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Ultra Pure Water Chiller/UPW Chiller

Precision Cooling for Semiconductor & Cleanroom Applications

Temperature range 15℃~40℃

Temperature accuracy ±0.1℃

Ultra Pure Water Chiller (Image 1)

LNEYA’s Ultrapure Water Chiller Key Advantages

Ultra Pure Water Chiller (Image 2)
  • High Purity: An internal filter effectively prevents scale formation, thereby reducing free-ion contamination at the source. This protects the core components of the cooling system and significantly enhances operational efficiency.
  • Reduced Conductivity: It lowers the electrical conductivity of the cooling water, preventing current leakage and avoiding electrochemical interference that could compromise precision electronic components or manufacturing processes.
  • Precise Temperature Control: Employing intelligent algorithms, the system achieves rapid dynamic temperature response with a control accuracy of ±0.1°C (upgradeable to ±0.01°C), demonstrating excellent temperature-following capabilities.
  • Energy Efficiency: By incorporating variable-frequency adaptive control for the compressor and pump, soft-start technology, and waste heat recovery techniques, the system achieves highly efficient and energy-saving operation.
  • No Freon Cleaning Required;Single / Dual Channel;High Purity Compatible Design

Application of UPW Chiller

This chiller can replace freon-based cleaning and is widely used in precision cleaning with ultrapure water in the production of semiconductor wafers, photovoltaic cells, LCD panels, and lithium batteries.

  • Wafer cleaning
  • Post-etching cleaning
  • Post-CMP cleaning
  • Solar cell cleaning
  • LCD panel cleaning
  • Display substrate processing
  • Lithium-ion battery electrode material cleaning
  • Precision component processing
  • PCB cleaning
  • Optical component testing

Selection of ultra pure water (UPW) Chiller Specifications

Model FLTZ-U-003W FLTZ-U-D001W FLTZ-U-D002W FLTZ-U-D003W
Channel type 1-loop independent 2-loop independent 2-loop independent 2-loop independent
Performance Parameters Channel Model CH1 CH1 CH2 CH1 CH2 CH1 CH2
Circulation Mode Flushing type Circulation Type Circulation Type Circulation Type Flushing type Circulation Type Flushing type
Temperature Range 15~40℃ 15~40℃ 15~40℃ 15~40℃ 15~40℃ 15~40℃ 15~40℃
Temperature Control Accuracy ±0.1℃ ±0.1℃ ±0.1℃ ±0.1℃ ±0.1℃ ±0.1℃ ±0.1℃
Cooling Capacity 9.4kW@20℃ 0.6kW@20℃ 0.6kW@20℃ 1.5kW@20℃ 6.3kW@20℃ 3kW@20℃ 6.2kW@20℃
Heating power 10kW 0.6kW 2kW 1.5kW 12.5kW 3kW 12.5kW
Circulating liquid type/resistivity DI WATER@10~18MΩ·cm DI WATER@10~18MΩ·cm DI WATER@10~18MΩ·cm DI WATER@10~18MΩ·cm
Circulating liquid flow/pressure 45LPM@0.4MPa 6LPM@0.45MPa 10LPM@0.43MPa 15LPM@0.45MPa 25LPM@0.43MPa 18LPM@0.45MPa 30LPM@0.43MPa
Circulating liquid  connection size RC3/4 RC3/8 RC3/8 RC1/2 RC1/2 RC1/2 RC3/4
PCW temp 18~22℃ 18~22℃ 18~22℃ 18~22℃ 18~22℃ 18~22℃ 18~22℃
PCW flow 2m3/h 1.3m3/h 2m3/h 3.8m3/h
PCW pressure 2~6bar 2~6bar 2~6bar 2~6bar 2~6bar 2~6bar 2~6bar
PCW connection size RC3/4 RC1/2 RC1/2 RC3/4
Safety protection Overload protection Thermal overload protection for compressor, circulation pump, and heater
Power supply protection Overcurrent, over/under voltage, phase-loss and etc. protection
Liquid level protection Low flow 、 low liquid level protection etc.
Safety interlock EMO+INTERLOCK
Lockable tag device LOTO device
Leak detection device Internal and external LEAK SENSON
Communication protocol Supports multiple communication protocols MODBUS RTU/TCP protocol or ETHERCAT、LONWORKS etc.
Installation environment Ambient Temperature 10~40℃
Ambient Humidity 30~70%RH
Power supply 220VAC±10%,3PH(Customizable))
Dimensions cm 45*90*150 43*90*150 45*120*150 65*115*170

Notable options:

  • 1.Rated test conditions: dry-bulb 20 °C; wet-bulb 16 °C.
  • 2.Data are for selection reference only and subject to change without notice; nameplate parameters prevail.
  • 3.For special non-standard customization please contact us.
  • 4.Water-cooled units require a closed cooling tower or chiller water supply. If an open cooling tower is used a filter must be installed. Supply pressure: 1.5–4 bar.
  • For inquiries regarding custom non-standard products, please contact our company.

LNEYA UPW chiller Working Principle

The Chiller is composed of two core systems: a closely coupled refrigeration cycle and a medium circulation cycle. Through efficient heat exchange between the media in the two circulation channels, it achieves precise and stable temperature control of the target equipment.

The refrigerant circulates within the system, achieving cooling through four processes: compression, condensation, throttling, and evaporation. Simultaneously, the secondary coolant (medium) flows in an independent circulation loop, continuously delivering cooling capacity to the target equipment via a plate heat exchanger and is reused in a closed loop.

Ultra Pure Water Chiller (Image 6)

LNEYA sells UPW chillers in multiple countries worldwide and has a customer base in various countries, including the United States, Europe, Southeast Asia, and South Africa. Therefore, LNEYA is also a refrigeration chiller supplier in Europe, Asia Pacific, etc. LNEYA’s refrigeration chillers are also considered industrial cooling equipment.

Ultra Pure Water Chiller (Image 11)

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Ultra Pure Water Chiller (Image 12)
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