Wenglor IR3F001 Inductive Sensor Ring sensor

Inductive Sensor Ring sensor.

$341.00
Part Number
  • IR3F001
Highlights...

Features

  • Flexible soft binder on the sensor
  • Intuitive operating concept with IO-Link interface
  • Correction factor 1
  • Plug and Play
  • Separable housing
  • Inside diameter: 15.1 mm
  • Max. tube diameter: 15 mm
  • Installation A/Bx/By/C in mm: 0/30/50/5
  • Installation A/Bx/By/C in mm with frequency switching: 0/0/0/5
  • Functional principle: Static
  • Smallest recognizable object (Ø): 3 mm*
  • Correction Factors Stainless Steel V2A/CuZn/Al: 1/1/1
  • Supply Voltage: 10 to 30 V DC
  • Current Consumption (Ub = 24 V): < 20 mA
  • Object speed: < 50 m/s
  • Response Time: < 300 µs
  • Ready-state delay: < 1.5 s
  • Switching Output Voltage Drop: 1.5 V
  • Temperature Range: 32°F to 140°F
  • Short Circuit Protection: yes
  • Overload Protection: yes
  • Reverse Polarity Protection: yes
  • Switching Output/Switching Current: 100 mA
  • Pulse extension: 200 ms
  • Interface: IO-Link V1.1
  • IO-Link Version: 1.1
  • Connection: M8 × 1; 4-pin
  • Setting Method: Potentiometer/IO-Link
  • Housing Material: Plastic, PA
  • Hanger opening/closing cycles: Max. 100
  • Degree of Protection: IP54
  • Weight: 27 g
  • MTTFd (EN ISO 13849-1): 1,018.99 a
  • Scope of delivery: 1 × sensor, 1 × ZR0E001 soft binder
  • Packaging unit: 1 Piece
  • PNP NO: yes
  • Output: PNP, Push-pull, NPN
  • Circuit: NO, NC, NC/NO
  • Pulse extension: 5 to 200 ms
  • Other parameters: Sensitivity, Error indicator, Frequency switching
The inductive ring sensor with separable housing enables quick and flexible mounting on various objects, such as hoses. Its compact construction, with a switching status indicator visible on all sides and a cable outlet in the hose direction, is particularly well suited for confined spaces. It is intuitive to operate via the potentiometer or the IO-Link interface. The sensor switches independently of the material thanks to correction factor 1. Frequency switching enables the operation of several sensors in the immediate vicinity without mutual interference.