Since 1992
Industrial Expertise. Reliable Solutions.

INDUSTRIAL PROCESS CHILLERS – PARKER HYPERCHILL

Reliable Temperature Control for Industrial Process Cooling

Parker Hyperchill Industrial Process Chillers provide controlled cooling for industrial machinery and manufacturing processes, helping maintain consistent operating temperatures and support reliable equipment performance.

PRODUCT OVERVIEW

Parker Hyperchill Industrial Process Chillers are designed to provide controlled cooling for manufacturing equipment and industrial processes. By removing excess heat from circulating cooling fluids, these systems help maintain required process temperatures and reduce the risk of equipment overheating.

Hyperchill chillers use refrigeration technology to cool water or compatible process fluids, which circulate through equipment to absorb heat. The warmed fluid returns to the chiller, where heat is removed before the fluid is recirculated through the cooling system.

Suitable for a wide range of industrial cooling requirements, Parker Hyperchill chillers support temperature-sensitive processes in plastics manufacturing, metalworking, food processing, chemical production and other industrial applications. Available cooling capacities and configurations depend on the selected model.

KEY FEATURES

  • Granular activated carbon adsorption technology
  • Reduction of oil vapour contamination
  • Cartridge-based filtration design
  • Replaceable activated carbon cartridges
  • Compact alternative to conventional carbon towers
  • Integration with upstream coalescing filtration
  • Suitable for centralised and point-of-use treatment, subject to model selection
  • Supports applications requiring low oil-vapour levels
  • Performance dependent on correct sizing and operating conditions

INDUSTRIES WE SERVE

TECHNICAL DATA

Parameter Specification
Brand Parker Hannifin
Product Range Hyperchill
Product Type Industrial Process Chiller
Cooling Technology Refrigeration-Based
Cooling Medium Water or compatible cooling fluids
Cooling Capacity Model-specific
Temperature Control Model-specific
Refrigerant Model-specific
Electrical Supply Model-specific
Operating Temperature Range Model-specific
Installation Industrial Process Cooling Systems

Chiller selection depends on cooling capacity, required fluid temperature, flow rate, ambient conditions and fluid compatibility.

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