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Ring Laser Gyro Two-Axis Indexing Inertial Navigation System

SKU: RLG-GD90C

Product Introduction

RLG-GD90C inertial navigation system is an inertial navigation system based on type 90 ring laser gyroscope and quartz flexible accelerometer. It can be combined with auxiliary equipment such as GNSS, altimeter, airspeed meter, etc., and can provide air carrier, ground carrier, etc. Navigation information such as speed, position, and attitude.

The Type 90 series inertial navigation system can be widely used in carrier platforms such as tanks, various types of armored vehicles, self-propelled artillery, rockets, various types of aircraft, drones, ships, automobiles, high-speed rail, unmanned vehicles, mobile satellite communication systems, and drilling. Flight control, attitude stabilization, weapon stabilization platform, positioning and orientation, etc.

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    Main technical indicators of the system

    System accuracy

    System Accuracy

    Pure Inertial Navigation/Pure Inertial Navigation 2.0nmile/5d,  PEAK
    Integrated Navigation/Navigation with GNSS ≤5m , 1σ _
    Heading angle /Heading 0.01°, RMS
    Horizontal attitude (roll and pitch )

    Horizontal Attitude (roll & pitch)

    0.005°, RMS
    Pure Inertial Velocity 1.0 m/s , RMS
    GNSS Integrated navigation Velocity 0. 1 m/s , RMS
    Indicators of

    inertial devices Gyro and Accelerometer Parameters

    laser gyroscope _

    Gyroscope

    Range/Range ± 6 00 deg/s
    Bias Stability ≤0.002 deg/h, 1σ
    Bias Repeatability ≤0.002 deg/h, 1σ
    Scale Factor non-linearity 1 ppm
    Accelerometer

    Accelerometer

    Range/Range ± 15g _
    Bias Stability ≤10μg , 1σ
    Zero bias repeatability

    Bias Repeatability

    ≤10μg , 1σ
    Scale Factor non-linearity 15 ppm
    align time

    Alignment Time

    Cold Start ≤ 15 min
    Re-Start ≤ 10 min _
    Air/In-Flight Start ≤15min
    Working hours

    Operation Time

    Continuous working time/Operation Time more than 10h
    Interface Features

    interface

    Supply voltage/Voltage 18~36VDC
    Power Consumption ≤ 40W @ 24VDC
    Electrical interface/Electrical RS232 × 2

    RS422 × 3

    CAN × 2

    Ethernet × 1

    1pps × 1

    Data Update Rate (configurable) 200Hz@115.2kbps _ _ _
    Use environment

    Environmental

    Operating Temperature -40°C~+65°C
    Storage temperature/Storage Temperature -55°C~+85°C
    Use Altitude/Altitude 20000m
    Humidity 95% (+25°C)
    Vibration/Vibration 5g @ 20~2000Hz
    Shock/Shock 40 g, 11 ms, 1/2 Sine
    Physical properties

    Physical

    Dimensions/ Size (Φ*H) 540 x 536mm _
    Weight/ Weight 55 kg

     

    Note: The structure can be customized according to the user’s requirements.

    Technical features

    Two-axis indexing mechanism for error mitigation

    High accuracy ring laser gyro and quartz accelerometer

    Optional static or moving base self-alignment

    Error parameters calibration and compensation in full temperature range

    Optional diverse input interfaces for GNSS/Odometer/DVL

    Configurable navigation modes

    Excellent environmental suitability

    Military standards

    Typical application scenarios

    Under-sea vehicle navigation

    Positioning and north-finding for land vehicle

    Stabilization and control for moving carrier

    Attitude measurement for demanding applications

     

    Main functions of the system

    It has the function of outputting information such as carrier position, heading, attitude angle, angular rate and speed in real time;

    It has working modes such as pure inertial navigation and INS/GNSS (including Beidou) integrated navigation;

    Possess the function of receiving satellite navigation information provided by external time system frequency standard equipment;

    It has the function of ground self-alignment and supports the function of air alignment;

    It has functions such as power-on self-test, periodic self-test, status report, installation error compensation, and non-volatile storage.

    System composition and dimensions

    The whole system is composed of two parts: the inertial navigation main instrument and the inertial navigation main instrument bracket.

    Among them, the external dimensions of the main instrument are as follows:

    Technical features

    Two-axis indexing mechanism for error mitigation

    High accuracy ring laser gyro and quartz accelerometer

    Optional static or moving base self-alignment

    Error parameters calibration and compensation in full temperature range

    Optional diverse input interfaces for GNSS/Odometer/DVL

    Configurable navigation modes

    Excellent environmental suitability

    Military standards

    Typical application scenarios

    Under-sea vehicle navigation

    Positioning and north-finding for land vehicle

    Stabilization and control for moving carrier

    Attitude measurement for demanding applications

     

    Main functions of the system

    It has the function of outputting information such as carrier position, heading, attitude angle, angular rate and speed in real time;

    It has working modes such as pure inertial navigation and INS/GNSS (including Beidou) integrated navigation;

    Possess the function of receiving satellite navigation information provided by external time system frequency standard equipment;

    It has the function of ground self-alignment and supports the function of air alignment;

    It has functions such as power-on self-test, periodic self-test, status report, installation error compensation, and non-volatile storage.

    System composition and dimensions

    The whole system is composed of two parts: the inertial navigation main instrument and the inertial navigation main instrument bracket.

    Among them, the external dimensions of the main instrument are as follows:

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