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General| Type | Marine GPS System |
|---|---|
| Roll/Pitch Accuracy | 0.02° |
| MRU | Yes |
| Update Rate | 200 Hz |
| DGPS/RTK Support | Yes |
| Motion Reference Unit (MRU) | Integrated |
| Operating Temperature | -20°C to +55°C |
| IP Rating | IP66 |
| Heave Accuracy | 5 cm or 5% |
| GNSS Receivers | Dual-antenna |
| GNSS Support | GPS, GLONASS, BeiDou, Galileo |
| Weight | 5 kg |
| Communication Interfaces | Ethernet, RS-232, RS-422 |
Describes the system's purpose and core technology integration.
Lists all parts included in the Seapath 320 system package.
Details accuracy and performance metrics like roll, pitch, and position.
Provides size and weight specifications for system units.
Outlines voltage and power consumption for each system component.
Specifies operating temperature, humidity, and protection ratings.
Describes available ports and connection types for data exchange.
Details safety standards and precautions for electrical and electromagnetic aspects.
Lists the operating frequencies for GNSS antennas and receivers.
Lists available message formats for data transmission.
Lists supported data input protocols and sources.
Specifies minimum distances from magnetic compasses.
Details specifications for various system cables.
Describes all ports and connections on the Processing Unit.
Describes ports and connections on the HMI Unit.
Covers safety, personnel, and general site preparation for installation.
Provides guidance on optimal placement of system components on a vessel.
Explains the process of surveying sensor positions and orientations.
Details the step-by-step mechanical and electrical installation process.
Instructions on powering on and initiating system startup.
Overview of system modes and initial setup.
Describes accessing and using the NavEngine configuration interface.
Outlines the parameters configurable in standard mode.
Mechanical dimension drawings for the Processing and HMI Units.
Mechanical dimension drawings for the antenna bracket.
Mechanical dimension drawings for the MRU and its bracket.
Mechanical dimension drawings for the MRU junction box.
Mechanical dimension drawings for the GNSS antennas.
Mechanical dimension drawings for the 6U cabinet.
Details the structure and fields of NMEA output messages.
Describes the structure of the binary format 3 data output.
Describes the Simrad EM3000 format 6 data output.
Specifies the ASCII format for GNSS antenna calibration data.
Describes the proprietary ASCII format for echo sounders.
Describes the proprietary ASCII format for RDI ADCP equipment.
Describes the structure of the binary format 11 data output.
Describes the Lehmkuhl gyro repeater format.
Describes the 1PPS time tag output using NMEA ZDA.
Describes the 1PPS time tag output in Trimble format.
Describes the proprietary binary format for Atlas Fansweep.
Describes the proprietary ASCII format for Seabeam and other echo sounders.
Describes the structure of the binary format 23 data output.
Describes the PFreeHeave format for heave data output.
Explains the CRC algorithm used for checksum calculation.
Step-by-step instructions for mounting the GNSS antenna.
Guidelines for maintaining the GNSS antenna's performance.
Describes physical mounting options for the serial port extender.
Details electrical connections for the serial port extender.
Steps for configuring the serial port extender's network and interface settings.
Text of the GNU GPL license.
Text of the GNU LGPL license.
Text of the BSD license.
Text of the NTP license.
Text of the Berkeley DB license.
Text of the OpenSSL license.
Text of the WU-FTPD Software License.
Policy regarding software licensing in Ubuntu.
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