Hyperchill Plus-E water chiller 3 - 120 kW

  • Industrial water chiller for hydrogen applications from -10°C to 35°C
  • Reliable operation even in extreme ambient conditions -10°C to +48°C (-30/-20 to > 48°C on request)
  • ecofiendly non-flammable safe low GWP R513A refrigerant (Safety Class A1)
  • The non-ferrous hydraulic circuit maintains the quality of the coolant ensuring stable working conditions
  • Condenser filters reduce dirt, thereby preventing system downtime.
  • Compact design the Hyperchill Plus provides a space saving and easy to install solution.
  • 50 Hz / 60 Hz versions (UL)
  • corrosion protected version for aggressive environment available (salty areas)

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Complete solution, easy to install and manage

  • Non ferrous hydraulic circuit:
  • Non-ferrous water tank (stainless steel from ICEP005-E), stainless steel plate evaporator, non-ferrous pump with bypass prevent water from becoming corrosive
  • Pump and tank installed inside the chiller provides a compact and easy to install solution; without pump and/or without tank solution available.
  • Electronic controllers with proprietary software provide access to all the parameters of the units and allow special management for any specific need, with possibility for remote monitoring and ‘master/slave’ functioning.
  • Completely configurable with many options and kits to fit the needs of industrial applications.
  • Condenser filters reduce dirt, thereby preventing system downtime.
  • As standard installed differential pressure switch that makes sure that the systems shuts down in the case that the circuit runs dry. Therefore the investment is protected.
  • Designed with eyebolts (till ICEP015E) for easy handling.
  • IP54 standard from ICEP008E for outdoor installations.
  • Independent condensing section enables routine and special maintenance to be performed without stopping the system.
  • Unit structure and design guarantee full internal access for easy maintenance.
  • Models from ICEP022E designed with fan step control in order to work in low ambient temperatures down to -10°C.
  • All models equipped with MODBUS RTU interface, ensuring a
  • system monitoring (optional MODBUS TCP/IP).
  • Water and refrigerant manometers permit full control of the working conditions.
  • Water pump: (standard 3bar) different head-pressures available to meet the requirements of specific applications.
  • Visual level Indicator: designed for open circuit versions.

High reliability and Low energy consumption

  • Large built-in water tank that provides a large thermal mass / storage capacity thus reducing the number of refrigerant compressor stop/starts and short cycling thereby increasing the compressor and chiller lifetime and reducing the energy consumption.
  • Maximum ambient temperature up to 48°C on standard units, Tropicalization and Low Ambient options ensure reliable operation in extreme ambient conditions.
  • Oversized condensers and evaporators guarantee high performing heat exchange increasing COP energy efficiency.
  • PID software developed and tested to give the highest temperature consistency even at variable loads.
  • Use of compliant scroll compressors (from ICEP008E) designed specifically for high efficiency and long life in industrial applications.
  • Low ambient speed-control (optional) on fan-motor ensures constant performances at different temperatures, long lifetime of the fans and a reduction in absorbed power when ambient temperature is low.

Typical applications

  • Electrolyzer rectifier cooling, gas cooling, dryer cooling
  • Compressor cooling
  • Condensate removal in comination with HyperCool shell & tube heat exchanger and Hypersep centrifugal separators
  • Hydrogen pre-cooling to -10°C
  • Complete hybrid cooling systems from Parker for optimal efficiency (QDC air cooler combination)

Contact us

  • Interested? Please contact Parker Haniffing by filling in the contact supplier form.
Parker Hannifin

Parker Hannifin is a Fortune 250 global leader in motion and control technologies. For more than a century the company has been enabling engineering breakthroughs that lead to a better tomorrow. Parker is supporting the global decarbonisation efforts through a broad range of solutions, hydrogen-compatible components and systems enabling safe and efficient operation for a variety of applications.

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