ET1.2-31-F2A

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Thermoelectric, Peltier modules are devices whose working principle is based on the Seebeck effect. This effect is responsible for the generation of a voltage when heat is passed through a thermocouple. The device consists of an array of thermocouples connected to a metallic plate, which is used to conduct the heat created by the thermoelectric effect. ET1.2-31-F2A is an advanced thermoelectric module developed by MiniTherm.

The module comes with a die-stamp frame made of flexible metal, making it a perfect fit for any application. The module uses a nickel-beryllium alloy and is designed to handle a wide range of temperatures. The module also comes with a wide range of sizes, from 12mm2 to 72mm2 with 48V – 100V capacity. Additionally, the module offers a high temperature operation with a maximum power of 200W.

ET1.2-31-F2A is an excellent choice for applications requiring a high temperature operation, such as electronic systems operating in harsh environments. These applications may include hot plate soldering, where heat is used for soldering, or in the electronics industry where soldering is necessary to make connections. The ET1.2-31-F2A can also be used for medical and laboratory purposes, thanks to its high operating temperature.

The working principle of the ET1.2-31-F2A module is based on the principle of thermoelectric cooling. The module consists of two metallic plates, one with a hot side while the other has a cold side. These plates are connected to thermoelectric elements, which allow the current generated by the thermoelectric effect to cool the elements, thus creating a temperature differential between the two sides. When the current flows through the module, the hot side transfers heat to the cold side, resulting in cooling.

The ET1.2-31-F2A module is a highly efficient thermoelectric cooling system. It is capable of producing cooling power of up to 200W, depending on the load applied to the module. This makes it ideal for a broad range of applications, including computers, communication systems, and industrial process control. As it is efficient and reliable, the ET1.2-31-F2A module can be used in a variety of applications, providing cooling power at a very low cost.

Furthermore, the ET1.2-31-F2A module is easy to install and maintain. It has a built-in current limit protection that prevents the module from overloading during high current operation. Additionally, it has a high temperature operation protection that helps protect the module from high temperatures. The module also has a low voltage protection setting, which prevents accidental damage from low voltages.

In summary, the ET1.2-31-F2A is an advanced and efficient thermoelectric module that is capable of producing cooling power of up to 200W. It is suitable for a range of applications, such as in electronics, communication systems, and industrial process control. The module is easy to install and maintain, offering protection from high currents, high temperatures, and low voltages. The ET1.2-31-F2A is a reliable and efficient thermoelectric cooling system that can help reduce operating costs in many industries and applications.

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