Triple Channel Heat Exchangers
Temperature Accuracy (Idle): ±0.2 ℃
Temperature Range:
Channel 1 & 2: +40°C to +180°C
Channel 3: +30°C to +80°C
Advanced PLC control with PID algorithms achieves ±0.2℃ precision temperature regulation of process fluid. This system is deployed across critical thermal management scenarios:
Semiconductor manufacturing equipment
New energy testing platforms
Medical diagnostic devices
Industrial laser systems
- Overview
- Recommended Products
- 15+ Years of Industrial Thermal Management Experience
- Strict Quality Inspection Before Delivery
- Fast Global Shipping
01Why Choose LIAT Triple Channel Heat Exchanger
|
Three Independent Cooling Circuits Each heat exchange circuit operates independently, allowing three production processes or equipment to maintain separate cooling conditions simultaneously. |
Superior Heat Transfer Efficiency Advanced brazed plate heat exchanger technology provides excellent thermal performance while minimizing energy consumption. |
Reduce Installation Cost One integrated triple-channel system replaces multiple standalone heat exchangers, reducing installation space, piping complexity, and maintenance costs. |
Stable Multi-zone Cooling Independent flow management ensures consistent cooling performance across multiple production processes without mutual interference. | Flexible Customization Heat transfer capacity, flow rate, materials, controller, communication protocol, and piping layout can all be customized according to project requirements. |
Global Engineering Support
Professional thermal management engineers provide complete project consultation, commissioning guidance, and worldwide after-sales service. |
02 Powerful performance
Performance Highlights |
Technical Overview |
|
• Three Independent Cooling Loops • High Heat Transfer Efficiency • Complete Cooling Loop Isolation • Stable Multi-zone Cooling • Low Pressure Drop • Compact Equipment Footprint • Energy-efficient Operation • Easy Maintenance
|
• Three Independent Heat Exchange Circuits • High-efficiency Brazed Plate Heat Exchangers • Closed-loop Cooling Design • Independent Flow Management • PLC Intelligent Controller • Temperature Monitoring Available • Flexible Industrial Integration
|
Structure Design |
Structure diagram |
Core Components |
Heat Exchange System |
Working Principle |
|
• Triple Modular Heat Exchange Units • Compact Industrial Cabinet • Front Maintenance Access • Flexible Pipe Connections • Heavy-duty Industrial Construction |
|
• Brazed Plate Heat Exchangers • Independent Circulation Pumps • Flow Sensors • Precision Temperature Sensors • Stainless Steel Piping • PLC Intelligent Controller
|
The refrigeration system automatically adjusts cooling capacity according to process temperature, providing highly accurate and stable temperature regulation throughout operation. |
① Three independent process loops circulate separately. ② Heated process liquid enters its dedicated heat exchanger. ③ Cooling liquid removes thermal energy efficiently. ④ Independent flow regulation maintains optimal heat transfer. ⑤ Three cooling circuits continuously operate without interference. |
03 Performance Description
Three independent liquid-to-liquid heat exchange circuits continuously transfer heat while completely isolating each cooling loop. The intelligent control system optimizes flow and thermal performance, ensuring reliable heat transfer, stable process temperatures, and maximum operating efficiency.
04 Applications
 Semiconductor Manufacturing |
 Laser Equipment |
|
|
|
|
|
|
|
|
Battery Manufacturing
Laboratory Systems
Medical Equipment
Industrial Automation
Chemical Processing
05 Technical Details
Structure Design |
Core Components |
Heat Exchange System |
|
• Triple Modular Heat Exchange Units • Compact Industrial Cabinet • Front Maintenance Access • Flexible Pipe Connections • Heavy-duty Industrial Construction |
• Brazed Plate Heat Exchangers • Independent Circulation Pumps • Flow Sensors • Precision Temperature Sensors • Stainless Steel Piping • PLC Intelligent Controller |
The refrigeration system automatically adjusts cooling capacity according to process temperature, providing highly accurate and stable temperature regulation throughout operation. |
06 Working Principle
① Three independent process loops circulate separately.
② Heated process liquid enters its dedicated heat exchanger.
③ Cooling liquid removes thermal energy efficiently.
④ Independent flow regulation maintains optimal heat transfer.
⑤ Three cooling circuits continuously operate without interference.
07 Specifications
| Heat Exchange HPT030-W-32-2F2/W-R2-AN-ZW | |||||||
| Channelaisle | Channelaisle 1 | Channelaisle 2 | Channelaisle 3 | ||||
| Temperature rangeTemperature range | +40°C to +180°C | +40°C to +180°C | +30°C to +80°C | ||||
| Fluidfluid | JHT 270 | JHT 270 | 60% EG,DI Water | ||||
| Tankwater tank | 50 L | 50 L | 50 L | ||||
| Temperature accuracy (( idle )Static control accuracy | ± 0.2℃ | ± 0.2℃ | ± 0.2℃ | ||||
| Temperature controlTemperature control method | 3-way valve PID control | 3-way valve PID control | 2-way valve PID control | ||||
| Heat exchangerheat exchanger | Cooling capacityHeat exchange | 6 KW @+50°C 21 KW @+100°C 36 KW @+150°C | 6 KW @+50°C 21 KW @+100°C 36 KW @+150°C | 16 KW @+70°C | |||
| PCWCooling water | 15 LPM @15~ 25℃ | 15 LPM @15~ 25℃ | 15 LPM @15~ 25℃ | ||||
| Heat exchangerHeat exchanger type | Plate heat exchangerCopper brazing stainless steel plate replacement | Plate heat exchangerCopper brazing stainless steel plate replacement | Plate heat exchangerNickel-welded stainless steel plate replacement | ||||
| Heaterheater | 12 KW (4 KW x 3)Or 6 KW x 2) | 12 KW (4 KW x 3)or6 KW x 2) | 6 KW (3 KW x 2) | ||||
| DI Tank Deionizer | NA | NA | 18 L | ||||
| Pumpwater pump | Pumptype | Magnetic pump (frequency conversion) | Magnetic pump (frequency conversion) | HorizontalCentrifugal pump (variable frequency) | |||
| Powerpower | 2.2 KW, IE2 | 2.2 KW, IE2 | 1.2 KW | ||||
| Pump capacityability | 30 LPM @0.5MPa | 30 LPM @0.5MPa | 20 LPM @0.5MPa | ||||
| Safety devicesEquipment safety | WarningWarning (no shutdown) | 1.The circulating fluid tank is at a low level, indicating the need to add fluid. | Reservoir Low Level WRN | ||||
| 2.High liquid level in circulating fluid tank | Reservoir High Level WRN | ||||||
| 3.The circulating fluid temperature has not reached the set value. | Reservoir Low temp. WRN | ||||||
| 4.The circulating fluid flow rate is lower than the customer's set value. | Circulating fluid Low Flow WRN | ||||||
| 5.The temperature of the circulating fluid return is higher than the specified value. | Circulating fluid Return High Temp. WRN | ||||||
| AlarmAlarm (Power Off) | 1.There is a leak in the chassis. | Water Leak Detect FLT | |||||
| 2. EMOEmergency Stop | EMO emergency stop FLT | ||||||
| 3.Power phase sequence error | Incorrect Phase Error FLT | ||||||
| 4.Low liquid level in circulating fluid tank | Reservoir Low Level FLT | ||||||
| 5.Overheat protection action of circulating fluid tank | Reservoir High Temp. FLT | ||||||
| 6.Water pump frequency converter failure | Pump Inverter Error FLT | ||||||
| 7.The water pump is constantly operating at high or low pressure. *(Higher than 1.0 MPaBelow0.1 MPa | Pump high/low pressure FLT | ||||||
| 8.Low circulating fluid flow rate*(Below3L/min) | Circulating fluid Return Low Flow FLT | ||||||
| 9.Circulating pump circuit breaker protection | Pump Breaker Trip FLT | ||||||
| 10.The outlet temperature of the circulating fluid exceeds the specified value. | Circulating fluid High Temp. FLT | ||||||
| 11.Temperature sensor malfunction | Temperature sonsor error FLT | ||||||
| Piping sizeInlet and outlet dimensions | Fluidmedium | Return | RC 3/4" x 2 | RC 3/4" x 2 | RC 3/4" x 2 | ||
| Supply | RC 3/4" x 2 | RC 3/4" x 2 | RC 3/4" x 2 | ||||
| PCWCooling water | Return | RC 1/2" | RC 1/2" | RC 1/2" | |||
| Supply | RC 1/2" | RC 1/2" | RC 1/2" | ||||
| Dry Airdry air | Inlet | Φ6mm | |||||
| Power connection | Connector (Female)Claw cable fastening connector125A (3P+PE)(Cable end female) P/N: TYP2719(125A/IP67) Clamping cable fix plug(Male)Claw cable fastening plug125A (3P+PE)(Male connector for device) P/N: TYP973(125A/IP67) | ||||||
| EMO AMPConnector definition | EMO AMPGeneral4Core socket 206430-1(Four-needle round mouth) with female head | AMPdefinition:pin2,pin3It is an emergency stop alarm. | |||||
| Bottom overflow tray drainChassis drain port | RC 1/2" with Plug Cap | ||||||
| Empty out drainSystem medium drain port | 1/2" Ball Valve with Plug Cap | 1/2" Ball Valve with Plug Cap | 1/2" Ball Valve with Plug Cap | ||||
| CertificationCertification and Standards | SEMI S2, F47 | ||||||
| Interfacecommunication | RS 485 | ||||||
| Rated PowerRated power | 36.1 KW | ||||||
| Maximum CurrentMaximum current | 100.3 A | ||||||
| Average CurrentaverageCurrent | 36.3A *This data represents the simulated circulating fluid temperature.@+25˚ CElectric heating output ratio 20% | ||||||
| BreakerMolded case circuit breaker | 125A(Schneider EZDseries) | ||||||
| Dimensions (overall) | 750~800W*900D*1350H(Preliminary estimate) | ||||||
| Power supplypower supply/power | 190~ 230 VAC, 3ø, 50Hz / 60Hz | ||||||
08 Why Choose LIAT
 |
 |
 |
 |
 |
 |
09 Frequently Asked Questions
What is a Triple Channel Heat Exchanger?
A Triple Channel Heat Exchanger integrates three completely independent liquid-to-liquid heat exchange circuits into one compact industrial system for multi-process cooling applications.
What are the advantages of three independent cooling circuits?
They allow multiple production processes to operate simultaneously with different cooling requirements while reducing installation space and maintenance costs.
Are all cooling circuits completely isolated?
Yes. Each circuit has its own independent heat exchanger and flow path, ensuring complete separation between process fluids.
Can LIAT provide customized designs?
Yes. We support customized heat transfer capacity, materials, flow rate, communication protocol, PLC control, and mechanical configuration.
Which industries commonly use this system?
Semiconductor manufacturing, battery production, laser processing, laboratories, medical equipment, automation systems, and precision manufacturing.
How can I request a quotation?
Simply send your cooling medium, operating temperatures, flow rate, and application details. Our engineers will recommend the most suitable solution within 24 hours.
