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General| Power Supply | 10.8 - 31.2 VDC |
|---|---|
| Peak Power Output | 4 kW |
| Antenna Rotation Speed | 24 rpm |
| Range Resolution | 20 m |
| Type | Radar |
| Display Size | 10.4 inches |
| Range Scales | 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48 nm |
| Display | Color LCD |
Explains standard safety symbols used within the manual for procedures.
Details safety symbols found directly on the radar equipment.
Highlights dangers like RF radiation and high voltage for the scanner.
Warns about high voltage hazards associated with the display unit.
Advises users to thoroughly read the manual before installation.
Provides a brief overview of the radar's features and capabilities.
Outlines the structure and content of the operation manual.
Explains the fundamental concepts of how radar operates.
Details antenna beam width, side lobes, and radar wave behavior.
Discusses factors affecting target visibility and radar artifacts.
Defines heading markers (HM) and north markers.
Explains display modes like Head Up, North Up, Course Up, True Motion.
Describes Variable Range Markers (VRM) and Electronic Bearing Lines (EBL).
Details controls for clutter reduction and display type.
Verifying package contents and checking power supply requirements.
Guidelines for optimal placement of the scanner unit.
Adjusting scanner position relative to the keel line.
Procedures for mounting the scanner unit.
Steps for mounting the radar antenna.
Steps for mounting the radar display unit.
Connecting the interconnecting cable for radome scanners.
Details on wiring the radar's power supply cable.
Steps for calibrating the radar after installation.
Connecting NMEA devices and other external equipment.
Methods to minimize electromagnetic interference.
Wiring and grounding practices to prevent EMI.
Details on component materials and environmental disposal.
Identification of buttons and controls on the front panel.
Description of the single radar screen layout.
Using two PPI screens simultaneously for different ranges.
Full-screen display showing range and mode information.
Split screens for dual PPI or PPI with navigation data.
Displays for All PPI and Person Over Board data.
Introduction to the fundamental operating procedures.
Step-by-step guide for powering up and transmitting.
Details on adjusting screen brilliance and key backlight.
Using RANGE UP/DOWN keys to adjust scan range.
Using AUTO for GAIN, STC, and FTC settings.
Manual adjustment of radar sensitivity.
Using STC to reduce sea clutter.
Using FTC to reduce precipitation clutter.
Using EBL for bearing and VRM for distance measurements.
Managing heading marker and using parallel cursors.
Controlling range rings and variable range function.
Selecting display modes and configuring guard zones.
Configuring the radar's power saving SLEEP mode.
Adjusting the receiver tuning for optimal performance.
Displaying historical movement of targets.
Magnifying a specific area of the radar screen.
Selecting pulse width for transmitter power.
Switching active screens in dual display modes.
Inverting screen colors for better visibility.
Operating split screens like PPI/PPI and SEMI3D/PPI.
Using ALL PPI and Person Over Board screen layouts.
Navigating the radar's menu system.
Accessing main menu functions and custom settings.
Accessing initial calibration adjustments.
Using EBL1 and VRM1 for measurements from MARK menu.
Using EBL2, VRM2 and floating markers for measurements.
Managing heading marker, parallel cursors, and range rings.
Using VAR RNG and outputting cursor data via NMEA.
Determining distance and bearing to a marker.
Configuring display modes and guard zones.
Setting off-center display and power-saving SLEEP mode.
Adjusting GAIN, STC, and FTC for optimal echo display.
Optimizing receiver performance through tuning.
Enhancing target definition with echo expansion.
Displaying historical movement of targets.
Magnifying a selected area of the radar screen.
Selecting pulse width for transmitter power.
Switching active screens in dual display modes.
Choosing from seven selectable screen configurations.
Operating split screen modes like PPI/PPI and SEMI3D/PPI.
Operating various split screen and POB modes.
Switching between screens in dual display modes.
Changing display colors for ambient lighting.
Using a slave display as a repeater.
Performing self-checks to diagnose system faults.
Customizing soft key functions and assignments.
Calibrating distance, angle, and tuning circuits.
Correcting radar performance based on antenna height.
Configuring AUTO and MANUAL gain modes.
Setting automatic and manual STC levels.
Specific STC setting for harbor conditions.
Information on replaceable components like magnetron and LCD.
Details on replacing the magnetron and LCD backlight.
Using the system's self-check feature for fault finding.
Identifying common issues with radar components.
Overview of the radar's general technical specifications.
List of items included in the standard package.
List of available optional accessories for the radar.
Pin assignments and functions for external connectors.
System diagrams for MDC-1041 and MDC-1040 models.
System diagrams for MDC-1060 and MDC-1010 models.
