Series:	CP
Part Status:	Obsolete
Outline L x W x H:	--
Qmax @ Th:	--
Delta Tmax @ Th:	--
Operating Temperature:	--
Features:	--

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Thermal - Thermoelectric, Peltier Modules

Thermoelectric, Peltier modules have been used in a variety of applications over the years and are capable of providing cooling, heating and cooling through the Peltier effect. These devices are able to do this because they generate electricity by taking advantage of the differences in temperature on either side of a material. This electricity then provides power to the module, resulting in the cooling or heating of one material when compared to the other. The OT1.2-31-F1 Peltier module is one of these devices and it has many applications and a range of uses.This module is primarily used for cooling, and the device is composed of an array of thermoelectric coolers which create electricity from two different temperatures. The electricity from the module is used to power a number of different components and, though it is primarily used for cooling, it can also be used for heating. The OT1.2-31-F1 module is capable of cooling objects which are exposed to the module itself or objects which are connected to it. This device is also capable of heating objects but this usually requires a pump or other device to be connected to it.The OT1.2-31-F1 module is a great addition to a variety of different types of applications. It can be used for cooling and heating a wide variety of objects such as electronics, computers, and other devices. It can also be used for controlling the temperature of food items, medicines, and other sensitive items. The module can also be used in medical and laboratory settings in order to control temperatures during experiments.This module has many advantages when compared to other similar devices. It is able to provide a more stable temperature than most other methods, and it is a more efficient way of cooling and heating since it requires less electricity and power. Additionally, the module is lightweight and can be easily transported, allowing it to be used in a variety of different settings. The working principle behind the device is based on the Peltier effect. This effect was discovered in 1834 by Jean Peltier, and it is based on the fact that when two different kinds of metals are connected, an electric current is generated if one side is hot while the other side is cold. This electric current is then used to create a temperature differential between the two sides. The OT1.2-31-F1 module is composed of an array of thermoelectric coolers which take advantage of this principle. The thermoelectric coolers are composed of two different metal plates, each with a layer of material between them. One side of the plate is hot and the other side is cold, and when an electric current is applied to the modules, it creates a temperature differential between the two sides, resulting in cooling or heating of a material.The OT1.2-31-F1 module is an effective and efficient device which has many applications, from cooling and heating of a variety of objects to controlling the temperature in medical and laboratory settings. Its working principle is based on the Peltier effect, which results in the device creating an electric current when two different metal plates are connected with one side being hot and the other cold. This is then used to create a temperature differential between the two sides, resulting in cooling or heating of an object. This device is a great addition to many different applications due to its efficiency and ability to provide a stable temperature.

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