A cooling may be a heat rejection device of Environmental Test Chambers  could either use the evaporation of water to get rid of process heat and cool the operating fluid to close the wet-bulb air temperature or, within the case of closed circuit dry cooling towers, believe alone on air to chill the operating fluid to close the dry-bulb air temperature.

Common applications include cooling the current water employed in oil refineries, organic compound and other chemical plants, thermal power stations and HVAC systems for cooling buildings. The classification relies on the sort of air induction into the tower: the most types of cooling towers square measure natural draft and induced draft cooling towers

Industrial cooling Chillers Manufacturer


Brand: Eskimo®

Model: EEVTC – Customized

Type: Water Cooled /Air Cooled

Tons:  Customized( -90c+200c) Rh 95%

Voltage: 50 – 60 Hz

Compressor: Semi Hermetic/Sealed

Refrigerant :  R410/407/134A


Our Standard Specification of Environmental Test Chambers

  • Compressor Semi Hermetic/Sealed
  • Refrigeration System (Two Stage) Cascade
  • High Side Gas Pre cooling
  • Shell and Tube Heat Exchanger/Plate( Removable Bundle Type)
  • Condenser Cooling (Chillier Required)
  • Brazed Plate Option
  • Condenser water Cooled(Option)
  • Condenser air cooled (Option)
  • Power 440 50/60 Hz
  • Temp -80c To +200c Rh %95
  • Temp Sensor Wet Bulb for Rh
  • Temp Sensor for Dry Bulb
  • Controlling of the Chamber ( PLC) /Equalent

•             Body Construction (Stainless Steel)

The ESKIMO range of chillers was designed for, larger critical industrial processes and customized HVAC systems. The development of this expanded chiller range was focused on four important design criteria: reliability, efficiency, flexibility and control.

Reliability The ESKIMO chillers have been designed for ultimate realiability.Dual screw compressors, Independent refrigeration circuits, automatic lead/lag control, state of the art PLC controllers with multiple safties and alarms, and premium refrigeration components all combine to create a reliable chiller suited for the most demanding applications.

Control  : Optimizing the performance of the ESKIMO chillers is achieved through a customized PLC controller. Close control of the supply water temperature and total control of the chiller operation allows the customer to receive the very best performance from the chiller and the equipment being cooled. Eight total steps of unloading achieve optimal stability during changing heat loads, while minimizing power costs. Compressor lead/lag control can be customized by the operator, and insures even wear on each refrigeration screw compressor.

Efficiency & Flexibility :  This new generation of ESKIMO chillers utilizes the latest technologies to produce the highest possible efficiency. By integrating PLC algorithms, variable frequency drives, R-134a refrigerant and cutting edge production techniques, ESKIMO is able to maximize chiller performance with minimum energy consumption.

Unlike many other manufacturers, ESKIMO has the ability to modify and adopts its standard range of chillers to meet a customer’s unique needs. Chillers can be designed for high or low water and high or low ambient temperatures. Chillers can be equipped with an Integrated Free Cooling system, low noise option, high elevation package, pump and tank stations. They can be adopted to integrate with almost any Building Control System. These options along with many other custom additions allow ESKIMO to create the best solution for any customer’s cooling requirements.


Applications for Process Chillers

  • Plastics Processing
  • Injection Molding Machines
  • Extruders
  • Blow Mold Machines
  • Thermoform Machines
  • Cutting Machine Tools
  • Surface Processing
  • Coating System
  • Electroplating Baths
  • Medical Processes
  • Computer Chip Manufacturing
  • Chemical and Pharmaceutical
  • Food Industry
  • Telecommunication
  • Laser Technology
  • Welding Engineering


Our Product Range

  • Precision Air Conditioning
  • Process Cooling Chillers
  • Cooling Towers
  • Heat Exchangers
  • Low Temperature Chambers (upto -80° c)
  • High Humidity Air Spray Units
  • (Pre cooling & Preserving Fruits & Vegetables
  • Heat Recovery Systems