Online temperature sensor

Online temperature sensorScope of application
High precision temperature equipment such as medical, electrical, industrial, temperature calculation, and resistance calculation have a wide range of applications.

Model Guide: WZPM-205-2. Please communicate with the manufacturer for details

Temperature signal isolation, acquisition, and transformation
High precision temperature measurement in industrial sites
Thermal resistance signal isolation and temperature control
Ground wire interference suppression
Convert temperature sensor signal into standard signal
Oil temperature measurement and alarm
Remote undistorted transmission of signals
Power monitoring, medical equipment temperature control isolation safety barrier

Online temperature sensorSelection precautions
1. Whether the temperature of the tested object needs to be recorded, alarmed, and automatically controlled, and whether remote measurement and transmission are required; 2. The size and accuracy requirements of the temperature measurement range; 3. Is the size of the temperature measuring element appropriate; 4. Can the hysteresis of the temperature measuring element adapt to the temperature measurement requirements when the temperature of the measured object changes over time; 5. Is there any damage to the temperature measuring element caused by the environmental conditions of the tested object; 6. Price guaranteed, is it convenient to use.

Temperature sensors can be divided into two categories based on measurement methods: contact type and non-contact type. They can also be classified into thermistor and thermocouple based on the characteristics of sensor materials and electronic components. Widely used in temperature detection, detection, display, temperature control, overheating protection and other fields.

A temperature sensor indirectly measures a certain characteristic of an object by changing it with temperature. The characteristics of many materials and components change with temperature, so there are quite a few materials that can be used as temperature sensors. The physical parameters of temperature sensors that change with temperature include expansion, resistance, capacitance, electromotive force, magnetic properties, frequency, optical properties, and thermal noise. With the development of production, new types of temperature sensors will continue to emerge.