中古 TRANE CVHF0910 #9221236 を販売中

Centrifugal water chiller Running hours: >400 CH-1: Centrifugal chiller Evap RH cond LH Evaporator water box arrangement: in RH end - out RH end Condenser water box arrangement: in LH end - out LH end CH-2: Centrifugal chiller Evap LH cond RH Evaporator water box arrangement: in LH end - out LH end Condenser water box arrangement: in RH end - out RH end CH-3 Centrifugal chiller Evap LH cond RH Evaporator water box arrangement: in LH end - out LH end Condenser water box arrangement: in RH end - out RH end Centrifugal liquid chiller (2) Stage compressor R-123 refrigerants Adaptiview controls Incoming line voltage: 480 volt Unit mounted adaptive frequency drive Starter power connection: Circuit breaker Standard enclosure: Nema 1 Evaporator shell size: 080 long Evaporator tubes: 0.75 inch (19.1 mm) dia. internally enhanced copper Evaporator tube wall: 0.025 inch (0.6 mm) thick Evaporator fluid: Water Evaporator water box: Non-marine Evaporator water box passes: Two pass Evaporator water box pressure: 150 psig (1034 kPa) Evaporator water box connection: Flanged adapter Condenser shell size: 080 long Condenser tube: 0.75 inch (19.1 mm) internally enhanced copper Condenser tube wall: .025 inch (0.6 mm) thick Condenser shell construction: Standard Condenser fluid type: Water Condenser water box type: non-marine Condenser water box passes: Two pass Condenser water box pressure: 150 psig (1034 kPa) Condenser water box connection: Flanged adapter Hot gas bypass BACnet interface TRANE refrigerant Seismic spring vibration isolators Performance data: Tags / CH-1 / CH-2, CH-3 Primary cooling capacity (tons) / 900.00 / 900.00 Primary efficiency (kW/ton) / 0.642 / 0.642 NPLV (kW/ton) / 0.418 / 0.418 Primary power (kW) / 577.90 / 577.90 Primary RLA (Incoming line) (A) / 746.50 / 746.50 Evaporator fluid flow rate (gpm) / 1343.60 / 1343.60 Evaporator entering fluid temp (F) / 56.00 / 56.00 Evaporator leaving fluid temp (F) / 40.00 / 40.00 Evaporator pressure drop (ft H20) / 9.89 / 9.89 Evaporator fouling factor (hr-sq ft-deg F/Btu) / 0.00010 / 0.00010 Condenser fluid flow rate (qpm) / 1800.00 / 1800.00 Condenser entering fluid temp (F) / 85.00 / 85.00 Condenser leaving fluid temp (F) / 99.39 / 99.39 Condenser pressure drop (ft H20) / 22.64 / 22.64 Condenser fouling factor (hr-sq ft-deq F/Btu) / 0.00025 / 0.00025 Minimum circuit ampacity (A) / 941.97 / 941.97 Maximum over current protection (A) / 1600.00 / 1600.00 Compressor motor RLA (A) / 825.70 / 825.70 Motor locked rotor amps (A) / 6007.00 / 6007.00 HCFC 123 Refrigerant charge (lb) / 1650.0 / 1650.0 Evaporator maximum fluid flow rate (qpm) / 3881.40 / 3881.40 Evaporator pressure drop maximum flow (ft H20) / 67.26 / 67.26 Evaporator minimum fluid flow rate (qpm) / 529.30 / 529.30 Evaporator pressure drop minimum flow (ft H20) / 1.43 / 1.43 Condenser maximum fluid flow rate (qpm) / 2752.40 / 2752.40 Condenser pressure drop maximum flow (ft H20) / 48.85 / 48.85 Condenser minimum fluid flow rate (qpm) / 750.70 / 750.70 Condenser pressure drop minimum flow (ft H20) / 4.69 / 4.69 Part load test point #1 (%) / 75% / - Capacity test point #1 (tons) / 675.00 / - Kilowatt test point #1 (kW) / 326.40 / - kW/ton test point #1 (kW/ton) / 0.484 / - Part load test point #2 (%) / 50% / - Capacity test point #2 (tons) / 450.00 / - Kilowatt test point #2 (kW) / 165.00 / - Kilowatt /ton test point #2 (kW/ton) / 0.367 / - 2014 vintage.