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General| Manufacturer | Nobeltec |
|---|---|
| Frequency | 9.4 GHz |
| Rotation Speed | 24/48 RPM |
| Target Tracking | Yes |
| ARPA | Yes |
| Power Supply | 12/24 VDC |
| Power Output | 4 kW |
| Antenna Length | 4 feet |
| Display | LCD |
| Interface | Ethernet |
| Display Size | 12.1 inches |
A brief welcome message to the user.
Explains the core features and purpose of Nobeltec's IR2 radar system.
Describes the main graphical interface for viewing radar data.
Defines a digital radar and its advantages over analog systems.
Details the operational flow and components of a digital radar system.
Highlights specific differences and limitations of the 2kW Dome model.
Explains the function of the InSight Radar Box for analog radar conversion.
Details the operational process of the InSight Radar Box.
Lists the essential hardware and software specifications for running the radar software.
Outlines the optimal system specifications for best performance.
Overview of the radar installation process.
Covers the physical installation and wiring of the radar components.
Guides through the process of installing the necessary Nobeltec software.
Details the steps for configuring the radar using the setup wizard.
Covers fundamental initial configuration steps for the radar.
Explains how to adjust the transmit trigger delay for optimal image clarity.
Describes methods for aligning radar overlay with electronic charts.
Details how to calibrate the compass for accurate heading reference.
Explains how to align the radar's heading line with the vessel's centerline.
Guides on creating a deviation table to correct magnetic compass inaccuracies.
Covers configuring automatic gain and sea clutter presets for optimal performance.
Explains how to adjust auto-tune settings for best image quality.
Details the process for setting the automatic gain control.
Explains how to configure the automatic sea clutter reduction settings.
Details the settings for harbor sea clutter compensation.
Explains how to adjust the STC (Sensitivity Time Control) curve for sea clutter.
Steps to launch and open the InSight Radar display window.
Instructions on powering up the radar unit and initiating transmission.
Explains how to use the context menu for radar functions.
Overview of the various toolbars available for radar control.
How to select and adjust the radar's display range.
Details on using specific toolbars for range adjustments.
How to manually adjust radar sensitivity for target visibility.
Steps to reduce unwanted echoes from waves and rough seas.
Information on using auto gain for hands-free operation on specific models.
Information on using auto SEA for dynamic sea clutter compensation.
How to filter out unwanted echoes caused by rain or weather.
Instructions for displaying radar data on electronic charts.
Describes a feature for comparing radar and chart data simultaneously.
How to reduce interference from other radar signals.
Methods for determining the distance and direction to detected targets.
How to use the VRM tool to measure distances to targets.
How to use the EBL tool to measure bearings to targets.
How to create a guard zone for proximity alarms.
Explains the function of pulse length for target detection and discrimination.
How to set the radar image orientation (Heads Up, North Up, etc.).
How to reposition the radar image for better viewing.
How to record and playback radar data for later review.
How to clear the radar display of non-essential elements.
How to adjust the size and fit of the radar image within the window.
Overview of advanced radar capabilities within the Admiral software.
How to utilize multiple monitors with the NavView interface.
Details on using the radar console in full-screen NavView mode.
Describes the toolbars specific to the NavView interface.
Introduction to the system for tracking radar targets.
How to use the MARPA system for collision avoidance and tracking.
Steps for identifying and initiating tracking of radar targets.
How to customize radar display and target tracking settings.
Guidance on understanding radar video presentations and their causes.
Explains how typical objects appear on the radar screen.
Discusses various types of false echoes and their causes.
Explains radar shadows and dead zones caused by obstructions.
Details false echoes resulting from radar side lobes.
Explains the concept of the radar horizon and its factors.
How atmospheric conditions affect radar range.
Explains how cold air over warm surfaces reduces radar range.
Explains how warm air over cold surfaces extends radar range.
Describes how atmospheric layers can distort radio wave propagation.
Defines the minimum distance at which a target can be detected.
How transceiver height affects short-range target detection.
Explains how pulse width affects target detection and range.
Defines the minimum distance for distinguishing two targets at the same bearing.
Defines the minimum bearing for distinguishing two targets at the same range.
Steps to diagnose issues with direct radar connections.
Method to verify connectivity using ping commands.
Steps to diagnose issues with radar connections over a network.
Method to verify network connectivity via DHCP table and ping.
Answers to common user queries regarding radar operation and issues.
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