High speed pyrometer is a common temperature monitoring component in motors. With the continuous improvement of the high reliability requirements of motor applications, the intelligent running status monitoring is becoming more and more popular, and various temperature measurement components have become the configuration of most motors. How to choose and use high speed pyrometer is undoubtedly what every motor manufacturer must face problem. I have sorted out some related materials to share with you, in order to be useful for everyone's work.
 
The high speed pyrometer is a high-speed optical fiber distributed temperature measurement system host, suitable for short-distance high-speed temperature measurement, and the fast scanning rate can reach 1 second. Software protocol can be provided to facilitate the secondary development of customers, and respond to various testing and monitoring requirements more flexibly. Due to the use of advanced optical fiber sensing technology, it has three characteristics that are superior to those in the industry: ① It has nothing to do with the test distance ② It has nothing to do with the material emissivity ③ It has nothing to do with the measured target area.
 
The main application areas of high speed pyrometer: steel industry, metal thermal processing, heat treatment, cement industry, industrial monitoring, semiconductor industry, scientific research experiments, etc.
 
High speed pyrometer features: optical fiber sensing technology fusion digital signal processing technology, product performance is much higher than the traditional thermometer. The temperature value of the measured object can be directly displayed in real time without connecting the digital display instrument. Built-in digital display intelligent operation panel. You can set the displayed value, small value, average value, peak value, bottom value function, and the setting of process parameters. The structure is exquisite, the appearance is small and the beauty is generous. Laser sighting is convenient for aiming at the measured target.