Laser TOF Sensor, Diffuse Type

TOF laser range sensor for reliable distance sensing in automation systems. Supports NPN/PNP NO+NC outputs for flexible integration. A focused laser spot enables reliable detection of transparent and various material targets, while the compact design allows quick and easy installation.

Specification

Feature

• Measuring Range: The laser TOF sensor provides precise short-range distance detection, delivering reliable measurements even on 10% reflective surfaces up to 3 m.
• High-Speed Detection: Up to 1000 Hz adjustable measuring frequency with 1 ms response time, suitable for dynamic and real-time automation applications.
• Stable Measurement Performance: The TOF laser sensor ensures consistent and reliable distance monitoring with ±10 mm system accuracy and ±3 mm repeatability.
• Focused Laser Spot Detection: The TOF laser technology with a focused laser spot enables stable detection, including transparent objects, without being affected by color or material differences.
• Multiple Output Options: Supports PNP / NPN outputs communication, allowing easy integration with PLCs and industrial control systems.
• One-Button Calibration: The laser distance sensor simplifies installation and setup, improving deployment efficiency in industrial environments.
• Wide Voltage Compatibility: 9–36 V DC operating voltage suitable for common industrial power systems.
• Industrial Protection Level: IP65 protection rating provides resistance to dust and water for reliable operation in harsh environments.
• Wide Operating Temperature: The small laser distance sensor is designed to work reliably from -20 °C to +75 °C in various industrial automation scenarios.

Size (unit: mm)

Detail

Tips: What is the difference between this laser sensor and an infrared sensor?

• Different Detection Principle: This sensor uses a focused laser beam for distance measurement based on precise light reflection, while infrared sensors typically rely on diffuse infrared light detection. Laser sensors provide more accurate distance measurement.
• Higher Measurement Accuracy: The laser sensors generally offer higher precision and better repeatability than infrared sensors, making them suitable for applications that require precise distance monitoring.
• Longer Detection Range: Laser range sensors usually support longer sensing distances, while infrared sensors are typically used for short-range detection.
• More Focused Detection Area: The laser beam has a very small spot size, allowing accurate detection of small targets or specific positions. Infrared sensors usually have a wider detection area.
• Better Performance in Precision Applications: Laser sensors are more suitable for industrial automation, positioning systems, level measurement, and other applications that require accurate distance measurement.