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General| Maximum Range | 24 nautical miles |
|---|---|
| Rotation Speed | 24 RPM |
| Display Compatibility | HDS Gen2, HDS Gen3, NSE, NSO, NSO evo2 |
| Supply Voltage | 12 V DC |
| Beam Width | 5.2° (18") |
Operation is subject to two conditions: no interference and acceptance of interference.
Device complies with FCC Part 15, subject to no harmful interference and acceptance of received interference.
Low RF radiation levels allow safe mounting. Avoid simultaneous transmission with pulse radars.
Navico reserves the right to change products and manuals. User is responsible for safe installation and use.
Warranty card supplied separately. Refer to brand websites for queries.
Explains that Navico Broadband Radar uses FMCW (Frequency Modulated Continuous Wave) radar technology.
Highlights key differences from traditional pulse radars, such as solid-state transmission.
Explains the operational principle of FMCW radar, including frequency modulation and echo comparison.
Lists advantages like safety, short-range performance, low power, and instant power-up.
Lists necessary tools for the installation process, including drill, torque wrench, and screwdriver.
Guides on selecting the optimal mounting spot for the radar scanner, considering range and obstructions.
Advice on mounting scanners on vessel roofs to avoid performance degradation due to beam blockage.
Provides charts for scanner height relative to hardtop width for optimal performance and beam clearance.
Step-by-step instructions for physically mounting the scanner unit using bolts and washers.
Details on connecting the main cable to the scanner unit, including pin-out and routing.
Instructions for connecting the scanner cable to the radar interface box, including wiring.
Guidance on modifying the interconnection cable length if unavoidable, with pin-out details.
Instructions for installing the radar interface box in a suitable dry location, considering cable management.
Wiring instructions for Lowrance HDS in the US without MARPA capability, using Ethernet.
Connection for Lowrance HDS outside the US or with MARPA and chart overlay via NMEA2000.
Connection for Simrad NSS displays via NMEA2000 network, supporting MARPA.
Connection for B&G Zeus and Simrad MFDs using SimNet network for MARPA and chart overlay.
How to enable MARPA and chart overlay features using a heading sensor and RI10/RI11 interface box.
Steps to access radar installation settings on the display via MENU > SETTINGS > RADAR.
Information on checking radar status, software version, and logging the serial number.
Explanation of MARPA status and how to reset the device ID for network compatibility.
Calibrating the radar's heading marker to align with the vessel's centerline.
Reducing interference from onboard sources by adjusting settings (LOW, MED, HIGH).
Configuring the scanner's height for optimal sea clutter performance.
Advanced adjustment for reducing false echoes caused by sidelobes, for experienced users.
How to initiate radar transmission from the screen by selecting the Transmit button.
Configuring the heading source (SimNet/NMEA2000) for MARPA calculations via the RI10.
Connecting and configuring multiple radars on the network for simultaneous display.
Further details and steps for setting up dual range on the 4G radar for simultaneous display.
Physical dimensions and key features of the scanner dome, including mounting holes.
Physical dimensions and mounting details of the radar interface box.
Detailed technical data for the Broadband 3G™ Radar model, covering compliance, environmental, and performance.
Detailed technical data for the Broadband 4G™ Radar model, including dual range capabilities.
Summary of test results, applicant, model number, and FCC ID for RF exposure compliance.
Details about the tested equipment, operating frequencies, power source, and equipment type.
General remarks on testing, summary of device performance, and authorized signatory information.
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