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　　SBC400H Other names:

　　Differential Position Sensor SBC400H

　　SBC400H Diesel Particulate Filter (DPF) Pressure Sensor

　　The SBC400H sensor is a rugged and reliable DGNSS (DGPS/DGLONASS) sensor designed for marine applications. It is capable of sub-meter precision positioning worldwide using Fugro SeaSTAR's SeaSTAR SGG navigation service. The sensor supports GPS L1/L2, GLONASS L1/L2 and SBAS reception, providing high-precision position information.

　　Features:

　　High-precision positioning: Through Fugro SeaSTAR's SeaSTAR SGG service, the SBC400H sensor can achieve sub-meter precision positioning worldwide, meeting application scenarios with extremely high positioning accuracy requirements.

　　Global coverage: Unlike traditional regional SBAS services and local DGPS services, SeaSTAR SGG uses Fugro's own dual-system reference station network to calculate "orbit and clock" corrections, providing consistent sub-meter precision positioning with global validity.

　　Combined receiver: The SBC400H sensor integrates GPS L1/L2, GLONASS L1/L2 and SBAS receivers, expanding satellite coverage and improving system availability and performance.

　　Multi-system compatibility: Supports GPS L1/L2, GLONASS L1/L2 and SBAS reception, and expands coverage by combining satellite systems to improve signal availability and positioning reliability.

　　Flexible interface and operation: Built-in L-band receiver, Ethernet interface, embedded keyboard and display, support USB software updates and configurable external interface output, easy operation and strong adaptability.

　　Easy to integrate: The sensor provides multiple interface options, such as USB, Ethernet, etc., which is easy to integrate with other devices or systems.

　　Application scenarios: The SBC400H sensor is suitable for various marine applications, such as workboats, platform supply vessels, marine exploration, seabed topography mapping, etc. It can provide accurate location information for these applications, improving operational efficiency and safety.

　　Performance parameters

　　Measurement accuracy: The SBC400H sensor can achieve sub-meter precision positioning, and the specific accuracy depends on the use environment and the quality of the correction service. Under ideal conditions, its positioning accuracy can reach decimeter level or even higher.

　　Stability: The sensor adopts a rugged and reliable design and can operate stably for a long time in various harsh marine environments. Its built-in L-band receiver and Fugro Seastar SGG function ensure the stability and reliability of the signal.

　　Reliability: The SBC400H sensor has undergone rigorous quality inspection and testing, and has high reliability and long life. It can work in highly obstructed environments and extremely challenging signal tracking conditions, providing continuous and stable location information.

　　Application Cases

　　Ocean: In marine exploration, the SBC400H sensor provides accurate location information for exploration vessels, helping explorers to accurately find target areas and improve exploration efficiency. In seabed topography mapping, the sensor can record the position and heading of the ship in real time, providing accurate data support for mapping work.

　　Aviation (hypothetical application): Although the SBC400H sensor is mainly designed for marine applications, similar high-precision positioning technology can also be applied to the aviation field. For example, in drone flight control, high-precision positioning sensors can ensure that drones fly according to the predetermined route, improving flight safety and mission execution efficiency.

　　Aerospace (hypothetical application): In the aerospace field, high-precision positioning technology is essential for tasks such as satellite navigation and landing. Although the SBC400H sensor may not be directly used for aerospace missions, its technical principles and application experience can provide reference for the research and development of aerospace positioning systems.

　　Advantages

　　Reduced costs: The high-precision positioning capability of the SBC400H sensor reduces repeated operations and resource waste caused by positioning errors, thereby reducing operating costs. At the same time, its rugged and reliable design reduces the frequency of maintenance and replacement, further reducing the cost of use.

　　Improve production efficiency: The high-precision position information provided by the sensor enables operators to perform tasks more accurately and improves work efficiency. In applications such as marine exploration and mapping, this helps shorten project cycles and speed up the output of results.

　　Enhance safety: In complex environments such as the ocean, high-precision positioning sensors can ensure the safety of ships and personnel. By providing accurate position information in real time, sensors help avoid safety accidents such as collisions and groundings.

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