Product Feature
Amplifier with built-in TOF laser sensor
Built-in amplifier, strong signal anti-interference Integrates a high-sensitivity signal amplification module, effectively enhancing the intensity of laser echo signals and reducing interference from ambient light, dust, or target surface materials on measurements. It can stably output accurate data even in complex industrial environments, minimizing the risk of false alarms or missed detections.
Long-Distance High Precision for Multi-Scenario Needs
Based on the TOF (Time of Flight) principle, it achieves long-distance (meter-level) high-precision measurement (millimeter-level error) and supports real-time tracking of dynamic targets. Suitable for scenarios such as cargo positioning in warehousing and logistics, long-range obstacle avoidance in industrial automation, and intrusion detection in security monitoring.
Non-Contact Design for Flexible Installation & Maintenance-Free Operation
The laser non-contact measurement method avoids mechanical wear, extending the service life. The compact structure with a built-in amplifier reduces external wiring and supports multi-angle installation (e.g., side mounting, top mounting), easily adapting to narrow spaces or complex mechanical structures and lowering deployment costs.
Technical Specifications
Parameter | Specification |
Detection Distance | 10M, 20M |
Laser Light Source | Laser diode, 650nm, ≤1mW; Complies with GB7247.1-2001, Class 1 laser eye safety requirements |
Laser Class | Class 1 |
Ranging Frequency | 1000Hz (adjustable) |
Working Distance | 5m |
10% Reflectivity Performance | 1m |
Response Time | 1ms (adjustable) |
System Error | ±10mm |
Repeatability Error | ±3mm |
Working Voltage | 9-36V |
Interface | NPN/PNP/RS485/4-20mA |
Power Consumption | 0.5W |
Weight | ＜10g |
Dimensions (Length × Width × Height) | 41mm × 37mm × 22mm |
Protection Class | IP65 |
Operating Ambient Temperature | -20℃ - +75℃ |
Storage Ambient Temperature | -40℃ - +100℃ |
Ambient Light Immunity | >50klux |
Wiring diagram
Application
