Inductive Linear Transducer MDC
Robust and compact LVDT displacement sensor with integrated electronics in three designs and measuring length 2 mm to 200 mm
| Effective electrical travel: | 2 to 200 mm |
| Mechanical position detection: | Single guided push rod, With spring return, Without spring return, Lose core / unguided push rod |
| Sensor Technology: | Inductive |
| Design: | Cylindrical profile |
| Resolution: | Infinite |
| Protection Class: | Up to IP68 |
| Electrical connection: | Radial, Axial, Cable, Connector |
| Functions / Features: | With measuring amplifiers |
The mechanical detection of linear movement is done by a front guided or loose push rod.
Available are versions as a probe (MDCT) with inside spring return device, with ball joints (MDCG) to compensate vertical or horizontal offset and with a loose push rod (MDCL). The inductive measurement principle of the MDC is configured with a casted spool in LVDT winding. In the sensor housing, the electronics are integrated, which converts the position into a linear analog signal. Due to the contactless measurement principle long lifespan can be reached and permits high dynamic application, especially if small oscillating movement has to be detected. The inductive measurement delivers absolute values, is true power on and has high resolution also for movement in micro step. The robust construction of the inductive MDC with IP65 (optional IP67/68) sealing permits the use also in heavy duty applications.
