56310-505

Thermoelectric, Peltier modules have become a popular choice for temperature control applications due to their relatively low cost and high efficiency. One particular model, the 56310-505 thermoelectric, Peltier module, has been used in many applications including refrigeration and cooling, alternate energy sources, and waste heat recovery.

The 56310-505 module employs a direct current voltage applied across a semiconductor, typically a P-type and an N-type material, to generate a thermal gradient. Electrons flow from the negative terminal to the positive terminal in a DC circuit providing an external cooling source. Meanwhile electrons moving from the positive terminal to the negative terminal create a heating source.

The Peltier effect is reversible, allowing for a thermoelectric device to both cool and heat a specified environment. The voltage applied will determine whether the device will cool or heat the environment. The 56310-505 module includes an insulation layer, providing a layer of safety between the semiconductors and the heat sink mounted on the backside of the module.

The 56310-505 module has a maximum thermal output of 104 Watts in the cooling mode and a maximum thermal input of 220 Watts in the heating mode. It is designed to deliver efficient thermal control for small applications. In terms of electrical properties, it has a maximum operating current of 5 Amps and a thermal resistance of 0.18 °C/W.

The 56310-505 thermoelectric, Peltier module is widely used in applications such as energy management, stabilization, cooling, and heating. It is especially useful in high density systems where it can provide maximum cooling or heating with minimal operating costs. It can also be used in a wide range of applications such as vehicles, industrial processes, thermal management, and temperature stability.

In conclusion, the 56310-505 thermoelectric, Peltier module is a reliable and efficient temperature control solution for many applications. It is affordable, efficient, and easy to install, and its thermal capabilities make it a great choice for many projects. It is highly versatile and can be used in a variety of applications, from cooling and heating to energy management and temperature stability.