Inductive proximity switch utilizes the principle of mutual inductance of metal conductor and alternating magnetic field. The detection coil located at the front end of the sensor produces high frequency magnetic field.
Introduction:
Inductive proximity switch utilizes the principle of mutual inductance of metal conductor and alternating magnetic field. The detection coil located at the front end of the sensor produces high frequency magnetic field. When the metal object approaches the magnetic field, eddy current is generated inside the metal object, which results in the energy attenuation of the magnetic field. When the metal object is constantly close to the sensor's inductive surface, the energy is absorbed and the attenuation is caused. When the attenuation reaching a certain level, the sensor switch is triggered to output signal, thereby achieving the purpose of non-contact detection.
Inductive proximity sensors are truly noncontact sensors,since they directly detect the magnetically permeable and/or conductive item to be measured. They operate at a relatively high frequency, changes in the coil circuit due to the magnetic permeability of a ferromagnetic target or by eddy current dissipated in a conductive target can be detected. The signal from most proximity sensors is a switched output that switches when the target comes within the calibrated range. Continuous functions are also possible but are typically nonlinear and affected by the shape and size of the target.
Features:
1. non-contact detection method, no wear.
2. with special IC design and have stable performance.
3. anti-mechanical collision and anti-corrosion.
Applications:
- Detection gate opening/closing
- Detection cam position
- Detection of moving aluminum stencil
- Unit count
Parameters:
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Wiring method:
Installation instruction:
