Triple Channel Chiller
Temperature Stability: ±0.1℃
Temperature Range: -40˚C～+80˚C
Cooling Capacity: -40℃@6 KW/20℃@25 KW
Industrial-grade compressor chiller featuring premium-brand compressors for exceptional stability. Delivers ±0.1℃ outlet temperature stability for critical applications including:
Photolithography/etching equipment cooling
PVD/CVD tool thermal management
Chemical & pharmaceutical reactor temperature control
GMP-compliant pharmaceutical process cooling
- Overview
- Recommended Products
- 15+ Years of Industrial Thermal Management Experience
- Strict Quality Inspection Before Delivery
- Fast Global Shipping
01Why Choose LIAT Triple Channel Chiller
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Independent Three-Zone Cooling Each cooling circuit operates independently, allowing three different production processes or equipment to maintain their own temperature settings simultaneously. |
Superior Temperature Accuracy Advanced PID temperature control provides stability up to ±0.1°C, ensuring consistent cooling performance for precision industrial applications. |
Improve Production Efficiency One Triple Channel Chiller replaces multiple standalone chillers, reducing installation space, simplifying maintenance, and lowering operating costs. |
Energy Efficient Design Optimized refrigeration technology intelligently adjusts system performance according to real-time thermal loads, reducing energy consumption. | Flexible Customization Cooling capacity, refrigerant, voltage, controller, communication protocol, and mechanical configuration can all be customized according to customer requirements. |
Global Technical Support
Professional thermal management engineers provide complete pre-sales consultation, commissioning guidance, and after-sales technical support. |
02 Powerful performance
Performance Highlights |
Technical Overview |
Performance Curves | Key Advantages |
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• Three Independent Cooling Loops • Multi-zone Temperature Control • Fast Cooling Response • Stable Continuous Operation • Intelligent Load Balancing • High Cooling Efficiency • Energy-saving Refrigeration System • Easy Maintenance
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• Three Independent Cooling Circuits • Cooling Capacity 6kW–90kW • Temperature Range -40°C to +100°C • Temperature Stability ±0.1°C • PLC Intelligent Touch Screen • Independent PID Control • RS485 / Modbus / Ethernet Available
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Structure Design |
Structure diagram |
Core Components |
Refrigeration System |
Working Principle |
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• Three Independent Cooling Modules • Compact Industrial Cabinet • Optimized Airflow • Easy Maintenance • Industrial-grade Construction
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• High-efficiency Scroll Compressors • Plate Heat Exchangers • Electronic Expansion Valves • Independent Circulating Pumps • Precision Temperature Sensors • PLC Intelligent Controller |
Three completely independent refrigeration systems provide stable cooling for different applications simultaneously while maintaining precise temperature control and excellent energy efficiency. |
① Three refrigeration circuits operate independently. ② Each compressor controls one cooling channel. ③ Condensers dissipate heat efficiently. ④ Expansion valves regulate refrigerant flow. ⑤ Evaporators absorb process heat. ⑥ Three independent cooling loops continuously maintain stable operating temperatures. |
03 Performance Description
LIAT Triple Channel Chillers are designed for industrial applications requiring three completely independent cooling circuits within one integrated system.
Each cooling channel can operate at different temperatures and independently control separate equipment or production processes. Compared with multiple standalone chillers, a triple-channel system significantly reduces installation space, simplifies maintenance, lowers operating costs, and improves overall production efficiency.
Our Triple Channel Chillers are widely used in semiconductor manufacturing, laser processing, battery production, medical equipment, laboratory research, and precision industrial automation.
04 Applications
 Semiconductor Manufacturing |
 Laser Equipment |
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Battery Production
Laboratory Instruments
Medical Devices
Optical Equipment
CNC Machining
05 Technical Details
Structure Design |
Core Components |
Refrigeration System |
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• Three Independent Cooling Modules • Compact Industrial Cabinet • Optimized Airflow • Easy Maintenance • Industrial-grade Construction |
• High-efficiency Scroll Compressors • Plate Heat Exchangers • Electronic Expansion Valves • Independent Circulating Pumps • Precision Temperature Sensors • PLC Intelligent Controller |
Three completely independent refrigeration systems provide stable cooling for different applications simultaneously while maintaining precise temperature control and excellent energy efficiency. |
06 Working Principle
① Three refrigeration circuits operate independently.
② Each compressor controls one cooling channel.
③ Condensers dissipate heat efficiently.
④ Expansion valves regulate refrigerant flow.
⑤ Evaporators absorb process heat.
⑥ Three independent cooling loops continuously maintain stable operating temperatures.
07 Specifications
| VT410 Product Parameters | VT210-W-32 |
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| Product Name | Chiller | |
| Product Model | VT410-W-33 | VT210-W-33 |
| Cooling Method | Water-cooling | |
| Control Mode | PID control | |
| Temperature Control Range | CH1:-45~+60℃ | CH1:+10℃~+80℃ |
| CH2:+30~+90℃ | CH2:+30℃~+90℃ |
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| CH3:+10~+55℃ | CH3:+30℃~+90℃ | |
| Precision | ±0.1℃ | |
| Cooling capacity | CH1:6KW@-40˚C | CH1:15 KW @20°C |
| CH2:30KW@+30℃ | CH2:20 KW @+60°C |
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| CH3:28KW@+20℃ | CH3:20 KW @+60°C | |
| Power | CH1:4KW | |
| CH2:14KW | ||
| CH3:4KW | ||
| Tank | CH1 / CH2 shared expansion tank 30L + hot water tank 25L | |
| Circulating fluid flow | CH1:17 L/min @ 0.9MPa |
25L-30L/[email protected]
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| CH2:17 L/min @ 0.9MPa | ||
| CH3:25 L/min @ 0.76MPa | ||
| PCW traffic | CH1: 50 L/min@15~25℃@0.3MPa | |
| CH2: 20 L/min@15~25℃@0.3MPa | ||
| CH3: 50 L/min@15~25℃@0.3MPa | ||
| Temperature range | 5~35 ℃ | |
| Circulating fluid type | FC3283 | |
| Circulating liquid interface | CH1/CH2/CH3: Rc 3/4" | CH1/CH2/CH3: Rc 3/4" |
| PCW interface | CH1/CH2/CH3: Rc1" | CH1/CH2/CH3: Rc1-1/4" |
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External dimensions （mm） |
600W*1370D*2000H | 1100W*1400D*1600H |
| Input power supply | 3Ph,380-400V,50Hz | |
| Whole Machine Power | 41.1 KW | |
| Net Weight | 600 kg | |
| Design Standards |
SEMI |
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08 Why Choose LIAT
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09 Frequently Asked Questions
What is a Triple Channel Chiller?
A Triple Channel Chiller integrates three completely independent refrigeration circuits into one compact system, allowing multiple production processes to operate at different temperatures simultaneously.
What are the advantages of a Triple Channel Chiller?
It saves installation space, reduces equipment costs, simplifies maintenance, and improves production efficiency compared with multiple independent chillers.
Can each channel be set to a different temperature?
Yes. Every cooling channel has its own refrigeration circuit and independent temperature controller.
Which industries commonly use Triple Channel Chillers?
Semiconductor manufacturing, battery production, laser processing, laboratories, medical equipment, precision machining, and industrial automation.
Can the system be customized?
Yes. We support customized cooling capacity, voltage, controller, communication protocol, refrigerant, and mechanical structure.
How can I request a quotation?
Provide your required cooling capacity, operating temperature, application, and installation requirements. Our engineers will recommend the most suitable model within 24 hours.
