SIED-M12B-ZS-K-L proximity sensor 538272

Product Description

proximity sensor SIED-M12B-ZS-K-L With cable, flush mounting Design=Round, Conforms to standard=EN 60947-5-2, Authorisation=(* RCM Mark, * c UL us – Listed (OL)), CE mark (see declaration of conformity)=(* to EU directive for EMC, * to EU directive low-voltage devices), Materials note=Free of copper and PTFE

With standard switching distance
For DC and AC voltage
Metric thread
Flush or non-flush mounting
LED switching status indication
Design with metal or polyamide housing

Inductive sensors
Inductive sensors detect metal or electrically conductive objects, which move into their sensing range, without any contact. They provide the user with a binary signal that indicates whether an object has been detected or not. Inductive sensors are also called proximity switches or position sensors.

Design and operation
Inductive sensors consist of three functional units: an oscillator, an evaluation unit and an output stage. As part of the oscillator, the coil uses the oscillating circuit to generate an alternating magnetic field that then radiates from the active surface of the inductive sensor. When a metallic object enters the magnetic field, eddy currents develop that reduce the energy from the oscillator. The amplitude and frequency of the oscillating circuit change and the output stage is adjusted by a Schmitt trigger or the amplitude is converted into a distance. If several coils are used, the sensing accuracy of the inductive sensor is increased.

Advantages of inductive sensors
Thanks to their contactless operating mode, inductive sensors have numerous advantages:

Long service life thanks to hardly any mechanical wear
No downtime caused by dirty or damaged contacts
No contact bounce and thus no switching errors
High switching frequency
Vibration resistance
High degree of protection thanks to a fully encapsulated housing
Any mounting position possible