SKU: SENS-3969
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TEC1-12715 40×40mm 15A Thermoelectric Cooler Module

₹329.00 (Inclusive of all taxes)
Out of Stock

The TEC1-12715 is a 40×40mm solid-state Peltier thermoelectric cooler module designed for precise temperature control applications. Operating at 12V DC with a maximum current of 15A, it transfers heat from one side to the other, creating a hot and cold surface ideal for integration into cooling systems, thermal management platforms, and energy harvesting projects.

Features

  • 127 semiconductor couples within a compact 40×40mm ceramic substrate.
  • High-power operation: 12V nominal voltage, 15A max current, and 230W max power handling.
  • Solid-state, vibration-free, and noise-free operation for stable thermal management.
  • Reversible heat pumping direction by simply inverting the DC supply polarity.
  • Includes 25cm power leads for direct connection to DC power supplies or driver circuits.

Out of stock

Description

The TEC1-12715 utilizes the Peltier effect, where applying a DC voltage across the module causes heat to be pumped from one ceramic face to the other. This creates a controlled temperature differential, enabling active cooling or heating. The module’s 127 bismuth telluride couples are optimized for high heat flux, making it suitable for demanding thermal loads.

Effective operation is contingent on proper thermal management, specifically the mandatory use of a heatsink on the hot side to dissipate the transferred and internally generated Joule heat. Without adequate heatsinking, the module will quickly reach thermal equilibrium and cease to function. The robust ceramic construction ensures electrical isolation and long-term reliability in controlled environments.

Key Features

  • High-Density Thermoelectric Array: Features 127 semiconductor couples for efficient heat pumping capacity.
  • Precision Thermal Control: Solid-state design allows for exact temperature management via current modulation.
  • Bidirectional Operation: Reverse DC polarity to switch the hot and cold sides instantly.
  • Durable Construction: Aluminum oxide ceramic plates provide excellent electrical insulation and mechanical strength.
  • Extended Service Life: Rated for over 200,000 hours of continuous operation under specified conditions.
  • Integrated Wiring: Pre-soldered 25cm insulated leads simplify power connection.
  • Compact Form Factor: 40mm x 40mm footprint allows integration into space-constrained assemblies.

Applications

  • Precision temperature stabilization for laser diodes, CCD sensors, and scientific instrumentation.
  • Active cooling in compact refrigeration systems for portable medical devices or beverage coolers.
  • Thermal management for high-performance computing, including CPU and GPU auxiliary cooling.
  • Temperature cycling chambers and environmental test equipment requiring rapid thermal transitions.
  • Waste heat recovery and small-scale thermoelectric power generation from temperature differentials.

Technical Specifications

Model NumberTEC1-12715
Module Dimensions (L x W)40 mm × 40 mm
Nominal Operating Voltage12 V DC
Maximum Voltage (Umax)15 V DC
Maximum Current (Imax)15 A
Maximum Power (Pmax)230 W
Number of Thermoelectric Couples127
Power Lead Length250 mm (25 cm)
Module Weight30 g
Primary ConstructionCeramic Substrate, Bismuth Telluride Pellets

Frequently Asked Questions

What is the absolute maximum voltage and current I can apply to the TEC1-12715?

Do not exceed the specified maximum ratings of 15V (Umax) and 15A (Imax). Operating at or near these limits generates significant Joule heat and requires exceptional heatsinking. For prolonged life, it is recommended to operate at or below the nominal 12V.

Is a heatsink required for operation, and why?

Yes, a heatsink 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 rises rapidly, reducing the temperature differential across the module until it becomes ineffective. Extended operation without a heatsink will cause permanent damage.

How do I reverse the heating and cooling sides of the module?

The hot and cold sides are determined by DC polarity. Simply reverse the connection of your power supply's positive and negative leads to the module's wires. This instantly swaps the hot and cold faces, allowing the same module to be used for either heating or cooling.

What type of power supply is needed to drive this TEC module?

You need a DC power supply capable of delivering at least 12V and 15A (180W), with current limiting recommended. A standard ATX computer power supply's 12V rail is often suitable. For precise temperature control, a dedicated PWM-based TEC driver circuit is advised to manage inrush current and provide stable operation.

Package Includes

  • 1 x TEC1-12715 Thermoelectric Cooler Module (40×40mm, 15A)

Additional Information

Weight 0.03 kg
Dimensions 4 × 4 cm