Digital Yacht GPS160 TriNav GPS. Glonass, Galileo Sensor SeaTalk 1 Bundle

Digital Yacht GPS160ST SeaTalk version is supplied with Digital Yacht SeaTalk1 to NMEA0183 converter

• 72 channel GPS, Glonass and Galileo GNSS positioning receiver
• Supplied with Digital Yacht SeaTalk1 to NMEA0183 converter allowing easy replacement of older Raystar sensors
• Typically sub 1m accuracy thanks to TriNav™ technology —combines all satellite data for optimum accuracy
• Can be configured as dedicated GPS, Glonass or Galileo only device
• Sophisticated anti-spoofing algorithm for robust positioning performance and interference rejection
• User/field selectable 4800, 38400 and 115200 baud operation through simple internal DIP switches
• Multiple formats of NMEA data output including datum information —user configurable through internal DIP switches
• 10m cable
• Up to 18Hz update rate (user selectable)
• Ultra low (<20mA) power consumption at 12V DC
• Professional system (ECDIS) support with datum sentence structure (DTM/GBS/GNS/GRS/GSA/GST)
• Puck installation or fits 3rd party industry standard 1" x 14TPI threaded mount

Puck installation or fits 3rd party industry standard 1" x 14TPI threaded mount

The device can be field programmed for a variety of modes such as single GNSS operation (eg Galileo only) as well as output configurations such as update rate, NMEA sentence structure etc

The GPS160 SeaTalk version is supplied with Digital Yacht SeaTalk1 to NMEA0183 converter allowing easy replacement of older Raystar sensors. Digital Yacht’s SeaTalk to NMEA (ISO) Converter is a small but powerful interface that provides bi-directional conversion between a SeaTalk network and an NMEA0183 network. It takes its power from the SeaTalk1 network.

Galileo is the new global navigation satellite system (GNSS) that has been developed over the past two decades. It joins the GPS and GLONASS systems and offers mariners a 3rd reliable positioning source. It is planned to be fully operational in 2020.

There are currently 22 satellites in usable condition (satellite is operational and contributing to the service provision), 2 satellites are in "testing" and 2 more are marked as not available. The final constellation should be deployed by 2020 and will consist of 30 satellites (24 operational and 6 spares).