Three systems, Compressor MTS36SAAD460/200--with VFD wall mounted.
Freon has been evacuated. Air Flow Rate: 353,394 m3/h (208,000 CFM). Capacity Design: 911,721 kcal/h (301.5 Ref. Ton). Product Flow Rate: 276 m3/h (1,200 GPM). Refrigerant Type: R-134a. Temperature: 4.4 °C (40 °F). Fan Details: Top Mounted. Fan Power: 3.7 kW (5 HP). Height: 2,199 mm (86.6 in). Length: 9,754 mm (384 in). Width: 2,242 mm (88.3 in). Number of Fans: 14.
Capacity Design: 302,395 kcal/h (100 Ref. Ton). Refrigerant Type: R-410a. Fan Details: Three fans. Height: 3,251 mm (128 in). Length: 3,658 mm (144 in). Width: 2,286 mm (90 in). Number of Fans: 3.
refrigerant chiller system, air cooled, 400 kw capacity, unit 380 kw, refrigerant R404a, (2) refrigerant compressors, (1) evaporator, -20 degrees C entering, -25 degrees C exiting, (1) condenser, (16)fans mounted on top. Capacity Design: 341,706 kcal/h (113 Ref. Ton). Refrigerant Type: R404a. Temperature: 40 °C (104 °F). Fan Power: 2.2 kW (3 HP). Number of Fans: 16.
air cooled chiller. (3) Carlyle reciprocating hermetically sealed compressors Mdl 06EY-099140B motor 3/60/575 volt Capacity Design: 90,718 kcal/h (30 Ref. Ton). Temperature: -12.2 °C (10 °F). Fan Details: .
Air Conditioning system With 2 hermetically sealed Copeland compressors. (1) Evaporator blower 7.5 hp 3/60/460volt, (4) condenser fans each .75 HP 3/60/460 volt. Capacity Design: 60,479 kcal/h (20 Ref. Ton). Refrigerant Type: R-22. Fan Details: (4) condenser fans each .75 HP 3/60/460 volt.. Fan Power: 0.56 kW (0.75 HP). Number of Fans: 4.
refrigerant chiller system air cooled 400 kw capacity, unit 380 kw refrigerant R404a (2) refrigerant compressors, (1) evaporator, -20 degrees C entering, -25 degrees C exiting, (1) condenser, (16) fans mounted on top. Capacity Design: 341,706 kcal/h (113 Ref. Ton). Refrigerant Type: R404a. Temperature: 40 °C (104 °F). Fan Power: 2.2 kW (3 HP). Number of Fans: 16.
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 .