PTS0805M2B500RP100

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Temperature Sensors - RTD (Resistance Temperature Detector) are extremely reliable and dependable devices used to detect changes in temperature. The most common use of RTDs is for measuring temperatures of process fluids, but they can also be used for other industrial heating and cooling applications. The PTS0805M2B500RP100 Resistor Temperature Detector (RTD) is a popular RTD, and in this article we will look at its application field and working principle.

Application Field

The PTS0805M2B500RP100 RTD has a wide temperature range, making it suitable for a variety of applications. It can be used for industrial heating and cooling systems, as well as in laboratory and test set-ups. It has excellent long-term accuracy, making it ideal for monitoring temperatures in process fluids. It is small in size, making it ideal for installation in tight spaces. Additionally, its robust design makes it suitable for harsh environments.

Working Principle

RTD’s are sensors which measure resistance to temperature changes. They operate on the principle of the measuring the resistance change of an electrically conductive metal (such as platinum, copper, nickel) as it is exposed to differing temperatures. As the temperature of the metal increases or decreases, its resistance to an electric current changes as well.

PTS0805M2B500RP100 is a deformation-resistant, high-precision resistance temperature detector with a range of minus 50°C to +400°C. It’s made of a special insulating material with a noble metal-elemental film and firm contact. Its thin film is sealed inside its ceramic-metal body, which ensures that it will maintain accuracy over long periods of time, with minimal drift.

When in use, the PTS0805M2B500RP100 RTD produces an output signal that is proportional to the temperature, which can be measured with an appropriate meter. This output signal is then used to display the temperature on a display device or to control a process.

Conclusion

The PTS0805M2B500RP100 Resistance Temperature Detector is an accurate and reliable temperature sensor which can be used for a variety of applications. Its wide temperature range, small size, robust design, and excellent long-term accuracy make it an ideal choice for monitoring temperatures of process fluids. Its working principle is based on measuring the change in resistance of an electrically conductive metal as it is exposed to differing temperatures. When in use, it produces an output signal that can be measured with an appropriate meter and used to display the temperature on a display device or to control a process.

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