WL12G-3O2431 (1041457): Photoelectric Retro-Reflective Sensor – High Precision Detection
This photoelectric retro-reflective sensor is designed for precise object detection, including transparent objects, in automation and industrial applications. With an adjustable sensing range, polarization filter, and high-speed switching, it ensures reliable performance in demanding environments.
Key Specifications:
Functional Principle: Photoelectric retro-reflective sensor
Special Feature: Designed for detecting transparent objects
Sensing Range (Max): 0 m – 4 m (with PL80A reflector)
Polarization Filter: Yes
Emitted Beam:
Light Source: LED
Type of Light: Visible red light (640 nm wavelength)
Light Spot Size: Ø 25 mm (at 1.5 m distance)
Adjustment: Potentiometer, 11 turns
Angle of Dispersion: Approx. 1.5°
Electrical & Performance Features:
Supply Voltage (UB): 10 V DC – 30 V DC
Ripple: < 5 Vpp
Current Consumption: 30 mA (without load)
Protection Class: III
Response Time: ≤ 330 µs
Switching Frequency: 1,500 Hz (light/dark ratio 1:1)
Switching Mode: Light/dark switching (selectable via L/D control cable)
Output Type: PNP
Output Current (Max): ≤ 100 mA
Signal Voltage (NPN HIGH/LOW): Approx. Uv / < 3 V
Circuit Protection:
A: Reverse polarity protection on VS connections
C: Interference suppression
D: Outputs overcurrent and short-circuit protected
Material & Connectivity:
Connection Type: Standard electrical wiring with selectable switching mode
Items Supplied:
2 x mounting clamps BEF-KH-W12 (incl. screws)
Applications:
Transparent Object Detection (Glass, Plastic, Films)
Industrial Automation & Sorting Systems
Packaging & Bottling Lines
High-Speed Object Positioning
This high-performance retro-reflective sensor is ideal for precise detection in fast-moving industrial environments, offering high switching speed, accuracy, and reliability.. This product is designed for optimal performance and reliability. Ideal for various applications, it features high-quality materials and advanced technology. Perfect for professionals seeking efficiency and durability.
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