2SC055045-127-63L

Thermal - Thermoelectric, Peltier Modules

The 2SC055045-127-63L is a thermoelectric Peltier module. It is a solid-state active heat pump that uses the Peltier effect to transfer or remove heat from one side of the module. This module can be used as either a cooler or a heater, depending on the direction of electric current applied. It also has various applications in the industrial, medical, or commercial space.

The thermoelectric module works on the principle of the Peltier effect. When an electric current passes through a junction between two dissimilar materials, it creates a heat exchange in the form of either heating or cooling. When current is passed through the module in one direction, heating is produced at one side of the junction while cooling is produced at the other. Reversing the current direction will reverse the effect, cooling on one side and heating the other.

The 2SC055045-127-63L Peltier module is made of two ceramic plates sandwiching two P-N bismuth-telluride semiconductor junctions. It offers a maximum voltage rating of 12.6V and a maximum current rating of 5A. Its maximum thermoelectric cooling power rating is 45W and it is designed with an element temperature range of -58°F to +257°F.

This module offers a wide range of applications, including precision cooling, heating or temperature control of various medical, industrial, and commercial applications. It can be used to keep reference devices and object at a constant temperature, or to actively cool small appliances. Possible applications include such as laboratory and industrial process and chemical analysis, variable speed motors, medical testing applications, and transportation equipment.

In addition to the versatile application range, the 2SC055045-127-63L Peltier module is also reliable and efficient. It provides quiet and vibration free operation when used. It also comes in a variety of packages sizes, allowing for easy integration into a wide range of mechanical designs.

The 2SC055045-127-63L Peltier module offers a cost-effective solution for a wide range of temperature control applications. It is reliable, efficient, and easy to integrate into different applications. Its use of the Peltier effect makes it an ideal choice for precise temperature regulation.