TEC1-12715 Thermoelectric Cooler Peltier Module 40x40mm 12V 15A 142W High Power Semiconductor Cooling Plate

$3.10 ( Not real price )

TEC1-12715 thermoelectric Peltier cooling module is a 40×40mm solid-state cooler constructed with alumina ceramic and bismuth telluride semiconductors, delivering 12V 15A silent cooling/heating for DIY fridges, electronics, lab equipment and precision thermal control projects.

Our products are liked and shared by:

The TEC1-12715 supplied is a high-power solid-state thermoelectric Peltier cooling module that uses the Peltier effect to create cold/hot sides with DC 12V input, built with bismuth telluride semiconductors and 40×40mm ceramic plates for compact, silent cooling without compressors or moving parts.

It acts as a mini heat pump: supplying DC power shifts heat from one ceramic surface to the opposite side. Reverse current switches cooling to heating. Unlike low-wattage TEC models, this 15A variant delivers industry-leading 136W max cooling power for heavy-duty DIY, lab, and compact refrigeration builds.

Product Spec.

TEC1-12715 Thermoelectric Cooler Specifications
ParameterSpecification
Chip ModelTEC1-12715
External Dimensions40*40*3.2mm; Number of Element Pairs: 127 pairs
Wire SpecificationLead length 200±8mm, RV standard wire, 5mm tin-plated at one end
Internal Resistance0.8~0.9Ω (Tested at 23±1℃ ambient temperature, 1kHz AC)
Maximum Temperature DifferenceAbove 62℃
Operating CurrentImax=11.8A (15A at startup with maximum voltage 15.5V)
Rated VoltageDC12V (Maximum Voltage: 15.5V)
Cooling Power142W (Excessively high heat sink surface temperature will reduce cooling power)
Assembly Pressure85N/cm²
Operating EnvironmentTemperature range -55℃~83℃ (Excessively high ambient temperature will directly affect cooling efficiency)
Packaging ProcessStandard 704 silicone rubber seal around the perimeter
Packaging StandardFoam box packaging; Storage condition: Ambient temperature -10℃~40℃
Storage Temperature Range-40~60℃
Power RequirementOperating power supply with single voltage 12V and current above 15A (Can be used in series or parallel)
Device CharacteristicsRed wire is positive pole, black wire is negative pole (The side with text is the cooling surface, the side without text is the heat dissipation surface)

Key Product Features

  1. Ultra-high cooling power: 136W heat transfer capacity, outperforming smaller TEC1-12706/12708 low-power modules for heavy cooling loads
  2. Zero mechanical moving parts: fully silent operation with no vibration, compressors or liquid refrigerants
  3. Dual-way thermal function: cool or heat target surfaces by reversing DC current polarity
  4. Durable ceramic-bismuth telluride build: anti-corrosion substrate for 100,000+ hours continuous runtime
  5. Compact 40×40mm square footprint: fits tight enclosures for portable and embedded cooling systems
  6. Fast thermal response: rapidly reaches target cold/hot temperatures with minimal lag
  7. Precise adjustable temperature control: compatible with PWM DC power regulators for stable thermal setpoints
  8. Leak-free solid-state design: no risk of coolant leaks for sensitive electronics and lab equipment

Use Cases

  1. DIY Mini Portable Refrigerators & Car Beverage Chillers: Build compact 12V coolers for camping, vehicle fridges, and small wine cooling boxes
  2. High-Performance CPU/GPU Experimental Cooling: Add sub-ambient cooling for overclocked computer processors and graphics cards
  3. Lab Optical & Laser Diode Temperature Stabilization: Maintain fixed low temperatures for sensitive lasers, CCD sensors, and microscopy equipment
  4. Small Medical & Analytical Instrument Thermal Control: Precision cooling for portable diagnostic devices and sample test chambers
  5. Custom Dehumidifiers & Compact Water Cooling Systems: Spot cooling for industrial moisture removal and small liquid recirculation chillers

Reviews

There are no reviews yet.

Be the first to review “TEC1-12715 Thermoelectric Cooler Peltier Module 40x40mm 12V 15A 142W High Power Semiconductor Cooling Plate”

    Or   

    Or   

Variation Preview