This XS inductive proximity sensor is designed for rotation monitoring, slip detection and shaft overload detection. It provides a simple, economical solution for detecting slip, belt breakage, coupling breakage and overload. This sensor is used in grinder/crusher, mixer, pump, centrifugal driver. and also conveyor belt, bucket elevator, Archimedean screw applications. This product is a 40mm x 40mm x 117mm sensor, flush mountable in metal. It features a plastic case and a remote M12 connector on 0.15m flying lead. It has a sensing distance of 15mm. Three-wire, DC supply, 12V to 48V, NC function, PNP discrete output.
Inductive proximity sensors XS, Rot. monitoring, 40x40x15, Sn15mm, 6…6000c/mn, 12…24 VDC, M12 0.15 m
Inductive proximity sensors XS, Rot. monitoring, 40x40x15, Sn15mm, 6…6000c/mn, 12…24 VDC, M12 0.15 m
SKU: 1300275
Category: Sensors & Switches
Reviews (0)
Be the first to review “Inductive proximity sensors XS, Rot. monitoring, 40x40x15, Sn15mm, 6…6000c/mn, 12…24 VDC, M12 0.15 m” Cancel reply
Related products
pressure switch XMLC 20 bar – adjustable scale 2 thresholds – 2 C/O
pressure switch XMLC 20 bar - adjustable scale 2 thresholds - 2 C/O
Pressure switch 9012G – fixed scale – 1 threshold – 20 to 1000 PSIG psig
Pressure switch 9012G - fixed scale - 1 threshold - 20 to 1000 PSIG psig
Photoelectric sensors XU, XUB, reflex, Sn 4 m, 12…24 VDC, M12
Photoelectric sensors XU, XUB, reflex, Sn 4 m, 12...24 VDC, M12
Closed tank – NEMA 7/9 – screw-in bushing – 2 NC DPST-DB contacts
Closed tank - NEMA 7/9 - screw-in bushing - 2 NC DPST-DB contacts
Air compressor switch 9013FH – fixed differential – factory setting – high hp
Air compressor switch 9013FH - fixed differential - factory setting - high hp
Photo-electric sensor – XUM – receiver – 15m – 12..24VDC – cable 2m
Photo-electric sensor - XUM - receiver - 15m - 12..24VDC - cable 2m
Air compressor switch 9013FH – fixed differential – Off at 150 psi – low hp
Air compressor switch 9013FH - fixed differential - Off at 150 psi - low hp

Reviews
There are no reviews yet.