CHILLER RENTAL 400 TON

Whether you need to stabilize temperatures at a work site or you’re looking for solutions to keep critical equipment running in an emergency, a 400-ton air-cooled chiller rental could be the right option for you.

Selecting the appropriate size chiller unit involves considering environmental factors, the target temperature, type of coolant, the heat load, and more.

Our expert team can provide 24/7 knowledge in getting you the proper service and solutions.

Call Us Today @ (800) 637-5000

400-Ton Chiller w/ Four Variable-Drive Screw Compressors & 400-1,200 GPM Range

400-Ton Chiller Specs & Common Applications

Specifications

  • Dimensions: L: 48'0" W: 8'0" H: 13'6"
  • Min / Max Flow GPM: 400 / 1,200 GPM
  • Shipping Weight (without trailer):  32,000 lbs.
  • Chilled Water/Brine Temp. Range: 5°F-65°F
  • Electrical Data: 460 Volt / 3 Phase / 60 Hz / 719 FLA (Chiller)

Applications

  • Alkylation Cooling
  • Concrete Cooling
  • Wet Gas Compressor Cooling
  • Dense Air Injection
  • Plastic Production Processes
  • Environmental Control
  • Wastewater Treatment
  • Turbine Inlet Cooling

How the 400-Ton Chiller Works

 

An air-cooled chiller removes excess heat from the cooling system and works in tandem with a refrigeration system. After the water flowing through an air handler or process system has cycled through, it becomes warm and enters the chiller. It’s then processed in the evaporator, which absorbs the water’s heat and evaporates liquid refrigerant into a low-pressure gas before converting it to a high-pressure gas.

The system uses fans to get rid of the heat outside. This condenses the refrigerant becoming a liquid again that moves through the evaporator to repeat the cycle.

How the 400-Ton Chiller Works

 

An air-cooled chiller removes excess heat from the cooling system and works in tandem with a refrigeration system. After the water flowing through an air handler or process system has cycled through, it becomes warm and enters the chiller. It’s then processed in the evaporator, which absorbs the water’s heat and evaporates liquid refrigerant into a low-pressure gas before converting it to a high-pressure gas.

The system uses fans to get rid of the heat outside. This condenses the refrigerant becoming a liquid again that moves through the evaporator to repeat the cycle.

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