The precision scale measurement and control instrument integrates electromagnetic induction and gyroscope pointer technology, and is a position detection device that provides high-precision positioning for industrial rail locomotives.
System Introduction
Precision scale measuring and control instrumentIt integrates electromagnetic induction and gyro pointer technology, and is a position detection device that provides high-precision positioning for industrial rail locomotives. Made of nylon and fiber flame-retardant material, it has explosion-proof and dust-proof properties, suitable for high-risk environments and has obtained explosion-proof certification. Internal modular design simplifies maintenance, fast address update speed, and ensures production safety. High positioning accuracy, good repeatability, achieving precise positioning and intelligent production scheduling.
System Advantages
1. Gyroscope pointer, adaptable to left and right deviation tolerance
Precision scale measuring and control instrumentAdopting gyroscope fuzzy control technology, supporting deviation tolerance, and automatically adapting to changes in track height and distance. By capturing real-time changes in the gap between the pointer and the track, the problem of data fluctuations caused by non-contact gaps is eliminated.
2. PreventionExplosion proofDual characteristics safeguard security
Precision scale measuring and control instrumentMade of flame-retardant materials with explosion-proof and dustproof properties, suitable for high dust and explosive environments. Accurately monitor moving vehicles to ensure safe operation and reassure users.
3. Differential digital circuit, saving 50% energy
Precision scale measuring and control instrumentBy using differential digital circuits and parallel data transmission technology, the power consumption is only 50W. Compared to Graham lines, it can achieve twice the amplitude improvement of single ended signals at the same power supply voltage, reducing the risk of signal distortion and saving more than 50% energy compared to Graham lines.
Application scenarios
Suitable for harsh environments such as metallurgy, mining, water conservancy, port and dock yards, warehousing, chemical industry, etc.