E52-P35C D=6.4

Series:	E52
Part Status:	Obsolete
Element Type:	Pt100
Temperature Range:	-200°C ~ 450°C
Length - Lead Wire:	--
Conductor Type:	3 Conductor System
Terminal Type:	Enclosed Terminals
Length - Protective Tube:	350mm
Diameter - Protective Tube:	6.4mm

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E52-P35C D=6.4 Temperature Sensors – Thermocouple, Temperature Probes Application Field and Working Principle

Temperature Sensors – Thermocouple, Temperature Probes are essential components of modern industrial systems. They are capable of providing accurate measurement of the temperature in applications ranging from machine tools to computer cooling systems. The E52-P35C D=6.4 is a high-performance temperature sensor designed to provide superior accuracy and precision in temperature information. This article will discuss the application field and working principle of the temperature sensors – thermocouple, temperature probes.An ideal thermocouple is a linear transducer that responds proportionally to temperature changes. The E52-P35C D=6.4 thermocouple consists of two sensitized materials (A and B) joined together at one end and connected to a voltage measuring device (meter) at the other end. The temperature of the junction between the two materials determines the voltage output of the thermocouple. The output voltage of the thermocouple is a function of the temperature difference between the two junctions.The application field of the thermocouple is vast. It is used for a variety of purposes such as controlling industrial processes, monitoring temperature in power plants and other industries, and providing temperature feedback in Semiconductor Manufacturing. The E52-P35C D=6.4 thermocouple has a broad range of uses. Its precise and accurate temperature sensing capabilities make it suitable for applications like machine tools, laboratory analysis, and refrigeration and air conditioning systems.The working principle of the temperature probes is similar to that of the thermocouple. A temperature probe consists of two materials with different electrical characteristics and they are joined together at one end and connected to a voltage measuring device at the other end. As the temperature of the junction between the two materials changes, the difference in the electrical characteristics of the materials causes the voltage output of the temperature probe to change. The temperature of the environment is determined by the voltage output of the probe.The E52-P35C D=6.4 Temperature Probe is designed to provide highly accurate and precise temperature measurements in a wide range of applications. It is designed with several protective features such as over-temperature protection, reverse polarity protection, and insulation protection, which make it suitable for use in harsh and hazardous environments. The working principle of the thermocouple and the temperature probes have made them one of the most reliable and accurate temperature sensors available today.

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