The thermocouple temperature sensor is a temperature sensor based on the Seibel effect. When two different homogeneous conductors A and B form a closed loop, and when there is a temperature difference (T-T0) between the two ends of the closed loop, current will flow through the loop. The thermocouple temperature sensor calculates the temperature of the measured hot spot by measuring the potential generated by the current.
The Features of K Type Thermocouple Temperature Sensor For Scientific Biological Research Field
- Simple assembly and easy replacement
- Pressure spring type temperature sensing element, good shock resistance
- Large measuring range (-200℃～1300℃, in special cases -270℃～2800℃)
- High mechanical strength, good pressure resistance
- High temperature resistance up to 2800 degrees
The Classification of K Typethermocouple Temperature Sensor For Scientific Biological Research Field
Commonly used thermocouples can be divided into two categories: standard thermocouples and non-standard thermocouples.
The standard thermocouple referred to refers to the thermocouple that the national standard specifies the relationship between thermoelectric potential and temperature, allowable error, and has a unified standard graduation table. It has matching display instruments for selection.
Non-standardized thermocouples are not as good as standardized thermocouples in terms of range or magnitude of use, and generally do not have a unified graduation table, and are mainly used for measurement in some special occasions.
The Application of K Type thermocouple Temperature Sensor For Scientific Biological Research Field
Thermocouple is a commonly used temperature sensor, which is widely used in industrial control, scientific research equipment and other fields.
In industrial production, thermocouples are usually used to control and monitor the temperature of equipment to ensure the smooth progress of the production process. For example, in steelmaking production, thermocouples can monitor the temperature of the smelting furnace, and automatically adjust the production process to ensure quality when the temperature is too high.
In the field of scientific research, thermocouples are also widely used in various scientific experiments and research. For example, in biological research, thermocouples can measure the temperature inside an organism, helping researchers understand the physiological processes inside the organism.
