Band Color Radar System-Installation Manual

8/21/2019 Band Color Radar System-Installation Manual

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MARINE RADAR RINE R D R

EQUIPMENTQUIPMENT

INSTALLATIONNST LL T ON

MANUALNU L

JMA-5212-4/6MA 5212 4 6

JMA-5222-7/9MA 5222 7 9JMA-5212-4HS/6HSMA 5212 4HS 6HS


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CONTENTS

1. OVERVIEW

2. INSTALLATION OF THE SCANNER

2.1 SELECTING THE INSTALLATION POSITION ........................................ 2-1

2.2 INSTALLATION PROCEDURE................................................................ 2-5

2.3 CONNECTING THE INSTALLATION CABLE (NKE-2103) ..................... 2-9

2.4 CONNECTING THE INSTALLATION CABLE (NKE-2254) ....................2-11

3. INSTALLATION OF THE DISPLAY UNIT

3.1 SELECTING THE INSTALLATION POSITION ........................................ 3-1

3.2 INSTALLATION OF THE LCD MONITOR................................................ 3-2

3.3 INSTALLATION OF THE OPERATION UNIT .......................................... 3-4

3.4 INSTALLATION OF THE POWER CABLE (CFQ-5436).......................... 3-5

3.5 INSTALLATION OF THE CABLE (CFQ-6912)

BETWEEN THE RADAR PROCESS UNIT AND THE SCANNER .......... 3-83.6 CONNECTING TO THE GPS RECEIVER.............................................. 3-10

3.7 CONNECTING TO THE GPS COMPASS .............................................. 3-15

3.8 CONNECTING TO NMEA HEADING OUTPUT DEVICE....................... 3-23

3.9 CONNECTING TO THE GYRO AND ELECTROMAGNETIC LOG(NSK UNIT SETTING) (OPTION)........................................................... 3-25

3.10 CONNECTING TO THE PC PLOTTER.................................................. 3-31

3.11 CONNECTING TO OTHER NMEA DEVICES........................................ 3-32

3.12 CONNECTION WITH OTHER DEVICES(SUB INDICATOR OUTPUT AND SLAVE INPUT) ................................ 3-34

3.13 POWER SUPPLY (NBA-5111) (OPTION) .............................................. 3-383.14 TARGET TRACKING (NCA-877A) (OPTION) ....................................... 3-39

3.15 PLOTTER CIRCUIT (NDB-44) (OPTION).............................................. 3-41

3.16 CONNECTING TO AIS (NQA-2155) (OPTION) ..................................... 3-43

3.17 COASTLINE ROM CARD/MEMORY CARD .......................................... 3-47

3.18 CONNECT SLAVE MONITOR / VDR..................................................... 3-50

3.19 SIMPLIFIED INTER-SWITCH INSTALLATION...................................... 3-52

3.20 SUB KEY-BOARD INSTALLATION....................................................... 3-54

3.21 CONNECTING TO EXTERNAL BUZZERS............................................ 3-56

3.22 CONNECTING CONTACT SIGNALS TO EXTERNAL DEVICES.......... 3-58


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4. INITIAL SETTING

4.1 HOW TO OPEN THE EQUIPMENT SETUP MENU..................................4-1

4.2 TUNE ADJUSTMENT............................................................................... 4-2

4.3 BEARING ADJUSTMENT ........................................................................4-54.4 RANGE ADJUSTMENT............................................................................4-6

4.5 SETTING OF TRUE BEARING VALUE.................................................... 4-7

4.6 ANTENNA HEIGHT SETTING (ANTENNA HEIGHT)...............................4-8

4.7 SETTING OF CCRP/ANTENNA/GPS ANTENNA POSITION(CCRP SETTING) .....................................................................................4-9

4.8 COMMUNICATION PORT SETTING (COM PORT SETTING)............... 4-11

4.9 SECTOR BLANK SETTING (SECTOR BLANK)....................................4-17

4.10 TNI BLANK SETTING (TNI BLANK)......................................................4-19

4.11 SETTING OF PULSE OUTPUT SELECTION

(BEARING PULSES FROM ANTENNA) ................................................4-204.12 LANGUAGE SETTING (LANGUAGE) ...................................................4-21

4.13 DATE TIME SETTING.............................................................................4-22

4.14 MAIN BANG SUPPRESSION ADJUSTMENT (MBS) ............................ 4-23

4.15 ADJUSTMENT OF PERFORMANCE MONITOR (MON) .......................4-25

4.16 MAGNET COMPASS SETTING .............................................................4-27

4.17 GPS RECEIVER SETTING..................................................................... 4-28

4.18 DGPS RECEIVER SETTING ..................................................................4-37

4.19 SBAS RECEIVER SETTING ..................................................................4-41

4.20 DISPLAYING GPS RECEPTION STATUS .............................................4-464.21 SIMPLIFEDINTER-SWITCH SETTINGS ................................................4-48

5. MEASURES AGAINST NOISE INTERFERENCE IN THERADIO EQUIPMENT

5.1 SHIELD OF DEVICES ..............................................................................5-1

5.2 INTER-UNIT CABLES ..............................................................................5-1

5.3 INSTALLATION LOCATION..................................................................... 5-1

5.4 GROUNDING............................................................................................5-1


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6. INSPECTION AFTER INSTALLATION

6.1 INSPECTION AFTER INSTALLATION .................................................... 6-1

6.2 OPERATION INSPECTION...................................................................... 6-1

APPENDIX

FIG.1 NKE-2103-4 OUTSIDE DRAWING




FIG.5 NWZ-164 OUTSIDE DRAWING

FIG.6 NDC-1460 OUTSIDE DRAWINGFIG.7 NCE-7699A OUTSIDE DRAWING

FIG.8 NBA-5111 OUTSIDE DRAWING

FIG.9 GENERAL SYSTEM DIAGRAM OF RADAR TYPE JMA-5212-4/6

FIG.10 GENERAL SYSTEM DIAGRAM OF RADAR TYPE JMA-5222-7/9

FIG.11 JMA-5212-4/6, JMA-5222-7/9 POWER SYSTEM DIAGRAM

FIG.12 NDC-1460 INTERNAL CONNECTION DIAGRAM OF RADAR PROCESS

UNIT

FIG.13 NCE-7699A INTERNAL CONNECTION DIAGRAM OF KEY-BOARD UNIT

FIG.14 NKE-2103 SCANNER UNIT INTERCONNECTION DIAGRAM

FIG.15 NKE-2254 INTERCONNECTION DIAGRAM OF SCANNER UNIT

FIG.16 JMA-5212-4/6 INTERCONNECTION DIAGRAM

FIG.17 JMA-5222-7/9 INTERCONNECTION DIAGRAM


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3

4

5

2

1

6

APP

ENDIX

1 OVERVIEW

2 INSTALLATION OF THE SCANNER

3 INSTALLATION OF THE DISPLAY UNIT

4 INITIAL SETTING

5MEASURES AGAINST NOISE INTERFERENCE IN

THE RADIO EQUIPMENT

6 INSPECTION AFTER INSTALLATION

APPENDIX


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SECTION 1

OVERVIEW


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1-1

The proper installation of the radar equipment is critical in ensuing its effective and reliable performance aswell as facilitating maintenance and repair. Therefore, carefully install the radar equipment by following theprocedures below:

1) Install the scanner as high as possible while taking the scanner's weight into consideration.

2) It is preferable to install the display unit in the wheel house to facilitate observations.

3) Available cable lengths for installing the radar JMA-5200MK2 are as shown in the table below.Request an appropriate cable from JRC beforehand. A cable longer than the sufficient length may

degrade radar performance, so give it careful consideration when planning the installation.

Code No. Cable length (number of cores)

CFQ6912-10 10 m (19 cores)

CFQ6912-15 15 m (19 cores)

CFQ6912-20 20 m (19 cores)

CFQ6912-30 30 m (19 cores)

CFQ6912-40 40 m (19 cores)

CFQ6912-50 50 m (19 cores)

CFQ6912-65 65 m (19 cores)


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SECTION 2INSTALLATION OF THE SCANNER

2.1 SELECTING THE INSTALLATION POSITION ........................................2-12.2 INSTALLATION PROCEDURE ................................................................2-52.3

CONNECTING THE INSTALLATION CABLE (NKE-2103) .....................2-9

2.4

CONNECTING THE INSTALLATION CABLE (NKE-2254) ...................2-11


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2-1

2.1 SELECTING THE INSTALLATIONPOSITION

1) Physical selection criteria

Install the antenna at the center of the mast on the keel line.

If the antenna cannot be installed at the above position for some reason, the amount ofdeviation must be minimized. And, reinforce the mount base and the platform and takeprecautions to protect the antenna from vibration and impact at the installation position.

To avoid the radiating section coming in contact with other installed objects while it isrotating, ensure that there is at least 200 millimeters from the swing circle (turning radius) toother installed objects (Fig. 1). The swing circle of the JMA-5200MK2 radar's antenna isas shown in Table 1.

Antenna model (length) Swing circle

Table 1 Swing circle

Fig. 1 Installation of antenna


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2-2

2

Avoid having a rope or signal flag from winding around the radiating section therebypreventing it from rotating.

Avoid the effects of dust and heat caused by smoke from a chimney.

When determining the appropriate antenna height and installation location, take into

consideration the reduction of vibration, the strength of the hull and the antenna mount base,and maintenance properties.

Provide for maintenance space: platform, safety link, hand rail, steps, etc.

2) Electrical selection criteria

The installation height of the antenna relates to the maximum detection distance. Thehigher, the better. However, if it is too high, radio wave energy greatly attenuates above theantenna's vertical beam width (the point -3dB from the peak of the main lobe). As a result,it is difficult to detect a close-in target. Sea clutter also increases. Determine theinstallation height by taking into consideration the weight, maximum length of the cable, and

maintenance after installation.

If the installation height of the antenna is low, it is difficult to detect a long distance target.The ship's mast, derrick, and chimney interfere with radiating beam causing the range thatcannot be viewed on the radar display to increase.

Generally, the lowest antenna installation position is supposed to be on the A-B line shown inFig. 2.

In the case of the JMA-5212/5222 type radar, 2equals 20.Specifically, the antenna position is normally elevated so that the chimney and theshrine-gate type mast do not interfere with radiating beam.

JMA-5212/5222: = 10

Fig. 2 Lowest antenna installation height


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2-3

If it is considered that sufficient installation height cannot be provided when the antenna isinstalled directly on the roof of the wheelhouse, use a mounting rack or radar mast (FIG.3).Normally, when the antenna installation height is less than 2 meters from the roof of thewheelhouse, provide a mounting rack assembled at an angle frame to install the antenna.When the antenna installation height is 2 meters or higher from the roof of the wheelhouse,provide a cylindrical radar mast to install the antenna. Consider the convenience of the

service staff who take care of installation, maintenance, adjustment, and repair of theantenna by providing adequate footholds to the mounting rack and the radar mast.

Fig. 3 Mounting rack and mast for the antenna

When installing the antenna, select a location where there are the fewest structural objects inthe surrounding area so that false images which interfere with target detection will not begenerated by signal reflection from other antennas, deck structures, and cargo. Only as aguide, note that structural objects should not exist within the range of the vertical beamwidth (Fig.4).

Vertical beam width of X-band: Approx. 20(10.0when the height of the radiatingsection is 0)

Fig. 4 Antenna and the surrounding structural objects

InstallationInstallation


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2

When installing two antennas, provide a height difference so that those two antennas do notenter each other's vertical beam width range.

To avoid interference with other equipment and to prevent radio noise from generating, donot place the VHF antenna, GPS antenna, and INMARSAT's dome within the range of thevertical beam width.

Keep a record of installation height data. The data is necessary for the initial setting of thedisplay unit.

Minimize the blind sector, and ensure the adequate view angle so that the blind sector does

not exist in the range 22.5from side to rear (Fig. 5). Specifically, ensure a sufficient view

field in the straight front (relative bearing 000).

Fig. 5 Ensuring view angle

Magnetron which has strong magnetic force is included in the antenna. Install the antennaat least 3 meters away from nautical instruments including magnetic compasses andchronometers.

* If there is a concern that structural objects existing within the vertical beam width maygenerate false images, equip the structural objects with a radio wave absorber. (There aretwo types of absorbers: broadband type having no specific resonant frequency andnarrowband type which can absorb a band with a specific frequency. Use those whereapplicable.) Furthermore, it is effective to install a metal reflector, which reflects radiowaves upwardly, between the antenna and a structural object so that the radar's radio wavewill not directly come in contact with the structural object.

Note: Because most radio wave absorbers have poor durability, some must bereplaced every year. When installing a reflector, the area to the rear of thereflector becomes a blind sector. Therefore, minimize the size of the reflector.

* The above procedures for selecting an antenna installation position are described based onthe radar's antenna. Comprehensively select the antenna position by considering otherantennas' installation procedure manual, hull's structure, strength of the selected position,and vibration.

3) Confirmation during test run

If the antenna vibrates a lot during test run, try to reduce or prevent vibration by reinforcingthe antenna mount base or using wire stays attached to the radar mast.

0direction

Make no blind sector


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2-5

2.2 INSTALLATION PROCEDURE1) Precautions for transporting and storing the antenna

An antenna is a heavy load. Be very careful about handling it.

Do not allow the antenna fall on its side while it is stored or being installed.

Do not apply rope to the antenna in the way that squeezes or deforms the radiating section.

When hoisting the antenna by a crane, do not hoist it by attaching a belt or a rope only to

the antenna's radiating section as shown in Fig. 6.

For the X-band, wrap a cloth around the antenna's support section located at the bottom ofthe radiating section, and then attach a belt or rope to it to hoist the antenna(Fig. 8).

Fig. 6 Improper way to hoist

Fig. 8 X-band


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2

2) Installation procedures

a) Maintain a flat level surface on which to install the antenna.

Use sufficiently thick steel material and reinforcement material for the antenna'sinstallation surface (mount base) to reduce vibration and impact. Keep the mount base

flat and smooth.

If there is a partial gap between the mount base and the antenna chassis's legs, work onthe installation surface so that it becomes flat and smooth, or make adjustments byinserting metal shims. If a gap exists and the antenna is tightly clamped, the chassiswill distort and become damaged by vibration.

b) Avoid using vibration-proof rubber and resin

Do not insert an elastic body, such as vibration-proof rubber or resin, between the mountbase and the antenna chassis' legs. If rubber or resin is inserted, the amplitude ofvibration increases, resulting in the possibility of damage to the antenna. Furthermore,if installation bolts become loose due to deterioration of rubber or resin, the antenna

may be damaged or fall from its mount.

3) Installation and clamping method

a) Installation direction

Installation should be done so that the cable gland is oriented toward the stern.

b) Bolts, nuts and tightening torque to be used

Use stainless steel bolts for the antenna and uniformly tighten all of the bolts usingdouble nuts for each bolt so that the antenna will not become loose (Table 2).

Although the length of the bolt will differ according to the thickness of the mount base,use a bolt long enough so that more than 4 millimeters of thread protrudes beyond thedouble nuts after the double nuts have been tightened.

Table 2 Length of antenna mounting bolts and tightening torque

Thickness of Mount Base Bolt Torque (N-m)

X-band 12 M1055(mm) SUS304 40


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c) Use of washer and corrosion-resistant measures

At the location where a bolt's head or nut comes in contact with the antenna chassis' legsand the mount base, insert a plain washer which fits the bolt; and, at the location wherethe nut comes in contact with the plain washer, insert a spring washer, and then securelytighten the nuts (Fig. 9).

To prevent corrosion due to the contacts between different metals, such as the antennachassis' legs, installation surface, bolts, nuts, etc., cover the bolt's head and nuts withsealant (Fig. 9).

Fig. 9 Use of washer and corrosion-resistant measures


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2-8

2

d) Grounding and corrosion-resistant measures

Ground the antenna chassis and the installation surface (hull) by using an earth line.Apply sealant to the connection portion of the earth line to prevent corrosion anddamage by vibration (Fig. 10).

Fig. 10 Grounding and corrosion-resistant measures


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2-9

2.3 CONNECTING THE INSTALLATIONCABLE (NKE-2103)


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2


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2-11

2.4 CONNECTING THE INSTALLATIONCABLE (NKE-2254)


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2-12

2


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2-13


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SECTION 3INSTALLATION OF THE DISPLAY UNIT

3.1 SELECTING THE INSTALLATION POSITION ........................................3-13.2 INSTALLATION OF THE LCD MONITOR................................................ 3-23.3 INSTALLATION OF THE OPERATION UNIT........................................... 3-43.4 INSTALLATION OF THE POWER CABLE (CFQ-5436).......................... 3-53.5 INSTALLATION OF THE CABLE (CFQ-6912)

BETWEEN THE RADAR PROCESS UNIT AND THE SCANNER ..........3-83.6 CONNECTING TO THE GPS RECEIVER..............................................3-103.7 CONNECTING TO THE GPS COMPASS .............................................. 3-153.8

CONNECTING TO NMEA HEADING OUTPUT DEVICE.......................3-23

3.9 CONNECTING TO THE GYRO AND ELECTROMAGNETIC LOG(NSK UNIT SETTING) (OPTION) ........................................................... 3-25

3.10

CONNECTING TO THE PC PLOTTER................................................ 3-31

3.11 CONNECTING TO OTHER NMEA DEVICES ......................................3-323.12 CONNECTION WITH OTHER DEVICES

(SUB INDICATOR OUTPUT AND SLAVE INPUT)............................... 3-343.13

POWER SUPPLY (NBA-5111) (OPTION) ............................................3-38

3.14 TARGET TRACKING (NCA-877A) (OPTION) .....................................3-393.15 PLOTTER CIRCUIT (NDB-44) (OPTION) ............................................3-413.16 CONNECTING TO AIS (NQA-2155) (OPTION) ...................................3-433.17 COASTLINE ROM CARD/MEMORY CARD ........................................3-473.18 CONNECT SLAVE MONITOR / VDR................................................... 3-503.19 SIMPLIFIED INTER-SWITCH INSTALLATION....................................3-523.20 SUB KEY-BOARD INSTALLATION ..................................................... 3-54

3.21

CONNECTING TO EXTERNAL BUZZERS..........................................3-56

3.22 CONNECTING CONTACT SIGNALS TO EXTERNAL DEVICES........ 3-58


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3-1

The display unit consists of:

Radar process unit: NDC-1460Operation unit: NCE-7699ALCD monitor NWZ-164

3.1 SELECTING THE INSTALLATIONPOSITION

Select a display unit installation position by taking into consideration the following:

1) Install the display unit so that the user can easily conduct observations.

2) To reduce effect on the magnetic compass, install the display unit more than one meter away from the

compass.

3) Take precautions to prevent water from splashing through the window or door of the bridge onto thedisplay unit.

4) Install the display unit by considering convenience of maintenance.If the display unit is adjacent to machinery or walls on the right, left, above or behind, allow enough slackin the installation cable so that the display unit can be pulled forward for maintenance and inspection.

5) Install the LCD monitor so that when the user is looking ahead, the lookout view is not obscured.

6) Install the unit away from direct sunlight and heat source.


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3.2 INSTALLATION OF THE LCD MONITOR

Caution A mounting rack is not included in the package for the display unit sinceflash mounting is considered.

Prepare the optional display unit mounting rack MPBX42944 when

mounting a display unit using a mounting rack.

1) Installation of the LCD monitorInstall the LCD monitor by taking into consideration the following:

Install the LCD monitor in a convenient location so that when the user is facing the bow the user can

observe the LCD panel to find the target direction.

Select locations where there is least vibration.

It is necessary to allow space for a bend in the installation cable at the rear of the equipment.

2) Connecting the LCD monitor cable

Connect two cables.One cable is a video cable and the other is a power cable. As shown in the photograph below, plug the

power cable at the rear of the display unit, rotate the shell of the plug until they stop, and connect thevideo cable and then tighten the two jack screws on the connector.

Check that the cables do not come off even if they are pulled.

Rear view of the display unit

Make sure that the cables do not

come off even if they are pulled.


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3) Connecting the LCD monitor to the radar process unitThe display unit and the processing unit are connected by one cable.(RGB video signal x 1)

Connect the D-sub15 PIN cable, extending from the LCD monitor (NWZ-164), to the connector forwhich "VIDEO" is engraved at the rear of the radar process unit cabinet. Turn the control attached to

the connector until it cannot be turned any further.

The power for the display unit is not supplied from the indicator.Use a dedicated cable that is included in the package of the display unit for the power supply to thedisplay unit.

To the LCD monitor

(RGB signal)

NMEA

AUX

VIDEOAIS

NMEA

GYRO

COMPASSGPS KEY BOARD

E

POWER SCANNER

F3F1 F2


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3.3 INSTALLATION OF THE OPERATIONUNIT

1) Installation of the operation unitThe operation unit can be installed at any place as far as it is located within 5 meters from the radarprocess unit.

2) Connecting the operation unit to the radar process unitThe operation unit is connected to the radar process unit with one cable. The cable is integrated into theoperation unit. Connect the cable extending from the operation unit to the connector for which "KEYBOARD" is engraved at the rear of the radar process unit cabinet. Turn the plug attached to the connectoruntil it cannot be turned any further.

To the keyboard unit

NMEA

AUX

VIDEOAIS

NMEA

GYRO


E

POWER SCANNER

F3F1 F2


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3.4 INSTALLATION OF THE POWER CABLE(CFQ-5436)

This radar equipment comes with 5-m-long cables with a connector.

Wiring table of the cable CFQ-5436

Color Number ofwires/diameter(mm)

Cross-sectionalarea(mm)

Polarity

Red 50/0.18 1.25 +

Red 50/0.18 1.25 +

Red 50/0.18 1.25 +

Black 50/0.18 1.25

Black 50/0.18 1.25

Black 50/0.18 1.25

CFQ-5436-5 cable

Cable length 5m


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1) Processing cables

When you directly connect with the ship's power supply without using the optionalrectifier, measure the voltage between the hull's earth and the positive side of ship'spower supply, and the hull's earth and the negative side of this. And check voltage of50 volts or more is not required.If voltage of 50 volts or more is required, take the measures which do not require 50

volts or more between the above mentioned terminals.Connection without taking the measures causes system failure or accident.

2) Connecting the cable to the radar process unit

Connect the CFQ-6911 connector to the connector for which "POWER" is engraved at the rear of theradar process unit cabinet. Turn the plug attached to the connector until it cannot be turned any further.

The CFQ-5436 is connected here.

NMEA

AUX

VIDEOAIS

NMEA

GYRO


E

POWER SCANNER

F3F1 F2

Cable process method1. Crimp three black cables

together.2. Crimp three red cables together

in the same way.3. Crimp the shielding cable.4. Install the red cables on the +

side of the ship's power supply,the black cables on the - side ofthe ship's power supply, andthe shielding cable in the hull's

earth.


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Caution Incorrect connection between the ship's power supply or the rectifier and the

power cable may cause an equipment failure.

Selecting a cable when a long power cable is required

The input voltage to an indicator is determined by subtracting the voltage drop up to

the power cable from the ship's power supply voltage.

Therefore, if the power cable is too thin or too long, the voltage drops substantially,

preventing the radar from functioning at its full capacity. Use the following guideline

for selecting a power cable.

(a) Take the voltage fluctuation rate into consideration when determining a voltage

(Vs) value of the ship's power supply.

(b) Use the following formula for calculating a voltage drop (V).

V=2LRKI

L : Cable length

R : Direct current resistance at 20C (/m)

K : Conductor resistance temperature counting (=1.22)

I : Maximum peak current (A)

(c) Various cable direct current resistances (R) and allowable current (Imax)

Cable type R (20C) Imax(45C continuously)

CVVS2 x 1.25 16.7 /km 13A

CVVS2 x 2.0 9.42 /km 19A

CVVS2 x 3.5 5.30 /km 26A

Provide a sufficient extra current value to Imax when selecting cables.


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3

3.5 INSTALLATION OF THE CABLE(CFQ-6912) BETWEEN THE RADAR

PROCESS UNIT AND THE SCANNER

The cable CFQ-6912 is used to connect the radar process unit to the scanner.For this radar equipment, use the following cables having a connector.

Cable length JRC code Remarks

10m CFQ-6912-10 Option


20m CFQ-6912-20 Option30m CFQ-6912-30 Option




Cable CFQ-6912-**

Connector on both sides


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3-9

Cable CFQ-6912-** wiring table

PIN number Color Wire material Signal name

1 Blue (thick), gray (thick) AWG16 2A

2 Purple (thick), brown (thick) AWG16 2A

3 White (thick), orange (thick) AWG16 1A

4 Red (thick), green (thick) AWG16 1A

5 Black (thick), light blue(thick)

AWG16 2A

6 Black AWG22 GND

7 Drain line (coaxial)(Drain line: shield, shieldmeshwork)

AWG24

VDE

8 - - +12V

9 Yellow (thick), pink (thick) AWG16 1A

10 Coaxial line core AWG24 VD

11 Yellow AWG24, twist pair COM+

12 Green AWG24 BZ

13 White AWG24, twist pair COM-

14 Drain line (shield)(Drain line: coaxial, shieldmeshwork)

AWG24

TIE

15 Shield line core AWG24 TI

16 Orange (medium) AWG22 BP

Cover Shield meshwork(Drain line, coaxial, drain

line shield)

Outer diameter of the cable: 14 mm0.5 mm

Although a cable is not connected to PIN No.8, +12 V voltage is outputted to the radar process unit side.Power for the external simulator is supplied by this +12 V power supply outlet. So, avoid using thisconnection for other purposes to prevent short-circuits.

Caution

A cable is not connected to pin number 8, however, +12V is output to the

processing unit side. This voltage (+12V) is used when an external

simulator is connected.


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3.6 CONNECTING TO THE GPS RECEIVER3.6.1 When using JRC's GPS receiver

1) ConnectionWhen using JRC's GPS receiver, such as GPS100/DGPS212, directly connect the GPS receiver to theconnector for which "GPS" is engraved at the rear of the radar process unit cabinet. Turn the plug

attached to the connector until it cannot be turned any further.

The JRCs GPS receiver is connected here.

NMEA

AUX

VIDEOAIS

NMEA

GYRO


E

POWER SCANNER

F3F1 F2

2) Setting of the GPS receiver of JRC

No setting is required.

3) Setting the JMA-5200MK2Basically, no setting is required.

No special setting is required for the use.However, to change the setting for selecting or restricting the sentences to be received, change the setting

as described in 4.8 COMMUNICATION PORT SETTING (COM PORT SETTING).


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3.6.2 When using other maker's GPS receiver or an NMEA dataoutput device

1) ConnectionWhen receiving NMEA data from a NMEA data output device of JRC other than those indicated above

or other maker's GPS, connect the required signal lines to the attached NMEA data connector P3 (for J3)LTWBD06BFFA-LL7001 using the following diagram as the reference.

JMA-5200MK2 side GPS receiver side

(3) NAVCOM Data return

(4) NAVRX Data output from the receiver

GPS connector (J3)

To GPS or NMEA equipment

(1) +12V : Power for GPS receiver

(2) GND : Power GND for GPS receiver

(3) NAVCOM : Signal GND

(4) NAVRX : Input from receiving signals from GPS

(5) NAVTX : Output of transmitting signals to GPS

(1)

(2)

(3)

(4)

(5)


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Method of assembling and connecting P3 (LTWBD06BFFA-LL7001) and P5

(LTWBD08BFFA-LL7001) that are attached


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2) NMEA0183 standard input/output sentence

Input sentence

$xxGGA Global Positioning System Fix Data

$xxGLL Geographic Position Latitude/Longitude

$xxGNS GNSS fix data$xxMTW Water temperature

$xxMWD Wind direction and speed

$xxMWV Wind speed and angle

$xxRMA Recommended minimum specific LORAN-C data

$xxRMB Recommended Minimum Navigation Information

$xxRMC Recommended Minimum Specific GNSS Data

$xxROT Rate of turn

$xxRSA Rudder sensor angle

$xxTHS True heading and status

$xxVBW Dual ground/water speed

$xxVDM AIS VHF data-link message$xxVDO AIS VHF Data-link Own-vessel report

$xxVTG Course Over Ground and Ground Speed

$xxZDA Time and date

Output sentence

$GPGGA Global positioning system (GPS) fix data

$GPGLL Geographic position latitude/longitude

$GPRMC Recommended minimum specific GNSS data

$GPVTG Course over ground and ground speed

$RAAIS AIS Data

$RAALR Set alarm state

$RAAPB $GPAPB Heading/Track controller (autopilot) sentence B

$RABOD $GPBOD Bearing origin to destination

$RABWC $GPBWC Bearing and distance to waypoint

$RAHDT $GPHDT Heading true

$RAOSD Own Ship Data

$RARMB $GPRMB Recommended minimum navigation information

$RARSD RADAR System Data

$RATHS $GPTHS True heading and status

$RATLB(AIS) Target label

$RATLB(TT) Target label

$RATLL(AIS) Target latitude and longitude

$RATLL(TT) Target latitude and longitude

$RATTD(TT) Tracked Target Data

$RATTM(AIS) Tracked Target Message

$RATTM(AIS) Tracked Target Data

$RATTM(TT) Tracked Target Message

$RAXTE $GPXTE Cross-track error, measured


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3) Setting another makers receiver or NMEA data output deviceSet so that data to be received by JMA-5200MK2 is output.Refer to 2) NMEA0183 standard input/output sentence for the data that can be received byJMA-5200MK2.

4) Setting the JMA-5200MK2

Set the device according to the setting on the GPS side as described in 3).(In the standard state, the baud rate of the JMA-5200MK2 is set to 4800bps.)In the initial state, all the sentences can be received.When the restriction on the sentences to be received by the JMA-5200MK2 is not set, the device can beused as it is.However, to change the setting for selecting or restricting the sentences to be received, change the settingas described in 4.8 COMMUNICATION PORT SETTING (COM PORT SETTING).


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3.7 CONNECTING TO THE GPS COMPASS

Connect a gyro equipment or equivalent that provide a below turn rate, otherwise the performance ofsignal process and target tracking decrease.

Standard craft 12 deg/secHigh speed craft 20 deg/sec

3.7.1 JLR-10

Connection to JRC's GPS compass JLR-10 is possible.

1) Connection

1.1) When using JRC's cable CFQ-6934Using JRC's dedicated cable CFQ-6934 makes it possible to easily connect to JLR-10. Using the cablealso makes it possible to receive bearing signals from JLR-10 as well as receive latitude and longitudeinformation as NMEA data.

Photograph 1

JLR-10/NSK unit dedicated

connection cable:

CFQ-6934


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Connecting the JLR-10

Connecting the JMA-5200MK2

Connect the CFQ-6934

5 PIN connector having

the GPS (IND) label.

NMEA

AUX

VIDEOAIS

NMEA

GYRO


E

POWER SCANNER

F3F1 F2



the GYRO I/F (IND) label.

To acquire NMEA data such as position information from the GPS equipment of JRC or other maker's GPSequipment by acquiring azimuth data only from JLR-10, connect azimuth data only using the dedicatedCFQ-6934 cable that is shown in the above diagram. For the position information, connect the GPSequipment as described in Section 3.6 without using the cable from JLR-10 labeled with "GPS (IND)".

Photograph 2

Insert the 8-pin connector of

CFQ-6934 with COMPAS (RADAR)

label attached to the "RADAR"connector of JLR-10.


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1.2) Procedure for not using a dedicated cableWhen receiving azimuth information data from the GPS compass, connect the necessary signal lines tothe attached NMEA data connector P5 (for J5) LTWBD8BFFA-LL7001 using the following diagram asthe reference.

Signal name GPS compass connector side JMA-5200MK2 side

Compass data input + Disconnected Disconnected

Compass data input - Disconnected Disconnected

Compass data output + RADAR-4 (3) NSKRX +

Compass data output - RADAR-3 (4) NSKRX -

GND Disconnected Disconnected

Connector for GPS compass/NSK equipment (J5)

To GPS compass or NSK unit

(1) NSKTX- : Output of receiving signals from NSK+

(2) NSKTX+ : Output of receiving signals from NSK-

(3) NSKRX+ : Input of receiving signals from NSK+

(4) NSKRX- : Input of receiving signals from NSK-

(5) GND : Power GND for NSK

(6) ALM+ : Dry contact output 1

(7) ALM- : Dry contact output 2

(8) +5V : Power for NSK (+5V)

The above-mentioned connections are available only for receiving bearing data from JLR-10. About howto receive position information, refer to section 3.6.

2) Setting the GPS Compass (JLR-10)Set the following information with the GPS compass.Data output format=NSKRefer to the manual for the GPS compass for the detailed setting method.

3) Setting the JMA-5200MK23.1) Heading Equipment Setting

1) Press and hold [RADAR MENU] key.The CODE INPUT Menu will appear.

2) Enter [0] and press the [ENT] key.The Adjust Menu will appear.

3) Press [6] key.Press [2] key.

The Heading Equipment Setting Menu will appear.

4) 1. Set the gyro.

3.2) Baud Rate SettingWhen setting the gyro in 3.1) Heading Equipment Setting, thesetting of the baud rate is not required.

(1)(2)

(3)

(4)

(7)

(6)

(5)

(8)


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3.7.2 JLR-20/30

Connection to JRC's GPS compass JLR-20/30 is possible.

1) Connection

1.1) When using JRC's cable CFQ-5469Using JRC's dedicated cable CFQ-5469 makes it possible to easily connect to JLR-20/30. Using the cablealso makes it possible to receive bearing signals from JLR-20/30 as well as receive latitude and longitudeinformation as NMEA data.

Connecting the JLR-20/30

Connecting the JMA-5200MK2



the GPS (IND) label.

NMEA

AUX

VIDEOAIS

NMEA

GYRO


E

POWER SCANNER

F3F1 F2



the GYRO COMPASS (IND) label.

Insert the connector of

CFQ-5469 to the DATA

IN/OUT 1 of the backside of

JLR-20/30.


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To acquire NMEA data such as position information from the GPS equipment of JRC or other maker's GPSequipment by acquiring azimuth data only from JLR-20/30, connect azimuth data only using the dedicatedCFQ-5469 cable that is shown in the above diagram. For the position information, connect the GPSequipment as described in Section 3.6 without using the cable from JLR-20/30 labeled with "GPS".

1.2) Procedure for not using a dedicated cable

When receiving azimuth information data from the GPS compass, connect the necessary signal lines tothe attached NMEA data connector P5 (for J5) LTWBD8BFFA-LL7001 using the following diagram asthe reference.

Signal name GPS compass connector side JMA-5300MK2 side

Compass data input + Disconnected Disconnected

Compass data input - Disconnected Disconnected

Compass data output + Sensor throw SD-A (3) NSKRX +

Compass data output - Sensor throw SD-B (4) NSKRX -

GND Disconnected Disconnected











The above-mentioned connections are available only for receiving bearing data from JLR-20/30. About

how to receive position information, refer to section 3.6.

2) Setting GPS Compass (JLR-20/30)Set the following information with the GPS compass.

Data output format=NSKRefer to the manual for the GPS compass for the detailed setting method.

(1)

(2)

(3)

(4)

(7)

(6)

(5)

(8)


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2) Enter [0] and press the [ENT] key.

The Adjust Menu will appear.



4) 1. Set the gyro.

3.2) Baud Rate SettingWhen setting the gyro in 3.1) Heading Equipment Setting, thesetting of the baud rate is not required.


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3.7.3 Other Magnetic Compass

1) ConnectionWhen receiving azimuth information data from the electronic compass, connect the necessary signal lineto the attached NMEA data connector P5 (for J5) LTWBD8BFFA-LL7001 using the following diagramas the reference.

Magnet compass side Magnet compass side

(4) NSKRX - Data return

(3) NSKRX + Data output from the magnet compass side











2) Setting Other Electromagnetic CompassesSet the following information in the electromagnetic compass.

Data output format NMEA V2.0 OR LATER VERSION

Output sentence THS, HDT, HDG, HDMData transmission cycle Must be 50ms or less

20ms or less recommendedBaud Rate 38400bps/(4800bps)

The shorter the data transmission cycle the better. If the cycle is too long, image processing, trailperformance, and TT (target tracking) performance are affected.






4) 2. Set the compass.

(1)

(2)

(3)

(4)

(7)

(6)

(5)

(8)


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3.2) Baud Rate Setting1) Press and hold [RADAR MENU] key.

The CODE INPUT Menu will appear.



The Baud Rate Setting Menu will appear.

4) 5. Set the compass.5. As the baud rate changes between 38400bps and4800bps whenever the COM5 (compass) is pressed, setthe baud rate to that of the electromagnetic compass to beconnected.


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3.8 CONNECTING TO NMEA HEADINGOUTPUT DEVICE


Standard craft 12 deg/sec

High speed craft 20 deg/sec

Following NMEA sentences are available.THS, HDT, HDG, HDM

1) Connection

When receiving azimuth information data from the NMEA azimuth output device, connect the necessary

signal lines to the attached NMEA data connector P5 (for J5) LTWBD8BFFA-LL7001 using thefollowing diagram as the reference.

JMA-5200MK2 side NMEA heading output device side

(4) NSKRX - Data return

(3) NSKRX + Data output from the NMEA heading output device




(2) NSKTX+ : Output of receiving signals from NSK-(3) NSKRX+ : Input of receiving signals from NSK+






2) Setting the NMEA azimuth output deviceSet the following information in the NMEA azimuth output device.

Data output format NMEA V2.0 OR LATER VERSIONOutput sentence THS, HDT, HDG, HDMData transmission cycle Must be 50ms or less

20ms or less recommendedBaud Rate 38400bps/(4800bps)

The shorter the data transmission cycle the better. If the cycle is too long, image processing, trailperformance, and TT (target tracking) performance are affected.

(1)

(2)

(3)

(4)

(7)

(6)

(5)

(8)


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2) Enter [0] and press the [ENT] key.




4) 2. Set the compass.

3.2) Baud Rate Setting1) Press and hold [RADAR MENU] key.

The CODE INPUT Menu will appear.



The Baud Rate Setting Menu will appear.

4) 5. Set the compass.5. As the baud rate changes between 38400bps and4800bps whenever the COM5 (compass) is pressed, setthe baud rate to that of the NMEA azimuth output deviceto be connected.


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3.9 CONNECTING TO THE GYRO ANDELECTROMAGNETIC LOG (NSK UNIT

SETTING) (OPTION)


Standard craft 12 deg/secHigh speed craft 20 deg/sec

To connect the gyro and the electromagnetic log, use the NSK unit NCT-4106A that is available as anoption. Although the NSK unit has been properly adjusted before shipment, be sure to conduct the

following setting and adjustment after installing the unit.

1) Installing the NSK unitTo connect the gyro and the electromagnetic log, use the NSK unit NCT-4106A that is available as anoption.Use the dedicated cable of JRC, CFQ-6998, which is included in the package, for the connection.This cable enables easy connection between the NCT-4106A and the processing unit.The NCT-4106A includes a large-capacity external buzzer contact output (dry contact output) interfacecircuit to operate a large buzzer directly.

When CFQ-6998 (an enclosed cable) is used.

1.1) Connecting the NSK unit

Photograph 1Insert the 8-pin connector (NSK)of CFQ-6998 (unit dedicatedconnection cable that is enclosedby the NCT-4106A) to the

connector of NCT 4106A.


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1.2) Connecting the JMA-5200MK2

2) Setting and adjusting the NSK unitThe NSK unit of the radar equipment is designed to be compatible with almost all types of gyro compassby switch operation (24 VDC to 170 VDC for the step-motor type, and for the synchro-motor type, the

primary excitation voltage is 35 VAC to 120 VAC). Before turning on the power, be sure to set switchesS1, S2, S3, S4, S5 and jumper TB105 on the NSK unit (PC4201) according to the type of the gyrocompass by referring to the procedure described below. Normally before shipment, the gyro I/F circuit'sgyro select switch has been adjusted such that the gyration ratio is 180X and it is compatible with thestep-type gyro compass. Check the type of the gyro compass used in own ship and make settingsaccording to the procedures below:

Set the switches of the NSK unit (PC4201) before turning on the radar equipment.

S1: [OFF]

S2, S3: The output of the gyro compass is either step signal or synchro signal. Carefullycheck own ship's gyro compass, and adjust settings for S2 and S3.

Synchro signal......... [SYNC]Step signal ............... [STEP]

S4: Make settings for S4 according to the S4 setting table.

S4-1 Set the LOG alarm.

No LOG alarm ........ [OFF]LOG alarm.............. [ON]

S4-2 Set the gyro simulator.

[OFF]

S4-3 Set the LOG simulator.

[OFF]

S4-4 Not in use.

S4-5 Set the time to the gyro alarm

0.5 seconds.............. [OFF]5 seconds................. [ON]

Photograph 2Insert the 8-pin connector(IND) of CFQ-6998 (unitdedicated connection cable

that is enclosed by theNCT-4106) to the connector

of processing unit J5.


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S4-6 Set the sensor

Use the gyro.............[OFF]Use the NMEA ........[ON]

S4-7, 8 Set the baud rate

4800 9600 19200 38400

S4-7 OFF ON OFF ON

S4-8 OFF OFF ON ON

S5: Make settings for S5 according to the type of gyro compass. Refer to the S5 setting table.

S5-1 Make settings according to the type of gyro compass.

Synchro signal ...................... [OFF]Step signal............................. [ON]

S5-2, 3 Make settings according to the gyration ratio.

360X 180X 90X 36X

S5-2 OFF ON OFF ON

S5-3 OFF OFF ON ON

S5-4 Set the gyration direction.

Normal (clockwise) .............. [OFF]Reverse (counterclockwise).. [ON]

S5-5 Set the log type.

Pulse signal........................... [OFF]Synchro signal ...................... [ON]

S5-6 Not in use

S5-7, 8 Set the log ratio.

Pulse/NM (pulse signal)

800 400 200 100

Gyration/NM (synchro signal)

360X 180X 90X 30X

S5-7 OFF ON OFF ON

S5-8 OFF OFF ON ON

TB105 Set the voltage level of step gyroIf the voltage of step gyro is DC24V or less, set the jumper TB105.

side...................................... Normalside...................................... DC24V or less


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Connect the gyro signal and log signal cables to the gyro I/F circuit (PC4201).

CMJ-304D/E side Connecting device side

TB10 Gyro signal (synchro/step)

TB20 Log signal (synchro/pulse)

Set S1 to [ON].

Note: After the power has been turned on, if the radar video and the indicated value for the ownship's true bearing on the display is reversed, set switch S5-4 to [ON].

S4 SETTING TABLE

S5 SETTING TABLE

Speed log switch setting

1. This radar's compatible standard speed logs are the following eight types:Pulse type: 800 pulses/NM, 400 pulses/NM, 200 pulses/NM, 100 pulses/NMSynchro type: 360X/NM, 180X/NM, 90X/NM, 30X/NMSet the S5 GYRO/LOG select switch according to the S5 setting table.


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2. Connect the speed log signal input line to TB20. To do so, for the pulse type, connect the line to thePULSE side and, for the synchro type, connect the line to the SYNC side. With respect to the positive (+)and negative (-) sides, when the pulse type is selected, the negative (-) side is the ground.






4) 1. Set the gyro.

3.2) Baud Rate SettingWhen setting the gyro in 3.1) Heading Equipment Setting, the setting of the baud rate is not required.

4) Connections to an external buzzerWhen connecting an external buzzer to the NSK unit, read the following guideline.

TB40 of the built-in PCB CSC-631 has a dry contact output, so that if the connection "TB-40 PowerSupply Positive terminal of the buzzer Negative terminal of the buzzer Power supply ground"

is made, then a buzzer can be sounded when there is an alarm from the JMA-5200MK2.Refer to 3.21 CONNECTING TO EXTERNAL BUZZERS for connection of external buzzers and setthe following information for the connection of external buzzers.2) Jumper setting3) Contact operation setting

Connection Example

CSC-631TB40

Buzzer

Battery, etc.


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Caution The maximum contact capacity is:

10A/250VAC

10A/30VDC

Make sure that this capacity is not exceeded.


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3.10 CONNECTING TO THE PC PLOTTER1) Connection

This radar can output NMEA0183 data to the PC plotter.Connect one end of the commercially-available 9 PIN RS-232C cross cable to the connector for which"NMEA" is engraved at the rear of the radar process unit cabinet, and connect the other end to the COMport of the PC plotter.

NMEA

AUX

VIDEOAIS

NMEA

GYRO

COMPASS

GPS KEY BOARD

E

POWER SCANNER

F3F1 F2

Connector for connecting

to the PC plotter

When connecting the PC plotter using RS232C, set jumper TB4 in RS232C as shown below.

2) Setting the PC plotter

Set the PC plotter according to your utilization environment.Set according to the information that is received from JMA-5200MK2.

3) Setting the JMA-5200MK2

Set the communication port of JMA-5200MK2 according to the data transmitted to the PC plotter to beconnected.

Refer to 4.8 COMMUNICATION PORT SETTING for the setting of the communication port.Refer to 2) NMEA0183 standard input/output sentence in 3.6.2 When using other maker's GPS

receiver or an NMEA data output device for the data to be transmitted to the PC plotter.

Set TB4J to RS232C.


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3.11 CONNECTING TO OTHER NMEADEVICES

1) Connection with the NMEA device

[I] In the case of No AIS connection.

When connecting the NMEA device other than those indicated above and this radar, connect thenecessary signal line to the attached NMEA data connector P6 (for J6) LTWBD8BFFA-LL7001 using thefollowing diagram as the reference.

JMA-5200MK2 side NMEA device side

(1) NMEA RXD + Data output + from the NMEA device

(2) NMEA RXD - Data output - from the NMEA device

(3) NMEA TXD + Data input + to the NMEA device

(4) NMEA TXD - Data input - to the NMEA device

Connector for AIS compass or NMEA equipment (J6) RS-422

To AIS or other NMEA device

(1) NMEA RXDNMEA input


(3) NMEA TXDNMEA output

(4) NMEA TXD

NMEA output

(5) GND GND

(6) EVENT Dry contact input 1


(1)

(2)

(3)

(4)

(7)

(6)

(5)


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[II] In the case of AIS connection.

Where the AIS connection is required, J6 connector is occupied by the AIS unit.Therefore no other device can be connected into the J6.In this case, use the connector J9 AUX provided as standard to connect the NMEA device.

1) ConnectionTo connect the NMEA data output device, connect the necessary signal lines to the attached NMEA dataconnector P9 (for J9) LTWCD-14BFFALL7001(5JCDX0052) according to the following diagram.

Connector for AUX devices (J9) RS-422/RS232C

To the NMEA device

NAV2 RXD : Negative receive signal from the device

NAV2 RXD : Positive receive signal from the device

NAV2 TXD : Negative transmit signal from the device

NAV2 TXD

: Negative transmit signal from the device

RS232C RXD: Negative receive signal from the RS232C

device

RS232C RXD: Positive receive signal from the RS232C

device

RS232C TXD : Positive transmit signal from the RS232C

device

RS232C TXD: Negative transmit signal from the RS232C

device

2) Setting for the NMEA data output deviceSet the NMEA data output device in such a manner that it will output the data to be received by theJMA-5200MK2.For the data that can be received by the JMA-5200MK2, see "2) NMEA0183 standard input/outputsentences."

3) Setting for the JMA-5200MK2Set the JMA-5200MK2 in accordance with the NMEA data output device setting described in 2).(The baud rate of the JMA-5200MK2 in standard mode is 4800 bps.)The JMA-5200MK2 is initially set for receiving all the sentences.If no restrictions are placed on the sentences to be received by the JMA-5200MK2, the JMA-5200MK2can be used as is.If the JMA-5200MK2 is to be used while the initial setting is changed (e.g., limitation of receiving onlyselected sentences), change the initial setting according to "4.8 COMMUNICATION PORT SETTING(COM PORT SETTING)."


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3.12 CONNECTION WITH OTHER DEVICES(SUB INDICATOR OUTPUT AND SLAVE

INPUT)

The radar JMA-5200MK2 can be equipped with the following options:

Output for sub display unit (including operation analyzer)

When used as a sub display unit for other radar equipment

Use the following optional cables for the installation.

The option requires inter-connection cable CFQ5351 and inter-unit cable CFQ-5251.

CFQ-5351 CFQ-5251

Simplified inter-switch installation procedures.

(1) Remove the processing unit cabinet cover form the unit cabinet.

(2) Connect CFQ-5351 to the J5008 on the CBD-1702A.

(3) Attach 14 pin circular connector of the CFQ-5351 to the cabinet as shown above.


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(4) Connect inter-unit cable CFQ-5251 to the circular connector of CFQ-5351 attached on the cabinet.Pay attention to the wiring. CFQ-5251 is a cross cable.Therefore the input wires and output wires are inter-changed between the connectors.

Connector for AUX (J9 Option)

Simplified inter-switch output or radar signal output.

EVDO ; Radar video output

EVDOE ; Return

FG ; Frame GND

ETRGO ; Trigger

EBPO ; Azimuth pulse output

EBZO ; Azimuth reference pulse output

ETRGOE ; GND

EVDI ; Radar video input

EVDIE ; Return

ETRGI ; Trigger input

+12V ; +12VEBPI ; Azimuth pulse input

EBZI ; Azimuth reference pulse input

ETRGIE ; GND

Optional inter-connection cable CFQ-5351 required.

Inter-unit cable CFQ-5251 (5m) is available. It includes connector P9.

Two identical 14 pinconnectors are onCBD-1702A side byside and the J5008 is

one on the left.


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1) Output for sub display unitThe slave output includes the following signals:

- Video signal (50 ohm termination)- Trigger signal (180 ohm termination)- Rotation signal (open collector output)

- Video signalConnect the video signal line to the following terminals located on the terminal board:

J9-1 EVDOJ9-2 EVDOE (return)

The video signal is a negative signal and the wave form is as follows:

- Trigger signalConnect the trigger signal line to the following terminals located on the terminal board:

J9-4 ETRGO (TTL output)J9-7 ETRGOE (return)

The trigger signal is a positive signal and it takes approximately 6seconds from the startup to the videosignal.

Rotation signalConnect the rotation signal line to the following terminals located on the terminal board:

J9-5 EBPOJ9-7 ETRGOE (return)

Connect the rotation reference signal line to the following terminals located on the terminal board:

J9-5 EBZO

J9-7 ETRGOE (return)

Pull up both lines to 5 V at 1 kilo-ohm before using them.

BP2048 pulses percycle

1 pulse per cycle


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The radar JMA-5200MK2 can output only a one-phase rotation signal.When a sub display unit needs a two-phase rotation signal, the one-phase input should be normallyset to logic "H" or "L".

2) When used as a slave display unitThe slave input includes the following signals:

Video input (50 ohm termination)Trigger signal input (1 kilo-ohm termination: TTL input)Rotation signal

Video signalConnect the video signal input line to the terminal located on the terminal board as follows:

J9-8 EVDIJ9-9 EVDIE

Trigger signalConnect the trigger signal input line to the terminal located on the terminal board as follows:

J9-10 ETRGIJ9-14 ETRGIE

Rotation signal input (already pulled up at 470 ohm)

Connect the rotation signal line to the following terminals located on the terminal board:

J9-12 EBPIJ9-14 ETRGIE

Since the radar JMA-5200MK2 does not detect the rotation direction, only one type of encoder input,

BP, is necessary.

Connect the rotation reference signal line to the following terminals located on the terminal board:

J9-13 EBZIJ9-14 ETRGIE

Both signal lines have been pulled up at 470 ohm, therefore, an open collector can be connected on

the output side.


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3.13 POWER SUPPLY (NBA-5111) (OPTION)If the ship's mains are alternating current, use the power supply. The power supply can be used for both100/110/115 VAC and 200/220/230/240 VAC of the ship's mains, but the input connector and theconnecting bar must be changed.

Input connector Connecting barINPUT VOLTAGE

CN105 CN104 1-2 2-3 4-5

AC100V

AC105V110V

AC115V120V

AC200V

AC210V220V

AC230V240V


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3.14 TARGET TRACKING (NCA-877A)(OPTION)

Install the target tracking unit in the processing unit according to the procedures below:

1) Equipment/connection

(1) Remove the processing unit cabinet cover.

(2) Connect the target tracking unit's connector to a connector shown in the following photograph.

(3) Fasten four screws shown in the following photograph to securely fix the target tracking unit.

(4) Attach the processing unit cabinet cover and complete the installation of the target tracking unit.


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2) SettingThe target tracking function can be used simply by connecting it.No setting is required.


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3.15 PLOTTER CIRCUIT (NDB-44) (OPTION)Install the plotter circuit in the processing unit according to the procedures below:

1) Equipment/connection

(1) Remove the processing unit cabinet cover.

(2) Connect the P4901 side of the cable (H-7ZCRD0934) attached to the plotter circuit to the plotter circuit'sconnector J4901.

(3) Connect the P4407 side of the cable (H-7ZCRD0934) attached to the plotter circuit to the processingunit's radar processing board J4407.


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(4)Securely fix the plotter circuit at the location in the cabinet as shown in the following photograph.

(5) Attach the processing unit cabinet cover and complete the installation of the plotter circuit.

2) SettingThe plotter option can be used simply by connecting it.No setting is required.


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3.16 CONNECTING TO AIS (NQA-2155)(OPTION)

1) Connection1.1) Connecting the AIS processing circuit

If AIS process circuit is not installed in the radar process unit, install it according to the proceduresbelow:

(1) Set the jumper plugs and the switches, as shown in the figure.(At installation in the processor, the jumper is installed at the bottom.)

(2) Remove the processor unit cabinet cover.

(3) Set the jumper of the power supply unit.Set TB3J 2-TB3J3 (DIRECT).


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(4) Remove the connector at J4311 on the CBD-1702A.

(5) Connect the trident ends of the cable (H-7ZCRD0908) attached to the AIS interface circuit to the AISinterface circuit's connectors as shown in the following table:

Cable side AIS interface side

P1 J1

P400 J400

P510 J510

(6) Securely fix the AIS interface circuit at the location in the processing unit a shown in the following

photograph.


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(7) Securely mount the terminal board, which has been removed in procedure 1, to the processing unit, pullthe "P4311" labeled end of the cable (H-7ZCRD0908) attached to the AIS interface as shown in thefollowing photograph, and connect the to the terminal board's connector J4311.

(8) Attach the processing unit cabinet cover and complete the installation of the plotter circuit.

1.2) Connection with the NMEA deviceWhen connecting AIS and this radar, connect the necessary signal line to the attached NMEA dataconnector P6 (for J6) LTWBD7BFFA-LL7001 using the following diagram as the reference.

JMA-5200MK2 side AIS device side

(1) NMEA RXD + Data output + from the AIS

(2) NMEA RXD - Data output - from the AIS

(3) NMEA TXD + Data input + to the AIS

(4) NMEA TXD - Data input - to the AIS

Connector for AIS compass or NMEA equipment (J6) RS-422

To AIS or other NMEA device





(5) GND GND



2) Setting AISSet the following information in AIS.

Data output format NMEA V2.0 OR LATER VERSIONBaud rate 38400bpsOutput sentence $xxVDM AIS VHF data-link message

$xxVDO AIS VHF Data-link Own-vessel report

(1)

(2)

(3)

(4)

(7)

(6)

(5)


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3) Setting the JMA-5200MK23.1) Baud Rate Setting

Turn on the radar equipment, and set the baud rate of the AIS communication port as shown followingprocedure.

1) Press and hold [RADAR MENU] key.

The Ten-Key Pad screen will appear.


3) Press [5] key.COM Port setting menu appears.

4) Press [1] key.The Baud Rate Menu will appear.

5) Press [3] key.The pull-down menu is displayed at COM3 (NAV1)

6) From the pull-down menu, select the 38400bps.

3.2) Setting of AIS1) Press and hold [RADAR MENU] key.

The Ten-Key Pad screen will appear.


3) Press [3] key.

4) Press [1] key.

5) 1. Select to use in the AIS processing unit menu.

The AIS processing unit that is connected is now ready for use.

3.3) Display of AIS

Press the AIS ON/OFF button bellow.

AIS ON/OFF


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3.17 COASTLINE ROM CARD/MEMORYCARD

below: Install the coastline ROM card and the memory card according to the procedures below:

(1) Remove the rubber packing located at the frontside of the processing unit cabinet, as shown in thefollowing photograph, and expose the card slot.

Rubber packing

Card slot


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(2) JMA-5200MK2 series card slot numbers are assigned as shown below:

Insert the card into the specified slot according to the following table:

Card type Insertion slot No.

JRC card Either one

ERC card Either one

C-Map NT+ detail card Either one

Memory card Either one

Note The Background of C-Map has been built in, dont insert C-Map NT+ background card.

If the background card is inserted, the system will malfunction.

Slot No.1

Slot No.2


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(3) Insert the card in the direction indicated in the following photograph:

(4) Insert the card until the card slot's eject button protrudes and complete the installation of the coastlineROM card.

Insert the card in the direction

indicated by the arrow.

Insert the card until this button protrudes.


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3.18 CONNECT SLAVE MONITOR / VDRTo connect the slave monitor/VDR, the following optional internal cable, CFQ-5350, is necessary.Install the optional cable, CFQ-5350, in the processing unit according to the following procedure.

1) Connection


(2) Connect CFQ-5350 to J4406 on CDC-1350 and attach the cable on unit cabinet.

(3) Fix D-sub connector of the CFQ-5350 to the chassis.


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(4) Fix t the video cable to the D-sub connector.

2) Setting the JMA-5200MK2No special setting is required for the connection with the slave monitor/VDR.


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3.19 SIMPLIFIED INTER-SWITCHINSTALLATION

The Simplified inter-switch option enables inter-switching between two scanners.By this option, inter-switching between JMA-5200 and JMA-5300 is also enabled.

The option requires inter-connection cable CFQ5351 and inter-unit cable CFQ-5251.

CFQ-5351 CFQ-5251

1) ConnectionSimplified inter-switch installation procedures.




Two identical 14 pinconnectors are onCBD-1702A side byside and the J5008 is

one on the left.


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(4) Connect inter-unit cable CFQ-5251 to the circular connector of CFQ-5351 attached on the cabinet.

To connect to JMA-5300, cut the inter-unit cable CFQ-5251 at JMA-5300 Processor unit. Then connectthe cable to TB4301 of the processor unit as follows.Pay attention to the wiring. CFQ-5251 is a cross cable.Therefore the input wires and output wires are inter-changed between the connectors.

JMA-5200

J9 AUX

JMA-5300 terminal

TB-4301

Remarks

J9-1 TB-4301-6 Radar signal output


J9-3 TB-4301- Frame GND





J9-8 TB-4301-8 Radar signal input



J9-11 +12V




2) Setting the JMA-5200MK2Refer to 4.21 SIMPLIFEDINTER-SWITCH SETTINGS for initial settings.


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3.20 SUB KEY-BOARD INSTALLATIONOne of the two optional key-boards, NCE-7699A standard key-board andNCE-7729A multi-function key-board is available.

Inter-connection cable CFQ-5351 and one of the optional key-board are required.

CFQ-5351 NCE-7699A

1) ConnectionSub key-board installation procedures.




Two identical 14 pinconnectors are onCBD-1702A side byside and the J5007 is oneon the right.


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(4) Connect key-board cable to the circular connector of CFQ-5351 attached on the cabinet.

Note To turn off the system, turn off the power on both of the two key-boards,

main key-board and sub key-board.

Especially the power switch on the multi-function key-board is mechanical switch.

If it is not switched off, the system is powered on by the breaker.

2) SettingNo special setting is required for using the sub key-board.After the power is turned on, the sub key-board can be used.

Note As the main key-board and the main key-board can be used concurrently, the radarutilization status may have been changed through the operation of the other key-board.

When using two key-boards by connecting a sub key-board, keep in mind that the operation

status may be changed without notice through the operation on the other key board.


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3.21 CONNECTING TO EXTERNALBUZZERS

An external buzzer dry contact output is available for this equipment.Dry contacts are output from pins 6 and 7 of the 8-pin connector of J5.The capacity of the output contacts is up to 1A/30V.When a larger current/voltage is applied, install an external device with a sufficient contact capacity suchas a relay.When the current/voltage exceeded the contact capacity, the contact of this equipment is fused andexternal buzzer is emitted continuously, causing an extremely dangerous condition.

1) ConnectionWhen connecting an external buzzer to this radar, connect the necessary signal line to the attachedNMEA data connector P5 (for J5) LTWBD08BFFA-LL7001 using the following diagram as thereference.

JMA-5200MK2 side External buzzer side

(6) ALM + Dry contact output 1

(7) ALM - Dry contact output 2





(3) NSKRX+ : Input of receiving signals from NSK+(4) NSKRX- : Input of receiving signals from NSK-





(1)

(2)

(3)

(4)

(7)

(6)

(5)

(8)


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2) Jumper settingUsing jumper TB1J, set whether the buzzer contact is opened or closed at the normal condition accordingto the utilization condition.The setting Link for contact output is TB1J on CBD-1702A, terminal board.

TB1J Link setting.

Contact output Link positionNormal open 1-2 ( Factory setting )

Normal close 2-3

3) Alarm Outputs SettingTwo methods are available; one method is to use the alarm status as the contact output by connectingwith an external device and the other method is to notify an alarm status by emitting a buzzer byconnecting an external buzzer. This section describes the setting when using an external buzzer.



3) Press [9] key.

Press [1] key.The Alarm Outputs Setting Menu will appear.

4) 3. Set Relay Contact Mode to EXT Buzzer.When an alarm occurs, the external contact is set to ON and OFF repeatedly, causingintermittent emission of the external buzzer.

CBD-1702A TB1JPins,1 and 2 are linked for normalclose output.


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3.22 CONNECTING CONTACT SIGNALS TOEXTERNAL DEVICES

This equipment has a function that outputs alarm status as contact signals.Dry contacts are output from pins 6 and 7 of the 8-pin connector of J5.

Caution The capacity of the output contacts is up to 1A/30V.

When a larger current/voltage is applied, install an external device with a

sufficient contact capacity such as a relay.

1) Connection

When connecting an external buzzer to this radar, connect the necessary signal line to the attachedNMEA data connector P5 (for J5) LTWBD08BFFA-LL7001 using the following diagram as thereference.

JMA-5200MK2 side External buzzer side

(6) ALM + Dry contact output 1

(7) ALM - Dry contact output 2











(1)

(2)

(3)

(4)

(7)

(6)

(5)

(8)


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2) Jumper settingUsing jumper TB1J, set whether the buzzer contact is opened or closed at the normal condition accordingto the utilization condition.The setting Link for contact output is TB1J on CBD-1702A, terminal board.

TB1J Link setting.

Contact output Link positionNormal open 1-2 ( Factory setting )

Normal close 2-3

3) Alarm Outputs SettingSet the operation of the external contact terminal at the occurrence of an alarm.Two methods are available; one method is to use the alarm status as the contact output by connectingwith an external device and the other method is to notify an alarm status by emitting a buzzer byconnecting an external buzzer. This section describes the setting when notifying an alarm status ascontact output.




The Alarm Outputs Setting Menu will appear.

4) 3. Set Relay Contact Mode to Alarm Condition.When an alarm occurs, the status of the external contact changes.If the external contact is set to OPEN in the normal state, it is set to CLOSE at the occurrence ofan alarm and if it is set to CLOSE in the normal state, the contact is set to OPEN at theoccurrence of an alarm.

Set the contact in the normal state in 2) Jumper setting.

CBD-1702A TB1JPins,1 and 2 are linked for normalclose output.


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SECTION 4INITIAL SETTING

4.1 HOW TO OPEN THE EQUIPMENT SETUP MENU.................................4-14.2 TUNE ADJUSTMENT...............................................................................4-24.3 BEARING ADJUSTMENT........................................................................4-54.4 RANGE ADJUSTMENT............................................................................4-64.5 SETTING OF TRUE BEARING VALUE ...................................................4-74.6 ANTENNA HEIGHT SETTING (ANTENNA HEIGHT) ..............................4-84.7 SETTING OF CCRP/ANTENNA/GPS ANTENNA POSITION

(CCRP SETTING) .....................................................................................4-94.8

COMMUNICATION PORT SETTING (COM PORT SETTING) ..............4-11

4.9

SECTOR BLANK SETTING (SECTOR BLANK) ...................................4-174.10 TNI BLANK SETTING (TNI BLANK) ...................................................4-19

4.11 SETTING OF PULSE OUTPUT SELECTION(BEARING PULSES FROM ANTENNA)..................................................4-20

4.12 LANGUAGE SETTING (LANGUAGE).................................................4-214.13 DATE TIME SETTING ..........................................................................4-224.14

MAIN BANG SUPPRESSION ADJUSTMENT (MBS)..........................4-23

4.15 ADJUSTMENT OF PERFORMANCE MONITOR (MON).....................4-254.16 MAGNET COMPASS SETTING...........................................................4-274.17 GPS RECEIVER SETTING...................................................................4-284.18 DGPS RECEIVER SETTING................................................................4-374.19 SBAS RECEIVER SETTING ................................................................4-41

4.20

DISPLAYING GPS RECEPTION STATUS ...........................................4-46

4.21 SIMPLIFEDINTER-SWITCH SETTINGS..............................................4-48


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4.1 HOW TO OPEN THE EQUIPMENT SETUPMENU

Procedures 1. Continue to press [RADAR MENU] key.

The Code Input Menu will appear.

2. Input the code.

3. Move the cursor onto the ENT button inthe Code Input menu, and press [ENT]key.


4. Press [1] key.

The Equipment Setup Menu will appear.


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4.2 TUNE ADJUSTMENTAdjust the tuning control for the transmitter and receiver.The turning control should be adjusted when the system is installed or when the magnetron is replaced.

Procedures 1. Set a range of 24 NM or more.

2. Hold down [RADAR MENU] key.

The CODE Input screen opens.

3. Press [0] key.

The numeric keypad screen opens.

4. Place the cursor over the ENT button ofthe numeric keypad and press [ENT] key.

Adjust Menu opens.

5. Press [1] key.

Equipment Setup menu opens.

6. Press [3] key.

A numeric keypad screen for Tune Adjustment opens.

7. Adjust the value until the tuning state gauge reaches maximum byinputting a value with the number keys or by turning the multi-dial tochange the value.

8. When the adjustment is complete, place the cursor over the ENTbutton of the numeric keypad and press [ENT] key.

The adjustment value is memorized and the adjustment is complete.


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[I] Tune Indicator Adjustment

Set the scale mark when the tune indicator bar reaches the maximum point.

Procedures 1. Set the range to 24 NM or more.



3. Press [0] key.



Adjust Menu opens.

5. Press [4] key.

TXRX Setting menu opens.

6. Press [3] key.

The Tune Indicator Adjustment numeric keypad screen opens.

7. Adjust the value until the tune indicator bar at the top left corner of thescreen reads 80% to 90% by inputting a value with the number keys orby turning the multi-dial to change the value.

8. Place the cursor over the ENT button and press [ENT] key.

The tune level value is memorized and the level adjustment is complete.

Note: Do not let the tune indicator bar reach 100% while adjusting the tune level. The automatic tuningfunction may not perform properly if the bar reaches 100%.Set the level such that the tune indicator bar always reads 80% to 90%.


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With the JMA-5212 radar:

For this model, perform Tune Peak Adjustment explained below.After the above adjustment procedure, perform the adjustment procedures below.

[II] Tune Peak Adjustment

Adjust the tune indicator and echo peak.

Procedures 1. Set the range to 24 NM or more.



3. Press [0] key.



Adjust Menu opens.

5. Press [4] key.

TXRX Setting menu opens.

6. Press [2] key.

The Tune Peak Adjustment numeric keypad screen opens.

7. Adjust the tune peak value until the tune indicator bar at the top leftcorner of the screen reaches maximum by inputting a value with thenumber keys or by turning the multi-dial to change the value.

8. Place the cursor over the ENT button and press [ENT] key.

The tune peak value is memorized and the peak adjustment is complete.

Note: Always set the tune peak adjustment value to 64.When the equipment is used for a long time and the automatic tuning function no longer worksproperly, adjusting the tune peak adjustment value may result in improvement of the automatic tuning

function. It should be noted that an optimal adjustment value is required for proper operation of theautomatic tuning function.


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4.3 BEARING ADJUSTMENTMake adjustment so that the bearing of the target measured with the ships compass matches the bearing of the targetecho on the radar display.

Documents

Band Color Radar System-Installation Manual