E52-CA35A D=3.2 2M

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Temperature sensors are a common device used to measure and record temperature in various applications. Thermocouples, temperature probes and temperature transducers are all commonly used temperature sensors. The E52-CA35A D=3.2 2M is a temperature sensor that belongs to the thermocouple classification. This article provides an overview of the application field and working principle of the E52-CA35A D=3.2 2M temperature sensor.

Application

The E52-CA35A D=3.2 2M temperature sensor is designed for industrial applications. It is often used to measure and control temperature ranges of -40°C to 850°C. It is popular in the automotive, chemical, and aerospace industries when precise temperature readings are required.The E52-CA35A D=3.2 2M has excellent shock and vibration resistance, making it suitable for such applications where shock and movement may be present. Furthermore, it features a wide temperature range, a high operating accuracy, a slim design, and a highly reliable copper conductor. The E52-CA35A D=3.2 2M is easily installed and can be used with most standard thermocouple systems.

Working Principle

The E52-CA35A D=3.2 2M temperature sensor uses the standard thermocouple effect. The thermocouple effect describes how two dissimilar metals are connected at the two ends and then exposed to temperature variations. A difference in voltage appears when the two ends have different temperatures. This difference in voltage is proportional to the temperature of the two ends, and can be read electronically. The E52-CA35A D=3.2 2M temperature sensor uses two metals, such as copper and nickel, which are connected at the two ends. When exposed to different temperatures, a voltage difference appears between the two ends. The voltage difference can be used to calculate the temperature being measured.

Conclusion

The E52-CA35A D=3.2 2M temperature sensor is a thermocouple type temperature sensor that is suitable for industrial applications such as automotive, chemical, and aerospace. It features excellent shock and vibration resistance and a wide temperature range as well as a slim design and highly reliable copper conductor. The sensor works by using the standard thermocouple effect which involves two metals being connected at the two ends. When exposed to different temperatures, a voltage difference appears between the two ends, which can be used to calculate the temperature being measured.

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