The inductive sensor is composed of oscillator, trigger circuit and output circuit mainly. When a metal object approaches the sensing surface of the sensor, the trigger circuit will act to generate a digital output signal as the oscillation amplitude of the oscillator drops to a certain value. In addition to the advantages of fast dynamic response and non-contact measurement, it features simple design, high sensitivity and resolution, good repeatability and linearity. The inductive sensor is widely used to measure displacement, pressure, flow, etc. in industrial automation applications.
-- Sensing distance: 0.2~100mm
-- Output type: PNP, NPN, NO, NC, LED indication, etc.
-- lectrical connection: cable, plug, terminal wiring, etc.
-- Installation: flush, non-flush, threaded installation
-- Shape: cylindrical, rectangular, Varikongt type, flat square, etc.
-- Ambient temperature: -25~+70℃ (up to 250℃ for high temperature resistant type)
-- Special series: high temperature resistant type, high pressure resistant type, extensive sensing distance type, anti-magnetic and anti-welding interference type, etc.