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JRC JMR-7296-6X Instruction Manual

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JMR-7230-S3/S

JMR-7225-7X3/9X3/6X/9X/6XH

JMR-7210-6X/6XH

JMR-7272-S

JMR-7282-S/SH

JMR-7296-6X/9X

JMR-9230-S3/S

JMR-9225-7X3/9X3/6X/9X/6XH

JMR-9210-6X/6XH

JMR-9272-S

JMR-9282-S/SH

JMR-9296-6X/9X

Marine Radar Equipment

Instruction Manual

<Reference>

Overview

Name and Function of Each Unit

Common Basic Operations

Range and Bearing Measurement Methods

Basic Operation of the Radar

Target Tracking and AIS

True and False Echoes on Display

Functions of the ECDIS (Option)

Route Planning

Route Monitoring

Monitoring a Dragging Anchor

Automatic Sailing (Option)

Operating a Chart (Option)

Creating a User Chart/ Updating a Chart

Manually

Logbook

Setting Up Screen View

Setting Up Alerts

Setting Up the Operation Mode

Adjusting and Setting Up Equipment (for

Services)

Playing Back Data Recorded During

Navigation [Playback]

Maintenance & Inspection

Failures and After-Sale Services

About Disposal

Specifications

Radar Antenna Block Diagrams

Alert List

Setting the Interswitch

Menu List and Materials

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3

4

5

6

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8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

APP A

APP B

APP C

APP D

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Summary of Contents for JRC JMR-7296-6X

Page 1 JMR-7230-S3/S JMR-7225-7X3/9X3/6X/9X/6XH Common Basic Operations JMR-7210-6X/6XH Range and Bearing Measurement Methods JMR-7272-S Basic Operation of the Radar JMR-7282-S/SH JMR-7296-6X/9X Target Tracking and AIS JMR-9230-S3/S True and False Echoes on Display JMR-9225-7X3/9X3/6X/9X/6XH Functions of the ECDIS (Option) JMR-9210-6X/6XH Route Planning JMR-9272-S...
Page 3 Section 19 Adjusting and Setting up Equipment (for Services) ....... 19-1 19.1 Service Menu ........................19-1 19.1.1 To display the Service menu: ..................19-1 19.2 Radar Adjustment ........................ 19-3 19.2.1 Displaying the [Adjustment] dialog box ............... 19-3 19.2.2 Performing basic adjustments on the radar ..............19-4 19.2.2.1 Displaying the "Basic Adjustment"...
Page 4 19.3.3.2 [Diagnosis] lamp light colors ................19-22 19.3.3.3 Setting a serial port ..................... 19-22 19.3.3.4 To change the communication settings of the Serial Port ........19-25 19.3.4 Setting a System Function ..................19-28 19.3.4.1 Displaying a [System Function] dialog ............... 19-28 19.3.4.2 Lamp light colors ....................
Page 5 20.3.1 Changing the Playback Speed ................... 20-8 20.4 Exiting the Playback Mode ....................20-9 20.5 Outputting Navigation Record Data .................. 20-10 20.6 Functional Restrictions when in the Playback Mode ............20-12 Section 21 Maintenance & Inspection ............. 21-1 21.1 Maintenance Functions Executed from Menu..............21-1 21.1.1 Starting maintenance functions ..................
Page 6 21.5.1 Parts expected for periodic replacement ..............21-44 21.5.2 Replacement of magnetron ..................21-46 21.5.2.1 Handling of magnetron under long-time storage ..........21-46 21.5.2.2 Magnetron replacement procedure for radar antenna NKE-1130/A ....21-47 21.5.2.3 Magnetron replacement procedure for radar antenna NKE-1125/A、 NKE-2254-HS .....................
Page 7 22.2 Countermeasures for Failures .................... 22-3 22.2.1 Special parts ....................... 22-3 22.2.2 Repair circuit block ...................... 22-5 22.3 Troubleshooting ......................... 22-33 22.4 After-Sale Services ......................22-48 22.4.1 About the retaining period of service parts ............... 22-48 22.4.2 When requesting a repair ..................22-48 22.4.3 Recommendation of inspection and maintenance ............
Page 8 24.24 JMR-7272-S ........................24-24 24.25 JMR-7282-S ........................24-25 24.26 JMR-7282-SH ........................24-26 24.27 JMR-7296-9X ........................24-27 24.28 JMR-7296-6X ........................24-28 24.29 NKE-1139 .......................... 24-29 24.30 NKE-1130/A ........................24-30 24.31 NKE-1129 .......................... 24-31 24.32 NKE-1125/A ........................24-32 24.33 NKE-2254-6HS ......................... 24-33 24.34 NKE-2103 ..........................
Page 9 NKE-1632 ..........................A-7 NKE-2632/2632-H ......................... A-8 NKE-1129 (110 VAC) ......................A-9 A.10 NKE-1129 (220 VAC) ......................A-10 A.11 NTG-3225 ........................... A-11 A.12 NKE-1125 (110 VAC) ......................A-12 A.13 NKE-1125 (220 VAC) ......................A-13 A.14 NKE-1125A (110/220 VAC) ....................A-14 A.15 NKE-2254/2254-6HS ......................
Page 10 Menu List ..........................D-1 D.1.1 Route Planning ......................D-1 D.1.2 Route Monitoring ......................D-3 D.1.3 Anchor Watch....................... D-4 D.1.4 Autosail* ........................D-5 D.1.5 Chart ..........................D-6 D.1.6 User Chart ........................D-8 D.1.7 Logbook ........................D-9 D.1.8 TT/AIS ........................D-10 D.1.9 Tools ...........................
Page 11 D.2.6.3 Line - Circle ......................D-54 D.2.6.4 Line - Ellipse ......................D-54 D.2.6.5 Arc ........................D-55 D.2.6.6 Polygon ........................ D-55 D.2.6.7 Area - Circle ......................D-55 D.2.6.8 Area - Ellipse ....................... D-55 D.2.6.9 Fan ........................D-56 D.2.6.10 Text ........................D-56 D.2.6.11 Arrow ........................
Page 12 D.7.3 Area ......................... D-147 D.7.4 Text .......................... D-148 List of Navigation-related Symbols .................. D-149 D.8.1 Related to own ship symbols ................... D-149 D.8.2 TT/AIS related ......................D-151 D.8.3 Navigation monitoring related .................. D-152 D.8.4 Tool related ......................D-153 List of Icons/Icon Buttons ....................D-155 D.10 Data Format of the File that can be Imported/Exported in the ECDIS ......
Page 13 １ Section 19 Adjusting and Setting up Equipment (for Services) This section describes the methods for radar adjustment, installation verification, and maintenance that are conducted by the service staff by using the Service menu at installation construction of this equipment. Never have the equipment adjusted by unauthorized service personnel.
Page 14 Change over to the second page using the page switching button, and click the [Code Input] button. The password input dialog is displayed. Enter 0 in Password. Click on the [MENU] button on the left toolbar. The menu is displayed. Change to the 2nd page by using the page change button.
Page 15 １ 19.2 Radar Adjustment Use the [Adjustment] dialog box to adjust the radar of this equipment. 19.2.1 Displaying the [Adjustment] dialog box Clicking the [Adjustment] button in the submenu displays the [Adjustment] dialog box. The [Adjustment] dialog box consists of the classification pane and the edit pane. By clicking the Disclosure button (>>) , you can hide the edit pane.
Page 16 19.2.2 Performing basic adjustments on the radar Perform basic adjustments on the radar by using the [Basic Adjustment] dialog. 19.2.2.1 Displaying the "Basic Adjustment" dialog When you select [Basic Adjustment] in the classification pane, the [Basic Adjustment] dialog is displayed in the edit pane. Section 19 Adjusting and Setting up Equipment (for Services) 19-4...
Page 17 １ 19.2.2.2 Tune adjustment Note • After replacement of the magnetron, perform rough tuning while the image is stable after setting the radar to the Standby state for 20 to 30 minutes as the preheating time, operating the radar from the short pulse range, and shifting the operation to the long pulse range sequentially. •...
Page 18 19.2.2.4 Adjusting a distance Adjust the distance of the target on the screen so that the correct distance is displayed. On the radar screen, specify a target whose distance is available in advance. Click on the [Range Adjustment] input box. A numeric value input keyboard is displayed.
Page 19 １ 19.2.3 Adjusting Antenna Adjust the antenna by using the [TXRX] dialog. 19.2.3.1 Displaying the [TXRX] dialog When you select [TXRX] in the classification pane, the [TXRX] dialog is displayed in the edit pane. 19.2.3.2 Adjusting an radar antenna height Measure the height from the sea surface to the radar antenna.
Page 20 19.2.3.3 Setting a tuning bar peak value Set the scale when the tuning bar touches the peak value. Notes • This function is disabled under radar slave mode. • Not displayed when a solid-state radar antenna is connected. • Disabled in ECDIS mode. Set the range to 48 NM or more.
Page 21 １ 19.2.4 Adjusting a radar performance monitor (Radar screen only) To adjust a radar transmitting/receiving status, use the [Performance Monitor] dialog or the [Performance Monitor (SSR)] dialog. 19.2.4.1 Displaying the [Performance Monitor]/[Performance Monitor (SSR)] dialog When you select [MON] in the classification pane, the [Performance Monitor] dialog (using a magnetron radar) or the [Performance Monitor (SSR)] dialog (using a solid-state radar) is displayed in the edit pane.
Page 22 19.2.4.2 Adjusting a magnetron radar performance monitor On the [Performance Monitor] dialog, adjust a magnetron radar transmitting/receiving status while checking the performance monitor level. Performance monitor level Adjusting a monitor reception level Adjust the circuit for monitoring the radar equipment reception performance. Click on the [MON Adjustment] (MON reception level adjustment) input box.
Page 23 １ Adjusting a monitor transmission level Adjust the circuit for monitoring the radar equipment transmission performance. Click on the [MON Indicator Adjustment] input box. A numeric value input keyboard is displayed. Enter a setting value so that the MON level indicates "8" (0 to 127). For the method of using the numeric input keyboard, refer to "3.16.2 Name and function of each section of the keyboard".
Page 24 The type of transmission/reception attenuator value that is used as the reference for the adjustment at the setting change varies depending on the setting item. Setting Display Tx Monitor Adjustment Tx Attenuator Value is displayed. Rx Monitor Adjustment Rx Attenuator Value is displayed. Monitor Sector Rx Attenuator Value is displayed.
Page 25 １ 19.2.5 Setting Sector Blank (Radar screen only) The sector blank is an area that has been set up by specifying a fan-shaped range (sector) , stopping the transmission in that bearing, and hiding radar echoes. The sector blank runs in the relative bearing using the ship's heading as reference.
Page 26 19.2.6 Adjusting the TT function Adjust the following TT function parameters by using the [TT] dialog. • Vector constant • Quantization level • Target symbol display position • Gate size used for tracking • TT limit ring What is quantization level? A quantization level is a signal level that is recognized by the TT function as a target.
Page 27 １ 19.2.6.2 Setting vector constants Adjust the vector tracking of the target tracking function. Note Do not change this setting unnecessarily. Normally, set 4 for [Vector Constant]. 19.2.6.3 Setting a quantization level at manual acquisition The optimum values are set for the VD Level and Constant. Do not change it carelessly.
Page 28 19.2.6.5 Setting a gate size used for tracking Select a gate size from the [Gate Size] combo box. • Small • Medium Large • 19.2.6.6 Displaying a TT limit ring To display a TT limit ring, select the [Limit Ring] check box. 19.2.7 Adjusting MBS MBS (Main Bang Suppression) adjustment is to adjust a display unit processing circuit in order to suppress main bang, which is the reflection signal from a microwave transmission circuit of a...
Page 29 １ 19.2.7.1 Displaying the [MBS] dialog When you select [MBS] in the classification pane, the [MBS] dialog is displayed in the edit pane. 19.2.7.2 Performing MBS adjustment Click on the [Initial Level] (MBS initial level) input box. A numeric value input keyboard is displayed. Enter an initial level of MBS so that the image of main bang becomes optimum (faint image remains on the screen.
Page 30 19.3 Verifying Installation and Initial Setting Use the [Installation] dialog box to verify the installation of this equipment and perform initial setting. 19.3.1 Displaying the [Installation] dialog box Clicking on the [Installation] in the submenu, the [Installation] dialog box appears. The [Installation] dialog box consists of the classification pane and the edit/result pane.
Page 31 １ 19.3.2 Verifying/Setting CCRP (Consistent Common Reference Point) Set a measurement reference position (CCRP) on own ship by using the "CCRP" dialog. 19.3.2.1 Displaying the [CCRP] dialog When you select [System Configuration] in the first classification pane and [CCRP] in the second classification pane, the [CCRP] dialog is displayed in the edit/result pane.
Page 32 19.3.2.2 Setting CCRP Set the following items in the [CCRP] dialog. Setting Item Description of Setting Setting Value Length (of ship) Enter the ship's length in the box. 1.0 to 1022.0m Beam (ship's width) Enter the ship's width in the box. 1.0 to 126.0m GPSx Enter the equipment positions of GPSx in the...
Page 33 １ Setting Item Description of Setting Setting Value Radio button on the left Select the position to be used as the ship's CCRP CCRP1 side of each CCRP by clicking the applicable button. CCRP2 CCRP3 CCRP4 Anchor1 An anchor position can be set as an offset from the If Length=a and Beam=b: stern center.
Page 34 19.3.3.1 Displaying the [Serial Port] dialog When you select [System Configuration] in the first classification pane and [Serial Port] in the second classification pane, the [Serial Port] dialog is displayed in the edit/result pane. Tab name display 19.3.3.2 [Diagnosis] lamp light colors The [Diagnosis] lamp indicates the Diagnosis result on whether or not the sentence of the sensor specified for each serial port has been received successfully and the status of ISW/MTR/Serial OPU.
Page 35 １ Setting Item Description of Setting Setting Value Gyro 1. Select the check box and enable the serial port for the To enable: Select. Gyro. To disable: Clear. 2. Select a sensor to be connected to the serial port for Gyro from the [Sensor] combo box.
Page 36 Setting serial ports on SLC/ALC Set the serial ports on SLC/ALC that is installed as follows. Setting item Setting contents Setting value CH1 to CH8 1. Click on any of the tabs, SLC1 (M) to SLC4 (M) Enable: Selected (RS-422) /SLC1 (S) to SLC4 (S) /ALC1 to ALC4.
Page 37 １ 19.3.3.4 To change the communication settings of the Serial Port Click the [Detail] button of the enabled serial port and display the [Detail] dialog. When selecting CH1 to CH7 When selecting CH8 to CH10 APP A APP B Section 19 Adjusting and Setting up Equipment (for Services) 19-25...
Page 38 The setting target can be checked with [Source Device] display, [Terminal] display and [Sensor] display. Perform the settings shown in the following table and then click on the [Set] button. Setting Item Description of Setting Setting Value Baud Rate Select the baud rate of the serial port on the Selectable baud rates vary combo box.
Page 39 １ Setting Item Description of Setting Setting Value Sentence Select the sentence of Alert Handling. Normal sensor such as GPS Displayed when the sensor is other than "Alert and Log: (BNWAS), "IAS (MODBUS)", "DSC" or -/ALR/ALF "NAV/Alert". "Alert (from Subsystem/to CAM) ": ALR/ALF Selectable baud rates...
Page 40 19.3.4 Setting a System Function Verify the setting of the system function of this equipment and perform initial setting by using the [System Function] dialog. 19.3.4.1 Displaying a [System Function] dialog When you select [System Configuration] in the first classification pane and [System Function] in the second classification pane, the [System Function] dialog is displayed in the edit/result pane.
Page 41 １ 19.3.4.3 Setting a system function In the [System Function] dialog, allocate the system functions to be connected for LAN. Add a system function (New equipment) Click the [Add] button and display the [System Function (Add)] dialog. Perform the settings shown in the following table and then click on the [Set] button. Setting Item Description of Setting Setting Value...
Page 42 Thruster, Generator, S-JOY/Joystick 1～5, BNWAS, General Equipment(Alert)1～10, GPS Buoy, Plotter, DSC, IAS, CAM, NAV/Alert, RADAR1,RADAR2, VDR Note: IAS and NAVTEX: Only NMEA is supported. CAM is settings for connecting to an external CAM by LAN. *2: The Mnemonic of Talker ID that can be selected are indicated below. AG, AI, BN, CA, CR, EI, ER, GP, HC, HE, II, JA, JB, JC, JD, JE, JF, JG, JH, RA, SD, SG, SI, SS, TC, TI, U0, U1, U2, U3, U4, U5, U6, U7, U8, U9, VD, VR, WI, ZA *3: Clusters are groups of functionalities aimed at a responsible operator, which can be distributed over...
Page 43 １ *6: Talker ID Mnemonic, Talker ID Instance No, Transmission Group (Control/Data), Transmission Group (Alert) Transmit and Transmission Group (Alert) Receive can also be set by selecting Equipment on the preset combo box. The following default values will be set. Equipment System TalkerID...
Page 44 Equipment System TalkerID TalkerID Transmission Transmission Transmission Function Mnemonic Instance Group Group (Alert) Group (Alert) (Control/Data) Transmit Receive Equipment(Alert) 4 General General 0005 MISC CAM1 Equipment(Alert) 5 General General 0006 MISC CAM1 Equipment(Alert) 6 General General 0007 MISC CAM1 Equipment(Alert) 7 General General 0008...
Page 45 １ Add a system function (Existing equipment) Select the check box and Click the [Add] button and display the [System Function (Add)] dialog. Perform the settings referring to Add a system function (New equipment). Equipment can not be changed on the [System Function (Add)] dialog. Edit a system function Select the check box and click the [Edit] button and display the [System Function (Edit)] dialog.
Page 46 Delete a system function Select the check box and click the [Delete] button. Selected a system function is deleted. Note: - Set the each setting according to the transmission specifications of the equipment connected to the LAN. - Equipment connected to the SLC / ALC serial port or CCU cannot add or edit or delete system functions. System function of Equipment connected to the SLC / ALC serial port or CCU are registered automatically by serial port setting on [Serial Port] dialog.
Page 47 １ 19.3.5 Setting own ship's parameters Set parameter values of own ship by using the [Ship's Parameters] dialog. 19.3.5.1 Displaying the [Ship's Parameters] dialog When you select [Ship's Parameters] in the classification pane, the [Ship's Parameters] dialog is displayed in the edit/result pane. 19.3.5.2 Setting own ship's parameters Set the following items in the [Ship's Parameters] dialog.
Page 48 Setting Item Description of Setting Setting Value MIN Safety Contour Enter the minimiu value of SafetyContour in the 0 to 200 (Minimum value of SafetyContour box. that can be set) Note When the MIN Safety Contour is set greater than the value of the Safety Contour already set, the value of the MIN Safety Contour is used as the Safety Contour.When it set the MIN Safety Contour, please confarm the setting of the Safety Contour.The Safety Contour can be set from Page2 of [Menu]-[View]-[Options]-[Chart Common].
Page 49 １ 19.3.6.2 Setting the automatic sailing system Set the following items in the [Auto Sail] dialog. Setting Item Description of Setting Setting Value Reach Offset Enter the reach offset in the box. -9.999 to 9.999 NM Time/Distance to WPT Select this to select a parameter for •...
Page 50 19.3.7.2 Setting the AIS password Set the following item on the [AIS] dialog. Setting item Description of setting Setting value Setting Password To change Voyage data from the external Up to 32 characters (numeric device, JHS-183 requires the password. value only) When the AIS password is changed, change this setting value.
Page 51 １ 19.3.8 Setting Sensor The alert set point (Alarm Limit) display and GPS switching interlocking function can be set for depth display on the “Sensor” dialog. 19.3.8.1 Displaying the [Sensor] dialog When [Settings] is selected in the 1st classification pane and [Sensor] is selected in the 2nd classification pane, the [Sensor] dialog is displayed in the edit/result pane.
Page 52 19.3.8.3 Setting the GPS switching linkage function Check the [Synchronise position sensor selected Master] check box. A badge is displayed on the Top screen (own ship’s position) of the equipment with the GPS Selector control authorization. When the GPS switching linkage function is enabled, the GPS sensor source with other equipment is linked.
Page 53 １ 19.3.9 Setting Route Sharing In the "Route Sharing" dialog, change the route sharing method used for route sharing. 19.3.9.1 Displaying the [Route Sharing] dialog When [Settings] is selected in the 1st classification pane and [Route Sharing] is selected in the 2nd classification pane, the [Route Sharing] dialog is displayed in the edit/result pane.
Page 54 19.3.10 Setting the GPS Shared Route This function enables the switching between new route sharing and old route sharing and the setting of data route transmission/reception to ON/OFF. 19.3.10.1 Displaying the [GPS Shared Route] dialog When [Settings] is selected in the 1st classification pane and [GPS Shared Route] is selected in the 2nd classification pane, the [GPS Shared Route] dialog is displayed in the edit/result pane.
Page 55 １ Setting item Setting contents Setting value Sharing of a new route can be set to On/Off. On: Default Sharing of an old route can be set to On/Off. Off: Default Data Route Send Data route transmission can be set to On/Off. On: Default [Send to GPS] of [Route Planning]-[▼] is enabled.
Page 56 19.3.11 Setting the Route Plan Exchange You can switch the enable / disable of route plan exchange and make various settings. 19.3.11.1 Displaying the [Route Plan Exchange] dialog When [Settings] is selected in the 1st classification pane and [Route Plan Exchange] is selected in the 2nd classification pane, the [Route Plan Exchange] dialog is displayed in the edit/result pane.
Page 57 １ 19.4 Maintenance Use the [Maintenance] dialog box for maintenance operation of this equipment. 19.4.1 Displaying the [Maintenance] dialog box Clicking the [Maintenance] button in the submenu displays the [Maintenance] dialog box. The [Maintenance] dialog box in the submenu consists of the classification pane and the edit/result pane.
Page 58 19.4.2 Managing storage When you select [Storage] in the first classification pane and [Management] in the second classification pane, the [Management] dialog is displayed in the edit/result pane. The total storage capacity and free space on each of the drives (C and D) are displayed in the [Drive Information] list.
Page 59 １ 19.4.3 Maintaining the radar (Radar screen only) Use the [RADAR] dialog to maintain the radar. 19.4.3.1 Displaying the [RADAR] dialog When you select [RADAR] in the classification pane, the RADAR dialog is displayed in the edit/result pane. Transmission result display 19.4.3.2 Changing the operation mode of the safety switch Open the list of the [Safety Switch] box and select the operation to be performed when the safety switch of the antenna is set to OFF.
Page 60 19.4.3.3 Clearing a radar antenna operation time The total transmission time and the total motor rotation time of a radar antenna can be cleared. Clearing the total transmission time of a radar antenna Click on the [Clear TX Time] (resetting transmission time) button. Clearing the total motor rotation time of a radar antenna Click on the [Clear Motor Time] (resetting the motor rotation time) button.
Page 61 １ Replacing a TXRX circuit The operation procedure and notes are displayed on the Notice display. By clicking on the [TXRX To Display Unit] button, load the data of the total transmission time and the total motor rotation time from the radar antenna to the display unit.
Page 62 Section 19 Adjusting and Setting up Equipment (for Services) 19-50...
Page 63 １ Section 20 Playing Back Data Recorded During Navigation The following information recorded during navigation can be played back on the ECDIS screen. • Own ship's information • Other ship's information • Route information • Alarm information Click on the [Playback] button on the Task Menu. APP A APP B Playing Back Data Recorded During Navigation...
Page 64 The following ECDIS screen appears and the playback controller is displayed. (Playback mode) Playback controller The playback controller can move to any position on the Playback dialog box; however, it cannot be minimized. Playing Back Data Recorded During Navigation 20-2 Section 20...
Page 65 １ 20.1 Playback Controller The view of the playback controller can be switched between simplified display and full display by clicking the View Change button ( Simplified Display Full Display [Control] section [12] [13] [11] [14] [10] APP A [Detail Log] Section APP B Playing Back Data Recorded During Navigation 20-3...
Page 66 Upper Part of the Playback Controller Number Name Function Playback time The playback time is displayed. [X] (Close) button Exits playback. Playback slider The progress of playback is displayed. The playback position can be changed by moving the slider control. •...
Page 67 １ [Detail Log] Section Information of each record data is displayed. Name Function Chart The cell having the cell name of the chart being displayed when recorded is shown. Scale The scale of the chart being displayed when recorded is shown. Edition The version of the cell having the cell name of the chart being displayed when recorded is shown.
Page 68 20.2 Selecting Playback Data Select the navigation record data you want to play back. Click on the Drive Selection box to open the list, and then select a data drive storing navigation record data. Folders saved on the selected data drive are displayed in tree view. Select a folder storing the navigation record data you want to play back (ex.
Page 69 １ 20.3 Playing back Logbook Data Play back the selected logbook data. To Start Playback Click on the Playback button. Playback of navigation record data starts. The Playback button is highlighted during playback, and the playback time indicator and the playback slider control are also linked with the playback.
Page 70 20.3.1 Changing the Playback Speed Change the playback speed of logbook data. Select a playback speed from the list in the Playback Speed Selection box. Navigation record data is played back at the selected playback speed. The time shown on the playback time indicator and the progress shown on the playback slider control change according to the playback speed.
Page 71 １ 20.4 Exiting the Playback Mode Other tasks cannot be executed while the Playback dialog box is being displayed (during the Playback mode). To execute other tasks, exit the Playback mode. Click on the [X] (Close) button on the playback controller. The Exit Confirmation dialog box appears.
Page 72 20.5 Outputting Navigation Record Data Select navigation record data from the File Manager submenu of the Tools menu, and then copy it to the output destination you specify. Open the File Manager submenu of the Tools menu. Drive selection box File type [Copy>>] (output destination)
Page 73 １ By clicking on the Calendar icon, specify the duration of the logbook data to be output. The selected dates appear in the output data interval selection boxes. Specify the drive of the output destination from the output destination drive selection box and the output destination folder from the folder tree.
Page 74 20.6 Functional Restrictions when in the Playback Mode Some functions are restricted in playback mode. The restricted functions are disabled. Playing Back Data Recorded During Navigation 20-12 Section 20...
Page 75 Section 21 Maintenance & Inspection 21.1 Maintenance Functions Executed from Menu This section explains maintenance functions that are executed from the menu. 21.1.1 Starting maintenance functions Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] button on the menu. The submenu is displayed.
Page 76 [1] [X] button Click on this button to close the [Date/Time/Time Zone] dialog box. [2] [Date] Set the year, month and day on the calendar. For the details of how to use the calendar, refer to "3.17 Setting a Date and a Time [Calendar Operation)".
Page 77 21.1.3 Confirming System Information System information can be confirmed. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [System Information] button on the menu. The [System Information] dialog box appears. The contents of the dialog will be switched by clicking on the selection tabs provided in the dialog box.
Page 78 21.1.3.1 Confirming software information When you want to use a USB flash memory to read or write a file, make sure in advance that the USB flash memory is not affected by a computer virus. If the indicator is infected with a virus, other equipment will also be infected, with the result that a trouble will occur.
Page 79 [2] Software information Item Displayed information Jxx-xxxx Type and model name of the system Application Version of the application software Maintenance No. 7-digit maintenance number TXRX Version of the software used for the radar transmitter-receiver unit * This information is displayed when the system is equipped with the RADAR function.
Page 80 21.1.3.2 Checking the enable/disable statuses of the functions that have been installed When you want to use a USB flash memory to read or write a file, make sure in advance that the USB flash memory is not affected by a computer virus. If the indicator is infected with a virus, other equipment will also be infected, with the result that a trouble will occur.
Page 81 [The system has multiple operation modes and RADAR is the primary task] [The system has multiple operation modes and RADAR is not the primary task] 21-7 Section 21 Maintenance & Inspection...
Page 82 [Section that is displayed when the above screen is scrolled down (example)] Section 21 Maintenance & Inspection 21-8...
Page 83 [1] [X] button Click on this button to close the [System Information] dialog box. [2] Format The system format and model name of this equipment are displayed. (Example: JAN-9201) The [Primary] badge is displayed in front of the format for the primary task. [3] Functionality The functions that are installed are displayed in [Device Licence] and [Option Licence].
Page 84 Click on the [H/W Key] tab. The hardware key information is displayed. [1] [X] Click on this button to close the [System Information] dialog box. [2] [ARCS Information] The ARCS PIN number and User Permit are displayed. [3] [S-63 Information] The S-63 User Permit is displayed.
Page 85 21.1.3.4 Confirming the compliant standards for the equipment When you want to use a USB flash memory to read or write a file, make sure in advance that the USB flash memory is not affected by a computer virus. If the indicator is infected with a virus, other equipment will also be infected, with the result that a trouble will occur.
Page 86 [In the case of ECDIS] [1] [×] button Closes the [System Information] dialog box. [2] Equipment license information The equipment license standard specification information is displayed. [3] [Save to USB Device] (Saving to USB flash memory) button Click on this button to save the displayed information in a USB flash memory in the text format. Section 21 Maintenance &...
Page 87 21.1.4 Confirming Operating Time Confirm the operating time of this system. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Operating Time] button on the menu. The [Operating Time] dialog box appears. [1] [X] button Click on this button to close the [Operating Time] dialog box.
Page 88 [3] [Operating Time Of Scanner] The total operating time of the radar antenna is displayed. [Total]: Total operating time of the radar antenna [Transmit]: Total operating time of the transmitter. The estimated replacement time is indicated in [Motor]: Total operating time of the motor. The estimated replacement time is indicated in ( [FAN]: Total operating time of the radar antenna fan.
Page 89 [3] [Clear] button The voyage distance is reset. When this button is clicked on, a confirmation dialog is displayed. To reset the voyage distance, click on the [Yes] button. When not resetting the voyage distance, click on the [No] button. Memo When the voyage distance is reset in the [Voyage Distance] dialog, the voyage distance in the event detailed information in the logbook is also reset.
Page 90 21.1.6 Setting and confirming the Sensor Source Set and confirm the sensor source. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Sensor Selection/Status] button on the menu. The [Sensor Selection/Status] dialog box appears. [1] [X] button Closes [Sensor Selection/Status] dialog box.
Page 91 Setting item Setting contents Setting value Position Select a Primary Position sensor source from the combo GPS x, DR box. (”x”: equipment number) Heading Select a heading sensor source from the combo box. MAN, Gyro x, MAG, G/C * The sources that can be selected vary according to the installation.
Page 92 [3] Disclosure button Clicking on this hides the left pane. Memo When Log Selector is installed and the Log (speed) sensor is switched automatically, a popup window is displayed, notifying the effect. Section 21 Maintenance & Inspection 21-18...
Page 93 21.1.7 Checking the Route Plan Exchange Log Checking the Route Plan Exchange Log. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Route Plan Exchange Log] button on the menu. [Route Plan Exchange Log] dialog box appears.
Page 94 21.2 General Maintenance DANGER Never attempt to check or repair the inside of the equipment. Checking or repair by an unqualified person may cause a fire or an electric shock. Contact our head office, or a nearby branch or local office to request servicing.
Page 95 21.3 Maintenance on Each Unit 21.3.1 Radar antenna NKE-1125/A、1129、1130/A、1139、 1696 When turning off the power supply, do not hold down the power button of the operation unit. Otherwise, a trouble may occur due to termination failure. Never directly touch the internal components of the radar antenna or indicator. Direct contact with these high-voltage components may cause electric shock.
Page 96 When conducting maintenance work, make sure to turn off the power so that the power supply to the equipment is completely cut off. Some equipment components can carry electrical current even after the power switch is turned off, and conducting maintenance work may result in electric shock, equipment failure, or accidents.
Page 97 4-M8（stainless steel）bolt 8-M8（stainless steel）bolt Tightening torque: 120 to150 kgf・cm kgf・cm Tightening torque: 120 to150 kgf・cm ⑦ ① ① ③ ⑤ ③ ⑥ ④ ② ⑧ Bolt Tightening Order of Bolt Tightening Order of NKE-1125/A、1129、1696 Cover NKE-1130/A、1139、1632 Cover 6-M8 (stainless steel) bolt Tightening torque: 120 to 150 kgf･cm Bolt Tightening Order of NKE-2632/2632-H Cover...
Page 98 21.3.1.2 Radiator Perform inspection and cleaning of the radiator. Note • If the radiator front face (radiation plane) is soiled with smoke, salt, dust, paint or birds’ droppings, wipe it with a piece of soft cloth wetted with alcohol or water and try to keep it clean at all times.
Page 99 21.3.3 Coaxial cable (JMR-9230-S3, JMR-7230-S3) The coaxial tube gland of a coaxial cable terminal is fully waterproofed when installed. To prevent a water leakage accident, periodically inspect the coaxial tube gland. In particular, the coaxial tube gland should be repainted every six months. Do not apply strong shock to the coaxial cable by striking it with a tool or hammering it.
Page 100 21.3.5.1 The Screen Dust accumulated on the screen will reduce clarity and darken the video. Use a soft cloth such as flannel and cotton to clean the screen to prevent damage or degradation of the screen coating. 21.3.5.2 The Trackball Clean carefully the trackball operation unit in accordance with this procedure in order not to scratch the lens.
Page 101 21.4 Performance Check Make performance check on the radar equipment regularly and if any problem is found, investigate it immediately. Pay special attention to the high voltage sections in inspection and take full care that no trouble is caused by any error or carelessness in measurement. Take note of the results of inspection, which can be used effectively in the next inspection work.
Page 102 21.4.1 Starting Selftest functions Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] button on the menu. The [Selftest] dialog box appears. Disclosure button Selftest functions The Selftest functions are displayed in the left pane. Click on the disclosure button to hide the left pain.
Page 103 21.4.2 Confirming the screen status [Monitor Test] Confirm the screen status. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] - [Monitor Test] button on the menu. When the color or pattern of the dialog is clicked on, the color or pattern is displayed on the screen.
Page 104 Pattern list Pattern button name Display All Red The entire screen is displayed in red. All Green The entire screen is displayed in green. All Blue The entire screen is displayed in blue. All White The entire screen is displayed in white. Pattern4 Displays the pattern for checking the communication quality for VDR.
Page 105 Pattern button name Display Pattern5 Displays the pattern for checking the communication quality for VDR. Pattern6 Displays the pattern for checking the communication quality for VDR. Gray Scale Displays the grey scale pattern for checking the monitor brightness adjustment. Grey scale patterns can be identified with brightness in day/night mode.
Page 106 Pattern button name Display S-57 Color Pattern A color test pattern of the S57 chart is displayed. By identifying the color pattern, the S57 chart display status can be verified. A color pattern can be displayed in Day/Night mode. Use the Day/Night button on the right Toolbar for switching between the day and night mode.
Page 107 21.4.3 Confirming the operation of the operation unit [Key Test] Confirm the operation of the keys of the operation unit. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] - [Key Test] button on the menu. Click on the [Key Test Start] button.
Page 108 Operate the keys, buttons and dials in the operation unit. If the performance of the operation unit is normal, the colors of the keys, buttons and dials are changed. Click on the [Key Test Stop] button after the operation check. Returns to the [Selftest] dialog box.
Page 109 21.4.5 Testing the brightness of LED [Light Test] Test the brightness of the LED of the operation unit. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] - [Light Test] button on the menu. Click on the [Light Test Start] button.
Page 110 21.4.6 Checking the magnetron current level of the radar [Magnetron Curr.] This function is used to check the magnetron current level of the radar. This function is displayed only when the magnetron radar antenna is connected. Click on the [Menu] button on the left Toolbar. The menu is displayed.
Page 111 21.4.7 Checking the memory [Memory Check] Check the memory. Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] - [Memory Check] button on the menu. Click on the [Memory Check Start] button. Memory checking starts and the checking result is displayed on the [Result] list.
Page 112 21.4.8 Checking the performance monitor status This function is used to check the condition of the radar performance monitor. Items displayed under this function vary depending on the type of the radar antenna. When magnetron radar is used, the following dialog box appears. For the details of this dialog box, refer to "21.4.8.1 MON Check".
Page 113 21.4.8.1 MON Check Click on the [Menu] button on the left Toolbar. The menu is displayed. Click on the [Maintenance] - [Selftest] - [MON Check] button on the menu. [1] [X] button Click on this button to close the [Diagnosis] dialog box. [2] [Transmitter System] The amount of attenuation at the radar transmitter is displayed in a bar graph as well as in a numerical value [dB].
Page 114 Checking a performance monitor status In case of equiped with Interswitch function (Option) To check the performance with the performance monitor, set the interswitch connection to straight (i.e. No. 1 radar antenna is connected to No. 1 display unit). Adjust VRM to the farthest edge of the performance monitor pattern.
Page 115 -3dB or lesser, it is indicates that performances of the transmitter/receiver unit are degrading. In this case, inspection by the specialized service personnel is required. Contact our dealer, the nearest service representative or JRC sales. 21.4.8.2 MON Check (SSR) Click on the [Menu] button on the left Toolbar.
Page 116 -7dB or lesser, it is indicates that performances of the transmitter/receiver unit are degrading. In this case, inspection by the specialized service personnel is required. Contact our dealer, the nearest service representative or JRC sales. 21.4.9 Cleaning the lens of the DVD drive Insert the supplied lens cleaner CD into the DVD drive.
Page 117 When the cleaning completion dialog box appears, click on the [OK] button. Remove the supplied lens cleaner CD. Note It is recommended that the DVD drive is cleaned at least once a month. If the lens becomes dirty, it may not be possible to read data from a CD/DVD, or else it may not be possible to install a chart or an update.
Page 118 21.5 Replacement of Major Parts The system includes parts that need periodic replacement. The parts should be replaced as scheduled. Use of parts over their service life can cause a system failure. Turn off the main power source before inspecting and replacing parts. Otherwise, an electric shock or trouble may be caused.
Page 119 Replacement kit Part type Name Part name Life expectancy type NKE-1125/A X band radar Magnetron 4,000 hours 5VMAA00106 antenna Motor 10,000 hours MDBW10822 Fan for 20,000 hours 7BFRD0002 magnetron FAN for 20,000 hours 7BFRD0002 modulation NKE-1129 X band radar Motor 10,000 hours MDBW10822 antenna...
Page 120 21.5.2 Replacement of magnetron When replacing magnetrons, make sure to shut off the main power and let the equipment stand for more than 5 minutes to discharge the high-voltage circuit. Failure may result in electric shock. Make sure to take off your watch when your hand must get close to the magnetron.
Page 121 21.5.2.2 Magnetron replacement procedure for radar antenna NKE-1130/A Turn Off the safety switch of the radar antenna. When replacing a magnetron, ensure that the safety switch of the radar antenna is turned Off prior to commencing the replacement work. The safety switch is located on the rear (stern) side of the radar antenna.
Page 122 Replace the magnetron. To detach the cables to which the magnetron is connected, remove the Magnetron two screws (M4×12) holding the cables. Use caution not to lose the screws after removing them. Cable: Yellow Two screws Cable: Green The magnetron is secured in place with a special metal fitting.
Page 123 21.5.2.3 Magnetron replacement procedure for radar antenna NKE-1125/A、NKE-2254-HS Turn Off the safety switch of the radar antenna. When replacing a magnetron, turn Off the safety switch of the radar antenna. Turn off the safety switch located on the bottom of the stern side of the radar antenna.
Page 124 Replace the magnetron. Magnetron cover Loosen the screws (M4×10) at four positions to remove the magnetron cover. Remove the screws (M4×12) at two positions and detach the magnetron cables. Four screws Use a shielded screwdriver for Four screws Magnetron this work. Contact with metal (tools) can cause performance degradation in the magnetron.
Page 125 21.5.2.4 Magnetron replacement procedure for radar antenna NKE-2103、NKE-2103HS Turn off the antenna safety switch. When replacing a motor, make sure to first turn off the antenna safety switch. The switch is at the rear bottom of the antenna. Turn off the switch. Safety switch Remove the bolts and open the top cover.
Page 126 Remove the cable. Loosen the screws (four M4 screws), Slide the cover. remove the transmitter-receiver unit cover, remove cables connected to the transmitter-receiver unit (ten cables). Slide the cover of the transmitter-receiver unit to remove Loosen the four screws. Remove the transmitter-receiver. Slide the unit.
Page 127 Replace the magnetron. Remove the screws (six M4 screws) holding the magnetron in place and Remove the six Nut plate replace the magnetron. screws. Use a shielded secrewdriver because the contact of the metal tool with the magnetron causes deterioration of its performance.
Page 128 21.5.2.5 Magnetron replacement procedure for transmitter-receiver unit NTG-3230 Remove the cover of the transmitter-receiver unit. Loosen the four screws designed to be protected from falling out, and remove the cover. The fall protected screws have slotted heads. Use a slotted screwdriver for this work.
Page 129 Replace the magnetron. Remove the screws (M4×12) holding the cables at two positions, and detach the cables. Modulator Use a shielded screwdriver for this work. Contact with metal (tools) can cause performance degradation in the magnetron. screws Magnetron Remove the bolts (M6×25) holding the magnetron in place at eight positions, and demount the metal fitting and magnetron.
Page 130 21.5.2.6 Magnetron replacement procedure for transmitter-receiver unit NTG-3225 Remove the cover of the transmitter-receiver unit. Loosen the screws designed to be protected from falling out at four positions, and remove the cover. The fall protected screws have slotted heads. Use a slotted screwdriver for this work.
Page 131 Demount the modulator. Upset head bolt Loosen the upset head bolt (M4×12) and slide down the fastening fitting to remove it. Loosen the inside screws of the modulator at four positions. (Removing the outside screws makes it possible to slide the modulator.) Four inside screws Fastening fitting Loosen the outside screws (M4×12)
Page 132 Replace the magnetron. Loosen the screws (M4×10) at six Six screws positions and remove the modulator cover. Remove the screws (M4×12) holding Two screws Cables the cables at two positions, and detach the cables. Cable: Green Cable: Yellow Use a shielded screwdriver for this work.
Page 133 21.5.3 Replacing the motor Note Replacement of motor must be made by specialized service personnel. For details, refer to Service Manual. After replacement, connect the lead wire correctly. 21.5.3.1 Motor replacement procedure for radar antenna NKE-1130/A、NKE-1139 Turn Off the safety switch of the radar antenna. When replacing a motor, ensure that the safety switch of the radar antenna is turned Off...
Page 134 Remove the motor cable. The motor driver unit is located on the right side (starboard side). The motor driver is secured in place with screws (M5×12) at four positions. Demount the motor driver unit and detach the motor cables connected to the driver circuit on the back of the driver unit.
Page 135 Remove the motor. Apply grease to the gear wheel of the new motor. Install the new motor in the radar antenna. Fasten the hexagon head bolts with proper torque (350 kgfcm) to ensure that none of the bolts is left without being tightened or tightened too loosely.
Page 136 21.5.3.2 Motor replacement procedure for NKE-1632 Remove the cover. When replacing a motor, ensure that the safety switch of the radar antenna is turned Off prior to commencing the replacement work. Exercise care not to lose bolts, screws and other parts removed from the radar antenna, as they will be used again in later steps.
Page 137 Replace the motor. [Starboard side] Unscrew the M10 bolts at two Two M10 bolts Starboard side positions. Motor [Port side] Detach the motor cables connected to the motor driver. Port side Motor Motor driver unit Remove the M10 bolts at two positions and pull the motor carefully to demount it.
Page 138 21.5.3.3 Motor replacement procedure for radar antenna NKE-2632/ NKE-2632-H Remove the cover. When replacing a motor, ensure that the safety switch of the radar antenna is turned Off prior to commencing the replacement work. Exercise care not to lose bolts, screws and other parts removed from the radar antenna, as they will be used again in later steps.
Page 139 (Port side) Detach the motor cable. * In case of NKE-2632-H * In case of NKE-2632-H Port side Demount the HS motor driver unit. [Port side] Detach the cables connected to the HS motor driver unit. Remove the M5 screws at four positions and demount the motor driver unit.
Page 140 Loosen the M4 bolt and fix the Starboard side power IF circuit unit with the unit Motor Loosen M4 bolt. open. Power IF circuit unit Replace the motor. [Starboard side] Starboard side Two M10 bolts Remove the M10 bolts at two positions.
Page 141 [Port side] Port side Two M10 bolts Remove the M10 bolts at two positions and pull the motor to demount it. Apply grease to the gear wheel of the replacement motor prior to installation. Install the new motor in the radar antenna.
Page 142 21.5.3.4 Motor replacement procedure for radar antenna NKE-1125/A、NKE-1129、NKE-1696 Turn Off the safety switch of the radar antenna. When replacing a motor, ensure that the safety switch of the radar antenna is turned Off prior to commencing the replacement work. Turn Off the safety switch located on the bottom of the stern side of the radar antenna.
Page 143 Remove the cover. Detach the motor cables connected to the motor control power circuit. Motor control power circuit Replace the motor. The motor is secured in place with Four hexagon head bolts hexagon head bolts (M8×20, SW + W assembled) at four positions. Remove the four hexagon head bolts.
Page 144 Set a mounting plate on a replacement Motor Motor mounting plate motor. Remove a motor mounting plate from the motor demounted from the radar antenna. The mounting plate is secured to the motor with stainless steel hexagon head bolts (M8×30, SW + W assembled) at four positions.
Page 145 Install the cover. Before installing the cover on the radar antenna, check to confirm that there are no deformations, cracks or other abnormalities in the packing of the cover. Remove any foreign matters, dust or other contaminants if found. Secure the cover in place with hexagon head bolts (M8) at four positions.
Page 146 21.5.3.5 Motor replacement procedure for radar antenna NKE-2254-HS Turn off the antenna safety switch. When replacing a motor, make sure to first turn off the antenna safety switch. The switch is at the rear bottom of the antenna. Turn off the switch. Safety switch Remove the cover.
Page 147 Replace the motor. Hexagon bolts (4 places) The motor is fixed with 4 hexagon bolts (M8 x 20 SW W, embedded type). Remove all the hexagon bolts (4 pieces). Motor Protrusions for adjusting the motor position Remove the motor. The motor weighs about 6 kg. Handle it carefully.
Page 148 Place the motor in the antenna. Press motor against protrusions from the arms of the case, and adjust its position to minimize the backlash. Make sure to properly tighten all the Hexagon bolts (4 places) hexagon bolts at the optimal torque Torque wrench (140 kgf·cm) (140 kgf·cm).
Page 149 21.5.3.6 Motor replacement procedure for radar antenna NKE-2103、 NKE-2103-HS Turn off the antenna safety switch. When replacing a motor, make sure to first turn off the antenna safety switch. The switch is at the rear bottom of the antenna. Turn off the switch. Safety switch Remove the bolts and open the top cover.
Page 150 Remove the cable. Slide the cover. Loosen the screws (four M4 screws), remove the transmitter-receiver unit cover, remove cables connected to the transmitter-receiver unit (ten cables). Slide the cover of the transmitter-receiver unit to remove Loosen the four screws. Remove the transmitter-receiver. Slide the unit.
Page 151 Replace the motor. Remove the hexagon bolts (M6, at 4 places) and then remove the motor. Apply grease to the gears of the new motor, and bolt the new motor. Remove the four bolts. Tighten the hexagonal bolts using a torque wrench (72 kgf·cm).
Page 152 21.6 Software Update This section describes software update of this equipment. Note When software update starts, the tasks that are active are automatically terminated. Complete the necessary operation such as saving of settings prior to the start of update. 21.6.1 Local Update Set the CD/DVD or USB flash memory containing the update data.
Page 153 A file selection dialog box appears. From the [Drive] combo box, select the drive where the updating data is stored. From the file list, select the file MFD_xx.xx.xxx.exe. MFD_xx.xx.xxx.exe is displayed in [File name]. Click the "OK" button. The update content confirmation dialog box appears. 21-79 Section 21 Maintenance &...
Page 154 Confirm the contents and click "OK". The following screen may be displayed. Note When this popup message is displayed, the chart data is deleted after completion of sofware update. Re-import the chart after completion of software update. Check the contents and click on [OK]. Installation of the update is started and the following screen is displayed.
Page 155 21.6.2 Remote Update When Enable RMS of the menu is valid, if you need ［service］－［Installation］－［Settings］－［RMS］ to update the software, the installer will be downloaded automatically from the RMS server. You can use this installer to update the software. Memo Once a day, at 12:00 automatically check the version of the updater on the RMS server to see if software update is necessary, and if it needs updating, download it.
Page 156 Click on the [Menu] button on the left Tool Bar. The menu is displayed. Change over to the second page using the page switching button, and click [Maintenance] - [Software Update]. The [Software Update] dialog box appears. Click on the [Software Update] button. A file selection dialog box appears.
Page 157 Check "Use the file from the RMS server.". Click the [OK] button. The update content confirmation dialog box appears. Confirm the contents and click "OK". The following screen may be displayed. Note When this popup message is displayed, the chart data is deleted after completion of sofware update.
Page 158 Check the contents and click on [OK]. Installation of the update is started and the following screen is displayed. Wait for some time until the installation is completed. Note This equipment may restart during installation. At completion of installation, the following screen is displayed. Switch OFF the power supply of this equipment.
Page 159 21.7 Firmware Update Explain firmware update of this product. Note When the firmware update is started, the active task is automatically terminated. Please complete necessary operations, such as saving settings, before updating starts. Click on the [Menu] button on the left Tool Bar. The menu is displayed.
Page 160 A file selection dialog box appears. USB Operation Unit Select this when updating the firmware of the USB operation unit. Carrier Board Select this when updating the companion's firmware. Click the [OK] button. Firmware update is started and a popup is displayed. Section 21 Maintenance &...
Page 161 When the update is completed, the following screen will be displayed. Switch OFF the power supply of this equipment. Restart this equipment. 21-87 Section 21 Maintenance & Inspection...
Page 162 21.8 Updating Help Data This section describes updating of help data of this product. Note • Help data is classified to the data for RADAR, data for ECDIS, and data for Conning Display. To display help information on each of the RADAR screen, ECDIS screen, and Conning Display screen, install the help data for each display.
Page 163 A file selection dialog is displayed. [Drive] combo box Folder tree File list Select the drive containing update data from the [Drive] combo box. Select the folder containing update data from the folder tree and check the file to be updated from the file list.
Page 164 When installation is completed, the following screen is displayed. Click the [OK] button. Memo • When the [Cancel] button is clicked during installation, installation of subsequent files is cancelled after the installation of the file that is currently being installed is completed. •...
Page 165 21.9 Confirming Maintenance INFO 21.9.1 Screen items/fields and their function Maintenance INFO can be confirmed. Click on the [Menu] button on the left Tool Bar. The menu is displayed. Click on the [Maintenance] - [Maintenance INFO] button on the menu. The screen can be switched to either the standard window or the expanded window.
Page 166 (1) Number of pieces of maintenance information The number of pieces of maintenance information being generated is displayed. (2) Active page information Up to twenty pieces of maintenance information can be displayed on a page. If maintenance information exceeds 20 pieces and is displayed over multiple pages, the pages are switched by operating the page change buttons.
Page 167 (4) Detailed maintenance information Details of the currently selected maintenance information are displayed.  button  button Information Description Cause The cause of the maintenance information is displayed. Raised(UTC) The generation time and date (UTC) of the maintenance information is displayed. Rectified(UTC) The resolution time and date (UTC) of the maintenance information is displayed.
Page 168 21.9.2 Switching to the standard window or the expanded window The Maintenance INFO screen can be switched to either the standard window or the expanded window. To switch to the expanded window, click the list expansion button. To switch to the standard window, click the list standard button. List standard button List expansion button [Example of expanded window]...
Page 169 [Example of standard window] Scroll bar [Detail] button The standard window includes the list screen and the details screen. To switch to the details screen, click the [Detail] button. Then, the [Detail] button turns into the [List] button. To switch to the list screen, click the [List] button. If the screen contents do not fit in the screen width, the scroll bar is displayed.
Page 170 21.9.3 Exporting maintenance information Maintenance information can be exported as a CSV file to USB memory. Information to be exported is that in the Cause, Raised(UTC), Rectified(UTC), and Detail fields. Click the [Export] button on the Maintenance INFO screen. The "Export" dialog box will appear. Specify the Drive (name of the drive for the USB memory) to which information is exported, Folder, and File Name.
Page 171 21.10 Data Backup/Restore Do not turn off the power supply during backup/restore. Otherwise, a function fault occurs, leading to the possibility of an accident. Do not back up data during sailing. To start backup data, the radar application must be terminated. Otherwise, observation using a radar is disabled, leading to the possibility of an accident.
Page 172 Click on the [Data Backup] tab. Drive selection combo box [Data Type] combo box [Start] button Select a drive of the data backup destination from the drive selection combo box. Select the type of the data to be backed up in the [Data Type] combo box. All: The entire user data is backed up.
Page 173 21.10.2 Restoring backed up data Use the following procedure to restore backed up data into this equipment. Connect the external medium (USB memory, etc.) in which backup data has been saved. Press the power supply button of the operation unit. The power supply button is lit.
Page 174 Click on the [Start] button. A confirmation dialog is displayed. Click on the [OK] button. Restoration of data from the drive that was selected from the drive selection combo box to the hard disk of this equipment starts. If data already exists in the hard disk, an overwriting confirmation dialog is displayed. To start restoration, click the [OK] button.
Page 175 21.11 Recovery of the Images in the C Drive The backup power supply (DC power supply, etc.) of the equipment must be connected when recovery of the C drive image is performed. If the power supply stops during recovery, an accident may occur. Do not turn off the power supply during recovery of the C drive image.
Page 176 21.11.1 Starting the equipment with the OS in the D drive Start this equipment with OS in the D drive by using the following procedure. Turn on the power supply of this equipment while pressing the [SILENCE] key and the [ZOOM OUT] key of the trackball operation unit simultaneously.
Page 177 Note Since the equipment is started from the D drive, the usual C drive is displayed as the D drive and the usual D drive is displayed as C drive. Therefore, note this point when selecting an image file. Click on the [OK] button. Image file write-back operation starts.
Page 178 After completion of recovery, the following screen is displayed. System Recovery succeeded. Turn the power off and on again. C-MAP charts has been initialized. Set up the setting of the C-MAP charts. Turn off the power supply of this equipment by pressing the power button of the operation unit.
Page 179 Section 22 Failures and After-Sale Services 22.1 Failure Detection Semiconductor circuits can be considered to be almost free from defective semiconductors and/or performance deterioration except when there are design and inspection errors, or external and human induced causes. Generally, the causes of comparably frequent failures include line disconnection due to humidity of the high resistor, failure of the variable resistor as well as contact failures of switches and relays.
Page 180 22.1.5 Fuse inspection Because there is a specific cause for any fuse meltdown, it is necessary to check the related circuits even if there is no abnormality after changing a fuse. However, please give consideration that the fuse meltdown characteristics vary significantly. The following table shows a list of the fuses used in this unit.
Page 181 22.2 Countermeasures for Failures Because radar equipment is composed of complex circuits, please ask a qualified technician for repair or instructions regarding countermeasures in case of failure. Note that failures may be caused by the following causes, so check them during inspection or repair of failure.
Page 182 [III] NKE-1130/A (JMR-9230-S) Part No. Item Name Model Name Manufacturer Location of Use Code V101 Magnetron CMG-348 New Japan Radio Radar antenna CMG348 A101 Circulator NJC3316 New Japan Radio Radar antenna 5AJBV00008 A301 Diode limiter NJS6318 New Japan Radio Radar antenna 5ATBT00005 [IV] NTG-3230 (JMR-9230-S3) Part No.
Page 183 22.2.2 Repair circuit block Repair Circuit Block (JMR-9225-6X/9X) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Geared motor Common to 100/220VAC MDBW10822* Encoder circuit CHT-71* Motor driver circuit NKE-1125、For 220VAC H-7EPRD0034* Motor driver circuit NKE-1125、For 100VAC H-7EPRD0035* Motor driver circuit...
Page 184 Location Circuit Block Name Model Name Remarks Display unit NWZ-208 26-inch 26-inch MNU H-7ZYNA4005 Incorporated into NWZ-208 replacement FAN kit Power supply unit NBD-913 PSU replacement FAN H-7ZYNA4007 Incorporated into NBD-913 Central control unit NDC-1590/A DVD drive CDD-754 Incorporated into NDC-1590/A CCU replacement FAN H-7ZYNA4006...
Page 185 Repair Circuit Block (JMR-9225-7X3/9X3) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Geared motor Common to 100/220VAC MDBW10822* Encoder circuit CHT-71*1 Motor driver circuit For 220VAC H-7EPRD0034* Motor driver circuit For 100VAC H-7EPRD0035* Radar antenna Brake circuit...
Page 186 Location Circuit Block Name Model Name Remarks Display unit NWZ-208 26-inch 26-inch MNU H-7ZYNA4005 Incorporated into NWZ-208 replacement FAN kit Power supply unit NBD-913 Incorporated into NBD-913 PSU replacement FAN H-7ZYNA4007 Central control unit NDC-1590/A Incorporated into DVD drive CDD-754 NDC-1590/A CCU replacement H-7ZYNA4006...
Page 187 Repair circuit block (JMR-9230-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Geared motor Common to 100/220VAC MDBW10823* Encoder circuit CHT-71* Motor driver circuit NKE-1130、For 220VAC H-7EPRD0034* Motor driver circuit NKE-1130、For 100VAC H-7EPRD0035* Motor driver circuit NKE-1130A、...
Page 188 Location Circuit Block Name Model Name Remarks Display unit NWZ-208 26-inch 26-inch MNU H-7ZYNA4005 Incorporated into NWZ-208 replacement FAN kit Power supply unit NBD-913 PSU replacement FAN H-7ZYNA4007 Incorporated into NBD-913 Central control unit NDC-1590/A Incorporated into DVD drive CDD-754 NDC-1590/A CCU replacement H-7ZYNA4006...
Page 189 Repair circuit block (JMR-9230-S3) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Geared motor Common to 100/220VAC MDBW10823* Encoder circuit CHT-71*1 Motor driver circuit For 220VAC H-7EPRD0034* Motor driver circuit For 100VAC H-7EPRD0035* Radar antenna Brake circuit...
Page 190 Location Circuit Block Name Model Name Remarks Display unit NWZ-208 26-inch 26-inch MNU H-7ZYNA4005 Incorporated into replacement FAN kit NWZ-208 Power supply unit NBD-913 PSU replacement FAN H-7ZYNA4007 Incorporated to NBD-913 Central control unit NDC-1590/A Incorporated into DVD drive CDD-754 NDC-1590/A CCU replacement H-7ZYNA4006...
Page 191 Repair circuit block (MR-9225-6XH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Geared motor DC brushless H-7BDRD0045A Encoder circuit CHT-71* Motor control circuit CBD-1779 Brake circuit CFA-257 Performance monitor NJU-85 Heater control circuit Option (100VAC) CHG-216 Power supply circuit...
Page 192 Repair Circuit Block (JMR-9210-6X/6XH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks H-7BDRD0048 Geared motor DC brushless (common to HS) Receiver modulation circuit NZK-2103 Including the CME-363A, NRG-610A, internal harness CBD-1783 Power supply circuit Radar antenna Encoder circuit CHT-71*...
Page 193 Repair circuit block (JMR-9272-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks CMN-797 TRX module Signal processing unit NDC-4920 Power supply/interface circuit CMP-493 CHT-85 Encoder NZF-100 9LG0912S4005 Radar antenna Common to Motor driver circuit CBD-1949 AC100/220V Common to...
Page 194 Repair circuit block (JMR-9282-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks TRX module CMN-797 Signal processing unit NDC-4920 Power supply/IF circuit CMP-493 Encoder CHT-85 Antenna NZF-100 9LG0912S4005 Motor driver circuit CBD-1949 Common to AC100/220V Common to AC100/220V Motor with gear...
Page 195 Repair circuit block (JMR-9282-SH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks TRX module CMN-797 Signal processing unit NDC-4920 Power supply/IF circuit CMP-493 Antenna Encoder CHT-85 NZF-100 9LG0912S4005 Motor driver circuit CBD-1950 Common to AC100/220V Motor with gear MDBW10967*...
Page 196 Repair circuit block (JMR-9296-6X/9X) * indicates a revision such as A and B Location Circuit Block Name Model Name Remarks PA module CAH-1696 TRX module CMN-897 Signal processing unit NDC-4921 Power supply/IF circuit CMP-503 Antenna Encoder CHT-85* H-7BFRD0013 9LG0912S4005 Motor driver circuit CBD-2400 Common to AC100/220V Motor with gear...
Page 197 Repair Circuit Block (JMR-7225-6X/9X) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear MDBW10822* Common to AC100/220V Encoder circuit CHT-71* Motor driver circuit NKE-1125、For AC220V H-7EPRD0034* Motor driver circuit NKE-1125、For AC100V H-7EPRD0035* Motor driver circuit NKE-1125A、...
Page 198 Location Circuit Block Name Model Name Remarks NWZ-207 19-inch Display unit H-7ZYNA4004 Incorporated into NWZ-207 19-inch MNU replacement FAN kit NWZ-214 19-inch Display unit H-7BFRD0008 Incorporated into NWZ-214 19-inch MNU replacement FAN kit NBD-913 Power supply unit H-7ZYNA4007 Incorporated into NBD-913 PSU replacement FAN kit NDC-1590/A Central control unit...
Page 199 Repair Circuit Block (JMR-7225-7X3/9X3) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear MDBW10822* Common to AC100/220V Encoder circuit CHT-71*1 Motor driver circuit For AC220V H-7EPRD0034* Motor driver circuit For AC100V H-7EPRD0035* Antenna Brake circuit...
Page 200 Location Circuit Block Name Model Name Remarks NWZ-207 19-inch Display unit H-7ZYNA4004 Incorporated into NWZ-207 19-inch MNU replacement FAN kit NWZ-214 19-inch Display unit H-7BFRD0008 Incorporated into NWZ-214 19-inch MNU replacement FAN kit NBD-913 Power supply unit H-7ZYNA4007 Incorporated into NBD-913 PSU replacement FAN kit NDC-1590/A Central control unit...
Page 201 Repair circuit block (JMR-7230-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear MDBW10823* Common to AC100/220V Encoder circuit CHT-71* Motor driver circuit NKE-1130、For AC220V H-7EPRD0034* Motor driver circuit NKE-1130、For AC100V H-7EPRD0035* Motor driver circuit NKE-1130A、...
Page 202 Location Circuit Block Name Model Name Remarks NWZ-207 19-inch Display unit H-7ZYNA4004 Incorporated into NWZ-207 19-inch MNU replacement FAN kit NWZ-214 19-inch Display unit H-7BFRD0008 Incorporated into NWZ-214 19-inch MNU replacement FAN kit NBD-913 Power supply unit H-7ZYNA4007 Incorporated into NBD-913 PSU replacement FAN kit NDC-1590/A Central control unit...
Page 203 Repair circuit block (JMR-7230-S3) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear MDBW10823* Common to AC100/220V Encoder circuit CHT-71*1 Motor driver circuit For AC220V H-7EPRD0034* Motor driver circuit For AC100V H-7EPRD0035* Antenna Brake circuit...
Page 204 Location Circuit Block Name Model Name Remarks NWZ-207 19-inch Display unit H-7ZYNA4004 Incorporated into NWZ-207 19-inch MNU replacement FAN kit NWZ-214 19-inch Display unit H-7BFRD0008 Incorporated into NWZ-214 19-inch MNU replacement FAN kit NBD-913 Power supply unit H-7ZYNA4007 Incorporated into NBD-913 PSU replacement FAN kit NDC-1590/A Central control unit...
Page 205 Repair circuit block (JMR-7225-6XH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear DC brushless H-7BDRD0045A Encoder circuit CHT-71* Motor control circuit CBD-1779 Brake circuit CFA-257 Performance monitor NJU-85 Heater control circuit CHG-216 Optional (AC100V) Power supply circuit...
Page 206 Repair Circuit Block (JMR-7210-6X/6XH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks Motor with gear H-7BDRD0048 DC brushless (shared with HS) Receiver modulation circuit NZK-2103 Including the CME-363A, NRG-610A, internal harness Power supply circuit CBD-1783 Antenna Encoder circuit...
Page 207 Repair circuit block (JMR-7272-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks TRX module CMN-797 Signal processing unit NDC-4920 Power supply/IF circuit CMP-493 Antenna Encoder CHT-85 NZF-100 9LG0912S4005 Motor driver circuit CBD-1949 Motor with gear MDBW10823* Common to AC100/220V...
Page 208 Repair circuit block (JMR-7282-S) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks TRX module CMN-797 Signal processing unit NDC-4920 Power supply/IF circuit CMP-493 Encoder CHT-85 Antenna NZF-100 9LG0912S4005 Motor driver circuit CBD-1949 Common to AC100/220V Common to AC100/220V Motor...
Page 209 Repair circuit block (JMR-7282-SH) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks TRX module CMN-797 Signal processing unit NDC-4920 Power supply/IF circuit CMP-493 Antenna Encoder CHT-85 NZF-100 9LG0912S4005 Motor driver circuit CBD-1950 Common to AC100/220V Motor MDBW10967...
Page 210 Repair circuit block (JMR-7296-6X/9X) * indicates a revision such as A and B. Location Circuit Block Name Model Name Remarks PA module CAH-1696 TRX module CMN-898 Signal processing unit NDC-4921 Power supply/IF circuit CMP-503 Antenna Encoder CHT-85* H-7BFRD0013 9LG0912S4005 Motor driver circuit...
Page 211 22.3 Troubleshooting When this equipment does not operate correctly, check the following points before asking for repairs. Consult with your nearest subsidiary company, branch office, or sales office if the problem does not get solved even after checking and correcting these points, or if there are any abnormally locations other than the following items.
Page 212 Symptom Cause Action The trackball does cannot be moved The trackball is dirty. Clean the trackball. smoothly. Although the power is supplied and the screen is displayed, the display The central control unit Make a request to the distributor for is frozen, disabling (NDC-1590/A) is abnormal.
Page 213 Symptom Cause Action AIS information is not The communication is not set Set the communication correctly. displayed. correctly. The power supply for the AIS Turn on the power supply for the AIS equipment is not turned on. equipment. The AIS equipment does not perform Check the state of the AIS positioning.
Page 214 Symptom Cause Action The azimuth of the Gyro The Gyro interface circuit (CMJ-554) compass is not is not set correctly Set the Gyro interface circuit displayed. (Case where the Gyro compass correctly according to the Gyro equipment is connected to the Gyro compass equipment.
Page 215 Symptom Cause Action Log is not displayed or Make a request to the distributor for The internal wiring is faulty. the values are not repair. displayed correctly. The central control unit Make a request to the distributor for (NDC-1590/A) is faulty. repair.
Page 216 Symptom Cause Action Wind direction/wind speed The communication is not set Set the communication correctly. (anemoscope/anemometer) correctly. data is not displayed. The power supply for the Turn on the power supply for the anemoscope/anemometer is not anemoscope/anemometer. turned on. Check the connection with the anemoscope/anemometer.
Page 217 Symptom Cause Action Sensor signals are not The communication is not set Set the communication correctly. displayed. correctly. The power supply for the sensor Turn on the power supply for the equipment is not turned on. sensor equipment. Check the connection with the sensor equipment.
Page 218 Symptom Cause Action Contact signals are not The power supply for the serial-LAN output. interface circuit (CMH-2370) is not turned on. Turn on the power supply for the (Case where contact signal output serial-LAN interface circuit. is acquired from the serial-LAN interface circuit) The serial-LAN interface circuit (CMH-2370) is faulty.
Page 219 Symptom Cause Action The radar antenna is not Make a request to the distributor for The internal wiring is faulty. acknowledged. repair. The central control unit Make a request to the distributor for (NDC-1590/A) is faulty. repair. The power is not supplied The connection with the radar Check the connection with the radar to the radar antenna.
Page 220 Symptom Cause Action The preheat count down The connection with the radar Check the connection with the radar of the radar antenna is antenna is abnormal. antenna. not displayed. Set the safety switch of the radar antenna to ON. [Note] For operating the safety switch of the The safety switch of the radar radar antenna, always request the...
Page 221 Symptom Cause Action The radar antenna does The connection with the radar Check the connection with the radar not rotate even if the antenna is abnormal. antenna. [Transmit] button is Set the safety switch of the radar pressed. antenna to ON. [Note] For operating the safety switch of the The safety switch of the radar...
Page 222 Symptom Cause Action The radar antenna does The radar interface circuit Make a request to the distributor for not rotate even if the (CQD-2273) is faulty. repair. [Transmit] button is Make a request to the distributor for The internal wiring is faulty. pressed.
Page 223 Symptom Cause Action Radar images cannot be Replace the magnetron. tuned. [Note] The magnetron is deteriorated For magnetron replacement, always significantly. request the work to the specialized (Case where an radar antenna that service person. Before starting the uses a magnetron is connected) work, turn off the power supply of the display unit.
Page 224 Symptom Cause Action If the power supply is turned off, the trail data is The central control unit Make a request to the distributor for cleared without being (NDC-1590/A) is faulty. repair. stored. Radar images cannot be The radar overlay option license Install the radar overlay option superimposed.
Page 225 Network failure has been detected. This system is A network failure occurred. operating under restricted mode. Contact JRC or JRC service agent. To restart this system, click the OK button at safe waters. The following popup Make a request to the distributor for window is displayed.
Page 226 22.4 After-Sale Services 22.4.1 About the retaining period of service parts The retaining period of the performance-critical parts for servicing this product (parts required to maintain the functionality of the product) is 10 years after the discontinuation of production. 22.4.2 When requesting a repair If you suspect a failure, please read "22.3 Trouble shooting"...
Page 227 Radar Failure Checklist [Important] Before ordering a repair, please check and fill in the following items and then contact the applicable repair office. If there are unknown items, please contact the ship and fill in as accurate as possible. Ship Name: ____________________ Phone: _____________ Fax: _________________ Integrated Radar Model Name: JMR- ___________________...
Page 228 22.4.4 Extending the functions The functions that are available for this equipment can be extended. To extend a function, new license information (file) must be obtained and imported to this equipment. For function extension, please request to our sales department or our branch office, sales office, or agent near your premises.
Page 229 Click on the [Browse] button. The [System] dialog is displayed. [File Name] combo box Select the name of the license file (example: JRCMFD.lcn) that is stored in the USB flash memory from the [File Name] combo box and click on the [OK] button. The [System] dialog is closed.
Page 230 Section 22 Failures and After-Sale Services 22-52...
Page 231 Section 23 About Disposal 23.1 About Disposal of This Equipment When disposing of this equipment, follow the regulations and/or rules of the local regulatory authority which has control over the location of disposal. 23.2 About Disposal of Used Magnetrons A magnetron is used in the radar antennas (NKE-1125/1130/2254/2103) and the transmitter/receiver unit (NTG-3230/3225) of this equipment.
Page 232 23.4 Chinese Version RoHS 有毒有害物质或元素的名称及含量 (Names & Content of toxic and hazardous substances or elements）形式名(Type): JMR-7200,9200 Series 名称(Name): RADAR 有毒有害物质或元素 (Toxic and Hazardous Substances and Elements) 部件名称 (Part name) 铅汞镉六价铬多溴联苯多溴二苯醚 (Pb) (Hg) (Cd) (Cr6+) (PBB) (PBDE) 雷达天线单元...
Page 233 Section 24 Specifications 24.1 JMR-9230-S3 GENERAL SPECIFICATION JMR-9230-S3 Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 234 24.2 JMR-9230-S GENERAL SPECIFICATION JMR-9230-S Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 235 24.3 JMR-9225-9X3 GENERAL SPECIFICATION JMR-9225-9X3 Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 236 24.4 JMR-9225-7X3 GENERAL SPECIFICATION JMR-9225-7X3 Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 237 24.5 JMR-9225-9X GENERAL SPECIFICATION JMR-9225-9X Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 238 24.6 JMR-9225-6X GENERAL SPECIFICATION JMR-9225-6X Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 239 24.7 JMR-9225-6XH GENERAL SPECIFICATION JMR-9225-6XH Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 240 24.8 JMR-9210-6X GENERAL SPECIFICATION JMR-9210-6X Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 241 24.9 JMR-9210-6XH GENERAL SPECIFICATION JMR-9210-6XH Class of emission Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 242 24.10 JMR-9272-S GENERAL SPECIFICATION JMR-9272-S Class of emission P0N, Q0N Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 243 24.11 JMR-9282-S GENERAL SPECIFICATION JMR-9282-S Class of emission P0N, Q0N Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 244 24.12 JMR-9282-SH GENERAL SPECIFICATION JMR-9282-SH Class of emission P0N, Q0N Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 245 24.13 JMR-9296-9X GENERAL SPECIFICATION JMR-9296-9X Class of emission P0N, Q0N Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 246 24.14 JMR-9296-6X GENERAL SPECIFICATION JMR-9296-6X Class of emission P0N, Q0N Display Color Raster Scan Screen 26inch Wide LCD (Effective diameter of RADAR: more than 320mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 247 24.15 JMR-7230-S3 GENERAL SPECIFICATION JMR-7230-S3 Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 248 24.16 JMR-7230-S GENERAL SPECIFICATION JMR-7230-S Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 249 24.17 JMR-7225-9X3 GENERAL SPECIFICATION JMR-7225-9X3 Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 250 24.18 JMR-7225-7X3 GENERAL SPECIFICATION JMR-7225-7X3 Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 251 24.19 JMR-7225-9X GENERAL SPECIFICATION JMR-7225-9X Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 252 24.20 JMR-7225-6X GENERAL SPECIFICATION JMR-7225-6X Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 253 24.21 JMR-7225-6XH GENERAL SPECIFICATION JMR-7225-6XH Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 254 24.22 JMR-7210-6X GENERAL SPECIFICATION JMR-7210-6X Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 255 24.23 JMR-7210-6XH GENERAL SPECIFICATION JMR-7210-6XH Class of emission Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 256 24.24 JMR-7272-S GENERAL SPECIFICATION JMR-7272-S Class of emission P0N, Q0N Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 257 24.25 JMR-7282-S GENERAL SPECIFICATION JMR-7282-S Class of emission P0N, Q0N Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 258 24.26 JMR-7282-SH GENERAL SPECIFICATION JMR-7282-SH Class of emission P0N, Q0N Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 35m Bearing Accuracy Less than 1°...
Page 259 24.27 JMR-7296-9X GENERAL SPECIFICATION JMR-7296-9X Class of emission P0N, Q0N Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 260 24.28 JMR-7296-6X GENERAL SPECIFICATION JMR-7296-6X Class of emission P0N, Q0N Display Color Raster Scan Screen 19inch Wide LCD (Effective diameter of RADAR: more than 250mm) Range Scale 0.125/0.25/0.5/0.75/1.5/3/6/12/24/48/96 NM Range Resolution Less than 30m Minimum Detection Range Less than 40m Bearing Accuracy Less than 1°...
Page 261 24.29 NKE-1139 GENERAL SPECIFICATION NKE-1139 Dimension Height 791 × Swing Circle 4000 (mm) Mass Approx. 150kg Polarization Horizontal Horizontal beam width: 1.9° Vertical beam width: 25° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 262 24.30 NKE-1130/A GENERAL SPECIFICATION NKE-1130/A Dimension Height 791 × Swing Circle 4000 (mm) Mass Approx. 180kg Polarization Horizontal Horizontal beam width: 1.9° Vertical beam width: 25° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 263 24.31 NKE-1129 GENERAL SPECIFICATION NKE-1129-7 Dimension Height 536 × Swing Circle 2270 (mm) Mass Approx. 51kg Polarization Horizontal Horizontal beam width: 1.0° Vertical beam width: 20° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 264 24.32 NKE-1125/A GENERAL SPECIFICATION NKE-1125/A-9 Dimension Height 536 × Swing Circle 2825 (mm) Mass Approx. 60kg Polarization Horizontal Horizontal beam width: 0.8° Vertical beam width: 20° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 265 24.33 NKE-2254-6HS GENERAL SPECIFICATION NKE-2254-6HS Dimension Height 536 × Swing Circle 1910 (mm) Mass Approx. 55kg Polarization Horizontal Horizontal beam width: 1.2° Vertical beam width: 20° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 48 rpm Power Supply for Motor 24VDC Maximum Wind Velocity...
Page 266 24.34 NKE-2103 GENERAL SPECIFICATION NKE-2103-6 Dimension Height 458 × Swing Circle 1910 (mm) Mass Approx. 36kg Polarization Horizontal Horizontal beam width: 1.2° Vertical beam width: 20° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 27 rpm Power Supply for Motor 24VDC Maximum Wind Velocity...
Page 267 24.35 NKE-1632 GENERAL SPECIFICATION NKE-1632 Dimension Height 791 × Swing Circle 4000 (mm) Mass Approx. 160kg Polarization Horizontal Horizontal beam width: 1.9° Vertical beam width: 25° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 268 24.36 NKE-2632、NKE-2632-H GENERAL SPECIFICATION NKE-2632 Dimension Height 720 × Swing Circle 2770 (mm) Mass Approx. 85kg Polarization Horizontal Horizontal beam width: 2.7° Vertical beam width: 25° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm 100 to 115VAC, 50/60Hz 1φ...
Page 269 24.37 NKE-1696 GENERAL SPECIFICATION NKE-1696-9 Dimension Height 507 × Swing Circle 2810 (mm) Mass Approx. 58kg Polarization Horizontal Horizontal beam width: 0.8° Vertical beam width: 20° below -26dB (within ±10°) Side lobe level: below -30dB (outside ±10°) Revolution Approx. 24 rpm Power Supply for Motor 100 to 115VAC, 50/60Hz 1φ...
Page 270 24.38 NTG-3230 GENERAL SPECIFICATION NTG-3230 Dimension Width 615 × Depth 365 × Height 615 (mm) Structure Wall mount, Drip Proof Mass Approx. 33kg Transmitting Frequency 3050 ±20MHz Transmitting Power 30kW ±50% Transmitting Tube Magnetron [M1555] SP1: 0.07μs/2250Hz (0.125NM, 0.25NM, 0.5NM, 0.75NM, 1.5NM) MP1: 0.2μs/2250Hz (0.75NM, 1.5NM, 3NM, 6NM, 12NM) MP2: 0.3μs/1900Hz (1.5NM, 3NM, 6NM, 12NM) TX Pulse width / Repetition Frequency...
Page 271 24.40 NJU-84 GENERAL SPECIFICATION NJU-84 Dimension Width 130 × Depth 180 × Height 70 (mm) Mass 0.7kg Operating Frequency 3050 ±30MHz 24.41 NJU-85 GENERAL SPECIFICATION NJU-85 Dimension Width 130 × Depth 149 × Height 70 (mm) Mass 0.7kg Operating Frequency 9410 ±30MHz 付録...
Page 272 24.42 Display Unit <Radar function> FUNCTIONAL SPECIFICATION View Range Scale 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96NM Motion mode TM (True Motion) display/(RM (Relative Motion) display Relative motion mode: North UP/Course UP/Head UP/Waypoint UP Bearing display mode True motion mode: North UP/Course UP/Head UP/Waypoint UP Constaview Off Center...
Page 273 XDR > MMB > MDA Humidity XDR > MHU > MDA VDM, VDO Alert ACN, HBT NAVTEX NRX or JRC format Azimuth/distance to the destination RMB > BWC > BWR (Plotter option) Water current Transmittable signals RADAR system data Own ship data...
Page 274 <ECDIS function> FUNCTIONAL SPECIFICATION View Scale 1:1,000–1:40,000,000 (19 inch) 1:1,000–1:30,000,000 (26 inch) Range 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96NM Motion mode TM (True Motion) display/(RM (Relative Motion) display Electronic Bearing Line (EBL) Relative motion mode: North UP/Course UP/Head UP/Waypoint UP True motion mode: North UP/Course UP/Head UP/Waypoint UP View mode Zoom area selection...
Page 275 AIS target data TTM, TLL, TTD Alert ACN, HBT NAVTEX NRX or JRC format Azimuth/distance to the destination RMB > BWC > BWR (Plotter option) Water current Automatic sailing and Track control (Can be received during automatic sailing or track control)
Page 276 24.43 Target Tracking FUNCTIONAL SPECIFICATION Acquisition Acquisition Mode Manual/AUTO (AUTO mode uses Auto-acquisition Zone) Manual Cancellation Any one Target or All targets at once Acquisition Range 0.1NM to 32NM (Available in all range scale) Tracking Number of Target 100 targets Tracking Range 0.1NM to 32NM (Available in all range scale) View...
Page 277 24.44 AIS FUNCTIONAL SPECIFICATION Activation Acquisition Mode Manual/AUTO (AUTO mode uses Auto-acquisition Zone) Manual Cancellation Any one Target Presentation Number of Target (Sleeping and activated ) 500 [475] targets (Option: 1000 [950])*1 No. targets processed 1024 targets True / Relative Display Number of Dots --- 10 points Past Position Display Interval Time --- 0.5 / 1 / 2 / 4 min...
Page 278 NDC-1590/A: Central Control Unit Intel Core i5 2515E 2.5GHz (NDC-1590) / CPU Intel Core i3 6100E 2.7GHz (NDC-1590A) Main Memory 2GB (DDR3, NDC-1590) / 4GB (DDR4, NDC-1590A) JRC ASIC Mechanical Dimension Width 400 × Depth 240 × Height 125 (mm) Mass 5.6kg...
Page 279 24.46 Power Supply Unit GENERAL SPECIFICATION NBD-913: Power Supply Unit AC Input 100 to 115VAC, 50/60Hz 1φ Voltage 220 to 240VAC, 50/60Hz 1φ Voltage Range 85 to 264VAC Overvoltage Protection 295VAC ±2V Input Current Max 6.8A(100VAC) / 3.4A(220VAC) Over current Protection DC Input Voltage 24VDC...
Page 280 24.47 Trackball Operation Unit GENERAL SPECIFICATION NCE-5605: Trackball Operation Unit Pointing Device 2inch Trackball Click Button 2-buttons (Left and Right) USB I/F Speaker Keys SILENCE/ALERT ACK/ZOOM IN/ZOOM OUT Knob Multi Function Knob Cable Length Up to 5m (Up to 30m when using the extended option) Mechanical Dimension Width 130 ×...
Page 281 24.49 19inch Display (NWZ-214) GENERAL SPECIFICATION NWZ-214 : Display Screen Size 19inch Aspect Ratio Full Resolution 1280×1024 Supported format 1280×1024,1280×960,1024×768,800×600,640×480,720×400 Dot Pitch 0.294mm Viewing Area 376.32mm × 301.06mm Display Colors 16.77 million colors Contrast Ratio 2000:1 Viewing Angles (H / V) 178°/ 178°...
Page 282 24.50 26inch Display GENERAL SPECIFICATION NWZ-208: Display Screen Size 26inch Aspect Ratio 16:10 Full Resolution 1920×1200RB 1920×1200RB,1680×1050,1680×1050RB,1600×1200,1600×1200RB, Supported format 1280×1024,1024×768,800×600,640×480 Dot Pitch 0.2865mm Viewing Area 550.08mm × 343.8 mm Display Colors 16.77 million colors Contrast Ratio 1500:1 Viewing Angles (H / V) 176°...
Page 283 24.51 Keyboard OPU GENERAL SPECIFICATION NCE-5625: Keyboard Operation Unit PC Keyboard Layout QWERTY Pitch 15mm Stroke Dedicated Keys HOME, TX/STBY, PI, DISP OFF, AZ, PANEL, DAY/NIGHT, MOB, Keys USER1, USER2 Knobs EBL, VRM, SEA, RAIN, GAIN Mechanical Dimension Width 270 × Depth 210 × Height 30 (mm) Mass 0.8kg Environment...
Page 284 24.54 Sensor LAN Switch Unit GENERAL SPECIFICATION NQA-2443: Sensor LAN switch unit Technology Standards IEEE802.3, 802.3u, 802.3x Store and Forward, with IEEE802.3 full duplex, Processing type back pressure flow control Forward and Filtering Rate 148810 pps Latency Less than 5us Interface Number of ports 10/100BASE-T(X) auto negotiation speed, F/H duplex mode, and auto...
Page 285 24.55 Junction Box GENERAL SPECIFICATION NQE-1143: Junction Box Mechanical Dimension Width 400 × Depth 86 × Height 261.5 (mm) Mass 3.8kg Environment Operational Temperature -15°C to +55°C Operational Humidity 40°C RH 93% Sweep 2Hz to 13.2Hz at ± 1mm, 13.2Hz to 100Hz at 7m/s Vibration and for 2h on each resonance, otherwise 2h at 30Hz in all three axes IEC60945-Ed4.0...
Page 287 Appendix A Radar Antenna Block Diagrams A.1 NKE-1139 (110 VAC) AC100V TRANSCEIVER UNIT TRANSCEIVER UNIT TRANSCEIVER UNIT ZCRD1179※ 1.RED 1.S1 2.NC 3.BLK 2.S2 1.BKH1 3.S3 2.NC B6P-VH 4.S4 3.BKH2 5.S5 6.S6 J1503 1.BKS1 1.M1 1.VERR 1.VERR 2.BKS2 2.NC 3.M2 4.NC 5.M3 APP A J1502...
Page 288 A.2 NKE-1139 (220 VAC) AC100V TRANSCEIVER UNIT TRANSCEIVER UNIT TRANSCEIVER UNIT ZCRD1179※ 1.RED 1.S1 2.NC 3.BLK 2.S2 1.BKH1 3.S3 2.NC B6P-VH 4.S4 3.BKH2 5.S5 6.S6 J1503 1.BKS1 1.M1 1.VERR 1.VERR 2.BKS2 2.NC 3.M2 4.NC 5.M3 J1502 J1504 P1504 Appendix A Radar Antenna Block Diagrams...
Page 289 A.3 NTG-3230 1.PTI 2.PTE TRIG+ 3.LVR TRIG- 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 BP-/BZ- 6.TXI 3.BS1 3.BS1 7.TXE 4.TNC 4.TNC MTR+ 8.NC 5.MicPS 5.MPS MTR- MTRE 6.VDINE 6.VDE 1.PW1 7.VD 7.VDIN 2.PW2 8.+5V 8.+5V 3.PW3 9.NC 4.+24V 5.GND 1.MONI 2.GS 1.HTER1 3.GSE 2.HVGATE1...
Page 290 A.4 NKE-1130 (110 VAC) ENCODER CHT-71A (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.MicPS 5.MPS 6.VDINE 6.VDE 1.PW1 7.VD 7.VDIN 2.PW2 8.+5V 8.+5V 3.PW3 9.NC...
Page 291 A.5 NKE-1130 (220 VAC) ENCODER CHT-71A (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.MicPS 5.MPS 6.VDINE 6.VDE 1.PW1 7.VD 7.VDIN 2.PW2 8.+5V 8.+5V 3.PW3 9.NC...
Page 292 A.6 NKE-1130A (110/220 VAC) ENCODER CHT-71C (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.MicPS 5.MPS 6.VDINE 6.VDE 1.PW1 7.VD 7.VDIN 2.PW2 8.+5V 8.+5V 3.PW3 9.NC...
Page 293 A.7 NKE-1632 J5101 DF3A-6P-2DS(01) TR101 P5101 1.+12V 2.RTN 3.PHA TH101 4.PHB 5.PHZ （SHIELD） 6.GND J5102 53426-0210 P5102 1.+12V 2.C2 J5103 53426-0510 P5103 1.+12V 2.RTN 3.MOT_TRX+ 4.MOT_TRX- 5.GND P5203 P2503 J3206 J2303 DF20F-10DP-1H(59) DF20F-10DP-1H(59) P2303 P3206 1.GND 1.GND 2.RF_STC 2.RF_STC 3.NC 3.NC 4.LO_MODE 4.LO_MODE...
Page 294 A.8 NKE-2632/2632-H Appendix A Radar Antenna Block Diagrams...
Page 295 A.9 NKE-1129 (110 VAC) TRANSCEIVER UNIT TRANSCEIVER UNIT TRANSCEIVER UNIT ZCRD1280※ AC100V TR101 WHT.T （100W） TH101 WHT.T 1.RED 1.S1 2.NC 2.S2 3.BLK 1.BKH1 3.S3 B6P-VH 2.NC 4.S4 3.BKH2 5.S5 6.S6 J1503 1.BKS1 1.M1 1.VERR 1.VERR 2.BKS2 2.NC 3.M2 4.NC 5.M3 J1502 J1504 P1504...
Page 296 A.10 NKE-1129 (220 VAC) TRANSCEIVER UNIT TRANSCEIVER UNIT TRANSCEIVER UNIT ZCRD1280※ AC100V TR101 WHT.T （100W） TH101 WHT.T 1.RED 1.S1 2.NC 2.S2 3.BLK 1.BKH1 3.S3 B6P-VH 2.NC 4.S4 3.BKH2 5.S5 6.S6 J1503 1.BKS1 1.M1 1.VERR 1.VERR 2.BKS2 2.NC 3.M2 4.NC 5.M3 J1502 J1504 P1504...
Page 297 A.11 NTG-3225 1.PTI 2.PTE TRIG+ 3.LVR TRIG- 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 BP-/BZ- 6.TXI 3.BS1 3.BS1 7.TXE 4.TNC MTR+ 4.TNC 8.NC 5.MicPS 5.+5V MTR- 6.VDINE 6.-15V MTRE 1.PW1 7.VDIN 7.+15V 2.PW2 8.+5V 8.GND 3.PW3 9.TGT 4.+24V 10.TGTE 5.GND 11.TNI 1.MONI 12.VD_DC 2.GS...
Page 298 A.12 NKE-1125 (110 VAC) ENCODER CHT-71A (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.+5V 5.MicPS 6.-15V 6.VDINE 1.PW1 7.+15V 7.VDIN 2.PW2 8.GND 8.+5V 3.PW3 9.TGT...
Page 299 A.13 NKE-1125 (220 VAC) ENCODER CHT-71A (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.+5V 5.MicPS 6.-15V 6.VDINE 1.PW1 7.+15V 7.VDIN 2.PW2 8.GND 8.+5V 3.PW3 9.TGT...
Page 300 A.14 NKE-1125A (110/220 VAC) ENCODER CHT-71C (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.+5V 5.MicPS 6.-15V 6.VDINE 1.PW1 7.+15V 7.VDIN 2.PW2 8.GND 8.+5V 3.PW3 9.TGT...
Page 301 A.15 NKE-2254/2254-6HS ENCODER CHT-71A (W017) DISPLAY UNIT 1.PTI 1.PTI 2.PTE 2.PTE 3.TXI 3.LVR 4.TXE 4.PMS 1.BS3 1.BS3 5.GND 2.BS2 2.BS2 6.TXI 3.BS1 3.BS1 1.LVR 7.TXE 4.TNC 4.TNC 2.PMS 8.NC 5.+5V 5.MicPS 6.-15V 6.VDINE 1.PW1 7.+15V 7.VDIN 2.PW2 8.GND 8.+5V 3.PW3 9.TGT 4.+24V 10.TGTE...
Page 302 A.16 NKE-2103/2103-6HS J1501 J209 1.MPS 1.MPS 2.MCT 2.MCT (W101) 3.MBK 3.MBK J201 J301 ZCRD1289※ 1.MPS 1.MPS 2.PW3 2.PW3 3.PW2 3.PW2 4.PW1 4.PW1 5.MCT 5.MCT 6.MBK 6.MBK 7.+15V 7.+15V 8.AGND 8.AGND 9.-7V 9.-7V 10.BP 10.BP 11.HSP 11.HSP 12.TI 12.TI 13.+8V 13.+8V 14.MOD ID 14.MOD ID 15.NC...
Page 303 A.17 NKE-1696 J5101 P5101 DF3A-6P-2DS(01) 1.+12VD 2.GND_+12VD 3.PHA 4.PHB 5.PHZ （SH IELD） 6.GND_+12VD P5102 J5102 53426-0210 1.+12VD 2.C2 J5103 53426-0510 P5103 1.+12VD 2.GND_+12VD 3.MOT_TRX+ 4.MOT_TRX- 5.GND_+12VD P5203 P2503 W202 7ZCRD1811* J2302 J3203 27DP-LR-PS-1 27DP-LR-PS-1 P2302 P3203 IF_IN(Rx) IF_OU T（Rx) W201 7ZCRD1810* J3201 J2301...
Page 305 １ Appendix B Alert, Maintenance INFO and Permanent information Alert When an alert occurs, alert information is displayed in the alert notification area. Alert message Alarm button Warning button Caution button The numbers displayed in the buttons indicate the number of such alerts that have occurred. Memo The alert button of a category that has not occurred will not be displayed.
Page 306 The list of alerts is shown below. Types of alert categories is shown below. Category A: Alert about grounding, collision Category B: All alerts except category A B.1.1 Priority: Alarms Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Alarm Symbol...
Page 307 １ B.1.2 Priority: Warnings Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard AC Power The AC input voltage The AC input The AC input Failure is 75V or less voltage is more voltage is than 75V 75V or less AIS Maximum The AIS target count...
Page 308 Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Cable Area The ship is near a The ship moved Check ahead IEC 61174 Cable Area. away from Cable on the DISP IEC 62388 Area. Warning or caution as selected by user.
Page 309 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Delivery Failed Equipment can’t send Equipment can Can't send IEC 61174 To VDR the image to VDR for send the image to image to IEC 62388 1 minute. VDR for more than 1 minute.
Page 310 Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Inshore Traffic The ship is near an The ship moved Check ahead IEC 61174 Zone Inshore Traffic Zone. away from Inshore on the DISP IEC 62388 Traffic Zone Warning or caution as selected by user.
Page 311 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Military Practice The ship is near a The ship moved Check ahead IEC 61174 Area Military Practice away from Military on the DISP IEC 62388 Area. Practice Area. Warning or caution as selected by user.
Page 312 Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Restricted Area The ship is near a The ship moved Check ahead IEC 61174 Restricted Area. away from on the DISP IEC 62388 Restricted Area. Warning or caution as selected by user.
Page 313 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Traffic The ship is near a The ship moved Check ahead IEC 61174 Precautionary Traffic Precautionary. away from Traffic on the DISP IEC 62388 Precautionary. Warning or caution as selected by user.
Page 314 B.1.3 Priority: Cautions Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard A few more AIS 95% The AIS target count The AIS target IEC 61174 AIS targets Capacity exceeded 95% of the count is less than IEC 62388 can be added maximum target...
Page 315 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Cargo The ship is near a The ship moved Check ahead IEC 61174 Transshipment Cargo Transshipment away from Cargo on the DISP IEC 62388 Area Area. Transshipment Area.
Page 316 Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Fishing The ship is near a The ship moved Check ahead IEC 61174 Prohibited Fishing Prohibited. away from Fishing on the DISP IEC 62388 Prohibited. Warning or caution as selected by user.
Page 317 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard NON-WGS84 DATUM of POSN DATUM of POSN DATUM of IEC 62388 source is not source is WGS84. POSN source WGS84. is not WGS84 Offshore The ship is near an The ship moved Check ahead IEC 61174...
Page 318 Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Specially The ship is near a The ship moved Check ahead IEC 61174 Protected Area Specially Protected away from Specially on the DISP IEC 62388 Area. Protected Area. Warning or caution as selected by user.
Page 319 １ Cause Conditions to raise Conditions to rectify Detail Cate Required gory standard Traffic The ship is near a The ship moved Check ahead IEC 61174 Separation Zone Traffic Separation away from Traffic on the DISP IEC 62388 Zone. Separation Zone. Warning or caution as selected by user.
Page 320 B.1.4 List of Alert escalation There are unacknowledged alert that escalates as follows. - Alarm to Back-up Navigator Call If the alarm is not acknowledged for an extra period, Back-up Navigator Call is transferred to BNWAS. - Warning to Alarm If warning is not acknowledged, the warning escalates to alarm.
Page 321 １ B.1.5 List of Alerts with responsibility-transferred state The responsibility-transferred state is a state for priority reduction. When the equipment managing the alert in the system requests a transfer of responsibility of alert, the requested equipment changes state of the alert to responsibility transferred. Alerts in responsibility transferred state will not be displayed on the active alert list.
Page 322 B.1.6 List of Aggregated Alerts Aggregated Alerts are the ability to display multiple alerts in an apparent single alert. The apparent alerts are called header alerts and the alerts that are aggregated are called member alerts. A header alert has the following characteristics: Header alerts and that’s member alerts has same category and same priority.
Page 323 １ Header alerts Priority Category Member alerts Cargo Transshipment Area Incineration Area Specially Protected Area Sensitive Sea Area Archipelagic Sea Lane Marine Farm/Aquaculture Depth Area Warning Object Obstruction Under Rater Rock Wreck Buoy/Light Dangerous Symbol Caution Area/Object Caution Traffic Separation Zone Traffic Crossing Traffic Roundabout Traffic Precautionary...
Page 324 Header alerts Priority Category Member alerts Fishing Ground Fishing Prohibited Pipeline Area Cable Area Anchorage Area Anchorage Prohibited Spoil Ground Dumping Ground Cargo Transshipment Area Incineration Area Specially Protected Area Sensitive Sea Area Archipelagic Sea Lane Marine Farm/Aquaculture Caution Object Spot Sounding AtoN Vertical Clearance...
Page 325 １ B.1.7 List of Alert Icons The alert icons displayed in the alert status area are listed below. Name of alert icon Functional outline Alert icon Active – A flashing red triangle. unacknowledged A symbol of loudspeaker in the middle of the triangle. alarm A flashing red triangle.
Page 326 Maintenance INFO The list of Maintenance INFO message is shown below. Message Explanation Advice There is a format error or Air Pressure(invalid) Check the sensor condition. a status error of the data. Air Pressure(not There is a range error of Check the sensor condition.
Page 327 １ Message Explanation Advice Check the condition of ALC1 and Sub LAN. If it cannot be recovered after you check the Communication with ALC1 ALC1(Communication connection of the equipment cable in cannot be performed via failed, Sub LAN) power-off status and restart, turn off the Sub LAN.
Page 328 Message Explanation Advice Check the condition of ALC4 and Sub LAN. If it cannot be recovered after you check the Communication with ALC4 ALC4(Communication connection of the equipment cable in cannot be performed via failed, Sub LAN) power-off status and restart, turn off the Sub LAN.
Page 329 １ Message Explanation Advice There is a format error or Check the sensor condition. Switch to a Autopilot(Invalid) a status error of the sensor in good condition, if available. Autopilot data. There is a range error of Check the sensor condition. Switch to a Autopilot(Not Plausible) Autopilot data.
Page 330 Message Explanation Advice Azimuth Thruster 6(not There is a range error of Check the sensor condition. plausible) the data. Azimuth Thruster The data cannot be Check the condition of the sensor and the 6(unavailable) received. communication path. Restart the power. The control circuit in the If it cannot be recovered after three times of Blizzard(Process Error)
Page 331 １ Message Explanation Advice Check the condition of BNWAS and Main LAN. Communication with If it cannot be recovered after you check the BNWAS(Communicatio BNWAS cannot be connection of the equipment cable in n failed, Main LAN) performed via Main LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 332 Message Explanation Advice There is a format error or Bow Thruster 2(invalid) Check the sensor condition. a status error of the data. Bow Thruster 2(not There is a range error of Check the sensor condition. plausible) the data. Bow Thruster 2(not There is a range error of Check the sensor condition.
Page 333 １ Message Explanation Advice There is a format error or Check the sensor condition. Switch to a COG/SOG(invalid) a status error of the sensor in good condition, if available. SOG/COG data. COG/SOG(not There is a range error of Check the sensor condition. Switch to a plausible) SOG/COG data.
Page 334 Message Explanation Advice Check the condition of tidal current meter and Sub LAN. Communication with tidal If it cannot be recovered after you check the Current(Communication current meter cannot be connection of the equipment cable in failed, Sub LAN) performed via Sub LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 335 １ Message Explanation Advice The data cannot be Check the condition of the sensor and the Draft(unavailable) received. communication path. Check the condition of DSC and Main LAN. If it cannot be recovered after you check the Communication with DSC DSC(Communication connection of the equipment cable in cannot be performed via...
Page 336 Message Explanation Advice Check the condition of Echo Sounder and Sub LAN. Echo Sounder Communication with Echo If it cannot be recovered after you check the 1(Communication failed, Sounder cannot be connection of the equipment cable in Sub LAN) performed via Sub LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 337 １ Message Explanation Advice Check the condition of Echo Sounder and Main LAN. Echo Communication with Echo If it cannot be recovered after you check the Sounder(Communicatio Sounder cannot be connection of the equipment cable in n failed, Main LAN) performed via Main LAN.
Page 338 Message Explanation Advice Restart the device. There is an error in e-Token(Communicatio If it cannot be recovered after three times of communication with n error) restart, turn off the device and contact the e-Token. distributor. Check the condition of General Equipment1 and Main LAN.
Page 339 １ Message Explanation Advice Check the condition of General Equipment2 and Sub LAN. Communication with General If it cannot be recovered after you check the General Equipment2 Equipment2(Communic connection of the equipment cable in cannot be performed via ation Failed, Sub LAN) power-off status and restart, turn off the Sub LAN.
Page 340 Message Explanation Advice Check the condition of General Equipment5 and Main LAN. Communication with General If it cannot be recovered after you check the General Equipment5 Equipment5(Communic connection of the equipment cable in cannot be performed via ation Failed, Main LAN) power-off status and restart, turn off the Main LAN.
Page 341 １ Message Explanation Advice Check the condition of General Equipment7 and Sub LAN. Communication with General If it cannot be recovered after you check the General Equipment7 Equipment7(Communic connection of the equipment cable in cannot be performed via ation Failed, Sub LAN) power-off status and restart, turn off the Sub LAN.
Page 342 Message Explanation Advice The data cannot be Check the condition of the sensor and the Generator (unavailable) received. communication path. There is a format error or Generator 1(invalid) Check the sensor condition. a status error of the data. Generator 1(not There is a range error of Check the sensor condition.
Page 343 １ Message Explanation Advice Check the condition of GPS 1 and Serial. If it cannot be recovered after you check the Communication with GPS GPS 1(Communication connection of the equipment cable in 1 cannot be performed via Failed, Direct) power-off status and restart, turn off the Serial.
Page 344 Message Explanation Advice Check the condition of GPS 3 and Serial. If it cannot be recovered after you check the Communication with GPS GPS 3(Communication connection of the equipment cable in 3 cannot be performed via Failed, Direct) power-off status and restart, turn off the Serial.
Page 345 １ Message Explanation Advice Check the condition of GPS Compass 1 and Serial. GPS Compass Communication with GPS If it cannot be recovered after you check the 1(Communication failed, Compass 1 cannot be connection of the equipment cable in Direct) performed via Serial.
Page 346 Message Explanation Advice Check the condition of GPS Compass 2 and Sub LAN. GPS Compass Communication with GPS If it cannot be recovered after you check the 2(Communication failed, Compass 2 cannot be connection of the equipment cable in Sub LAN) performed via Sub LAN.
Page 347 １ Message Explanation Advice Check the condition of Gyro 1 and Main LAN. If it cannot be recovered after you check the Communication with Gyro Gyro 1(Communication connection of the equipment cable in 1 cannot be performed via Failed, Main LAN) power-off status and restart, turn off the Main LAN.
Page 348 Message Explanation Advice Check the condition of Gyro 2 and Main LAN. If it cannot be recovered after you check the Communication with Gyro Gyro 2(Communication connection of the equipment cable in 2 cannot be performed via Failed, Main LAN) power-off status and restart, turn off the Main LAN.
Page 349 １ Message Explanation Advice Check the condition of Gyro and Main LAN. If it cannot be recovered after you check the Communication with Gyro Gyro(Communication connection of the equipment cable in cannot be performed via Failed, Main LAN) power-off status and restart, turn off the Main LAN.
Page 350 Message Explanation Advice There is a format error or Humidity(invalid) Check the sensor condition. a status error of the data. There is a range error of Humidity(not plausible) Check the sensor condition. the data. The data cannot be Check the condition of the sensor and the Humidity(unavailable) received.
Page 351 １ Message Explanation Advice Check the condition of IAS and Sub LAN. If it cannot be recovered after you check the Communication with IAS IAS(Communication connection of the equipment cable in cannot be performed via failed, Sub LAN) power-off status and restart, turn off the Sub LAN.
Page 352 Message Explanation Advice Check the condition of Log 1 and Serial. If it cannot be recovered after you check the Communication with Log 1 Log 1(Communication connection of the equipment cable in cannot be performed via failed, Direct) power-off status and restart, turn off the Serial.
Page 353 １ Message Explanation Advice Check the condition of Log 2 and Serial. If it cannot be recovered after you check the Communication with Log 2 Log 2(Communication connection of the equipment cable in cannot be performed via failed, Direct) power-off status and restart, turn off the Serial.
Page 354 Message Explanation Advice Check the condition of Log Selector and Serial. Communication with Log If it cannot be recovered after you check the Selector(Communicatio Selector cannot be connection of the equipment cable in n failed, Direct) performed via Serial. power-off status and restart, turn off the power of the device and contact your distributor.
Page 355 １ Message Explanation Advice Check the condition of Magnetic Compass 2 and Main LAN. Communication with Magnetic Compass If it cannot be recovered after you check the Magnetic Compass 2 2(Communication failed, connection of the equipment cable in cannot be performed via Main LAN) power-off status and restart, turn off the Main LAN.
Page 356 Message Explanation Advice Check the condition of NAVTEX and Sub LAN. Communication with If it cannot be recovered after you check the NAVTEX(Communicatio NAVTEX cannot be connection of the equipment cable in n failed, Sub LAN) performed via Sub LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 357 １ Message Explanation Advice Check the condition of No.1 RADAR and Main LAN. No.1 Communication with No.1 If it cannot be recovered after you check the Radar(Communication RADAR cannot be connection of the equipment cable in failed, Main LAN) performed via Main LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 358 Message Explanation Advice Check the condition of No.1 RPS and Sub LAN. No.1 Communication with No.1 If it cannot be recovered after you check the RPS(Communication RPS cannot be performed connection of the equipment cable in failed, Sub LAN) via Sub LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 359 １ Message Explanation Advice Check the condition of No.2 ECDIS and Main LAN. No.2 Communication with No.2 If it cannot be recovered after you check the ECDIS(Communication ECDIS cannot be connection of the equipment cable in failed, Main LAN) performed via Main LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 360 Message Explanation Advice Check the condition of No.2 Remote-Conning and Sub LAN. No.2 Communication with No.2 If it cannot be recovered after you check the Remote-Conning(Comm Remote-Conning cannot connection of the equipment cable in unication failed, Sub be performed via Sub power-off status and restart, turn off the LAN) LAN.
Page 361 １ Message Explanation Advice Check the condition of No.3 ECDIS and Main LAN. No.3 Communication with No.3 If it cannot be recovered after you check the ECDIS(Communication ECDIS cannot be connection of the equipment cable in failed, Main LAN) performed via Main LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 362 Message Explanation Advice Check the condition of No.4 ECDIS and Sub LAN. No.4 Communication with No.4 If it cannot be recovered after you check the ECDIS(Communication ECDIS cannot be connection of the equipment cable in failed, Sub LAN) performed via Sub LAN. power-off status and restart, turn off the power of the device and contact your distributor.
Page 363 １ Message Explanation Advice There is a range error of Check the sensor condition. Switch to a Position(not plausible) Position data. sensor in good condition, if available. Check the condition of the sensor and the The Position data cannot Position(unavailable) communication path.
Page 364 Message Explanation Advice Turn off the power of the device and check A heading line signal error the connection of the equipment cable. PROC(HL) has occurred at the signal If it cannot be recovered after three times of processing unit. restart, turn off the device and contact the distributor.
Page 365 １ Message Explanation Advice There is a format error or Rudder 1(invalid) a status error of the Check the sensor condition. Rudder data. There is a format error or Rudder 1(invalid) a status error of the Check the sensor condition. Rudder data.
Page 366 Message Explanation Advice There is a format error or Check the sensor condition. Switch to a Sea TEMP(invalid) a status error of the Water sensor in good condition, if available. temperature data. There is a format error or Sea TEMP(invalid) a status error of the Water Check the sensor condition.
Page 367 １ Message Explanation Advice Check S-JOY. If it cannot be recovered after you check the A communication error connection of the equipment cable in S-J I/O Time Out with S-JOY was detected. power-off status and restart, turn off the power of the device and contact your distributor.
Page 368 Message Explanation Advice Check the condition of SLC2-1 and Sub LAN. If it cannot be recovered after you check the Communication with SLC2-1(Communication connection of the equipment cable in SLC2-1 cannot be failed, Sub LAN) power-off status and restart, turn off the performed via Sub LAN.
Page 369 １ Message Explanation Advice Stern Thruster The data cannot be Check the condition of the sensor and the 1(unavailable) received. communication path. There is a format error or Stern Thruster 2(invalid) Check the sensor condition. a status error of the data. There is a format error or Stern Thruster 2(invalid) Check the sensor condition.
Page 370 Message Explanation Advice There is a format error or Check the sensor condition. Switch to a Time(invalid) a status error of the Time sensor in good condition, if available. data. There is a format error or Time(invalid) a status error of the Time Check the sensor condition.
Page 371 １ Message Explanation Advice Turn off the power of the device and check the connection of the equipment cable. If it cannot be recovered after three times of The supply voltage of the restart, turn off the device and contact the motor driver circuit in the TXRX(DRV AC LKV) distributor.
Page 372 Message Explanation Advice The temperature of IPM of Turn off the power of the device and restart the motor driver circuit in after ten minutes. TXRX(DRV IPM OVH) the radar antenna is If it cannot be recovered, turn off the device abnormal.
Page 373 １ Message Explanation Advice Restart the power. Fan 1 in the radar antenna If it cannot be recovered after three times of TXRX(Fan1) is abnormal. restart, turn off the device and contact the distributor. Restart the power. Fan 2 in the radar antenna If it cannot be recovered after three times of TXRX(Fan2) restart, turn off the device and contact the...
Page 374 Message Explanation Advice The radar antenna TXRX(LO PLL) detected a problem with Restart the device. the LO frequency. Restart the power. The supply voltage to the If it cannot be recovered after three times of TXRX(MHV) magnetron in the radar restart, turn off the device and contact the antenna is abnormal.
Page 375 １ Message Explanation Advice Check the condition of Water Thermometer and Main LAN. Water Communication with If it cannot be recovered after you check the Thermometers(Commu Water Thermometer connection of the equipment cable in nication failed, Main cannot be performed via power-off status and restart, turn off the LAN) Main LAN.
Page 376 Permanent Information The list of Permanent Information is shown below. Message Explanation Chart information not up to date The cell that is not the latest is displayed in the View (S-57) Chart license expired (SSE 25) The chart license has expired Datum of position different from WGS-84.
Page 377 Appendix C Setting the Inter switch Overview C.1.1 Overview The Inter switch NQE-3141 is equipment that makes it possible to freely select several radar display units provided in the bridge and the several radar antennas with different properties. Even when the power supply of the display unit has been switched OFF or has become faulty, it is possible to operate the radar antennas from other display units.
Page 378 C.1.2 Checking the connection status with the connected radar antennas The status of connection with the connected radar antenna is displayed by the Inter switch connection change button of the Radar system information. Note Always a display unit that becomes the master is necessary for making a slave connection. When putting a slave display unit in the transmit state, it is necessary to put the master display unit in the transmit state.
Page 379 Inter switch Operations When changing the connection pattern, carry out the operations according to the following flow. C.2.1 Flow of operations Put in the transmission standby state. Open the [Inter Switch] dialog box. Select the connection pattern. Close the [Inter Switch] dialog box. APP C Appendix C Setting the Inter switch...
Page 380 C.2.2 Opening the [Inter Switch] dialog box Memo The [Inter Switch] dialog can be displayed in the Transmission Not Ready state or preheat state. When transmission is not ready, "Preheat" or "Standby (disable)" is displayed on the Standby/Transmission change button. In the transmission state, click on the Standby/Transmission change button.
Page 381 The [Inter Switch] dialog box is displayed. The connection state between the current radar antenna and the display unit obtained by communication with the Inter switch is displayed in the [Inter Switch] dialog box. APP C Appendix C Setting the Inter switch...
Page 382 C.2.3 Checking the connection pattern ■ When connecting 3 to 4 radar antennae (extension)  3 to 8 display units [1] [×] button Closes the [Inter Switch] dialog box. [2] Connected radar antenna The connected radar antennas are displayed. ISW port number Name of radar antenna Radar antenna band name Transmission output...
Page 383 [3] Master display unit selection button Displays radar antenna to which the master display units are respectively connected. For changing the combinations of master display units and radar antennas, refer to "C.2.4 Changing the connection pattern". ISW port number Name of master display unit [4] Slave display unit selection button Displays radar antenna to which the slave display units are respectively connected.
Page 384 [6] [Edit name] button When this button is clicked, a dialog box is displayed for changing the names of the radar antennas and display units. Regarding the operations in the [Edit name] dialog box, refer to "C.2.5 Changing the name of radar antenna or display unit".
Page 385 C.2.4 Changing the connection pattern Click the "Change Inter switch connection" button. The [Inter Switch] dialog box is displayed. Click the Master or Slave display unit selection button to be connected to the radar antenna. The selected display unit is highlighted. Place the cursor to the destination of change and click it on.
Page 386 C.2.5 Changing the name of radar antenna or display unit Click the [Edit name] button of the [Inter Switch] dialog box. The [Edit name] dialog box is displayed. Click the name of the radar antenna or the display unit whose name is to be edited. Name of display unit Name of radar antenna A software full keyboard is displayed.
Page 387 C.2.6 Using the set connection pattern When connecting 3 to 8 radar antennas  3 to 8 display units, it is possible to save the set connection pattern in a file. By reading out the saved connection pattern when required, it is possible to quickly change the connection pattern.
Page 388 The connection pattern is saved, and the connection pattern name is displayed in the [Connecting pattern files] dialog. Note  The number of connection patterns that can be saved is up to 10 apart from the connection pattern set at the time of shipment from the factory (default). If any more connection patterns are attempted to be saved, the following message dialog box appears.
Page 389 Click the connection pattern to be loaded. Click on the [Load] button. The loaded connection pattern is displayed in the [Inter Switch] dialog. ■ Deleting a connection pattern file Click the [Save/Load file] button of the [Inter Switch] dialog box. The [Connecting pattern files] dialog is displayed.
Page 390 Reference C.3.1 Pre-heat time after changing the connection pattern After changing an Inter switch connection pattern has been completed, the pre-heat time varies depending on the connection state of the radar antenna and display unit before the change. This is for protecting the electron tube that emits the radio waves. •...
Page 391 C.3.4 Setting during installation ■ Setting of the Inter switch circuit (CCL-304*) The details of the dip switches SW11, SW12, and SW13 are given below. 1) Setting of SW11 (setting of extended mode, master/slave) Extended mode setting Description Set to OFF when 4 or fewer units Extended mode are connected.
Page 392 2) Setting of SW12 (Radar connection setting) Radar connection setting Display unit No.1 connection present Display unit No.1 connection not present Radar antenna No.1 connection present Radar antenna No.1 connection not present Display unit No.2 connection present Display unit No.2 connection not present Radar antenna No.2 connection present Radar antenna No.2 connection not present Display unit No.3 connection present...
Page 393 Appendix D Menu List and Materials Menu List This section shows the menus and dialog items of this equipment by target menu. * ECDIS RADAR CONNING indicates the task that is targeted for display. * Items that are enclosed by a frame of broken lines indicate the dialog and window names that are displayed by selecting the relevant menu.
Page 394 Planned Route tab Insert Delete Comment (WPT list) WPT No. Name Position-LAT Position-LON Leg-Course Leg-Distance Sail XTD -PORT XTD -STBD Arrival Radius Turning Radius Plan Speed Time Zone TWOL Total Distance Appendix D Menu List and Materials...
Page 395 ECDIS RADAR D.1.2 Route Monitoring Route To WPT [File Operations] dialog box display button [File Operations] dialog box Voyage Information [Voyage Information] dialog box Voyage Calculation [Voyage Calculation] dialog box Pair of data [Pair of data] dialog box APP D Appendix D Menu List and Materials...
Page 396 ECDIS RADAR D.1.3 Anchor Watch Monitoring Anchor Mode (Mode: Selecting [Circle]) Position Radius (Mode: Selecting [Polygon]) Point (list) Appendix D Menu List and Materials...
Page 397 ECDIS D.1.4 Autosail* * Displayed when the automatic sailing option is attached. (Select Route) Track Click here to plan a new track Click here to confirm and modify the track. Next Select WPT TO-WPT Start Back APP D Appendix D Menu List and Materials...
Page 398 ECDIS RADAR D.1.5 Chart Manual Update ECDIS Select Chart [Select Chart] dialog box Save Chart Name Comment Review Load [Load Update log] dialog My Port List ECDIS Save My Port List Delete Jump Select S-57 Chart ECDIS Search Chart List Reset Picked Chart Off Center by Entering Position ECDIS Jump to the following position...
Page 399 ENC Update Status Report ECDIS Route Filter Select Route [File Operations] dialog display button [File Operations] dialog InFormation Summary Status Report ECDIS Chart1 ECDIS Information about Chart Display1 Information about Chart Diaplay2 Natural and Man-made Features Depth,Cerrents,Etc. Sea, Obstructions, Pipelines, Etc. Traffic Routes Special Areas Buoys and Beacons...
Page 400 ECDIS RADAR D.1.6 User Chart File Operation Delete Copy Import Export Merge Display Files Geodetic (File List) Edit User Chart Display Objects Mark/Line List User Chart tab Symbol Line Area Text Delete Page feed button Page number specification Object list Jump Mariner's Mark/Line tab ECDIS Event Mark...
Page 401 ECDIS D.1.7 Logbook Date Calendar Icon Event Event List (Event List) User Task Log tab Date(LMT) Event Navigation Alert Log tab Date(LMT) Event System Alert Log tab Date(LMT) Event Event details page (Event detail information) Event Date Time Zone Descriptions (Position) Longitude Latitude...
Page 402 ECDIS RADAR D.1.8 TT/AIS AIS Voyage Data Destination ETA(UTC) Calendar Icon NAV Status Draft Cargo cat. Persons on-board Send Edit and Send AIS Message (Send To:) Addressed MMSI Name Target ID Broadcast Category LL&Time View Tray Message Save Send AIS Message - AIS MSG Tray: Same as the common information window (AIS MSG Tray of the information reference screen) Tray Select Message Format: Message Category:...
Page 403 Trial Maneuver RADAR Trial Function Course Speed Vector Time Time to Maneuver Own Ship's Dynamic Trait TT/AIS List: Same as the TT/AIS list of the common information window (information monitoring screen) List Select List Expand List Normal （TT List） Column TCPA CTW or COG STW or SOG...
Page 404 Own Ship AIS Data: Same as AIS of the common information window (information reference screen) Own Ship AIS Data/Last Lost AIS Target Name Call Sign MMSI IMO No. Length Beam Destination ETA(UTC) Navigation Status Draft Type of Ship Cargo category CTW or COG STW or SOG Heading...
Page 405 ECDIS RADAR D.1.9 Tools Marker Position Bearing Range Unit switching button Time EBL/VRM readout ECDIS EBL1 VRM1 EBL2 VRM2 Origin Position of EBL1/VRM1 Origin Position of EBL2/VRM2 EBL Bearing Reference VRM Distance Unit Control Indication PI Menu Display for All Lines Mode (All) PI Bearing...
Page 406 EBL Maneuver Setting Display Maneuver curve Course T Course R Reach (Turning Set) Radius Rate DWOL TWOL Manual position fix LOPs Fixing tab Total, MAX (Observations Time) Date Calender Icon Time (UTC) Position(e.g. landmark) Bearing Distance Transfer Position Line HDG/STW COG/SOG Drift Delete...
Page 407 Cursor readout ECDIS File Manager File Management tab File Type Drive Name Copy >> << Copy Select All Delete File Load/Save tab File Type File Type (Included GPS Buoy Track) *Setting for using [Utilities] - [GPS Buoy] when [File Type] is [Target Track] File List - Name File List - Modified File List - Display...
Page 408 D.1.10 View View-Multi View Mode ECDIS Multi View Mode View selection Select Area from View1 for View2 View-Options Own Ship ECDIS RADAR Type ECDIS Heading and Beam Line ECDIS Stern Line RADAR (Vector) Ground stabilised vector Sea stabilised vector Time Stabilization indicator Vector Time Mark Interval...
Page 409 Mariner's Mark/Line ECDIS RADAR Clearing Line ECDIS Tidal Stream ECDIS Information Mark ECDIS Highlighting ECDIS Event Mark ECDIS Plotted position NAVTEX Mark RADAR ECDIS RADAR RADAR RADAR Overlay Transparency of Echo/Trails Targett ECDIS RADAR CPA Ring RADAR AIS Symbol (Selecting AIS Symbol) Sleeping Class A, Class B Physical AtoN Virtual AtoN...
Page 410 Chart Common ECDIS RADAR * Case where the chart option is assigned to the radar (chart radar) Area Boundary Chart Symbol Full Light Lines Scale Minimum (Depth) Shallow Contour Safety Depth Safety Contour Deep Contour Four Shades Shallow Pattern Shallow Water Dangers C-MAP Ed.3 Database Chart Display ECDIS RADAR * Case where the chart option is assigned to the radar (chart radar)
Page 411 Tools ECDIS RADAR Range Rings Bearing Scale ECDIS EBL1 EBL2 VRM1 VRM2 Index Line 1 Index Line 2 Index Line 3 Index Line 4 Index Line 5 Index Line 6 Index Line 7 Index Line 8 Node Fixed EBL/VRM ECDIS Unit Depth(Included depth in Chart) Current Speed CONNING...
Page 412 Rudder Graph * Case where the gyro and rudder is connected. (Rudder Trend Graph) Time Range Rudder Range Gyro/Rudder Graph * Case where the depth sensor is connected. (Gyro/Rudder Trend Graph) Time Range Rudder Range Engine Graph * Case where the engine is connected. (Engine REV Trend Graph) Time Range Maximum rpm...
Page 413 ECDIS RADAR CONNIN D.1.11 Alert Collision Avoidance RADAR (CPA/TCPA Alarm) CPA Limit TCPA Limit (Alarm Detection) Lost AIS Target Warning AIS CPA/TCPA Alarm New Target Warning ECDIS RADAR Use AZ 1 Use AZ 2 1 tab Make AZ1  Change to the AZ1 range setting mode Start Angle End Angle Start Distance...
Page 414 ECDIS RADAR CONNING D.1.12 Settings Signal Process(Basic) ECDIS * * Case where the radar is connected Gain Rain Target Enhance Echo Process Signal Process ECDIS * RADAR * Case where the radar is connected Video Latitude Video Noise Rejection Auto Dynamic Range Control (Process Switch) Process Switch 2nd Process Mode *...
Page 415 (page 5/6) Gain offset Small Buoy Detection Fishnet Detection Antenna Height Back Next (page 6/6) Save as User Default Load User Default Initialize Back Trails RADAR Trails Mode Trails Ref Level Trails Reduction MAX Length TXRX RADAR PRF Fine Tuning Stagger Trigger Ice Class Standby Mode Association ECDIS RADAR...
Page 416 Filter ECDIS RADAR AIS Filter Sector Fillter Start Angle End Angle Ring Filter Distance Filtering Mode Sector tab Make Target Filter Start Angle * End Angle * * Case where [Make Target Filter] is On Ring tab Make Target Filter Distance * * Case where [Make Target Filter] is On Target Track ECDIS RADAR...
Page 417 Chart ECDIS RADAR * Displayed when the Chart option is assigned to the radar (Chart RADAR) Chart (Redraw) Border Range ECDIS Margin(Chart Rotation) AUTO Accepting S-57 Updated Chart Deletion Mode(Chart Maintenance) Logbook ECDIS Logging Events tab At noon Every Event Mark Manual Position Fix Chart Manual Updating System Start...
Page 418 Color and Brightness Day/Night Def. Display Color tab OuterPPI */Dialog InnerPPI * Character RADAR Video * * Under radar connection RADAR Trails(Time) RADAR Target Symbol * * Displayed at the equipment setting for receiving TT information Range Rings * * Under radar connection EBL1/VRM1/PI EBL2/VRM2 Own Symbol/HL/Vector...
Page 419 Key Assignment User Keys tab * Under the connection of the optional unit DISP Off Key ECDIS RADAR User Key 1 User Key 2 Multi Dial tab Vector Time Trails Length C UP Angle Own Track Color Manual Tune ECDIS Display Brightness Panel Brightness Gain *...
Page 420 ECDIS RADAR D.1.13 Chart Maintenance Import/Update Licence file Automatically Path Manually Drive File Name Cancel ARCS Automatically Path Import from file manually Drive File Name Cancel Enter manually Chart name Chart permit: Add/Delete chart permit Import C-MAP Import/Update charts Automatically Path Manually Drive...
Page 421 Check Status Status List tab Delete (Chart list) Cell Name Cell Ver. Issue Date Weekly No Edition Date Last Update Expiry Date Accepted Rejected DS_ID Scale (Licence information) S-63 User permit S-63 Cell permit (SA certificate) SA certificate file Data Server Load new SA certificate (Licence Information) ARCS User Permit...
Page 422 ECDIS RADAR CONNING D.1.14 Maintenance Date/Time/Time Zone (Date) Month Year Time(LMT) Time Zone Display Style Synchronise with Time Source(Date/Time) Synchronise with Time Source(Time Zone) System Information Software tab Type Application Maintenance No. TXRX Presentation Library Functionality tab Device Licence Status Option Licence Status H/W Key tab (ARCS Information)
Page 423 Sensor Selection/Status Sensor Selection (Sensor Selection) POSN(Main) ECDIS POSN(Sub) ECDIS Position RADAR Heading COG/SOG Time Depth SOG(Docking) CONNING Navigational Data CONNING Switch to equipment for Autosailing CONNING Position Status Position Status CCRP Inmarsat-C DNID(for LRIT) Inmarsat-C Selection Password Cancel Selftest Monitor Test All Red All Green...
Page 424 Software Update Software Update Firmware Update Help Install DVD Drive Cleaning Maintenance INFO Appendix D Menu List and Materials D-32...
Page 425 ECDIS RADAR CONNING D.1.15 Help   Home (Contents tab) (Search tab) keyword Search Results APP D D-33 Appendix D Menu List and Materials...
Page 426 ECDIS RADAR CONNING D.1.16 Code Input Password Appendix D Menu List and Materials D-34...
Page 427 ECDIS RADAR CONNING D.1.17 Service Adjustment ECDIS RADAR Basic Adjustment Tune Adjustment * Under magnetron radar connection Bearing Adjustment Range Adjustment Master/Slave (radar operation mode) TXRX RADAR Antenna Height Tune Peak Adjustment * Under magnetron radar connection Tune Indicator Output BP Performance Monitor (under magnetron connection) RADAR MON Adjustment MON Indicator Adjustment...
Page 428 Task Station 5 Equipment No. 5 Task Station 6 Equipment No. 6 Task Station 7 Equipment No. 7 Task Station 8 Equipment No. 8 RADAR 1 RADAR 2 VDR(JRC) Printer Heading Sensor 1 Appendix D Menu List and Materials D-36...
Page 429 Heading Sensor 1(Type) Heading Sensor 2 Heading Sensor 2(Type) Log 1 Log 1 Interface/Type Log 2 Log 2 Interface/Type GPS 1 GPS 2 GPS 3 GPS 4 Ship's Clock Echo Sounder 1 Transducer 1 Transducer 2 Echo Sounder 2 Transducer 3 NAVTEX Anemometer Water TEMP Meter...
Page 430 CCRP Length Beam GPS1 X ~ GPS4 X GPS1 Y ~ GPS4 Y RADAR Antenna1 X ~ RADAR Antenna8 X RADAR Antenna1 Y ~ RADAR Antenna8 Y CCRP1 X ~ CCRP4 X CCRP1 Y ~ CCRP4 Y (Speed Position(from fore Draft)) Stern SternSerial Port (CCU)
Page 431 Contact (Menu for a person in charge of installation) (CCU) WMRST PWR FAIL SLC1 tab Contact Output tab Contact1 ~ Contact8 Test Task Station Contact Input tab Contact1 ~ Contact4 Diagnosis Task Station (SLC2 : SAME AS SLC1) (SLC3 : SAME AS SLC1) (SLC4 : SAME AS SLC1) (ALC1 : SAME AS SLC1) (ALC2 : SAME AS SLC1)
Page 432 Ship's Parameters Ship General (Ship General) Ship's Name Length Beam Height from keel to MAX point Keel-Trans MAX Course Change MAX Speed Limit MIN Speed Limit MAX ROT MIN ROT MIN Turn Radius MIN Safety Contour Settings Alert (Watch Alarm) Reset Interval Trackball Threshold Sound Output Mode...
Page 433 Inmarsat-C (Inmarsat-C 1) IP Adderss Port (Inmarsat-C 2) IP Adderss Port Satellite Terminal Enable the Function of Prediction for Blocking Area (Satellite Terminal 1) Type IP Address Import Blocking Chart Data (Satellite Terminal 2) Type IP Address Import Blocking Chart Data (Satellite Terminal 3) Type IP Address...
Page 434 Maintenance Storage Management Drive Information File Information RADAR RADAR Safety Switch (TXRX Time) Clear TX Time Clear Motor Time Clear FAN Time * Under magnetron radar connection TXRX To Display Unit Display Unit To TXRX Status (Saved Time To Display Unit) Transmit Motor Rotate Notice...
Page 435 Context Menu List This section shows the context menus that are displayed by clicking the right button by target object. * The items that are enclosed by the frame of broken lines indicate the dialogs and windows that are displayed by selecting the relevant menu. D.2.1 No object D.2.1.1 ECDIS (S57/C-MAP) screen...
Page 436 D.2.1.2 ECDIS(ARCS) screen High Resolution Area Load Low Resolution Change Active Panel Note and Diagram Note and Diagram – – – – – – – – – – – – – – – – – Make EBL1/VRM1 Dropped EBL/VRM Make EBL2/VRM2 Make EBL1 Make EBL2 Make VRM1...
Page 437 D.2.1.3 RADAR screen Acquire Acquire and readout information Cancel all TT – – – – – – – – – – – – – – – – – – Cursor Pick… APP D D-45 Appendix D Menu List and Materials...
Page 438 D.2.2 AIS D.2.2.1 Sleeping AIS target Activate Deactivate mode Readout information Readout detail information – – – – – – – – – – – – – – – – – – Property… – – – – – – – – – – – – – – – – – – Message Send message to this target…...
Page 439 D.2.2.2 Activated AIS target Readout information Readout detail information Deactivate Deactivate mode – – – – – – – – – – – – – – – – – Property… – – – – – – – – – – – – – – – – – Message Send message to this target…...
Page 440 D.2.2.3 Numeric displayed AIS target Cancel information readout Deactivate mode Readout detail information – – – – – – – – – – – – – – – – – Property… – – – – – – – – – – – – – – – – – Send message to this target…...
Page 441 D.2.3 TT D.2.3.1 Internal TT Readout information Cancel TT Cancel all TT Cancel TT mode – – – – – – – – – – – – – – – Property… – – – – – – – – – – – – – – – Cursor Pick...
Page 442 D.2.3.3 TT detail information display (internal TT) Cancel information readout Cancel TT Cancel all TT Cancel TT mode – – – – – – – – – – – – – – – – – Property… – – – – – – – – – – – – – – – – – Cursor Pick...
Page 443 D.2.4 NAVTEX D.2.4.1 NAVTEX Readout NAVTEX information – – – – – – – – – – – – – – – – – – – Cursor Pick... APP D D-51 Appendix D Menu List and Materials...
Page 444 D.2.5 Mariner's Mark/Line D.2.5.1 Event mark Delete this object. – – – – – – – – – – – – – – – – – – – Show Mark/Line List – – – – – – – – – – – – – – – – – – – Cursor Pick...
Page 445 D.2.5.5 Highlighted display Insert vertex Move vertex Delete vertex – – – – – – – – – – – – – – – – – – Move this object. Delete this object. – – – – – – – – – – – – – – – – – – Show Mark/Line List –...
Page 446 D.2.6 User chart D.2.6.1 Symbol Move this object. Delete this object. – – – – – – – – – – – – – – – – – – Show Mark/Line List – – – – – – – – – – – – – – – – – – Cursor Pick...
Page 447 D.2.6.5 Change radius Change start angle Change end angle Move this object. Delete this object. – – – – – – – – – – – – – – – – – – Show Mark/Line List – – – – – – – – – – – – – – – – – – Cursor Pick...
Page 448 D.2.6.9 Change radius Change start angle Change end angle Move this object. Delete this object. – – – – – – – – – – – – – – – – – – Show Mark/Line List – – – – – – – – – – – – – – – – – – Cursor Pick...
Page 449 D.2.7 Manual Update D.2.7.1 Symbol Move this object. Delete this object. Remove this object. – – – – – – – – – – – – – – – – – – Cursor Pick... – – – – – – – – – – – – – – – – – – Veiw-Options...
Page 450 D.2.7.5 Move this object. Delete this object. Remove this object. – – – – – – – – – – – – – – – – – – Cursor Pick... – – – – – – – – – – – – – – – – – – Veiw-Options...
Page 451 D.2.7.9 Move this object. Delete this object. Remove this object. – – – – – – – – – – – – – – – – – – Cursor Pick... – – – – – – – – – – – – – – – – – – Veiw-Options...
Page 452 D.2.9 Monitored route D.2.9.1 Monitored route Readout WPT information … – – – – – – – – – – – – – – – Edit this route – – – – – – – – – – – – – – – Cursor Pick...
Page 453 D.2.10 Planned route D.2.10.1 Planned route Add WPT Insert WPT Move WPT Delete WPT Change XTD Divide leg… – – – – – – – – – – – – – – – – Copy this route Paste this route –...
Page 454 D.2.11 Monitoring dragging anchor D.2.11.1 Dragging anchor monitoring circle Change radius Move this object. Finish Monitoring Anchor. – – – – – – – – – – – – – – – Cursor Pick... D.2.11.2 Dragging anchor monitoring polygon Insert vertex Delete vertex Move this object.
Page 455 Abbreviations of Geodetic Data DTM sentence Display to the top Geodetic Data User-defined screen Abbreviation WGS 84 WGS 84 WGS 72 WGS 74 Tokyo North American 1927(USA) NAS(*2) North American 1927(Canada & Alaska) NAS(*2) European 1950 Australian Geodetic 1966 Ordnance Survey of Great Britain North American 1983 No Use Blank display...
Page 456 DTM sentence Display to the top Geodetic Data User-defined screen Abbreviation Nahrwan Naparima, BWl Old Egyptian 1907 Old Hawaiian Pico de las Nieves Provisional South American 1956 Provisional South Chilean 1963 Puerto Rico Qornoq RT 90 043(*1) Sao Braz South American 1969 Graciosa Base SW 1948 Timbalai 1948 No Use...
Page 457 Lists of Terminologies, Units, and Abbreviations Abbreviation Term A/D = AD Analog/ Digital A/P = AP Auto Pilot Alternating Current Actual Course Change ACCA Actual Course Change Alarm Acknowledge Acquire, Acquisition Activate Admiralty Information Overlay (additional information to the navigation) Automatic Identification System Alert LAN Converter Amplifiers...
Page 458 Abbreviation Term C UP Course Up CA-CFAR Cell Averaging CFAR Cargo.Cat Cargo Category CCRP Consistent Common Reference Point CCRS Consistent Common Reference System Central Control Unit Counterclockwise CFAR Constant False Alarm Rate Channel Change Conning Information Display Companion MPU Interface Clear Course Over the Ground Communication Port...
Page 459 Abbreviation Term Electronic Bearing Line Early Course Change ECDIS Electronic Chart Display and Information System Edition Enhanced Group Calling Electronic Navigational Chart Enhance End of Track Estimated Position Electronic Plotting Aids EPFS Electronic Position Fixing System EQUIP Equipment Estimated Time of Arrival FPGA Field Programmable Gate Array Fast Time Constant...
Page 460 Abbreviation Term I/F = IF Interface Input/Output IALA International Association of Marine Aids to Navigation and Lighthouse Authorities IALA-A IALA - Region A IALA-B IALA - Region B Identification International Maritime Organization Indication INFO Information INIT Initialisation Integrated Navigation System Interval IP Address Internet Protocol Address...
Page 461 Abbreviation Term Middle Minimum MMSI Maritime Mobile Services Identity Number Man Overboard Monitor Medium Pulse Maritime Safety Committee Message N UP North Up NAV = NAVI Navigation NAVTEX Navigational Telex North East Non Follow Up Not Less Than NMEA National Marine Electronics Association NMEA0183 NMEA 0183 standards Not More Than...
Page 462 Abbreviation Term Relative RADAR Radio Detecting and Ranging RAND Random RCID Raster Chart Issue Date Reference Relative Rev. Revolution Radar I/F Circuit Rhumb Line Relative Motion RM(R) Relative Motion. Relative Trails. RM(T) Relative Motion. True Trails. Root Mean Square Raster Navigational Chart Range RoRo Roll On/ Roll Off (Vessel)
Page 463 Abbreviation Term Solid State Drive Security Scheme Error Solid State Radar Safety Switch STAB Stabilised , Stabilisation STBD Starboard, Starboard Side Sensitivity Time Control Standard Speed Through the Water SW HUB Switching Hub SYNC Synchronisation System True T & P Temporary and Preliminary Notice to Mariners TCPA Time to CPA...
Page 464 Abbreviation Term Voyage Data Recorder Ver. Version Very High Frequency Volume Variable Range Marker W UP Waypoint Up World Geodetic System Wing-in-ground effect craft Wheel Over Line Waypoint Work Station WTRST Watch Timer Reset Cross Track Distance Cross Track Error Cross Track Limit, Route Width Appendix D Menu List and Materials D-72...
Page 465 Abbreviation Term Unit bit per second centimetre decibel degree fathom feet, foot h = hr hour hecto pascal hertz kilogram kilometre kn = kts knot metre mbar millibar minute mile per hour nautical mile radius revolutions per minute second statute mile APP D D-73 Appendix D Menu List and Materials...
Page 466 Icon Button List for User Chart The lists of icon buttons that are used for user chart are provided below. Button Alert generated when the own Icon name Icon display example name ship approaches the object [Mariner's Information mark No alert Mark/Line] button Tidal stream...
Page 467 Button Alert generated when the own Icon name Icon display example name ship approaches the object [Line] button Simple line(solid line) No alert Simple line(dotted line) No alert Simple line(dashed line) No alert Circle(solid line) No alert Circle(dotted line) No alert Circle(dashed line) No alert Eclipse(solid line)
Page 468 Button Alert generated when the own Icon name Icon display example name ship approaches the object [Line] button Crossing a User defined Caution line Caution Object Crossing a User defined Warning line Warning Object Crossing a User defined Alert Alert line Object Arrow(Start To No alert...
Page 469 Button Alert generated when the own Icon name Icon display example name ship approaches the object [Area] button Polygon(solid line) No alert Polygon(dotted line) No alert Polygon(dashed line) No alert Circle(solid line) No alert Circle(dotted line) No alert Circle(dashed line) No alert Eclipse(solid line) No alert...
Page 470 Button Alert generated when the own Icon name Icon display example name ship approaches the object [Area] Caution Detection(solid Crossing a User defined button line) Caution Object Caution Crossing a User defined Detection(dotted line) Caution Object Caution Crossing a User defined Detection(dashed line) Caution Object Warning Detection(solid...
Page 471 Icon Button List for Manual Update (S-57) The lists of icon buttons that are used for user chart manual update are provided below. How to reference the lists Icon button Type selection button Icon buttons are displayed in list format [List categories] Lists are classified by "Type Selection Button".
Page 472 D.6.1 Symbol Icon button Object name Remarks display example Circle Triangle Square Diamond Multiple mark Caution symbol Warning symbol Alert symbol Airport/airfield Anchor berth Anchorage area Beacon, cardinal Beacon, isolated danger Beacon, lateral Beacon, safe water Beacon, special purpose/general Berth Building, single Built-up area Buoy, cardinal...
Page 473 Icon button Object name Remarks display example Buoy, installation Buoy, isolated danger Buoy, lateral Buoy, safe water Buoy, special purpose/general Cargo transhipment area Caution area Checkpoint Coastguard station Control point Crane Current - non-gravitational Daymark Distance mark Dumping ground Fishing facility Fog signal Fortified structure Gate...
Page 474 Icon button Object name Remarks display example Light float Light vessel Local magnetic anomaly Log pond Magnetic variation Marine farm/culture Military practice area Mooring/Warping facility Nautical publication information New Object Obstruction Offshore platform Pile Pilot boarding place Pipeline area Precautionary area Production/storage area Pylon/bridge support Radar reflector...
Page 475 Icon button Object name Remarks display example Retro-reflector Sand waves Sea area/named water area Seabed area Sea-plane landing area Shoreline construction Signal station, traffic Signal station, warning Silo/tank Slope topline Sloping ground Small craft facility Sounding Spring Tidal stream - flood/ebb Tidal stream - harmonic prediction Tidal stream - non-harmonic prediction Tidal stream - time series...
Page 476 D.6.2 Line Icon button Object name Remarks display example Simple line(solid line) Simple line(dotted line) Simple line(dashed line) Circle(solid line) Circle(dotted line) Circle(dashed line) Eclipse(solid line) Eclipse(dotted line) Eclipse(dashed line) Arc(solid line) Arc(dotted line) Arc(dashed line) Caution line Warning line Appendix D Menu List and Materials D-84...
Page 477 Icon button Object name Remarks display example Alert line Arrow(Start To End/Small) Arrow(Start To End/Medium) Arrow(Start To End/Large) Arrow(End To Start/Small) Arrow(End To Start/Medium) Arrow(End To Start/Large) Arrow(Both Direct/Small) Arrow(Both Direct/Medium) Arrow(Both Direct/Large) Archipelagic Sea Lane Axis Berth Object name attribute Text Bridge value is "Text"...
Page 478 Icon button Object name Remarks display example Cable, submarine Canal Causeway Vertical clearance Conveyor attribute value is "Text" Orientation attribute value Deep water route centerline is "Text" Dyke Fence/wall Ferry route Fishing facility Floating dock Fortified structure Gate Object name attribute Land area value is "Text"...
Page 479 Icon button Object name Remarks display example Landmark Local magnetic anomaly Magnetic variation Marine farm/culture Mooring/Warping facility Navigation line New Object Obstruction Oil barrier Vertical clearance Text Pipeline, overhead attribute value is "Text" Pipeline, submarine/on land Pontoon Orientation attribute value is "Text"...
Page 480 Icon button Object name Remarks display example Railway Rapids Orientation attribute value Recommended route centerline is "Text" Orientation attribute value Recommended track is "Text" River Road Runway Sand waves Nature of surface attribute Seabed area value is "mud" Text Shoreline construction Slope topline Straight territorial sea baseline Tideway...
Page 481 Icon button Object name Remarks display example Tunnel Vegetation Water turbulence Waterfall APP D D-89 Appendix D Menu List and Materials...
Page 482 D.6.3 Area Icon button Object name Remarks display example Polygon(solid line) Polygon(dotted line) Polygon(dashed line) Circle(solid line) Circle(dotted line) Circle(dashed line) Eclipse(solid line) Eclipse(dotted line) Eclipse(dashed line) Fan(solid line) Fan(dotted line) Appendix D Menu List and Materials D-90...
Page 483 Icon button Object name Remarks display example Fan(dashed line) Caution Detection(solid line) Caution Detection(solid line) Caution Detection(dotted Caution Detection(dotted line) line) Caution Detection(dashed Caution Detection(dashed line) line) Warning Detection (solid Warning Detection (solid line) line) Warning Detection (dotted Warning Detection (dotted line) line) Warning Detection (dashed Warning Detection (dashed line)
Page 484 Icon button Object name Remarks display example Administration Area (Named) Airport/airfield Anchor berth Object name attribute value is "Text" Text Anchorage area Archipelagic Sea Lane Object name attribute value is "Text" Berth Object name attribute value is "Text" Bridge Appendix D Menu List and Materials D-92...
Page 485 Icon button Object name Remarks display example Building, single Object name attribute value is "Text" Text Built-up area Cable area Canal Cargo transhipment area Causeway Caution area APP D D-93 Appendix D Menu List and Materials...
Page 486 Icon button Object name Remarks display example Checkpoint Contiguous zone Continental shelf area Vertical clearance attribute value is "Text" Text Conveyor Crane Custom zone Appendix D Menu List and Materials D-94...
Page 487 Icon button Object name Remarks display example Deep water route part Object name attribute value is "Text" Text Dock area Dry dock Dumping ground Dyke Exclusive economic zone Object name attribute value is "Text" Text Fairway APP D D-95 Appendix D Menu List and Materials...
Page 488 Icon button Object name Remarks display example Ferry route Fishery zone Fishing facility Fishing ground Fortified structure Free port area Gate Appendix D Menu List and Materials D-96...
Page 489 Icon button Object name Remarks display example Gridiron Harbour area (administrative) Harbour facility Ice area Incineration area Inshore traffic zone Lake APP D D-97 Appendix D Menu List and Materials...
Page 490 Icon button Object name Remarks display example Object name attribute value is "Text" Land region Landmark Local magnetic anomaly Lock basin Log pond Magnetic variation Marine farm/culture Appendix D Menu List and Materials D-98...
Page 491 Icon button Object name Remarks display example Military practice area Mooring/Warping facility Nautical publication information Navigational system of marks New Object Obstruction Object name attribute value is "Text" Text Offshore platform APP D D-99 Appendix D Menu List and Materials...
Page 492 Icon button Object name Remarks display example Offshore production area Pilot boarding place Pipeline area Precautionary area Production/storage area Pylon/bridge support Radar range Appendix D Menu List and Materials D-100...
Page 493 Icon button Object name Remarks display example Rapids Recommended track Recommended traffic lane part Restricted area River Road Runway APP D D-101 Appendix D Menu List and Materials...
Page 494 Icon button Object name Remarks display example Sand waves Object name attribute value is "Text" Sea area/named water area Nature of surface attribute value is "mud" Seabed area Sea-plane landing area Shoreline construction Silo/tank Sloping ground Appendix D Menu List and Materials D-102...
Page 495 Icon button Object name Remarks display example Small craft facility Submarine transit lane Depth range value 1 attribute value is "Text" Swept Area Territorial sea area Tidal stream - flood/ebb Tidal stream - harmonic prediction Tidal stream - non-harmonic prediction APP D D-103 Appendix D Menu List and Materials...
Page 496 Icon button Object name Remarks display example Tidal stream - time series Tidal stream panel data Tide - harmonic prediction Tide - non-harmonic prediction Tide - time series Object name attribute value is "Text" Tideway Traffic separation scheme crossing Appendix D Menu List and Materials D-104...
Page 497 Icon button Object name Remarks display example Traffic separation scheme lane part Traffic separation scheme roundabout Traffic separation zone Tunnel Two-way route part Vegetation Water turbulence APP D D-105 Appendix D Menu List and Materials...
Page 498 Icon button Object name Remarks display example Weed/Kelp Wreck Appendix D Menu List and Materials D-106...
Page 499 D.6.4 Text Icon button Object name Remarks display example Text APP D D-107 Appendix D Menu List and Materials...
Page 500 D.6.5 ENC object attributes The input rules of the ENC object attributes that are handled by manual update are specified in “S-57 Appendix A Chapter 2 – Attributes”. The following six types of ENC object attributes are available. Attribute type enumerated('E') One option can be selected from the options.
Page 501 Attribute: Date end Acronym: DATEND Code: 85 Attribute type: A Indication: the 'date, end' should be encoded using 4 digits for the calendar year (CCYY), 2 digits for the month (MM) (e.g. April = 04) and 2 digits for the day (DD), according to ISO 8601: 1988. Format: CCYYMMDD (mandatory) Example:...
Page 502 Attribute: Nationality Acronym: NATION Code: 111 Attribute type: A Indication: the nationality is encoded by a 2 character- code following ISO 3166 (refer to Annex A to S-57 Appendix A); Format: c2 (mandatory) Remarks: The attribute 'nationality' indicates the nationality of the specific object. Attribute: Periodic date end Acronym: PEREND Code: 118...
Page 503 Attribute: Periodic date start Acronym: PERSTA Code: 119 Attribute type: A Definition: The start of the active period for a seasonal object (e.g. a buoy). See also 'date start'. References: INT 1: IQ71; M-4: 460.5; Indication: the 'periodic date, start' should be encoded using 4 digits for the calendar year (CCYY), 2 digits the month (MM) (e.g.
Page 504 Indication: the wavelength and the band code character is indicated; In the case where two bands should be encoded, these should be separated by a comma. Unit : m resolution: 0.01 m Format: V.VV-B V.VV-B,V.VV-B 'VV.VV' encodes the value of wavelength. 'B' encodes the band;...
Page 505 Attribute: Signal group Acronym: SIGGRP Code: 141 Attribute type: A Definition: The number of signals, the combination of signals or the morse character(s) within one period of full sequence. References: INT 1: IP 10.2-9; IR 20, 22; M-4: 453; 453.1-4; 471.2; Indication: The signal group of a light is encoded using brackets to separate the individual groups.
Page 506 Attribute: Signal sequence Acronym: SIGSEQ Code: 143 Attribute type: A Definition: The sequence of times occupied by intervals of light and eclipse for all 'light characteristics' except for occulting where the sequence of times is occupied by intervals of eclipse and light. Indication: Unit for value of intervals: second (s) resolution: 0.01 s...
Page 507 Example: 63230,Darwin,HW,124,2.2,128,2.1,125,2.9,116,2.8,110,2.0,095,0.6,020,0.2,320,1.9,315,2.1,300, 8,268,2.6,200,2.4,165,2.5 Remarks: The attribute 'Tidal stream - panel values' encodes the identification of the reference station with reference water level and the direction of the flow and the springs rate from 6 hours before to 6 hours after high water (HW) or low water (LW) at the reference station, at hourly intervals. The relationship to a reference station is encoded using a collection object.
Page 508 The height should be given in metres (xx.x) with a resolution of 0.1 metre. Format: CCYYMMDDThhmm,xx.x,CCYYMMDDThhmm,xx.x Example: 19950428T1020,1.2,19950428T1455,4.8,... Remarks: The attribute 'tide - high and low water values' encodes information on the times and heights of high and low waters for each day of the duration of the time series. Attribute: Tide - time and height differences Acronym: T_THDF Code: 164...
Page 509 Indication: The 'time end' will consist of a date and a time separated by a capital AT@. The date should be encoded using 4 digits for the calendar year (CCYY), 2 digits for the month (MM) (e.g. April = 04) and 2 digits for the day (DD).
Page 510 References: INT 1: not specified; M-4: not specified; Remarks: No remarks. Attribute: Object name Acronym: OBJNAM Code: 116 Attribute type: S Definition: The individual name of an object. References: INT 1: ID 7, IF 19, IN 12.2-3; M-4: 371; 323.1-2; 431.2-3; 431.5; Remarks: No remarks.
Page 511 Specifies the defining characteristics of a ‘new object'. Remarks: Identical definitions must be used for other instances of identical features being encoded. The wording for the attribute CLSDEF must be approved by TSMAD before use. Attribute: Object class name Acronym: CLSNAM Code: 191 Attribute type: S Definition:...
Page 512 Indication: Pilot district (c...):string of national language characters Format: c... Remarks: The attribute 'pilot district in national language' encodes the pilot district for which a pilot station is responsible in the specified national language. Appendix D Menu List and Materials D-120...
Page 513 Manual Update Icon Button Lists (ARCS and C-MAP) The icon buttons that are used for manual update of charts are shown below. How to reference the lists Type selection Icon button button Icon buttons are displayed in list format. [Classification of lists] The lists are grouped based on the [Type Selection Button].
Page 514 D.7.1 Symbol Alert generated when Icon button display Category name Object name the own ship approaches example the object (General) Circle No alert Triangle No alert Square No alert Diamond No alert Multiple mark No alert Warning symbol Crossing a danger (dangerous symbol) (Manual Update) Delete symbol No alert...
Page 515 Alert generated when Icon button display Category name Object name the own ship approaches example the object Can buoy (No object name) Crossing a danger (dangerous symbol) Light flare, default Crossing a danger (dangerous symbol) Light flare, red Crossing a danger (dangerous symbol) Light flare, green Crossing a danger...
Page 516 Alert generated when Icon button display Category name Object name the own ship approaches example the object Mooring buoy, Light flare, red Crossing a danger barrel shape (dangerous symbol) Light flare, green Crossing a danger (dangerous symbol) Light flare, white/yellow Crossing a danger (dangerous symbol) Mooring buoy,...
Page 517 Alert generated when Icon button display Category name Object name the own ship approaches example the object Pillar buoy - Light flare, red Crossing a danger Cone point down (dangerous symbol) Light flare, green Crossing a danger (dangerous symbol) Light flare, white/yellow Crossing a danger (dangerous symbol) Pillar buoy - 2...
Page 518 Alert generated when Icon button display Category name Object name the own ship approaches example the object Pillar buoy - 2 Light flare, green Crossing a danger cones base to (dangerous symbol) base Light flare, white/yellow Crossing a danger (dangerous symbol) Pillar buoy - 2 (No object name) Crossing a danger...
Page 519 Alert generated when Icon button display Category name Object name the own ship approaches example the object Pillar buoy - (No object name) Crossing a danger Cylinder (dangerous symbol) Light flare, default Crossing a danger (dangerous symbol) Light flare, red Crossing a danger (dangerous symbol) Light flare, green...
Page 520 Alert generated when Icon button display Category name Object name the own ship approaches example the object Pillar buoy - Light flare, default Crossing a danger Flag or other (dangerous symbol) shape Light flare, red Crossing a danger (dangerous symbol) Light flare, green Crossing a danger (dangerous symbol)
Page 521 Alert generated when Icon button display Category name Object name the own ship approaches example the object Spherical buoy Light flare, red Crossing a danger (dangerous symbol) Light flare, green Crossing a danger (dangerous symbol) Light flare, white/yellow Crossing a danger (dangerous symbol) Spar buoy (No object name)
Page 522 Alert generated when Icon button display Category name Object name the own ship approaches example the object LANBY, Light flare, green Crossing a danger super-buoy (dangerous symbol) Light flare, white/yellow Crossing a danger (dangerous symbol) Light float (No object name) Crossing a danger (dangerous symbol) Light flare, default...
Page 523 Alert generated when Icon button display Category name Object name the own ship approaches example the object Beacon in 2 cones point downward No alert general 2 cones base to base No alert 2 cones point to point No alert Sphere No alert 2 spheres...
Page 524 Alert generated when Icon button display Category name Object name the own ship approaches example the object Lattice beacon 2 cones point upward No alert 2 cones point downward No alert 2 cones base to base No alert 2 cones point to point No alert Sphere No alert...
Page 525 Alert generated when Icon button display Category name Object name the own ship approaches example the object Beacon tower Cone point down No alert 2 cones point upward No alert 2 cones point downward No alert 2 cones base to base No alert 2 cones point to point No alert...
Page 526 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Ports and Berth number No alert Harbors) Ferry area No alert Cable ferry area No alert Fortified structure No alert Conspicuous fortified No alert structure Fish trap, fish weir, tunny net No alert...
Page 527 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Buildings) Built-up area No alert Non-conspicuous religious No alert building, Christian Conspicuous religious No alert building, Christian Non-conspicuous religious No alert building, non-Christian Conspicuous religious No alert building, non-Christian...
Page 528 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Buildings) Dish aerial No alert Conspicuous dish aerial No alert Flagstaff, flagpole No alert Flare stack No alert Conspicuous flare stack No alert Hulk No alert Monument...
Page 529 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Buildings) Timber yard No alert Tank No alert Conspicuous tank No alert Tank farm No alert Conspicuous tank farm No alert Tower No alert Conspicuous tower No alert Water tower...
Page 530 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Buildings) Conspicuous windmill No alert (Artificial Navigable lock gate No alert Feature) Non-navigable lock gate No alert Offshore platform No alert (Miscellaneous Coastguard station No alert Station) (Caution)
Page 531 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Obstructions) Isolated danger of depth less Crossing a danger than the safety contour (dangerous symbol) Obstruction, depth not stated Crossing a danger (dangerous symbol) Obstruction in the intertidal No alert area...
Page 532 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Obstructions) Direction and color of No alert buoyage for approaching harbor in IALA region B (green to port) Fairway with one-way traffic No alert in direction indicated Fairway with two-way traffic No alert...
Page 533 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Restricted Area) Prohibited or restricted area No alert (Fishing Ground) Fishing ground No alert Fish haven No alert Fishing or trawling is No alert prohibited or restricted (Radio/Radar) Radio calling-in point for...
Page 534 Alert generated when Icon button display Category name Object name the own ship approaches example the object (Local Magnetic Magnetic anomaly at a point No alert anomaly) Magnetic anomaly along a No alert line or over an area Magnetic variation at a point No alert Magnetic variation along a No alert...
Page 535 D.7.2 Line Alert generated when the Category Icon button display Object name own ship approaches the name example object (General) Simple line(solid line) No alert Simple line(dotted line) No alert Simple line(dashed line) No alert Circle(solid line) No alert Circle(dotted line) No alert Circle(dashed line) No alert...
Page 536 Alert generated when the Category Icon button display Object name own ship approaches the name example object (General) Arrow(End To No alert Start/Medium) Arrow(End To Start/Large) No alert Arrow(Both Direct/Small) No alert Arrow(Both Direct/Medium) No alert Arrow(Both Direct/Large) No alert (Manual Deletion by a manual No alert...
Page 537 Alert generated when the Category Icon button display Object name own ship approaches the name example object (Routes) Regulated two-way No alert recommended route centerline, based on fixed marks Regulated one-way No alert recommended route centerline, based on fixed marks Non-regulated Dangerous line recommended two-way...
Page 538 Alert generated when the Category Icon button display Object name own ship approaches the name example object (Miscella- Boundary of a navigation Dangerous line neous feature such as a fairway, Boundary) magnetic anomaly, etc. Boundary of a submarine Dangerous line pipeline area with potentially dangerous contents...
Page 539 D.7.3 Area Category Icon button display Alert generated when the own Object name name example ship approaches the object (General) Polygon(solid line) No alert Polygon(dotted line) No alert Polygon(dashed line) No alert Circle(solid line) No alert Circle(dotted line) No alert Circle(dashed line) No alert Eclipse(solid line)
Page 540 D.7.4 Text Category Icon button display Alert generated when the own Object name name example ship approaches the object (General) Text No alert Appendix D Menu List and Materials D-148...
Page 541 List of Navigation-related Symbols The navigation-related symbols that are displayed in this equipment are listed below. D.8.1 Related to own ship symbols Drawn object name Drawn object display example Own ship symbol (True Scaled Outline) Own ship symbol (Simplified Symbol) Radar antenna position Heading Line Beam Line...
Page 542 Drawn object name Drawn object display example POS2 Symbol PastPOSN Own ship track Vector Time Mark Vector Area (Anti-grounding monitoring) Sector Area (Anti-grounding monitoring) Appendix D Menu List and Materials D-150...
Page 543 D.8.2 TT/AIS related Drawn object name Drawn object display example AIS Filter CPA Ring *Thin red circle Limit Ring *Thin green circle Sector Blank APP D D-151 Appendix D Menu List and Materials...
Page 544 D.8.3 Navigation monitoring related Drawn object name Drawn object display example Dredging anchor monitoring circle *Thick red circle Routes EBL Maneuver Appendix D Menu List and Materials D-152...
Page 545 D.8.4 Tool related Drawn object name Drawn object display example Range Ring Node Fixed EBL/VRM *Thin orange line and circle APP D D-153 Appendix D Menu List and Materials...
Page 546 Drawn object name Drawn object display example Plotted Position Appendix D Menu List and Materials D-154...
Page 547 List of Icons/Icon Buttons The icons/icon buttons displayed in this equipment are listed below. Name Functional outline Displayed image Active Indicates that the computer is indicator processing by an animation. Delete Deletes the item. Check again Checks the contents being displayed again.
Page 548 Name Functional outline Displayed image Message When there is a message from notification outside (AIS safety related messages, etc.), the number of messages is displayed in a badge over the icon. The message window is displayed when the icon is clicked. Menu "Menu"...
Page 549 Name Functional outline Displayed image Expand List Displays the TT/AIS list of the standard mode newly in an expanded window. Standard List Closes the expand mode TT/AIS list (separate window), and displays in the standard mode (information monitoring window pane) Standard AIS Changes to standard AIS display.
Page 550 Name Functional outline Displayed image Tools Tool related menu, such as the range and bearing measurement EBL/VRM or PI, etc. View Opens the View related menu. Settings are made of the display of objects in the radar PPI or in the chart.
Page 551 Name Functional outline Displayed image Back space Carries out a backspace operation. Backward Moves back the input position. movement of the input position Forward Moves the input position forward movement of the input position Operation Displays the operation guide when guide clicked.
Page 552 Name Functional outline Displayed image Between Displays between the "currently WPT-WPT selected WPT" and the "immediately previous WPT". Overall route Displays the entire route. Single Changes the screen display to single screen. Left-right Changes the screen display to division left-right divided screen. Top-bottom Changes the screen display to division...
Page 553 D.10 Data Format of the File that can be Imported/Exported in the ECDIS D.10.1 File Types • Route file • User chart file • Logbook file D.10.2 File Name File name in device Default exported file name Route file * . csv, * . *, * . rtm , * . The file name that is specified by the user in rta , * .
Page 554 D.10.4 Route File Line Content Description Import Export  // (space) Fixed string  ROUTE SHEET exported by JRC Fixed string ECDIS.  // (space) Fixed string  <<NOTE>>This strings // indicate Variable-length string comment column/cells. You can edit freely.
Page 555 Line Content Description Import Export  Turn Rad[NM] Fixed string  Fixed character  Time Zone Fixed string  Fixed character  Fixed character  Name Fixed string   WPT No.   Fixed character   Latitude (degrees) ...
Page 556   Turn rate 10.00   Fixed character   Turn radius 0.50   Fixed character   Time Zone 09:00   Fixed character   Time Zone Sign (E/W)   Fixed character   Name Yokohama ...
Page 557 D.10.5 User Chart File (1) Header record Line Content Description Import // (space) Fixed string USER CHART SHEET exported by JRC ECDIS. Fixed string // (space) Fixed string <<NOTE>>This strings // indicate comment Variable-length string column/cells. You can edit freely. // (space)
Page 558 (2) Object records a) Symbol Line Content Description Import // (space) Fixed string SYMBOL Fixed string Fixed character InstName Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string ...
Page 559 b) Danger symbol Line Content Description Import // (space) Fixed string DANGER_SYMBOL Fixed string Fixed character InstName Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string ...
Page 560 c) (Poly-)Line Line Content Description Import // (space) Fixed string LINE_AGGREGATE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string Fixed character Fixed character Fixed character Type Fixed string Fixed character...
Page 561 Line Content Description Import  Color (White/Black=0,Gray=,Amber=2, Magenta=3,Blue=4,Cyan=5,Green=6, Yellow=7,Orange=8, Red=9)  Fixed character  Comment Comment  Repeat Line +6 for the number of vertexes.  Fixed string (position end) APP D D-169 Appendix D Menu List and Materials...
Page 562 d) Circle (line) Line Content Description Import // (space) Fixed string LINE_CIRCLE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Radius[nm]...
Page 563 e) Ellipse (line) Line Content Description Import // (space) Fixed string LINE_ELLIPSE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Horizontal Radius [nm]...
Page 564 f) Arc Line Content Description Import // (space) Fixed string Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Radius [nm] Fixed string...
Page 565 g) User danger line Line Content Description Import // (space) Fixed string DANGER_LINE_AGGREGATE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string Fixed character Fixed character Fixed character Type Fixed string...
Page 566 Line Content Description Import  Fixed character  Comment Comment  Repeat Line +6 for the number of vertexes.  Fixed string (position end) Appendix D Menu List and Materials D-174...
Page 567 h) Arrow Line Content Description Import // (space) Fixed string ARROW Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string LineType Fixed string Fixed character LineWidth Fixed character Fixed character LineColorNo Fixed string Fixed character EdgeType Fixed character Fixed character EdgeSize...
Page 568 Line Content Description Import  Start Position Latitude (degrees)  Fixed character  Start Position Latitude (degrees.minutes) 35.123  Fixed character  Start Position Latitude Sign (N/S)  Fixed character  Start Position Longitude (degrees)  Fixed character  Start Position Longitude (degrees.minutes) 48.234 ...
Page 569 i) Polygon Line Content Description Import // (space) Fixed string POLYGON Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lat Fixed string Fixed character Add "END"...
Page 570 j) Circle (polygon) Line Content Description Import // (space) Fixed string CIRCLE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Radius[nm]...
Page 571 k) Ellipse (polygon) Line Content Description Import // (space) Fixed string ELLIPSE Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Horizontal Radius [nm]...
Page 572 l) Fan Line Content Description Import // (space) Fixed string Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Base Point-Lat Fixed string Fixed character Fixed character Fixed character Base Point-Lon Fixed string Fixed character Fixed character Fixed character Radius [nm] Fixed string...
Page 573 m) User danger area Line Content Description Import // (space) Fixed string DANGER_AREA Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string Fixed character Add "END" to the end of vertex. Fixed string ...
Page 574 n) Text Line Content Description Import // (space) Fixed string TEXT Fixed string // (space) Fixed string Comment Fixed string // (space) Fixed string Fixed string Fixed character Fixed character Fixed character Fixed string Fixed character Rotation Fixed string  TEXT Fixed string ...
Page 575 D.10.6 Log Book File Line Content Description Export  Fixed string  LOGBOOK SHEET exported by JRC ECDIS. Fixed string  Fixed string  <<NOTE>>This strings // indicate comment variable-length string column/cells. You can edit freely.  //No Fixed string ...
Page 576 Line Content Description Export  STW(kn) Fixed string  Fixed character  COG(deg) Fixed string  Fixed character  SOG(kn) Fixed string  Fixed character  Av.Speed 4h(G)(kn) Fixed string  Fixed character  Av.Speed 24h(G)(kn) Fixed string  Fixed character ...
Page 577 Line Content Description Export  Air Pressure(hPa) Fixed string  Fixed character  Air Temperature(deg C) Fixed string  Fixed character  Water Temperature(deg C) Fixed string  Fixed character  Weather Condition Fixed string  Fixed character  Engine Rev.(rpm) Fixed string ...
Page 578 Line Content Description Export  Longitude   48.234     Position 1 Source GPS 1   Position 2 Source GPS 2   Ship's Heading 123.4   Water Ship Speed 12.3   Ground Course 123.5 ...
Page 579 Line Content Description Export  Wind Speed 10.3   Beaufort Scale Hurricane   Wave Direction 123.4   Wave Height   Ground Running Distance 12345.67   Water Running Distance 12300.23   Atmospheric Pressure 1003  ...
Page 580 JRC can repay you the amount you have paid for it. By using the Software in the state as installed in the device or in any other way, you agree to the provisions of this License Agreement (or confirm your prior agreement).
Page 581 ‒ Limitation of Liability: Except to the extent prohibited by law, Microsoft shall not be liable for any indirect damages, special damages, consequential damages or incidental damages arising from or in relation to the performance or use of the Software. This limitation of liability shall apply even in the case any remedy for damages may not fulfill its essential purpose.
Page 582 IPA Font License Agreement v1.0 The Licensor provides the licensed Program (as defined in Article 1 below) under the terms of this License Agreement (“Agreement”). Any use, reproduction or distribution of the licensed Program, or any exercise of rights under this Agreement by a Recipient (as defined in Article 1 below) constitutes the Recipient's acceptance of this Agreement.
Page 583 The Recipient may install the licensed Program on any number of Computers and use the same in accordance with the provisions set forth in this Agreement. The Recipient may use the licensed Program, with or without modification in printed materials or in Digital Content as an expression of character texts or the like.
Page 584 If the Recipient Redistributes the licensed Program pursuant to Paragraph 6 of the preceding Article, the Recipient shall meet all of the following conditions: (1) The Recipient may not change the name of the licensed Program. (2) The Recipient may not alter or otherwise modify the licensed Program. (3) The Recipient must attach a copy of this Agreement to the licensed Program.
Page 586 Not use the asbestos For further information,contact: URL Head office : http://www.jrc.co.jp/eng/ Marine Service Department 1-7-32 Tatsumi, Koto-ku, Tokyo 135-0053, Japan 　　　　　　　　　　　: tmsc@jrc.co.jp e - mail One - call 　　　　　　　　　　　: +81-50-3786-9201 ISO 9001, ISO 14001 Certified CODE No.7ZPNA4448K FEB. 2022 Edition 13...