M12 Photoelectric Switch Sensor, Diffuse Type, 0-300mm

Rugged and durable, precise and reliable. Featuring a nickel-plated copper housing and imported optoelectronic core, it offers flexible output and detection distance configurations to meet diverse detection demands in demanding industrial environments.

Specifications

Supplementary Form

Features

1. Rugged Industrial Protection: The nickel-plated copper housing with IP66 rating combines high mechanical strength and corrosion resistance. It withstands harsh environments including impacts, oil contamination, chemical corrosion, and high-pressure washing, ensuring long-term stable operation and extended service life.
2. Multi-Layer Circuit Protection: Built-in dual protection against short circuits and power-up surges prevents sensor damage from wiring errors or circuit faults. It also shields downstream equipment like PLCs from impulse interference, providing comprehensive safety for automation systems.
3. Imported Photoelectric Core: The imported photoelectric core ensures detection accuracy and anti-interference capability. Combined with <5ms rapid response, it precisely captures high-speed object states, meeting the stringent performance demands of automation equipment and robotic arms.
4. Wide-range adjustable detection: Detection distance spans 100 to 300mm, equipped with a precision fine-tuning knob for accurate calibration across the entire measurement range.

Dimension

Applications

Applicable to most automated equipment, including 3D printers, textile machines, robotic arms, robots, and assembly line automation systems.

Tips: Why Does Surface Condition Matter for Diffuse Sensing Accuracy?

Consistent accuracy in diffuse photoelectric sensors relies on a clean and stable reflective surface, as dust, oil, or moisture can weaken infrared return intensity and compromise switching reliability. Regular maintenance of the sensing area and proper target alignment help ensure long-term stability in industrial environments. With its optimized optical design, this sensor maintains reliable performance even when surface conditions vary slightly, providing a stronger margin for stable detection.