Simple, capable, reliable image-based code reading
Discover the features of the O2I5 family using the interactive model above.
Discover the features of the O2I5 family using the interactive model above.
All metal housing
Rugged die-cast zinc housing is ideal for harsh environments. Small footprint – 45 x 45 x 85 mm.
Rugged die-cast zinc housing is ideal for harsh environments. Small footprint – 45 x 45 x 85 mm.
Mounting from any side
Mounting holes are located on all 4 sides and the front for installation flexibility. ifm offers adjustable brackets for easy mounting.
Mounting holes are located on all 4 sides and the front for installation flexibility. ifm offers adjustable brackets for easy mounting.
High visibility status LEDs
Green and yellow LEDs indicate power, output status, Ethernet connection and teach function.
Green and yellow LEDs indicate power, output status, Ethernet connection and teach function.
Standard M12 rotatable connections
Electrical connections are made with a standard 5-wire A-coded M12 cordset and D-coded Ethernet cordset. Connectors rotate by 90° for installation flexibility.
Electrical connections are made with a standard 5-wire A-coded M12 cordset and D-coded Ethernet cordset. Connectors rotate by 90° for installation flexibility.
Alignment lasers
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
Alignment lasers
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
Alignment lasers
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
Parallel Class 1 lasers are used during teach / set-up so finding codes is easy. Pointers turn on automatically when using the Teach button.
High intensity LEDs
Integrated LED light source simplifies installation and can be used without external lights for most applications.
Integrated LED light source simplifies installation and can be used without external lights for most applications.
High intensity LEDs
Integrated LED light source simplifies installation and can be used without external lights for most applications.
Integrated LED light source simplifies installation and can be used without external lights for most applications.
High intensity LEDs
Integrated LED light source simplifies installation and can be used without external lights for most applications.
Integrated LED light source simplifies installation and can be used without external lights for most applications.
Polarized LEDs
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
Polarized LED filter
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
Polarized LED filter
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
The optional polarization filter ensures sufficient contrast to reliably read codes printed or dot-peened onto metal surfaces.
Autofocus
During the teach / set-up mode, the O2I sensor automatically adjusts the focus to achieve the best code clarity.
During the teach / set-up mode, the O2I sensor automatically adjusts the focus to achieve the best code clarity.
Autofocus
During the teach / set-up mode, the O2I sensor automatically adjusts the focus to achieve the best code clarity.
During the teach / set-up mode, the O2I sensor automatically adjusts the focus to achieve the best code clarity.
Optimized internal lenses
The O2I has variants with 3 different integrated lenses to provide optimal resolution at your desired reading range.
The O2I has variants with 3 different integrated lenses to provide optimal resolution at your desired reading range.
Optimized internal lenses
The O2I has variants with 3 different integrated lenses to provide optimal resolution at your desired reading range.
The O2I has variants with 3 different integrated lenses to provide optimal resolution at your desired reading range.
Gorilla® Glass protection
The front window pane is made from impact resistant glass that will not be scratched or damaged during normal operation.
The front window pane is made from impact resistant glass that will not be scratched or damaged during normal operation.
High resolution CMOS imager
1280 x 960 pixel CMOS imager can capture pixels as small as 0.02 mm at 35 mm reading range and as small as 0.6 mm at 4 m reading range.
1280 x 960 pixel CMOS imager can capture pixels as small as 0.02 mm at 35 mm reading range and as small as 0.6 mm at 4 m reading range.
Powerful logic engine
High processing power and internal programmable logic layer provides quick diagnosis of problems without a PLC. Trend code quality, pre-filter and pattern match code data for accuracy of data, and locally control your process.
High processing power and internal programmable logic layer provides quick diagnosis of problems without a PLC. Trend code quality, pre-filter and pattern match code data for accuracy of data, and locally control your process.
Local storage and device cloning
Store up to 18,000 failed images, diagnostic data, and application profiles locally. Access from web browser and clone or replace a device using pushbutton.
Store up to 18,000 failed images, diagnostic data, and application profiles locally. Access from web browser and clone or replace a device using pushbutton.
High resolution CMOS imager
1280 x 960 pixel CMOS imager can capture pixels as small as 0.02 mm at 35 mm reading range and as small as 0.6 mm at 4 m reading range.
1280 x 960 pixel CMOS imager can capture pixels as small as 0.02 mm at 35 mm reading range and as small as 0.6 mm at 4 m reading range.
Powerful logic engine
High processing power and internal programmable logic layer provides quick diagnosis of problems without a PLC. Trend code quality, pre-filter and pattern match code data for accuracy of data, and locally control your process.
High processing power and internal programmable logic layer provides quick diagnosis of problems without a PLC. Trend code quality, pre-filter and pattern match code data for accuracy of data, and locally control your process.
Local storage and device cloning
Store up to 18,000 failed images, diagnostic data, and application profiles locally. Access from web browser and clone or replace a device using pushbutton.
Store up to 18,000 failed images, diagnostic data, and application profiles locally. Access from web browser and clone or replace a device using pushbutton.