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    Color Recognition Sensor with Detector Head, 11-20mm

    SKU: SUCH-CS-CPES
    $310.62
    ● Output mode: NPN/PNP output ● Light source: Red/Green/Blue ● Detection range: 11-20mm ● Response time: 200μs (high speed)
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    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    High-quality color identification sensors are equipped with independent detection heads, are compact in size, and flexible installation options, supporting a minimum bending radius of R25mm. High-performance composite RGB LED light sources,  provide a detection range of 11–20mm and feature three-band detection capabilities at 665nm/520nm/465nm, ensuring precise identification of colors and markings.

    Feature

    Color recognition sensor feature

    • Color recognition sensors can identify slight color differences, easily adjust sensitivity, and feature intelligent, digital settings.
    • Color sensors are equipped with small, high-power dedicated detection heads.
    • Multiple detection modes are available to suit a wide range of user applications.

    Dimension (unit: mm)

    Color Recognition Sensor

    Color recognition sensor dimension

    Detector Head

    Detector head dimension

    Wiring Diagram

    Color recognition sensor wiring diagram

    Specs
    Output Mode NPN PNP
    Open collector * 4 channels, 40VDC max (30VDC)
    1 output to 100mA, total of 4 outputs to 200mA, residual voltage: 1V max.
    Response Time 200μs (HIGH SPEED)/1ms (FINE)/4ms (TURBO)/8ms (SUPER)
    Protection Circuit Short circuit protection, reverse polarity protection, Zener protection
    External Calibration Input Input time: ≥20ms
    External Switching Input Input time: ≥20ms (C/C+/I Mode)
    External Offset Input (Super I Mode) Input time: ≥20ms (Super I Mode)
    Timer Function Timer OFF/ON-delay/ON-delay/single-shot, Timer time: adjustable from 1 to 1,000ms (for each domain separately)
    Supply Voltage 24VDC, Ripple (P-P): <10%
    Current Consumption Normal mode: 1.5W (≤62.5mA), Eco mode: 1W (≤42mA)
    Ambient Temperature -10°C~55°C (no frost condensation)
    Vibration Resistance Characteristics 10~55Hz, double amplitude 1.5mm (2 hours each in X, Y, Z direction)
    Material Housing, cover: PC
    Weight Approx. 150g (with 2m cable)
    Detector Head Matching
    Detection Range 11~20mm
    Minimum Spot Diameter 1mm@16mm
    Light Source Type Composite LED: Red/Green/Blue (Light source wavelength: 665nm/520nm/465nm)
    Minimum Bend Radius R25mm
    Ambient Light Resistance Incandescent: 1,000lux max; Daylight: 20,000lux max
    Ambient Temperature -10°C~55°C (no frost)
    Vibration Resistant 10~55Hz, double amplitude 1.5mm (2 hours each in X, Y, Z directions)
    Protection Class IP40
    Material Housing: PC; Lens cap: Polyaryletherketone
    Weight Approx. 40g (contains 2m cable)
    Application
    Color recognition sensor of printing and packaging

    Printing and Packaging

    Color recognitio sensor of label color recognition

    Color Identification of Labels

    Color recognitio sensor of fabric color sorting

    Fabric Color Sorting

    FAQ

    Color recognition sensors typically use RGB three-color light sources or photodiode arrays to determine color by illuminating the target object and receiving the reflected light. The sensor converts the light intensity signal into an electrical signal, which is then processed internally to output the corresponding color information. Some models can also automatically calibrate to avoid external light interference. It is widely used in printing and packaging, label inspection, sorting, and automated production.

    • Color recognition sensors are commonly used in the printing and packaging industry to detect color mark positions and color consistency.
    • In the food and beverage industry, they are used to identify the colors of bottle caps and labels.
    • In the textile industry, they can be used for fabric color sorting.
    • On automated production lines, they enable sorting and quality control of products with different colors.
    • Additionally, color sensors have widespread applications in smart robots and educational experiments.

    When using color recognition sensors, ensure that the detection environment has stable lighting and avoid interference from strong external light sources. Secondly, select the appropriate detection mode based on the target material and color, such as RGB contrast or color mark mode. During installation, ensure that the detection distance is within the recommended range and that the sensor is perpendicular to the object surface. Regular calibration and cleaning of the optical window can also effectively improve detection accuracy and stability.

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