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Fiber Optic Gyroscope High Precision FOG
JIO-FOGD120 model inertial navigation device is a cost-effective inertial navigation and measurement product used to measure the position,velocity,attitude,angular rate and acceleration of the carrier.The device is developed using high-accuracy fiber optic gyro and quartz accelerometer,and its performance is guaranteed by high accuracy calibration and compensation of the system.The device is designed according to military standards,and the electromagnetic shielding,thermo-balance,and sealing are fully considered to guarantee excellent environmental performances. Welcome to buy Fiber Optic Gyroscope High Precision FOG from us.
Model:JIO-FOGD120
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Product Description
Fiber Optic Gyroscope High Precision FOG Introduction
JIO-FOGD120 model inertial navigation device is a cost-effective inertial navigation and measurement product used to measure the position,velocity,attitude,angular rate and acceleration of the carrier.The device is developed using high-accuracy fiber optic gyro and quartz accelerometer,and its performance is guaranteed by high accuracy calibration and compensation of the system.The device is designed according to military standards,and the electromagnetic shielding,thermo-balance,and sealing are fully considered to guarantee excellent environmental performances.
JIOPTICS installation of fiber optic gyroscope to provide ease of integration flexibility, and our developers toolkit to rapid prototyping, not only meet the specification requirements, also provide high-quality performance meet the demand of end users.
JIOPTICS installation of fiber optic gyroscope to provide ease of integration flexibility, and our developers toolkit to rapid prototyping, not only meet the specification requirements, also provide high-quality performance meet the demand of end users.
Our services
JIOPTICS is a professional and efficient team. Provide OEM/ODM services for you, contact us to customize your exclusive fiber optical gyroscope
Features
High-accuracy fiber optic 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
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
Applications
Sea vehicle navigation
Under-water vehicle navigation and positioning
Positioning and north-finding for land vehicle
Stabilization and control for moving carrier
Attitude measurement for demanding applications
Under-water vehicle navigation and positioning
Positioning and north-finding for land vehicle
Stabilization and control for moving carrier
Attitude measurement for demanding applications
Specification
|
Performances |
Start‐Up Time |
5min(Land)/1h(Sea) |
|
Inertial Position |
1nm/8h, CEP 50 |
|
|
Inertial Velocity |
0.5m/s, 1σ |
|
|
Inertial Attitude |
0.01deg, 1σ |
|
|
Inertial Heading |
0.025×sec(Lat) deg, 1σ |
|
|
Heave |
2.5cm or 2.5% |
|
|
Input Ranges |
Angular Rate |
±400deg/s |
|
Acceleration |
±15g |
|
|
Work Environment |
Work Temperature |
‐10℃~+55℃ |
|
Storage Temperature |
‐55℃~+85℃ |
|
|
Vibration |
0.04g2 /hz @ 20~2000hz |
|
|
Shock work / no damage |
30g @ 6ms/50g @ 11ms |
|
|
Electrical Characteristics |
Work Voltage |
18~36VDC |
|
Consumption |
≤24W |
|
|
Communication |
RS422/RS232/CAN/Ethernet |
|
|
Physical Characteristics |
Size（W x D x H） |
257×199×162 mm |
|
Weight |
≤8.5kg |
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