Furuno SC30 Satellite Compass System, MFG# SC30, Includes a 27″ x 10″ GPS antenna and built-in processor. All-in-one system delivers accurate heading and roll & pitch information as well as heaving information, GPS position, SOG, COG, ROT data. No display.

Features

• Features: Stylish design to complement the appearance of recreational boats All-in-on system for simple, space-saving installation Heading accuracy of 1.0 degrees Short start-up time of 3 minutes Excellent follow-up rate of 45 degrees/second exceeds requirement for high speed craft Free from regular maintenance NMEA2000 interface standard In the box: SC-30 Satellite Compass 6M Sensor cable Installation hardware Owner’s manual
• SC-30 Satellite Compass Highly Accurate Heading Data at an Affordable Price The SC30 Satellite Compass provides highly accurate attitude information for navigation equipment such as radar, plotter, autopilot, fish finder and sonar. It can be used for a wide variety of applications on any type of vessel. The SC30 comes with a compact GPS antenna and built-in processor. This all-in-one system delivers incredibly accurate heading and roll & pitch information as well as heaving information, GPS position, SOG (Speed Over Ground), COG (Course Over Ground) and ROT (Rate Of Turn) data. Employing a two-antenna system with a 3-axis gyro and acceleration sensors, the SC30 enables high-speed response capability. Advanced digital signal processing techniques compute accurate heading based on sensor data. NMEA2000 interface is standard for simple installation, while the optional interface unit IF-NMEASC is available for conventional NMEA0183, AD10 and contact closure. Revolutionary 2-Antenna and Rate Sensor System In order to calculate roll & pitch data, a satellite compass requires two vectors. The new SC30 employs a 2-antenna system that calculates a single vector while a 3-axis rate gyro and acceleration sensors add the 2nd vector. This configuration enables the SC30 to calculate highly accurate roll and pitch data without using a third sensor. The SC30 employs the LAMBDA algorithm developed by Prof. Teussen, Delft University of Technology, The Netherlands.