2025/7/4 Update
Medium rectangular housing|DC Maximum detection range 22 mm
— ifm’s high-performance O5 series mark and color sensors provide extensive solution options for the packaging, assembly, material handling, and printing industries.
— ifm’s high-performance O5 series mark and color sensors provide extensive solution options for the packaging, assembly, material handling, and printing industries.
IFM O5 Series Color And Contrast Sensor

Technical Features
Products + Accessories Selection:
Function | Range | Output | Spot diameter ø at max. detection range | Power supply current | Switching frequency | Light source | Order No. |
---|---|---|---|---|---|---|---|
Contrast: Diffuse reflection![]() | 18…22 mm | LO/DO PNP/ NPN | 1.5 x 5 mm | < 50 mA | 10000 Hz | RGB | O5K500 |
Color sensor![]() | 15…19 mm | LO/DO PNP/ NPN | 2.5 x 6 mm | < 50 mA | 2000 Hz | RGB | O5C500 |
Optional Accessories
Type | Description | Order No. |
---|---|---|
![]() | For mounting on a rod, with clamp | E21083 |
![]() | Independent mounting bracket | E21087 |
Mating cables
Type | Description | Order No. |
---|---|---|
![]() | M12 Micro DC (4-pin) 2 m, PUR | EVC001 |
M12 Micro DC (4-pin) 5 m, PUR | EVC002 | |
![]() | M12 Micro DC (4-pin) 2 m, PUR | EVC004 |
M12 Micro DC (4-pin) 5 m, PUR | EVC005 | |
![]() | M12 Micro DC (4-pin) 2 m, PUR, LED | EVC007 |
M12 Micro DC (4-pin) 5 m, PUR, LED | EVC008 |
Specifications:
- Light source type:
- Red light source 625 nm
- Green light source 525 nm
- Blue light source 465 nm
- Supply voltage: 10…36 V DC
- Number of cores: 3-wire
- Max. load current: 200 mA
- Voltage drop: <2.5 V
- Leakage current: negligible
- Connector: M12
- Housing material: PA, stainless steel, TPU/PC
- Lens material: PMMA
- Operating temperature: -25…60 °C
- Protection class: IP67
What’s More:
Color Sensor Application Solutions

The O5 supports tolerance adjustment; it can accept different types of the same color and reject different colors.

The O5 can detect the proper orientation in fast-moving applications.
Benefits Introduce In Detail