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ifm O1D100 Laser Distance Sensor with IO-Link

$0.00

ifm O1D100 Photoelectric Laser Distance Sensor is an industrial distance-measurement sensor designed for non-contact measurement, position monitoring, level/distance detection, material handling, and machine automation. It uses time-of-flight optical measurement and provides both discrete switching information and a scalable analog distance signal, making it useful where a simple presence sensor is not enough.

This listing is for the exact model O1D100. ifm specifies a measuring range of up to 10 meters, PNP switching outputs, analog output capability, a local display and pushbuttons, and IO-Link communication for parameterization and process data.

Key technical details

  • Manufacturer: ifm electronic
  • Model: O1D100
  • Sensor type: photoelectric laser distance sensor
  • Measurement principle: PMD time-of-flight
  • Maximum range: up to 10 m in standard industrial applications
  • Laser class: Class 2
  • Supply voltage: 18 to 30 VDC
  • Outputs: two total outputs; PNP switching with one output programmable for analog use
  • Analog output: 4 to 20 mA or 0 to 10 V
  • Communication: IO-Link
  • Local interface: display and pushbutton parameterization

Application fit matters. Confirm target reflectivity, measurement range, background conditions, mounting angle, ambient light, required repeatability, switching/analog output mode, and IO-Link requirements before replacing or cross-referencing a distance sensor. A conventional diffuse photoelectric sensor is not equivalent to a true distance-measurement device.

Typical uses include pallet and tote positioning, material-level monitoring, crane/hoist distance measurement, conveyor spacing, roll-diameter monitoring, machine positioning, and presence/distance verification over longer ranges.

Need an ifm O1D100? Send Corwin Solutions the quantity, condition preference, application details if known, and delivery deadline. We can quote the exact sensor and separately research alternatives when the required range, outputs, and mounting conditions are confirmed.

ifm O1D100 Photoelectric Laser Distance Sensor is an industrial distance-measurement sensor designed for non-contact measurement, position monitoring, level/distance detection, material handling, and machine automation. It uses time-of-flight optical measurement and provides both discrete switching information and a scalable analog distance signal, making it useful where a simple presence sensor is not enough.

This listing is for the exact model O1D100. ifm specifies a measuring range of up to 10 meters, PNP switching outputs, analog output capability, a local display and pushbuttons, and IO-Link communication for parameterization and process data.

Key technical details

  • Manufacturer: ifm electronic
  • Model: O1D100
  • Sensor type: photoelectric laser distance sensor
  • Measurement principle: PMD time-of-flight
  • Maximum range: up to 10 m in standard industrial applications
  • Laser class: Class 2
  • Supply voltage: 18 to 30 VDC
  • Outputs: two total outputs; PNP switching with one output programmable for analog use
  • Analog output: 4 to 20 mA or 0 to 10 V
  • Communication: IO-Link
  • Local interface: display and pushbutton parameterization

Application fit matters. Confirm target reflectivity, measurement range, background conditions, mounting angle, ambient light, required repeatability, switching/analog output mode, and IO-Link requirements before replacing or cross-referencing a distance sensor. A conventional diffuse photoelectric sensor is not equivalent to a true distance-measurement device.

Typical uses include pallet and tote positioning, material-level monitoring, crane/hoist distance measurement, conveyor spacing, roll-diameter monitoring, machine positioning, and presence/distance verification over longer ranges.

Need an ifm O1D100? Send Corwin Solutions the quantity, condition preference, application details if known, and delivery deadline. We can quote the exact sensor and separately research alternatives when the required range, outputs, and mounting conditions are confirmed.