Humidity and temperature sensors are used to monitor climate conditions in ambient air, ventilation ducts, warehouses, production areas and high-humidity processes. You can explore room-type, duct-type, wired probe and high-accuracy transmitter options according to measurement range, accuracy and output signal.
Relative humidity and temperature directly affect product quality, storage conditions, energy efficiency, comfort and process safety. Continuous and reliable measurement is required in HVAC systems, food and pharmaceutical storage facilities, production plants, laboratories and environmental monitoring applications.
Measurement range, accuracy, repeatability, response time and long-term stability are key criteria. In environments with very high humidity or a risk of condensation, sensor technology, probe design and protective filter selection become especially important. Room-type, duct-type or remote probe configurations should be selected according to the installation location. 4-20 mA, 0-10 V, Modbus or LoRaWAN® wireless communication options can be selected according to higher-level system integration requirements.
Calibration capability and sensor maintenance requirements also affect overall measurement reliability. At Tesla Kontrol, we support you in selecting the appropriate humidity and temperature sensor or transmitter by evaluating the environmental conditions, expected humidity range and input structure of your control system.
