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Hyperchill Laser Industrial Process Chiller for Precision Cooling

Brand: Hiross - by Parker

The performance of high-powered lasers depends on effective cooling. 

High-powered lasers generate a significant amount of heat that must be removed from the laser system to avoid overheating critical components. 

Carbon dioxide (CO₂) lasers, excimer lasers, ion lasers, solid-state lasers, and dye lasers all use liquid cooling to remove excess heat.

Laser liquid cooling can help accomplish three goals:
  • Maintaining a precise laser wavelength and higher output efficiency
  • Achieving desired beam quality
  • Reducing thermal stress on a laser system.
Features
  • Complete solution, easy to install and manage
  • Non-ferrous hydraulic circuit including non-ferrous water tank
  • A differential pressure switch ensures system shut down if the circuit runs dry.
  • Maximum ambient temperature up to 48 °C on standard units, topicalization up to 53 °C
  • Use of compliant scroll compressors (on ICEP007 and larger)
  • Low ambient speed-control (optional)
  • Compact design provides a space saving and easy to install solution
  • High reliability and low energy consumption even in extreme ambient conditions
  • Non-ferrous hydraulic circuit maintains the quality of the coolant ensuring stable working conditions, improved productivity and decreased maintenance costs.

1 - 12 of 15 Part Numbers
HLS076
HLS076
  • Maximum Cooling Capacity - 76 kW
HLS090
HLS090
  • Maximum Cooling Capacity - 90.2 kW
HLS116
HLS116
  • Maximum Cooling Capacity - 115.5 kW
ICEP002-LASER
ICEP002-LASER
  • Maximum Cooling Capacity - 1.7 kW
ICEP003-LASER
ICEP003-LASER
  • Maximum Cooling Capacity - 3.3 kW
ICEP005-LASER
ICEP005-LASER
  • Maximum Cooling Capacity - 5.2 kW
ICEP007-LASER
ICEP007-LASER
  • Maximum Cooling Capacity - 7.8 kW
ICEP010-LASER
ICEP010-LASER
  • Maximum Cooling Capacity - 10.8 kW
ICEP014-LASER
ICEP014-LASER
  • Maximum Cooling Capacity - 14.6 kW
ICEP020-LASER
ICEP020-LASER
  • Maximum Cooling Capacity - 20.3 kW
ICEP024-LASER
ICEP024-LASER
  • Maximum Cooling Capacity - 23.6 kW
ICEP030-LASER
ICEP030-LASER
  • Maximum Cooling Capacity - 29.7 kW
1 - 12 of 15 Part Numbers

Specifications

Power Consumption (at 25° C)

  • 0.77 to 18.68 kW

Port Size

  • 1/2 to 2”

Connection Type

  • Threaded

Maximum Ambient Temperature

  • 118.4° F
  • 45° C

Minimum Ambient Temperature (Dependent on Model)

  • 14 or 41° F
  • -10° or 5° C

Refrigerant Type

  • R407C

Electrical Requirements

  • 230 V/1-Phase/50 Hz or 400 V/3-Phase/50 Hz

Number of Axial Fans (Dependent on Model)

  • 1, 2 or 3

Compressor Included

  • Hermetic Piston or Scroll Compressor

Maximum Operating Temperature

  • 86° F
  • 30° C

Minimum Operating Temperature

  • 41° F
  • 5° C

Ingress Protection Rating

  • IP33 to IP54

Application

  • Laser Marking, cutting and welding

Weight

  • 88.18 to 2116 lbs
  • 40 to 960 kg

Width

  • 20.47 to 35.4”
  • 520 to 898 mm

Depth

  • 19.69 to 86.6”
  • 500 to 2200 mm

Height

  • 21.65 to 78.1”
  • 550 to 1984 mm

Specifications Met

  • Electromagnetic Directive 2004/108/EC
  • Machinery Directive 2006/42/EC
  • PED 97/23/EC

Noise Level

  • 52 to 58 dBA

Product Type

  • Open Hydraulic Circuit or Pressurized Closed Hydraulic Circuit
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