Product Description & Technical Details
Product Description
The Thermoelectric Peltier Refrigeration Cooling System DIY Kit is a complete, ready-to-assemble module designed for exploring solid-state cooling technology. Utilizing the Peltier effect, this kit creates a temperature differential between its two sides, allowing one side to get ice-cold while the other dissipates heat. This kit includes a high-performance TEC1-12706 Peltier plate, a large primary heatsink with a cooling fan for heat rejection, and a smaller cold-side block for localized cooling. It is an ideal educational and hobbyist tool for building mini refrigerators, portable insulin coolers, or temperature-controlled enclosures for sensitive electronic components.
Key Highlights
Solid State Cooling: No moving parts (except the fan) and no refrigerants, making it an eco-friendly and low-maintenance cooling solution.
Complete DIY Assembly: Comes with all necessary hardware including thermal grease, fans, and mounting screws for a hassle-free setup.
Rapid Cooling Performance: Capable of reaching sub-zero temperatures on the cold block within minutes when properly powered and ventilated.
Compact & Lightweight: Designed for integration into small, space-constrained projects where traditional compressor-based cooling is impossible.
Versatile Powering: Works with standard 12V DC power supplies, making it compatible with car batteries and common industrial adapters.
Technical Specifications
Peltier Model: TEC1-12706
Input Voltage: 12V DC
Current Requirement: 5A - 6A (Recommended)
Cooling Power: Qcmax 50W - 60W
Fan Speed: ~3000 RPM (Large Heat Sink Fan)
Cold Block Dimensions: 40mm x 40mm x 10mm
Overall Dimensions: ~100mm x 95mm x 115mm (Assembled)
Installation Tip from Robogears
Heat management is the most critical factor for Peltier performance. Always ensure you apply a thin, even layer of the included thermal paste on both sides of the Peltier plate before mounting the heatsinks. Warning: Never power the Peltier module without the large heatsink and fan attached to the "hot" side; the module can overheat and burn out in seconds if heat is not actively removed. For best results, ensure the "cold" side is well-insulated from the surrounding air to maximize localized cooling efficiency.
Note: The product images provided are for illustration purposes only. The actual product may vary slightly in terms of design, color, or component layout due to manufacturing updates, but technical specifications will remain as described.