20 Ton , 3000 SCFM Roof top heat and ac system--12 SEER Capacity Design: 60,479 kcal/h (20 Ref. Ton). Pressure: 48.3 bar (700 psi). Refrigerant Type: R-410a. Temperature: 37.8 °C (100 °F). Fan Details: Supply Fan 5 HP 460 VAC. Temperature Delta: 25.
duty available 700,000 BTU/hr (205 kw) contract # 40391 16 bar (low), rated 180KW, 3/50/400 volt, system includes
R-12 refrigerant Open drive motor 3/60/2300 volt Type GF/44. (2) chiller tanks synchronous motor Generator 4.5 KW at motor end.
Refrigeration compressor turbine.
Capacity Design: 1,905,088 kcal/h (630 Ref. Ton).
refrigerant screw compressor, 492,000 kcal/hr with associated shell and tube condenser water 40 deg C in, 45 deg C out. Capacity Design: 123,982 kcal/h (41 Ref. Ton). Temperature: 40 °C (104 °F).
refrigerant screw compressor 492,000 kcal/hr, associated shell and tube condenser water 15 deg C in, 6 deg C out. Capacity Design: 123,982 kcal/h (41 Ref. Ton).
492,000 kcal/hr associated shell and tube condenser water 15 deg C in, 6 deg C out. Capacity Design: 123,982 kcal/h (41 Ref. Ton).
492,000 kcal/hr associated shell and tube condenser, water 15 deg C in, 6 deg C out. Capacity Design: 123,982 kcal/h (41 Ref. Ton).
rotary Screw Compressor, max speed 4500 rpm, Design pressure High 350 psig., low 300 psig.-rated 298 BHP. Capacity Design: 907,185 kcal/h (300 Ref. Ton). Refrigerant Type: R-22.
300psig low side. Rated for 289 BHP. Capacity Design: 907,185 kcal/h (300 Ref. Ton). Pressure: 24.1 bar (350 psi). Refrigerant Type: R-22.
rotary chiller Optimus helical rotary Hermetically sealed motor Water cooled. Capacity Design: 604,790 kcal/h (200 Ref. Ton). Refrigerant Type: R-134a.
rotary chiller Optimus helical rotary, Hermetically sealed motor, Water cooled. Capacity Design: 604,790 kcal/h (200 Ref. Ton). Refrigerant Type: R-134a.
International Process Plants has many used chillers for sale and other used processing equipment for use in industrial refrigeration.
Much like a Boiler is used to heat a process, a Chiller and other Refrigeration equipment is typically used to cool a process.
Chillers work by compressing a refrigeration gas (R132A, Freon, R22) into a liquid, and using a special refrigeration valve, releasing the compressed liquid back into a gas.
The conversion of the liquid back into a gas removes heat and creates cold. It is the same principal as when you use a can of compressed air to clean your computer keyboard. The longer you release the compressed air, the colder the can gets.
You use the cold that is created by using a heat exchanger for liquid cooling or air exchanger if you are cooling air.
Chillers are further grouped by the type of cooling used to dispense the heat generated:
Chillers are typically a packaged design with the compressor, condenser, evaporator, pumps, valves and controls all skid mounted.
Chillers are often distinguished by the Tons of Refrigeration they produce and at what temperature. A rule of thumb to use when looking for the capacity of a chiller is 1 ton of refrigeration @ 40 degrees F for each horsepower the compressor uses. The lower the discharge temperature, the more horsepower is required.
Cooling towers are designed to take water that is heated during the refrigeration process and cool it quickly by passing it through a cooling tower where large fans cool the water.
Manufacturers include: Advantage, AEC, BAC, Berg, Bry-Air, Budzar, Carrier, Cincinnati, Conair, Cooling Technologies, DUNHAM BUSCH, Dunham/Bush, Fasti, FES, Frick, FTS SYSTEMS, GES, Jensen, Kinectic Dispersion, McQuay Snyder, McSaw, Neslab, R, Sterlco, Teco, Thermalcare/Mayer, Trane, Trane Co, Transtore, York .