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IMU-GI700 Fiber Optic Inertial Navigation System
Three-axis (gyroscope, accelerometer)
Heading angle 0-360°, pitch angle ±90°, roll angle ±180
Heading 0.06° (1σ) self-north seeking
Navigation accuracy 1-2 n mile/h (CEP pure inertial) 1.2m (GNSS combined) 2cm+1ppm (GNSS RTK status)
Power supply voltage DC 18-36V
RS-232, RS-422, CAN2.0b, Ethernet port supports PPS, EVENTMARK input/output optional
Wide temperature operation -40~55℃
Data update rate 200HZ adjustable
Working mode vehicle mode (default mode); airborne mode; shipborne mode
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The product is equipped with a full-temperature high-precision closed-loop fiber optic gyroscope and a high-precision quartz accelerometer. With the help of innovative inertial device error calibration compensation and strapdown navigation technology, it can achieve autonomous north-seeking accuracy and autonomous navigation accuracy.
The product comes with original data storage and surveying-grade navigation post-processing software, which can fully meet the application needs of various surveying fields such as mobile urban surveying and marine surveying. To meet compatibility requirements, the product is equipped with a mobile surveying-grade multi-mode multi-frequency receiver that supports autonomous functions, and it features a brand new integrated navigation sensor fusion algorithm engine. Utilizing optimized design for occlusion and multipath interference conditions, it can achieve high-precision output for a longer duration. To meet extensibility requirements, the product supports external connections for various sensors such as odometers and barometric altimeters, using multi-sensor data fusion technology to combine inertial measurement with odometers and barometric altimeters, enabling long-term high-precision integrated navigation, particularly suitable for land-based high-precision positioning and orientation as well as marine compass applications.
Main Features
● Multi-beam hydrological measurement
● Navigation for ships, vehicles, and aircraft
● Weapon launch platforms and dynamic base stabilization control
● Electro-optical detection stability
● Navigation
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Three-axis (gyroscope, accelerometer)
Heading angle 0-360°, pitch angle ±90°, roll angle ±180
Heading 0.06° (1σ) self-north seeking
Navigation accuracy 1-2 n mile/h (CEP pure inertial) 1.2m (GNSS combined) 2cm+1ppm (GNSS RTK status)
Power supply voltage DC 18-36V
RS-232, RS-422, CAN2.0b, Ethernet port supports PPS, EVENTMARK input/output optional
Wide temperature operation -40~55℃
Data update rate 200HZ adjustable
Working mode vehicle mode (default mode); airborne mode; shipborne mode
Inclination monitoring
X, Y axis, industrial design, small size, low power consumption
Compass heading
X, Y, Z three axis, attitude calculation measurement algorithm
Imu inertial sensor
Three-axis angle, angular velocity, acceleration, magnetic field measurement
Attitude heading reference system
Meet the static, dynamic, high and low temperature of a variety of complex environmental use
Engineering case
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