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Selecting the correct temperature range ensures accurate measurement under actual process conditions and prevents sensor damage caused by excessive temperature exposure.
Different applications require different response speeds. Sensor design, probe size and installation methods affect how quickly temperature changes are detected.
Probe materials and protection structures should match the application environment to maintain measurement stability in chemical, industrial and high-temperature processes.
Selecting the right temperature sensor requires careful consideration of the process temperature range, measured media, accuracy requirements and installation conditions. Pokcenser offers PT100, RTD and industrial temperature sensor solutions designed for various applications including machinery, HVAC, chemical processing and industrial automation. Factors such as response time, probe material, protection level and process connection should be evaluated to ensure reliable and stable temperature measurement in demanding environments.
Armored thermocouple assemblies with Inconel protection tubes measure reactor, column, and heat-exchanger temperatures in corrosive or high-pressure service. Multi-point temperature profiling in distillation columns uses RTD string assemblies.
High-accuracy Pt100 RTDs monitor bearing and winding temperatures in generators and large motors. Thermocouples measure steam turbine inlet and exhaust temperatures for efficiency optimization and safety tripping.
Sanitary RTD probes with hygienic clamp connections monitor pasteurization, sterilization, and fermentation temperatures. Compact transmitters output 4–20 mA signals to PLC-based batch control systems for full traceability.
