Focus on the Internet of Things, sensor design-manufacturing-technical solutions!

Engineering Department:+86-510-85382096    |     中文

%{tishi_zhanwei}%
IMU-GI7635 Fiber Optic Inertial/Satellite Combined Navigation
+
  • IMU-GI7635 Fiber Optic Inertial/Satellite Combined Navigation

IMU-GI7635 Fiber Optic Inertial/Satellite Combined Navigation

Three-axis (gyroscope, accelerometer)

Heading (GPS valid) 0.1°

Speed accuracy 0.2m/s

Power supply voltage DC 24V

Output RS-232, RS422 optional

Wide temperature operation -40~55℃

Data update rate 100HZ adjustable

Size (L170*W160*H166mm) customizable

  • The built-in high-precision inertial measurement unit of IMU-GI7635 can autonomously find north; combined with two dual-frequency GNSS receivers, it outputs the system azimuth angle and can also output the yaw angle, making it more suitable for various environmental applications; when satellite signals are completely blocked, the device enters inertial navigation mode, and with the high-precision fiber optic IMU, it can still maintain good measurement accuracy for a certain period of time.

    IMU-GI7635 has three built-in modes: vehicle mode, ship mode, and aircraft mode. It can support the introduction of devices such as odometers, airspeed sensors, and DVL (Doppler Velocity Log) for speed compensation according to user needs.

    Main Features

    ● Establish high-precision real-time heading attitude combined navigation output

    ● Fast directional speed and strong anti-interference capability

    ● Can serve as a dual-frequency RTK mobile station, with positioning accuracy reaching centimeter level

    ● Has yaw angle output, especially providing accurate heading and yaw angles for drones, airships, and other applications

  • Three-axis (gyroscope, accelerometer)

    Heading (GPS valid) 0.1°

    Speed accuracy 0.2m/s

    Power supply voltage DC 24V

    Output RS-232, RS422 optional

    Wide temperature operation -40~55℃

    Data update rate 100HZ adjustable

    Size (L170*W160*H166mm) customizable

  • File size: 314.5KB