RGB color sensor CS series
photoelectricrectangularhigh-speed

RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 2
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 3
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 4
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 5
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 6
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 7
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 8
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 9
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 10
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 11
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 12
RGB color sensor - CS series - SICK - photoelectric / rectangular / high-speed - image - 13
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Characteristics

Type
RGB
Technology
photoelectric
Configuration
rectangular
Other characteristics
digital, high-speed
Measuring distance

Min.: 13 mm
(0.51 in)

Max.: 60 mm
(2.36 in)

Description

Detects 24 stored colors quickly and offers precise adjustments The CSS/CSX High Speed color sensor is characterized by its high switching frequency and its precise, infinitely variable sensitivity adjustment. Furthermore, the sensor outputs color values (L*a*b or RGB) as well as the similarity of a detected color to a taught-in color. Thanks to its innovative teach-in procedure, the CSS/CSX High Speed also detects color gradients and structured materials. The switching outputs of the device can be binary coded in “Coded” mode without interfaces, which enables it to output up to 15 colors. Up to 24 colors per identification task (job) can even be transferred via the IO-Link interface and saved externally. The sensor can be quickly and precisely configured for the specific application using the setup assistant in the SOPAS software. Benefits Thanks to the fast object color detection, high process speeds can be achieved thereby increasing productivity The output of up to 15 colors per binary coding of the switching outputs ensures easy data transmission - without interfaces such as IO-Link or Modbus® Extends the process monitoring and diagnostics options through the output of color values and color similarity Using IO-Link, up to 24 colors can be saved per identification task (job). This saves resources and increases the process flexibility The sensor can be quickly configured correctly using the setup assistant in the SOPAS software. This makes commissioning easier and increases the process stability.

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Exhibitions

Meet this supplier at the following exhibition(s):

InnoTrans 2026
InnoTrans 2026

22-25 Sep 2026 Berlin (Germany) Hall 27 - Stand 405

  • More information
    Intermat 2027
    Intermat 2027

    21-24 Apr 2027 Paris (France)

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.