E52-CA20C-N D=6.4

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Thermocouples, temperature probes and thermistors are important parts of temperature sensors.

The E52-CA20C-N, with D=6.4, is a type of thermocouple. It has three main components: A sensing tip made from thermally-conductive material, a wire connecting the sensing tip to a temperature measuring device and a thermistor extending into the sensing tip.

The thermocouple works by converting a temperature difference between its sensing tip and a reference junction (usually at ambient temperature) into an electrical signal. The sensing tip and the reference junction are connected to two different electrical circuits. A thermocouple junction in one circuit maintains a constant temperature difference between the two. When a temperature difference between the two exists, an electrical potential, known as the Seebeck coefficient, is generated by the thermocouple junction. The wire connecting the sensing tip to the temperature measuring device carries this generated electrical potential.

The E52-CA20C-N thermocouple is commonly used in temperature measurement applications such as foodservice equipment, combustion chambers, furnaces, and industrial ovens. It is also used in high temperature industrial process and for product control in the chemical, glass and metal processing.

The E52-CA20C-N thermocouple has a high degree of accuracy and is designed to perform reliably in highly demanding environments. It is resistant to corrosion and oxidation, and is able to withstand temperatures as high as 1100°C (2012°F), making it an ideal choice for applications requiring high-temperature accuracy. The thermocouple is also capable of withstanding extreme pressure and vibration, making it suitable for use in many corrosive and vibrating environments.

The E52-CA20C-N thermocouple is known for its accuracy, durability and reliability. It is a versatile and reliable temperature sensing solution that is suitable for a variety of applications. Its accuracy and durability make it a great choice for temperature measurement in a variety of industrial applications. Additionally, its compact size and resistance to vibration make it an ideal choice for field use.

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