Color sensor system for precise turbidity measurement
Liquids are ubiquitous in industrial manufacturing processes, for example in sewage treatment plants, drinking water treatment, the chemical & pharmaceutical industry or in food production. The color or turbidity of the liquids allows conclusions to be drawn about both process and product quality. A change in liquid color can influence the product quality and also affect manufacturing processes. Color measuring systems from Micro-Epsilon reliably detect the smallest color differences in the process and are therefore used for reliable color and turbidity measurement of liquids. For precise liquid monitoring, the colorSENSOR CFO100 controller is used together with the CFS3-A30 transmission sensor.Micro-Epsilon’s colorSENSOR CFO100 and CFO200 color sensors impress with their high color precision and repeatability. They are used, inter alia, for inline color measurement of liquids. They reliably detect minor color changes, which means that the sensors contribute to maintaining the highest quality standards. In addition, they significantly simplify testing processes, since laborious and cost-intensive sampling with laboratory analysis is no longer necessary. When washing out textiles after dyeing, for example, water can be saved because the measurement results determine the exact time at which the washout process is complete. In addition, resources and the environment can be conserved during wastewater treatment. These smart sensors combine precise color measurement with high cost-effectiveness.
Operation is intuitive via the web interface. The attractive sensor system for precise material distinction consists of the CFO100 controller and the CFS3-A20 sensor. In addition to its high accuracy, it also impresses with an attractive price/performance ratio.
- Controller: colorSENSOR CFO100
- Transmission sensor: CFS3-A20
- Multi-teach function and storage in color groups
- Modern, user-friendly web interface
- High color accuracy and repeatability
- Currently brightest illumination in this class