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Installation guidelines

Mounting systems

Reduce mounting and adjustment time with ifm’s mounting systems. Customize each installation with only the components you need for an economical, adjustable, and high strength solution. Never lose reliability with a position or angle adjustment again.

Photo Part number Description List price
ZH4039 Base unit $43
ZH4043 6" link $62
ZH4042 4" link $44
ZH4040 Knuckle $47
ZH4041 Post $25
ZH4133 Sensor plate $30

For swivel bracket and rod mounting, use E2D500.

Best practices

  • Avoid back light, scattered light and changing light conditions. The O2I5 can be setup with changing light conditions in mind, but it is always best to keep environmental conditions as stable as possible.
  • Install in front or above the object to avoid dust or dirt buildup on the face of the sensor.
  • If low-profile mounting is required to avoid physical impact, bounce the light source off a mirror and use the internal code mirroring correction for reliable detection.
O2I5 in application

Wiring and triggering

Image capture can be triggered with a binary device (like a photoelectric sensor) connected to the trigger input, a command from the process interface (EtherNet/IP or TCP/IP) or continuous capture with a fixed frame rate. The wiring schematic below shows triggering with a sensor.

  1. O2I5xx device
  2. PC for parameter setting
  3. Industrial PC or PLC for evaluation and triggering
  4. Binary sensor
  5. Power supply
  6. Optional supplemental light source

For easy connection of trigger sensors and external light sources, ifm offers Y-splitters to provide power and internal connections to further simplify wiring. Please see EVC847 (for trigger sensors) and EVC848 (for external illumination).

Common trigger sensors

Triggers are used to confirm that the code is in place and initiate the image evaluation process. Any sensor can be used as a trigger so long as it physically fits in the application and provides repeatable indication of the code location. Below is our most common products. Triggering can also be done with a command from a PLC.

Part number Description

O6P301
Polarized retroreflective photoelectric sensor, 5 m range

O6T301
Diffuse photoelectric sensor, 0.5 m range

O6H301
Diffuse background suppression photoelectric sensor, 0.2 m range

OGD592
Precision diffuse background suppression photoelectric sensor, 0.3 m range

OGD580
Diffuse background suppression photoelectric sensor, 1.5 m range


EVC847

Y-splitter for connection of trigger sensors

Supplemental lighting

While the integrated LED light source in the O2I code reader provides enough illumination for most applications, there are times when additional external light is required.

Type Visible red Infrared Illuminated field Description
Bar O2D921 O2D922 10 x 75 mm Highly diffuse and virtually shadow-free illumination of target
O2D924 O2D925 10 x 150 mm
Dark field O2D920 - Ø 90 mm Accentuate surface characteristics such as dot-peened codes
Ring  O2D915 O2D917

Ø 106 mm ext

Ø 66 mm int

Homogeneous and virtually shadow-free illumination of target
Dome O2D931 O2D930 80 x 80 mm

Multi-angle illumination eliminates hot spots and improves reading

of difficult target shapes -- AKA "cloudy day" light

O2D933 O2D932 130 x 130 mm

EVC848
Y-splitter for connection of external illumination