M80 underwater obstacle avoidance sensor Introduction: The M80 underwater obstacle avoidance sensor is a sensor designed specifically for underwater environments. It has the characteristics of small size, easy installation, low resistance, and has an IP68 protection level, allowing it to work stably in underwater environments. The M80 underwater obstacle avoidance sensor is applied for obstacle avoidance and collision detection of underwater robots: it is installed at the front end or around the underwater robot, which can monitor the surrounding environment in real time, avoid collisions with obstacles, and ensure the safe execution of tasks by the robot. Application: Underwater distance measurement; Underwater position detection; Underwater structure inspection and maintenance; Underwater rescue operations; Underwater energy exploration; Aquaculture field; Underwater environmental monitoring; Underwater mapping; Underwater sports events; Protection of underwater cultural relics; Underwater traffic monitoring; Underwater scientific research investigation; Underwater mineral exploration; Monitoring the status of underwater gate switches; Underwater pipeline inspection and maintenance. Technical parameters: Measurement accuracy: ± 0.5% (maximum range) Size: φ 80mm * H70mm+M32 * 30mm thread Communication: ModBus-RS485 standard protocol Power supply: 10.8 VDC~26.4VDC Environmental temperature:- 20℃< . C <60℃ Protection level: IP68, Withstand voltage 150m Exploration cable: 4-core industrial cable Interface method: aviation plug connector or direct outgoing line
Introduction: The M80 underwater obstacle avoidance sensor is a sensor designed specifically for underwater environments. It has the characteristics of small size, easy installation, low resistance, and has an IP68 protection level, allowing it to work stably in underwater environments. The M80 underwater obstacle avoidance sensor is applied for obstacle avoidance and collision detection of underwater robots: it is installed at the front end or around the underwater robot, which can monitor the surrounding environment in real time, avoid collisions with obstacles, and ensure the safe execution of tasks by the robot.
