TEC1-12706 Thermoelectric Cooler | TOUSEN
TEC1-12706
The TEC1-12706 Industrial Thermoelectric Cooling Module delivers high-performance temperature control with a maximum temperature difference of 68℃ and cooling capacity of 53W. This Peltier module operates at 15.4V maximum voltage and 6A current, providing efficient thermal management for demanding applications. The compact 40×40×4mm construction features advanced thermoelectric materials and alumina ceramic substrates, ensuring reliable performance in industrial environments.
This thermoelectric cooler demonstrates exceptional reliability with over 100,000 hours operational lifespan and 5,000+ power cycles. The module maintains low internal impedance of 1.9-2.2Ω and includes 300mm lead wires for flexible installation. Suitable for operating temperatures up to 100℃ with an 80℃ long-term use limit, this Peltier device offers unidirectional cooling for consistent thermal management performance across various applications.
Applications include medical equipment such as DNA amplifiers and low-temperature drug storage systems where precise temperature control is critical. The thermoelectric cooling module is also used in automotive refrigerators, wine cabinets, and coffee machines for efficient cooling solutions. In optical and semiconductor applications, it provides temperature stabilization for laser devices, high-sensitivity CCDs, and testing platforms requiring exact thermal conditions.
The industrial-grade construction ensures durability in diverse environments, while support for series and parallel configurations allows customization for specific power requirements. This thermoelectric cooler represents an efficient solution for applications requiring reliable active cooling with compact dimensions and extended service life, making it suitable for both commercial and industrial thermal management needs.
This thermoelectric cooler demonstrates exceptional reliability with over 100,000 hours operational lifespan and 5,000+ power cycles. The module maintains low internal impedance of 1.9-2.2Ω and includes 300mm lead wires for flexible installation. Suitable for operating temperatures up to 100℃ with an 80℃ long-term use limit, this Peltier device offers unidirectional cooling for consistent thermal management performance across various applications.
Applications include medical equipment such as DNA amplifiers and low-temperature drug storage systems where precise temperature control is critical. The thermoelectric cooling module is also used in automotive refrigerators, wine cabinets, and coffee machines for efficient cooling solutions. In optical and semiconductor applications, it provides temperature stabilization for laser devices, high-sensitivity CCDs, and testing platforms requiring exact thermal conditions.
The industrial-grade construction ensures durability in diverse environments, while support for series and parallel configurations allows customization for specific power requirements. This thermoelectric cooler represents an efficient solution for applications requiring reliable active cooling with compact dimensions and extended service life, making it suitable for both commercial and industrial thermal management needs.
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Product Description
Industrial-Grade Thermoelectric Cooling Module are renowned for their distinctive characteristics, which include:
◆High-Performance Cooling: Maximum temperature difference of ≥66℃, made with advanced extrusion technology for reliable performance.
◆Recommended Operating Temperature: Suitable for environments up to 100℃, with a long-term use limit of 80℃.
◆High Reliability: Unidirectional cooling with over 100,000 hours of lifespan and 5,000+ power cycles.
◆Size and Customization: Over 500 standard models, with customization available for size, electrical parameters, and shapes.
◆Ceramic Substrate: Standard 96% alumina ceramic, with options for aluminum nitride substrate and backside metallization customization.
◆High-Performance Cooling: Maximum temperature difference of ≥66℃, made with advanced extrusion technology for reliable performance.
◆Recommended Operating Temperature: Suitable for environments up to 100℃, with a long-term use limit of 80℃.
◆High Reliability: Unidirectional cooling with over 100,000 hours of lifespan and 5,000+ power cycles.
◆Size and Customization: Over 500 standard models, with customization available for size, electrical parameters, and shapes.
◆Ceramic Substrate: Standard 96% alumina ceramic, with options for aluminum nitride substrate and backside metallization customization.
【Applications】
◆Medical Devices: DNA amplifiers, low-temperature drug storage, and constant temperature ventilators.
◆Household Devices: Car refrigerators, hot and cold massagers, wine cabinets, cosmetic storage boxes.
◆Optical Devices: Temperature control for laser devices, high-sensitivity CCDs, and phototubes.
◆Computer and Semiconductor Devices: CPU cooling fans, GPU cooling chips, and testing platforms.
◆Household Devices: Car refrigerators, hot and cold massagers, wine cabinets, cosmetic storage boxes.
◆Optical Devices: Temperature control for laser devices, high-sensitivity CCDs, and phototubes.
◆Computer and Semiconductor Devices: CPU cooling fans, GPU cooling chips, and testing platforms.
Properties
| Item | Unit | Eigenvalue |
|---|---|---|
| Size | MM | 40*40*4 |
| Maximum voltage Vmax | V | 15.4 |
| Maximum current Imax | A | 6 |
| Maximum temperature difference △ T | ℃ | 68 |
| Maximum cooling capacity Qc | W | 53 |
| Wire length | MM | 300 |
| internal impedance | Ω | 1.9-2.2 |
Selection Guide
1. Determine Cooling Object and Power: Assess whether the cooling object generates heat and its power.
2. Select Based on Environment: Choose based on the operating environment and target temperature.
3. Balance Size and Performance: Larger sizes provide better cooling performance.
4. Series and Parallel Configurations: For higher power, use multiple modules in series or parallel.
2. Select Based on Environment: Choose based on the operating environment and target temperature.
3. Balance Size and Performance: Larger sizes provide better cooling performance.
4. Series and Parallel Configurations: For higher power, use multiple modules in series or parallel.
