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    RGB Color Sensor, NPN/PNP, 7-13mm

    SKU: SUCH-CS-31N
    $465.32
    ● Output mode: NPN/ PNP optional ● Spot size: 1 × 5mm (at 10mm distance) ● Detection range: 7-13mm ● Digital display: 4-digit red LED display
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    🕒 Delivery date: 6-12 days
    🔁 30-day Returns
    Overview

    This RGB color sensor features a digital display, offering two-point and single-point teaching modes. It utilizes a composite red, green, and blue LED light source with a detection range of 7-13mm and a spot size of just 1×5mm. Supporting NPN/PNP outputs, it includes color mark mode and color mode with a response speed as fast as 45µs, ensuring stable detection on high-speed production lines.

    Feature

    RGB color sensor feature

    • RGB color sensor detection range: 7-13mm, response time: 45μs, spot size: 1x5mm (at 10mm distance).
    • Optimal LED Auto-Selection Function: Automatically selects the best color combination from RGB and LED options. Features built-in RGB tri-color light source modes and color mark modes.
    • Integrated 12-bit A/D converter enables high-precision detection with a resolution of 1/4,000.
    • The color sensor displays light intensity for both color marks and background colors via a 4-digit digital readout.

    Dimension (unit: mm)

    RGB color sensor dimension

    Detail

    RGB color sensor detail

    Spot Size and Measuring Range

    RGB color sensor spot sizes and measuring range

    Wiring Guide

    RGB color sensor wiring guide

    Note: Output 2 is the inverted action of Output 1.

    Wiring Diagram

    NPN Output

    RGB color sensor NPN output wiring diagramPNP Output

    RGB color sensor PNP output wiring diagram

    Specs

    Model Selection

    Signal Output NPN PNP
    Output (1) NPN open-collector transistor PNP open-collector transistor
    Maximum input current 50mA Maximum sink current 50mA
    Applied voltage ≤30VDC (between output and 0V) Applied voltage ≤30VDC (between output and +VDC)
    Residual voltage ≤1.5V (input current 50mA) Residual voltage ≤1.5V (input current 50mA)
    Output Action (1) Color-marking mode: ON when light is detected / ON when no light is detected (automatic teaching setting)
    Color Mode: ON when matching / ON when mismatching
    Short-Circuit Protection (1) Equipment (Auto-Reset Type)
    OUT (2) NPN Open-Collector Transistor PNP open-collector transistor
    Maximum Input Current 50mA Maximum sink current 50mA
    Applied Voltage ≤30VDC (between output and 0V) Applied voltage ≤30VDC (between output and +VDC)
    Residual Voltage ≤1.5V (input current 50mA) Residual voltage ≤1.5V (input current 50mA)
    Output Action (2) Output (1) Inverted Operation
    Short-Circuit Protection (2) Equipment
    Teach Input Low (ON): 0~2VDC High (ON): 5V~+VDC
    Output Current ≤0.5mA Input current ≤3mA
    Input Impedance Approx. 10kΩ Input resistance approx. 10kΩ
    High (OFF): 5V~+VDC Open Low (OFF): 0~0.6VDC open


    Universal Specs


    Detection Distance 7-13mm
    Spot Size 1 × 5mm (at 10mm distance)
    Power Supply Voltage 12-24VDC
    Response Time Color mark mode: ≤45µs, Color mode: ≤150µs
    Current Consumption Normal mode: ≤750mW (≤30mA at 24V)
    ECO mode: ≤600mW (≤25mA at 24V)
    Digital Display 4-digit red LED display
    Sensitivity Setting Method Color Mark Mode: 2-point teach
    Fully automatic teach, Color Mode: 1-point teach
    Sensitivity Fine-Tuning Function Equipped with
    Timer Function Variable switch-on delay/switch-off delay timer, active/inactive toggle (timing range: 1~500ms, 9 adjustable steps)
    Protective Construction IP67 (IEC), waterproof
    Operating Ambient Temperature -10°C to +55°C (no condensation or freezing)
    Storage Temperature -20°C to +70°C
    Operating Ambient Humidity 35~85%RH
    Operating Ambient Illuminance Incandescent lamp: Illuminance on light-receiving surface ≤3,000 lx
    Withstand Voltage AC1,000V for 1 minute between all power terminals and housing
    Vibration Resistance Frequency 10~500Hz, double amplitude 3.0mm or maximum acceleration 196m/s², 2 hours each in X/Y/Z directions
    Impact Resistance Acceleration 500 m/s² (approx. 50G), 3 times each in X/Y/Z directions
    Illuminating Element Red/Green/Blue composite LED (emission peak wavelengths: 640 nm / 525 nm / 470 nm)
    Material Housing: PBT
    Display Cover: Polycarbonate
    Operation Button: Silicone
    Lens: Glass lens
    Cover: Glass tube
    Accessories M4 Screws with washers (30mm long): 2
    Connection Method 2m PVC lead wire
    Weight Net weight approx. 120g, packaged weight approx. 180g
    Application
    RGB color sensor of assembly line

    Assembly Lines

    RGB color sensor of packaging machine

    Packaging Machines

    RGB color sensor of tape inspection

    Tape Inspection

    FAQ

    The RGB color sensor illuminates the target surface with built-in red, green, and blue light sources. Internal photodiodes receive the reflected light and analyze its intensity ratios to determine the object's color. The sensor outputs either digital signals or analog values for processing by the master control system. Its core principle leverages the differing absorption and reflection characteristics of RGB light across various objects to identify colors, making it widely applicable in printing, packaging, labeling, and sorting industries.

    RGB color sensors are extensively used in industrial and consumer electronics sectors. In industrial automation, they detect color marks on packaging, perform label recognition, and verify color consistency. In printing, they ensure color accuracy and prevent color deviation. Within food processing and sorting industries, they classify objects by color. Additionally, consumer electronics like smart home devices and educational robots frequently employ RGB color sensors for ambient light detection and color recognition.

    RGB color sensors offer fast response times, high detection accuracy, and strong anti-interference capabilities. They complete color recognition in minimal time, making them suitable for high-speed production lines. These sensors typically support multiple output formats, such as NPN/PNP or I²C, facilitating integration with systems like PLCs and microcontrollers. Compared to traditional photoelectric sensors, RGB color sensors not only detect object presence but also accurately identify specific colors, significantly enhancing the reliability of automated inspection and control.

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