The industrial processing water chiller is a highly efficient dual-circuit water chiller designed to effectively cool fiber laser engraving, welding, and cutting machines with a power rating of up to 1KW. Each of these cooling circuits operates independently, with a distinct purpose: one circuit is dedicated to cooling the fiber laser, while the other is responsible for cooling the optics. This means there is no need to invest in two separate chiller units.

The laser water chiller employs components that strictly adhere to CE, REACH, and RoHS standards, ensuring compliance with quality and environmental regulations. Featuring active cooling with a remarkable stability of ±0.5℃, the laser chiller significantly enhances the longevity and performance of your fiber laser system. Additionally, it comes equipped with multiple built-in alarm mechanisms that provide added protection for both the chiller and your laser equipment.

With the convenience of four caster wheels, this chiller offers effortless mobility and exceptional flexibility. The chiller stands as an exceptional cooling solution for your 1000W laser engraving, cutting, or welding equipment.

Main Features:

Dual cooling circuit
Active cooling
Temperature stability: ±0.5°C
Temperature control range: 5°C ~35°C
Refrigerant: R-410a
User-friendly controller interface
Integrated alarm functions
Back mounted fill port and visual water level
Optimized for high performance at low temperatures
Ready for immediate use

Technical Data

SKU	CH0120
Voltage	AC 1P 220-240V
Frequency	60Hz
Current	3.9~13A
Max. power consumption	2.56kW
Heater power	600W+600W
Precision	±0.5℃
Reducer	Capillary
Pump power	0.75kW
Tank capacity	14L
Inlet and outlet	Rp1/2"+Rp1/2"
Max. pump pressure	53M
Rated flow	2L/min + >12L/min
Net Weight	66Kg
Gross Weight	76Kg
Dimension	70x47x89cm (LxWxH)
Package dimension	73x56x105cm (LxWxH)

The working current can be different under different working conditions.

The above information is for reference, for more detail or different chillers, please contact us now.