3455RC 01000232

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Temperature sensors are devices used to monitor and measure temperature changes across almost any type of environment. The type of device which is used to detect temperature changes is dependent upon the type of environment, and the desired accuracy and response time of the measure. One common type of temperature sensor which is used widely in all types of environments is the 3455RC 01000232 Temperature Sensor.

Application Fields

The 3455RC 01000232 is a mechanical thermostat which is designed to be used in industrial environments. It is commonly used in applications such as industrial ovens, boilers, HVAC systems, and cryogenic storage to measure and monitor temperatures. It is ideal due to its wide temperature range, from -50°F to 350°F, and its durability under a wide range of environment conditions. With a wetted material of brass, this sensor is particularly suited for water and oil-filled systems. Its NTRI 2.5-inch bimetal coil and diaphragm construction makes it ideal for high-vibration and high-pressure applications.

Working Principle

The 3455RC 01000232 follows the mechanical thermal sensing principle. As the temperature of the environment increases, the bimetal coil is subjected to deflection forces. This deflection is transferred to a diaphragm which then actuates an electric switch. Depending on the desired response time and accuracy, a certain pre-setting of the dial can be chosen.

When the temperature of the environment reaches the pre-set threshold, the bimetal coil experiences a force, resulting in the compressing of the diaphragm. This compression actuates an electric switch, and the temperature change is detected. The detection of a temperature change as a result of a force acting on the bimetal coil is known as thermal sensing.

Conclusion

The 3455RC 01000232 is an ideal temperature sensor for industrial applications due to its wide temperature range, durability, pre-set dial accuracy, and thermal sensing design. It is a reliable and cost-effective way to detect and measure temperature changes in all types of industrial environments.

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