IP68 Underwater Ultrasonic Obstacle Avoidance Sensor (6m, UART)

CODICE MEPA: 0123223682
BRAND: DFRobot
CODICE PRODUTTORE: SEN0599
CODICE SKU: DF-SEN0599
Disponibilità: 106 Disponibilità (legenda)
44,80 (escl. IVA)
Descrizione completa
Introduction

This is an underwater ultrasonic obstacle avoidance sensor specifically designed for underwater applications. It operates on a wide voltage range of 5-24V and features compact size, minimal blind spots, high precision, and high protection. Its underwater measurement range is from 5-600cm.

With an IP68 protection rating, this sensor can replace a camera for obstacle avoidance and meet the requirements of normal underwater navigation speeds. By using this obstacle avoidance sensor, underwater vehicles can achieve true "unmanned driving" without the need for human observation. Even at a depth of 10m, obstacle avoidance can still be easily accomplished.

Waterproof level of IP68

Thanks to its small size and minimal blind spots, this sensor takes up minimal space and can be easily integrated into various projects.

Compact in size, with a small blind zone

Note: The sensor can only be used underwater as it requires the presence of water to provide accurate data.

Features
  • Compact in size, with a small blind zone
  • Lightweight and fast response time
  • Waterproof level of IP68
  • Specification
  • Measurement Range: 5-600cm
  • Measurement Accuracy: ±(0.5+S*0.5%)cm@<2m, ±(1+S*1%)cm@>2m
  • Operating Voltage: 5-24V
  • Standby Current: ≤1mA
  • Operating Current: ≤10mA
  • Output Mode: UART controlled
  • Power-on Startup Time: ≤500ms
  • Output Response Time: 14ms
  • Angle: 8-16°
  • Operating Temperature: -15~50°C
  • Storage Temperature: -25~80°C
  • Storage Humidity: 65%~90% RH (non-condensing)
  • Shipping List
  • Underwater Ultrasonic Obstacle Avoidance Sensor (6m) x1
  • Documents

  • Product wiki
  • Applications
  • Underwater robot obstacle avoidance and self-control detection
  • Measurement of water depth by underwater robots
  • Applications Measurement of water depth