JRC JR-8600, NWZ-1650 Instruction Manual

JLR-8600

NWZ-1650

GPS NAVIGATOR

INSTRUCTION

MANUAL

i

Foreword

Thank you for purchasing the JRC GPS Navigator JLR-8600.
This equipment is a high-performance navigation equipment consisting of a GPS sensor and
navigator, can retrieve the position data using the GPS sensor to display various navigation
information on the display.

● Thoroughly read this instruction manual before operating the equipment.

● Keep this manual nearby the equipment to allow ready access to it if necessary. It may

provide valuable information on how to deal with a given situation that may arise during the
operation.

ii

Symbols

Several symbols are used in this manual to ensure safety and proper operation of the
equipment and to avoid possible human injury or property damage. These symbols and
their meanings are shown below. Please read and understand these symbols before
proceeding to read this manual.

Before Commencing the Operation

WARNING

CAUTION

Examples of the Symbols

The symbols shown in the ∆ mark represent those that require attention
(including potential dangers and warnings).
A depiction of the type of caution is shown inside the symbol (the left symbol
indicates a general caution).

The symbols shown in the  mark represent actions which are prohibited.
A depiction of the type of prohibited action is shown inside the symbol (the
left symbol indicates that disassembly is prohibited).

Instructions shown with this symbol represent what can cause
death or serious injury if not observed.

Instructions shown with this symbol represent what may cause
injury or property damage if not observed.

The  symbol indicates required actions. A depiction of the type of required
action is shown inside the symbol (the left symbol indicates that the power
plug must be disconnected from the outlet).

iii

Precautions Upon the Operation

WARNING

Do not disassemble or modify the equipment. Doing so may result in fire, electric
shock, or equipment failure.

Do not allow the display to become wet. Doing so may result in fire, electric
shock, or equipment failure.

Operate the equipment only at the indicated voltage. Failure to do so may result
in fire, electric shock, or equipment failure.

Install this unit at least 1 m away from any magnetic compasses. Installation near
a magnetic compass may result in interference with the magnetic compass, and
may result in an accident.

Do not perform internal inspections or modifications of the equipment. Inspection
or modification by unauthorized personnel may result in fire, electric shock, or
equipment failure. Please consult with JRC or an affiliate to perform internal
inspections or repair.

When disposing of the used lithium battery, place insulating tape over the battery
terminals, or otherwise insulate the battery. Failure to do so may result in heating,
explosion, or fire due to a shorted battery.

iv

CAUTION

This equipment is not designed to automatically make judgments on the position
data. The navigation information including the position data needs to be judged by
the user himself.

Do not use the equipment in the environment other than those provided in the
specification. Doing so may result in equipment failure, malfunction, or injury.

Do not install the display unit in the location where it may come in contact with
water, oil, or chemicals. Doing so may result in equipment failure, malfunction, or
injury.

Do not install the equipment in the place subject to vibration or shock.
Doing so may result in the equipment falling or collapsing, resulting in equipment
failure or injury.

Do not place any item on the top of the equipment.
Doing so may result in equipment failure, malfunction, or injury.

Please consult with JRC or an affiliate to perform installation. Installation by
unauthorized personnel may result in malfunction.

Use only the specified battery. Failure to do so may result in battery leakage or
rupture, resulting in fire, injury, or equipment failure.

Do not use benzine, alcohol or thinner when caring this equipment.
Doing so may result in removing the paint or changing of properties.
Wipe off the grime lightly with a dry soft cloth.

Use the indicated screws when installing the display unit to a stable wooden
surface. Failure to do so may result in the display unit falling over, causing injury
or property damage.

Use only the specified fuse.
Failure to do so may result in fire or equipment failure.

Use only the specified battery.
Failure to do so may result in equipment failure or malfunction.

v

When connecting the cable attached to the equipment, do not bend it acutely, twist
it, or impart excessive force. Doing so sometimes causes cracks or damage to the
coating, resulting in fire or electrocution.

Do not install the sensor where there is excessive vibration.
Vibration may cause sensor failure.

Do not paint the sensor.
Doing so may result in reception problems.

Do not install the sensor where temperature exceeds 55 degrees Celsius and
there is covered with exhaust gas from funnel. Doing so may result in flood and
cause sensor failure.

The junction box rubber gaskets (25 f Gland side) fit  10mm – 20mm cables.

Install the sensor where there are no obstacles, in order to ensure that GPS signals
can be directly received from satellites without interference or reflection of signals
from surrounding objects.
Whenever possible, select a place with the following characteristics.

1. An open space, which allows uniform reception of satellite signals.

2. Far away from any high power transmission antennas.

3. Outside radar beams.

4. Away from the INMARSAT antenna by at least 5 meters and outside

If it is difficult to find an ideal site, select a place temporarily and install the equipment. Conduct a test to make
sure that the proper performance can be obtained and then fix the equipment in position. If it is installed at an
improper place, reception accuracy may be impaired.

vi

the INMARSAT beam.

5. Away from the antenna of a VHF transmitter and a direction finder
by at least 3 meters.

6. Away from a Magnetic Compass by at least 1 meter.

7. 3 meters or more away from amateur radio antennas.

If occurs bad positioning of such as satellite can not be received, please execute the
master reset of sensor.

There are cases when time lags in the gps navigator and gps compass.
This is not a malfunction due to the delay in the internal processing.

There are cases when time lags in the main display unit and sub display unit.
This is not a malfunction due to the delay in the internal processing.

CAUTION

Appearance of the Equipment

●NWZ-1650 Display Unit

●NDC-4100 Processor Unit

●JLR-4350 GPS Sensor Unit

vii

Terminology

Term Meaning (Descriptions)

2D (2 dimension) Positioning with antenna elevation height in addition to satellite

data.

3D (3 dimension) The three dimensional position fix, 4 or more satellites required.

Active route Route that is currently used by a ship

Anchor alert This alert monitors that the own ship is the preset distance or more

away from the waypoint.

Arrival alert This alert informs that the own ship has traveled the preset distance,

approaching the waypoint.

Beacon information Beacon data which is broadcast by message type 16.

BeiDou

Boundary alert This alert informs that the own ship has got into the preset route.

CCRP Abbreviation of Consistent Common Reference Point. Reference

CDI Abbreviation of Course Deviation Indicator. This indicator shows

Checksum An error detection method to check that the data has been correctly

COG Course Over Ground.

Course Direction in which the ship is traveling, which is the bearing mainly

CURRENT Sea and ocean currents, expressed in speed and direction.

Data route Ship route data that is stored in the memory of the equipment

Default gateway Equipment connected externally from a constructed network.

DGPS Abbreviation of Differential Global Positioning System. GPS

BeiDou is a satellite positioning system that is managed by China.

position of the own ship.

information on the deviation from the scheduled route and on the
direction into which the ship should be steered.

transmitted.

displayed by the GPS.

satellite error data sent from a reference station whose position is
accurately known is received via beacon from a beacon station,
improving positioning accuracy.

DISP-DPU The main circuitry of display unit.

FRAM Nonvolatile memory using a ferroelectric substance.

Geodetic Conditions for expressing position via latitude and longitude.

GPS Satellite (GPS) Abbreviation of Global Positioning System. Refers to satellites

launched for navigational support of military vessels managed by
the United States Department of Defense.

GLONASS

HDOP Abbreviation of Horizontal Dilution of Precision. Indicates accuracy

IEC IEC is the abbreviation of International Electrotechnical

IPXX IPXX is Degrees of protection provided by enclosures (IP Code)

viii

GLONASS is a satellite positioning system that is managed by Russia.

of positioning. The smaller the number, the higher the accuracy. If
GPS satellites are unevenly distributed, this number will grow. If
GPS satellites are evenly distributed, this number will be smaller.

Commission. It is an international standard governing electrical
and electronic technologies.

1st numeral: Against ingress of solid foreign objects (0 – 6)
2nd numeral: Against ingress of water with harmful effects (0 - 8).

(IPX4: splash-proof, IPX6: waterproof)

IP address ID number assigned to equipment on a constructed network.

LAN Abbreviation of Local Area Network. A network is constructed for

transmitting and receiving data.

LCD Unit (LCD) Liquid Crystal Display Unit.

Log Pulse Contact output signal, output in 1 pulse per nm.

Expressed in units of "p/nm". mi/h Unit of ship speed.

Loran time difference

display Method for expressing the present position with loran system time

difference. (The method is for operators who have a background in
loran navigation.)

MAC address ID number assigned to LAN IC

Multi GNSS Positioning using multiple satellite systems at the same time.

Master reset This function changes the settings of the display unit and GPS

sensor back to the factory settings. The function clears all the
data.

Multipath Wave Waves received from multiple directions due to reflection or

refraction of an initial wave by obstacles.

Mutual monitoring mode When two navigators are installed, they monitor their position fixing

status each other by using this function.

NMEA0183 (NMEA) Abbreviation of National Marine Electrical Association 0183.

International standard for naval equipment transmission
established by the National Marine Electrical Association.

QZSS QZSS is a Quasi-zenith satellite system that is managed by Japan

and complements GPS.

Positioning Use of GPS or DGPS receiving functions to determine the current

position of a ship.

RAIM Accuracy Standard
(RAIM) Abbreviation of Receiver Autonomous Integrity Monitoring. This

system automatically detects failed satellites and deselects their
positioning data from calculations. Including data from failed
satellites will result in a decrease in positioning accuracy; the RAIM
accuracy standard indicates the accuracy degradation base for
removal of failed satellites from positioning calculations.

Ranging Positioning with the use of SBAS satellite in addition to GPS

satellite.

Reception Level GPS signal reception level.

Route plan Plan registered with multiple waypoints in the navigation order

RS-232C Serial data transmission standard. It is unbalanced, and hence can

only be used for short distance transmission.

RS-422 Balanced serial transmission standard.

SBAS Abbreviation of Satellite Based Augmentation System. It is a

blanket term for wide scale GPS support systems using fixed
position satellites which send GPS error correction data over a wide
range.

SBAS Search SBAS reception mode (manual / automatic).

ix

Shared route Function that uses the same route as other functions such as

ECDIS do. The route can be updated automatically by sharing the
active route.

Smoothing Function for averaging over a specified number of seconds.

SOG Speed Over Ground, This is the ship’s relative speed to the ground.

SPEED The speed mainly measured by the GPS.

STW Speed Through Water.

Subnet mask Value for identifying the network address

Symbol information Information of symbols displayed on the plotting screen. The

information includes symbol positions, comments, etc.

TD Abbreviation of Time Difference. Time difference from the

master-station signal of the loran system to the slave-station signal.

Message Type 0 SBAS satellite test broadcasting.

UTC Abbreviation of Coordinated Universal Time.

XTD alert This alert informs that the own ship has got out of the scheduled

route by the preset distance or more.

x

Index

Foreword ............................................................................................................................................... ii

Before Commencing the Operation ..................................................................................................... iii

Precautions Upon the Operation ......................................................................................................... iv

Appearance of the Equipment ............................................................................................................ vii

Terminology ........................................................................................................................................ viii

1.1 Functions ............................................................................................................................... 1-1

1.2 Features ................................................................................................................................ 1-1

1.3 Configuration ......................................................................................................................... 1-2

1.3.1 Standard Configuration .................................................................................................. 1-2

1.3.2 Option ............................................................................................................................ 1-3

1.4 Construction .......................................................................................................................... 1-4

1.5 System Diagram .................................................................................................................. 1-14

Chapter 2 Name and Function of Each Unit ................................................................................... 2-1

2.1 NWZ-1650 DISPLAY UNIT .................................................................................................... 2-1

2.2 JLR-4350 GPS Sensor .......................................................................................................... 2-3

2.3 NDC-4100 Processor ............................................................................................................ 2-3

Chapter 3 Display Screens ............................................................................................................. 3-1

3.1 Display Screens .................................................................................................................... 3-1

3.1.1 Switching display ........................................................................................................... 3-1

3.1.2 Navigation information screen ....................................................................................... 3-1

3.1.3 Plotting screen 1 ............................................................................................................ 3-5

3.1.4 Plotting screen 2 ............................................................................................................ 3-5

3.1.5 Analogue screen ............................................................................................................ 3-6

3.1.6 Highway screen ............................................................................................................. 3-7

3.1.7 Satellite information screen ........................................................................................... 3-7

3.1.8 Waypoint information screen ......................................................................................... 3-8

3.1.9 Beacon text screen ........................................................................................................ 3-8

3.1.10 Navigation aid screen .................................................................................................... 3-9

Chapter 4 Operation ....................................................................................................................... 4-1

4.1 Menu List ............................................................................................................................... 4-1

4.1.1 Main Menu ..................................................................................................................... 4-1

4.1.2 Function menu ............................................................................................................... 4-7

4.2 Basic Operation ..................................................................................................................... 4-8

4.2.1 Turning on the power of the unit .................................................................................... 4-8

4.2.2 Startup ........................................................................................................................... 4-8

4.2.3 Turning off the power of the unit .................................................................................... 4-9

4.2.4 Adjusting the backlight ................................................................................................. 4-10

4.2.5 Menu operation ............................................................................................................ 4-10

4.2.6 Alert and acknowledgment (ACK) ............................................................................... 4-11

4.2.7 Screen operation ......................................................................................................... 4-13

4.2.8 Inputting numeric values .............................................................................................. 4-13

4.2.9 Inputting comments ..................................................................................................... 4-14

4.2.10 List operation ............................................................................................................... 4-15

4.2.11 Entering a password in CODE INPUT ......................................................................... 4-15

4.3 Setting Display .................................................................................................................... 4-16

4.3.1 Setting a theme ............................................................................................................ 4-16

4.3.2 Setting a beep tone ...................................................................................................... 4-16

4.3.3 Setting reverse video display ....................................................................................... 4-16

4.3.4 Selecting a display screen ........................................................................................... 4-17

4.4 Registering Waypoints ........................................................................................................ 4-18

4.4.1 Displaying a waypoint list............................................................................................. 4-18

4.4.2 Registering waypoints .................................................................................................. 4-19

4.4.3 Editing waypoints ......................................................................................................... 4-22

4.4.4 Copying waypoints ....................................................................................................... 4-22

4.4.5 Deleting waypoints ....................................................................................................... 4-23

4.5 Route Plan ........................................................................................................................... 4-24

4.5.1 Displaying a route list ................................................................................................... 4-24

4.5.2 Creating routes ............................................................................................................ 4-25

4.5.3 Editing routes ............................................................................................................... 4-27

Copying routes ............................................................................................................. 4-28

4.5.4

4.5.5 Deleting routes ............................................................................................................. 4-29

4.5.6 Sharing a route with another piece of equipment ........................................................ 4-31

4.5.7 Setting route initial values ............................................................................................ 4-32

4.6 Executing a Route ............................................................................................................... 4-33

4.6.1 Executing a route by selecting from a route list ........................................................... 4-33

4.6.2 Selecting a waypoint/route by using the GOTO key .................................................... 4-34

4.6.3 Ending a route ............................................................................................................. 4-37

4.7 Event/Mark .......................................................................................................................... 4-38

4.7.1 Displaying an event/mark list ....................................................................................... 4-38

4.7.2 Registering events ....................................................................................................... 4-38

4.7.3 Registering marks ........................................................................................................ 4-39

4.7.4 Editing events/marks ................................................................................................... 4-40

4.7.5 Deleting events/marks ................................................................................................. 4-40

4.8 Plotting Screen .................................................................................................................... 4-42

4.8.1 Operating the cursor .................................................................................................... 4-42

4.8.2 Changing the cursor size ............................................................................................. 4-42

4.8.3 Moving a screen .......................................................................................................... 4-43

4.8.4 Moving own ship to the centre of the screen ............................................................... 4-43

4.8.5 Screen Zoom In/Out .................................................................................................... 4-44

4.8.6 Changing North Up/Course Up .................................................................................... 4-44

4.8.7 Displaying tracks .......................................................................................................... 4-45

4.8.8 Displaying an own ship vector and a distance circle ................................................... 4-46

4.8.9 Setting symbols to display/non-display ........................................................................ 4-47

4.8.10 Displaying symbol information ..................................................................................... 4-47

4.8.11 Changing a background colour .................................................................................... 4-48

4.9 Setting MOB ........................................................................................................................ 4-49

4.10 Setting Alerts ....................................................................................................................... 4-50

4.10.1 Setting alert/buzzer sounds ......................................................................................... 4-50

4.11 Alert List............................................................................................................................... 4-56

4.11.1 Displaying alert history ................................................................................................. 4-56

4.11.2 Displaying the alert that is occurring ............................................................................ 4-56

4.11.3 Displaying the alerts that occurred in LAN .................................................................. 4-57

4.12 Initial Settings of GNSS/Beacon/SBAS ............................................................................... 4-58

4.12.1 Setting a positioning system ........................................................................................ 4-58

4.12.2 Setting a position fixing mode ...................................................................................... 4-59

4.12.3 Setting an elevation mask............................................................................................ 4-59

4.12.4 Setting HDOP .............................................................................................................. 4-60

4.12.5 Setting position, speed, and course smoothing ........................................................... 4-60

4.12.6 Setting RAIM ................................................................................................................ 4-61

4.12.7 Setting a geodetic system............................................................................................ 4-61

4.12.8 Initialising sensors ....................................................................................................... 4-62

4.12.9 Setting a DGPS correction mode ................................................................................ 4-62

4.12.10 Setting a beacon ...................................................................................................... 4-64

4.12.11 Setting SBAS ........................................................................................................... 4-65

4.12.12 Displaying a beacon station list ............................................................................... 4-65

4.13 Configuring a System .......................................................................................................... 4-66

4.13.1 Setting time difference/date display ............................................................................. 4-66

4.13.2 Setting units ................................................................................................................. 4-66

4.13.3 Setting magnetic correction ......................................................................................... 4-67

4.13.4 Setting LORAN A/C ..................................................................................................... 4-67

4.13.5 Selecting a sensor ....................................................................................................... 4-68

4.14 Printing ................................................................................................................................ 4-69

4.15 Setting a Language ............................................................................................................. 4-69

4.16 Verifying Versions ................................................................................................................ 4-69

4.17 Displaying a total trip distance ............................................................................................ 4-70

4.17.1 Starting/stopping measurement of a trip distance ....................................................... 4-70

4.17.2 Resetting a trip distance .............................................................................................. 4-70

4.17.3 Resetting a total trip distance ...................................................................................... 4-70

4.18 Measuring a trip distance .................................................................................................... 4-71

4.18.1 Starting/stopping measurement ................................................................................... 4-71

4.18.2 Resetting a trip distance .............................................................................................. 4-71

4.19 Displaying external equipment information ......................................................................... 4-72

Measuring a distance and an azimuth between two points ................................................ 4-73

4.20

Chapter 5 Maintenance and Inspection .......................................................................................... 5-1

5.1 General Maintenance and Inspection ................................................................................... 5-1

5.2 Alerts ..................................................................................................................................... 5-2

5.3 Troubleshooting ..................................................................................................................... 5-5

5.4 Replacement Parts ................................................................................................................ 5-7

5.4.1 Repair units .................................................................................................................... 5-7

5.4.2 Regular replacement parts ............................................................................................ 5-7

Chapter 6 After-Sales Service ........................................................................................................ 6-1

6.1 Warranty ................................................................................................................................ 6-1

6.2 Repair parts stocking Period ................................................................................................. 6-1

6.3 When Requesting Service ..................................................................................................... 6-1

6.4 Recommended Checks Inspection ....................................................................................... 6-1

Chapter 7 Disposal ......................................................................................................................... 7-1

7.1 Disposal of Equipment .......................................................................................................... 7-1

7.2 Disposal of Used Batteries .................................................................................................... 7-1

Chapter 8 Specification .................................................................................................................. 8-1

8.1 NWZ-1650 DISPLAY UNIT ................................................................................................. 8-1

8.1.1 Basic .............................................................................................................................. 8-1

8.1.2 Environment ................................................................................................................... 8-1

8.2 JLR-4350 GPS Sensor .......................................................................................................... 8-1

8.2.1 Basic .............................................................................................................................. 8-1

8.2.2 Environment ................................................................................................................... 8-2

8.3 NDC-4100 Processor Unit ..................................................................................................... 8-2

8.3.1 Basic .............................................................................................................................. 8-2

8.3.2 Environment ................................................................................................................... 8-2

8.3.3 Interface ......................................................................................................................... 8-3

Appendix .................................................................................................................................. Appendix-1

Appendix 1 List of Geodetic System ................................................................................ Appendix-1

Appendix 2 List of standard terms, units and abbreviations ............................................ Appendix-2

Appendix 3 List of Symbols .............................................................................................. Appendix-7

Appendix 4 List of Default Setting Values ........................................................................ Appendix-8

Appendix 5 Data Format ................................................................................................ Appendix-13

Appendix 6 Compass Safe Distance ............................................................................. Appendix-30

Chapter 1 Equipment Overview

1.1 Functions

This equipment (JLR-8600) is a GPS navigator with a JLR-4350GPS sensor that is connected to
the NWZ-1650 display unit and the NDC-4100 processing unit.

JLR-4350, which is a multi-GNSS receiver that is capable of receiving data from GPS as well as
GLONASS or BeiDou, operates around-the-clock to measure positions with high accuracy anywhere in
the world and in all weather conditions by using the GPS satellite and the GLONASS satellite, or the
BeiDou satellite, and produces highly reliable positioning results. In addition, the GPS navigator can
increase the accuracy of position fixing by receiving correction data from the DGPS beacon station and
SBAS satellites.

1.2 Features

 Registration of up to 100 routes and 10000 waypoints

 Many output ports installed with the built-in buffer unit

 Enables sharing of a route with ECDIS by the mounted LAN

 High visibility 6.5-inchi large colour LCD

 Provided with many graphic display modes

 Mutual acknowledgment through a contact or ALR

 Improved operability by touch panel and abundant menus

 High reliability by the multi-GNSS receivers (GPS/GLONASS/BeiDou/QZSS/SBAS)

 Built-in RAIM function

1-1

1.3 Configuration

1.3.1 Standard Configuration

JLR-8600

No Name Model Q'ty Note
1 GPS Sensor Unit JLR-4350 1
1-1 Screw Adapter MTV302007A 1
1-2 Mounting Band MPBP02520 1 Include 2 bands
1-3 Instruction manual 7ZPNA4695 1 English
1-4 Cable guard rubber MPPK31462 1
2 Processor Unit NDC-4100 1

2-1 Fuse

3 Display Unit NWZ-1650 1

Model

3-1

Identification
Plate

3-2 Clamp Filter 5MBIR00009 1
3-3 Flush mount kit MPBX50891 1
4 Display cable CFQ-7540 1 LAN 15m for DISPLAY
5 Instruction manual 7ZPNA4699 1 7ZPNA4698(Japanese)/7ZPNA4699(English)

MF51NR 250V 5
MF51NR 250V 2

MPNN50903 1

NWZ-1650

No Name Model Q'ty Note
1 Display Unit NWZ-1650 1 Refer to JLR-8600(3～3-3)
2 Instruction manual 7ZPNA4699 1 7ZPNA4698(Japanese)/7ZPNA4699(English)

MF51NR 250V 5 ：4 Fuses

1

MF51NR 250V 2 ：1 Fuses

1-2

1.3.2 Option

No Name Model Q'ty Note

AC/DC Power supply

1

unit
AC/DC Power supply

2

unit
AC/DC Power supply

3

unit
4 Data Power Cable CFQ-7539 1 For Remote Display/ 8 cores 15m
5 Data power Cable CFQ-7539-5 1 For Remote Display/ 8 cores 5m
6 Printer DPU-414 1
7 Printer NKG-104 1
8 Printer Cable 7ZCNA4109 1 Single end D-Sub/ 3m For DPU-414
9 Printer Cable 7ZCNA4112 1 Single end D-Sub9/ 10m For DPU-414

10 Printer Paper 6ZCAF00252A 1 For DPU-414
11 Printer Paper 7ZPJD0384 1 For NKG-104
12 Extension Cable CFQ-9002 1 Dual end 6 cores connecter 15m/ For Sensor
13 Extension Cable CFQ-9000 1 Single end 6 cores 5m
14 Junction Box NQE-7700A 1 6 terminals
15 Pole Mounting Kit MPBP30608 1 For NQE-7700A
16 Coaxial Cable Kit NQD-4414 1 Outdoor NQD-4410, Indoor NQD-4411
17 Select Switch NCZ-777 1 Manual
18 Select Switch NCZ-1537B 1 Automatic
19 Junction Box CQD-10 1 16 terminals
20 Screw Adapter MTV302007A 1 For Sensor
21 Mounting Band MPBP02520 1 For Sensor
22 Output Buffer NQA-4351 1
23 Select Switch NCZ-1663 1 For NQA-4351
24 External Dimmer unit NCM-227 1

25 Printer RP-D10 1 Network printer

26 Power supply NBG-980 Power supply unit for Network printer
27 Base kits MPBX50347 1 with Tapping screws

NBG-320 1

NBD-577C 1

NBD-904 1

100/220VAC,24VDC Input
12VDC Output
100/220VAC,24VDC Input
24VDC Output
100/220VAC,24VDC Input
24VDC Output

1-3

1.4 Construction

NWZ-1650 Display Unit

NDC-4100 Processor Unit

1-4

Unit: mm
Mass: Approximately 2kg
Color: Munsell N2.5
IP Grade: IP56

Unit: mm
Mass: Approximately 2.2kg
Color: Munsell N2.5
IP Grade: IP22

JLR-4350 GPS Sensor Unit

Unit: mm
Mass: Approximately 1.5kg (include 15m cable)
Color: Munsell N9
IP Grade: IP56 (IEC60945)

1-5

NBD-904 Power Supply

Unit： mm
Mass：Approximately 2.6 kg

NBD-577C Power Supply

Unit： mm
Mass： Approximately 5.4 kg

1-6

NBG-320 Power Supply

Unit： mm
Mass： Approximately 3.5 kg

NQE-7700A Junction Box

GPS cable

Glandφ15

Unit： mm
Mass： Approximately 0.6 kg

1-7

NQD-4414 Coaxial Cable Kit (NQD-4410)

Unit： mm
Mass： Approximately 1.5 kg

NQD-4414 Coaxial Cable Kit (NQD-4411)

(Screw M3)

Unit： mm
Mass： Approximately 0.7 kg

1-8

g

NQA-4351A Output Buffer

Select si

DC Input Data Output

(IEC61162-1 or NMEA) (IEC61162-1 or NMEA)

nal

JUMPER SETTING for DC Input
DC Input JUMPER Terminal

DC 12V TB1-IN

DC 24V TB1-IN

1
2 JUMPER ON 9-16V

JUMPER Cable 0.25~2.5mm

1
2 JUMPER ON 9-16V

Not connect

3

Data Output Data Output

(IEC61162-1 or NMEA) (IEC61162-1 or NMEA)

Unit： mm
Mass： 0.8 kg

1-9

NCZ-777 Select Switch

Unit： mm
Mass： Approximately 0.5 kg

NCZ-777 Select Switch (Flush Mounting)

Unit： mm
Mass： Approximately 0.7 kg

1-10

NCZ-1663 Select Switch

Unit： mm
Mass： 0.2 kg

NCZ-1663 Select Switch (Flush Mounting)

1-11

NCZ-1537A/B Select Switch (Flush Mounting)

Unit： mm
Mass： 0.2 kg

Unit： mm
Mass： 0.55 kg

1-12

CQD-10 Junction Box

Unit： mm
Mass： Approximately 1.1 kg

NKG-104 Printer

Unit： mm
Mass： Approximately 2.1 kg

1-13

1.5 System Diagram

JLR-4350

GPS Sensor

NQE-7700A Junction Box

250V-MPYCYS-7

Sensor Display Unit

LAN

RS-422

NDC-4100
Processor Unit

Contact

RS-422

(Internal Buffer)

RS-232C

Power Supply

0.6/1kV-DPYC-1.5

DC24V

DC12/24V

DC24V

LAN
CFQ-7540

Ethernet×2

250V-TTYCS-1
IN×2 OUT×5

250V-TTYCS-1
IN×1 OUT×4

250V-TTYCS-1
OUT×8

7CNA4109 or
7ZCNA4112

DC12V

NBD-904

PowerSupply

NWZ-1650

Display Unit

ECDIS
Remote Maintenance
MFD

External equipment

Alarm System

Radar
ECDIS/Plotter
Tide Current Calculator
Printer NKG-104

DPU-414

Printer

7ZCJD0257B

NBD-577C

PowerSupply

NBG-320

PowerSupply

AC110/22012/24V

1-14

y

Chapter 2

Name and Function of Each Unit

2.1 NWZ-1650 DISPLAY UNIT

Touch panel

Key Name Function

Alert Displays the icon when an alert is issued.

MOB Displays a plotting screen and stores the Man OverBoard position.

DIM UP Increases the brightness.

DIM DOWN Reduces the brightness.

Menu Displays a menu.

Screen Switches a main screen. Select from a main screen list.

Function Displays the operation menu on the main screen.

Screen
switch

Screen
switch

Buzzer

The icon changes according to the alert state.

Displays a freeze indicator.

Switches to a sub screen.

Switches to a sub screen.

Status area

Displays the status of the
equipment or system with
the icon.

DISPLAY

Displays the information of
own ship and equipment
setting screen.

Operated by the touch panel.

Power suppl

key

2-1

How to read the information on the display

Geodetic
positioning system

Date and time display (note1

 U: UTC
 L: Local

In the 12-hour display, AM/PM
is displayed.

Status

See the status list
for the contents of
the status.

RAIM

Displays the currently set
accuracy level.
 RAIM operating: 10m, 30m,

50m,100m

 RAIM OFF：OFF
No faulty satellite: SAFE
RAIM disabled: CAUTION
Faulty satellite: UNSAFE

note1

Although the displayed time may
be out of sync with other display
devices, it is because the data
output timing is different and it is
not a malfunction.

Status list

1 2 3 4 5 6 7 8 9 10 11 12 13

No Icon Description No Icon Description

1

2

3

4

5

6

7 MOB

Display unit number
M: Main display unit
R: Remote display unit

Received beacon
information.
Displayed when beacon
information is received.
Magnetic correction
Displayed when magnetic
correction is set.

Waypoint update state
Displays the waypoint update
mode during route execution.
AUTO: Automatic
MAN: Manual

Route sharing
Displayed when an Active
route is shared.
1: Share 1, 2: Share 2,
3: Share 3, 4: Share 4,
5: Share 5

Installation mode
Displayed in the installation
setting mode.

Displays when MOB is active.

8

9

10

11

12

13

Demo mode
Displayed in demo mode.

DGPS switched.
Indicates that the mode has just
changed from GPS to DGPS.
This icon is cleared automatically
five minutes after the switch.

HDOP alert
Displayed when the value exceeded
the setting value.

Sensor number using display
AUTO: A sensor is selected
automatically.
MAN: A sensor is selected manually.
Positioning system
Indicates the currently set
positioning system.
The positioning system that is set
but cannot be used is displayed in
yellow.
GPS: GPS GLO: GLONASS
QZSS: QZSS BDS: BeiDou
Position fixing status
GNSS: GNSS position fixing
GPS: GPS position fixing
DGPS: Beacon DGPS position fixing
SBAS: SBAS position fixing
2D: 2 dimensional position fixing
3D: 3 dimensional position fixing

No Fix: Non position fixing

2-2

2.2 JLR-4350 GPS Sensor

Radome

6 pins Connector
Approx. φ19mm

Base

Data Cable 15m
Approx. φ6mm

Mounting Screw
1 inch 14 UNS-2B

2.3 NDC-4100 Processor

Cover

Earth terminal

2-3

Mounting Screw hole

Cable Inlet

2-4

Chapter 3 Display Screens

3.1 Display Screens

3.1.1 Switching display

When the screen key is tapped, a display screen list is displayed. Select a screen to be

displayed from the list. The screen name is displayed on the screen key.

On the navigation information screen, the analogue screen, and the navigation support screen, a

sub screen can be displayed by using or .

3.1.2 Navigation information screen

The navigation information screen displays the position, speed, and course of own ship. When a
waypoint is available, the waypoint number and estimated time of arrival are also displayed.

Display screen list

A sub screen can be displayed by using or . The sub screen varies depending on the

presence or absence of the waypoint.

Own ship's position
(latitude and longitude)

3-1

Speed

Course

Sub screen
a) If there are no waypoints

Own ship's position
(latitude and longitude)

Speed Course

Own ship's position
(latitude and longitude)

Speed

3-2

Sub Screen 1 (4 digit position screen)

Sub Screen 2 (SOG and COG screen)

Course

b) If there are waypoints

A

Number of the waypoint
for which the ship is
heading

Sub Screen 1 (4 digit position screen)

Route number

Speed

Own ship's position
(latitude and longitude)

Distance from the own
ship's position to the
waypoint

Course

Bearing from the own ship's
position to the waypoint

Estimated arrival time at
the waypoint

Estimated arrival time
at the final waypoint

Number of the waypoint
for which the ship is
heading

Distance from the own
ship's position to the
waypoint

Speed of the
destination component
(See Memo.)

Deviation from the route

and the steering direction

L: Steered to the left

R: Steered to the right

Speed

Sub Screen 2 (Detail screen)

Own ship's position
(latitude and longitude)

Course

Bearing from the present
position to the waypoint

Speed of the COG component
(See Memo.)

verage bearing

(See Memo.)

Estimated arrival time at the
waypoint

Number of the waypoint
for which the ship is
heading

Sub Screen 3 (SOG and COG screen)

Own ship's position
(latitude and longitude)

Speed

Course

Estimated arrival time at
the waypoint

3-3

Memo

VTD (Speed of the destination component)
VTD (An acronym of "Velocity Toward Destination)
This in an index that shows how fast the boat is approaching toward the destination in the
unit of knot when it is navigation at a given bearing angle and speed.

VEAR(Speed of the COG component)
VEAR(An acronym of "Velocity Along Route")
This in an index that shows how fast the vessel is approaching along the planned route in
the unit of knot when it is navigating at a given course and speed.

CMG(Average bearing)
CMG(An acronym of "Course Made Good")
The bearing angle to the current position when viewed from the starting point.

VEAR

3-4

VTD = V cos a°
VEAR = V cos b°
CMG = c°

3.1.3 Plotting screen 1

A

Plotting screen 1 displays the course, speed, bearing, and distance at the bottom of the screen.

The screen can be enhanced and reduced by using and .

Northerly directions

Width of the
starboard-side route

Distance from the own ship's
position to the waypoint

Own ship

symbol

Width of the

port-side route

Speed

Event symbol

Date and Time
Own ship's position
(latitude and longitude)

Waypoint

symbol

Route

rrival circle

Mark symbol

Scale bar

Course

Bearing from the own
ship's position to the
waypoint

3.1.4 Plotting screen 2

Plotting screen 2 displays a plotting screen in full screen mode.
The display contents and the operation are the same as for the plotting screen 1.

Northerly directions

Own ship

symbol

3-5

3.1.5 Analogue screen

The analogue screen displays the course, waypoint bearing, and CDI in graphic format. During
route execution, the screen displays the off-course and distance to the waypoint.

The ship speed meter can be displayed by using or .

Course indicator bar

Course

Deviation from the route

Distance from the
own ship's position
to the waypoint

Speed

Main screen

▼Bearing from the
own ship's position
to the waypoint

Route deviation indicator bar

Center of the route

Sub screen (Speed)

3-6

3.1.6 Highway screen

A

The highway screen displays the CDI, course, speed, bearing, and distance.

The screen can be enhanced or reduced by using and respectively.

Deviation from the route
and the steering direction

Next waypoint

Own ship Speed

Distance from the own
ship's position to the
waypoint

Route

Waypoint direction

Waypoint

LEG

Scale bar

Course
Bearing from the own

ship's position to the
waypoint

3.1.7 Satellite information screen

The satellite information screen displays the GNSS satellite and the beacon reception state.

The GNSS system can be switched by using or .

GNSS satellite location
and the receiving status
Unframed: Search
: Completion of

demodulation

: Use of position fixing

Beacon frequency

Beacon SNR
Beacon error rate

GNSS HDOP

ntenna height

GNSS satellite number
Unframed: Search
□ : Completion of

demodulation

■ : Use of position fixing

GNSS signal intensity bar
45 to 55 under normal
conditions

Beacon signal intensity
Beacon bit rate

3-7

t

A

3.1.8 Waypoint information screen

The waypoint information screen displays waypoint information on the route.

The information can be switched to the next waypoint information by using or .

Waypoint number

Comment on
the waypoint

Waypoint position

Distance from the
own ship's position
to the displayed
waypoint

rrival-circle radius

Planned ship speed

n-th waypoin

Total number of waypoints

Bearing from the own
ship's position to the
displayed waypoint

Expected arrival time at
the displayed waypoint

Time required for reaching
the displayed waypoint

Width of the port and starboard-side
route

3.1.9 Beacon text screen

The beacon text screen displays the beacon text information (Type 16) that is received by the
beacon receiver.

Beacon information

3-8

3.1.10 Navigation aid screen

The navigation aid screen calculates and displays navigation information including a 4-split screen,
navigation measurement, trip distance, external equipment information, and distance between two
points.

The screen can be switched by using or .

Deviation from the route

measurement start time

Course

CTS

Own ship position

Speed

Total time

Trip

Navigation assistance screen 1

Speed

Distance from the own
ship's position to the
waypoint

Time required for reaching
the waypoint

Navigation assistance screen 2 (measurement for navigation)

RUNNING:
Measurement in
progress
END:
Measurement
complete

Course

measurement end
time

Total distance

3-9

A

A

t

Navigation assistance screen 3 (measurement for navigation)

RUNNING: Measurement in
progress
END: Measurement complete

measurement start time

Total time

verage speed

measurement start time

measurement end time

Total time

verage speed

measurement end time

trip

RUNNING: Measurement in
progress
END: Measurement complete

trip

Forward/backward speed
through water

▲:Forward
▼:Backward

Navigation assistance screen 4 (External equipment screen)

Baw speed through water
Leftward
Rightward

Water depth

Current direction, speed
and depth.
Layer A
Layer B
Layer C
Layer D
Layer E

Water
temperature

Navigation assistance screen 5 (Calculation of a distance/bearing between two points)

(Latitude and longitude) Terminal point

Starting poin

(Latitude and longitude)

Distance calculation method

Distance

Bearing

3-10

Stern speed through
water
Leftward
Rightward

GC: Great circle sailing

RL: Rhumb line sailing

Chapter 4 Operation

4.1 Menu List

4.1.1 Main Menu

MENU Sub Menu Sub Menu Sub Menu Range Reference

THEME DAY/DUSK/NIGHT
BEEP OFF / ON
DAY SCREEN OFF / ON
NAV OFF / ON
PLOT OFF / ON

DISPLAY

VOYAGE

ALERT

4-1

ANALOG OFF / ON
HIGHWAY OFF / ON
SAT INFO OFF / ON
WPT INFO OFF / ON
BEACON TEXT OFF / ON
NAV ASSIST OFF / ON
WPT WPT LIST
ROUTE ROUTE LIST
RUN

EVENTMARK

WPT COPY
ROUTE COPY
WPT DELETE
ROUTE
DELETE
EVENT DELETE

SHARED

DEFAULT
SETTINGS

SYSTEM

ARRIVAL/
ANCHOR

XTD/
BOUNDARY

HDOP

SPD

TRIP

EARLY
COURSE
CHANGE

END OF TRACK

ARRIVED
AT W O L

EVENTMARK
LIST

ROUTE SEND
ROUTE RECEIVE SOURCE IP
WIDTH
PORT(NM)
WIDTH
STBD(NM)
ARRIVAL
RADIUS(NM)
SPEED(kn) 00.00~99.99
SAIL GC/RL
SOG
SMOOTHING(s)
SET OFF / ON
SOUND OFF / ON

SET

SOUND OFF / ON

SET

SOUND OFF / ON
SET
SOUND OFF / ON
SET
SOUND OFF / ON
SET
SOUND OFF / ON
SET

SOUND OFF / ON

SET
SOUND OFF / ON
SET OFF / ON
SOUND OFF / ON

0.00~9.99

0.00~9.99

0.00~9.99

0~99

OFF / ARRIVAL /
ANCHOR

OFF / XTD /
BOUNDARY

MENU Sub Menu Sub Menu Sub Menu Range Reference

ALERT

GNSS
SETTING

ACTUAL
COURSE
CHANGE

TEMP

DPTH

DGPS

BUFFER

POWER

SENSOR1

SET OFF / ON

SOUND OFF / ON

SET
SOUND OFF / ON
SET
SOUND OFF / ON

OFF

SET

SOUND OFF / ON
SET OFF / ON
SOUND OFF / ON
SET OFF / ON
SOUND OFF / ON
GNSS GPS MODE GPS
FIX MODE 2D / 3D / AUTO
ELV MASK 5~89 deg
HDOP 4/10/20

POSN
SMOOTHING(s)

SMOOTH

RAIM

DATUM

INIT

DGPS

BEACON

SBAS

STN LIST

SPEED
SMOOTHING(s)
COURSE
SMOOTHING(s)
RAIM
ACCURACY
LEVEL(m)

QUADRANT
LAT
LON
ANT HEIGHT(m)
YEAR
MONTH
DAY
HOUR(hr)
MINUTE(min)

AUTO

MANUAL

SEMI AUTO
MONITOR

SAT SEARCH

TYPE0 OFF / ON
RANGING OFF / ON

GPS→DGPS
DGPS→GPS
GPS⇔DGPS

0~99

0~99

0~99

OFF/10/30/50/100

OFF / AUTO
BEACON / SBAS

FREQUENCY/
BITRATE

AUTO / MANUAL
(SBAS SETTING)

4-2

MENU Sub Menu Sub Menu Sub Menu Range

GNSS GPS MODE GPS
FIX MODE 2D / 3D / AUTO
ELV MASK 5~89 deg
HDOP 4/10/20

POSN
SMOOTHING(s)

SMOOTH

RAIM

DATUM

GNSS
SETTING

SYSTEM

LANGUAGE

VERSION

ALERT LIST

SENSOR2

DATE / TIME

UNIT

MAG CORR
LORAN OFF / LORAN A,C
SENSOR
SELECT

DISPLAY
PROCESSOR
SENSOR1
SENSOR2
ALERT
HISTORY
ACTIVE ALERT
LAN1
LAN2

INIT

DGPS

BEACON

SBAS

STN LIST
TIME DIFF +00:00~+13:30

DATE DISP

TIME DISP(hr) 12hr / 24hr

DIST / SPEED

HIGHT / DPTH m / ft / fm
TEMP

AUTO/ SENSOR1,2

SPEED
SMOOTHING(s)
COURSE
SMOOTHING(s)
RAIM
ACCURACY
LEVEL(m)

QUADRANT
LAT
LON
ANT HEIGHT(m)
YEAR
MONTH
DAY
HOUR(hr)
MINUTE(min)

AUTO

MANUAL

SEMI AUTO
MONITOR

SAT SEARCH

TYPE0 OFF / ON
RANGING OFF / ON

0~99

0~99

0~99

OFF/10/30/50/100

OFF / AUTO
BEACON / SBAS

FREQUENCY/
BITRATE

AUTO / MANUAL
(SBAS SETTING)

‘YY-MM-DD
DD MMM,’YY
MMM DD,’YY

NM,kn
km,km/h
mi,mi/h

℃ / F

JAPANESE/
ENGLISH

Reference

4-3

MENU Sub Menu Sub Menu Sub Menu Sub Menu

EQUIP

TYPE

DATA I/O

SWITCH

TYPE1 / 2
DISPLAY

TYPE2/2
PROCESSOR

IN/OUT1
IN/OUT2
IN/OUT3
OUT4
OUT5
OUT6

LAN

CONTACT1

CONTACT2

CONTACT3

CONTACT4

BUFFER

SENSOR

RS-232C

CONTROLL
METHOD

SWITCH
SELECTION

DISPLAY
TYPE

SFI GP0000
DEVICE No. No1.~No3.
SFI GP0000

SENSOR1

SENSOR2

LAN1

LAN2

COMMON

CONTACT
OUT
CONTACT
OUT
CONTACT
OUT
CONTACT
OUT
FORMAT
BITRATE(bps)
VERSION
TALKER
SENSOR1
PORT2(bps)
SENSOR2
PORT2(bps)
FORMAT
BITRATE(bps)
VERSION
TALKER

DATA OUT
RMS
SEND
PRINTER
DATA OUT
RMS
SEND
PRINTER
ACTIVE
ROUTE
DATA
ROUTE
MUTUAL

4-4

Range Reference
MAIN
REMOTE(LAN)
REMOTE
(SERIAL)

OFF
GPS
COMPASS
OTHER EQUIP
OFF
GPS
COMPASS
OTHER EQUIP

4800 / 9600
19200 / 38400
4800 / 9600
19200 / 38400

OFF
MFD
FIX/NOFIX
FIX/NOFIX
+ DOP

PROCESSOR
No1.
PROCESSOR
No2.

MENU Sub Menu Sub Menu Sub Menu Sub Menu

EQUIP

DIMMER

IP

CCRP

CTS

LOW
SPEED
COG

DIMMER
GROUP
DISPLAY OFF/ON

SETTINGS

DIMMER CAL MIN/MAX

DISPLAY

PROCESSOR
LAN 0

PROCESSOR
LAN 1

PROCESSOR
LAN 2

BEAM (m)
LENGTH(m)
CCRP(m)
SENSOR1
(m)
SENSOR2
(m)
CLASS
TRACKING
GAIN
TRACKING
HIGH
TORACING
MIDDLE
TRACKING
LOW
TRACKING
MULTIPLE
TRACKING
COUNT A
TRACKING
D GAIN

OUTPUT

NCM-227 OFF/ON
DDC OFF/ON
GPS OFF/ON
GP DDC OFF/ON

IP ADDRESS
MAC
ADDRESS
SUBNET
MASK

DEFAULT
GATEWAY

IP ADDRESS
MAC
ADDRESS
SUBNET
MASK
DEFAULT
GATEWAY
IP ADDRESS
MAC
ADDRESS
SUBNET
MASK
DEFAULT
GATEWAY
IP ADDRESS
MAC
ADDRESS
SUBNET
MASK

DEFAULT
GATEWAY

1~10

Range Reference

OFF/ON

4-5

MENU Sub Menu Sub Menu Sub Menu Sub Menu

EQUIP

MAINTENA
NCE

DIAGNOSIS

MONITOR

OPERATING
TIME

RESET

DEMO TYPE
START/ STOP
YEAR
MONTH
DAY
HOUR(hr)
MINUTE(min)

DEMO

ALL
SETTING
VAL UE

SECOND(s)
QUADRANT
LAT
LON
SPEED(kn)
COURSE(°)
RADIUS(NM)
ROUTE
BACKUP INFO

IMPORT/
EXPORT

DISPLAY
PROCESSOR
SENSOR1
SENSOR2
DATA IN1
DATA IN2
DATA IN3
RS-232C
SWITCH
LAN1
LAN2
SENSOR1
SENSOR2
OPERATING
TIME(hr)
LCD TIME(hr)

MPORT/
EXPORT

PROCESS

Range Reference

PROCESSOR →
DISPLAY
DISPLAY →
PROCESSOR
BACKUP/
OVERWRITE

4-6

4.1.2 Function menu

r

DISPLAY FUNC

PRINT

COMMON

PLOT1/PLOT2

ANALOG SPEED METER Sets the maximum value of the ship speed meter.
HIGHWAY BACK GROUND COLOUR Changes the background colour of the HIGHWAY screen.

SAT INFO NEAREST STN

BEACON TEXT

NAV ASSIST

GOTO
EVENT
DIMMER DEFAULT
MARK
CURSOR MODE
HOME
PLOT
BACK GROUND COLOUR

BEACON DELETE

BUZZER Sets whether to sound a buzzer when TYPE16 is received.
CALC START Starts distance calculation.
TRIP RESET Stops trip distance calculation.
TOTAL TRIP RESET Resets the total trip distance.
TRIP 1 CAL START/END Starts/Stops distance calculation of TRIP1.
TRIP 2 CAL START/END Starts/Stops distance calculation of TRIP2.
TRIP 1 RESET Resets distance calculation of TRIP1.
TRIP 2 RESET Resets distance calculation of TRIP2.
CURRENT SETTING Sets the layer of the current to be displayed.
CALC SETTING Sets the position of two points between which the distance

Outputs data to a printer.
Sets a waypoint.
Registers the own ship’s position in the event mark list.
Resets the dimme
Displays a mark at the cursor position.
Displays a cursor.
Moves own ship to the centre of the screen.
Sets display/non-display on the plotting screen.
Changes the background colour of the plotting screen.

Displays the nearest beacon station.
JLR-8600 does not support this function.
Deletes the received data.
JLR-8600 does not support this function.

is to be calculated.

setting to the default value.

4-7

4.2 Basic Operation

4.2.1 Turning on the power of the unit

When the power of the equipment is turned on by pressing the Power key, the startup screen
appears.
When installation is completed, self-diagnosis starts and the setting value confirmation screen is
changed to the normal screen.

Startup screen

Attention

If the power for the equipment is not turned on, check the main power supply of the power
board, power cable connection to the processor, or cable connection to the display unit.

Self diagnosis

4.2.2 Startup

1) Normal startup

If all the self-diagnosis results are ‘OK’ and all the settings of the processor and sensor
settings match, the screen is switched to the normal screen automatically.

Setting value

confirmation

4-8

2) Error startup 1

The message that is shown below may be displayed in the receiver diagnosis.
This message is displayed when the setting values do not match between the processor and
the receiver due to the equipment replacement or other reason.

In this case, select one of the following items.

[USE SENSOR CONFIG.]: The setting value of the processor is rewritten so as to

match the setting value of the receiver.

[USE PROCESSOR CONFIG.]: The setting value of the receiver is rewritten so as to match

the setting value of the processor.

3) Error startup 2

If any one of the diagnosis results is ‘NG’, the result will be displayed continuously.
The screen is not switched to the normal screen unless “SKIP” is tapped.

Attention

When there is any error (NG), contact Nippon Signal or your distributor.

4.2.3 Turning off the power of the unit

When the Power key is pressed, the following message is displayed. When “YES” is selected, the
power is turned off.

Memo

 Even if the message is displayed, the power of the display is turned off forcibly if the

Power key is held down for about 8 seconds. In this case, the power of the display is
turned off, but the processor operates continuously.

 When the display unit is energised even if the power is Off, the LED of the Power key

is lit.

POWER OFF

ARE YOU SURE

4-9

4.2.4 Adjusting the backlight

The brightness can be adjusted to 17 levels/OFF by using the DIM key.
Even if the brightness is set to OFF, the DIM key alone remains lit.

To reset the brightness to the default value, tap from .

1. Whenever “DIM+” at the top right corner of the screen is pressed, the screen brightness
increases.

2. Whenever “DIM-” at the bottom of the screen is pressed, the screen brightness decreases and
finally is set to OFF.

4.2.5 Menu operation

When the MENU key is pressed, a menu is displayed.
When the MAIN key is pressed while a menu is displayed, the screen returns to the normal
screen.
For the details of the menu, refer to “4.1 Menu List”.

4-10

4.2.6 Alert and acknowledgment (ACK)

1. Notifying the occurrence of an alert

When an alert occurs, an alert icon is displayed at the top left corner of the screen and the
occurrence of an alert is notified by a buzzer sound. The alert target value is displayed with
blinking.

Icon list

Icon Priority Status

When any icon is tapped, an alert display bar is displayed at the centre of the screen.

2. Alert acknowledgment (ACK)

1) Tap the alert detail bar at the centre of the screen.

2) The alert icon changes to the acknowledged state and the buzzer sound stops. When a NOFIX
alert occurs, the alert target value that is displayed is lit in yellow.

Alarm Active-Unacknowledged

Active-Silenced

Active-Acknowledged

Rectified- Unacknowledged

Warning Active-Unacknowledged

Active-Silenced

Active-Acknowledged

Rectified- Unacknowledged

Caution Active

Memo

 When multiple alerts occur simultaneously, the alert with the highest priority is

displayed first and all the alerts must be acknowledged.

 Even if the alert is rectified before being acknowledged, the “Unacknowledged” state

icon is displayed. All the alerts that have occurred must be acknowledged.

4-11

Screen transition at the occurrence of an alert

An alert
occurrence icon is
displayed.

Alert occurred

1. Operating normally

Tap the alert
occurrence icon.

The icon indicating
an acknowledged
state is displayed.

Acknowledge by
tapping the alert
contents.

3. Alert is occurring
The alert contents are displayed.

Tap the icon indicating
an acknowledged
state.

Rectified.

5. The alert contents are cleared.

4-12

2. Alert occurred (Non ACK)

4. Alert occurred (acknowledged)

6. Rectified

4.2.7 Screen operation

See below for the screen operation.

Setting item

Menu level

Page

Setting value

Page feed (< >)

Move to the next page

+/- setting
value switching

Blue underline

Indicates that
numeric key input is
enabled.

Return to the main
screen

Returns to the
previous screen by
discarding the editing
on this screen.

Maintains the screen
by discarding the
editing on this screen.

Returns to the full
screen by confirming
the editing on this
screen.

Returns to the top menu
by discarding the
editing on this screen.

4.2.8 Inputting numeric values

Numeric value input by numeric keys is allowed for the setting values with blue underline.

Tap the blue underline of the numeric item to be input.

Enter a numeric value and confirm with .

Deletes 1 character.

Confirm

4-13

4.2.9 Inputting comments

Input of characters by using numeric keys is allowed for the setting items with blue underline.
Tap the blue underline of the setting item to be input.
Change the input mode by tapping ABC (characters), #&$ (symbols), or 123 (numeric values).
Display the character or numeric value that is assigned to the key by tapping it.
When entering the same character or symbol consecutively, take a small interval between them.

Enter a character and confirm it with .

ABC #&$

123

4-14

4.2.10 List operation

This section shows the list operation method.
The same operation method is applied for a waypoint list, a route list, and an event mark list.

Menu level

Page

Page feed (< >)
Move to the next page.

No. of waypoints registered/total
number of waypoints that can be
registered

List content display area

The number input screen is
displayed and control jumps
to the input number.

Jumps to the
previous free
number

Jumps to the next
free number

When the list is empty, the following message is displayed.

4.2.11 Entering a password in CODE INPUT

Some setting items are protected by a password to prevent them being changed easily.
If the power is turned off or no operation is performed for five minutes after a password is set, the
password is reset.
To set a password, enter a password again in CODE INPUT.

Procedure

1. 

2. Enter a password and confirm it with .

Entered password
Indicated by ****.

4-15

4.3 Setting Display

Set a screen.
Set a THEME, a beep tone, and background colour.

4.3.1 Setting a theme

Screen brightness can be adjusted according to the time zone for using this equipment.

Procedure

1

．

  THEME

THEME Description
DAY Specify this when using the equipment during daytime.
DUSK Specify this when using the equipment at dusk.
NIGHT Specify this when using the equipment at night.

4.3.2 Setting a beep tone

Set a beep tone ON/OFF when the screen is tapped.

Procedure

1.   BEEP

BEEP Description
ON Sets the beep tone to ON.
OFF Sets the beep tone to OFF.

4.3.3 Setting reverse video display

Set the background colour to white/black.

Procedure

1.   DAY SCREEN

DAY SCREEN Description
ON Sets the background colour to white.
OFF Sets the background colour to black.

4-16

4.3.4 Selecting a display screen

A screen to be displayed can be selected.
It is not possible to set all the screens to non-display.

Procedure

1.   Select a display.

DISPLAY Description
NAV
PLOT1
PLOT2
ANALOG
HIGH WAY
SAT INFO
WPT INFO
BEACON TEXT
NAV ASSIST

ON: Set to Display.
OFF: Set to Non-display.

4-17

4.4 Registering Waypoints

 To execute a route, a waypoint must be registered in a waypoint list.
 This equipment allows registration of 10000 waypoints.
 A waypoint list is divided into three areas and it is managed by numbers from 1 to 11024.

1 to 10000: Waypoints that are registered in this equipment are registered.
10001 to 10512: Waypoints of the shared active routes that are sent from ECDIS are registered.
10513 to 11024: Waypoints that were used by a temporary route are registered.

 While waypoints from number 1 to number 10512 are saved and are not cleared even if the

power is turned off, waypoints from number 10513 to number 11024 are cleared if the power is
turned off.

 Waypoints can be set up to North latitude/South Latitude 89 degrees.

4.4.1 Displaying a waypoint list

Registered waypoints (waypoint numbers from 1 to 10000) can be displayed.
Waypoint number 00001 is registered as “HOME PORT”.

Waypoint number

Procedure

Symbol

Position

Comment

1.    A waypoint list is displayed.

4-18

Memo

The position that is registered in HOME in a waypoint list can be set easily as a



waypoint by the GOTO function.
It is useful to register a point that is set as a waypoint frequently (such as home port).

The GOTO function can be set from on each screen.

4.4.2 Registering waypoints

The following five positions can be registered in a waypoint list.
(1) Own ship’s position
(2) Any latitude and longitude
(3) Cursor position
(4) Position measured by the bearing and distance from any position
(5) Position that is registered in an event/mark list
Up to 10000 points can be registered.

Procedure

1.    A waypoint list is displayed.

2. Tap the number you want to register.

Item Description
WPT No. Enter a waypoint number.
COMMENT Enter a comment.
POSN Enter a waypoint position.
SYMBOL Select a symbol.
COLOUR Select a symbol colour.

3. Tap "POSN".

4. A registration method selection screen is displayed.

The registration method submenu is outlined below.
(1) OWN SHIP: Register an own ship’s position.
(2) MANUAL: Register any latitude and longitude.
(3) PLOT: Register a cursor position from the plotting screen.
(4) BEG/DIST: Register based on the bearing/distance from any position.
(5) EVENT LIST: Register from an event mark list.

4-19

g

(1) When selecting OWN SHIP

a) Tap .

b) Set a comment, a symbol, and a colour, and tap .

(2) When selecting MANUAL

a) Tap .

Item Description
QUADRANT Select North latitude/South latitude/East latitude/West latitude

of the latitude/lon
NE North latitude/East latitude
NW North latitude/West latitude
SE South latitude/East latitude
SW South latitude/West latitude

LAT Enter a latitude.
LON Enter a longitude.

itude.

b) Set a comment, a symbol, and a colour, and tap .

(3) Selecting PLOT

a) Tap .

b) A plotting screen is displayed.
c) Move the cursor to the position you want to register by using the Up/Down/Left/Right

arrows.
d) Tap "SET".
e) The cursor position is registered.

Cursor position
Bearing/distance from own ship to the cursor position

Registered waypoint

f) Set a comment, a symbol, and a colour and tap .

4-20

(4) Selecting BRG/DIST

a) Tap .

b) When a waypoint position screen is displayed, tap WPT POSN.

c) Set a starting position, a bearing, and a distance.

The submenu for setting a starting position is outlined below.
(1) OWN SHIP: Set an own ship’s position.
(2) MANUAL: Set any latitude and longitude.
(3) PLOT: Set a cursor position from the plotting screen.
(4) WP LIST: Select from a waypoint list.
(5) EVENT LIST: Select from an event mark list.
(6) PRE WPT: Set the previous waypoint as the starting position.

Item Description
STARTING POINT Enter a starting point.
BRG Enter a bearing.
DIST Enter a distance.

d) Confirm the setting by tapping .

Enter a starting
position, a bearing,
and a distance.

e) Set a comment, a symbol, and a colour and tap .

(5) Selecting EVENT LIST

a) Tap .

b) An event mark list is displayed.
c) Select a number of the event mark you want to register.

When you want to register number 001,
tap 001.

d) Set a comment, a symbol, and a colour and tap .

4-21

4.4.3 Editing waypoints

 Registered waypoint information (symbol shape, comment, and waypoint position) can be

edited.

 The waypoint on the route that is currently being executed cannot be edited.

Procedure

1.    A waypoint list is displayed.

2. Tap the number you want to edit.

3. Tap the item you want to edit and edit the item.

4. After editing, tap .

To edit a position, refer to “4.4.2 Registering waypoints”.
A symbol, a colour, and a comment can be edited from the plotting screen. For the editing method,
refer to “4.9.10 Displaying symbol information”.

4.4.4 Copying waypoints

 Waypoint information can be copied on to another waypoint number. Information on an event

and a mark can be copied on to a waypoint list. Number 1 in a waypoint list is handled as
HOME.

 Waypoints that are saved under numbers from 10001 to 10512 and are used by the shared

active route that is sent from ECDIS are automatically overwritten when next route is sent.
Waypoints to be kept must be copied under numbers between 1 and 10000.

 Waypoints of a temporary route that are saved under numbers from 10513 to 11024 are cleared

when another temporary route is created or the power is turned off. Waypoints to be kept must
be copied under numbers between 1 and 10000.

 When no free area is available, waypoints can be overwritten. However, waypoints cannot be

overwritten to those that are used by the route.

Procedure

1.  

2. Enter a starting point and an ending point of the copy source.
When only one point is to be copied, enter the same number for a starting point and an ending
point.

3. Tap a copy destination. The copy destination submenu is outlined below.
(1) Any input: Enter an input number.
(2) Waypoint list: Specify from a waypoint list.

(1) Any input

Enter a starting point of the copy destination.

(2) Waypoint list

When a waypoint list is displayed, tap a number of the copy destination.

4-22

4. Confirm the operation by tapping .

Memo

 When selecting copy sources with consecutive numbers, numbers that cross over a

boundary such as 10000 or 10512 cannot be selected.

Example) Numbers from 9999 to 10001 or numbers from 10511 to 10513 cannot be

selected.

4.4.5 Deleting waypoints

 Waypoints registered from numbers 1 to 10000 can be deleted.
 Waypoints on the route that is currently executed cannot be deleted.
 If a waypoint is on the route that is not being executed is deleted, the waypoint is deleted from

the route also.

Procedure

1.  

2. Tap a deletion source. A deletion source submenu is outlined below.
(1) Any input: Enter a waypoint number to be deleted.
(2) Waypoint list: Specify from a waypoint list.
(3) ALL: All the waypoints are deleted.

(1) Any input

Enter a starting point and an ending point of the number of the waypoint to be deleted.
When deleting one point only, enter the same number for a starting point and an ending point.

(2) Waypoint list

When a waypoint list is displayed, select a starting point and an editing point of the waypoints
to be deleted.
When deleting one point only, enter the same number for a starting point and an ending point.

(3) All

All the waypoints are deleted.

3. The range to be deleted and the number of waypoints to be deleted are displayed.

4. Confirm the selection by tapping .

Waypoints can be deleted from a plotting screen. For the editing method, refer to “4.9.10
Displaying symbol information”.

4-23

r

4.5 Route Plan

 A route can be created by using registered waypoints.
 Up to 100 routes can be created in this equipment and up to 512 waypoints can be specified

per route. Waypoint information can be set for each LEG such as a route width, an arrival
radius, and GC/RL.
For the waypoint information that can be set, refer to “4.5.1 Displaying a route list”.

 A created route can be shared with external equipment such as ECDIS.
 A created route is registered in a route list.
 A route list is divided into three areas and is managed by numbers from 1 to 102.

Numbers from 1 to 100: The route that was created in this equipment is registered.
Number 101: The shared active route that is sent from ECDIS is registered.
Number 102: A temporary route is registered.

 Since routes from numbers 1 to 101 are saved, they are not cleared even if the power is turned

off. However, route number 102 is cleared if the power is turned off since it is not saved.

4.5.1 Displaying a route list

Routes that were created can be displayed in a route list. Information on each LEG of the route
and waypoint information of each LEG can be displayed.
The required time cannot be calculated for the route that contains the LEG without planned ship
speed.

Number of waypoints
on the route

Total route distance

Total time required for

the routes

Procedure

Comment

Number of pages of
the route list

Number of
registered

outes

1.    A route list is displayed.

When a registered route is tapped, the LEG information can be displayed.

4-24

A

4.5.2 Creating routes

 To create a route, determine a route number and sequentially select the waypoints, which are

turn points.

 The same waypoint cannot be selected continuously.
 Up to 100 routes can be created.
 Up to 512 waypoints can be set per route.
 Either a TCS route or a normal route can be selected.

Procedure

1.    A route list is displayed.

2. Tap a number to be registered.

3. Tap .

Item Description
ROUTE

COMMENT Enter a comment.

RRIVAL CIRCLE Creates a normal route.

WHEEL-OVER LINE(WOL) Creates a TCS route.

4. Tap .

When a waypoint input screen is displayed, tap 001.

4-25

Route number currently
being created

Number of the
displayed waypoint

Item Description

y

y

y

y

A

y

y

POSN When "POSN" is tapped, a waypoint list is displayed.

Select a wa

point position from the waypoint list.

COMMENT A comment cannot be set for a waypoint.

It can be edited from the wa

point list.

SYMBOL A waypoint symbol cannot be set.

It can be edited from the wa

point list.

COLOUR A colour of a waypoint cannot be set.

It can be edited from the wa

point list.

RRIVAL RADIUS Set an arrival radius.
WIDTH PORT Set a port route width.
WIDTH STBD Set a starboard route width.
SPEED Set a planned ship speed.
SAIL Route distance calculation method for LEG

GC: Calculated by the great circle sailing.
RL: Calculated b

the Meridional part sailing (Rhumb Line).

STATE Set whether to use the waypoint.

USE: Use the waypoint.
SKIP: Although the waypoint is kept on the route, it is skipped.
DELETE: The waypoint is deleted from the route. It is kept in the waypoint

list.

Wa

points of the route that is currently being executed cannot be deleted.

ROT This item can be set for a TCS route only.

Set a Rate Of Turn.

TURN RADIUS This item can be set for a TCS route only.

Set a turn radius.

TIME ZONE This item can be set for a TCS route only.

Set a time zone.

5. Set each item and tap .

First waypoint is set. To set two or more waypoints, repeat from Step 4.

GC/RL

Waypoint SKIP

Bearing from the
previous waypoint

LEG distance

6. Set a waypoint and tap .

4-26

4.5.3 Editing routes

A

A

Waypoint addition, change, and deletion are allowed for routes.

Procedure

1.    A route list is displayed.

2. Tap a route you want to edit.

3. Tap

4. Tap a waypoint you want to edit.

Tap a route you want to edit

Item Description
END ADD
INSERT
EDIT Edits the waypoint that was tapped.
DELETE Deletes the waypoint that was tapped from the route.

5. Set a waypoint and tap .

Route list

Display of waypoints on the

route

dds the final waypoint.
dds a waypoint before the waypoint that is tapped.

Headers can also be edited in the same way.

4-27

4.5.4 Copying routes

The route that was created can be copied on to a different route number.
The waypoint that is used by the shared active route and is sent from ECDIS and is saved in
number 101 is overwritten automatically when the next route is sent. Routes that are to be saved
must be copied on to numbers between 1 and 100.
The waypoint of a temporary route that is saved under number 102 is cleared when another
temporary route is created or the power is turned off. To save the route, the route must be copied
on to a number between 1 and 100.
Routes of consecutive numbers can be copied in bulk.
When no free area is available, a route can be overwritten. However, the route that is being
executed cannot be overwritten.
Select a copy source and specify a copy destination number.
When a temporary route or a shared route is to be copied, the waypoints must also be copied.

Procedure

1.  

2. Tap "COPY ORG" and enter a number of a starting point and an ending point of the copy

(1) MANUAL input

Copy source

Total number of routes

Copy destination

source.
The input method is outlined below.
(1) MANUAL: Enter an ending point and a starting point.
(2) ROUTE LIST: Select from the route list.
When copying one point only, enter the same number for a starting point and an ending point.

a) Tap .

Item Description
FROM Set a starting number.
TO Set an ending number.

(2) Selecting from a ROUTE LIST

a) Tap .

b) Tap a starting point and an ending point on the route list.

4-28

c) Confirm the setting by tapping .

3. Tap "COPY DEST" and enter a starting point of the copy destination.
The input method is outlined below.
(1) MANUAL: Enter an ending point.
(2) ROUTE LIST: Select from the route list.

(1) MANUAL input

a) Tap .

Item Description
INSART Set a copy destination number.

b) Confirm the setting by tapping .

(2) Select from a ROUTE LIST

a) Tap .

b) Tap a copy destination on the route list.

c) Confirm the setting by tapping .

4. Execute by tapping .

4.5.5 Deleting routes

 Registered routes from numbers 1 to 100 can be deleted.
 The waypoints of the route to be deleted can be deleted concurrently.
 When deleting waypoints also, the waypoints that are used by another route cannot be deleted.
 An Active route cannot be deleted.

Procedure

1.  

Numbers to be deleted

Deletion method

4-29

Total numbers selected

2. Tap "DELETE" and enter a number of a starting point and an ending point of the deletion
source.
The input method is outlined below.
(1) MANUAL: Enter an ending point and a starting point.
(2) ROUTE LIST: Select from the route list.
(3) ALL: All the routes are deleted.
When copying one point only, enter the same number for a starting point and an ending point.

(1) MANUAL input

a) Tap .

Item Description
FROM Set a starting number.
TO Set an ending number.

(2) Selecting from a ROUTE LIST

a) Tap .

b) Tap a starting point and an ending point on the route list.

c) Confirm the selection by tapping .

(3) Selecting ALL

a) Tap .

All the routes are selected.

3. Tap "DELETE METHOD" and select a deletion method.

DELETE METHOD Description
ROUTE Only the selected route is deleted. The waypoint is not deleted.
ROUTE+WPT The selected route and the waypoint on the route are deleted.

4. Tap and execute the deletion.

4-30

A

y

4.5.6 Sharing a route with another piece of equipment

The route that was created by this equipment can be sent to EDCIS or a radar and also the route
that was created by ECDIS can be shared by receiving it (Data route sharing).
To use the route sharing function, equipment (ECDIS or radar) corresponding to the sharing must
be connected to LAN.

Procedure

1.  

Item Descriptions
ROUTE SEND Sends a route.
ROUTE RECEIVE Sets route reception.

(1) Sending a route

a) Tap .

b) Set each item.

Item Description
CONNECT Select multicast, unicast, or broadcast.
IP Set a destination ID when selecting unicast.
PORT Set a destination port when selecting unicast.
OUTPUT Set a LAN port for output.
FORMAT NMEA VER1.5 Sends under the RTE/WPL sentence of NMEA Ver 1.5.

NMEA VER2.1 Sends under the RTE/WPL sentence of NMEA Ver 2.1.
NMEA VER2.3 Sends under the RTE/WPL sentence of NMEA Ver 2.3
NMEA VER4.0 Sends under the RTE/WPL sentence of NMEA Ver 4.0.
IEC Sends under the RTE/WPL sentence of IEC.
JRC Sends the route in the JRC format.
SHARE ROUTE Use ROUTE to set the route to be sent.

DATA Select the data to be sent.

ALL WPT Sends all the waypoints.
ALL WPT+ROUTE Sends all the waypoints and routes.
SELECT WPT+ROUTE Sends the selected route and the waypoint.

LL ROUTE Sends all the routes.

SELECT ROUTE Sends the selected route.

ROUTE This item can be set when SHARE ROUTE is selected.

Select a route to be sent.

TOTAL This item can be set when SHARE ROUTE is selected.

Displa

s the number of selected routes.

4-31

A ROUTE can be selected manually or from a route list.

A

y

g

c) When is tapped, the route is sent.

(2) Receiving a route

a) Tap .

Item Description
SOURCE IP Set a sending source IP.

b) Tap to set the sending source.

4.5.7 Setting route initial values

Set an initial value of each parameter of the route.
The values are applied to the route that was created by GOTO.

Procedure

1.  

2. Set each item.

Item Description
WIDTH PORT Set a port route width.
WIDTH STBD Set a starboard route width.

RRIVAL RADIUS Set an arrival radius.
SPEED Set a planned ship speed.
SAIL Route distance calculation method for LEG

GC: Calculated by the great circle sailing.
RL: Calculated b

SOG SMOOTHING Set a SOG smoothing constant.

Smoothing is applied to the ship speed for calculating the estimated time of
arrival and the estimated time required. Smoothing can be applied up to 99
seconds. When the estimated time of arrival fluctuates significantly, increase
the smoothin

the Meridional part sailing (Rhumb Line).

value.

3. Confirm the setting by tapping .

4-32

y

y

g

4.6 Executing a Route

 A registered route or a temporary route can be executed.
 The following route selection methods are available.

(1) Select a route from a route list.
(2) Select a waypoint by using the GOTO key.
(3) Select a route by using the GOTO key.
(4) Select a temporary route by using the GOTO key.

 A route cannot be executed at the position exceeding North latitude/South latitude 89 degrees.
 For the route width, arrival radius, planned ship speed of the temporary route that was created

by GOTO, the initial values of the route are used. For the setting of route initial values, refer to
“4.5.7 Setting route initial values”.

 The waypoint is updated when the ship arrives at the arrival circle.

4.6.1 Executing a route by selecting from a route list

A route can be executed by selecting from a route list.

Procedure

1.  

2. Set each item.

Item Description
ROUTE Displays the route number to be executed.
LEG CHANGR Select a waypoint update method.

AUTO: When the ship arrives at the arrival circle (normal route) or WOL
(TSC route), the waypoint is updated automatically.

is displayed.

"WPT CHANGE" is displa
MANUAL: When the ship arrives at the arrival circle (normal route) or
WOL (TSC route), the effect is notified to the user. The waypoint is to be
updated manually.

is displayed.

"PLEASE PUSH "OK" AND CHANGE A ROUTE is displayed. Tap “OK”.
The wa

DIRECTION Set an order of the waypoints to be executed.

ORDER: Executes the route in the order of waypoints.
REVERSE: Executes the route startin

NAVIGATION Executes the route.

START: Executes the route.
END: Ends the route.

4-33

point is updated.

ed for 5 seconds.

from the last waypoint.

3. Select “START” in "NAVIGATION".

4. Execute the route by tapping .

4.6.2 Selecting a waypoint/route by using the GOTO key

When a waypoint or a route is selected by using GOTO that is assigned to “FUNC” of each screen,
the route is executed towards the waypoint.
When a waypoint on the route that is being executed is selected by using the GOTO key, the route
restarts from the waypoint.
The route that was created by GOTO is registered under route number 102 as a temporary route.

Procedure

1. Each screen  

The GOTO submenu is outlined below.
(1) HOME: Sets HOME in the waypoint list as the waypoint.
(2) WPT No.: Enter a waypoint number.
(3) ROUTE No.: Enter a route number.
(4) EVENT No.: Enter an event number.
(5) CURSOR POSN: The cursor position is specified as the waypoint (a temporary route can be

created by setting up to 512 waypoints).
(6) WPT LIST: Select from a waypoint list.
(7) ROUTE LIST: Select from a route list.
(8) EVENT LIST: Select from an event list.
(9) ROUTE END: The route can be ended during the execution of the route.

(1) Entering "HOME"

a) Tap .

(2) Entering a waypoint number

a) Tap and enter a waypoint number.

b) Execute by tapping .

4-34

(3) Entering a route number

a) Tap and enter a waypoint number.

b) Execute by tapping .

(4) Entering an event number

a) Tap and enter an event number.

b) Execute by tapping .

(5) Specifying the cursor position as the waypoint

a) When is tapped, a plotting screen is displayed.

b) Move the cursor to the waypoint and tap "WPT SET".

To create a route, repeat the operation b).
To delete a waypoint, tap “CLR”.

c) Tap "ROUTE SET".

Cancels GOTO processing

4-35

d) The following popup window is displayed.

y

A

y

y

g

Item Description
YES Registers the route in the route list.

When a route list is displa

NO Stores the route as a temporary route.

temporary route is cleared when the power is turned off.

ed, set a route number.

(6) Selecting a waypoint from a waypoint list

a) When is tapped, a waypoint list is displayed.

b) Tap the number to be set as for the waypoint.

(7) Selecting from a route list

a) When is tapped, a waypoint list is displayed.

b) Tap the route number to be executed.

c) Select a waypoint update method and an execution sequence.

Item Description
LEG CHANGE Select a waypoint update method.

AUTO: When the ship arrives at the arrival circle (normal route) or WOL
(TSC route), the waypoint is updated automatically.

is displayed.

"WPT CHANGE" is displa
MANUAL: When the ship arrives at the arrival circle (normal route) or
WOL (TSC route), the effect is notified to the user. The waypoint is to be
updated manually.

is displayed.

"PLEASE PUSH "OK" AND CHANGE A ROUTE" is displayed. Tap
“OK”. The wa

DIRECTION Set a direction of the waypoints to be executed.

ORDER: Executes the route in the order of waypoints.
REVERSE: Executes the route startin

point is updated.

ed for 5 seconds.

from the last waypoint.

d) Select “START” in "NAVIGATION".

(8) Selecting from an event list

a) Tap to display an event list.

b) Tap the number to be set as the waypoint.

4-36

(9) Ending the route that is currently being executed

a) Tap .

b) The following popup window is displayed.

ROUTE IN USE IS CANCELED

ARE YOU SURE

YES NO

c) Tapping YES will end the route.

4.6.3 Ending a route

End a route.

Procedure

1.  

3. Select “END” in “NAVIGATION”.

4. Execute by tapping .

Ending by using GOTO

1. 

2. Tap .

3. The following popup window is displayed.

4. Tapping YES will end the route.

ROUTE IN USE IS CANCELED

ARE YOU SURE

YES NO

4-37

4.7 Event/Mark

 Events, marks, MOB, and lines are registered in an event mark list.

4.7.1 Displaying an event/mark list

 All the registered events and marks can be displayed in a list.
 MOB is registered under event number 000.

Event/mark number

Procedure

Symbol

Comment

Position

E: Event
M: Mark

Registration date
and time
U: UTC
L: Local

1.  

4.7.2 Registering events

Register an own ship’s position as an event.

Procedure

1. 

Registering from a screen

1. Tap the position display section at the top of the screen.

4-38

4.7.3 Registering marks

Register a cursor position as a mark.

Procedure

1. Display the PLOT1 or PLOT2 screen.

2. Display a cursor and move the cursor to the position to be marked.

3. 

4-39

4.7.4 Editing events/marks

Symbols, colours, and comments of events/marks can be edited.

Procedure

1.  

2. Tap an event or a mark to be edited.

3. Edit the symbol, colour, or comment and tap .

4.7.5 Deleting events/marks

Events/marks can be deleted.

Procedure

1.  

The event/mark deletion submenu is outlined below.
(1) EVENT MARK LIST: Select a deletion range from the event mark list.
(2) ALL EVENT: Deletes all the events.
(3) ALL MARK: Deletes all the marks.
(4) ALL EVENT MARK: Deletes all the events/marks.

(1) EVENT MARK LIST

a) When is tapped, an event mark list is displayed.

b) Tap a starting point and an ending point of the event marks to be deleted.

When deleting only one point, specify the same number for a starting point and an ending
point.

c) Confirm by using .

4-40

(2) ALL EVENT

a) Tap .

(3) ALL MARK

a) Tap .

(4) ALL EVENT MARK

a) Tap .

2. When a deletion confirmation popup window is displayed, tap “YES”.

4-41

p

4.8 Plotting Screen

4.8.1 Operating the cursor

Procedure

1. Display the PLOT1 or PLOT2 screen.

2. 

3. Move the cursor by using the Up/Down/Left/Right arrow keys.

4.8.2 Changing the cursor size

A cursor size can be selected from LARGE/MIDDLE/SMALL.

Procedure

1. Display the PLOT1 or PLOT2 screen.

Cursor position
Bearing/distance from own
shi

to the cursor position

Cursor

2.  

3. Select a size and confirm it with .

4-42

4.8.3 Moving a screen

The mouse can be used to move the tapped position to the centre of the screen.

To the centre

4.8.4 Moving own ship to the centre of the screen

When own ship is within the screen range, the own ship’s position can be moved to the centre of
the screen by tapping it.
When own ship is moved to the position outside of the screen range, disabling its display, tap
“HOME” at the bottom left corner of the screen.

Memo

 When own ship is moved to the end of the screen, own ship is returned to the centre

of the screen automatically.

 Own ship can also be moved to the centre of the screen by selecting "FUNC" 

"HOME".

4-43

4.8.5 Screen Zoom In/Out

The plotting screen horizontal width is set in the following scale.

0.2, 0.5, 1.0, 2.0, 5.0, 10.0, 20.0, 50.0, 100.0, 200.0, and 300.0 [NM]

ZOOM OUT ZOOM IN

4.8.6 Changing North Up/Course Up

The screen mode can be changed to North Up, Course Up, or Relative North Up.
North Up: Own ship moves on the screen with North Up.
Course Up: The course of own ship is constantly set to the up position on the screen and the
surrounding image moves.
Relative North Up: The top of the screen faces North and own ship’s position is fixed and the
surrounding image moves.
Whenever screen mode switching is tapped, the screen mode changes.

Switch
screen mode

4-44

A

4.8.7 Displaying tracks

Tracks can be displayed.
A track storage interval can be set by time or distance.

Procedure

1. Display the PLOT1 or PLOT2 screen.

2.  

Item Description
TRACK LINE Select a track drawing line.

  

A track is drawn with a dotted line.

TRACK PERIOD Set a track storage interval.

TIME Up to 60 minutes can be set in second units by MIN/SEC.
DIST Up to 99.99NM can be set in 0.01NM units.
OFF Not stored

3. Set a storage interval and confirm with .

A track is drawn with dots.

track is drawn with a line.

Deleting a track

1. Display the PLOT1 or PLOT2 screen.

2.  

When the following popup window is displayed, select “YES”.

When “YES” is selected, the entire track is deleted. Partial deletion is not allowed.

4-45

r

4.8.8 Displaying an own ship vector and a distance circle

When a radius is specified, a circle is displayed positioning own ship at the centre. The range that
can be set is from 0.1NM to 9.9NM.
By setting a time, a vector line up to the position where the ship reaches within the set time can be
displayed. The time can be set within the range from 0.1 to 9.9 minutes.

Distance circle

Procedure

1. Display the PLOT1 or PLOT2 screen.

Own ship vecto

2.  

Item Description
OWN CIRCLE Set a distance circle from own ship.
RADIUS(NM) Displayed when OWN CIRCLE is set to ON.

Input a radius of the distance circle.
OWN VECTOR Set an own ship’s vector.
TIME(min) Displayed when OWN VECTOR is set to ON.

Displays the vector line up to the position that is reached within the time

that is set.

3. Set a radius and a time and confirm the setting with .

4-46

4.8.9 Setting symbols to display/non-display

 Symbols that are displayed on a plotting screen can be set to non-display individually.
 Set the symbols that are not to be displayed to "OFF".
 Set the symbols that are to be displayed to "ON".
 The following symbols can be set to display/non-display.

Waypoint, waypoint number, mark, event, event/mark number, track, arrival circle, route width,
scale bar, symbol information, cursor position information, grid line, grid latitude, and grid
longitude

Procedure

1. Display the PLOT1 or PLOT2 screen.

2.  

3. Set the items to be displayed to “ON”.

4. Confirm the setting with .

4.8.10 Displaying symbol information

When the cursor is moved to a waypoint, an event, or mark symbol, the contents of each symbol
are displayed.

Procedure

1. Display the PLOT1 or PLOT2 screen.

2.   A cursor is displayed...

3. Move the cursor to symbol whose information is to be displayed.

When a water temperature, a depth, and a current are received from external equipment, the
water temperature, depth, and current at the storing of EVENT can be displayed. However, the
external equipment must be connected.

To clear symbol information, move the cursor from the symbol.
To edit the information, tap “EDIT” and to clear the information, tap “CLR”.

4-47

4.8.11 Changing a background colour

A background colour of a plotting screen can be changed.
The colors that can be set are DARK BLUE and WHITE.

Procedure

1. Display the PLOT1 or PLOT2 screen.

2.  

3. Select a background colour.

4. Confirm the selection with .

DARK BLUE WHITE

4-48

4.9 Setting MOB

 MOB (Man-overboard) stores the position when a person or a material item fell overboard, by

executing the MOB function. This function enables the ship to return to the position quickly.

 The MOB function is available on all the screens.

 When MOB is executed, a plotting screen is displayed automatically, the MOB mark is

displayed, indicating the bearing and distance from the current position to the man-overboard
position.

Procedure

1. Tap .

Countdown for 5 seconds starts at the bottom right corner of the screen. When is tapped

again within 5 seconds, the MOB function is cancelled.

Ending MOB

After 5
seconds

Countdown

Bearing and
distance up to the
man-overboard
position

1. Tap again.

Executing MOB

Man­overboard
position

2. When the following popup window is displayed, select “YES”.

4-49

4.10 Setting Alerts

Fifteen types of alerts can be set. ON/OFF setting and buzzer ON/OFF can be set individually.
The alerts that can be set are outlined below.
(1) SYSTEM: The alert is issued at the occurrence of non-position fixing.
(2) ARRIVAL/ANCHOR: The alert is issued when the ship arrives at or crosses the track of the

arrival circle radius.
Arrival and cross-track cannot be set concurrently.
(3) XTD/BOUNDARY: The alert is issued when the ship crosses from or approached the route

width.

Cross-track and approach cannot be set concurrently.
(4) HDOP: The alert is issued when the HDOP value exceeds the setting value.
(5) SPEED: When the speed reaches within the setting range, the alert is issued.
(6) TRIP: The alert is issued when the trip exceeds the setting value.
(7) EARLY COURSE CHANGE:

The alert is issued when the time for reaching the wheel over point

becomes below the setting value.
(8) END OF TRACK: The alert is issued when the time for reaching the final waypoint is below

the setting value.
(9) ARRIVED AT WOL: The alert is issued when the ship reaches the wheel over point.
(10) ACTUAL COURSE CHANGE:

The alert is issued 30 seconds before the ship reaches the wheel over

point.
(11) TEMP: The alert is issued when the water temperature comes within the setting

range.
(12) DEPTH: The alert is issued when the water depth comes within the setting range.
(13) DGPS: The alert is issued when position fixing is changed from GPS to DGPS

or from DGPS or GPS.
(14) BUFFER: The alert is issued at the occurrence of a built-in buffer unit error.
(15 )POWER: The alert is issued at the occurrence of an external power supply error.

External equipment is required for water temperature and water depth

alerts.

4.10.1 Setting alert/buzzer sounds

To set an alert, a password is necessary. For the input method, refer to “4.2.11 Entering a
password with CODE INPUT”.

Procedure

1. Enter a password by referencing “4.2.11. Entering a password with CODE INPUT”.

Password: 1650

2.   An alert list is displayed.

4-50

(1) Setting the SYSTEM alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ON: Notifies the occurrence of an alert.
OFF: Sets alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(2) Setting ARRIVAL/ANCHOR alerts

The alert is issued when the ship arrives at or crossed the arrival circle radius that was set in the
route. If the arrival circle radius is not set in the route, the alert is issued when the ship reaches the
arrival circle radius that is set as the route initial value.
Arrival and cross-track cannot be set concurrently.

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ARRIVAL: Notifies the waypoint arrival alert.
ANCHOR: Notifies the waypoint cross-track alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(3) Setting XTD/BOUNDARY alerts

The alert is issued when the ship cross-tracks from or approaches the route width that was set in
the route. When the route width is not set in the route, an alert is issued when the ship cross-tracks
from or enters in the route width that is set as the initial value in the route.
Cross-track and approach cannot be set concurrently.

a) Tap .

4-51

(

y

Item Description
SET Sets alert notification to ON/OFF.

XTD: Notifies a cross-track distance alert.
BOUNDARY: Notifies a route approach alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(4) Setting the HDOP alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

THRESHOLD: The alert is issued when HDOP exceeded the threshold value.
OFF: Sets the alert to OFF.

THRESHOLD Sets a HDOP threshold value.

This item is not displayed when SET is OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(5) Setting the SPEED alert

a) Tap .

Item Description
SET

THRESHOLD

THRESHOLD(OVER)
THRESHOLD
SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

UNDER)

Sets alert notification to ON/OFF.
OVER: The alert is issued when the ship speed exceeds the set speed.
UNDER: The alert is issued when the ship speed is below the set speed.
IN RANGE: The alert is issued when the ship speed is within the set speed
range.
OUT RANGE: The alert is issued when the ship speed is outside of the set
ship speed range.
OFF: Sets the alert to OFF.
Set a ship speed threshold value when selecting "OVER"/"UNDER" in “SET”.

Set an upper limit and a lower limit of the ship speed range when selecting
“IN RANGE”/”OUT RANGE” in “SET”.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(6) Setting the TRIP alert

a) Tap .

Item Description
SET

THRESHOLD Set a threshold value of the trip.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
THRESHOLD: The alert is issued when the trip exceeds the set trip.
OFF: Sets the alert to OFF.

This item is not displa

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

ed when SET is OFF.

4-52

(7) Setting the EARLY COURSE CHANGE alert

y

y

a) Tap .

Item Description
SET

THRESHOLD Set a threshold value of EARLY COURSE CHANGE.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
THRESHOLD: The alert is issued when the time to reach the Wheel Over Point is
less than the threshold value.
OFF: Sets the alert to OFF.

A value from 3 minutes to 6 minutes can be set.
This item is not displa

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

ed when SET is OFF.

(8) Setting the END OF TRACK alert

a) Tap .

Item Description
SET

THRESHOLD Set a threshold value of END OF TRACK.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
THRESHOLD: The alert is issued when the time to reach the final waypoint is less
than the threshold value.
OFF: Sets the alert to OFF.

A value from 3 minutes to 6 minutes can be set.
This item is not displa

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

ed when SET is OFF.

(9) Setting the ARRIVED AT WOL alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ON: Notifies the alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(10) Setting the ACTUAL COURSE CHANGE alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ON: Notifies the alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

4-53

g

(11) Setting the water temperature alert

a) Tap .

Item Description
SET

THRESHOLD

THRESHOLD(OVER)
THRESHOLD(UNDER)

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
OVER: The alert is issued when the water temperature exceeds the set
temperature.
UNDER: The alert is issued when the water temperature is below the set
temperature.
IN RANGE: The alert is issued when the water temperature is within the set
temperature range.
OUT RANGE: The alert is issued when the water temperature is outside of
the set water temperature range.
OFF: Sets the alert to OFF.
Set a water temperature threshold value when selecting “OVER”/UNDER” in
“SET”.

Set an upper limit and a lower limit of the water temperature range when
selectin

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

The water temperature alert requires external equipment.

“IN RANGE”/”OUT RANGE” in “SET”.

(12) Setting the water depth alert

a) Tap .

Item Description
SET

THRESHOLD

THRESHOLD(OVER)
THRESHOLD(UNDER)

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
OVER: The alert is issued when the water depth exceeds the set depth.
UNDER: The alert is issued when the water depth is below the set depth.
IN RANGE: The alert is issued when the water depth is within the set water
depth range.
OUT RANGE: The alert is issued when the water depth is outside of the set
water depth range.
OFF: Sets the alert to OFF.
Set a water depth threshold value when selecting “OVER”/”UNDER” in
“SET”.

Set an upper limit and a lower limit of the water depth range when selecting
“IN RANGE”/”OUT RANGE” in “SET”.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

The water depth alert requires external equipment.

4-54

(13) Setting the DGPS alert

a) Tap .

Item Description
SET

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

Sets alert notification to ON/OFF.
GPS→DGPS: The alert is issued when the positioning system is changed
from GPS to DGPS.
DGPS→GPS: The alert is issued when the positioning system is changed
from DGPS to GPS.
GPS⇔DGPS: The alert is issued when the positioning system is changed
from GPS to DGPS or DGPS to GPS.
OFF: Sets the alert to OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

The DGPS alert is not notified to external equipment.

(14) Setting the BUFFER alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ON: Notifies the alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

(15) Setting the POWER alert

a) Tap .

Item Description
SET Sets alert notification to ON/OFF.

ON: Notifies the alert.
OFF: Sets the alert to OFF.

SOUND Sets the buzzer sound upon the issuance of an alert to ON/OFF.

ON: When an alert is issued, the alert is notified with a buzzer sound.
OFF: Even if an alert is issued, a buzzer sound is not emitted.

3. Confirm the settings with .

4-55

4.11 Alert List

The alerts that have occurred so far and the alert that is occurring, and the alerts that occurred in
LAN can be displayed.

4.11.1 Displaying alert history

The alerts that have occurred so far can be displayed.
Up to 100 alerts can be displayed. If the number of alerts exceeds 100, the existing alerts are
overwritten from the oldest one.

Procedure

1.  

4.11.2 Displaying the alert that is occurring

The alert that is occurring can be displayed.
After the alert is resolved, the alert is deleted from the alert list.

Procedure

Rad :Alarm
Orange :Warning
Yellow :Caution
Green :Recovery

1.  

4-56

4.11.3 Displaying the alerts that occurred in LAN

The number of errors that occurred in LAN1/LAN2 is displayed.
The error court is cleared when the power is turned off.

Procedure

1. 

(1) Displaying the error count of LAN1

a) Tap .

(2) Displays the error count of LAN2

a) Tap .

Clearing an alert

1. Enter a password by referencing “4.2.11 Entering a password in CODE INPUT”.

Password: 1650

2.   

To clear the LAN2 alert list, select .

4-57

y

y

y

y

y

4.12 Initial Settings of GNSS/Beacon/SBAS

Set the GNSS sensor.
JLR-4350 supports multi-GNSS.
The available GNSS system combinations are as follows.
(1) GPS mode

a) GPS

(2) Multi-GNSS mode

a) GPS+QZSS
b) GPS+GLONASS
c) GPS+QZSS
d) GPS+QZSS+GLONASS

e) GPS+QZSS+BeiDou
Even in multi-GNSS mode also, GLONASS and BeiDou cannot be used concurrently.
DGLONASS and DBeiDou are not supported. When using DGPS by SBAS/beacon, use it in GPS
mode.
In multi-GNSS mode also, position fixing is performed without using the systems that cannot be
received by the satellites.

4.12.1 Setting a positioning system

Select a GNSS system to be used.

In the processor with two sensors installed, the sensors must be set individually.
In this example, sensor 1 is connected. The same procedure is applied for setting sensor 2.

Procedure

1. Enter a password by referencing "4.2.11. Entering a password with CODE INPUT”.

Memo

GPS: Global Positioning System. Positioning system that is operated by the U.S.A.
QZSS: Quasi-Zenith Satellite System (Michibiki). Positioning system that is operated by

Japan.
GLONASS: Global Navigation Satellite System. Positioning system that is operated by Russia.
DeiDou: Positioning system that is operated by China.
In JLR-4350, only QZSS No.1 can be used. Correction data cannot be received from QZSS.

Password: 1650

2.   

GPS MODE Description
GPS Operates in GPS mode. Only GPS is used.

To perform DGPS b

GPS+QZSS Operates in multi-GNSS mode.

GPS and QZSS are used concurrentl

GPS+GLONASS Operates in multi-GNSS mode.

GPS and GLONASS are used concurrentl
GPS+BDS Operates in multi-GNSS mode. GPS and BeiDou are used concurrently.
GPS+QZSS+GLONASS Operates in multi-GNSS mode.

GPS, QZSS, and GLONASS are used concurrentl
GPS+QZSS+BDS Operates in multi-GNSS mode.

GPS, QZSS, and BeiDou are used concurrentl

4-58

SBAS/beacon, set “GPS”.

.

.

.

.