SKU: SENS-3958
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Generic TEC1-12707 Thermoelectric Cooler Module 40×40mm - 12V 7A 120W

₹429.00 (Inclusive of all taxes)
Out of Stock

The TEC1-12707 is a 40×40mm Peltier thermoelectric cooler module designed for precise temperature control applications. Operating at 12V DC with a 7A nominal current, this solid-state heat pump is ideal for integration into cooling systems for electronics, scientific instrumentation, and portable refrigeration.

Features

  • 40×40mm ceramic-faced module with 127 semiconductor couples for efficient heat transfer.
  • Rated for 12V DC operation (7A nominal, 10A max) with a maximum power handling of 120W.
  • Solid-state, vibration-free, and noise-free operation for sensitive applications.
  • Hot-side cooling via heatsink is mandatory for safe operation and performance.
  • Reversible polarity allows switching between heating and cooling modes instantly.

Out of stock

Description

The TEC1-12707 thermoelectric cooler module utilizes the Peltier effect to create a precise temperature differential across its ceramic plates. When DC power is applied, heat is pumped from one side to the other, enabling active cooling or heating. This solid-state device requires effective thermal management, specifically a heatsink on the hot side, to maintain performance and prevent thermal runaway.

With a robust construction rated for 200,000 hours of operation, this module is suited for integration into systems requiring reliable, maintenance-free temperature control. Its compact 40mm x 40mm footprint makes it compatible with standard CPU coolers and custom thermal assemblies for applications ranging from laboratory equipment to electronic enclosures.

Key Features

  • Compact 40mm x 40mm form factor with a 25cm pre-attached power cord for easy integration.
  • High-efficiency 127-couple semiconductor array for effective heat pumping capacity.
  • Solid-state design ensures silent, vibration-free operation critical for optical and precision instrumentation.
  • Simple polarity reversal instantly switches between cooling and heating modes.
  • Durable ceramic substrates provide excellent electrical insulation and thermal conductivity.
  • Mandatory heatsink requirement ensures long-term reliability and prevents module failure.
  • High-value build optimized for performance in DIY projects and industrial prototyping.

Applications

  • Active cooling for high-power CPU, GPU, or laser diode assemblies.
  • Temperature stabilization in CCD/CMOS image sensors for astronomy and microscopy.
  • Portable beverage coolers or mini-refrigeration units for medical sample transport.
  • Dehumidification and precise thermal control in environmental test chambers.
  • Thermoelectric power generation from waste heat in energy harvesting systems.

Technical Specifications

Model NumberTEC1-12707
Item TypeThermoelectric Cooler (Peltier Module)
Nominal Operating Voltage12 V DC
Maximum Voltage (Umax)15 V DC
Nominal Operating Current7 A
Maximum Current (Imax)10 A
Maximum Power120 W
Module Dimensions (L x W)40 mm x 40 mm
Power Cord Length25 cm
Life Expectancy200,000 hours

Frequently Asked Questions

What is the absolute maximum voltage and current I can apply to the TEC1-12707?

Do not exceed the maximum ratings of 15V DC (Vmax) and 10A current (Imax). Operating at or near these limits without perfect thermal management will drastically shorten the module's life. For sustained use, the nominal 12V, 7A rating should be your design target.

Is a heatsink required for operation, and why?

Yes, a heatsink on the hot side is mandatory. The Peltier effect pumps heat from the cold side to the hot side. Without a heatsink to dissipate this heat, the hot side temperature will rapidly equalize with the cold side, causing the module to stop functioning and potentially overheat, leading to permanent failure within seconds.

How do I switch this module from cooling to heating mode?

Simply reverse the polarity of the applied DC power supply. The side that was previously cold will become hot, and vice versa. This instant reversibility is a key advantage of thermoelectric modules for applications requiring both heating and cooling from a single device.

What type of power supply is recommended for driving this TEC module?

Use a regulated DC power supply capable of delivering at least 12V and 7A (84W) continuously, with low ripple. A computer ATX power supply's 12V rail is often suitable. For PWM speed control, use a MOSFET-based driver circuit rated for the module's current; simple linear regulators are inefficient for this application.

Package Includes

  • 1 x TEC1-12707 40x40mm Thermoelectric Cooler Module

Additional Information

Weight 0.025 kg
Dimensions 4 × 4 cm