EN
Dual Channel Heat Exchangers
Temperature Stability: ±0.1℃
Temperature Range: 30℃～+200˚C
Heating Capacity: -40℃@6 KW/20℃@25 KW
Advanced PLC control with PID algorithms achieves ±0.1℃ 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
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Technical Description
Lingheng dual-circuit heat exchangers feature a 7-inch HMI touchscreen with intuitive Chinese interface, enabling clear parameter visualization, traceable fault logs (5000+ records), and real-time temperature trend monitoring for streamlined workflow management. The fully customizable UI supports industry-specific layouts, while the integrated RS485 port with Modbus-RTU protocol (IEC 61158-5 compliant) transmits 18+ critical data points including outlet fluid temperature (±0.1℃ accuracy), equipment fault codes, flow rates,and system status alerts to SCADA/MES systems.
Key Advantages
→ Dual-circuit integration delivers 40% smaller footprint through unified structural design.
→ 8kW heat transfer capacity (@ΔT=10K) achieved via compressor-free thermoelectric
→ Multi-protocol compatibility (SECS/GEM, OPC UA) enables plug-and-play with AMAT/LAM/TEL tools.
Engineered for high-temperature industrial processes, this single-circuit heat exchanger achieves precise thermal control from 30°C to 200°C (±0.3°C stability) with a maximum heat transfer capacity of 12kW at ΔT=10K. Operating reliably within 5-35°C ambient environments, its adaptive PID algorithm with feedforward control compensates for load fluctuations within 90 seconds. The system integrates a titanium plate heat exchanger featuring laser-embossed vortex generators that disrupt boundary layers, delivering 40% higher thermal efficiency than conventional designs - ideal for battery electrode drying (180±1°C uniformity), composite curing ovens, and semiconductor diffusion processes requiring rapid thermal cycling.
Core Components & Operation
Characteristic |
Plate Heat Exchanger |
Shell-and-Tube Heat Exchanger |
Heat Transfer Driving Force |
High ΔT gradient + intense turbulence |
Primarily relies on temperature difference |
Flow Path |
Multi-channel parallel flow |
Single-path serpentine flow |
Fouling Impact |
Low fouling resistance |
Prone to scaling |
Temperature Response |
Second-level regulation |
Minute-level response |
| HPD008/012 Product parameters | ||||
| Producte | Heat Exchange HPD008 | Heat Exchange HPD012 | ||
| Product model | HPD008-W-32W | HPD012-32F2 / W-32F3 | ||
| Cooling method | Water cooled heat exchange type | |||
| Control mode | PID Control | |||
| Temperature Control Range | 30℃~90℃ / 30℃~120℃ | +30℃~+150℃ / +30℃~+200℃ | ||
| precision | ±0.1℃ | |||
| Heat exchange | CH1：8kW | CH2：8kW | CH1&CH2：12 KW@PCW+10˚C | |
| Power | CH1：3kW x2 | CH2：3kW x2 | CH1&CH2：3 KW x 2 | |
| Tank | CH1：20L | CH2：20L | CH1：20 L | CH2：20 L |
| Circulating liquid flow rate | CH1：20L/min（0.65MPa) | CH2：20L/min（0.65MPa) | CH1&CH2：20L/[email protected] | |
| PCW traffic | 15L/min@15~25℃ | 15L/min@15~25℃ | 15L/min@15~25℃ | 15L/min@15~25℃ |
| Temperature range | 5~35℃ | |||
| Types of circulating fluid | Ethylene glycol mixture, pure water/DI Water | Fluorinated Liquid | ||
| Circulating liquid interface | Ethylene glycol mixture, pure water/DI Water | Fluorinated Liquid | ||
| PCW interface | Rc 1/2“x2 | Rc 3/4" x 2 | ||
| External dimensions（mm） | 600W*900D*1250H | 500W*900D*1500H | ||
| Input power supply | 3Ph,208-220V,50Hz | |||
| Whole machine power | 14.7kW | 15.5 KW | ||
| Net weight | 350kg | 300 kg | ||
| Design standards | SEMI | |||
