Out Of Stock
Notify me when its in stockThermal resistance (thermal resistor) is the most commonly used in the low temperature zone of a temperature detector. Thermal resistance measurement is based on the metal conductor resistance increases with the temperature of the characteristics of this feature to the temperature measurement. Its main characteristic is the measurement accuracy is high, the performance is stable. Platinum thermal resistance of which the measurement accuracy is the highest, it is not only widely used in industrial temperature measurement, and was made into a standard benchmark. Thermal resistance mostly made of pure metal materials, is currently the most widely used platinum and copper, in addition, has now begun to use nickel, manganese and rhodium materials and other manufacturing thermal resistance. Metal thermal resistance commonly used in a variety of temperature sensing materials, the most commonly used is platinum wire. Industrial measurement of metal thermal resistance materials in addition to platinum wire, there are copper, nickel, iron, iron - nickel and so on.
Thermal Resistance Features:
Working principle:
Thermal resistance of the temperature measurement principle is based on the conductor or semiconductor resistance changes with temperature to measure the characteristics of temperature and temperature-related parameters. Thermal resistance mostly made of pure metal materials, is currently the most widely used platinum and copper, has now begun to use nickel, manganese and rhodium materials such as thermal resistance. Thermal resistance is usually required to pass the resistance signal through the lead wire to the computer control device or other secondary instrument.
Quick Details: