CHILLER RENTAL 50 TON

Our 50-ton chiller rental units are ideal options for cooling control in a broad range of applications, including commercial buildings, manufacturing facilities, event spaces, warehouses, and more. They are capable of enduring some of the most demanding environments and contain powerful four-scroll compressors.

Selecting the appropriate size 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.

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50-Ton Chiller w/ Four-Scroll Compressors ft. 60-240 GPM Range

50-Ton Chiller Specs & Common Applications

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Specifications

Dimensions: L: 9'11" W: 8'1" H: 8'6"
Min / Max Flow GPM: 60 / 240 GPM
Shipping Weight: 5,860 lbs.
Chilled Water/Brine Temp. Range: 15.1°F-65°F
Electrical Data: 460 Volt / 3 Phase / 60 Hz / 135 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 50-Ton Chiller Works

Air-cooled chillers absorb heat from process water and transfer it into the environment. The process begins when refrigerant enters the evaporator and changes into gas after heating. The gaseous refrigerant then travels to the compressor, where its pressure increases.

From there, the high-pressure refrigerant moves to the condenser. Fans push the warm air through the condenser to absorb the heat and release it into the environment. After the heat escapes, the pressure of the refrigerant lowers and begins a new cycle.

Air-cooled and water-cooled chillers function similarly, with the primary difference between the two is the substance used to accomplish chilling.

Fans typically circulate external air through the condenser to absorb the heat from the refrigerant and force it into the atmosphere. The refrigerant then moves through the expansion valve and returns to the evaporator in liquid form.

Water-cooled and air-cooled chillers work in similar ways. While they both have nearly identical components, the main difference is that one uses air to fuel the condenser cooling while the other uses water.