TEC1-12715 High-Performance Thermoelectric Cooling Module | Peltier Cooler for Industrial & DIY Applications 40*40mm

SKU: FA2058
Model Number

TEC1-12715
Dimensions

40mm x 40mm x 3.3mm (approx.)
Internal Couples

127
Maximum Voltage

15.4V DC
Maximum Current

15.0A
Max Cooling Power

~135W – 150W
Max Temp Difference

≥70°C
Operating Temp Range

-55°C to +80°C
Internal Resistance

0.8 ~ 0.9Ω
Lead Wire

150mm (Approx.) 14-16 AWG Heavy Duty
Product Description
The TEC1-12715 is the flagship of the 40mm thermoelectric series, engineered for peak thermal performance in the most demanding environments. Operating on the Peltier effect, this industrial-grade solid-state heat pump is capable of moving an incredible 130W to 150W of heat energy. With a massive 15-Ampere current rating, the 12715 is the definitive choice for applications where cooling speed and deep temperature differentials are the primary requirements.
Constructed with 127 high-density bismuth telluride semiconductor couples, the TEC1-12715 offers a silent, vibration-free alternative to traditional mechanical refrigeration. Its reinforced ceramic plates are designed for maximum durability and precision thermal cycling. Whether you are developing an industrial-grade liquid chiller, a sub-zero CPU cooling solution, or high-capacity medical refrigeration, the 12715 provides the ultimate “thermal muscle” in a compact solid-state footprint.
Key Features
  • Ultimate Heat Pumping Capacity: The most powerful single-stage 40mm module available, designed for aggressive heat dissipation up to 150W.
  • Solid-State Reliability: No moving parts, mechanical wear, or refrigerants, ensuring silent operation and an exceptionally long service life in fixed installations.
  • Precision Thermal Management: Enables sub-degree temperature stability when integrated with high-precision PWM or PID control systems.
  • Superior Delta-T: Capable of achieving a maximum temperature difference () of up to 70°C under ideal thermal load conditions.
  • Instant Thermal Response: Rapidly switches between cooling and heating modes by simply reversing the DC input polarity.
  • Environmentally Friendly: Fully RoHS compliant; operates without CFCs, HCFCs, or other harmful greenhouse gases.
Usage & Applications
  • Extreme Computing: Active cooling for extreme overclocking of multi-core CPUs and GPUs; essential for custom sub-ambient liquid cooling loops.
  • Industrial Refrigeration: Core component for high-capacity wine chillers, portable medical-grade refrigerators, and laboratory cold-storage units.
  • Biotechnology: Precise thermal stabilization for DNA amplification (PCR) machines and rapid-cooling vaccine transport containers.
  • Scientific Research: Cooling high-resolution infrared sensors, laser diodes, and high-speed CCD arrays in aerospace and spectroscopy.
  • DIY High-Power Projects: Building custom water chillers for large aquariums, small-scale localized air conditioning, or high-performance cloud chambers.
Q: Do I need a special heatsink for the 15A model?

Yes, absolutely. The 12715 generates a massive amount of waste heat on its “hot side.” Standard air-cooled heatsinks are almost always insufficient. We strongly recommend using high-performance liquid cooling or industrial-grade copper heat-pipe towers to prevent the module from failing due to internal heat saturation

Q: Can I run this directly from a 12V 20A power supply?

Yes. While the module is rated for up to 15.4V, it is optimized for 12V operation. Ensure your power supply can provide a constant, clean 15A–20A to achieve the maximum advertised cooling capacity.

Q: Which side of the module is the cold side?

Generally, the side with the printed model number (TEC1-12715) is the cold side. The blank side is the hot side. You can verify this by applying power for 1 second; the cold side will chill instantly.

Q: Is thermal paste required?

Yes. To ensure proper heat transfer, you must apply a thin, even layer of high-quality thermal grease (TIM) between both ceramic plates and their respective contact surfaces

Q: Can I use this for heating?

Yes. By reversing the red and black wires, the heat flow reverses. The side that was cold will become the heating side, which is useful for specialized environmental testing systems.

Related products