E52-P20C D=3.2

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The E52-P20C D=3.2 is a kind of temperature probe, which primarily uses thermocouple technology to measure the temperature of its environment. It is mainly applied in industrial control and automation applications, such as foodstuff testing, metallurgy, petrochemical industry, aerospace, electricity industry, steel industry, medicine industry, and so on. As a temperature-sensing device, it can detect a wide temperature-range and guarantee a high degree of accuracy.

Thermocouples are temperature-sensing elements, which work by taking advantage of the thermoelectric effect. It is a phenomenon in which two dissimilar conductors generate a potential difference at their contact point when exposed to a temperature gradient. In the E52-P20C D=3.2, two dissimilar metals of different thermoelectric properties are wound together in a circular configuration. When exposed to different temperatures, a small thermoelectric current is created in the E51-P20C D=3.2 due to the thermoelectric potential difference.

For the E52-P20C D=3.2, the two sensing elements consist of a thermoelectric wire with a Mn-Cu (mineral copper) core and a stainless steel protective sheath. The two metals are wound together with a damping layer between them, to provide protection against environmental influences, such as vibration. These damping and protective layers also help the E51-P20C D=3.2 to maintain its calibration when exposed to high temperatures.

The thermoelectric current created by the thermoelectric potential difference is then detected by a temperature-sensitive device, which converts it into a measurable output signal. This output signal can then be used to accurately measure the ambient temperature. The E52-P20C D=3.2 has a typical output range of -50℃ to +650℃ and is capable of accurately measuring temperatures in this range. In addition, the E51-P20C D=3.2 also has an input impedance of 3k - 8k Ω, which helps to reduce any interference from external sources.

The E52-P20C D=3.2 is a reliable and accurate temperature-sensing device, making it ideal for industrial control and automation applications. Its wide temperature-range, excellent accuracy, and superior performance make it an ideal choice for many industrial applications. In addition, its robust construction ensures that it is durable and long lasting in the most demanding environments.

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