Safety switch XCSPL, straight lever, to right or to left, 1NC+1NO -M16

£87.60 inc VAT £73.00 ex VAT

Description

Detail

Safety switch XCSPL, straight lever, to right or to left, 1NC+1NO -M16. range of product: Preventa Safety detection – product or component type: guard switch – component name: XCSPL – head type: turret head rotary lever – insulation: double insulated – type of operator: straight lever – operator direction information: to right or to left – contact operation: slow-break, break before make – clamping connection capacity: 1 x 0.5…2 x 1.5 mm² with or without cable end.

  • · This XCSPL Safety Limit Switch has a stainless steel turret head rotary straight lever with an operation contact to the right or to the left, a double insulated plastic enclosure and a M16 cable gland entry.
  • · It has 1 normally open and 1 normally closed break-before-make (slow break) contacts.

Specification

  • Number of contacts as normally closed contact : 1
  • Output electronic : No
  • Forced opening : No
  • Suitable for safety functions : Yes
  • With status indication : No
  • Rated operation current Ie at AC-15, 24 V : 0 A
  • Ambient temperature during operating : -25 – 70 °C
  • Rated operation current Ie at DC-13, 24 V : 0 A
  • Diameter sensor : 0 mm
  • Number of contacts as change-over contact : 0
  • Rated operation current Ie at AC-15, 125 V : 6 A
  • Height of sensor : 88 mm
  • Length of sensor : 30 mm
  • Rated operation current Ie at AC-15, 230 V : 3 A
  • Material housing : Plastic
  • Number of contacts as normally open contact : 1
  • Width sensor : 103 mm
  • Rated operation current Ie at DC-13, 230 V : 0.27 A
  • Rated operation current Ie at DC-13, 125 V : 0.55 A
  • Number of safety auxiliary contacts : 0
  • Type of control element : Rotary lever
  • Type of interface : None
  • Construction type housing : Cuboid
  • Degree of protection (IP) : IP67
  • Explosion safety category for gas : None
  • Type of interface for safety communication : None
  • Explosion safety category for dust : None