X-Meritan is a professional China quality TCB-NE-HH Temp Controller With High Precision and Super High Power supplier. High-demand biological and medical applications, such as PCR thermal cycling, depend on the TCB-NE-HH Temp Controller Cooler Module for rapid, ultra-stable temperature transitions. By combining high-current output with a refined control interface, X-Meritan provides global manufacturers with a TCB-NE-HH semiconductor cooling sheet for temperature control that meets the rigorous performance standards of both industrial and laboratory infrastructure.
The TCB-NE-HH Temp Controller With High Precision and Super High Power from X-Meritan is a premium thermal management solution designed for high-capacity thermoelectric systems. This TCB-NE-HH Temp Controller With High Precision and Super High Power utilizes a specialized DC power supply architecture to support versatile TEC configurations, ensuring peak efficiency in both heating and cooling modes. Backed by X-Meritan’s expertise in semiconductor refrigeration, this board offers the high-power density required to drive multiple cooling sheets simultaneously, providing a stable and responsive platform for complex thermal control tasks.
Below you can find details of our TCB-NE-HH Temp Controller With High Precision and Super High Power：
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Board supply voltage |
7V-48V |
|
TEC voltage |
2V-48V |
|
TEC current |
Rated 27A |
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Temperature sensor |
10K NTC |
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Temperature control accuracy |
0.01°C |
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Set temperature accuracy |
0.01°C |
|
NTC version temperature measurement |
-60°C to +170°C |
|
NTC version temperature control |
-20°C to +100°C |
|
PT100/PT1000 temperature control |
-75°C to +234°C |
|
PT100/PT1000 control |
-65°C to +225°C |
|
Operating temperature |
-40°C to +45°C |
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Storage temperature |
-40°C to +60°C |
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Operating humidity |
0-95% |
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Set temperature |
25°C (customizable) |
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Height |
37mm |
● Bidirectional Control
This TCB-NE-HH Temp Controller With High Precision and Super High Power supports seamless transitions between heating and cooling modes, with the flexibility to lock into cooling-only or heating-only configurations for specific unidirectional hardware like ceramic heaters.
● High-Current TEC Driver Flexibility
Designed to handle "super high power" loads, the driver adapts to various TEC configurations, making it suitable for large-scale industrial cooling and high-speed medical diagnostic equipment.
● Real-Time ASCII Serial Monitoring
Users can precisely set parameters and track thermal performance in real time via a user-friendly ASCII serial port protocol, simplifying the interface between the controller and host computers.
● Continuous Output Stability
Unlike pulsed controllers, this unit provides continuous output control, ensuring smooth temperature curves and preventing the thermal stress often associated with high-power switching.
● Integrated Signal Interface Suite
The board includes comprehensive I/O for system-level integration, featuring dedicated alarm outputs, ready signal indicators, and a remote TEC shutdown input for enhanced safety.
● Versatile Power Compatibility
Optimized for DC power supplies, the TCB-NE-HH architecture minimizes electrical noise, which is critical for sensitive high-precision measurements in biological and medical sensing applications.
Optimized Control Architecture:
The integrated, high-performance PID control algorithm eliminates the necessity for external programming or manual debugging, providing an immediate plug-and-play solution for professional-grade temperature management. This versatile TEC driver supports diverse configuration settings, allowing it to adapt seamlessly to various TEC specifications and power demands for customized performance.
High-Precision Sensing:
Achieving a temperature control stability of up to ±0.01°C, this system is engineered for high-precision applications that require extreme resistance to thermal fluctuations. It offers native compatibility with standard 10kΩ NTC temperature sensors, which simplifies the overall system integration process while reducing the costs associated with component selection and procurement.
Stable Power Supply:
The utilization of a DC power source ensures the delivery of stable, clean drive power, which effectively minimizes electromagnetic interference (EMI) and enhances both system reliability and thermal stability. (Optional: The unit supports a flexible input voltage range, such as XXV-XXV DC, to accommodate different power environments.)
Specialized Application Focus:
Specifically developed for high-power and high-precision thermal management, this controller is the ideal driving solution for heat-sensitive equipment. It is particularly suited for high-power laser diodes (LDs), precision optical assemblies, and sophisticated scientific instruments.
High Power Output:
With a maximum output capacity exceeding 1200W, the system delivers robust cooling and heating performance. This high power density allows it to manage large thermal loads with ease, ensuring consistent performance even under demanding conditions.
