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Magnetic displacement measurement in series (MDS-40-OEM)
OEM sensors according to the inductive magnetic principle can be adapted to customer requirements very quickly and easily. Measuring ranges up to 60 mm are currently possible. The sensor can vary in shape, size and type of output. Only a small magnet has to be attached as target to the measurement object. MDS sensors provide a very high resolution and measure particularly fast movements. The MDS is available as a pure circuit board version or also in a plastic case.
Details
Method registered as patent
High basic sensitivity
Very high resolution
Low cost sensor for OEM users
Measuring range up to 60 mm
Small magnets as target
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clampCONTROL: Clamping stroke monitoring
clampCONTROL is used on machine tools for monitoring the automatic tool holder. Thereby, the sensor checks whether a tool is inserted, not inserted correctly or not inserted at all. Even if a chip is located in the tool holder, this will be measured by clampCONTROL.
Details
Compact, integrated sensor
High resolution
Shaft and sensor in one axis
No extension of the overall installation length due to the sensor
3 switching points
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Piston position in hydraulic valves
Servo and proportional valves regulate the volume flow in hydraulic systems. Displacement sensors are necessary for precise control. Inductive displacement sensors mounted on a pressure tube outside the pressure section are used for this. From this position, they measure on the piston through the pressure tube for an exact regulation.
Details
Inductive measuring principle
Low-cost sensor solution in plastic case
High resolution and accuracy
Precise regulation of the piston position
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Load detection in washing machines
The displacement sensor ILU (Integrated Load and Unbalance Sensor) measures the depression of the suds container when the washing machine is loaded and its deviation during the spinning stage. Due to the inductive measurement principle, the sensor provides absolute position acquisition for static and dynamic processes.
The current load status is continuously displayed and thus enables optimum and maximum loading of the washer drum. The necessary load-dependent detergent quantity is calculated and displayed in parallel.
Details
Inductive measuring principle
Static and dynamically effective measuring principle
Low-cost VIP electronics
Sensor can be integrated in the friction damper
Optimized load status
Improved detergent consumption
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MSC710 controller for induSENSOR LVDT
The MSC710 is a single-channel miniature sensor controller for the operation of inductive displacement sensors based on the LVDT principle. Its compact, but rugged design, makes it suitable for both industrial and laboratory applications. Easily accessible and simple to operate, by using DIP-switches. The electronic unit can be matched to a wide range of sensors.
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Magneto-inductive displacement sensors
