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Fujitsu Airstage Heat Pump, Model: V-ll, 230 V, 50/41 A, 5.37 kW Cooling, 5.39 kW Heating, 60 Hz, 3 ph Phase, 72000 Btu/hr Cooling, 81000 Btu/hr Heating, 12.5, 12.3 EER Rating, R-410A Refrigerant, 1/2 in Liquid Line, 7/8 in Suction Line, Tonnage: 6 ton, Vent, Ducted or Ductless: Ducted/Ductless, 57/58 dBA Sound Level, 5 to 115 deg F Cooling, -4 to 70 deg F Heating, 66-9/16 in H x 36-5/8 in W x 30-1/8 in D
| Amperage Rating | : | 50/41 A |
| BTU Rating | : | 72000 Btu/hr Cooling, 81000 Btu/hr Heating |
| Dimensions | : | 66-9/16 in H x 36-5/8 in W x 30-1/8 in D |
| EER Rating | : | 12.5, 12.3 |
| Frequency Rating | : | 60 Hz |
| Liquid Line Size | : | 1/2 in |
| Model | : | V-ll |
| Phase | : | 3 ph |
| Power Rating | : | 5.37 kW Cooling, 5.39 kW Heating |
| Refrigerant Type | : | R-410A |
| Sound Level | : | 57/58 dBA |
| Suction Line Size | : | 7/8 in |
| Temperature Rating | : | 5 to 115 deg F Cooling, -4 to 70 deg F Heating |
| Tonnage | : | 6 ton |
| Vent, Ducted or Ductless | : | Ducted/Ductless |
| Voltage Rating | : | 230 V |
- Smart and cutting edge design
- Extensive lineup from 6 to 24 ton in 2 ton increments
- Connectable indoor unit capacity upto 150%
- A large number of air stage systems can be connected to a single
- VRF communication network offering a variety of central and remote communication and BMS options
- Excellent energy savings: heat pump Inverter control improves system operation efficiency in part-load conditions when one or many indoor units are in operation
- Lower life-cycle cost: system operates with minimum energy usage, only service the zones that need it, which allows for less required operating energy and maintenance
- Easy installations and maintenance: the flexible communication method and piping connections makes installations and maintenance easy even for large systems
- Powerful large propeller fan: by using CFD*1 technology, a newly designed fan achieves high performance and low noise operation
- Three-phase DC fan motor: efficiency is substantially improved by high-efficient motor with sophisticated driver control, in addition, low noise is realized by DC fan motor
- Subcool high heat exchange efficiency is achieved by using an internal projection shape double pipe construction
- Sine-wave DC Inverter control: high-efficiency is realized by adoption of reduced switching loss IPM
- High efficient compressor large capacity DC twin rotary Inverter compressor with excellent intermediate capability
- Heat exchange efficiency is significantly improved by the introduction of a new four-face heat exchanger that increases effective surface area
- 50 to 150% indoor unit total capacity
- 14 maximum connectable indoor units
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