Peltier - TEC 12706 - Thermoelectric cooler module

Peltier TEC1-12706 Thermoelectric Cooler Module (12V, 92W)

The Peltier TEC1-12706 is a thermoelectric cooler module designed for precise temperature control. This semiconductor-based component functions as a compact heat pump. It establishes distinct hot and cold sides when DC power is applied. The module efficiently transfers heat. It is applicable for both cooling and heating operations. Additionally, it can generate electricity when a temperature differential is present. Its robust design supports reliable performance for various thermal management projects.

Specifications:

• Model: TEC1-12706
• Operating Voltage (Vmax): 12V DC
• Max Current (Imax): 6.4A
• Max Power (Qmax): 92W
• Max Temperature Difference (ΔTmax): 67°C
• Dimensions: 40mm x 40mm x 3.6mm
• Lead Length: 300mm
• Internal Resistance: 1.98~2.1Ω
• Operating Temperature Range: -55°C to 83°C

Key features and benefits:

• Semiconductor-based thermoelectric device
• Functions as a solid-state heat pump
• Generates distinct hot and cold sides
• Capable of both cooling and heating applications
• Can generate electricity via the Seebeck effect
• Operates on DC power input
• Compact form factor for integration
• Rated for 12V, 92W operation

Applications:

• CPU and GPU cooling systems
• Portable refrigeration units
• Laboratory temperature control equipment
• Medical device thermal management
• Waste heat recovery for power generation
• Dew point control systems

Frequently Asked Questions:

Q: How does a Peltier module function?
A: A Peltier module operates on the Peltier effect, where an electric current flowing through two dissimilar conductors creates a temperature difference, transferring heat from one side to the other.

Q: What is the maximum operating voltage for the TEC1-12706?
A: The TEC1-12706 module is rated for a maximum operating voltage of 12V DC.

Q: Can a Peltier module generate electricity?
A: Yes, a Peltier module can generate electricity when a temperature differential is applied across its two sides, utilizing the Seebeck effect.

Package Includes:

*Image shown is a representation only.

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