BALLUFF telescopic sensor

BALLUFF telescopic sensorThe position measurement system using a rod structure is mainly applied in hydraulic drive devices. They are particularly suitable for use in hydraulic cylinders for position feedback, forming and rolling equipment, or lifting equipment. Sensors are installed within the pressure range of the hydraulic cylinder, so they must have the same compressive strength as the hydraulic cylinder itself. There are many types of displacement sensors used for detecting the wheel flange shape on trains. The current new sensor technology is called laser displacement sensor. The laser triangulation method currently used for detecting train wheel rims has high measurement accuracy over short distances. The displacement sensor can be directly installed on the track for detection, and a laser reflection displacement sensor can also be used as a measuring device. The laser sensor module scans the shape of the wheel rim in a straight line direction and records the entire wheel rim data. The entire rim profile curve can be obtained through a microprocessor, and then the rim width, rim height, 70mm wear amount, and wear area can be determined. And it can upload the measured data to the computer, generate a database, and use good post-processing software for digital management of train wheel rims. It can not only measure the wear of wheelsets on online running trains, but also sort whether the wheelset size is qualified on the production line.

Baruff BTL5-S111-M0400-B-S32
Baruff BTL5-Q5672-M1778-P-S140
Baruff BTL7-E100-M1050-B-S32
Baruff BTL5-E10-M1270-ZM-S32
Baruff BTL5-E17-M1500-W-KA20
Baruff BTL5-E10-M0351-P-S32/US
Baruff BTL7-A110-M0165-Z-S135
Baruff BTL5-Q5681-M0457-P-S140

BALLUFF telescopic sensorThe position measurement system using a rod structure is mainly applied in hydraulic drive devices. They are particularly suitable for use in hydraulic cylinders for position feedback, forming and rolling equipment, or lifting equipment. Sensors are installed within the pressure range of the hydraulic cylinder, so they must have the same compressive strength as the hydraulic cylinder itself.