Laser Retro Reflective Photoelectric Sensor, 8m, 10-30VDC

Laser retro reflective photoelectric sensor with 8m adjustable detection range. Features multiple protection functions for safe, stable performance. Advanced laser components, voltage regulation module, and intelligent chip ensure more stable signals, more stable internal voltage, and higher accuracy.

Specification

Feature

• Short-Circuit Protection: Automatically protects both the laser retro reflective photoelectric sensor and the load from damage when a short circuit occurs.
• Overload Protection: Activates automatically when excessive current is detected due to unstable or faulty load conditions.
• Reverse Polarity Protection: Prevents laser retro reflective photo sensor damage even if the power supply polarity is reversed.
• Voltage Stabilization Module: Maintains stable internal voltage for consistent operation.
• Wide Voltage Range: The photo sensor operates reliably with a DC 10–30 V power supply.
• Intelligent Chip: Ensures fast response, quick processing, and high precision.
• Adjustable Detection Distance: The mini laser retro reflective photo sensor supports up to 8 m range, easily adjustable to fit actual application needs (clockwise to increase, counterclockwise to decrease).
• Reinforced PBT Hard Housing: Durable and resistant to aging.
• High-Transparency Optical Filter Lens: Provides strong anti-interference performance.
• Advanced Laser Components: The photo electric sensor is equipped with advanced laser components, ensuring more stable signals.

Detail

Size (unit: mm)

Wiring

Application

Tips: How to install the laser retro reflective photoelectric sensor and reflector for best performance?

• Direct Alignment: Position the laser retro reflective photo sensor and reflector so that they face each other directly. Even a slight angular deviation can weaken or scatter the returned laser signal, reducing detection reliability.
• Stable Mounting Surface: Install both the photo sensor and reflector on a stable, vibration-free surface. Any movement or vibration can cause misalignment and false detections.
• Consistent Height and Orientation: Keep the mini photo sensor and reflector at the same height and orientation. Misalignment in height can reduce the effective reflection and detection range.
• Avoid Obstructions: Ensure there are no objects, dust, or debris between the square photoelectric sensor and reflector, as these can interfere with the laser path.
• Environmental Considerations: If the laser retro reflective photo sensor is exposed to sunlight, strong artificial lights, or reflective surfaces nearby, slightly tilt the sensor to minimize stray reflections that could trigger false signals.
• Secure Fastening: Use screws or a mounting bracket to securely fix the photo sensor and reflector in place. Check periodically that the alignment hasn’t shifted due to vibration or accidental impact.