SKU: SENS-3967
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TEC1-12710 40×40mm 10A Thermoelectric Cooler Module

₹359.00 (Inclusive of all taxes)
Out of Stock

The TEC1-12710 is a 40×40mm thermoelectric cooler (Peltier) module designed for 12V DC operation, capable of handling up to 10A current and 120W power for active heating or cooling applications in electronics, DIY projects, and industrial systems.

Features

  • High-power 120W Peltier module with 127 semiconductor couples for effective thermal transfer.
  • Operates at 12V DC nominal voltage with a maximum current rating of 10A (15V max).
  • Compact 40mm x 40mm ceramic-faced construction with a 25cm power lead for easy integration.
  • Solid-state, vibration-free operation; cooling/heating direction controlled by supply polarity.
  • Requires an external heatsink for optimal performance and long-term reliability.

Out of stock

Description

The TEC1-12710 thermoelectric cooler module utilizes the Peltier effect to actively transfer heat from one side to the other when DC power is applied. Its 127 semiconductor couples, housed within a 40mm x 40mm ceramic package, create a significant temperature differential, with one side cooling while the opposite side heats. This solid-state device is ideal for precise thermal management.

For stable operation, the heat generated on the hot side must be efficiently dissipated using a heatsink or active cooling system. Failure to do so will cause the module to reach thermal equilibrium, halting its cooling performance. The module is rated for up to 200,000 hours of operation and is suitable for integration with microcontroller platforms like Arduino when paired with appropriate driver circuits and thermal management.

Key Features

  • High-density 127-couple thermoelectric array for efficient heat pumping.
  • Rated for 12V DC nominal operation with a maximum power draw of 120W.
  • Compact 40mm x 40mm footprint with a thickness of ~3.8mm (typical).
  • Solid-state design ensures silent, vibration-free, and maintenance-free operation.
  • Direction of heat transfer (cooling vs. heating) is instantly reversible by swapping power leads.
  • Includes pre-soldered 25cm insulated wire leads for straightforward power connection.
  • Constructed with durable ceramic plates for electrical insulation and mechanical strength.
  • Optimized performance-to-cost ratio for DIY, prototyping, and light industrial use.

Applications

  • Active cooling for high-power electronics like CPU/GPU overclocking rigs or laser diodes.
  • Temperature stabilization in scientific instruments, CCD cameras, or optical assemblies.
  • Portable refrigeration or beverage cooling in compact DIY cooler projects.
  • Precise thermal cycling in medical and laboratory equipment.
  • Dehumidification systems utilizing the cold side for condensation.

Technical Specifications

Model NumberTEC1-12710
Nominal Operating Voltage12 V DC
Maximum Voltage (Umax)15 V DC
Maximum Current (Imax)10 A
Maximum Power (Qmax)120 W
Internal Resistance1.2 - 1.5 Ω
Module Dimensions (L x W)40 mm x 40 mm
Thickness (Typical)~3.8 mm
Wire Lead Length250 mm (25 cm)
Weight (Approx.)30 g
Operating Temperature Range-50°C to +80°C (Ceramic Surface)
Max. Temperature Differential (ΔTmax)~67°C
Life Expectancy200,000 hours

Frequently Asked Questions

What is the maximum voltage and current I can apply to the TEC1-12710?

The absolute maximum operating voltage is 15V DC, and the maximum current is 10A. For continuous operation, it is recommended to use the nominal 12V rating. Exceeding these limits will damage the semiconductor couples and void the module's lifespan.

Do I need a heatsink when using this Peltier module?

Yes, a heatsink (preferably with a fan) is mandatory for any sustained operation. The hot side generates significant heat that must be dissipated. Without a heatsink, the module will quickly reach thermal equilibrium, rendering it ineffective for cooling and potentially causing thermal runaway and failure.

How do I switch between cooling and heating modes?

The direction of heat transfer is controlled by the polarity of the DC power supply. Simply reverse the positive and negative connections to the module's wire leads. The side that was previously cooling will become the heating side, and vice-versa.

Can I drive this module directly from an Arduino or Raspberry Pi GPIO pin?

No. The TEC1-12710 requires high current (up to 10A) that far exceeds the capability of microcontroller GPIO pins. You must use an external DC power supply (rated for 12V/10A+) and a suitable high-current MOSFET or motor driver circuit controlled by the microcontroller's PWM signal for speed/temperature regulation.

What is the typical lifespan and failure rate of this module?

The module is rated for approximately 200,000 hours of operation under recommended conditions (proper heatsinking and within voltage/current limits). Long-term testing indicates a very low failure rate of around 0.2%. Performance degradation over time is minimal with adequate thermal management.

Package Includes

  • 1 x TEC1-12710 Thermoelectric Cooler Module (40mm x 40mm)

Additional Information

Weight 0.03 kg
Dimensions 4 × 4 × 0.38 cm