E52-CA6AFD1S1 1M

The E52-CA6AFD1S1 1M thermocouple is an electronic component used to measure temperature. This particular thermocouple is used in industrial, chemical, medical and food processing applications. The thermocouple consists of two dissimilar metals held together at one end, which form a junction. When the junction is heated or cooled, the resulting voltage difference between the two metal wires will vary. This voltage difference is referred to as the thermoelectric potential, and it can be used to measure temperature.

The E52-CA6AFD1S1 1M thermocouple is a type K thermocouple which is widely used due to its accuracy and low cost. The type K thermocouple is composed of two wires, one a Chromel (Alloy of 90% Nickel and 10% Chromium) and the other an Alumel (Alloy of 95% Nickel, 2% Manganese and 3% Aluminum). The junction between the two wires is located at the end of the thermocouple.

The working principle behind the E52-CA6AFD1S1 1M thermocouple is as follows: The two dissimilar metal wires generate a voltage potential which is referred to as the Seebeck Effect. When the junction between the two wires is heated, electrons flow from the wire with the higher potential to the wire with the lower potential, resulting in a voltage difference. The voltage difference is measured and converted to a temperature value using the established type K thermocouple table.

The E52-CA6AFD1S1 1M thermocouple has a measuring range of -122 to 1260°C and an accuracy of ± 1.5°C. As a result, it can be used for high temperature industrial applications such as ovens, furnaces and other equipment for measuring and controlling temperature. Additionally, it is also used for medium and low temperature applications such as food processing and medical equipment.

In conclusion, the E52-CA6AFD1S1 1M thermocouple is a type K thermocouple which is widely used due to its accuracy and low cost. It is composed of two wires, one a Chromel and the other an Alumel. It is able to measure temperatures from -122 to 1260°C with an accuracy of ± 1.5°C. It is used in a variety of high, medium and low temperature industrial, chemical, medical and food processing applications.