The XS range is an offer of inductive proximity sensors for the detection, without physical contact, of metal objects. The advantages of inductive detection are numerous, no physical contact with the object to be detected. Thus avoiding wear and enabling detection of fragile or freshly painted objects. High operating rates. Fast response. Excellent resistance to industrial environments (robust products, fully encapsulated in resin). This product is a cylindrical, non flush mountable sensor. Diameter 12mm, threaded M12 x 1. It features a metal cylindrical boby and a 2m long cable. It has a sensing distance of 4mm. Three-wire, DC supply, 12V to 24V, NO function, PNP solid-state output.
inductive sensor XS2 M12, L44mm, brass, Sn4mm, 12..24VDC, cable 2m
inductive sensor XS2 M12, L44mm, brass, Sn4mm, 12..24VDC, cable 2m
SKU: 2986805
Category: Sensors & Switches
Reviews (0)
Be the first to review “inductive sensor XS2 M12, L44mm, brass, Sn4mm, 12..24VDC, cable 2m” Cancel reply
Related products
Pressure switch 9012G – fixed scale – 1 threshold – 20 to 1000 PSIG psig
Pressure switch 9012G - fixed scale - 1 threshold - 20 to 1000 PSIG psig
Plastic fibre optic for sensor – diffuse – lateral – multistrand – 2m – Sn80mm
Plastic fibre optic for sensor - diffuse - lateral - multistrand - 2m - Sn80mm
Photoelectric sensors XU, XUY, fork, teach, 30X42mm, 12…24 VDC, M8
Photoelectric sensors XU, XUY, fork, teach, 30X42mm, 12...24 VDC, M8
Air compressor switch 9013FH – fixed differential – factory setting – high hp
Air compressor switch 9013FH - fixed differential - factory setting - high hp
Plastic fibre optic for sensor – diffuse – M3 – 2m – Sn30mm
Plastic fibre optic for sensor - diffuse - M3 - 2m - Sn30mm
Limit switch XCDR – th.plastic roller lever plung. Ver – 1NC+1NO – snap – 1/2NPT
Limit switch XCDR - th.plastic roller lever plung. Ver - 1NC+1NO - snap - 1/2NPT
inductive sensor XS1 M12, L33mm, brass, Sn2mm, 12..24 VDC, cable 2 m
inductive sensor XS1 M12, L33mm, brass, Sn2mm, 12..24 VDC, cable 2 m

Reviews
There are no reviews yet.