71036-505

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Thermal-Thermoelectric, Peltier Modules 71036-505 is a temperature-regulating device, which converts electrical energy into thermal energy. It is a commonly used device in many applications, from controlling the temperature of an experiment to keeping food and drink cold. This article will discuss the application field and working principle of the 71036-505.

Application Field of 71036-505

The 71036-505 Peltier Module is a versatile and commonly used device that has applications across different industries. In laboratory procedures, the 71036-505 can be used for precise temperature control for experiments. It is also used in the food industry, where it can keep food and drinks cool. In commercial facilities and hospitals, the 71036-505 can be used as an air conditioner to cool rooms or maintain a specific temperature. Additionally, the 71036-505 is often employed in the automotive industry, where it can be used to cool engines and keep parts within a desired temperature range.

Working Principle of 71036-505

The 71036-505 relies on a phenomenon known as the Peltier effect, which is the conversion of electrical energy into thermal energy. It works by applying current to two distinct metals, known as thermoelectric materials, which are placed in contact with each other. When an electric current passes through them, heat is either absorbed or released. If heat is absorbed, then one metal becomes cold while the other becomes hot. If heat is released, then the opposite effect occurs.

This effect is employed in the 71036-505 by connecting a power source to two rings using wires. The rings are made of thermoelectric materials and are connected to a heatsink on one side and to a fan on the other side. When power is supplied, current passes through the rings, creating a temperature differential between the two. As a result, heat is exchanged between them, causing one side to become cooler and the other side to become hotter. The fan then dissipates the heat from the hot side and the heatsink absorbs the heat from the cold side.

In addition to the Peltier effect, the 71036-505 also uses a phenomenon known as the Seebeck effect, which is the conversion of thermal energy into electrical energy. This effect is employed when the 71036-505 is used to generate power. The 71036-505 can be connected to two heatsinks, one with a higher temperature than the other. When this occurs, a temperature differential is created between the two heatsinks, which causes an electrical current to flow between them. This current can then be used to generate electricity.

Conclusion

In conclusion, the 71036-505 Peltier Module is a versatile and commonly used device in many applications, from controlling the temperature of an experiment to keeping food and drink cold. It relies on the Peltier and Seebeck effects to convert electrical energy into thermal energy, or to convert thermal energy into electrical energy. By doing so, it is able to accurately control the temperature of an experiment, cool an engine, and generate electricity.

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