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Regulatory compliance statement for FCC rules regarding digital devices and radio frequency energy.
Regulatory statement for Industry Canada compliance, addressing interference conditions for devices.
Declaration of Navico New Zealand regarding compliance with EU essential requirements for the Radar Processor.
Statement on product improvement, liability, governing language, and manual accuracy.
Information on the Navico warranty card being a separate document.
Request for user feedback to improve the manual and contact information.
Describes the radar system components (scanner, processor, cables) and connection protocols (Ethernet, RS485, RS422).
Safety warnings about radar usage as a navigation aid and high voltage hazards in the scanner unit.
Precautions regarding microwave radiation from the radar antenna and effects on pacemakers.
Lists the main components of the Navico radar system (scanner, processor, cables) and provides part numbers.
Guidelines for selecting an optimal scanner location on a vessel to maximize performance and avoid interference.
Recommends tilting the scanner down at the front for power boats to ensure effective sweep at speed.
Suggests using a gimbal mounting for yachts to compensate for heeling and maintain optimal sweep.
Explains how to determine the ideal scanner height relative to the A-B line for best performance.
Provides a formula and explanation for calculating the radar's maximum detection range based on target and scanner height.
Offers methods to minimize false echoes and shadow zones, including repositioning the scanner.
Instructions for installing the open array scanner, emphasizing connection of the interconnection cable first.
Guidance on fabricating and mounting a scanner on a sturdy trestle or radar mast.
Instructions for installing the radar processor in a dry, accessible location, considering cable connections and grounding.
General advice for proper cable installation to prevent common issues like sharp bends or stress on connectors.
Detailed steps and diagrams for connecting the 6 kW scanner's interconnection cable.
Steps for connecting the 10 kW scanner's interconnection cable, including cable gland and shield mesh preparation.
Steps for connecting the 25 kW scanner's interconnection cable, similar to the 10 kW version.
Instructions for properly grounding the 10 kW scanner to the vessel's ground system.
Instructions for properly grounding the 25 kW scanner using a hexagonal bolt to the vessel's ground.
Overview of the radar processor's interface connectors and their functions for various display heads.
Details the pin assignments for the 6 kW interconnection cable connecting to the radar processor.
Provides pin details for the 10 kW/25 kW interconnection cable connecting to the radar processor.
Specifies power cable requirements, fuse/breaker ratings, and step-by-step instructions for connecting the power cable.
Instructions for connecting the radar processor's chassis ground to metal or non-metallic hulls.
Lists required components like scanners, processors, and Ethernet cables for GB40/8000i integration.
Diagram and explanation for connecting the radar to a Simrad GB40 using a SimNet heading sensor.
Diagram and requirements for connecting the radar to Northstar 8000i/Simrad GB40 with NMEA 0183 heading.
A checklist for verifying correct wiring and component mounting after installation.
Instructions for starting up and commissioning the radar with GB40/8000i systems, including warm-up procedures.
Lists necessary components like scanners, processors, and radar connection kits for NX40/45 and M84/M121.
Diagram showing how to connect the radar to NX40/45 and M84/M121 systems via SimNet or NMEA 0183.
Configuration steps for radar functionality, park position, zero bearing, and zero range adjustments.
Lists required parts like scanners, processors, and radar communications cables for 6000i/6100i systems.
Diagram illustrating the recommended connection method for radar processor to 6000i/6100i displays.
Details wiring and pin assignments for the radar communications cable to a junction box or specific connectors.
Explains two options for configuring remote power control for automatic radar ON/OFF with a common power source.
Configuration for powering radar ON/OFF when 6000i/6100i and processor have isolated power supplies.
General setup instructions for the Northstar 6000i/6100i radar system.
Procedures for turning the radar on and off, including initial warm-up and safety precautions.
Steps to enable radar communication with the navigator by setting up the PORT 2 SETUP screen.
Guidance on adjusting radar appearance settings like Mode, Gain, and Clutter for optimal display.
Specifies NMEA 0183 heading sensor requirements, including update rate and supported sentences.
Instructions on how to disable the heading sensor input if it's not installed or connected.
Recommends performing radar calibration at sea with known targets and fair weather conditions for accuracy.
Steps to prepare for radar calibration, including checking power and interface connections.
Explains the automatic tuning procedure and how to set the tuning mode to Auto for normal operation.
Guidance on setting the Sensitivity Time Control (STC) curve based on scanner height for sea clutter reduction.
Describes two methods for setting the trigger delay (radar range offset) for accurate target display.
Steps for calibrating radar heading using a chart overlay and a known target for alignment.
Procedure for heading calibration without a sensor, aligning a target to the 0° bearing.
Instructions for restoring all radar settings to factory defaults, excluding specific calibration parameters.
Steps to restore factory appearance settings for Gain, Clutter, and modes to improve picture quality.
Detailed manual tuning steps for situations where automatic tuning is insufficient.
Guidelines for periodic general maintenance to keep the radar system in good condition and minimize breakdowns.
Procedures for cleaning and maintaining the radar scanner, including care for motor brushes.
Recommendation to reset heading calibration annually and after structural changes.
Information on obtaining technical support, warranty, and required details for contact.
Troubleshooting steps for a scanner that fails to rotate, checking for obstructions and internal issues.
Steps to diagnose and fix issues like no image, no scanner detection, or poor reception.
Advice on minimizing noise interference caused by other electronic equipment or poor installation.
Checks for correct system voltage, proper wiring, and in-line fuse to prevent damage.
Technical drawings and dimensions for the 6 kW scanner unit.
Technical drawings and dimensions for the 10 kW scanner unit.
Technical drawings and dimensions for the 25 kW scanner unit.
Drawings showing the physical dimensions of the radar processor unit.
Detailed technical specifications for the 6 kW radar system, including scanner and processor details.
Detailed technical specifications for the 10 kW radar system, including scanner and processor details.
Detailed technical specifications for the 25 kW radar system, including scanner and processor details.
List of Navico radar kits with part numbers for Simrad, Northstar, and Lowrance brands.
List of Navico scanner models with part numbers for Simrad, Northstar, and Lowrance brands.
List of Navico radar processor modules with old and new part numbers.
List of Navico scanner cables with old and new part numbers.
List of Navico Ethernet cables and accessories with part numbers.
List of other Navico cables and adapters with part numbers.
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