Description
The JLR-21 GPS compass continues the success of its predecessor, reaching a new level of performance and stability with many new features and enhancements. This system is also known as a 3D Dynamic Sensor™, which besides giving heading information, is designed to provide highly accurate information of the ships movement in all axis.
The JLR-21 has heave functionality built-in as standard. In rough ocean conditions (with high waves), the GPS compass can correct up and down (attitude), movement. JLR-21 supports Speed Over Ground (SOG) and Course Over Ground (COG). The position, SOG and COG are updated every 200 milliseconds (which is 5 times faster than previous model JLR-20), delivering high accuracy.
JLR-31
GPS satellite compass
Description
The JLR-31 GPS compass continues the success of its predecessor, reaching a new level of performance and stability with many new features and enhancements. This system is also known as a 3D Dynamic Sensor™, which besides giving heading information, is designed to provide highly accurate information of the ships movement in all axis.
The JLR-31 has heave functionality built-in as standard. In rough ocean conditions (with high waves), the GPS compass can correct up and down (attitude), movement. JLR-31 supports Speed Over Ground (SOG) and Course Over Ground (COG). The position, SOG and COG are updated every 200 milliseconds (which is 5 times faster than previous model JLR-20), delivering high accuracy.
JLR-4341
DGPS Sensor
Description
The sophisticated “all-in-view” JLR-4341 DGPS receiver uses up to 12 satellite signals to pinpoint your exact location. The JRC DGPS receiver integrates GPS measurement via correction data transmitted from the SBAS satellites (WAAS, EGNOS, MSAS) and by using the internal differential beacon receiver you can achieve true DGPS accuracy. RAIM functionality is included to assess the integrity of GPS signals in the DGPS receiver, assuring higher reliability in global positioning than conventional methods. The NMEA0183 output can be configured as version 1.5, 2.1 or 2.3, thus allowing connection with various types of marine equipment including radars, fish finders and plotters.
The base of the DGPS receiver is designed for easy installation, either on to a navigation antenna mount unit or on an extension mast. The antenna base includes a slot allowing for easy cable management, significantly reducing installation time. You can link power supplied by connected (D)GPS navigation equipment, directly to the DGPS receiver.
JLR-8400
Multi GNSS
Description
The compact JLR-8400 GPS navigator is compatible with Multi GNSS and will provide accurate position data even in Arctic area, without SBAS and beacon. The newly designed multi-GNSS sensor is capable of receiving data from GPS as well as GLONASS, QZSS or BeiDou at the same time, allowing for a highly accurate positioning without beacon and SBAS. The sensor can increase the accuracy of your position by receiving SBAS correction data.
The JLR-8400 is very compact and can virtually be mounted anywhere using the desktop flush mount system. The base of the sensor is designed for an easy installation, either on a pole or on a suitable bracket. The base also includes a slot allowing for easy cable management.
JLR-8600
Multi GNSS
Description
The new JLR-8600 GPS navigator combined with our trusted 6.5-inch touch display will locate your position with high accuracy utilizing our newly designed antenna, providing you with the comfort of an intuitive operational approach. The newly designed multi-GNSS sensor is capable of receiving data from GPS as well as GLONASS or BeiDou at the same time, allowing for a highly accurate positioning, regardless of the weather conditions. The sensor can increase the accuracy of your position by receiving correction data SBAS satellites.
The display is very compact and can virtually be mounted anywhere using our snap on flush mount system. The base of the sensor is designed for an easy installation, either on a pole or on an extension mast. The base also includes a slot allowing for easy cable management. Connecting everything together allows for a high reliability installation approach with redundancy of sensors, power supply and processor units.