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Potentiometric linear transducer MBF
Potentiometric linear transducer (sensor foil system) in open and flat design with a space-saving slider construction for 50 up to 500 mm strokes.
- 50 mm to 500 mm measuring travel
- Over 3 million slider movements
- Overall height 13.6 mm
- Electrical connection with crimp plug
| Effective electrical travel | 50 up to 500 mm |
|---|---|
| Sensor Technology | Potentiometric |
| Protection Class | IP40 (optional IP45) |
| Mechanical Detection Type | Guided cursor |
| Electrical Outlet Type | Connector |
| Mounting | Screw Mounting / Bore Holes |
| Actuating speed | < 3 m/s |
| Resolution | Analogue stepless |
| Ind. linearity (best) | ≤ ±2% |
| Min. operating temperature | -25 °C |
| Max. operating temperature | +55 °C |
| Supply voltage | Potentiometric |
| Electr. output signal | (voltage - potentiometric) |
| Minimum overall length | Medium (15 to 50 cm), Long (> 50 cm) |
The MBF displacement transducers are particularly characterized by their slim design with low overall height. The sensor foil is insensitive to external influences. The universal slider can be flexibly coupled to the application mechanically. The electrical connection is convenient thanks to the integrated crimp connector. MBF displacement sensors are available in measuring lengths from 50 mm to 500 mm.
With the MBF displacement sensor series, everything is optimized for fast, simple and economical integration into the application. This is made clear visually by the slim, minimalist design, with an overall height of only 13.6 mm. And it is made possible by the simple but convincing sensor technology: the MBF uses foil potentiometers. By applying mechanical pressure to the foil, a position-dependent, evaluable signal is generated.
The position is determined via the universal slider, which does not require a push rod. In addition, the top film layer protects the resistive track from external influences such as splash water. The entire electrical function is thus located inside the foil, which delivers perfect measurement results even under adverse conditions. In addition, the electrical connection is particularly convenient thanks to the crimp connector.