Inductive

Inductive Proximity Switches – DC Type (Cylindrical Series)

Omega Electro Controls offers Inductive proximity switches for sensing Ferrous materials. This type of switches work on ‘Damped Oscillator’ principle. During operation a frontally radiated electromagnetic oscillating field is projected from the sensing face. Any electrically conductive material entering this field causes damping of the oscillation.This change is detected by the in-built sensitive & reliable electronic circuit and is converted into an effective output signal.

Inductive-proximity-switch- M8

IPS-dc-rect-mouse-sensor

Inductive Proximity Switches-DC Type(Rectangular)

Omega Electro Controls offers Inductive proximity switches for sensing Ferrous materials. This type of switches work on ‘Damped Oscillator’ principle. During operation a frontally radiated electromagnetic oscillating field is projected from the sensing face. Any electrically conductive material entering this field causes damping of the oscillation. This change is detected by the in-built sensitive & reliable electronic circuit and is converted into an effective output signal.

Namur Inductive Proximity Switches (Cylindrical)

The Namur type proximity switch in two wire DC version contain only the sensing circuit suitable for intrinsic safety applications when used in conjunction with a PLC or a isolation amplifier unit.

Inductive-proximity-switch- M8

Inductive-proximity-switch- M8

Analog Inductive Proximity Switches

Omega Electro Controls offers Analog Inductive proximity switches for sensing on contact Ferrous or non Ferrous materials. These special versions provide a 0 – 10V DC sourcing analog output proportional to the sensing distance.

Inductive Proximity Switches – AC Type (Cylindrical Series)

Omega Electro Controls offers Inductive proximity switches for sensing Ferrous materials. This type of switches work on ‘Damped Oscillator’ principle. During operation a frontally radiated electromagnetic oscillating field is projected from the sensing face. Any electrically conductive material entering this field causes damping of the oscillation. This change is detected by the in-built sensitive & reliable electronic circuit and is converted into an effective output signal.

Inductive-proximity-switch-M18