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. This sensor is part od the food and beverage processing series. It is a cylindrical, non flush mountable sensor. Diameter 30mm, threaded M30 x 1.5. It features a plastic cylindrical boby and a 2m long cable. It has a sensing distance of 22mm. Three-wire, DC supply, 12V to 48V, NO function, NPN solid-state output .
Inductive proximity sensors XS, inductive sensor XS2 M30, L60mm, PPS, Sn22mm, 12…48 VDC, cable 2 m
Inductive proximity sensors XS, inductive sensor XS2 M30, L60mm, PPS, Sn22mm, 12…48 VDC, cable 2 m
SKU: 1440581
Category: Automation & Control
Reviews (0)
Be the first to review “Inductive proximity sensors XS, inductive sensor XS2 M30, L60mm, PPS, Sn22mm, 12…48 VDC, cable 2 m” Cancel reply
Related products
variable speed drive, Altivar 212, 18.5kW, 25hp, 240V, 3 phases, without EMC, IP21
variable speed drive, Altivar 212, 18.5kW, 25hp, 240V, 3 phases, without EMC, IP21
communication module Profibus DP V1, Altivar, 12Mbps, 1 female SUB D9 connector
communication module Profibus DP V1, Altivar, 12Mbps, 1 female SUB D9 connector
TeSys Deca thermal overload relays – 23…32 A – class 10A
TeSys Deca thermal overload relays - 23...32 A - class 10A
Vacuum switch 9016G – adjustable scale – 2 thresholds – Set 0 to 23.8 InHg
Vacuum switch 9016G - adjustable scale - 2 thresholds - Set 0 to 23.8 InHg
Harmony XB5S, Protective cover for Biometric switch
Harmony XB5S, Protective cover for Biometric switch
TeSys K reversing contactor – 3P – AC-3 <= 440 V 9 A – 1 NC – 24 V AC coil
TeSys K reversing contactor - 3P - AC-3 <= 440 V 9 A - 1 NC - 24 V AC coil
discrete output module Modicon Quantum – 32 O – positive logic (source)
discrete output module Modicon Quantum - 32 O - positive logic (source)

Reviews
There are no reviews yet.