Need help?Do you have a question about the JRC JMA-2353 and is the answer not in the manual?
General| Display Size | 10.4 inches |
|---|---|
| Operating Temperature | -15°C to +55°C |
| Frequency | 9410 MHz |
| Range | Up to 96 nautical miles |
| Range Scales | 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96 nautical miles |
| Display Type | LCD |
| Antenna Rotation Speed | 24 rpm |
| Range Resolution | 20 meters |
| Power Supply | 24 V DC |
Warnings and procedures related to high voltage within the equipment.
Steps to take if someone receives an electric shock.
General procedures for administering first aid to an electric shock victim.
Detailed guide on performing mouth-to-mouth resuscitation.
Steps for performing cardiac massage along with respiration.
Explanation of safety symbols used in the manual and on the equipment.
Details about warning labels present on the equipment.
Critical warnings about operation leading to death or serious injury.
Warnings about potential danger of death or serious injury if neglected.
Cautions regarding potential injury or property damage if neglected.
Overview of the radar system's capabilities and features.
Highlights of the radar system's design and performance.
Details on radar models, scanner types, and supplied accessories.
Technical drawings showing the physical dimensions of scanner units.
Block diagrams illustrating system connections and components.
Explanation of the radar display elements and indicators.
Description of keys and their functions on the display unit panel.
Instructions for starting, stopping, and powering down the radar system.
How to adjust radar receiver sensitivity for optimal observation.
Function to reduce unwanted echoes from sea surface conditions.
Function to reduce unwanted echoes from precipitation.
How to use soft keys for accessing various radar functions.
Using Electronic Bearing Lines to measure target bearings.
Using Variable Range Markers to measure target distances.
Configuring target vectors for motion prediction.
Visualizing the past movement paths of other vessels.
Utilizing the Automatic Identification System for target information.
Using the Target Tracking function for motion analysis.
Setting up radar alarms and automatic target acquisition zones.
Adjusting screen brightness for different viewing conditions.
Procedures for automatic and manual tuning of the radar scanner.
Customizing the arrangement of information on the radar screen.
Switching between true and relative motion display modes.
Selecting display modes for target bearing (Head Up, North Up, Course Up).
Choosing the appropriate pulse length for different conditions.
Adjusting the display position of own ship for better viewing.
Controlling the visibility of target symbols (TT, AIS).
Marking a Man Overboard position and displaying it.
Placing and managing marks on the radar display.
Drawing and managing lines on the radar screen.
Recording and showing the path of own vessel.
Marking and displaying significant events or points of interest.
Filtering AIS targets based on proximity to own ship.
Transmitting cursor position data for mark placement.
Navigating and using the main menu for system settings.
Adjusting parameters for radar echo display and processing.
Minimizing interference from other radar systems.
Adjusting display to improve visibility of targets.
Applying signal processing to reduce noise and highlight targets.
Enlarging radar video display for closer inspection.
Selecting dynamic range for signal display based on conditions.
Filtering out unwanted noise and clutter from video signals.
Configuring markers, cursors, and range rings.
Configuring Electronic Bearing Lines (EBLs) for measurements.
Adjusting the appearance and behavior of radar cursors.
Controlling the display of range rings on the radar screen.
Adjusting display brightness for different operational modes (Day/Night).
Configuring various control parameters and system behaviors.
Setting bearing standards for cursors, TT, AIS, and MOB.
Customizing function assignments for user-programmable keys.
Setting the volume for audible alarms and key feedback.
Configuration and operation of Target Tracking and AIS systems.
Principles and methods for avoiding ship collisions.
Initializating tracking target and AIS functions.
Enabling or disabling the display of target identification numbers.
Specifying the starting number for target identification.
Configuring alarms based on NMEA ALR sentences from AIS.
Limiting the number of AIS targets displayed for clarity.
Specifying a ship as a destination using AIS data.
Prioritizing display of specified vessels using AIS data.
Filtering AIS targets based on proximity to own ship.
Clearing all currently acquired Target Tracking data.
Configuring sensitivity levels for radar alarms.
Functions related to the plotter unit and waypoint display.
Showing waypoint markers received from navigation equipment.
Setting and clearing the display of own ship's movement track.
Configuring timed transmission to reduce power consumption.
How radar waves interact with the Earth's horizon and atmosphere.
Factors affecting signal intensity and echo appearance from targets.
Identifying and managing sea, rain, and snow clutter.
Causes and types of radar echoes that do not represent actual targets.
How to display signals from a Search and Rescue Radar Transponder.
Regular tasks for keeping the radar equipment in good condition.
Maintenance procedures for scanner and display units.
Servicing instructions for NKE-2043 and NKE-2063 scanner units.
Cleaning and care instructions for the NCD-2237 display unit.
Methods for verifying the operational status and performance of the radar.
Accessing diagnostic tests for radar performance.
Viewing current system and software version details.
Accessing serial number, MAC address, and temperature.
Viewing and clearing system error logs.
Monitoring serial communication data between units.
Performing various self-tests for system components.
Guidelines for replacing periodically serviced components like magnetrons.
Identifying and resolving common system faults and issues.
Comprehensive list of system alarms and their meanings.
Procedures for checking and replacing fuses.
Guidance on resolving common operational problems.
Inventory of standard accessories provided with the radar system.
List of special parts used in the radar system.
Identification of circuit blocks requiring repair or service.
Information on the duration for which spare parts are kept.
Procedures and information needed when requesting product repair.
Advice on regular checkups and maintenance for optimal performance.
Guidelines for the safe and legal disposal of the radar unit.
Instructions for returning or disposing of used magnetrons.
Information regarding hazardous substances in compliance with China RoHS.
Overall technical specifications for the radar system.
Detailed technical data for the scanner units.
Specific technical parameters for the NKE-2043 scanner model.
Specific technical parameters for the NKE-2063 scanner model.
Technical data for the NCD-2237 integrated display unit.
Detailed specifications for the NCD-2237 display unit.
Description of the controls and keys on the operation panel.
Capabilities and parameters of the Automatic Identification System.
Capabilities and parameters of the Target Tracking function.
Details on input and output signal interfaces and standards.
Supported navigation and sensor input signal formats.
Supported output signal formats for navigation data.
List of included components and documentation with the system.
Wiring diagram for the NKE-2043 scanner unit.
Wiring diagram for the NKE-2063 scanner unit.
Wiring diagram for the NCD-2237 display unit.
Diagram illustrating the primary power supply circuit.
Wiring diagram for the JMA-2353 radar system.
Wiring diagram for the JMA-2354 radar system.
To Next Page
