Any ferromagnetic, hardened measuring point is suitable
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Contact our torque sensor and force sensor experts for advice.
The sensor module is mounted on the ferromagnetic test object where the measurements (e.g., axial force) are to be taken. Inside, the sensor module emits a magnetic alternating field that penetrates the surface of the test object. The mechanical forces acting on the test object influence the magnetic alternating field and its properties.
These changes are detected by the sensor element and passed on for processing in the sensor electronics. Subsequently, it is outputted how much force is acting on the object.
Our multi-force sensor works with most ferromagnetic test objects (for example: solid shaft, hollow tube) and can be used to measure torques, bending forces, and axial forces.
The sensor module from Magnetic Sense is placed on the ferromagnetic test object where the measurements (e.g. torque) are to be taken. The sensor element inside the module emits a magnetic alternating field, which penetrates the surface of the test object. The mechanical forces acting on the test object influence the magnetic alternating field and its properties. These changes are detected by the sensor element and passed on for processing in the sensor electronics.
Contactless measurement through magnetic interaction
High signal bandwidths possible
Insensitive to overload as the sensor is not in the force flow
Integration of the force sensor even in the smallest space
Modular kit for various applications
Large temperature range due to suitable components
High long-term stability
Insensitive to interference
Contactless measurement through magnetic interaction
High signal bandwidths possible
Insensitive to overload as the sensor is not in the force flow
Integration of the force sensor even in the smallest space
Modular kit for various applications
Large temperature range due to suitable components
High long-term stability
Insensitive to interference
The force sensor can be used at many measuring points made of ferromagnetic material. The measuring shaft should also be hardened and demagnetized.
Material parameters can be set by initializing the sensor. In order to achieve high accuracy, it is necessary to perform a two-point calibration.
The two-point calibration involves applying a load to which the measured sensor value is normalized.
Any ferromagnetic, hardened measuring point is suitable
Contactless measuring principle
Digital interfaces
No influence from magnetic interference fields
Insensitive to water, oil and dust
No limitations in speed
No magnetization of the shaft required
No damage to the sensor due to overload
Various shaft diameters can be realized
We offer our customers the opportunity to develop a sensor that meets their needs and requirements.
In addition to custom solutions, standardized products are also available from us.
Contact our torque sensor and force sensor experts for advice.