1 0

    Wenglor

    Wenglor IR8F001, Inductive Sensor Ring Sensor

    Wenglor IR8F001, Inductive Sensor Ring Sensor

    €410,95
    €410,95
    Sale Sold out
    Taxes included.

    📦 Ready for dispatch: 02.12.2025

    SKU: IR8F001

    • The inductive ring sensor with a divisible housing enables quick and flexible mounting on various objects such as hoses. The compact design with an all-around visible switching status indicator and cable outlet in the hose direction is particularly suitable for tight spaces; operation is intuitive via the potentiometer or the IO-Link interface. The sensor switches independently of the material thanks to a correction factor of 1. Frequency switching allows the operation of multiple sensors in close proximity without mutual interference.
    • Inner diameter: 40.1 mm
    • Max. hose diameter: 40 mm
    • Mounting A/Bx/By/C in mm: 10/0/60/20
    • Mounting A/Bx/By/C in mm with frequency switching: 10/0/20/20
    • Operating principle: Static
    • Smallest detectable object (Ø): 8 mm*
    • Correction factor Stainless steel V2A/CuZn/Al: 1/1/1
    • Supply voltage: 10 ... 30 V DC
    • Current consumption (Ub = 24 V): < 20 mA
    • Object speed: 0.1 ... 35 m/s
    • Response time: < 100 µs
    • Ready delay: < 1.5 s
    • Voltage drop switching output: 1.5 V
    • Temperature range: 0 ... 60 °C
    • Short-circuit proof: Yes
    • Overload protected: Yes
    • Reverse polarity protection: Yes
    • Switching current switching output: 100 mA
    • Pulse length: 200 ms
    • Interface: IO-Link V1.1
    • IO-Link version: 1.1
    • Connection type: M8 × 1; 4-pole
    • Setting method: Potentiometer/IO-Link
    • Opening/closing cycles of the fork: max. 100
    • Protection rating: IP54
    • Weight: 51 g
    • Scope of delivery: 1 × Ring sensor incl. soft binder
    • Packaging unit: 1 piece
    • PNP normally closed: Yes
    • Output: PNP Push-pull NPN
    • Circuit: Normally closed/Normally open/Normally open/Normally closed
    • Pulse length: 5 ... 200 ms
    • Further parameters: Sensitivity, Frequency switching, Fault indicator
    View full details