#12671: 12V 142W THERMOELECTRIC HEATSINK TEC1-12715 (PELTIER PLATE, 40X40MM)

R226.80

The TEC1-12715 thermoelectric heatsink is a Peltier plate module that utilizes the Peltier effect to transfer heat between two sides of the module. It consists of semiconductor material sandwiched between ceramic plates and has no moving parts, making it a solid-state device for cooling or heating applications.

Key specifications of the TEC1-12715 thermoelectric heatsink:

1. Voltage: The module requires a 12V DC power source to operate.

2. Maximum Voltage (Vmax): The maximum voltage that can be applied to the module is 15.5V.

3. Maximum Current (Imax): The maximum current that the module can draw is 15A.

4. Maximum Cooling/Heating Power (Qmax): The module can provide a maximum cooling/heating power of 142W. This value indicates the heat transfer capability of the module.

5. Temperature Difference: The module is capable of producing a temperature difference of 68 degrees Celsius between its hot and cold sides. This means that one side of the module will be 68 degrees Celsius hotter than the other side.

6. Working Environment: The module can operate in a wide temperature range, from -55°C to 83°C. This makes it suitable for various environments and applications.

7. Dimensions: The module has a compact size with dimensions of 40mm x 40mm x 3.4mm, making it easy to integrate into different projects and heat sink setups.

To use the TEC1-12715 thermoelectric heatsink, it must be connected to a suitable 12V DC power source. Upon powering, you will immediately feel which side of the module is hot and which side is cold. It's crucial to note the polarity of the power leads. The cold side of the module must be placed on the object or surface you want to cool, while the hot side should be in contact with a heat sink to dissipate the heat generated during the cooling process.

It's important to follow the manufacturer's guidelines and use a proper heat sink to avoid damage to the module. The heat sink is essential for efficiently transferring heat away from the hot side of the module to prevent overheating and ensure optimal cooling performance.

Overall, the TEC1-12715 thermoelectric heatsink is a versatile and effective device for cooling or heating applications in various industries, including electronics, refrigeration, and thermal management systems.