Japan Radio NKE2252 25KW X-Band Radar Transceiver User Manual

Japan Radio Co Ltd. 25KW X-Band Radar Transceiver

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SECTION 9

AFTER-SALES SERVICE

9─1

･･････ When you Request for Repair･･･････････････････････････････

If you suppose the product may be out of order, read the description in Section 8 carefully and

check the suspected point again.

If it is still out of order, you are recommended to stop operation of the equipment and consult with

the dealer from whom you purchased the product, or our branch office in your country or district,

the sales department in our main office in Tokyo.

 Repair within the Warranty Period

If any failure occurs in the product during its normal operation in accordance with the

instruction manual, the dealer or JRC will repair free of charge. In case that any failure is

caused due to misuse, faulty operation, negligence or force major such as natural disaster and

fire, the product will be repaired with charges.

 Repair after the Warranty Period

If any defective function of the product is recoverable by repair, the repair of it will be made at

your own charge upon your request.

 Necessary Information for Repair

☆ Product name, model, manufacturing date and serial number

☆ Trouble conditions (as detailed as possible. Refer to “Radar Failure Check List” in page

9-2. )

☆ Name of company/organization, address and telephone number

･･････ Recommended Maintenance ･･･････････････････････････････

The performance of the product may deteriorate due to the secular change of the parts used in it,

though such deterioration depends upon the conditions of operation.

So checkup and maintenance is recommendable for the product in addition to your daily care.

For maintenance, consult with the near-by dealer or our sales department.

Such maintenance will be made with charges.

For further details of after-sale service, contact the JRC Offices in the list at the

end of this manual.

9─2

AFTER-SALES SERVICE







Radar Failure Check List

When placing an order for repair of the product, it is requested that you could confirm the check

items and fill the results and sent the sheet to our contact.

If there is any unclear items, contact the ship on which the product is installed, and give the

correct information on the product.

Ship name: Phone: Fax:

Radar general model name: JMA- Serial No. :

(Write the full model name correctly)

(1) Check the following items in the order of the number, and circle the applicable answer

between YES or NO. If the item cannot be determined as YES or NO, explain in detail in

the item (18), others.

(2) If any of the items (1) to (5) is marked as NO, check the fuse of the product (refer to Section

8.2 and 8.3).

(3) Check the items (4) to (17) while the transmission (TX) is ON.

* Functions mentioned in the items (14), (15) and (17) may be optional, answer is not

necessary.

No. Check Item Result

(1) Power can be turned on. (The lamp on the operation panel is lit) YES NO

(2) A few minutes after powering-on, it will become standby status (TX

Ready). YES NO

(3) When powering-on (or TX ON), CRT displays something (CRT is

lit). YES NO

(4) The scanner rotates at the transmission (TX) ON.

(Check the following items while transmission is ON) YES NO

(5) Current is supplied to the magnetron. (Refer to the instruction

manual) YES NO

(6) Turning is enabled. (Check with the range of 6 NM or more) YES NO

(7) Fixed marker is displayed. YES NO

(8) VRM is displayed. YES NO

(9) While noise is displayed while set at STC and FTC minimum, GAIN

maximum, IR-OFF and range 48 NM. YES NO

(10) Target reflection echo is displayed. YES NO

(11) Sensitivity of reflection echo is normal. YES NO

(12) EBL is displayed. YES NO

(13) Cursor mark moves. YES NO

*(14) GYRO course can be set and normally displayed. YES NO

*(15) LOG speed can be normally displayed. YES NO

(16) ARPA works normally. YES NO

*(17)

If equipped with an interswitch, when switching from the straight

mode (II) to (X), the failures (items marked NO) in the above (1) to

(16), are switched over to the other unit.

YES NO

(18) Others (Error message, etc. )

SECTION 10

DISPOSAL

10.1 DISPOSAL OF THE UNIT ...................10-1

10.2 DISPOSAL OF USED BATTERIES..... 10-2

10.3 DISPOSAL OF USED MAGNETRON . 10-3

10─1

DISPOSAL

10.1 DISPOSAL OF THE UNIT

When disposing of this unit, be sure to follow the local laws and regulations for the place of

disposal.

10─2

10.2 DISPOSAL OF USED BATTERIES

WARNING

When disposing of used lithium batteries, be sure to insulate the batteries by

taping the Å and ○ terminals.

Otherwise, heat generation, explosion or a fire may occur.

In this unit, Lithium batteries are used for the following parts:

Radar Processing circuit (CDC-1198): BT1 (Maxell: CR2450)

 Do not store used lithium batteries. Dispose of them in accordance with regulations of local

government.

 When disposing of used lithium batteries be sure to insulate the batteries by taping the Å and

○ terminals. For disposal of batteries, be sure to follow the local laws and regulations.

For detail, consult with the dealer you purchased the product our business office, or local

government.

10─3

10.3 DISPOSAL OF USED MAGNETRON

Magnetron is used in the Scanner （NKE－2102/2252/1075A）

 When the magnetron is replaced with a new one, return the used magnetron to our dealer or

business office.

For detail, consult with our dealer or business office.

SECTION 11

SPECIFICATIONS

11.1 JMA-5310-6 TYPE RADAR ............................................... 11-1

11.2 JMA-5320-7/9/6HS TYPE RADAR .................................... 11-2

11.3 JMA-5330-12 TYPE RADAR ............................................. 11-3

11.4 SCANNER (NKE-2102)...................................................... 11-4

11.5 SCANNER (NKE-2252-7/9)................................................ 11-5

11.6 SCANNER (NKE-1075A) ................................................... 11-6

11.7 SCANNER (NKE-2252-6HS).............................................. 11-7

11.8 DISPLAY UNIT(NCD-4510)................................................ 11-8

11.9 PROCESSOR UNIT(NDC-1273) ........................................ 11-9

11.10 PLOTTER UNIT................................................................ 11-11

11.11 ARPA-1 (HIGH PERFORMANCE ARPA) ........................ 11-13

11.12 ARPA-2 (NORMAL EDITION ATA) .................................. 11-14

11.13 KEYBOARD UNIT(NCE-7699) ........................................ 11-15

11.14 INPUT ENABLE SIGNAL................................................. 11-16

11.15 OUTPUT ENABLE SIGNAL............................................. 11-17

11.16 STANDARD CONFIGURATION....................................... 11-18

11.17 EQUIPMENT DISTANCE BETWEEN OTHER

INSTRUMENTS ................................................................ 11-19

11.18 OTHERS (OPTION).......................................................... 11-20

11─1

11.1 JMA-5310-6 TYPE RADAR

(1) Type of Emission P0N

(2) Display Color Raster Scan

(3) Screen 18.1-inch Color LCD

Effective diameter of radar display, more than 250 mm

(4) Range Scale 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96nm

(5) Range Resolution Less than 25m

(6) Minimum Detective Range Less than 28m

(7) Range Accuracy Less than 1% of the maximum distance of the range scale in use or

less than 15m whichever is larger

(8) Bearing Accuracy Less than 1°

(9) Bearing Indication Relative Motion mode: Head-up/Course-up/North-up

True Motion mode: Course-up/North-up

(10) Ambient Condition According to IEC60945-4

Temperature

Scanner: -25 to +55℃

(Storage Temperature: -25 to +70℃)

Other Unit except Scanner: -15 to +55℃

Relative Humidity 93% at +40℃

Vibration 2 to 13.2Hz, amplitude ±1mm ±10%

13.2 to 100Hz, Gravity acceleration 0.7m/s2

Velocity of the wind 51.5m/s(100kt)

(11) Power Supply Input +24VDC (Display Unit)

+24VDC (Scanner)

* Display Unit and Scanner correspond to 100VAC/220VAC

when use NBA-3308.

(12) Power Consumption Approx. 300W (In maximum wind velocity)

(13) Power Supply Voltage +24VDC –10/+30% (Display Unit)

Fluctuation +24VDC –10/+30% (Scanner Unit)

(14) Pre-heating Time Approx. Within 1min30sec

11─2

11.2 JMA-5320-7/9/6HS TYPE RADAR

(1) Type of Emission P0N

(2) Display Color Raster Scan

(3) Screen 18.1-inch Color LCD

Effective diameter of radar display, more than 250 mm

(4) Range Scale 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96nm

(5) Range Resolution Less than 25m

(6) Minimum Detective Range Less than 28m

(7) Range Accuracy Less than 1% of the maximum distance of the range scale in use or

less than 15m whichever is larger

(8) Bearing Accuracy Less than 1°

(9) Bearing Indication Relative Motion mode: Head-up/Course-up/North-up

True Motion mode: Course-up/North-up

(10) Ambient Condition According to IEC60945-4

Temperature

Scanner: -25 to +55℃

(Storage Temperature: -25 to +70℃)

Other Unit except Scanner: -15 to +55℃

Relative Humidity 93% at +40℃

Vibration 2 to 13.2Hz, amplitude ±1mm ±10%

13.2 to 100Hz, Gravity acceleration 0.7m/s2

Velocity of the wind 51.5m/s (100kt)

(11) Power Supply Input +24VDC (Display Unit)

+24VDC (Scanner)

* Display Unit and Scanner correspond to 100VAC/220VAC

when use NBA-3308.

(12) Power Consumption Approx. 400W (In maximum wind velocity)

(13) Power Supply Voltage +24VDC –10/+30% (Display Unit)

Fluctuation +24VDC –10/+30% (Scanner Unit)

(14) Pre-heating Time Approx. Within 3min

11─3

11.3 JMA-5330-12 TYPE RADAR

(1) Type of Emission P0N

(2) Display Color Raster Scan

(3) Screen 18.1-inch Color LCD

Effective diameter of radar display, more than 250 mm

(4) Range Scale 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96nm

(5) Range Resolution Less than 25m

(6) Minimum Detective Range Less than 28m

(7) Range Accuracy Less than 1% of the maximum distance of the range scale in use or

less than 15m whichever is larger

(8) Bearing Accuracy Less than 1°

(9) Bearing Indication Relative Motion mode: Head-up/Course-up/North-up

True Motion mode: Course-up/North-up

(10) Ambient Condition According to IEC60945-4

Temperature

Scanner: -25 to +55℃

(Storage Temperature: -25 to +70℃)

Other Unit except Scanner: -15 to +55℃

Relative Humidity 93% at +40℃

Vibration 2 to 13.2Hz, amplitude ±1mm ±10%

13.2 to 100Hz, Gravity acceleration 0.7m/s2

Velocity of the wind 51.5m/s(100kt)

(11) Power Supply Input +24VDC (Display Unit)

230VAC, 1Φ, 50/60Hz (Scanner)

* Display Unit correspond to 100VAC/220VAC

when use NBA-3308.

(12) Power Consumption Approx. 100W(+600VA) (In maximum wind velocity)

(13) Power Supply Voltage +24VDC –10/+30% (Display Unit)

Fluctuation 220VAC ±10% (Scanner Unit)

(14) Pre-heating Time Approx. Within 3min

11─4

11.4 SCANNER (NKE-2102)

(1) Dimensions Height 440mm´Swing Circle 1910mm

(2) Mass Approx. 31kg

(3) Polarization Horizontal Polarization

(4) Directional Characteristic Horizontal Beam Width: 1.2° (-3dB width)

Vertical Beam Width: 20° (-3dB width)

Sidelobe Level: Below –26dB (within ±10°)

Below –30dB (outside ±10°)

(5) Revolution Approx. 27rpm (Normal)

(6) Peak Power 10kW

(7) Transmitting Frequency 9410 ±30MHz

(8) Transmitting Tube Magnetron [MSF1425B]

(9) Pulse width/Repetition Frequency

Short Middle Long

0.125nm 0.08mS/2250Hz

0.25nm 0.08mS/2250Hz

0.5nm 0.08mS/2250Hz

0.75nm 0.08mS/2250Hz 0.25mS/1700Hz

1.5nm 0.08mS/2250Hz 0.25mS/1700Hz 0.5mS/1200Hz

3nm 0.25mS/1700Hz 0.5mS/1200Hz 0.8mS/750Hz

6nm 0.5mS/1200Hz 0.8mS/750Hz 1.0mS/650Hz

12nm 0.5mS/1200Hz 0.8mS/750Hz 1.0mS/650Hz

24nm 1.0mS/650Hz

48nm 1.0mS/650Hz

96nm 1.0mS/520Hz

(10) Duplexer Circulator + Diode Limiter

(11) Mixer MIC Front End

(12) Intermediate Frequency Amplifier Intermediate Frequency: 60MHz

Band Width: 20MHz(0.08mS)

6MHz(0.25mS)

3MHz(0.5mS, 0.8mS, 1mS)

Gain: More than 90dB

Amplifying Characteristics: Logarithmic Amplifier

(13) Overall Noise Figure 6dB(Average)

11─5

11.5 SCANNER (NKE-2252-7/9)

(1) Dimensions 25kW-7ft: Height 440mm´Swing Circle 2270mm

25kW-9ft: Height 440mm´Swing Circle 2825mm

(2) Mass 25kW-7ft: Approx. 54 kg

25kW-9ft: Approx. 56 kg

(3) Polarization Horizontal Polarization

(4) Directional Characteristics Horizontal Beam Width: 1.0° (7ft, -3dB width)

0.8° (9ft, -3dB width)

Vertical Beam Width 20° (7/9ft, -3dB width)

Sidelobe Level: Below –26dB

(7/9ft, within ±10°)

Below –30dB

(7/9ft, outside ±10°)

(5) Revolution 24rpm (7/9ft, Normal)

(6) Peak Power 25kW ±50%

(7) Transmitting Frequency 9410 ±30MHz

(8) Transmitting Tube Magnetron [M1568B(J)]

(9) Pulse Width/Repetition Frequency

Short Middle Long

0.125nm 0.07mS/2200Hz

0.25nm 0.07mS/2200Hz

0.5nm 0.07mS/2200Hz

0.75nm 0.07mS/2200Hz 0.2mS/2200Hz

1.5nm 0.07mS/2200Hz 0.2mS/2200Hz 0.4mS/1400Hz

3nm 0.2mS/2200Hz 0.4mS/1400Hz 0.8mS/750Hz

6nm 0.4mS/1400Hz 0.8mS/750Hz 1.0mS/650Hz

12nm 0.4mS/1400Hz 0.8mS/750Hz 1.0mS/650Hz

24nm 1.0mS/650Hz

48nm 1.0mS/650Hz

96nm 1.2mS/520Hz

(10) Duplexer Circulator + Diode Limiter

(11) Mixer MIC Front End

(12) Intermediate Frequency Amplifier Intermediate Frequency: 60MHz

Band Width: 20MHz(0.08mS)

6MHz(0.2mS, 0.4mS)

3MHz(0.8mS, 1mS, 1.2mS)

Gain: More than 90dB

Amplifying Characteristics: Logarithmic Amplifier

(13) Overall Noise Figure 6dB(Average)

11─6

11.6 SCANNER (NKE-1075A)

(1) Dimensions Height 837mm´Swing Circle 3758mm

(2) Mass Approx. 163kg

(3) Polarization Horizontal Polarization

(4) Directional Characteristics Horizontal Beam Width 12ft: 1.9°

Vertical Beam Width 12ft: 30°

Sidelobe Level: Below –26dB (within ±10°)

Below –30dB (outside ±10°)

(5) Revolution 24/21rpm (60/50Hz)

(6) Peak Power 30kW ±50%

(7) Transmitting Frequency 3050 ±30MHz

(8) Transmitting Tube Magnetron [M1302]]

(9) Pulse Width/Repetition Frequency

Short Middle Long

0.125nm 0.07mS/1900Hz

0.25nm 0.0mS/1900Hz

0.5nm 0.0mS/1900Hz

0.75nm 0.07mS/1900Hz 0.2mS/1900Hz

1.5nm 0.07mS/1900Hz 0.2mS/1900Hz 0.3mS/1900Hz

3nm 0.2mS/1900Hz 0.3mS/1900Hz 0.6mS/1100Hz

6nm 0.3mS/1900Hz 0.6mS/1100Hz 1.2mS/570Hz

12nm 0.3mS/1900Hz 0.6mS/1100Hz 1.2mS/570Hz

24nm 1.2mS/570Hz

48nm 1.2mS/570Hz

96nm 1.2mS/570Hz

(10) Duplexer Circulator + TRHPL

(11) Mixer MIC Front End

(12) Intermediate Frequency Amplifier Intermediate Frequency: 60MHz

Band Width: 20MHz(0.07uS)

6MHz(0.2mS, 0.3mS)

3MHz(0.6mS, 1.2mS)

Gain: More than 90dB

Amplifying Characteristics: Logarithmic Amplifier

(13) Overall Noise Figure 5dB(Average)

11─7

11.7 SCANNER (NKE-2252-6HS)

(1) Dimensions 25kW-6ft: Height 440mm´Swing Circle 1920mm

(2) Mass Approx. 52 kg

(3) Polarization Horizontal Polarization

(4) Directional Characteristics Horizontal Beam Width: 1.2°

Vertical Beam Width 20° (-3dB width)

Sidelobe Level: Below –26dB

(within ±10°)

Below –30dB

(outside ±10°)

(5) Revolution 48rpm (Normal)

(6) Peak Power 25kW ±50%

(7) Transmitting Frequency 9410 ±30MHz

(8) Transmitting Tube Magnetron [M1568B(J)]

(9) Pulse Width/Repetition Frequency

Short Middle Long

0.125nm 0.07mS/2200Hz

0.25nm 0.07mS/2200Hz

0.5nm 0.07mS/2200Hz

0.75nm 0.07mS/2200Hz 0.2mS/2200Hz

1.5nm 0.07mS/2200Hz 0.2mS/2200Hz 0.4mS/1400Hz

3nm 0.2mS/2200Hz 0.4mS/1400Hz 0.8mS/750Hz

6nm 0.4mS/1400Hz 0.8mS/750Hz 1.0mS/650Hz

12nm 0.4mS/1400Hz 0.8mS/750Hz 1.0mS/650Hz

24nm 1.0mS/650Hz

48nm 1.0mS/650Hz

96nm 1.2mS/520Hz

(10) Duplexer Circulator + Diode Limiter

(11) Mixer MIC Front End

(12) Intermediate Frequency Amplifier Intermediate Frequency: 60MHz

Band Width: 20MHz(0.08mS)

6MHz(0.2mS, 0.4mS)

3MHz(0.8mS, 1mS, 1.2mS)

Gain: More than 90dB

Amplifying Characteristics: Logarithmic Amplifier

(13) Overall Noise Figure 6dB(Average)

11─8

11.8 DISPLAY UNIT(NCD-4510)

(1) Structure Desk Top Type

(LCD Monitor Unit/Keyboard Unit/Processor Unit Separation Structure)

(2) Screen 18.1-inch Color LCD 1280x1024 dot (SXGA)

(3) Display mode Radar mode

Synthesis mode (Synthesis Radar echo and Coastline)

Plotter mode (Require Plotter Unit (option))

(4) Range Scale 0.125, 0.25, 0.5, 0.75, 1.5, 3, 6, 12, 24, 48, 96nm

(5) Range Marker 0.025, 0.05, 0.1, 0.25, 0.25, 0.5, 1, 2, 4, 8, 16nm

(6) Bearing Indication Rader mode/Synthesis mode

Relative motion: North-up, Course-up, Head-up

True motion: North-up, Course-up

True motion (Plotter mode (Option)): N-up, C-up

(7) Variable Range Maker 2VRM (Digital Display)

VRM unit of Display: nm, km

VRM Range:0.000 to 295nm (0.000 to 547.0km)

(8) Electric Bearing lines 2EBL(Digital Display)

Each EBL can be floating displayed.

EBL unit of Display: 0.1°

EBL Range: 0.000°to 359.9°

Bearing Indication: Relative bearing and True bearing can be switched.

(9) Cursor Target Range, Bearing and Latitude presentation can be possible to move

with trackball.

11─9

11.9 PROCESSOR UNIT(NDC-1273)

(1) Structure Desk Top Type (Horizontal putting and length putting using

combinedly)

(2) Dimensions Height 170mm´Width 300mm´Depth 320mm

(3) Mass Approx. Below 10kg

(4) Tune Method Auto(Bar-graph indicate)

* Manual operation can be adjusted in maintenance mode.

(5) STC (SEA) AUTO/MANUAL

(6) FTC (RAIN) AUTO/MANUAL

(7) Radar Interference Rejection Built-in (The effect can be adjusted by three stages.)

(8) Scan Correlation Function1/2/3, 2 Peak Hold Processing

Automatic change of processing method.

(Target range synchronize/Clutter synchronize)

Rq scan correlation can be done by the addition high performance

signal processing board.

(9) Bearing Marker 360° in 1° digit.

Relative motion: Fixation

True motion: Rewrite at a position correct in every scan.

(10) Heading Line Electronic (Stern Line can be displayed.)

(11) Guard Zone Alarm (Radar Alarm) Invasion, Secession, OFF can be Selected.

With buzzer sound.(Possible to output to External buzzer. )

Zone-1: Ring.(0.1 to 32nm, Relative position)

Zone-2: Arbitrary polygon.(Limitation within range of

display. Longitude and latitude are fixed. )

Number of zone: Can be memorized up to 16 and can be used

simultaneously.

Structure of zone: 16 corner or less.

Automatically acquisition by ATA described in

Section “ARPA”.

(12) Off Center Within 66% of the radius of any range. (Except 96nm)

Can be operated in all mode in relative motion.

Trail is succeed at Off Center mode.

(13) True motion Unit Built-in (Except 96nm)

(14) True motion reset position 66% of radius of any range.

Possible to manual reset.

11─10

(15) Twice zoom The zoom center is 66% radius of any range. (Except 0.125nm)

(16) Radar trails indication True motion: (Only true motion)

Relative motion:

True motion trails and relative motion trails can be selected.

Trail time length:

15 sec/30 sec/1 min/3 min/6 min/10 min/15 min/30 min/60

min/Continuous/OFF

Arbitrary trail time length can be displayed at any time.

Possible to display time series trail and continuous trail by color

classification.

Built-in Trail thinning process.

Trail function can be use at true motion reset.

When range is changed, Trail function can be use.

Trail function can be use at Off Center. (Relative motion)

When motion indication and bearing indication changed, Trail

function can be use.(Only true motion trails indication.)

(17) Variety of Pulse width Long/Middle/Short (0.75, 1.5, 3,6,12 nm)

(18) Target enhance 3 stages can be changed.

(19) Correct position When synthesis Radar and Coastline is displayed, position can be

corrected by manually.

(20) Display color Radar echo: 16 stages (Yellow, Green, Orange, Color)

Radar trails: 16 stages (White, Light blue, Green)

Fixed Maker: Monochrome (white)

VRM1/VRM2/EBL1/EBL2: Monochrome (Cyan)

Character/Bearing Marker: 2 stages (White, Green, Orange)

Heading Line/Cursor: Monochrome (White)

Own Ship’s track/Another Ship’s track: 7 stages

Coastline/Isobaths: 16 stages

11─11

11.10 PLOTTER UNIT

(1) Plotter (Normal) (Synthesis mode)

Projection: Mercator projection (Latitude 70 degree or less.)

Scale: Radar synchronize range scale

Own ship trail: Color of 1 stage.

Interval of storage 10/30 sec, 1/3/5/10/30/60 min or

every 1/3/5 nm and OFF

Cursor mark : Storage Capacity 7,000 point

Coastline data : Coastline ROM Card(Option) (ERC, JRC, C-Map NT+)

One selected isobath can be displayed.

Painting out: ON/OFF can be selected.

(2) Plotter (Option) (Synthesis mode)

Projection: Mercator projection (Latitude 70 degree or less.)

Scale: Synchronize range scale

Own ship trail: Color of 7 stages.

Interval of storage: 10/30 sec, 1/3/5/10/30/60 min or every

1/3/5 nm and OFF

Storage capacity of Own ship trail: 7,000 point

Cursor mark: Color of 7 stages

Storage capacity of cursor mark: 20,000 point

Variety of cursor Mark: 19

Event mark: Color of 7 stages

Storage capacity of event mark: Include in cursor mark

Variety of event mark: 3 kinds, (Two kinds can be switched.

/8 form to selection.)

Variety of external event mark: One kind, Monochrome

Line: Color of 7 stage

Storage capacity of line: Include in cursor mark

Variety of line: Solid line, broken line, alternate long and

short dash line

Coast line data: Coast line ROM card (Option)(ERC, JRC, C-Map NT+)

Selected one isoline can be displayed.

Painting out: ON/OFF can be selected.

External memory: Memory card (Option)

Destination and sea route: Destination can be set up to 99 point.

Information of destination: Azimuth, distance and the time

to required destination.

Setting of sea route: 10 sea routes. (10 destination for one

sea route can be set.)

Alarm of sea route: Destination, Secession, Invetion,

Secession

Position compensation: Radar display synchronize range scale coast line by manual.

11─12

(3) Plotter (Option) (Synthesis mode)

Projection: Mercator projection (Latitude 85 degree or less.)

Scale: 1/1,000 to 1/10,000,000 are continuously selected.

10 stage can be changed (Preset can be used)

Own ship trail: Color of 7 stages.

Interval of storage: 3/5/10/30 sec, 1/3/5/10/30/60 min

Every 1/3/5 nm and OFF

Storage capacity of Own ship trail: 7,000 point

Cursor mark: Color of 7 stages

Storage capacity of cursor mark: 20,000 point

Variety of cursor Mark: 19

Event mark: Color of 7 stages

Storage capacity of event mark: Include in cursor mark

Variety of event mark: 3 kinds, (Two kinds can be switched.

/8 form to selection.)

Variety of external event mark: One kind, Monochrome

Line: Color of 7 stage

Storage capacity of line: Include in cursor mark

Variety of line: Solid line, broken line, alternate long and

short dash line

Coast line data: Coast line ROM card (Option)(ERC, JRC, C-Map NT+)

Selected one isoline can be displayed.

Painting out: ON/OFF can be selected.

External memory: Memory card (Option)

Own ship trail, another ship trail, cursor mark, event mark,

line, destination, sea route can be memorized.

Destination and sea route: Destination can be set up to 99 point.

Information of destination: Azimuth, distance and the time

to required destination.

Setting of sea route: 10 sea routes. (10 destination for one

sea route can be set.)

Alarm of sea route: Destination, Secession, Invetion,

Secession

11─13

11.11 ARPA-1 (HIGH PERFORMANCE ARPA)

Radar mode, synthesis mode

Manual acquisition, Automatically acquisition(by two of guard ring)

Automatic tracking of 100 targets can be done.

Maximum tracking range: 32nm

Display of tracking data: 6 at the same time. (Can be scroll.)

Naming function: Possible to name by the alphabet up to 8 character to each target.

The range, azimuth, CPA, TCPA, true course, true speed, BCR, BCT of

target can be displayed.

(When naming is displayed, BCR/BCT can’t be displayed.)

Vector display: True/Relative

Past position: Exclusive display and another ship trail.

Alarm of danger ship: Depends on CPA/TCPA setting.

Synthesis mode

Another ship trail: 20 targets. 1000 point per one target can be displayed. (Own ship trail and

marks are another.)

Display color: Color of 7 stages (The display color of each target can be set.)

(The display color of all targets can be set by the batch. In this case, the

display color is one color.)

Interval of storage: 3/5/10/30 sec, 1/3/5/10/130/160 min, 1/3/5/10 nm Possible to storage in

memory card(Option).

11─14

11.12 ARPA-2 (NORMAL EDITION ATA)

Radar mode, synthesis mode

Manual acquisition, Automatically acquisition(by two of guard ring)

Automatic tracking of 30 targets can be done.

Maximum tracking range: 32nm

Display of tracking data: 6 at the same time. (Can be scroll.)

Naming function: Possible to name by the alphabet up to 8 character to each target.

The range, azimuth, CPA, TCPA, true course, true speed, BCR, BCT of

target can be displayed.

(When naming is displayed, BCR/BCT can’t be displayed.)

Vector display: True/Relative

Past position: Exclusive display and another ship trail.

Alarm of danger ship: Depends on CPA/TCPA setting.

Synthesis mode

Another ship trail: 20 target.s 1500 point per one target can be displayed. (Own ship trail and

marks are another.)

Display color: Color of 7 stages (The display color of each target can be set.)

(The display color of all targets can be set by the batch. In this case, the

display color is one color.)

Interval of storage: 3/5/10/30 sec, 1/3/5/10/60 min, 1/3/5/10 nm Possible to storage in memory

card(Option).

11─15

11.13 KEYBOARD UNIT(NCE-7699)

(1) Structure Structure of keyboard unit is separate from processor unit.

Desk-Top type

Correspond Flush mount

(2) Switch Gain (Transmit pulse width can be changed by PUSH-SW.)

SEA (AUTO/MANU can be changed by PUSH-SW.)

RAIN (AUTO/MANU can be changed by PUSH-SW.)

MULTI (Adjustment item can be changed by PUSH-SW)

EBL (Floating EBL ON/OFF can be changed by PUSH-SW.)

VRM

Trackball

(3) Operation switch

STBY/OFF (Standby/Power off): Stop transmit, Power off.

TX/OFF (Transmit start/Power off): Start transmit, Power off

PANEL(Brightness of keyboard adjustment): Brightness of keyboard switch adjust.

ALARM ACK(Stop Alarm): Acknowledge and stop alarm.

EBL1(EBL1): Selection display and non-display of EBL1.

EBL2(EBL2): Selection display and non-display of EBL2.

VRM1(VRM1): Selection display and non-display of VRM1.

VRM2(VRM2): Selection display and non-display of VRM2.

RANGE+(Increase display range): Increase display range.

RANGE-(decrease display range): decrease display range.

ACQ(acquisition): ATA target acquisition

TGT DATA(Numeric display): Numeric display of tracking target.

TGT CNCL(Release of selection): Release of selection of tracking target.

MOB(Marker): Turning on and release marker.

ENT(Enter): Left side button of trackball.

CLR/INFO(Release/Information): Right side of trackball.

MAP(Display mode): Selection display and non-display of MAP(NAV

LINE, etc…).

Selection of Rader, Synthesis and Plotter mode.

AZI MODE(Display azimuth): Selection of North-up, Course-Up, Head-Up.

TM/RM(True/Relative Motion): Selection true motion, relative motion.

RR/HL(Fixed ring/Heading Line): Selection display and non-display of fixed ring and

heading line.

OFF CENT(Off Center): Off center operation

GZ ALARM (Guard zone alarm): Setting and release of guard zone.

VECT T/R (True/Relative motion vector): Selection of true motion and relative motion of

vector.

TRAILS (Trails): Selection display and non-display of trails.

Day/Night(Brightness of screen switch): Selection of screen arrangement of color.

FUNC(Function): Selection of signal processing.

USER KEY1(User key1): User assignment key1.

USER KEY2(User key2): User assignment key2.

RADAR MENU(Radar menu): Rader menu.

MARK(MARK): Selection display and non-display of mark.

ATA M E N U ( ATA m e n u ) : ATA me n u.

11─16

11.14 INPUT ENABLE SIGNAL

(1) Navigation equipment: NMEA0183

Receive capability sentence.

Longitude/Latitude: GGA>RMC>RMA>GNS/GLL

Waypoint: RMB>BWC(BWR)

COG/SOG: RMC>RMA>VTG

SPEED: VBW

Day/Time information: ZDA

(2) Bearing signal: GYRO-SYNC: 360X, 180X, 90X, 30X. (Require optional NSK

unit)

GYRO-STEP: 360X, 180X, 90X, 30X. (Require optional NSK

unit)

JRC-NSK format (JLR-10)

IEC61162-2 38400bps: HDT

IEC61162-1: HDT>HDG>HDM>VHW

※Can’t be use for ATA.

(3) Speed signal: LOG-SYNC: 360X, 180X,90X, 30X. (Require optional NSK

unit)

LOG-PULSE: 800, 400, 200, 100. (Require optional NSK unit)

(4) External event mark: Contact input by way of terminal board.

(5) Radar buoy: Negative input

(6) Depth: DPT>DBK>DBT>DBS

(7) Water temperature: MTW

(8) Tendency: CUR, JRC format

(9) Direction of wind, velocity of wind: MWV, MWD

11─17

11.15 OUTPUT ENABLE SIGNAL

(1) Slave video Radar video: TIY, VD, BP(2048p), BZ

(2) Navigation information NMEA0183

Radar system data: RSD

Own ship data: OSD

ARPA data: TTM

Target data latitude/longitude: TLL

Alarm: ALR

(3) External alarm Contact output by way of terminal board

(4) External monitor Multi scan monitor, Analog RGB, HD15pin Connector

11─18

11.16 STANDARD CONFIGURATION

(1) Scanner 1

(2) Display unit 1 (Processor unit, LCD unit, Keyboard unit)

(3) Equipment cable 10/25kW (Both end was connectors.)

Standard:20m, Option: 30m

30kW (The end of display unit is a connector.)

Display unit to Power supply unit Standard:20m, Option:30m

Power supply unit to scanner Standard:15m, Option:50m(Maximum)

(4) Equipment reserve parts 1

(5) Instruction manual 1 (Japanese or English)

11─19

11.17 EQUIPMENT DISTANCE BETWEEN

OTHER INSTRUMENTS

Maximum Standard

(1) LCD monitor to processor unit 5m 5m

(2) Keyboard unit to processor unit 5m 5m

(3) Scanner to display unit (10/25kw) 30m 20m

(4) Scanner to power supply unit (30kW) 50m 20m

(5) Power supply unit to display unit(30kW) 30m 20m

11─20

11.14 OUTPUT ENABLE SIGNAL





11.18 OTHERS (OPTION)

· High performance ARPA unit (Built-in)

· Normal edition ATA unit (Built-in)

· NSK unit (Built-in)

· Plotter (Built-in)

· AIS interface (Built-in)

· Coast line ROM card

· Memory card

· Inter Switch

APPENDIX

INTER-SWITCH (Option)

NQE-3141

Instruction Manual

1. Overview .............................................................A-1

1.1 Overview ····················································A-1

1.2 Configuration·············································A-1

2. Operation ............................................................A-2

2.1 Operation Flow ··········································A-2

2.2 Inter Switch Menu ·····································A-3

2.2.1 Switching an Inter-Switch Pattern·······A-4

2.3 Reading Inter-switch Patterns ···············A-10

2.4 Saving Inter-switch patterns·················· A-11

2.5 Naming Indicators···································A-12

2.6 Naming Scanners····································A-13

3. Reference..........................................................A-14

A - 1

1. OVERVIEW

1.1 OVERVIEW

The inter-switch enables switching connections between multiple radar indicators that are

installed on a bridge and multiple antennas of different characteristics.

The NQE-3141 switches connections between multiple indicators and multiple transceivers/

scanners (referred to as MTR henceforth) on the JMA-5300 Series radar equipment.

1.2 CONFIGURATION

Connections can be switched easily using the button on the screen.

c indicates the channel number that is connected.

d indicates MASTER or SLAVE.

When MASTER is displayed, the indicator can control the scanner.

When SLAVE is displayed, the indicator cannot control the scanner.

In SLAVE mode, transmission/stop and pulse width switching cannot be changed. The usage

range is also restricted.

Button on the screen

A - 2

APPENDIX

APPENDI

Click on .

Change the indicator to which the scanner is connected and click on

Click on the switch on the top-left corner of the screen.

When the switch on the top-left corner of the screen is set to ,

set it to by clicking on the left button.

2. OPERATION

When switching an inter-switch pattern, set the inter-switch to STANDBY and operate the

switches on the indicator panel according to the following flow.

2.1 OPERATION FLOW

Flow from opening to the closing of the menu

[Close the Inter Switch menu]

[Set the inter-switch to a standby state]

[Switch the inter-switch pattern]

[Open the Inter Switch menu]

A - 3

0EXIT

INFORMATION

DOWNLOAD

SET

X-BAND

10kW

X-BAND

SLAVE

No1

MASTER No2 No1

No2

To close this menu, Click EXIT button or (0) key.

25kW

INTER SWITCH

TRX

2.2 INTER SWITCH MENU

The Inter Switch menu can be opened only when the radar is in a standby mode. The Inter

Switch menu can be opened during transmission, however, in this case, transmission

automatically stops and the radar is set to a standby mode.

When the button on the screen is clicked on, the Inter Switch menu is displayed as shown above.

c indicates the scanner format.

d Indicates the master indicator and e indicates the slave indicator.

Functions of the three switches that are provided at the bottom of the Inter Switch menu are

described below.

• DOWNLOAD INFORMATION button ( A)

Updates information.

• SET button ( B)

Sets a pattern at switching of an inter-switch pattern. See Section 2.2.1, “Switching an

Inter-Switch Pattern” for details.

• EXIT button ( C)

Closes the Inter Switch menu.

A - 4

APPENDIX

APPENDI

2.2.1 Switching an Inter-Switch Pattern····················································

This section uses an example that controls two indicators and two scanners.

[1] Switching two indicators (cross connection)

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [1] key.

The Change Pattern screen is displayed.

* Indicators can also be switched by using the 2-9P radar

screen j button.

Inter Switch Setting

1. Change Pattern

2. Load Pattern >

3. Save Pattern >

4. Input IND. Name >

5. Input TRX Name >

0. EXIT

A - 5

X-BAND

10kW

X-BAND

No2

MASTER No1 No2

SLAVE

25kW

INTER SWITCH

TRX

No1

2. Set the cursor to the panel of the indicator to be switched and press the [ENT]

key.

Select the panel in which the indicator name is displayed within the bold frame as shown above. Panels

of the indicators that are not displayed cannot be selected.

Example: Set the cursor to panel c and press the [ENT] key.

The panel of the selected indicator is displayed in reverse video.

A - 6

APPENDIX

APPENDI

3. Set the cursor to the panel of another indicator and press the [ENT] key.

Example: Set the cursor to panel d and press the [ENT] key.

Indicator d and indicator c are switched.

The names of indicators c and d are switched as follows.

4. Click on SET at the bottom of the Inter Switch menu.

The inter-switch pattern switching is set.

5. Click on EXIT at the bottom of the Inter Switch menu.

The Inter Switch menu is closed.

25kW

INTER SWITCH

TRX

No1

MASTER No2 No1

SLAVE

No2

X-BAND

10kW

X-BAND

A - 7

Inter Switch Setting

1. Change Pattern

2. Load Pattern >

3. Save Pattern >

4. Input IND. Name >

5. Input TRX Name >

0. EXIT

[II] Setting one indicator as a slave of another indicator (slave connection)

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [1] key.

The Change Pattern screen is displayed.

* Indicators can also be switched by using the 2-9P radar

screen j button.

A - 8

APPENDIX

APPENDI

X-BAND

10kW

X-BAND

No2

MASTER No1 No2

SLAVE

25kW

INTER SWITCH

TRX

No1

2. Set the cursor to the panel of the indicator to be set as a slave and press the

[ENT] key.

Select the panel in which the indicator name is displayed within the bold frame as shown above. Panels

of the indicators that are not displayed cannot be selected.

Example: Set the cursor to panel c and press the [ENT] key.

The panel of the selected indicator is displayed in reverse video.

A - 9

25kW

INTER SWITCH

TRX

No1

MASTER No2

SLAVE

No1

No2

X-BAND

10kW

X-BAND

3. Set the cursor to the panel under the indicator that is to be set as a master and

press the [ENT] key.

Example: Set the cursor to panel e and press the [ENT] key.

Indicator c moves to position e.

Indicator c is set to a slave of indicator d as shown below.

4. Click on SET at the bottom of the Inter Switch menu.

The inter-switch pattern switching is set.

5. Click on EXIT at the bottom of the Inter Switch menu.

The Inter Switch menu is closed.

A - 10

APPENDIX

APPENDI

2.3 READING INTER-SWITCH PATTERNS

Inter-switch patterns that have been saved can be read.

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [2] key.

The Load Pattern screen is displayed.

2. Select the number of the file to which the

pattern is to be loaded using any of the

numeric keys [1] to [5].

The loaded inter-switch pattern is reflected.

Load Pattern

0. EXIT

9. NEXT >

A - 11

2.4 SAVING INTER-SWITCH PATTERNS

Inter-switch patterns can be saved.

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [3] key.

The Save Pattern screen is displayed.

2. Select the number of the file in which the

pattern is to be saved using any of numeric

keys [1] to [5].

An alphanumeric key screen is displayed.

3. Enter a name using alphanumeric keys and

press the ENT button.

The data is saved under the file name that was entered.

9. NEXT >

Save Pattern

0. EXIT

1 2 34 5 6 7 8 90

B C DE F G H I JA

L M N O P Q R S TK

V W X Y Z SP ＜＞U

DEL ENT BS

Save Pattern

EXIT

A - 12

APPENDIX

APPENDI

2.5 NAMING INDICATORS

Names can be assigned to indicators.

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [3] key.

The Input IND. Name screen is displayed.

2. Select the number of the indicator to be named

using any of numeric keys [1] to [4].

An alphanumeric key screen is displayed.

3. Enter a name using alphanumeric keys and

press the ENT button.

The name that was entered is reflected in the indicator.

* Up to four indicators can be named.

1 2 34567890

B C DE F G H I JA

L M N O P Q R S TK

V W X Y Z SP ＜＞U

DEL ENT BS

No.1

EXIT

Input IND. Name

1. No.1

2. No.2

3. No.3

4. No.4

0. EXIT

IND.1

IND.2

IND.3

IND.4

A - 13

2.6 NAMING SCANNERS

Names can be assigned to scanners.

Procedure

1. Press the [RADAR MENU] key twice.

Press the [6] key.

The Inter Switch Setting menu is opened.

Press the [4] key.

The Input TRX Name screen is displayed.

2. Select the number of the scanner to be named

using any of numeric keys [1] to [4].

An alphanumeric key screen is displayed.

3. Enter a name using alphanumeric keys and

press the ENT button.

The name that was entered is reflected in the scanner.

* Up to four scanners can be named.

1 2 34 5 6 7 8 90

B C DE F G H I JA

L M N O P Q R S TK

V W X Y Z SP ＜＞U

DEL ENT BS

No.1

EXIT

Input TRX Name

1. No.1

2. No.2

3. No.3

4. No.4

0. EXIT

RX1

RX2

RX3

RX4

A - 14

APPENDIX

APPENDI

3. REFERENCE

Preheating time required after pattern switching

A preheating time is required in some cases as indicated below after completion of an inter-switch

pattern switching since the preheating time varies according to the connection state between the

scanner (MTR) and the indicator before switching.

This delay is to protect the electron tube that delivers radiowaves.

(a) Connection was not changed to a new connection state: No preheating required

(b) Connection was changed to a new connection state and a scanner has been used before the

change: No preheating required

the change: Preheating required

Notes on pattern switching

Pattern switching may not be enabled immediately after completion of the previous pattern

switching.

This is because it takes some time to prepare for the next switching after completion of the

previous pattern switching. Wait for several seconds before starting the next pattern switching.

A - 15

Notes on master/slave connection mode

Master/slave connection refers to the connection where the indicator that is connected to a scanner

is defined as a master and the indicator that is connected to the master indicator is defined as a

slave indicator.

A slave indicator cannot be set to a transmission mode unless the master indicator is in a

transmission mode. When the mode of a master indicator is changed from a transmission mode

to a standby mode, “MTR ST-BY” is displayed in the message area and an alarm sound is emitted.

A slave indicator is not capable of tuning control. Tuning is controlled by a master indicator.

“SLAVE” is displayed on the tuning display at the top-left corner of the screen.

The range change of a slave indicator is restricted by the range of the master indicator. In

principle, the range of a slave indicator cannot exceed the range of the master indicator.

However, some range may be greater than the range of the master indicator if it is within the same

transmission pulse width/transmission pulse rate.

Setting at installation

The inter-switch must be installed according to the installation guide that is provided separately.

The setting tables are provided below.

A - 16

APPENDIX

APPENDI

• Setting the inter-switch circuit (CCL-304)

The contents of DIP switches SW11, SW12, and SW13 are shown below.

SW 11 SW 13 SW 12

Inter-switch circuit PCB

CCL-304

(1) Setting SW11 (extension mode, master/slave setting)

1234

OFF

Extension mode setting

4 Contents

ON Extension mode

OFF Normal mode

Master/Slave setting

3 Contents

ON Slave

OFF Master

Unused

1, 2 Contents

ON Unused

OFF Unused

Set the mode to OFF when

connecting 4 indicators or less.

Set the mode to ON when using

the ISW circuit board on the slave

side in extension mode.

ormally set to OFF.

A - 17

(2) Setting SW12 (radar connection setting)

1234

OFF

5768

Radar connection setting

ON No.1 indicator connected

OFF No.1 indicator not connected

2 ON No.1 Scanner connected

OFF No.1 Scanner not connected

ON No.2 indicator connected 3

OFF No.2 indicator not connected

ON No.2 Scanner connected 4

OFF No.2 Scanner not connected

ON No.3 indicator connected 5

OFF No.3 indicator not connected

ON No.3 Scanner connected 6

OFF No.3 Scanner not connected

ON No.4 indicator connected 7

OFF No.4 indicator not connected

ON No.4 Scanner connected 8

OFF No.4 Scanner not connected

(3) SW13 (Unused)

1234

OFF

1, 2, 3, 4 Unused (all OFF)

Note Before setting the DIP switches of the ISW circuit, ensure that safety procedures are

followed by referencing the Installation Guide.

MIC IF AMP BPF LOG

AMP

LOG

AMP MIX

TUNE

indicater

DAC

LO Control

BW Control

CPUPower Supply

+15V

+8V

-7V

Filter

Power Supply

P12V

+12V

-12V

+5V

+3.3V

buffer

ISW

SEL

TI MTR+/- VD BP/BZ

Relay

BP/BZ

MTR+/-

PWRCNT

ADC

ISW unit

BP/BZ

Signal proc ASIC

STC/FTC/CFAR

IR/AVE/GZ alarm

DSP

radar

DSP

ARPA

option

sweep memory

Radar draw ASIC

Scan convert

Scan correlation

Trail process

Radar echo

Radar trails

Frame

sub

CPU

MULTI RAIN SEA GAIN

EBL VRM

Encoder

CPU

TrackBall

Buzer Key matrix

RS422

I/F

PWR

RS485

I/F

RS485

I/F

P12V

+12V

+5V

MTR+/-

PWRCNT

NSK

unit

option

NMEA

I/F

SEL

RS232C

I/F

RS422

I/F

Main CPU

comunication

User I/F

Main Control

SDRAM FROM

work program

+12V

LDI

RGB

I/F

SIO

NMEA

I/F

18.1inch LCD

AnalogRGB

DC24V

-10%

GYRO

LOG

GPS

compas

GPS

+12V

32bit bus

Monitor Unit NWZ-147

Keyboard Unit NCE-7699

Scanner Unit NKE-2102/2252

Processor Unit NDC-1273

External

Display

NMEA

I/F

SIO

NMEA

I/F

NAV

SRAM

Back up

memory

Graphics ASIC

MAP draw

Graphics draw

MAP

Graphics

Frame

memory

32bit bus

+30%

Radiater

Rotary

Joint

Circu-

later

MAG

Pulse

Trans

Motor

Cont.

付図 1 Fi

JMA-5310-6/5320-7/9

レーダー装置回路動作説明図

Block Diagrams of RADAR JMA-5310-6/5320-7/9

Radiater

Rotary

Joint

Circu-

later

DL MIC

MAG

Pulse

Trans

Motor

Cont. IF AMP BPF LOG

AMP

LOG

AMP MIX

TUNE

indicater

DAC

Cont.

LO Control

BW Control

CPUPower Supply

+15V

+8V

-7V

Filter

Power Supply

P12V

+12V

-12V

+5V

+3.3V

buffer

ISW

SEL

TI MTR+/- VD BP/BZ

Relay

BP/BZ

MTR+/-

PWRCNT

ADC

ISW unit

BP/BZ

Signal proc ASIC

STC/FTC/CFAR

IR/AVE/GZ alarm

DSP

radar

DSP

ARPA

option

sweep memory

Radar draw ASIC

Scan convert

Scan correlation

Trail process

Radar echo

Radar trails

Frame

sub

CPU

MULTI RAIN SEA GAIN

EBL VRM

Encoder

CPU

TrackBall

Buzer Key matrix

RS422

I/F

PWR

RS485

I/F

RS485

I/F

P12V

+12V

+5V

MTR+/-

PWRCNT

NSK

unit

option

NMEA

I/F

SEL

RS232C

I/F

RS422

I/F

Main CPU

comunication

User I/F

Main Control

SDRAM FROM

work program

+12V

LDI

RGB

I/F

SIO

NMEA

I/F

18.1inch LCD

AnalogRGB

DC24V

-10%

GYRO

LOG

GPS

compas

GPS

+12V

32bit bus

Monitor Unit NWZ-147

Keyboard Unit NCE-7699

Scanner Unit NKE-1075

Processor Unit NDC-1273

External

Display

NMEA

I/F

SIO

NMEA

I/F

NAV

SRAM

Back up

memory

Graphics ASIC

MAP draw

Graphics draw

MAP

Graphics

Frame

memory

32bit bus

+30%

AC220V

-10%

+10%

50/60Hz

JUNCTION UNIT

NQE-3151

付図 2 Fi

JMA-5330-12

レーダー装置回路動作説明図

Block Diagrams of RADAR JMA-5330-12

付図 3 Fi

JMA-5310-6

盤間配線図

erminal Dia

rams of JM

-5310-6

付図 4 Fi

JMA-5320-7/9

盤間配線図

erminal Dia

rams of JM

-5320-7/9

１ PWRIN-

２ PWRIN+

３ PWROUT-

４ PWROUT+

５ VDINE

６VDIN

７ VDOUTE

８ VDOUT

９ TRGINE

１０ TRGIN

１１ TRGOUTE

１２ TRGOUT

１３ BPINE

１４ BPIN

１５ BPOUTE

１６ BPOUT

１７ BZINE

１８ BZIN

１９ BZOUTE

２０ BZOUT

２１ MTRINE

２２ MTRIN-

２３ MTRIN+

２４ MTROUTE

２５ MTROUT-

２６ MTROUT+

TB4301

MOTOR-

TRX-

MOTOR+

TRX+

GND

+12V

COM-

COM+

BZE

BPE

TRGE

TRG

VDE

１

２

３

４

５

６

７

８

９

１０

１１

１２

１３

１４

１５

１６

１７

１８

TB4310

NAV1TXDE

NAV1TXD-

NAV1TXD+

NAV1RXDE

NAV1RXD-

NAV1RXD+

GPSTXD-

GPSTXD+

GPSRXD-

GPSRXD+

NAV2RXD-

NAV2RXD+

ARPATXD-

ARPATXD+

ARPAALM-

ARPAALM+

SYSALM-

SYSALM+

１

２

３

４

５

６

７

８

９

１０

１１

１２

１３

１４

１５

１６

１７

１８

TB4303

EVENT-

１９

EVENT+

２０

COMPAS-

２１

COMPAS+

２２

RBVDE

RBVD

TRGOE

TRGO

BPOE

BPO

BZOE

BZO

VDOE

VDO

１

２

３

４

５

６

７

８

９

１０

TB4302

１

２

３

４

５

６

７

M-

M+

GND

VDE

+12V

MTR+

MTR-

TRGE

TRG

１

２

３

４

５

６

７

８

９

１０

１１

１２

１３

１４

１５

１６

GPSCTXD-

GPSCTXD+

GPSCRXD+

GPSCRXD-

GND

ALM+

ALM-

+5V

１

２

３

４

５

６

７

８

+12V

GND

GPSRXD-

GPSRXD+

GPSTXD+

１

２

３

４

５

PCRXD

PCTXD

GND

PCRTS

PCCTS

１

２

３

４

５

６

７

８

９

1/R1

2/S1

3/S2

5/R2

１

２

３

４

５

TB10

LOGP+

LOGP-

LOGS+

LOGS-

１

２

３

４

TB20

NCT-59(CMJ-304C) NSK UNIT

to JLR-10

to GPS

CQD-1937 TERMINAL BOARD

RED

BLK

＋

－

CFQ-6911-5

RS232C PORT

POWER INPUT

INTER SWITCH

SLAVE OUTPUT

GYRO SYNC/STEP

LOG SYNC/PULSE

PTI

PTE

LVR

PMS

GND

TXI

TXE

１

２

３

４

５

６

７

８

TO PM

PTI

PTE

LVR

PMS

GND

TXI

TXE

１

２

３

４

５

６

７

TB104

BLU

RED

BLK

WHT

BLU

RED

BLK

WHT

NJU-63 PM UNIT

NKE-1075/A SCANNER UNIT

BLU.T/GRY.T

PRL.T/BRN.T

WHT.T/ORN.T

RED.T/GRN.T

BLK.T/SKY.T

BLK

YEL.T/PNK.T

YEL

GRN

WHT

ORN

OPTION

NCD-4510 DISPLAY UNIT

SHIPS MAINS

DC24V

19-CORES CABLE

CFQ-6912-10

(JRC SUPPLY)

RADAR

BUOY IN

TRG

OUT

B PULSE

OUT

Z PULSE

OUT

VIDEO

OUTPUT

GYRO

LOG(200P)

250V-MPYCYS-7

250V-DPYCYS-1.5

NMEA0183

OUTPUT

NMEA0183

INPUT

GPS

OUTPUT

GPS

INPUT

NMEA0183

INPUT

NMEA0183

OUTPUT

CONTACT

OUT

CONTACT

NMEA0183

INPUT

POWER

OUTPUT

SLAVE

INPUT

+12V

OUTPUT

(5m JRC SUPPLY)

400Wmax

AIS

DGPS

250V-TTYCS-4

250V-TTYCS-1

LOG(NMEA) 250V-TTYCS-1

INTER SWITCH 2695111153

(JRC SUPPLY)

18-CORES COMPOSITE

CABLE

TRX-

TRX+

GND

COME

COM-

COM+

BZE

BPE

TRGE

TRG

VDE

１

２

３

４

５

６

７

８

９

１０

１１

１２

１３

１４

１５

１６

TB811

１

２

３

TB801

AC MAIN IN

BP+

BP-

BZ+

BZ-

TRG+

TRG-

MTR+

MTR-

MTRE

VD+

VD-

１

２

３

４

５

６

７

８

９

１０

１１

TB101A

+48V

+48VG

UTH

１

２

３

４

５

６

７

８

９

１０

１１

TB102

１２

ORN

WHT

TRX-

TRX+

GND

COME

COM-

COM+

BZE

BPE

TRGE

TRG

VDE

１

２

３

４

５

６

７

８

９

１０

１１

１２

１３

１４

１５

１６

TB812

１

２

３

TB803

AC MOTOR POWER

RED.T/PRL

BLU.T/BLK

YEL.TT

GRN.TT

BLU.T/GRY.T

PRL.T/BRN.T

WHT.T/ORN.T

RED.T/GRN.T

WHT

YEL

GRN

BLK

ORN

WHT

ORN

BLU.T

RED.T

YEL.TT

GRN.TT

2695110056

(JRC SUPPLY)

14-CORES CABLE

0.6/1kV-DPYC-6

SHIP'S MAIN

AC100/220V

50/60Hz 1φ

NQE-3151 JUNCTION UNIT

BRN

PNK

BRK

ORG

RED

BLU

PUR

YEL

WHT

GRN

WHT

YEL

WHT

BLU

BLK

PRL

RED

RED_E

GRN

GRN_E

BLU

BLU_E

HS_E

VS_E

１

２

３

４

５

６

７

８

９

１０

J4406 in CDC-1198

SLAVE RGB OUTPUT

付図5 Fig.5

JMA-5330-12

盤間接続図

Terminal Diagrams of JMA-5330-12

付図 6 Fig.6

JMA-5310-6/5320-7/9

電源系統図

Primary power supply block of RADAR JMA-5310-6/5320-7/9

Filter

P12V

±12V

AVR

+5V AVR

+3.3V AVR

Pol

-sw

PWR

CNT

Relay

Filter

Motor

Control Motor

AVR

Filter

PWR

SENSE

PWR-ON

Pol

-sw

-12V 0.2A

+12V 1.0A

Analog

Logic

4A 18.1 inch LCD

NWZ-147

Keyboad Unit

NCE-7699

To GPS(6W)

PowerSW

Scanner Unit NKE-2102/2252

Processin

Unit NDC-1273

DC24V +30%

-10%

0.5A

付図 7 Fig.7

JMA-5330-12

電源系統図

Primary power supply block of RADAR JMA-5330-12

Filter

P12V

±12V

AVR

+5V AVR

+3.3V AVR

Pol

-sw

PWR

CNT

Relay

Filter

Motor

Control Motor

AVR

Filter

PWR

SENSE

PWR-ON

Pol

-sw

-12V 0.2A

+12V 1.0A

Analog

Logic

4A 18.1 inch LCD

NWZ-147

To GPS(6W)

Scanner Unit NKE-1075A

Processin

Unit NDC-1273

DC24V +30%

-10%

0.5A

JUNCTION UNIT

NQE-3151

AC100/110V 50/60Hz

AC220/230V 50/60Hz

Keyboad Unit

NCE-7699

PowerSW

RINGS 1 nm

RM(T) N-UP

TRANSMIT

X-BAND

ANT 2

MASTER

AUTO 000

245.0

HDG

GYRO

OS STAB

SEA °SPEED

LOG 15.0 kts

010

020

030

040

050

060

070

080

090

100

110

120

130

140

150

160

170

180

190

200

210

220

230

240

250

260

270

280

290

300

310

320

330

340

350

TRAILS 6min T

RAIN

SEA

GAIN

MAN

AUTO

FUNC OFF

PROC OFF

ENH OFF

IR2

nm2.20VRM2

nm1.70VRM1

EBL2

EBL1 T C°037.0

TO°135.0

MAP MAP SHIFT

△○

CURSOR ( ATA ACQ )

°TRUE

137.1

4.514

°REL 252.1

35°31.675' N

139°43.773' E

OFF

CENTER

CPA

RING

OFF

NO ALARM

PANEL VID ATA DAY1

< >BRILLIANCE

TARGET

PLOT

RADAR

TEST

ATA

DISPLAY

TGT ID ▽ △

°BRG

nmRANGE

COURSE

kts

SPEED

nmCPA

minTCPA

BCR

min

BCT

TGT ID

°BRG

nmRANGE

COURSE

kts

SPEED

nmCPA

minTCPA

BCR

min

BCT

TGT ID

°BRG

nmRANGE

COURSE

kts

SPEED

nmCPA

minTCPA

BCR

min

BCT

OWN SHIP DATA

UTC 2003/09/15 22:34

35°35.000' N

139°40.000' E

DGPS

WGS-84

ATA STAB SEA

COG SOG kts°279.1 9.2

°030.0

kts9.0

SET

DRIFT CORR

min6

min10

VECTOR T

LIMIT nm1.5

PAST POSN Tmin

GUARD ZONE GZ1 GZ2

No 2 No 1

264

3.5

281

9.3

0.4

-2581.4

344

3.8

279

9.2

1.0

5988.6

min1TRACK

MULTI TRAILS

()

Water

→See section 3.4.3

on page 3-15

→See section3.5.10

on page 3-47

See sectin 3.4.9 ←

on page 3-22

See section 3.5.7←

on page 3-42

See section 3.4.1/2 ←

on page 3-15

See section 3.5.13←

on page 3-50

See section 3.4.8 ←

on page 3-21

See section 3.5.11←

on page 3-48

See section 3.5.12 ←

on page 3-49

See section 3.11 ←

on page 3-120

See section 3.5.9←

on page 3-44

See section 3.5.9←

on page 3-45

See section 3.4.6←

on page 3-17

See section 3.4.7←

on page3-19

→See section 3.5.8

on page 3-43

See section 5.1.5←

on page 5-11

See section 3.4.10 ←

on page 3-22

→See section 3.5.6

on page 3-41

See section 3.5.5←

on page 3-33

AIS

See section 3.5.5←

on page 3-38

See section 5.4.2←

on page 5-54

See section 5.4.5←

on page 5-57

See section 5.4.7←

age 5-60

See section←

page 3-67

See section 3.5.2 ←

e3-25

→See section 8.6

on page 8-89

→See section 8.6

on page 8-66

→See section 5.3.4

on page 5-21

→See section 5.3.4

on page 5-24

→See section 3.5.19

on page 3-60

→See section 3.5.19

on page 3-60

→See section 5.3.5

on page 5-26

→See section 5.3.5

on page 5-26

64 →See section 8.1

on page 8-14

Refer to the Operation Manual

for Interswitch in Appendix

See the description of

next page onward

eachswitchfromthe

→See section 3.3.3

on page 3-9

→See section 3.3.2

on page 3-8

→See section 3.3.4

on page 3-9

18 →See

section 3.5.17

38 →See section 3.5.4

on page 3-32

See the description of

next page onward

eachswitchfromthe See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

See the description of

next page onward

each switch from the

on page 3-56

3.6.1 on

See section ←

page 3-115

3.10.6 on

See section←

page 3-71

3.7 on

See section←

page 3-25

3.5.2 on

See section ←

page 3-30

3.5.4 on

See section ←

page 3-30

3.5.4 on

See section 3.5.3 ←

on page 3-27

See section 3.5.3 ←

on page 3-27

See section 3.6.2←

on page 3-68/70

See section 3.6.2←

on page 3-68

→See section

page 3-28

3.5.3 on

→See section

page 3-29

3.5.3 on

→See section

page 3-31

3.5.4 on

付図12 Fig.12

レーダー画面

RADAR Display

Main Menu － 1IR →

2 Process →

3 Target Enhance →

4 Zoom →

5 SART →

6 NAV Information － 1 Waypoint Display →

→

Section 3.8 page 3-74

2 NAV Display Setting － 1 NAV Line

→

Section 3.8.2 page 3-75

2 Coast Line

3 Contour

4 Mark1

5 Mark2

6 Mark3

7 Mark4

－3 User Map Setting　－ 1 Own Ship Position →

→

Section 3.8.4 page 3-82

2 Load →

Section 3.8.4 page 3-

－ 1 Device

2 Load User Map

3 Unload →

Section 3.8.4 page

4 Save →

Section 3.8.4 page 3-

－ 1 Device

2 Save User Map

3 All Files to Card2

5 Erase →

Section 3.8.4 page 3-

－ 1 Device

2 Erase User Map

6 Edit User Map － 1 Clear Map Object － 1 NAV Line

→

Section 3.8.3 page 3-76

→

Section 3.8.3 page

2 Coast Line

3 Contour

4 Mark1

5 Mark2

6 Mark3

7 Mark4

8 All

2 Make Map Object － 1 NAV Line

→

Section 3.8.3 page

2 Coast Line

3 Contour

4 Mark1

5 Mark2

6 Mark3

7 Mark4

8 Enter

3 Correct →

4 Delete →

5 Insert →

7 Shift →

8 Shift Clear →

4Geodetic →

8 Graphic Display →

9 RADAR Menu(→Plot)

0 EXIT

RADAR Menu －1 Process Setting － 1 Video Latitude →

→

Section 3.10.1 page 3-

2 Video Noise Rejection →

3 Auto DR Control →

4 Process Switch →

5 2nd Process Mode →

6 Process Switch Range →

7 Fast Target Detection →

8 User Function Setting － 1 Function1　Setting －1 Mode

→

Section 3.11　page 3-120

2IR

3 Process

4 Target Enhance

5 Auto STC/FTC

7 Save Present State

9 NEXT

↓

1 Pulse Width 0.75nm

2 Pulse Width 1.5nm

3 Pulse Width 3/4nm

4 Pulse Width 6/8nm

5 Pulse Width 12nm

6 Pulse Width 16nm

9 NEXT

↓

1 Video Latitude

2 Video Noise Rejection

3 Auto DR Control

4 Process Switch

5 2nd Process Mode

6 Process Switch Range

7 Fast Target Detection

9 NEXT

↓

1 Trails Interval

2 Trails Mode

3 Trails REF Level

4 Trails Reduction

5 Time/CONT Combine

6 Trails Process

7 MAX Interval

9 NEXT

↓

1 Gain Offset

2 XMIT Repetition FREQ

3 Small Bouy Detect

4 Fishnet Detection

5 Antenna Height

8 Set Mode Default

9 Initialize

2 Function2 Setting

3 Function3 Setting

4 Function4 Setting

付図13

レ

ー

ダ

ー

メ

ニュー

階層

Fig.13 Over View of RADAR Menu

Section 3.8.3 page 3-79

Section 3.8.3 page 3-80

Section 3.8.3 page 3-81

Section 3.4.8 page 3-21

Section 3.5.12 page 3-49

Section 3.5.11 page 3-48

Section 6.5 page 6-9

Section 3.8.1 page 3-74

Section 3.5.13 page 3-50

Sectin 3.4.11 page 3-23

Section 3.10.1 page 3-98

Section 3.10.1 page 3-99

Section 3.10.1 page 3-97

Section 3.10.1 page 3-98

Section 3.8.4 page 3-83

Section 3.8.4 page 3-88

Section 3.8.5 page 3-89

2 RADAR Trails Setting － 1 Trails Interval →

→

Section 3.10.2 page 3-

2 Trails Mode →

3 Trails REF Level →

4 Trails Reduction →

5 Time/CONT Combine →

6 Trails Process →

7 MAX Interval →

3 Marker Setting － 1 EBL1 Setting － 1 EBL1 Bearing →

→

Section 3.5.3 page 3-27

2 EBL1 Floating →

3 EBL1 Bearing Fix →

2 EBL2 Setting － 1 EBL2 Bearing →

→

Section 3.5.3 page 3-27

2 EBL2 Floating →

3 EBL2 Bearing Fix →

3 VRM1 Range Unit →

4 VRM2 Range Unit →

5Parallel Index Line － 1 Display →

→

Section 3.5.5 page 3-33

2 Range Link →

3 PI Bearing REF →

4 PI Floating →

5 PI Bearing Fix →

6 PI Individual － 1 Line 1

→

Section 3.5.5 page 3-40

2 Line 2

3 Line 3

4 Line 4

5 Line 5

6 Line 6

7 Line 7

6 Cursor Setting － 1 EBL/VRM Control Cursor →

→

Section 3.10.3 page 3-102

2 Cursor Length →

7 EBL Maneuver Setting － 1 EBL Maneuver

→3.5.16章　page 3-55P 2 Reach

3 Turn Mode

4 Turn Set

4 Screen Setting － 1 Display Color Setting － 1 Day/Night →

→

Section 3.3.8 page 3-12

2 Color Scheme →

3 Outer PPI →

4 Inner PPI →

5 Character →

6 RADAR Echo →

7 RADAR Trails(Time) →

8 RADAR Trails(CONT) →

2 Brilliance Setting － 1 RADAR Video

→

Section 3.3.5 page 3-10

2 RADAR Trails

3 ATA/AIS

4 Fix Marker

5 EBL/VRM

6 Character

7 Panel

3 Numeric NAV INFO →

4 Depth Graph Setting － 1 Depth Graph Display →

2 Depth Range →

3 Time Range →

5 Wind/Current Graph →

6 DIR/DIST EXP Display →

5 TRX Setting － 1 PRF Fine Tuning →

2 Jamming →

4 XMIT Repetition FREQ →

6 Band Select →

6 Inter Switch Setting － 1 Change Pattern

→

Refer to the Operation

2 Load Pattern

Manual of Inter Switch

3 Save Pattern

In Appendix

4 Input IND. Name － 1 No.1

2 No.2

3 No.3

4 No.4

5 Input TRX Name － 1 No.1

2 No.2

3 No.3

4 No.4

Section 3.3.8 page 3-14

Section 3.5.5 page 3-35

Section 3.5.5 page 3-36

Section 3.5.5 page 3-37

Section 3.5.5 page 3-38

Section 3.5.5 page 3-39

Section 3.10.4 page 3-106

Section 3.3.8 page 3-12

Section 3.3.8 page 3-13

Section 3.3.8 page 3-14

Section 3.10.3 page 3-102

Section 3.10.4 page 3-105

Section 3.10.4 page 3-104

Section 3.5.9 page 3-44

Section 3.10.2 page 3-100

Section 3.5.9 page 3-46

Section 3.5.4 page 3-32

Section 3.10.4 page 3-103

Section 3.5.3 page 3-27

Section 3.5.3 page 3-28

Section 3.5.3 page 3-27

Section 3.10.2 page 3-101

Section 3.10.2 page 3-100

Section 3.5.3 page 3-28

Section 3.5.3 page 3-29

Section 3.5.4 page 3-31

Section 3.10.5 page 3-107

Section 3.10.5 page 3-108

Section 3.10.5 page 3-107

Section 3.10.4 page 3-104

Section 3.10.5 page 3-107

Section 3.3.8 page 3-14

7 NAV Equipment Setting － 1 Set GYRO →

3 Speed Equipment →

4 Manual Speed →

5 MAG Compass Setting － 1 Heading Correction →

→

Section 8.6 page 8-65

2 Correct Value →

6 Set/Drift Setting － 1 Correction →

→

Section 8.6 page 8-66

2 Set →

3 Drift →

7 GPS Setting －1

GPS Process Setting － 1 Position →

→

Section 8.6 page 8-68

2 Exclusion →

3 Geodetic →

4 Antenna Height →

5 Fix Mode →

6 DOP Level →

7 Position Average →

8 Master Reset →

9 Send Date

2DGPS Setting － 1 Mode →

→

Section 8.6 page 8-77

2 Frequency →

3 Baud Rate(BPS) →

4 DGPS Mode →

5 Send Data

3WAAS Setting － 1 Mode →

→

Section 8.6 page 8-81

2 Ranging →

3 NG WAAS →

4 WAAS Select Mode →

5 WAAS No. →

6 Send Data

4 GPS Status →

8 RADAR Sub Menu －1PIN Setting － 1 Load PIN Data →

→

Section 3.11.5 page 3-126

2 Save PIN Data →

3 Delete PIN Data →

2Multi Dial Setting 1 Vector Length →

→

Section 3.5.17 page 3-56

2 Trails Length →

3 ATA TGT Display No. →

4 C-UP Angle →

3User Key Setting － 1 User Key1

→

Section 3.5.18 page 3-58

2 User Key2

4 Date/Time Setting － 1 UTC/Local →

→

Section 8.6 page 8-89

2 Local Date →

3 Local Time →

4 Time Zone →

5 Buzzer Volume →

9Test Menu － 1 Self Test － 1 Memory Test →

→

Section 8.1 page 8-2

→

Section 8.1 page 8-3

2 Sensor Test →

3 Line Test →

2 Monitor Test － 1 Pattern 1 →

→

Section 8.1 page 8-7

2 Pattern 2 →

3 Pattern 3 →

4 Pattern 4 →

5 Pattern 5 →

6 Pattern 6 →

3 Panel Test － 1 Key Test →

→

Section 8.1 page 8-8

2 Buzzer Test →

3 Light →

4 PM Display →

5 Error Logging →

6 System INFO →

9Plot Menu

0EXIT

Section 3.9.1 page 3-91,　Section 8.1 page 8-12

ection 3.5.17 page 3-56

Section 8.1 page 8-7

Section 8.6 page 8-89

Section 8.1 page 8-4

Section 8.1 page 8-5

Section 8.1 page 8-6

Section 3.11.5 page 3-127

Section 3.11.5 page 3-128

ection 3.5.17 page 3-56

Section 8.6 page 8-84

Section 8.6 page 8-85

Section 8.6 page 8-86

Section 3.11.5 page 3-126

Section 8.6 page 8-80

Section 8.6 page 8-81

Section 8.6 page 8-82

Section 8.6 page 8-83

Section 8.6 page 8-76

Section 8.6 page 8-77

Section 8.6 page 8-78

Section 8.6 page 8-79

Section 8.6 page 8-72

Section 8.6 page 8-73

Section 8.6 page 8-74

Section 8.6 page 8-75

Section 8.6 page 8-66

Section 8.6 page 8-68

Section 8.6 page 8-69

Section 8.6 page 8-70

Section 8.6 page 8-66

Section 8.6 page 8-65

Section 8.6 page 8-66

Section 8.6 page 8-65

Section 8.6 page 8-90

Section 8.1 page 8-17

Section 8.6 page 8-89

Section 3.3.6 page 3-11

Section 8.6 page 8-62

Section 8.6 page 8-63

Section 8.6 page 8-64

Section 8.1 page 8-9

Section 8.1 page 8-7

Section 8.1 page 8-10

Section 8.1 page 8-11

Section 8.1 page 8-13

Plot Menu －1 Own Track Setting － 1 Own Track Internval →

2 Display Own Track →

3 Clear Own Track →

4 Own Track Memory →

5 Map Setting 1 Fill Land Area →

2 C-MAP Setting － 1 Grid Display →

→

Section 3.10.6 page 3-113

2 Sounding Display →

3 Soundings Unit →

4 Light Sectors Display →

5 Light Sectors Level →

3 JRC/ERC Card Setting － 1 Day/Night →

→

Section 3.10.6 page 3-109

2 Color of Land →

3 BRT of Land →

4 Color of Sea →

5 BRT of Sea →

6 Color of Name →

7 BRT of Name →

9 NEXT

↓

1 LAT/LON Line →

2 Color of L/L Line →

3 BRT of L/L Line →

4 ERC Display Request →

5 ERC Mark →

6 JRC Card Display － 1 Lighthouse →

2 Bouy →

3 Rough Line →

4 Other Line →

4 Contour Setting － 1 10m

→

Section 3.10.6 page 3-112

2 20m

3 30m

4 40m

5 50m

6 60m

7 70m

8 80m

9 Other

5 Map Display Setting － 1 Shift Coast Line 1 →

→

Section 3.10.6 page 3-115

2 Shift Coast Line 2 →

3 LAT/LON Correction →

4 Map Center Position →

5 Loran C Correction － 1 Chain

→

Section 3.10.6 page 3-119

2 TD1

3 TD2

4 TD1 Correction

5 TD2 Correction

6 MEM CAPA/Copy － 1 Copy Internal -> Card2 →

→

Section 3.12.1 page 3-

2 Copy Card2 -> Internal →

3 Copy Card1->Card2 →

4 Clear File →

7 Show Card1 →

8 Show Card2 →

7 CLR MEM/INIT Card － 1 CLR Mark/Line Data →

→

Section 3.12.2 page 3-

3 Format Card2 →

0 EXIT

Section 3.10.6 page 3-109

Section 3.12.1 page 3-132

Section 3.12.2 page 3-133

Section 3.12.1 page 3-131

Section 3.10.6 page 3-110

Section 3.10.6 page 3-113

Section 3.10.6 page 3-114

Section 3.10.6 page 3-109

Section 3.10.6 page 3-110

Section 3.12.1 page 3-131

Section 3.6.3 page 3-69

Section 3.6.4 page 3-70

Section 3.6.1 page 3-67

Section 3.6.2 page 3-68

Section 3.7.3 page 3-73

Section 3.10.6 page 3-111

Section 3.10.6 page 3-110

Section 3.10.6 page 3-111

Section 3.10.6 page 3-113

Section 3.10.6 page 3-111

Section 3.10.6 page 3-115

Section 3.10.6 page 3-116

Section 3.10.6 page 3-117

Section 3.10.6 page 3-118

Section 3.12.1 page 3-132

Section 3.12.1 page 3-131

ATA Menu － 1 ATA Setting － 1 Vector Time →

2 Past Position →

3 CPA Limit →

4 TCPA Limit →

5 CPA Ring →

6 Trial － 1 Trial

→

Section 5.3.7 page 5-37

2 Course

3 Speed

9 Target Number Display →

1 EPA Setting － 1 Vector Time →

(ATAなし時) 2 Plot Number →

3 CPA Limit →

4 TCPA Limit →

5 CPA Ring →

6 Audible Warning →

2 AIS Setting － 1 AIS Function →

2 AIS Symbol Display →

3 ATA Symbol Display →

4 CPA Limit →

5 TCPA Limit →

6 AIS Filter Setting － 1 Filter Type →

2 Make AIS Filter →

3 Filter Display →

4 ENT

7 Identical Distance →

3 ATA Track Setting － 1 Track Function →

2 Track Color － 1 All

→

Section 5.3.9 page 5-45

2 ATA Track No.1

3 ATA Track No.2

4 ATA Track No.3

5 ATA Track No.4

6 ATA Track No.5

7 ATA Track No.6

8 ATA Track No.7

9 NEXT

↓

1 ATA Track No.8

2 ATA Track No.9

3 ATA Track No.10

4 Other

3 Track Display － 1 All

→

Section 5.3.9 page 5-46

2 ATA Track No.1

3 ATA Track No.2

4 ATA Track No.3

5 ATA Track No.4

6 ATA Track No.5

7 ATA Track No.6

8 ATA Track No.7

9 NEXT

↓

1 ATA Track No.8

2 ATA Track No.9

3 ATA Track No.10

4 Other

4 Track Memory Interval →

5 Clear Track Color →

6 Clear Track Number →

7 CARD2 Track Display →

4 Guard Zone Setting － 1 ATA Guard Zone － 1 Guard Zone 1 →

2 Guard Zone 2 →

3 Make Guard Zone 1 →

4 Make Guard Zone 2 →

5 ENT

2 RADAR Alarm － 1 Sector RADAR Alarm － 1 Sector Alarm1

→

Section 3.5.20 page 3-63

→

Section 3.5.20 page 3-66

2 Sector Alarm2

3 Make Sector Alarm － 1 Sector Alarm1

→

Section 3.5.20 page 3-65

2 Sector Alarm2

3 ENT

5 RADAR Alarm Mode →

6 Sensitivity Level →

3 Set GZ Alarm Key － 1 Guard Zone － 1 Guard Zone 1

→

Section 5.1.6 page 5-12

2 Guard Zone 2

2 Sector RADAR Alarm － 1 Sector Alarm1

→

Section 5.1.6 page 5-12

2 Sector Alarm2

5 Test Menu － 1 Test Video →

→

Section 5.3.8 page 5-

2 ATA Simulator →

3 Status →

4 Gate Display →

Section 5.3.4 page 5-21

Section 5.3.8 page 5-39

Section 5.4.7 page 5-60

Section 5.1.5 page 5-11

Section 5.3.3 page5-21

3.5.20章　page 3-65P

3.5.20章　page 3-66P

Section 3.5.19 page 3-60

Section 5.3.9 page 5-50

Section 5.3.9 page 5-47

Section 5.3.9 page 5-48

Section 5.3.9 page 5-49

Section 3.5.19 page 3-60

Section 5.1.3 page 5-9

Section 5.1.4 page 5-10

Section 5.3.9 page 5-44

Section 5.1.3 page 5-9

Section 5.1.4 page 5-10

Section 5.2.4 page 5-15

Section 5.4.2 page 5-54

Section 5.4.5 page 5-57

Section 5.4.1 page 5-52

Section 5.1.3 page 5-9

Section 5.3.8 page 5-42

Section 5.4.8 page 5-61

Section 5.4.8 page 5-62

Section 5.4.8 page 5-63

Sectioon 5.4.9 page 5-64

Section 5.2.5 page 5-17

Section 5.3.8 page 5-40

Section 5.3.8 page 5-43

Adjust Menu －1 Equipment Setup － 1 Bearing Adjustment →

2 Range Adjustment →

3 Tune Adjustment →

4 TRX Setting － 1 Antenna Height →

2 Tune Peak Adjust

3 Tune Indicator Adjust

4 PM Adjustment →

5 MBS Level

6 MBS Area

7 Output Pulse →

8 Antenna Location →

5 COM Port Setting － 1 Baud Rate －1 COM1(GPS)

→

Section 8.5 pge 8-39

→

Section 8.5 pge 8-39

2 COM2(PC)

3 COM3(NAV1)

4 COM4(NAV2)

5 COM5(COMPASS)

2 RX Sentence －1 GPS(LL/COG/SOG)

→

Section 8.5 page 8-40

2 GPS(WPT/Time)

3 Depth

3 TX Port －1 TTM(ATA Target)

→

Section 8.5 page 8-41

2 TLL(ATA Target)

3 OSD

4 RSD

5 ALR

6 AIS

7 TTM(AIS Target)

8 TLL(AIS Target)

4 RX Port －1 GPS

→

Section 8.5 page 8-42

2 DLOG

3 Depth

4 Temperture

5 Wind

6 Current

6 NAV Setting － 1 SEL NAV Equipment →

→

Section 8.5 page 8-43

2 GPS ANT Location →

7 Sector Blank － 1 Sector1 →

→

Section 8.5 page 8-46

2 Sector2 →

3 Sector3 →

4 Make Sector1 →

5 Make Sector2 →

6 Make Sector3 →

9 Language →

2 Maintenance Menu 1 Safety Switch →

→

Section 8.5 page 8-49

2 Partial Master Reset →

3 ALL Master Reset →

4 Internal To Card2 →

5 Card2 To Internal →

9 SP/ATA INIT Setup － 1 Noise Level － 1 Main →

→

Section 8.5 page 8-54

3 Setting Mode →

2 ATA － 1 Vector Constant →

→

Section 8.5 page 8-56

2 Video TD Level →

3 Video High Level

4 Video Low Level

5 Gate Size

6 Limit Ring

3 MBS － 1 MBS Level →

2 MBS Area →

Section 8.5 page 8-59

Section 8.5 page 8-53

Section 8.5 page 8-54

Section 8.5 page 8-55

Section 8.5 page 8-49

Section 8.5 page 8-50

Section 8.5 page 8-51

Section 8.5 page 8-58

Section 8.5 page 8-52

Section 8.5 page 8-36

Section 8.5 page 8-46

Section 8.5 page 8-47

Section 8.5 page 8-43

Section 8.5 page 8-44

Section 8.5 page 8-37

Section 8.5 page 8-47

Section 8.5 page 8-48

Section 8.5 page 8-46

Section 8.5 page 8-56

Section 8.5 page 8-57

Section 8.6 page 8-91

Section 8.5 page 8-32

Section 8.5 page 8-33

Section 8.5 page 8-34

Section 8.5 page 8-35

Section 8.5 page 8-47

For further information contact:

Since1915

HEAD OFFICE & Nittochi Nishi-shinjuku bldg,

SALES DEPT. 10-1,Nishi-Shinjuku 6-chome,Shinjuku-ku,

Tokyo 160-8328 JAPAN

Phone :+81-3-3348-0151

Fax :+81-3-3348-3648

MAIN PLANT 1-1,Shimorenjaku 5-chome,Mitaka-shi,

Tokyo 181-8510 JAPAN

Phone :+81-422-45-9111

Fax :+81-422-45-9110

FIRS T EDITION

AUG. 2004

CODE No.7ZPRD0597 JRC

Japan Radio NKE2252 25KW X-Band Radar Transceiver User Manual

Japan Radio Co Ltd. 25KW X-Band Radar Transceiver

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