Flagship-19 Fiber Optic Gyrocompass
Flagship-19/19A Fiber Optic Gyrocompass
The Flagship-19/19A fiber optic gyrocompass (CCS Certificate: SH19PTB00004) uses advanced fiber optic gyroscopes, accelerometers, embedded computers, and strapdown navigation algorithms to autonomously measure the ship's angular motion. It continuously provides the vessel with information such as heading, pitch, roll, and turn rate. The Flagship-19/19A fiber optic gyrocompass features a miniaturized design, resulting in smaller size, lighter weight, lower power consumption, and higher cost-effectiveness. Compared to traditional magnetic compasses, the Flagship-19/19A fiber optic gyrocompass boasts a short start-up time, high measurement accuracy, good dynamic performance, rich navigation information, and a wide geographical operating range, making it suitable for marine navigation in high-speed, highly maneuverable, and polar navigation applications. Based on the original all-solid-state component design, the Flagship-19/19A fiber optic gyrocompass incorporates redundancy, enhancing system reliability and reducing maintenance costs. The Flagship-19/19A fiber optic gyrocompass is an ideal choice for ship navigation, dynamic positioning, and motion measurement in ocean engineering.
Main Compass Performance
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Comparative Performance |
Flagship-19 |
Flagship-19A |
Magnetic Compass/ IMOStandard |
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Stabilization Time |
10 min(Mooring) |
6h |
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30 min(At Sea) |
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Steady-State Error |
°0.65° x secΦ |
±0.4° x secΦ |
±0.75° x sec Φ |
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Horizontal Attitude Error (Optional) |
0.2° |
0.15° |
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Latitude Range |
±85° |
±70° |
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Angular Rate Range |
600° /s |
20°/s |
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General Performance |
Flagship-19/19A |
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Operating Voltage |
18-36VDC |
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Power Consumption |
<15W |
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Operating Temperature |
-10°C~ 50°C |
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Storage Temperature |
-30°C~ 70°C |
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Signal Output Interface |
RS422，NMEA0183 |
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Data Transmission Frequency |
1 ~100HZ |
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Baud Rate |
1200 ~115200bps |
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Input Information |
GNSS / LOG |
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Weight |
3kg |
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Dimensions |
138mm x 113mm x 89mm |
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Mean Time Between Failures |
>30000h |
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*NoteΦ: 1. Local latitude 2. Initial alignment must be performed during mooring or uniform straight-line navigation |
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Characteristics
Small size, light weight
Advantages
• Short stabilization time • Easy installation • Provides attitude information • Adaptable to harsh environments
• Low maintenance cost • Lower power consumption • Small swing error • High rotation rate
• Wide operating latitude range • High reliability • Small impact error
Application Scenarios
• Government vessels • Commercial vessels • Tankers • Luxury yachts • Fishing vessels • Engineering vessels