M33 underwater obstacle avoidance sensor Introduction: Navigation and obstacle avoidance are essential for underwater robots to execute various commands in complex underwater environments. Underwater robots using obstacle avoidance sensors can achieve true "unmanned driving" without the need for human observation, allowing the underwater vehicle to be controlled freely. The M33 underwater obstacle avoidance sensor is used for underwater distance measurement, underwater obstacle avoidance, cylinder and box water level detection, and has multiple frequency options and measurement ranges to choose from. The M33 underwater obstacle avoidance sensor uses ultrasonic waves to transmit in water. When encountering different objects and reflecting back, the distance between the sensor and the object is calculated based on the time the ultrasonic waves are transmitted in water. The signal is then transmitted to underwater vehicles and other equipment to achieve autonomous obstacle avoidance. The equipment is made of aluminum shell material and is mainly used for close range obstacle avoidance by underwater unmanned aerial vehicles. characteristic: 1. Launch angle within a small blind spot of 50 centimeters 2. IP68 protection, underwater pressure resistance of 100 meters 3. Quick response with 10 uploads per second 4. Wide voltage supply 12-26 volts Technical parameters: Application: Underwater obstacle avoidance, underwater distance measurement Range: 3.5m, 8m, 15m, 20m Blind spot:< 11cm,< 20cm,< 40cm,< 50cm Measurement accuracy: ± 0.5% (maximum range) Resolution: 1mm Launch angles: 2 °, 2.6 °, 5.1%, 8.5 ° Power supply: 10.8VDC~26VDC Size: Φ33*40mm Environmental temperature: 0 ℃< C<60℃ Communication: ModBus-RS485 standard protocol 485 shortest collection interval: 0.5s (can be set to actively upload, with a minimum upload time of 100ms) Protection level: IP68 Response speed: Depending on the ranging range, the response speed varies, with a maximum response time of 100ms Probe cable: 4-core shielded cable Probe installation: fixed installation
Introduction: Navigation and obstacle avoidance are essential for underwater robots to execute various commands in complex underwater environments. Underwater robots using obstacle avoidance sensors can achieve true "unmanned driving" without the need for human observation, allowing the underwater vehicle to be controlled freely. The M33 underwater obstacle avoidance sensor is used for underwater distance measurement, underwater obstacle avoidance, cylinder and box water level detection, and has multiple frequency options and measurement ranges to choose from. The M33 underwater obstacle avoidance sensor uses ultrasonic waves to transmit in water. When encountering different objects and reflecting back, the distance between the sensor and the object is calculated based on the time the ultrasonic waves are transmitted in water. The signal is then transmitted to underwater vehicles and other equipment to achieve autonomous obstacle avoidance. The equipment is made of aluminum shell material and is mainly used for close range obstacle avoidance by underwater unmanned aerial vehicles.
