Payment Terms | T/T |
Packaging Details | Carton box |
Settling time | 6h |
Position | 2nm/10d, peak |
Velocity | 0.5m/s, 1σ |
Attitude | 0.005deg, 1σ |
Heading | 0.008×sec(Lat) deg, 1σ |
Heave | 5cm or 5% |
Working Temperature | -40℃~+55℃ |
Storage Temperature | -55℃~+70℃ |
Dimensions (W x D x H) | φ550×500 mm |
Weight | ≤60kg |
Brand Name | NAVI OPTICS |
Model Number | DINS-100 |
Certification | CCS |
Place of Origin | China |
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Product Specification
Payment Terms | T/T | Packaging Details | Carton box |
Settling time | 6h | Position | 2nm/10d, peak |
Velocity | 0.5m/s, 1σ | Attitude | 0.005deg, 1σ |
Heading | 0.008×sec(Lat) deg, 1σ | Heave | 5cm or 5% |
Working Temperature | -40℃~+55℃ | Storage Temperature | -55℃~+70℃ |
Dimensions (W x D x H) | φ550×500 mm | Weight | ≤60kg |
Brand Name | NAVI OPTICS | Model Number | DINS-100 |
Certification | CCS | Place of Origin | China |
Model DINS-100 High Precision Dual-Axis Rotary Laser Gyro Inertial Navigation System
Introduction
DINS 100 dual-axis rotary laser gyro inertial navigation system is a high-performance inertial navigation and measurement equipment, which adopts 90-type two-frequency machine shaking laser gyroscope and quartz flexure accelerometer, and the performance of the system has been significantly improved through high-precision error calibration, temperature compensation technology, and dual-axis rotary on-line autonomous calibration and error self-compensation technology. The system adopts electromagnetic shielding design, thermal balance design, vibration modal design, sealing design and strict manufacturing process to ensure excellent environmental adaptability.
Features
High precision 90 type 2-frequency machine shake laser gyroscope
Dual-axis rotational self-calibration and error self-compensation
Static base and moving base initial alignment
Error parameter calibration and compensation in full temperature range
Preset GNSS/odometer/trip-meter interface
Can be configured to different navigation modes
Excellent environmental adaptability
Military standard
Application
Ship navigation
Underwater submarine navigation
Positioning and Orientation of Missile Launch Vehicles
High-precision Attitude Measurement
Performance | |
Start-up time | 6h |
Pure Inertial Position | 2nm/10d, peak |
Pure Inertial Velocity | 0.5m/s, 1σ |
Pure Inertial Attitude | 0.005deg, 1σ |
Pure Inertial Heading | 0.008×sec(Lat) deg, 1σ |
Heave | 5cm or 5% |
Measuring Range | |
Angular Velocity | ±400deg/s |
Acceleration | ±20g |
Working Environment | |
Working Temperature | -40℃~+55℃ |
Storage Temperature | -55℃~+70℃ |
Vibration | 0.04g2/hz@ 20~2000hz |
Normal Operation/ | 30g @ 6ms/50g @ 11 ms |
no damage under shock | |
Electrical Characteristics | |
Operating Voltage | 28VDC |
Power Consumption | ≤200W |
Communication Interface | RS422/RS232/CAN/Ethernet |
Physical Characteristics | |
Dimensions (W x D x H) | φ550×500 mm |
Weight | ≤60kg |
Company Details
Business Type:
Manufacturer,Distributor/Wholesaler,Agent,Importer,Exporter
Year Established:
2014
Total Annual:
4,800,000-5,200,000
Employee Number:
100~120
Ecer Certification:
Verified Supplier
Reorganized in 2017,Qingdao Thundsea Marine Technology Co., Ltd. has a professional team comes from CSIC XX institute. It is a collection of aviation and ship inertial navigation and navigation system development, ship communication navigation equipment, marine surveying, ocean engineering, waterway... Reorganized in 2017,Qingdao Thundsea Marine Technology Co., Ltd. has a professional team comes from CSIC XX institute. It is a collection of aviation and ship inertial navigation and navigation system development, ship communication navigation equipment, marine surveying, ocean engineering, waterway...
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