Description
Introducing the high‑performance TEC1‑12706 / TEC1‑12715 / TEC1‑12705 Thermoelectric Cooler (Peltier) Module – a compact 40 mm × 40 mm semiconductor refrigeration solution designed for reliable cooling at 12 V. Whether you’re building a portable fridge, a CPU cooler, or an experimental cooling system, this Peltier device delivers consistent temperature differentials with minimal noise and no moving parts.
Key Highlights
- Standard 40 mm × 40 mm form factor – fits easily into tight spaces.
- Operates at 12 V DC for simple integration with batteries or power supplies.
- High heat‑pumping capacity: up to 60 W (TEC1‑12706) for rapid temperature drops.
- Low internal resistance ensures efficient power usage.
- Robust ceramic plates protect the semiconductor from corrosion and mechanical stress.
- Available in three popular models (12706, 12715, 12705) to match exact cooling requirements.
Technical Specifications
- Dimensions: 40 mm × 40 mm × 3.6 mm
- Operating Voltage: 12 V DC
- Maximum Current: 6 A (varies by model)
- Maximum Temperature Difference (ΔTmax): 68 °C (TEC1‑12706)
- Maximum Heat Transfer (Qmax): 60 W (TEC1‑12706)
- Material: Bismuth‑Telluride semiconductor with aluminum nitride (AlN) ceramic plates
- Connector Type: Standard 2‑pin screw terminals
Typical Applications
- Portable mini‑fridges and beverage coolers
- CPU, GPU, and chipset cooling solutions
- Laboratory temperature control equipment
- Thermal management for LED lighting and laser modules
- DIY electronics projects and hobbyist cooling experiments
Why Choose Our Thermoelectric Cooler?
Our Peltier modules are sourced from reputable manufacturers and undergo strict quality control to ensure long‑lasting performance. The 12 V design eliminates the need for complex power conversion, while the compact 40 mm size provides flexibility for a wide range of designs. Perfect for engineers, makers, and anyone seeking a reliable, silent cooling solution.
Upgrade your project with the TEC1‑12706 / TEC1‑12715 / TEC1‑12705 Thermoelectric Cooler and experience efficient, semiconductor‑based refrigeration today.






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