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INSOR® Ø	INSOR® M	INSOR® XX
INSOR® Ø 4 INSOR® Ø 6,5 INSOR® Ø 8	INSOR® M 5 INSOR® M 8 INSOR® M 12 INSOR® M 18 INSOR® M 30	INSOR® 20 INSOR® 32 INSOR® 34 INSOR® 37 INSOR® 38 INSOR® 40 INSOR® 52 INSOR® 55 INSOR® 57 INSOR® 60 INSOR® 67

INSOR®

Operation of inductive proximity switches

The inductive proximity switch is based on the principle of an attenuated LC oscillator .

The coil of the resonant circuit generates a high frequency magnetic field . This stray field occurs at the sensing face of the proximity switch (Fig. 1 ) .

Upon penetration of metal or non-ferrous metal into the response energy is extracted . Thus, the oscillator is damped . The resulting change in current consumption is evaluated.

CASOR® Ø	CASOR® M	CASOR® XX
CASOR® Ø 22 CASOR® Ø 30 CASOR® Ø 34 CASOR® Ø 50	CASOR® M8 CASOR® M12 CASOR® M18 CASOR® M30	CASOR® 38 R3/8"

 

CASOR® - Capacitive proximity switch

CASOR® , the proximity switch capacitive of Schoenberg Electronic Book

Operation of capacitive proximity switches

The capacitive Näherungsuchalter based on the principle of the attenuated RC - Oscillators . If a medium such. B. Wood , plastic , water , glass , metal or non-ferrous metal in the response range of the proximity sensor changes the capacitance of the resonant circuit capacitor and the oscillator to oscillate.