4CP055065-69-29-11-6L

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Part Status:	Obsolete
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Thermal - Thermoelectric, Peltier ModulesThermoelectric and Peltier modules are extensively used in a variety of applications and have become increasingly popular as a viable option for cooling, heating, monitoring, and control systems. The 4CP055065-69-29-11-6L thermoelectric cooling module is a popular option among manufacturers.The thermoelectric cooling and heating characteristics are achieved by utilizing an electromotive force (EMF) generated by the application of an electric current. This EMF creates a cooling effect when passed through a metal sheet or plate. The temperature difference between the two sides of the device dictates the amount of cooling or heating produced.In the 4CP055065-69-29-11-6L, the two ends of the module are arranged in a closed loop. This loop is constructed from a metal sheet which is embedded with thermoelectric material. The sides are alternately connected to either the cold side or the hot side, forming a see-saw effect and allowing heat to pass from one side to the other.In operation, the 4CP055065-69-29-11-6L utilizes a direct current voltage to induce an EMF in the thermoelectric materials located in its interior. This EMF creates a temperature difference between the two sides of the module. The temperature difference between the two sides is very small (approximately 5-15 Celsius) but it\'s enough to create a significant cooling or heating effect. The 4CP055065-69-29-11-6L Peltier module has several application fields, such as; semiconductor cooling, medical and industrial applications, thermal imaging and sensing, energy storage, cooling and heating pipes, etc. The device is also very effective for providing light cooling or deep cooling and for precisely controlling the temperature in applications where accuracy is essential.The operation of the 4CP055065-69-29-11-6L Peltier module is very simple. The module is connected to a power source and monitored by a temperature sensor. In cooling applications, the heat input goes into the hot side of the module and the cold side of the module is cooled down, creating a temperature difference between the two sides. This energy is released from the cold side, resulting in a cooler environment.The Peltier module has many advantages over traditional cooling systems, such as; low power consumption, silent operation, recyclable energy sources, and durable construction. These advantages make the 4CP055065-69-29-11-6L Peltier module an excellent choice for a wide range of applications. Its efficient cooling capabilities and compact size are ideal for many projects. Its low power consumption makes it particularly attractive for energy-efficient applications.Overall, the 4CP055065-69-29-11-6L Peltier module is a very versatile and energy efficient device that can be used for cooling, heating, monitoring and controlling systems. It has a number of advantages over traditional cooling and heating systems, making it a preferred choice for many projects. It is a reliable and efficient device suitable for most applications and can be easily integrated into existing systems.

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