64979-501

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Thermal - Thermoelectric, Peltier Modules is a technology that utilizes the Seebeck effect to create a temperature differential. The Seebeck effect is a phenomenon in which a current is generated from two mismatched conductors when a temperature differential is applied. The technology is typically used in various applications such as cooling, heating, dehumidifying, and moisture removal. Peltier modules are typically manufactured for use in electronic devices, automotive, medical, and aerospace industries.

The 64979-501 module is a thermoelectric module designed for use in a variety of applications. It features a temperature differential generated from two dissimilar conductors. This temperature differential can be used to create a thermal transfer, to heat or cool a particular component, or to regulate temperature in an electronic device. The device also has a regenerative effect in which it can convert electrical energy into thermal energy.

The 64979-501 module is a thermoelectric module equipped with both cooling and heating capabilities. It is composed of two matched thermoelectric materials, a heating side and a cooling side, which are separated by a gap. The heating side is usually the P-type, and the cooling side is the N-type. When a voltage is applied across the module, electrons from the N-type material will be attracted to the P-type side. This causes the electrons to transfer heat energy to the P-type side, resulting in a temperature differential. This temperature differential can be used to cool a component or to heat it.

The 64979-501 module is most commonly used in cooling applications. It is capable of producing temperatures up to 40°C below ambient temperature. It is also capable of achieving energy savings of up to 13.8% compared to other refrigeration systems, since it has no moving parts, and its operation is based on thermoelectric cooling technology. The device is also highly efficient, as it has no mechanical components, and the power is converted into heat, rather than being dissipated as wasted energy.

The 64979-501 module is also widely used in heating applications. It is capable of generating temperatures up to 100°C above ambient temperature. This makes it suitable for use in applications such as ovens, agricultural storage, and chemical reaction chambers. The device is also highly reliable, as the current applied across the module is very low, making it less prone to breakdowns or malfunctions.

The 64979-501 module is a thermoelectric module that has proven to be an effective solution for various applications in different industries. The device is capable of producing both cooling and heating effects, and is highly reliable and efficient. The device can be used in various applications, such as cooling electronic components, providing thermal transfer in cars, and maintaining temperatures in industrial processes. The device also has a regenerative effect in which it can convert electrical energy into thermal energy.

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