The temperature sensor WZPM2-08-75-M18-S is a temperature measurement device characterized by the use of platinum resistors as sensing elements. The measurement range of WZPM2-08 series platinum resistors is -50 ℃ to 350 ℃, with a division number of Pt100. It has high accuracy, good stability, strong reliability, and long product life. It is commonly used in situations that require high temperature measurement accuracy, such as scientific research fields, indoor and outdoor environmental monitoring, industrial process control, etc. Thermal resistance WZPM2-08-75-M18-S is a commonly used model in thermal power plants, which can be applied to temperature monitoring at different positions of steam turbines to ensure normal operation and safety, such as: 1. Temperature monitoring of steam turbine cylinder body: The cylinder body of the steam turbine is a key component, and its temperature needs to be strictly controlled. The platinum resistance temperature sensor can be installed on the cylinder block to monitor its temperature in real-time, ensuring that the cylinder block will not be damaged due to overheating or undercooling. 2. Bearing temperature monitoring: The bearing is an important component that supports the rotor, and high temperatures may cause wear or damage to the bearing. Platinum resistance temperature sensors can be installed near the bearing shells to monitor their temperature and prevent overheating. 3. flange temperature monitoring: flange connection is a common connection method in steam turbines, and temperature changes may cause changes in flange clearance, affecting sealing performance. The platinum resistance temperature sensor can monitor the temperature of the flange to ensure the stability of its connection. 4. Exhaust pipe temperature monitoring: The temperature in the exhaust pipe is relatively high, and a platinum resistance temperature sensor can be installed on the exhaust pipe to monitor the exhaust temperature to ensure that emissions comply with environmental standards. 6. Lubricating oil temperature monitoring: Lubricating oil is crucial for the operation of steam turbines. Monitoring the temperature of lubricating oil can ensure stable oil quality and prevent excessive or insufficient oil temperature from affecting lubrication efficiency. 7. Combustion chamber temperature monitoring: Temperature monitoring of the combustion chamber of a steam turbine is crucial to ensuring combustion efficiency and safety. Platinum resistance temperature sensors can be installed near the combustion chamber to monitor their temperature.

8. Temperature monitoring of inlet and outlet steam: Monitoring the temperature of inlet and outlet steam can ensure that the pressure and temperature of the steam are within a safe range, preventing the steam temperature from being too high or too low and affecting the efficiency and service life of the steam turbine. 9. Temperature monitoring of electrical equipment: Electrical equipment in steam turbines, such as cables, joints, etc., may also require temperature monitoring to ensure the stable operation of the electrical system. In summary, the WZPM2-08 series platinum resistance temperature sensor can be used to monitor the temperature of various key components in the steam turbine, helping operators detect and handle temperature anomalies in a timely manner, ensuring the safe and efficient operation of the steam turbine.