunction: Outlet water temperature sensor malfunction for 10-16kW models. C0 malfunction: Temperature sensor malfunction of plate heat exchanger for 5/7kW models F7 malfunction: Sensor temperature 1 of plate heat exchangers for 10-16kW. F8malfunction: Sensor temperature 2 of plate heat exchangers for 10-16kW.

T3: outlet temperature of outdoor heat exchanger T4: outdoor ambient temperature

E5 malfunction: Voltage protection malfunction

LED displays E4/HH/EC/C0/C1/F7/F8

Judge whether the wire body is broken and the terminal is fall off.

Repl

ace ma

in PCB.

LED displays E5

Voltage protection

Judge whether the input voltage is within 198-252V.

Check the power supply.

YES

Replace main PCB.

Whether sensor fails to work.

Connect wire again.

YES

Judge whether the port of temperature sensor connected wrong.

YES

Connect properly again.

Use a multi-meter to check the resistance value of the temperature sensor is normal or not.

YES

Replace temperature sensor.

Page 78

E6 malfunction: DC fan motor malfunction

LED displays E6

Outdoor unit DC fan cannot work.

Refers to the wiring diagram to check whether

the unit wiring is correct or not.

Connect again.

YES

Check whether the power and voltage of the DC

fan motor is normal or not and whether the voltage between red and black terminal of DC motor is from 277V to 354V in waiting state.

是

YES

Check whether the power and voltage of the DC fan

motor is normal or not and whether the voltage between white and black terminal of DC motor is from 15V in waiting state.

Replace IPM module.

Replace the main PCB.

YES

Whether the outdoor fan will work after the indoor fan

operates for 3 minutes.

Check the voltage

between “+”,”-” port of PFC module is within 277-354V.

Replace PFC module board..

Check voltage between yellow and black terminal of the fan is over 2.4V

Replace fan.

YES

Page 79

P1 malfunction: High pressure protection

LED displays P1

High pressure protection

Judge whether the wiring connection is correct.

Judge wire body is broken or not.

YES

Connect again.

To confirm: short-circuit high pressure switch and check whether

the system can operate normally or not.

Replace high pressure switch.

YES

Check whether the cooling system is normal or not.

Replace main PCB.

Check whether pressure of the system is too high.

YES

Stop the system.

Whether side air

duct of outdoor unit meets the standard

Rectify the air duct

YES

Whether the heat exchanger needs cleaning.

YES

Clean.

Whether the pipeline is blocked.

YES

Rectify the pipeline.

Judge the circulation water pump is damaged or not.

Repair or replace the water pump

YES

Whether plate heat exchanger is fouling or blocked severely

Clean or replace heat exchanger .

YES

Page 80

P2: Low pressure protection

LED displays P2

Low pressure protection

Whether wiring connection between low pressure switch and PCB is connected well or properly.

Whether the low pressure switch is damaged.

Connect well again.

Short-circuit low pressure switch and check whether the

system can work normally.

Whether the cooling system can work as normal.

YES

Check whether the outdoor ambient temperature is too low.

YES

Stop the unit.

Whether refrigerant system leaks.

YES

Leakage detecting: add nitrogen or refrigerant into the system. “si”,”si” will sound evidently if leaks heavily. Use soap water(the combination of water and detergent ) or electronic detector to detect if leaks slightly.

Replace outdoor main PCB.

YES

Replace low pressure switch .

Connect pressure gauge with the system measuring port.

Replace the EXV, then use high pressure nitrogen to clean and air the pipeline, add the refrigerant at last.

Whether EXV works properly or stuck or blocked

YES

Page 81

P3: Compressor current protection

It will protect when input current is more than 22A(31A for 10-16kW ). It will recover when input current is less than 22A

(31A for 10-16kW ). It will recover automatically.

LED displays P3

Compressor current protection

Check whether the input current of the power wire is more than 22A.

(31A for 10-16kW )

Check cooling system is normal or not.

YES

Check whether the outdoor ambient temperature is too high.

YES

Stop the unit.

Check whether the outdoor unit ventilates well.

YES

Make the outdoor unit ventilates well.

Whether the heat exchanger needs cleaning or not.

YES

Clean heat exchanger.

If the refrigerant pipe is blocked or not?

YES

Remove the refrigerant pipe and then use high pressure nitrogen or refrigerant to blow the pipe. Vacuumed the pipe then add the refrigerant again.

Replace main PCB

Replace main PCB.

Whether the circulation water pump is damaged.

Repair or replace the water pump

YES

Whether plate heat exchanger is fouling or blocked severely

Clean or replace heat exchanger.

YES

Page 82

P4:Compressordischargedtemperatureprotection

When the discharged temperature of the compressor is higher than 115°C, the unit will stop running. When the discharged temperature of the compressor is lower than 83°C , the unit resumes normal operation automatically.

LED displays P4

Discharged temperature protection of the compressor

Check whether the discharged temperature of the compressor is higher than 115°C.

Check whether the compressor discharged

temperature sensor connects with PCB correctly

according to the wiring diagram.

YES

Check whether resistance of compressor discharged

temperature sensor is correct or not .

Connect correctly again.

YES

Replace outdoor main PCB

Whether the discharged temperature sensor is damaged or not.

Replace compressor discharged temperature sensor.

Check refrigerant leaks or not.

Stop leaking and then add the refrigerant again.

YES

Page 83

P5: Condenser high temperature protection

When condenser temperature is higher than 62 degrees, the unit will stop operating. When pipe temperature outside is lower than 52 degrees, the unit will resume operate.

LED displays P5

Condenser high temperature protection

Check whether condenser temperature is higher than 62 degrees

Check whether the resistance of condenser

temperature sensor is correct.

YES

Replace the outdoor main PCB.

Replace the temperature sensor

YES

Whether outdoor temperature is too high(higher than 48

degrees)or not.

Whether heat exchanger needs cleaning.

Check if the EXV is blocked or not.

Clean heat exchanger

YES

Replace EXV and then use high pressure nitrogen to blow the pipe. Vacuumed the pipe then add the refrigerant again.

YES

Stop the unit

Replace outdoor main PCB.

Page 84

P6: IPM Module protection



LED displays P6

IPM module protection

Check whether P-N voltage on the IPM module

is OK. The DC voltage is from 277 to 356V.

Check whether the input power is

correct. The power is 220-240V, 1N, 50Hz.

Adjust to the right range. Then check whether the system runs normally.

YES

Check whether power

wiring is connected correctly and firmly.

Connect firmly again and check whether it is connected ri

ht.

YES

Check whether the output voltage of single-phase bridge rectifier is within 277-356V

Replace rectifier.

YES

Check if it is connected normally before entering bridge rectifier . If wire body terminal is connected firmly.

Connect wire correctly..

YES

Check if wiring connection between DC filter and IPM module is fasten or not.

YES

Check whether wiring

connection of the compressor is connected right and firmly.

YES

Replace IPM module and

check whether the system can operate normally or not..

Replace main PCB and check

whether the system can operate normally or not.

YES

Solve the malfunction.

Replace compressor and check whether the system can operate normally or not.

Connect firmly again and check whether it is connected correctl

Connect well again and check whether it is connected correctly.

YES

Solve the problem

YES

Solve the malfunction.

YES

Check the fuse on the power

Replace the same model fuse.

YES

Replace the main PCB.

Page 85

P8: Typhoon protection

CH malfunction: Protection when temperature difference between inlet & outlet water in heating

mode is too large for 5/7kW

CL malfunction: Protection when temperature difference between inlet & outlet water in cooling

mode is too large for 5/7kW. CP malfunction: Anti-freeze protection of plate heat exchanger for 5/7kW. PH malfunction: Protection when water temperature in heating mode is too high for 5/7kW. CH malfunction: Protection when water temperature in heating mode is too high for 10-16kW. PH malfunction: Protection when temperature difference between inlet water & outlet water is too

large for 10-16kW.

LED displays P8

Typhoon protection

YES

Stop the unit to prevent strong wind

to blow the outdoor fan.

Check if strong wind blows outdoor unit or two outdoor units blows each other.

Check whether the fan motor is damaged.

YES

Replace outdoor fan motor.

Replace the outdoor main PCB

LED displays CH/CL/CP/PH

① Protection when temperature difference between inlet & outlet water in heating/cooling mode is too large； ② Anti-freeze protection of plate heat exchanger③Protection when water temperature in heating mode is too high

Whether actual measured temperature difference between outdoor outlet water temperature minus inlet water temperature is higher than 14°C

Check inlet water sensor and outlet water sensor is

fall off or damaged.

YES

Replace main PCB.

Place temperature sensor to the related position or replace it.

Check whether the volume of water flow is enough or not.

Whether water system is stuck.

YES

Replace water system component.

Whether gear of water pump

is chosen right.

Adjust to high level

YES

Water flow pump head of external water pump choices

Select the proper water pump again.

Page 86

Note: when the ambient temperature is less than 8℃, inlet water temperature and temperature of plate heat exchanger is less than 2℃, crankcase heater of plate works. CP appears. If inlet water temperature and temperature of plate heat exchanger is more than 7℃, crankcase heater stops working and CP code disappears.

CL malfunction: To low water temperature protection in heating mode for 10-16kW.

Pb malfunction: Anti-freeze protection

Note:

The actual measured temperature of outdoor water outlet temperature and plate heat exchanger temperature is less

than 3 ℃ in cooling mode, the compressor stops running. But the water pump continue operating. If the temperature is more than 8

℃, Pb code disappears.

The actual measured temperature of outdoor water inlet temperature and plate heat exchanger temperature is less

than 8

℃

in waiting state, water pump works. The actual measured temperature of outdoor water inlet temperature and

plate heat exchanger temperature is less than 5

℃, the unit enter heating mode in force. Compressor works too. This is

normal.

LED displays Pb

Anti-freeze protection

The actual measured temperature of outdoor water outlet temperature and plate heat

exchanger temperature is less than 3 ℃ in cooling mode. Water inlet temperature and plate heat exchanger temperature is less than 5 ℃ in heating mode and waiting mode.

Check whether water inlet sensor and plate heat exchanger is fall off or damaged.（especially when the

outdoor temperature is lower than 0

℃

）

YES

Replace main PCB.

Place temperature sensor to the related position or replace it.

Normal system protection

YES

LED displays CL

To low water temperature protection in heating mode.

Whether the 4-way valve switch can switch normally

Check whether the 4-way valve coil fall off and the valve body jammed.

YES

Plug well

again

Replace 4-way valve

Whether the thermometer bulb of water outlet and inlet location are right.

YES

Check whether 4-way valve coil and body jammed.

Replace main PCB

Determine the location again.

YES

Replace main

PCB

Page 87

C8 malfunction: System water flow protection CP malfunction: Anti-idling protection for water pump

LED displays C8/CP

System water flow protection or anti-idling protection for water pump

Whether system water flow leaks.

Whether the water pipe is too long and not

connected to water pump.

YES

To configure external water pump

Whether water system is stuck.

Repair the leaks and add the water again.

YES

Wash or replace the stuck components and

pip

eline.

YES

Whether water pump is damaged. Replace water pump.

YES

Whether water flow switch is damaged.

Remove the water flow switch and close the fin manually to check whether malfunction still exists

YES

Replace water flow switch.

Malfunction still exists.

Replace main PCB

YES

Page 88

18. Optional Accessories

No. Name Specification

Remark

1 Wired controller KJR-120F

Customized

Page 89

Appendix

Accessories

Item Name of accessory Qty Shape

Installation and operation manual

2 Rubber sealed ring 2

3 Outlet connection pipe 1

4 Straight screwdriver 1 -----

Page 90

Temperature-Resistance characteristic sheet for pipe temperature sensor， ambient temperature sensor，inlet water temperature sensor and outlet water temperature sensor.

Sensor characteristic sheet Unit：Temp:℃--K, Ratio:KΩ

Temp. Ratio Temp. Ratio Temp. Ratio Temp. Ratio

-20 115.266 20 12.6431 60 2.35774 100 0.62973

-19 108.146 21 12.0561 61 2.27249 101 0.61148

-18 101.517 22 11.5 62 2.19073 102 0.59386

-17 96.3423 23 10.9731 63 2.11241 103 0.57683

-16 89.5865 24 10.4736 64 2.03732 104 0.56038

-15 84.219 25 10 65 1.96532 105 0.54448

-14 79.311 26 9.55074 66 1.89627 106 0.52912

-13 74.536 27 9.12445 67 1.83003 107 0.51426

-12 70.1698 28 8.71983 68 1.76647 108 0.49989

-11 66.0898 29 8.33566 69 1.70547 109 0.486

-10 62.2756 30 7.97078 70 1.64691 110 0.47256

-9 58.7079 31 7.62411 71 1.59068 111 0.45957

-8 56.3694 32 7.29464 72 1.53668 112 0.44699

-7 52.2438 33 6.98142 73 1.48481 113 0.43482

-6 49.3161 34 6.68355 74 1.43498 114 0.42304

-5 46.5725 35 6.40021 75 1.38703 115 0.41164

-4 44 36 6.13059 76 1.34105 116 0.4006

-3 41.5878 37 5.87359 77 1.29078 117 0.38991

-2 39.8239 38 5.62961 78 1.25423 118 0.37956

-1 37.1988 39 5.39689 79 1.2133 119 0.36954

0 35.2024 40 5.17519 80 1.17393 120 0.35982

1 33.3269 41 4.96392 81 1.13604 121 0.35042

2 31.5635 42 4.76253 82 1.09958 122 0.3413

3 29.9058 43 4.5705 83 1.06448 123 0.33246

4 28.3459 44 4.38736 84 1.03069 124 0.3239

5 26.8778 45 4.21263 85 0.99815 125 0.31559

6 25.4954 46 4.04589 86 0.96681 126 0.30754

7 24.1932 47 3.88673 87 0.93662 127 0.29974

8 22.5662 48 3.73476 88 0.90753 128 0.29216

9 21.8094 49 3.58962 89 0.8795 129 0.28482

10 20.7184 50 3.45097 90 0.85248 130 0.2777

11 19.6891 51 3.31847 91 0.82643 131 0.27078

12 18.7177 52 3.19183 92 0.80132 132 0.26408

13 17.8005 53 3.07075 93 0.77709 133 0.25757

14 16.9341 54 2.95896 94 0.75373 134 0.25125

15 16.1156 55 2.84421 95 0.73119 135 0.24512

16 15.3418 56 2.73823 96 0.70944 136 0.23916

17 14.6181 57 2.63682 97 0.68844 137 0.23338

18 13.918 58 2.53973 98 0.66818 138 0.22776

19 13.2631 59 2.44677 99 0.64862 139 0.22231

Page 91

Exploded view of unit SCV-50EA

22.7

22.6

22.5

22.4

22.2

22.1

22.3

Page 92

No Description Part Code Note Qty Price Code

Grille

201195190167 1

Front panel

201275590083 1

Axial fan ass'y

201100320624 1

Side plate ass'y of front

201248700326 1

Handle

201148700009 1

Base plate parts

201290490105 1

Compressor

201401500350 1

Crankcase electric heater

202403100104 1

Base supporter

201290490142 1

Liquid accumulator ass'y

201690490423 1

10.1

Accumulator

201601000669 1

10.2

Pressure switch

202301800118 1

Liquid accumulator ass'y

201690490413 1

11.1

Accumulator

201601000670 1

4-way valve ass'y

201690490427 1

12.1

Pressure switch

202301820042 1

12.2

4-way valve

201600630932 1

Drain pipe adapter

201695020622 2

Water-out pipe ass'y

201690490415 1

14.1

Water flow switch

202301801032 1

14.2

Safety valve

201601600005 1

14.3

Electrical heater of differential pressure valve

202403101777 1

EXV ass'y

201690490420 1

15.1

EEV solenoid

201601300108 1

15.2

Electronic expansion valve

201601300106 1

Pump

202400600862 1

Hydraulic meter

201800100005 1

Display box ass'y

203390490014 1

Water-in pipe ass'y

201690490418 1

19.1

Exhaust valve

201601601296 1

19.2

Electrical heater of differential pressure valve

202403101777 1

Heat-exchanger base ass'y

201290490149 1

Water inlet fixing board ass'y

201290490152 1

E-part box ass'y

203390490024 1

22.1

PFC inductance

202301000872 1

22.2

Inverter module ass'y

201319902991 1

22.3

Power supply board ass'y,outdoor unit

201319903132 1

22.4

Main control board

201390400017 1

22.5

Transformer

202300930280 1

22.6

Wire joint

202301400611 1

22.7

Radiator

202301901309 1

Water charge valve

201601600104 1

Plate heat exchanger ass'y

201790490016 1

24.1

Plate heat exchanger

201700101115 1

24.2

Electrical heater of plate heat exchanger

202403101778 1

Side plate ass'y of rear

201290490141 1

Convert joint

201690490449 1

Fixing board ass'y

201290490146 1

Clamp

201290490064 1

Expansion vessel

201601330000 1

Top cover parts

201290490113 1

Rear net frame

201295100307 1

Left supporting board

201248700050 1

Condenser

201590490024 1

MODEL: SCV-50EA

Page 93

No Description Part Code Note Qty Price Code

Motor bracket

201275590219 1

Partition board

201290490144 1

DC motor

202400300063 1

Pipe temp. sensor ass'y

202301300808 1

Pipe Temp. sensor ass'y

202301300437 1

Discharge Temp. sensor ass'y

202301300130 1

Room Temp. sensor ass'y

202301300196 1

MODEL: SCV-50EA

The data are subject to change without notice.

Page 94

Exploded view of unit SCV-70EA

22.7

22.6

22.5

22.4

22.2

22.1

22.3

Page 95

No Description Part Code Note Qty Price Code

Grille

201195190167 1

Front panel

201275590083 1

Axial fan ass'y

201100320624 1

Side plate ass'y of front

201248700326 1

Handle

201148700009 1

Base plate parts

201290490105 1

Compressor

201401500350 1

Crankcase electric heater

202403100104 1

Base supporter

201290490142 1

Liquid accumulator ass'y

201690490423 1

10.1

Accumulator

201601000669 1

10.2

Pressure switch

202301800118 1

Liquid accumulator ass'y

201690490413 1

11.1

Accumulator

201601000670 1

4-way valve ass'y

201690490427 1

12.1

Pressure switch

202301820042 1

12.2

4-way valve

201600630932 1

Drain pipe adapter

201695020622 2

Water-out pipe ass'y

201690490415 1

14.1

Water flow switch

202301801032 1

14.2

Safety valve

201601600005 1

14.3

Electrical heater of differential pressure valve

202403101777 1

EXV ass'y

201690490420 1

15.1

EEV solenoid

201601300108 1

15.2

Electronic expansion valve

201601300106 1

Pump

202400600862 1

Hydraulic meter

201800100005 1

Display box ass'y

203390490014 1

Water-in pipe ass'y

201690490418 1

19.1

Exhaust valve

201601601296 1

19.2

Electrical heater of differential pressure valve

202403101777 1

Heat-exchanger base ass'y

201290490149 1

Water inlet fixing board ass'y

201290490152 1

E-part box ass'y

203390490025 1

22.1

PFC inductance

202301000872 1

22.2

Inverter module ass'y

201319902991 1

22.3

Power supply board ass'y,outdoor unit

201319903132 1

22.4

Main control board

201390400018 1

22.5

Transformer

202300930280 1

22.6

wire terminal

202301400722 1

22.7

Radiator

202301901309 1

Water charge valve

201601600104 1

Plate heat exchanger ass'y

201790490016 1

24.1

Plate heat exchanger

201700101115 1

24.2

Electrical heater of plate heat exchanger

202403101778 1

Side plate ass'y of rear

201290490141 1

Convert joint

201690490449 1

Fixing board ass'y

201290490146 1

Clamp

201290490064 1

Expansion vessel

201601330000 1

Top cover parts

201290490113 1

Rear net frame

201295100307 1

Left supporting board

201248700050 1

Condenser

201590490024 1

MODEL: SCV-70EA

Page 96

No Description Part Code Note Qty Price Code

Motor bracket

201275590219 1

Partition board

201290490144 1

DC motor

202400300063 1

Pipe temp. sensor ass'y

202301300808 1

Discharge Temp. sensor ass'y

202301300130 1

Pipe Temp. sensor ass'y

202301300437 1

Room Temp. sensor ass'y

202301300196 1

MODEL: SCV-70EA

The data are subject to change without notice.

Page 97

Exploded view of unit SCV-100EA

25.1

25.2

25.3

25.6

25.7

25.4

25.5

25.9

25.8

Page 98

No Description Part Code Note Qty Price Code

Right-front plate ass'y

201290490129 1

Four-way valve

201690490407 1

2.1

Four-way valve assembly

201600630915 1

2.2

Pressure switch

202301820042 1

Welded parts of base

201290490128 1

Gas return pipe subassembly

201690490410 1

4.1

Pressure switch

202301800118 1

Liquid tank ass'y

201690490387 1

Fixed plate ass'y of compressor

201290490125 1

Compressor

201400611148 1

EXV ass'y

201690490395 1

8.1

Electronic expansion valve

201601300533 1

8.2

EXV solenoid

201601300577 1

Air release valve ass'y

201690490381 1

9.1

Exhaust valve

201601601296 1

Connection pipe ass'y

201690490374 1

Base

201290490137 1

Fixed plate of inlet/outlet pipe

201290490133 1

Connection pipe parts of water pump

201690490398 1

13.1

Water charge valve

201601600104 1

13.2

Safety valve

201601600005 1

Drain pipe adapter

201695020622 2

Shielded water pump

202400600850 1

Coaming I

201290490136 1

Plate heat exchanger ass'y

201790490014 1

17.1

Electrical heater of plate heat exchanger

202403101778 1

17.2

Plate heat exchanger

201700101124 1

Rubber gasket

202700601369 1

Coaming II

201290490135 1

Connection pipe ass'y of differential pressure valve

201690490372 1

20.1

Electrical heater of differential pressure valve

202403101777 1

Gas-liquid separator

201601100247 1

Differential pressure switch

201604400003 1

Hydraulic meter

201800100005 1

Display box ass'y

203390490018 1

Outdoor electrical control box ass'y

203390490021 1

25.2

Radiator

202301901253 1

25.3

Terminal block, 3P

202301400246 2

25.4

Radiator

202301901206 1

25.5

Three phase bridge

202300500348 1

25.7

Electrolytic capacitor

202300300493 2

25.9

Outdoor control board ass'y

201319903176 1

Right back plate

201290490131 1

Inductance Box Ass'y

203395190179 1

27.1

PFC Inductor

202301000863 2

Condenser ass'y

201595190036 1

Coaming ass'y

201290490132 1

Bracket ass'y, net

201295190076 1

Installation plate of expansion tank

201290490134 1

Top cover ass'y

201295190305 1

Expansion vessel

201601330001 1

Left supporting board, rear

201295190084 1

Motor bracket ass'y

201295190080 1

DC Motor

202400300216 2

MODEL: SCV-100EA

Page 99

No Description Part Code Note Qty Price Code

Axial fan

201100300524 2

Front panel

201295190281 1

Outlet grille

201195190168 2

Handle

201195190001 1

MODEL: SCV-100EA

The data are subject to change without notice.

Page 100

Exploded view of unit SCV-120EA

25.1

25.2

25.3

25.4

25.5

25.6

25.7

25.9

25.8

25.10

25.11

Sinclair SCV-50EA, SCV-70EA, SCV-140EA, SCV-160EA, SCV-100EA Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual