Identification Systems
SICK CSS-WBGAD4115AA10Z Sensor
SICK CSS-WBGAD4115AA10Z high-resolution color sensor, part 1120174. Reliable RGB color detection on fast packaging lines.
Overview
The SICK CSS-WBGAD4115AA10Z (part number 1120174) is a high-resolution color sensor of the CSS family. It identifies colors on fast-moving products using RGB evaluation, supporting reliable sorting, verification and quality control wherever color defines the process decision.
How It Works
The target is illuminated with white light and the reflected color is evaluated in separate channels. Taught reference colors are compared with the measured color; a match within the set tolerance triggers the assigned output. The evaluation is fast enough for high-speed sorting applications.
Key Features
- High-resolution color measurement with RGB evaluation
- Part number 1120174
- Teachable reference colors with tolerance windows
- Fast response for high-speed lines
- Reliable operation independent of ambient light
- Compact rectangular housing
Typical Applications
- Sorting of colored products and packaging
- Verification of caps, seals and closures by color
- Print mark and color patch control
- Component presence checks by color in assembly
- Monitoring of web materials with color zones
Specifications
Attribute | Value |
|---|---|
Model | SICK CSS-WBGAD4115AA10Z |
Part number | 1120174 |
Device type | Color sensor, high resolution |
Family | CSS color sensors |
Installation and Setup Notes
Set the working distance per the family guidance and teach colors with the production materials in place. If gloss causes color shifts, adjust the viewing angle slightly. Re-teach when changing to new material batches with different color rendering.
Frequently Asked Questions
Can it detect colored marks on shiny foil?
Yes, with correct angle setup; gloss reflections are reduced by the modulated measurement and geometry.
What is the difference from the 4C4115 variant?
The order codes define optics and evaluation configuration within the CSS family.
Does it work on dark backgrounds?
Yes, dark backgrounds typically return a distinct color signature that is easily distinguished from the target.
