SCV-900EA
- Modular design concept
- Combination of up to 16 modules
- All units can be connected together with a three-core wired controller in series type
- On PCB you can remotely control: ON/OFF, heating/cooling, alarm
- High efficient full DC inverter compressor
- Economical operation
- Flexible pipe connection and installation
- Wired controller KJRM-120H in standard
Power supply | - | 380-415/3/50 | V/Ph/Hz |
Cooling 1 | Capacity | 82 | kW |
Cooling 1 | Input | 36,8 | kW |
Cooling 1 | EER | 2,23 | - |
Heating 1 | Capacity | 92 | kW |
Heating 1 | Input | 32,8 | kW |
Heating 1 | COP | 2,80 | - |
Max. running current | - | 60,0 | A |
Compressor | Type | DC invertor rotary | - |
Compressor | Quantity | 2 | - |
Air side heat exchanger | Type | Finned tube | - |
Air side heat exchanger | Quantity of fan motor | 3 | - |
Air side heat exchanger | Air flow | 38000 | m3/h |
Water side heat exchanger | Type | Plate | - |
Water side heat exchanger | Water pressure drop | 75 | kPa |
Water side heat exchanger | Volume | 7,05 | l |
Water side heat exchanger | Water flow volume | 15,0 | m3/h |
Refrigerant | Type | R410A | - |
Refrigerant | Charge volume | 27,0 / 56,4 | kg / t eq. CO2 |
Refrigerant | Throttle type | EXV | - |
Sound Pressure Level at 1 m | - | 80,1 | dB(A) |
Unit net dimension | (wxhxd) | 3220 x 1513 x 1095 | mm |
Packing dimension | (wxhxd) | 3275 x 1540 x 1130 | mm |
Net / Gross weight | - | 710 / 739 | kg |
Pipe Connections | Water Inlet / Outlet | DN50 | mm |
Controller | - | Wired | - |
Ambient temperature range | Cooling | -10~43 | °C |
Ambient temperature range | Heating | -20 ~ 30 | °C |
Water outlet temperature range | Cooling | 5~20 | °C |
Water outlet temperature range | Heating | 25~55 | °C |
Package volume | - | 5,699 | m3 |
Notes |
The specification of products is subject to change based further development of the units by the producer and can be changed without prior notice. Refer to rating label. Data are based on following conditions:
The devices contains fluorinated greenhouse gases covered by the Kyoto Protocol. Noise is tested in the semi-anechoic room, so it should be slightly higher in the actual Operation due to environmental change. Power input is tested under standard condition. |