ICOM orporated 278000 Marine Radar User Manual MR 1000T2 R2 Instruction Manual

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Document ID	581287
Application ID	pUtSIVeZEANpkrM5oFxwjA==
Document Description	Manual
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	98.29kB (1228631 bits)
Date Submitted	2005-09-13 00:00:00
Date Available	2005-09-13 00:00:00
Creation Date	2005-05-17 09:20:17
Producing Software	Acrobat Distiller 4.05 for Macintosh
Document Lastmod	2005-09-09 10:24:28
Document Title	MR-1000T2/R2 Instruction Manual
Document Author:	Icom Inc.

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INSTRUCTION MANUAL
MARINE RADAR
MR-1000R™
(Radome type)
MR-1000T™
(Open array type)
This device complies with Part 15 of the FCC Rules. Operation is subject to the condition that this device does not cause
harmful interference.
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SYSTEM COMPONENTS
MODEL NAME
CRT DISPLAY
SCANNER UNIT
MR-1000RII
SX-2713 (10-inch CRT)
EX-2714 (Radome type)
MR-1000TII
SX-2779 (10-inch CRT)
EX-2780 (Open array type)
SUPPLIED ACCESSORIES
• EX-2714 (Radome type unit)
• SX-2713/2779 (10 inch CRT display unit)
Qty.
q System cable (OPC-1188: 15 m) ......................... 1
w Installation bolts (M10×50) .................................. 4
e Installation bolts (M10×25) .................................. 4
r Installation nuts (M10) ......................................... 4
t Flat washers (M10) .............................................. 4
y Spring washers (M10) ......................................... 4
Qty.
q NMEA connector (FM14-8P) ................................ 1
w Spare fuse (FGB 10 A) ........................................ 1
e Spare fuse (FGB 5 A: for over 24 V power supply)
............................................................................ 1
r DC power cable (OPC-928-1) .............................. 1
t Viewing hood (2363 HOOD) ................................. 1
y Mounting bracket (2363 ANGLE(A))..................... 1
u Mounting screw knobs (2363 KNOB BOLT) ......... 2
i Self-tapping screws (M6 × 30).............................. 5
o Spring washers (M6) ........................................... 5
!0 Flat washers (M6) ................................................ 5
!1 Instruction manual ............................................... 1
!2 Operating guide ................................................... 1
!3 NMEA connector (FM14-7P) ............................... 1
• EX-2780 (Open array type unit)
Qty.
q System cable (OPC-1189: 20 m) .......................... 1
w Installation bolts (M10×40) .................................. 4
e Installation nuts (M10) ......................................... 4
r Flat washers (M10) .............................................. 4
t Spring washers (M10) ......................................... 4
y Hex head wrench ................................................. 1
u Cap bolts (M8×18) ............................................... 4
i Dish washers (M8) ............................................... 4
o Sealing washers (T) ............................................. 4
!0 Flat washers (M8) ................................................ 4
!1 Grounding terminal (R5.5-10) .............................. 1
!2 Ferrite bead ......................................................... 1
Icom, Icom Inc. and
logo are registered trademarks of Icom Incorporated (Japan) in the United states, the
United Kingdom, Germany, France, Spain, Russia and/or other countries.
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FOREWORD
PRECAUTION
Thank you for purchasing Icom’s MR-1000RII/TII MARINE RADAR.
RNEVER let metal, wire or other objects touch any
The radar is designed especially for fishing boats. It
has powerful transmission power, 10 inch CRT display
and many other advanced features.
If you have any questions regarding the operation of
the radar, contact your nearest authorized Icom Inc.
dealer.
internal part of the radar.
RNEVER place the radar within the reach of children.
RNEVER expose the display unit to rain, salt water
or any other liquids.
NEVER connect the radar to AC or more than 42 V
DC. This will damage the radar.
IMPORTANT
READ ALL INSTRUCTIONS carefully and completely before attempting to operate the marine radar.
SAVE THIS INSTRUCTION MANUAL. This
manual contains important safety and operating instructions for the MR-1000RII/TII.
EXPLICIT DEFINITIONS
The following explicit definitions apply to this instruction manual.
WORD
DEFINITION
R WARNING
Personal injury, fire hazard or electric
shock may occur.
CAUTION
NOTE
Equipment damage may occur.
If disregarded, inconvenience only.
No risk of personal injury, fire or
electric shock.
AVOID using the radar near any magnetic materials,
such as a loudspeaker or a large power transformer,
as this can cause distortion of the CRT display.
AVOID placing the display unit in excessively dusty environments.
AVOID placing the display unit near heating equipment
or in direct sunlight or where hot or cold air blows directly onto it.
AVOID using the scanner unit in areas where the temperature is below –25˚C (–13˚F) or above +70˚C
(+158˚F). AVOID using the display unit in areas where
the temperature is below –15˚C (+5˚F) or above +55˚C
(+131˚F).
AVOID using strong solvents such as benzene or alcohol for cleaning the radar, as they may damage the
surfaces.
BE CAREFUL!
SART signal may not be detected and may
not be displayed on the screen depending
on the SEA, RAIN or IR settings.
Follow the settings as below to detect the
SART signal on the screen.
q Select the screen range between 6 NM
to 12 NM with [+/–]. (p. 2)
w Set the [GAIN] as high as possible. (p. 3)
e Set the [SEA] to minimum. (p. 3)
r Set the [RAIN] to minimum. (p. 3)
t Turn the [IR] OFF.
y Turn the [STRETCH] OFF.
ii
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TABLE OF CONTENTS
SYSTEM COMPONENTS.......................................... i
SUPPLIED ACCESSORIES....................................... i
FOREWORD ............................................................ ii
IMPORTANT ............................................................. ii
EXPLICIT DEFINITIONS .......................................... ii
PRECAUTION .......................................................... ii
TABLE OF CONTENTS ........................................... iii
8 BASIC RADAR THEORY ............................ 21– 23
■ Side-lobe echoes ............................................. 21
■ Indirect echoes ................................................ 21
■ Multiple echoes ............................................... 22
■ Minimum range ................................................ 22
■ Blind and Shadow sectors ............................... 23
■ Target resolution............................................... 23
1 CAUTION ............................................................. 1
DANGER! HIGH VOLTAGE .................................. 1
RADIATION HAZARD ........................................... 1
9 INSTALLATION AND CONNECTIONS ........ 24–30
■ Connecting the units ........................................ 24
■ Power source requirement .............................. 24
■ Ground connection ........................................... 24
■ Installing the display unit ................................. 25
■ Mounting the EX-2714 scanner unit ................ 26
■ Wiring the EX-2714 system cable ................... 27
■ Mounting the EX-2780 scanner unit ................ 28
■ Wiring the EX-2780 system cable ................... 29
■ Fixing the EX-2780 scanner unit ..................... 30
2 PANEL DESCRIPTION .................................... 2–5
■ Front panel ........................................................ 2
■ Screen ............................................................... 4
3 MENU ............................................................... 6–7
■ VIDEO ............................................................... 6
■ FUNCTION......................................................... 6
■ ATA (Automatic Tracking Aid) ............................. 7
■ INT. SETTING .................................................... 7
4 BASIC OPERATION ...................................... 8–13
■ Checking the installation ................................... 8
■ Turning power ON/OFF ...................................... 8
■ Basic operation .................................................. 9
■ RAIN function ................................................... 10
■ SEA function..................................................... 10
■ OFF CENTER function..................................... 10
■ IR function ........................................................ 11
■ STRETCH function .......................................... 11
■ ZOOM function ................................................ 11
■ TRAILS function .............................................. 12
■ Power save function ........................................ 12
■ Ship speed indication ...................................... 13
■ Position indication ........................................... 13
■ Waypoint indication .......................................... 13
■ Long pulse function .......................................... 13
■ Bearing setting ................................................ 13
5 DISTANCE AND DIRECTION
MEASUREMENTS ....................................... 14–16
■ Distance measurement ................................... 14
■ Bearing and Distance measurement ............... 15
■ Advanced measurements ................................ 16
6 ALARM FUNCTION ........................................... 17
■ Alarm zone setting ........................................... 17
■ Zone alarm setting ........................................... 17
7 ATA (Automatic Tracking Aid) ................... 18–20
■ ATA (Automatic Tracking Aid) .......................... 18
■ ATA menu setting ............................................. 18
■ ATA operation .................................................. 19
■ Plotting marks .................................................. 19
■ Course and speed vector ................................ 19
■ Plots ................................................................ 20
iii
10 OTHER FUNCTIONS ...................................... 31
11 SERVICE MAN MENU ............................... 32–34
■ Service man menu .......................................... 32
■ Select the language ......................................... 32
■ TIMING adjustment ......................................... 33
■ HDG adjustment............................................... 33
■ SPD adjustment ............................................... 34
■ RANGE selection ............................................. 34
12 ERROR MESSAGE ......................................... 35
■ Error message list ........................................... 35
13 MAINTENANCE ............................................... 36
■ Periodic maintenance ...................................... 36
■ Scanner unit maintenance ............................... 36
■ Display unit maintenance ................................ 36
■ Options ............................................................ 36
14 SPECIFICATIONS ..................................... 37–38
15 EXTERNAL DATA LIST ................................... 39
(Supplement) TEMPLATE
■ Template for the display unit
• SX-2713/2779 (Display mount bracket template)
■ Template for the scanner unit
• EX-2714
• EX-2780
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CAUTION
The MR-1000RII/TII are supplemental aids to navigation and are not intended to be a substitute for accurate and current nautical charts.
DANGER! HIGH VOLTAGE
• NEVER OPEN THE UNIT
This product contains high voltage that could be FATAL. This product has no user-serviceable parts inside. All repairs and adjustments MUST be made by a qualified electronics technician at your Marine Navigation Dealer.
• HIGH VOLTAGE
High voltages of up to 3,500 volts are used in this equipment. Although prudent measures for
safety have been adopted, sufficient care must be taken in the operation, maintenance and
adjustment of the equipment.
Electric shock of 1,000 volts or more may cause electrocution and death; even an electric
shock of only 100 volts may be fatal.
• PREVENTION OF ELECTRIC SHOCK
(FOR QUALIFIED ELECTRONIC TECHNICIANS ONLY)
To prevent such accidents, turn OFF the power source and do not reach inside the unit until
you have:
q discharged the capacitors by disconnecting the power cable from the power source for
5 min.;
w checked that no electric charges remain inside the device.
Also, it is safest to wear dry insulated rubber gloves. NEVER use both hands simultaneously;
keep one hand in your pocket.
RADIATION HAZARD
Radiation emitted from the scanner unit can be harmful, particularly to the eyes. To avoid harmful radiation, ensure the radar power is in the OFF position before beginning work on the scanner unit.
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PANEL DESCRIPTION
■ Front panel
GAIN
!3
MARINE RADAR
GAIN
POWER
TX
SAVE
SEA
POWER
TX
SAVE
SEA
!4
RAIN
RAIN
!5
MOB
TARGET
TRAILS
ZOOM
ALM
!6
MOB
MODE
OFF CENT
EBL1
VRM1
EBL2
VRM2
PI
BRILL
MENU
HL OFF
!7
TARGET
TRAILS
ZOOM
!8
ALM
MODE
OFF CENT
!9
EBL1
VRM1
EBL2
VRM2
PI
@0
BRILL
MENU
HL OFF
!0
!1
!2
Control panel
q POWER SWITCH [POWER] (p. 8)
Turns power ON and OFF.
• The standby screen appears for 90 sec. while warming
up the magnetron.
• The initial screen appears with a beep after the power
has been turned ON.
w TRANSMIT/SAVE SWITCH [TX (SAVE)]
➥ Push to toggle between the TX mode and the
standby mode. (p. 9)
➥ Push and hold for 1 sec. to turn the power save
function ON. The radar for TX interval scan is
fixed at 10 revolutions. (p. 12)
• Select the save time in INT. SETTING menu.
e RANGE UP/ DOWN SWITCHES [+]/[–] (p. 9)
Push [+] to increase the screen range.
Push [–] to decrease the screen range.
Ù Ú Ω ≈]
r UP, DOWN, LEFT, RIGHT KEYS [Ù
Set the EBLs, VRMs, alarm area, ATA target, etc.
according to the key pushed.
Ù] [Ú
Ú] to select menu item and [Ω] [≈] to
Use the [Ù
set the item.
Ù Ω]/[Ù
Ù ≈] or [Ú
Ú Ω]/[Ú
Ú ≈] combination
Using the [Ù
allows you to move the cross line cursor to the
upper (or lower) left or right.
t TRAILS SWITCH [TRAILS] (p. 12)
Push to toggle the trail function ON and OFF. This is
useful for watching other ship’s tracks, approx. relative speed etc.
• Trail Time can be set in VIDEO menu.
y ZOOM FUNCTION [ZOOM] (p. 11)
Push [TARGET] and [TRAILS] simultaneously to
toggle the ZOOM function ON and OFF. ZOOM
function expands the target to 2 times normal.
• Move the cursor to the target, then turn the function ON.
• The screen zooms around the middle of the cursor and
own ship.
• This function is not available on 1⁄8 and 32 NM or above
ranges.
u MODE SWITCH [MODE]
Push to select one of Head-up (H UP), Course-up
(C UP), North-up (N UP) or True motion (TM)
screens.
• The North-up and Course-up screens can be selected
only when a bearing data format is connected. (p. 39)
• TM screen requires bearing data and LOG or position
data. (p. 39)
• TM screen is not available at 32 NM or above range.
i OFF CENTER FUNCTION [OFF CENT] (p. 10)
Push [ALM] and [MODE] simultaneously to turn the
OFF CENTER function ON or OFF.
• This function is available for 24NM or shorter range selection.
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PANEL DESCRIPTION
o EBL2 (VRM2) SWITCH [EBL2 (VRM2)] (pgs. 15–16)
Push to display the electronic bearing line 2 (EBL2)
and the variable range marker 2 (VRM2), and activate the [Ω ≈] for the electronic bearing line selector and [Ù Ú] for the range marker selector.
!6 MAN OVERBOARD [MOB]
Push to mark the man overboard point on the
screen. When a crew member falls overboard, push
[MOB] for 1 sec. to display the MOB symbol ( ) on
the screen.
• When the VRM1 and EBL1 ($9 %2) are displayed, the
center of VRM2 appears at the intersection point of the
VRM1 and EBL1.
• MOB readout shows the bearing, distance and estimated time to the MOB point with current speed.
• Push [MOB] for 1 sec. to cancel the function.
• Position and bearing data are necessary.
!0 PARALLEL INDEX LINE FUNCTION [PI]
Push [EBL1] and [EBL2] simultaneously to toggle
the parallel index line ON and OFF.
• Push [Ω ≈] keys to rotate the lines, and push [Ù Ú]
keys to adjust the line spaces.
!1 MENU SWITCH [MENU] (pgs. 6–7)
Push [MENU] to toggle the VIDEO, FUNCTION,
ATA, INT. SETTING and SERVICE MAN menu.
Push [Ù Ú] keys to select the items and push [Ω
≈] keys to change the setting.
!2 HEADING LINE OFF FUNCTION [HL OFF] (p. 9)
Push [BRILL] and [MENU] simultaneously to turn
off the heading line temporarily.
!3 GAIN CONTROL [GAIN] (p. 9)
Adjusts the receiver amplifier gain.
• Clockwise rotation increases the gain
• Increased gain may increase screen noise.
!4 SEA CLUTTER CONTROL [SEA] (p. 10)
This function serves to eliminate echoes from the
waves at close range.
Reduces the receiver gain for close objects within
a radius of 8 nautical miles (approx.) to eliminate
sea clutter.
Rotate the control fully clockwise to activate the automatic SEA control function. SEA indicator (@6) appears in the upper left of the screen.
• Under normal conditions set the SEA to a minimum.
• Use this control with caution when the sea is rough.
!5 RAIN CLUTTER CONTROL [RAIN] (p. 10)
This function eliminates reflection echoes from rain,
snow, fog, etc.
Rotate the control fully counter clockwise to deactivate the RAIN function.
RAIN indicator (@8) disappears.
!7 TARGET SWITCH [ATA] (pgs. 18–20)
A setup of target caught by ATA (up to 10 targets
can be set).
• Push [Ù Ú Ω ≈] to move the cross cursor on the echo
which you want to plot on the screen before turning the
function ON.
• Select “ATA” function ON in the “ATA” menu, set the appropriate No. DISP, VECT, OWN VECT, ALARM, CPA
LIMIT and TCPA LIMIT setting.
!8 ALARM SWITCH [ALM] (p. 17)
Push [ALM] to toggle the alarm function ON and
OFF.
Push and hold [ALM] for 1 sec. to enter the alarm
area setting condition.
• Push [Ù Ú Ω ≈] to move the cross cursor to the zone
starting point, then push [ALM] for 1 sec. The starting
ring of the zone is created. Then push [Ù Ú Ω ≈] to fix
the finish point, the desired alarm zone will automatically
form.
!9 EBL1 (VRM1) SWITCH [EBL1 (VRM1)] (pgs. 15–16)
Push to display the electronic bearing line 1 (EBL1)
and the variable range marker 1 (VRM1) and activate the [Ω ≈] for the electronic bearing line selector, and [Ù Ú] for the range marker selector.
• EBL1 bearing and VRM1 distance are displayed, in the
bottom window.
• When EBL1 and VRM1 are displayed, the beginning of
EBL2 appears at the intersection point of EBL1 and
VRM1.
@0 DISPLAY BRILLIANCE SWITCH [BRILL] (p. 9)
➥Push to increase or decrease the brilliance of the
picture on the display.
➥Push for 1 sec. to select the maximum brilliance.
• The brightness of the symbol, character and illumination can be adjusted in the “SYMBOL”, “CHARACTER” and “KEY ILLUM” of the INT. SETTING
menu independently.
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PANEL DESCRIPTION
■ Screen
@2
@4
@5
@6
@7
@8
@9
#0
#9
@1
@3
M.TUNE
(0.25) MTUNE
TVECT 6M TRAILS
0174˚R 0649NM 005
NM CURS
H UP
HDG2530˚T
STW157KT
3/4
IR
ES
$1
$0
$2
$3
$4
$5
$6
$7
#1
$8
#2
$9
%0
%1
%2
#3
%3
#5
#4
#6
#7
#8
ALM
ZOOM
GPS
COMPASS
EBL1
EBL2
WPT
CURS
1076˚R VRM1
0219˚R VRM2
2834˚R
34˚ 39720N
@1 TUNING LEVEL INDICATOR (p. 9)
Shows the receiver tuning level.
@2 TUNING MODE INDICATOR (p. 9)
“M.TUNE” appears when the manual tuning function is in use.
@3 FIXED RING RANGE READOUT (p. 14)
Shows the interval range of the fixed ring.
• This readout appears when the “RING” of the FUNCTION menu is turned ON.
@4 SCREEN RANGE READOUT (p. 14)
Shows the maximum range of the displayed screen.
• The range indicated is nautical miles (NM).
@5 SHIP SPEED READOUT (p. 13)
Shows the ship speed.
%4
%6
%8
%5
%7
@9 MODE INDICATOR
Head-up, Course-up, North-up and True Motion
screens are available.
• N UP and C UP screens require external bearing data.
(p. 39)
• TM screen requires bearing data and LOG or position
data.
#0 HEADING LINE (p. 9)
Heading line indicates the ships bow.
#1 ALARM ZONE (p. 17)
Shows the alarm zone.
•Appears when the alarm function is in use.
#2 WAYPOINT MARKER (p. 13)
Shows the waypoint received from navigation
equipment.
• SOG: When GPS is selected in the INT. SETTING
menu.
• STW: When LOG is selected in the INT. SETTING
menu.
• This marker appears when the “WPT” of the FUNCTION
menu is turned ON.
• To display the waypoint marker, bearing data and NMEA
data with 0183 format is necessary. (p. 39)
@6 AUTO SEA INDICATOR (p. 10)
Appears when the automatic SEA control function
is turned ON.
#3 FIXED RANGE RINGS (p. 14)
Shows the distance in fixed intervals. The interval
distance is indicated by the ring range readout (@3).
@7 LONG PULSE INDICATOR (p. 13)
Appears when the long pulse is in use.
@8 RAIN CONTROL INDICATOR (p. 10)
Appears when the RAIN function is in use.
0422NM
001
000
0242NM
001
0632NM
135˚ 34420E
• These rings appear when the “RING” of the FUNCTION
is turned ON.
#4 GPS indicator (p. 24)
Indicator appears when the GPS or DGPS receiver
is connected.
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PANEL DESCRIPTION
#5 COMPASS INDICATOR (pgs. 24, 39)
• GYRO
• COMPASS
: NMEA (gyro) is connected.
: NMEA (compass), N+1 or AUX data is
connected.
#6 EBL1/ 2 READOUTS (pgs. 15–16)
Shows the bearing of the displayed Electronic Bearing Lines (EBL1 and EBL2) when the EBL is in use.
• EBL2 shows PI (!0) readout.
#7 WAYPOINT/MOB READOUTS (p. 13)
➥ Shows the bearing and distance to the waypoint
received from navigation equipment.
• This readout appears when the “WPT” of the FUNCTION menu is turned ON.
• To display the waypoint/MOB marker, bearing data
and NMEA data with 0183 format is necessary.
(p. 39)
➥ Shows the bearing and distance to the MOB
(Man Over Board) event marker.
• Push [MOB] to cancel the readout and the symbol.
#8 POSITION/CURSOR READOUT (p. 13)
Shows your own ship or cursor latitude and longitude readout when external NMEA data with 0183
format is connected.
• Select ‘SHIP’ or ‘CURS’ in the “POSN DISP” of the
FUNCTION menu.
• To display the POSITION; NMEA 0183 is necessary.
• To display the CURSOR; NMEA 0183 and bearing data
are necessary.
#9 CURSOR INDICATOR
Shows the bearing and distance to the cursor.
$0 VECTOR INDICATOR (p. 18)
Shows the ATA and OWN vector type.
• T: True vector
• R: Relative vector
$1 VECTOR TIME INDICATOR (p. 18)
Shows the vector interval time. Select vector time
in the “TRAIL TIME” of the VIDEO menu.
• 30 min. is applied, when ‘∞’ is selected for the vector
time.
$2 TRAILS INDICATOR (p. 12)
Shows the trail time.
• Echo remains with gradation during the trail time period
on the screen. (Except for the trail time; ∞)
• Progressing time counter starts to count the time until
the timer reaches the trail time.
$3 HEADING INDICATOR
Shows the heading bearing readout.
• The HDG readout indicates the bow of the ship’s bearing
in a clockwise direction from north.
$4 IR INDICATOR (p. 11)
Eliminates or reduces interference caused by other
radar operating nearby.
• This function is available when the “IR” in the VIDEO
menu is set to 1 or 2.
$5 ECHO STRETCH INDICATOR (p. 6)
Appears when the echo stretch function is in use.
• This function is available when the “STRETCH” of the
VIDEO menu is turned ON.
$6 CROSS LINE CURSOR
Used for measuring the bearing and distance, setting the alarm zone, selecting the ATA targets, etc.
• Push [Ù Ú Ω ≈] several times to move the cursor.
$7 EBL2 (pgs. 15–16)
Used for bearing measurement. When a target is
selected, the EBL readout (#6) shows the bearing.
$8 OWN SHIP VECTOR INDICATOR
Shows the vector of your own ship.
$9 VRM 1 (pgs. 15–16)
%0 VRM 2 (pgs. 15–16)
Used for distance measurement. When a target is
selected, the VRM1/2 readout (%3) shows the distance.
%1 NORTH MARK
The north mark shows the true north direction.
%2 EBL1 (pgs. 15–16)
Used for bearing measurement. When a target is
selected, the EBL readout (#6) shows the bearing.
%3 VRM1/2 READOUTS (pgs. 15–16)
Shows the distance of the displayed Variable Range
Markers (VRM1 and VRM2) when the VRM is in
use.
• Nautical miles (NM) and kilometers (KM) can be selected in the FUNCTION menu as the distance unit.
%4 ALARM INDICATOR (p. 17)
Appears when the alarm function is in use.
%5 ZOOM INDICATOR (p. 11)
Appears when the zoom function is in use.
• Push [TARGET] and [TRAILS] simultaneously to turn
the function ON or OFF.
%6 TIME INDICATOR
%7 TIME INDICATOR
Shows the estimated time to the marker edge from
center of the marker with current speed.
%8 TIME INDICATOR
Shows the estimated time to the waypoint with current speed.
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MENU
■ VIDEO
■ FUNCTION
VIDEO MENU
AUTO
TUNE
D.RANGE
IR
STRETCH
PULSE
SEA
TRAIL TIME
D TUNE
• AUTO
FUNCTIONMENU
MANUAL
MID.
NAR.
OFF
OFF
ON
LP
SP
6S
15S
30S
3M
6M
15M
WIDE
1M
: Automatic tuning.
• “A.TUNE” appears for approx. 2 sec. instead
of the screen display, when first transmitting
after turning the power ON. The unit also retunes in some cases.
• MANUAL : Manual tuning.
Push [≈] to select [MANUAL] then push
[Ú] to activate the manual tuning slider.
Push [Ω ≈] to adjust desired tuning level.
D D.RANGE
Select the dynamic range of the PPI (Plan Position Indicator).
• NAR.
: Narrow dynamic range. Even weak reflections are displayed as strong reflections.
• MID.
: Mid dynamic range.
• WIDE
: Wide dynamic range. You can distinguish
between weak reflections and strong reflections easily.
D IR
• OFF
OFF
OFF
SHIP
NM
TRUE
TRUE
IN
OFF
ON
ON
CURS
KM
MAG
360˚R
OUT
ON
PT/SB
D RING
• OFF
: Turn the fixed range ring display OFF.
• ON
: Turn the fixed range ring display ON.
D WPT
• OFF
• ON
: Non display the way point on the screen.
: Display the way point on the screen.
DPOSN DISP
• SHIP: : Display your own ship’s position.*
• CURS : Display the cursor position.**
* External latitude/longitude data required.
** External latitude/longitude data and bearing data required.
D DIST UNIT
• NM
: Display the distance unit in Nautical Mile.
• KM
: Display the distance unit in Kilometer.
D BRG
Select the displayed bearing type, no relation with the
bearing data format (NMEA, N+1 or AUX).
• TRUE : Select the true bearing.
• MAG : Select the magnetic bearing.
: Turn the Interference Reduction function
OFF.
•1 or 2 (ON) : Turn the Interference Reduction function
1 (Low) or 2 (High).
D EBL/PI (except HDG and CSE) (p. 15)
• TRUE : True or magnetic direction.
• 360°R : Relative direction
• PT/SB : Bow direction
D STRETCH
• OFF
: Turn the echo stretch function OFF.
• ON
: Turn the echo stretch function ON.
D ZONE ALARM
• IN
: Alarm is emitted when the target comes into
the zone.
• OUT
: Alarm is emitted when the target goes out
of the zone.
D PULSE
• SP
: Select the short pulse.
• LP
: Select the long pulse. LP indicator appears on the screen.
D SEA
• The characteristic (curve) of a SEA knob can be chosen as the optimal characteristic out of four kinds with
the height of an antenna.
D TRAIL TIME
• 6S,15S, 30S, 1M, 3M, 6M, 15M or ∞ :
Select the plot interval and vector time.
RING
WPT
POSN DISP
DIST UNIT
BRG
EBL/PI
ZONE ALARM
BEEP
D BEEP
• OFF
: Turn the beep tone OFF*.
• ON
: Turn the beep tone ON.
* Except alarm function.
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MENU
■ ATA (Automatic Tracking Aid)
■ INT. SETTING
A T A MENU
ATA
No.DISP
VECT
OWN VECT
ALARM
CPA LIMIT
TCPA LIMIT
D ATA
• OFF
• ON
D No.DISP
• OFF
• Sel
OFF
OFF
TRUE
OFF
OFF
1.0NM
1 MIN
INT. SETTING
ON
SEL
REL
ON
ON
AUTO
MAG VAR
ALL
: Turn the ATA function OFF.
: Turn the ATA function ON.
• ALL
: Non display any mark number.
: Display the selected mark number
only.
: Display all mark numbers.
D VECT
• TRUE
• REL
: Select the true vector mode.
: Select the relative vector mode.
D OWN VECT
• OFF
: Non display the own ship vector.
• ON
: Display your own ship’s vector.
D ALARM (CPA/TCPA)
• OFF
: Turn the alarm function OFF.
• ON
: Turn the alarm function ON.
D CPA* LIMIT
• 0.1 to 10.0NM : Set the CPA (Closest Point of Approach) limit with [Ω ≈].
D TCPA* LIMIT
• 1 to 60MIN
: Set the TCPA (Time to CPA) limit time
with [Ω ≈].
*CPA/TCPA: Closest Point of Approach and Time to Closest Point of Approach limit is defined by the observer to
given warning when a target or targets are close to
within those limits from your own ship.
BRG INPUT
SPD INPUT
TX INH START
TX INH ANGLE
SAVE TIME
SYMBOL
CHARACTER
KEY ILLUM
MANUAL
7.2˚ W
N+1
AUX
LOG
NMEA
GPS
0˚
0˚
6M
1M
15M
GPS
30M
BRILL
D MAG VAR
• AUTO
: Revise magnetic variation automatically.
NOTE: NMEA data is required. NEVER select
“AUTO” without NMEA data, incorrect variation data may entered. (p. 39)
• MANUAL : Revise magnetic variation manually.
• Push [≈] to select [MANUAL], then push
[Ú]. Set the revise value with [Ω ≈].
Push [Ú] or [MENU] to abort the menu.
D BRG INPUT
• NMEA
: NMEA0183 bearing data format.
• N+1
: N+1 data format.
• AUX
: Other format.
• GPS
: Reads NMEA0183 COG format data as
HDG format.
D SPD INPUT
• GPS
: Use the GPS NMEA speed data.
• LOG
: Use the speed sensor data.
D TX INH START
• 0 to 359° : Push [Ω ≈] to enter the start point of the
TX inhibit area.
D TX INH ANGLE
• 0 to 90° : Push [Ω ≈] to enter the TX inhibit area.
D SAVE TIME
• 1M, 6M, 15M or 30M
: Select the stand by time during save
mode.
* The radar for TX interval scan is fixed at 10 revolutions.
D SYMBOL
• 1/2/3
: Select the symbol brightness.
D CHARACTER
• 1/2/3
: Select the character brightness.
D KEY ILLUM
• 1/2/3/4
: Select the key illumination brightness.
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BASIC OPERATION
■ Checking the installation
Before turning the power ON, be sure all the connections are complete. The checklist at right may be helpful for necessary confirmation.
CAUTION: Connect the scanner unit before turning the
power ON. Otherwise the magnetron inside the scanner
unit might be damaged.
D Checklist
q The 4 bolts securing the scanner unit must be firmly
tightened.
w Cabling must be securely attached to a mast or
mounting material, and must not interfere with the
rigging.
e Be sure waterproofing procedures are completed
on the system cable.
r The power connections to the battery must be of the
correct polarity.
t Be sure that the plugs at the rear of the display unit
have been connected correctly and securely.
(See p. 24 for details.)
■ Turning power ON/OFF
(0.25)
NM C U R S
SOG17.7KT
000.0˚T
H UP
T.V E C T 6 M
0.00 0 N M
HDG253.4˚T
IR
*.*
ROM OK
RAM OK
GPS
COMPASS
EBL1
EBL2
MOB
CURS
VRM1
VRM2
34˚ 37.72N
• The initial screen appears and warming up time is
counted down on the screen.
• The magnetron inside the scanner unit warms up for 90 sec.
• [POWER] does not function for 2 sec. after the power is
turned OFF.
w When the countdown is completed, the Standby
screen appears.
e Push [TX] to start scanning and select the Plan Position Indicator (PPI) screen.
0.45
REV
q Push [POWER] to turn the power ON.
1 3 5 ˚ 3 4 .4 2 E
• Targets and heading marker appear.
• The screen appears approx. 2 sec. after turning the
power on, when ‘AUTO’ is selected in the “TUNE” of the
VIDEO menu.
r Push [POWER] to turn the power OFF.
(0.25)
NM C U R S
SOG17.7KT
STBY
000.0˚T
H UP
T.V E C T 6 M
0.0 0 0 N M
HDG253.4˚T
IR
GPS
COMPASS
EBL1
EBL2
MOB
CURS
VRM1
VRM2
34˚ 37.72N
1 3 5 ˚ 3 4 .4 2 E
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BASIC OPERATION
■ Basic operation
GAIN
POWER
TX
SAVE
SEA
RAIN
q Turn the power ON.
w Push [TX] after the countdown disappears from the
screen.
• See “Turning power ON/OFF” on page at left.
e Push [+] or [–] several times to select the display
range.
• The screen range readout shows the maximum range of
the screen.
r Turn [GAIN] to set 1 o’clock position.
• Clockwise rotation increases the gain.
• Increased gain may increase screen noise.
MOB
TARGET
TRAILS
ZOOM
ALM
MODE
OFF CENT
EBL1
VRM1
EBL2
VRM2
PI
MENU
BRILL
t Turn [SEA] to set the sensitivity time control for minimum.
y Turn [RAIN] to set the rain clutter control for minimum.
u Push [MODE] to select one of Head-up;H UP,
Course-up;C UP, North-up;N UP or True Motion;TM
screens.
C UP, N UP or TM can be selected only when bearing, position or speed data are connected.
(See p. 39 for details)
HL OFF
CAUTION: When setting the [SEA] control to a fully clock-
NOTE: Manual adjustment can be used. (See below.)
wise position, close targets are blanked.
D Heading marker
The heading marker is a line that shows your ship’s
bow direction. (This marker will appear in the center of
the screen when the Head-up screen H UP is selected.) The heading marker can be hidden when the
desired target is located under the heading marker.
D Manual tuning
The receiver tuning can be manually adjusted.
Push [MENU] to open the VIDEO menu, then
select MANUAL. Push [Ú] to activate the manual tuning slider, then push [Ω ≈] to set the tuning level indicator to the maximum level. (p. 6)
• Push and hold [BRILL] and [MENU] simultaneously to hide
the heading marker.
• “M.TUNE” appears on the top of the display.
D Fixed range rings
The fixed range rings can be used for rough distance
measurement. (p. 14)
Push [MENU] to open the FUNCTION menu, then
push [Ú] to select RING. Push [≈] to turn the ring ON.
D Brilliance adjustment
The intensity of the screen can be adjusted. When you
require continuous operation, but not constant viewing,
a lower setting can increase the life of the CRT display.
NOTE: High intensity will shorten the life of the CRT
display.
• Key illumination
The backlighting of the keys can be adjusted for convenient operation. (p. 7)
Push [MENU] four times to call up the INT. SETTING
menu. Push [Ω ≈] to select the illumination level.
• Key illumination corresponds with [BRILL] control.
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BASIC OPERATION
The following are typical basic operation examples, which may hinder radar reception (sea clutter, precipitation interference and echoes from other radar).
■ RAIN function
This function eliminates reflection echoes from rain,
snow, fog etc.
• Rotate the control fully counterclockwise to deactivate the
control function. The RAIN indicator ( ) disappears.
• NOTE: DO NOT reduce the reflection echoes too much,
otherwise you may miss weaker targets.
Small echos
Adjust RAIN control
■ SEA function
This function serves to eliminate echoes from waves
at close range. Reduce the receiver gain for close objects within a radius of 8 miles to eliminate sea clutter.
• Rotate the control fully clockwise to activate the automatic
control function. SEA indicator ( )appears in the upper left
of the screen.
WARNING:
Echos from sea waves
Adjust SEA control
The [SEA] control reduces the receiver sensitivity of objects within 8 miles. Therefore,
caution and careful adjustment are necessary when
using the [SEA] control.
Small objects may not be displayed on the screen
when strong echoes from the rain or the island within
1 NM while automatic SEA function is activating.
■ OFF CENTER function
The scanning area can be shifted in a desired direction and can be enlarged partially. This is useful when
the Head-up* is selected and you want to enlarge the
bow direction display, or, the center of the screen shifts
in the direction of the intersection.
• This function is available for 24NM or shorter range selection.
*This function is not available in the TM screen.
Normal screen
With OFF CENTER ON
q Push [Ù Ú Ω ≈] to move the cursor where you
want to shift the center of the screen.
• Max. offsetting is up to 75% of the screen.
w Push [ALM] and [MODE] simultaneously to shift
the screen.
e Push [ALM] and [MODE] simultaneously again to
return to the normal screen.
10
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BASIC OPERATION
■ IR function
Radar interference may appear when another ship’s
radar is operating on the same frequency band in
close proximity. The IR function can eliminate this type
of interference. (p. 6)
q Push [MENU] to call up VIDEO menu.
w Push [Ú] until the “IR” section becomes highlighted.
e Push [Ω ≈] to select IR function 1, 2 or OFF.
• “IR” appears in the upper right of the screen, when the
function is activated.
Radar interference
With IR function ON
■ STRETCH function
The blips can be magnified electronically for easier
viewing of small targets. (p. 6)
q Push [MENU] to open the VIDEO menu.
w Push [Ú] to select “STRETCH”, then push [≈] to
turn the function ON.
NOTE: Turn OFF this function during normal operation.
Normal screen
With STRETCH ON
■ ZOOM function
The ZOOM function expands the target to two times
normal size.
• This function is available up to a 24 NM range or shorter except 1⁄8 NM.
q Push [Ù Ú Ω ≈] to move the cursor to the desired
target.
w Push [TARGET] and [TRAILS] simultaneously to
toggle the ZOOM function ON and OFF.
• “ZOOM” appears in the lower right of the screen.
Normal screen
With ZOOM function ON
11
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BASIC OPERATION
■ TRAILS function
The trails function memorizes echoes continuously or
at constant intervals. This is useful for watching other
ships’ tracks, approx. relative speed, etc.
TRAIL
indicator
Trail time
(0.25) M.T U N E
3/4
NM C U R S
STW 15.7KT
011.4˚ R
H UP
T.V E C T 6 M TRAILS
0.453N M
1:0 5
HDG 253.9˚T
Trail interval
counter
IR
ES
• Setting the trail interval time
q Push [MENU] twice to call up the VIDEO menu.
• Push [Ú] several times until the “TRAIL TIME” section
becomes highlighted.
w Push [Ω ≈] to select trail interval time.
• 6 sec., 15 sec., 30 sec., 1 min., 3 min., 6 min., 15 min.
and ∞ (continuous) are available.
e Push [MENU] several times to exit the menu.
• Using the TRAILS function
q Push [TRAILS] to turn the trail function ON.
• “TRAILS” and trail interval time appears in the upper
right of the screen.
• Trail interval counter starts to count up to the trail time.
Trail time
w All displayed echoes at the plotted time are memorized and displayed with a graduated intensity together with the current echoes.
• Echoes are displayed with minimum intensity when “∞”
is selected.
e Push [TRAILS] to cancel the trail function and erase
the plotted echoes.
• “TRAILS” and trail interval time disappears.
■ Power save function
The power save function conserves the boat’s battery
power by pausing the transmission. The standby
(pausing) times are selectable (rotation number is fixed
to 10).
For example, when 1 min. is selected, the scanner rotates 10 revolutions; then stops for 1 min., and then repeats this sequence while the power save function is
activated.
Count down the standby time
(0.25)
NM C U R S
SOG17.7KT
S AV E
0 1 4 . 6˚ T
H UP
T.V E C T 6 M
0:48
0.9 0 0 N M
HDG273.9˚T
IR
ES
(0.25)
NM C U R S
SOG17.7KT
S AV E
0 1 4 . 6˚ T
H UP
T.V E C T 6 M
0:00
0.9 0 0 N M
HDG273.9˚T
IR
ES
D Setting the scanning standby time
q Push [MENU] four times to call up the INT. SETTING menu.
w Push [Ú] until the “SAVE TIME” section becomes
highlighted.
e Push [Ω ≈] to select standby time.
• 1, 6, 15, and 30 min. are available.
r Push [MENU] twice to exit the menu display.
D Using the power save function
q Push and hold [TX (SAVE)] for 1 sec. to turn the
power save function ON.
• The save indicator appears in the top of the screen.
w After the scanning rotations are finished, transmission and rotation are suspended until the selected
standby time elapses.
• The display shows the last scanned echoes until the
scanning restarts.
• “SAVE” and standby time appear in the top of the screen
and the standby time is counted down.
GPS
COMPASS
GPS
COMPASS
EBL1
EBL2
MOB
CURS
VRM1
VRM2
34˚ 37.72N
1 3 5 ˚ 3 4 .4 2 E
Push and hold [TX] for 1 sec.
to turn the SAVE function on.
EBL1
EBL2
MOB
CURS
VRM1
VRM2
34˚ 37.72N
1 3 5 ˚ 3 4 .4 2 E
Scan and STBY alternates
e After the selected standby time elapses, transmission and rotation restart.
r Push [TX (SAVE)] to cancel the power save function.
• The save indicator turns OFF.
NOTE: When you use the power save function together with the alarm function, the CRT display is
turned OFF until an object enters the programmed
alarm zone, therefore, more power saving is possible. (p. 17)
12
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BASIC OPERATION
■ Ship speed indication
■ Long pulse function
When the ship speed data with NMEA 0183 format is
applied, the radar can display the ship speed. Knots
(KT) or kilometers/hour (KM/h) are automatically selected in the normal screen (p. 4) by selecting nautical
miles (NM) or kilometers (KM) respectively.
To magnify the blips for easier viewing of small targets,
the long pulse and echo stretch (p. 11) functions are
available. When the long pulse is used in the 3⁄4 to
2 NM range, this function magnifies target echoes to
the backward direction of the target.
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until the “DIST UNIT” section becomes
highlighted.
e Push [Ω ≈] to turn the ship speed indication to NM
or KM.
r Push [MENU] several times to exit the menu display
or push [Ú] once to proceed to the position display
setting.
• Pulse selection
q Push [MENU] several times to call up the VIDEO
menu. (p. 6)
w Push [Ú] until the “PULSE” section becomes highlighted.
e Push [≈] to select the long pulse.
r Long Pulse indication “ ” appears in the upper left
of the screen.
t Push [MENU] several times to exit the menu.
■ Position indication
When latitude/longitude data with NMEA 0183 format
is applied, the radar can display the latitude and longitude of your ship’s or cursor position in the bottom of
the display. (To display the CURSOR position, bearing
data is necessary.) (p. 39)
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until “POSN DISP” section becomes highlighted.
e Push [Ω ≈] to select the ship position or cursor position.
r Push [MENU] several times to exit the menu.
■ Waypoint indication
When waypoint data received from navigation equipment with NMEA 0183 format is applied, the radar can
display the waypoint. To display the waypoint marker,
bearing data is necessary. (p. 39)
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until the “WPT” section becomes highlighted.
e Push [Ω ≈] to turn the waypoint indication ON or
OFF.
r Push [MENU] several times to exit the menu display.
NOTE: Turn SP (Short Pulse) this function during
normal operation. This function reduces the target
distance resolution. (p. 23)
■ Bearing setting
The radar bearing interface accepts NMEA, N+1 or
AUX data format and the bearing can use a magnetic
or true north type. When a true north type bearing is
used, the variation from magnetic north, etc., can be
adjusted on 0.1˚ steps.
D Setting the bearing type
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until the “BRG” section becomes highlighted.
e Push [Ω ≈] to select magnetic or true north type.
• All displayed bearing readouts show the selected bearing type.
D Setting the magnetic variation
q Push [MENU] several times to call up the INT. SETTING menu.
w Push [Ú] until the “MAG VAR” sections becomes
highlighted.
e Push [Ω ≈] to select an AUTO* or MANUAL variation.
r When a MANUAL variation is selected, push [Ú],
then push [Ω ≈] to set the bearing variation.
t Push [MENU] to exit the menu display or push [Ú]
once to proceed to the bearing input setting.
*NOTE: NMEA data is required for auto variation. NEVER
select “AUTO” variation without NMEA data, incorrect variation data may entered.
13
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DISTANCE AND DIRECTION MEASUREMENTS
■ Distance measurement
Two measurement procedures are available with this
radar. Operating them separately or jointly is possible.
TYPE
DESCRIPTION
RING
Displays fixed rings.
Suitable for rough estimations from your
own ship to any target.
VRM1
Displays a variable range marker and activated by the [Ù Ú] for the range marker
selector.
Suitable for accurate measurements from
your own ship to a target.
VRM2
Normally functions the same as VRM1.
When the VRM1 and EBL1 selects a target, the center of VRM2 appears at the
intersection point.
Suitable for accurate measurements from
target to target.
The distance unit, nautical miles (NM) or kilometers
(KM) is selected in the FUNCTION menu (p. 6).
D Using the fixed rings
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until the “RING” section becomes highlighted.
e Push [≈] to select RING function ON and display
the fixed ring.
Ring range readout
(0.25)
NM C U R S
SOG 0.0KT
0 1 4 . 6˚ T
H UP
T.V E C T
0.9 0 0 N M
HDG
IR
ES
• The interval range appears on the right of the screen
range readout.
• The ring range is fixed depending on the screen range.
(See below.)
r Push [MENU] several times to exit the menu.
t To clear the fixed rings, push [Ω] to select OFF in
step e above.
Fixed ring
EBL1
EBL2
WPT
CURS
VRM1
VRM2
34˚ 37.72N
1 3 5 ˚ 3 4 .4 2 E
Range (nm)
18
14
12
34
⁄
1 1.5 2
8 12 16 24 32 36 48*
Ring (nm)
1 20
⁄
1 20 1 10
⁄
⁄
14
⁄
14
⁄
14
⁄
12
⁄
12
⁄
⁄
⁄
⁄
NOTE: When the screen is shifted, the number of rings may differ.
*Available for the MR-1000TII only.
D Using the variable range marker
q Push [EBL1 (VRM1)] to display the VRM1 and
EBL1; then, push [Ù Ú] to set the marker.
• The range between the ship and the target is indicated
in the VRM readouts.
w Push [EBL2 (VRM2)] to display the VRM2 and
EBL2; then, push [Ù Ú] to set the marker.
• The range between the ship and the target is indicated
in the VRM readouts.
• When the VRM1 and EBL1 are displayed, the center of
VRM2 appears at the intersection point of the VRM1 and
EBL1.
• The VRM2 disappears when [EBL1 (VRM1)] is pushed.
e Push [EBL1 (VRM1)] to exit the menu display.
14
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DISTANCE AND DIRECTION MEASUREMENTS
■ Bearing and Distance measurement
This radar has 2 Electronic Bearing Lines (EBL) to indicate the target direction from your ship or a target.
D Using the EBL and VRM
3/4
NM CURS
SOG 00km/h
3240R
H UP
q Push [Ù Ú Ω ≈] to move the cursor on the desired
target.
w Push [EBL1 (VRM1)] to display the EBL1 and
VRM1.
TVECT 3M
1141NM
HDG
IR
EBL1
VRM1
EBL2
VRM2
EBL1
readout
EBL2
readout
EBL1
3151˚T
EBL2
2471˚T
WPT
34
POSN
VRM1 0503NM
VRM2 0359NM
VRM1 readout
VRM2 readout
• Push [Ω ≈] to rotate the electronic bearing line.
• Push [≈] to rotate clockwise and push [Ω] to rotate
counterclockwise.
• Push [Ù Ú] to increase or decrease the variable range
marker ring size.
• The EBL1 and VRM1 readouts indicate the target bearing and distance.
• The EBL readouts indicate the target bearing;
0 to 360°R
: Relative direction, when ‘360°R’ is selected in the EBL/PI of the FUNCTION
menu. (see p. 6)
P/S 0 to 180° : Bow direction, when ‘PT/SB’ is selected
in the EBL/PI of the FUNCTION menu.
(see p. 6)
0 to 360°T* : True or magnetic bearing, when selecting ‘TRUE’ in the EBL/PI of the FUNCTION menu. (see p. 6)
*Bearing data is required. (p. 39)
e Push [EBL1 (VRM1)] to clear the EBL1 and VRM1.
• Cursor remains on the display.
r Push [Ù Ú Ω ≈] to move the cursor on the desired
target.
t Push [EBL2 (VRM2)] to display the EBL2 and
VRM2 on the display.
• When the EBL1 and VRM1 are displayed, the beginning
of EBL2 and VRM2 appears at the intersection point of
the EBL1 and VRM1.
• The EBL2 and VRM2 disappears when [EBL1 (VRM1)]
is pushed.
y To clear the EBL1 and VRM1, push [EBL1 (VRM1)].
15
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Page 16
DISTANCE AND DIRECTION MEASUREMENTS
■ Advanced measurements
Using both Electronic Bearing Lines (EBL) and both
Variable Range Markers (VRM), the following advanced measurements can be made:
D Measuring the distance and direction between 2 targets
MTUNE
TVECT 3M
q Push [Ù Ú Ω ≈] to move the cursor on the desired
3/4 NM km/h
CURS\ 3171˚M 1141NM
H UP
HDG
SOG
target.
w Push [EBL1 (VRM1)] to display the EBL1 and
EBL1
EBL2
VRM1.
IR
ES
VRM2
• Push [Ω ≈] to rotate the electronic bearing line.
• Push [Ù Ú] to increase or decrease the variable range
marker ring size.
e Push [EBL2 (VRM2)] to display the EBL2 and
VRM2.
VRM1
• The intersection of the EBL1 and VRM1 becomes the
center of the EBL2 and VRM2.
r Push [Ù Ú Ω ≈] to move the cursor on the other
target.
ALM
GPS
GYRO
EBL1 3211˚M
EBL2 0890˚T
WPT
POSN
VRM1 0852NM
VRM20814NM
• Push [Ω ≈] to rotate the electronic bearing line.
• Push [Ù Ú] to increase or decrease the variable range
marker ring size.
t The VRM2 readout shows the distance between the
two targets. The EBL2 readout shows the direction
from one target to the other.
D Measuring the relative speed and course of a target
3/4 NM
SOG
CURS\
KT
TVECT 6M
3171˚M 1141NM
H UP
HDG
IR
ES
EBL1
VRM2
VRM1
EBL2
EBL1
EBL2
WPT
POSN
3211˚T
1714˚T
VRM1 0401NM
VRM2 0184NM
q Push [TRAILS] (p. 12) ON; then wait until the trail
time count up reaches to the TRAIL TIME.
w Set VRM1 and EBL1 to a previously plotted target
as described above.
e Set VRM2 and EBL2 to the current plotted position
of the same target as described as above.
r The VRM2 readout is a measure of target movement which can be converted into relative target
speed.
• For example, when a 6 min. trail time is selected, multiplying the distance by ten gives the relative average
speed of the target.
• If your ship is stationary during the plotting time, the
converted speed and direction become absolute.
• The converted speed unit is knots or kilometers/hour
when the selected unit in the FUNCTION menu is nautical miles (NM) or kilometers (KM), respectively.
t The EBL2 readout shows the course direction of the
target.
• Measuring the distance and course from a waypoint
q Display a waypoint. (see p. 13)
w Set VRM1 and EBL1 to the displayed waypoint targets as described above.
e Set VRM2 and EBL2 to a target (e.g. the next waypoint) as described above.
16
r The VRM2 readout shows the distance to the target
from the waypoint.
• The distance unit can be selected as nautical miles (NM)
or kilometers (KM) in the FUNCTION menu.
t The EBL2 readout shows the direction to the target
from the waypoint.
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Page 17
ALARM FUNCTION
The unit has an alarm function to protect your ship from collisions. If other ships or islands, etc. come into the preprogrammed alarm zone, the function alerts you with an alarm. You can set the desired range and bearing for an
alarm zone. While the alarm function is activated, the power save function turns the CRT OFF until an alarm is
given, to conserve power.
■ Alarm zone setting
D Setting and using the alarm function
(0.25)
NM CURS\
SOG177KT
3/4
q Push [+] or [–] to select the desired range.
w Push [Ω ≈ Ù Ú] to set the cursor to the starting
point of the alarm zone.
e Push and hold [ALM] for 1 sec. to enter the alarm
zone setting.
TVECT 3M
3143˚T 0397NM
H UP
HDG2739˚T
IR
ES
• The starting zone appears on the screen. (Fig. 1)
r Push [Ω ≈] to adjust an angle and push [Ù Ú] to
set the distance of the alarm zone.
• The selected alarm zone appears.
t Push [ALM] to fix the alarm zone and activate the
alarm function.
• “ALM” appears on the bottom of the screen.
• The selected alarm zone remains.
GPS
GYRO
EBL1
EBL2
WPT
CURS
VRM1
VRM2
Fig. 1
34˚ 3772N 135˚ 3442E
• Push [ALM] to cancel the alarm signal and function .
Push
[Ω ≈ Ù Ú]
(0.25)
NM CURS\
SOG177KT
3/4
y If a target comes into or goes out of the alarm zone,
an alarm beep is emitted.
u To deactivate the alarm function, push [ALM].
• “ALM” and alarm zone disappear from the screen.
i To activate the alarm function again with the same
programmed zone, push [ALM].
TVECT 3M
0525˚T 0189NM
H UP
HDG2739˚T
IR
ES
• “ALM” and pre-programmed alarm zone appears. (Fig. 2)
• Using the function with power saver
To activate the power save function, push and hold [TX
(SAVE)] for 1 sec. while the alarm function is turned
ON.
“ALM”
appears
GPS
GYRO
EBL1
EBL2
WPT
CURS
• The CRT display turns OFF.
• When a target comes into the alarm zone, an alarm signal is emitted, the CRT display turns ON and the power
save function is cancelled.
ALM
VRM1
VRM2
34˚ 3772N 135˚ 3442E
Fig. 2
■ Zone alarm setting
Zone alarm beep is emitted when the target comes
into the zone, or the target goes out of the zone. (p. 6)
Target (other ship, etc.)
Alarm zone
Alarm sounds when the target
comes into the zone.
q Push [MENU] several times to call up the FUNCTION menu.
w Push [Ú] until the “ZONE ALARM” section becomes
highlighted.
e Push [Ω ≈] to select IN or OUT
• IN
Fig. 3
: Alarm sounds when the target comes into the
zone. (see Fig. 3)
• OUT: Alarm sounds when the target goes out of the
zone.
17
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ATA (Automatic Tracking Aid)
■ ATA (Automatic Tracking Aid)
By tracking automatically the target chosen by the cursor key, the closest point of approach (CPA) and the time to
closest point of approach (TCPA) limit of a own ship and a target are calculated.
ATA is the function to tell about to alarm sound, when both CPA and TCPA becomes below a setting value (the approach watch area).
The range of the target which can be registered is taken as a target with a highest luminosity level of 0.2–16 miles.
• Max. 10 targets can be plotted on the screen.
• Plot positions shall be identified by an approved symbol mark (p. 20) and associated plot number.
• The vector origin will move across the screen at a rate and direction defined by the calculated true or relative
course and speed.
• The vector will be displayed on the target.
• Display accuracy may increase by the self-ship and course change of target or acceleration, slowdown, etc.
■ ATA menu setting
Set the ATA menu items before using the ATA function.
A T A MENU
ATA
No.DISP
VECT
OWN VECT
ALARM
CPA LIMIT
TCPA LIMIT
OFF
OFF
TRUE
OFF
OFF
1.0NM
1 MIN
ON
SEL
REL
ON
ON
ALL
q Push [MENU] several times to turn the ATA menu
ON.
w Push [≈] to turn the ATA function ON.
e Push [Ú] to select the “No. DISP” to select the target identification number type which appears at the
right side of the mark. Push [Ω ≈] to select the appropriate type.
• OFF: No number appears.
• SEL: Number appears by the selected mark only.
• ALL: All numbers appear by the marks.
r Push [Ú] to select “VECT”; push [Ω ≈] to select the
vector type.
• TRUE (True vector):
The predicted true motion of a target as the result of your
own ship’s direction and speed input.
• REL (Relative vector):
The predicted movement of a target relative to your own
ship.
t Push [Ú] to select “OWN VECT”; push [Ω ≈] to turn
the own vect function ON or OFF.
• OFF: For not displaying the own ship vector.
• ON: To display your own ship’s vector.
y Push [Ú] to select “ALARM”; push [Ω ≈] to turn the
alarm function ON or OFF.
• ATA alarm is emitted when both CPA and TCPA reaches
the limit.
u Push [Ú] to select the “CPA* LIMIT”; push [Ω ≈] to
set the CPA limit distance.
i Push [Ú] to select the “TCPA* LIMIT”. Push [Ω ≈]
to set the TCPA limit time.
*CPA/TCPA: Closest Point of Approach and Time to
Closest Point of Approach limit is defined by the observer to a given warning when a target or targets are
close to within those limits from your own ship.
o Push [MENU] to exit the ATA menu.
18
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ATA (Automatic Tracking Aid)
■ ATA operation
Select the target which you want to track on the display.
NEW
q Push [Ù Ú Ω ≈] to move the “+” cursor on the desired target.
w Push [TARGET] for 1 sec. to select the target for
tracking.
DIST
SPD
TCPA
BRG
CSE
CPA
Identification No.
Bearing
No.10 BRG
CSE
0:20 CPA
Distance Speed
Course
305.7T DIST
081.3T SPD
5.9NM TCPA
Closest Point of
Approach
Passage of time
11.43NM
12.3KT
0:50
Time to Closest Point of
Approach
■ Plotting marks
• Dotted square symbol appears on the cursor.
• Target identification number, bearing, distance readout,
course (CSE), speed (SPD), CPA and TCPA appear in
the information screen.
• Timer starts to count the progressing time.
• The vector appears on the target, after the progressing
time of 20 sec. has passed.
• It changes to the circle display of a solid line and a vector display, and tracking operation is decided, after the
progressing time of one min. has passed.
• When the target which is following disappears, a mark
changes to a lozenge and is blinked. A mark disappears
after one min..
• When a target advances within a setting value, a mark
changes to a triangle, blinks and sounds alarm sound.
Alarm sound will be cancelled if one of key is pushed.
• To cancel the target setting, move the cursor on the target, then push [TARGET] for 1 sec.
• [TARGET] is pushed for changing the display of
EBL/VRM etc. to target information.
• In order to choose target which displays information,
cursor is united with target and [TARGET] is pushed.
There are 5 kinds of plotting marks.
: Selected, uncalculated mark.
: Selected, calculated mark.
: Normal, calculated mark.
: CPA/TCPA alarm mark. The target is
close to within a minimum range and
time. Alarm emit indicator. Push [TARGET] to cancel the alarm.
: When the tracking of a target disappears.
■ Course and speed vector
Target’s predicted
positon
Vector
Vector time
The vector indicates the target’s predicted, true or relative course and speed.
• Vector time may change depending on the TRAIL TIME setting. (see VIDEO menu, p. 6)
• The tip of the vector shows the target’s predicted position
after a certain time, which has been selected in the “TRAIL
TIME”.
Current position
19
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Page 20
ATA
■ Plots
Plot displays past position of targets every 1 min. as 3
dots.
q Target goes straight.
w Target turns right.
e Target reduces speed.
r Target increases speed.
20
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BASIC RADAR THEORY
Radar uses a form of electromagnetic radiation, which like light, can be reflected. Because of this property, some
objects may cause false echoes on the screen where in fact no targets actually exist.
These echoes may appear if a large vessel, bridge, or tank is in proximity. Operators should be familiar with the effects of these phenomena. In some cases, echoes can be reduced.
■ Side-lobe echoes
Radiation can escape on each side of the beam inside
the lobes. If a target reflects this radiation, it will be displayed on the screen as an echo.
Main beam
Side-lobe echoes usually occur at short ranges and as
a result of large (strongly reflective) targets. They can
be reduced with proper adjustment of the [SEA] control.
See p. 10 for the [SEA] control.
Side lobes
True
echo
False
echoes
■ Indirect echoes
Indirect echoes may be returned from either a passing
ship, or returned from a reflecting surface, such as a
mast on your own ship.
An indirect echo from a reflecting surface will appear
on a different bearing from the direct (true) echo, but
the distance will be approximately the same for both.
Target
True echo
Scanner
False echo
Mast or
similar obstruction
Target
Own ship
True echo
Bridge
Indirect echo
An echo is reflected at this point.
21
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BASIC RADAR THEORY
■ Multiple echoes
Multiple echoes may appear when a short-range and
strong echo is received from a ship, bridge, or breakwater.
Multiple echoes will appear beyond the target’s true
echo point on the same bearing of a large target. They
can be reduced with proper adjustment of the [SEA]
control.
See p. 10 for the [SEA] control.
False echoes
True echo
Own ship
Another ship
■ Minimum range
Detection at short range is very important. Minimum
range is determined primarily by transmitter pulse
length, vertical beam width and height of the scanner
unit. The shorter the transmission time, the quicker the
return echoes can be received and their distance measured.
The ability to see targets very close to the ship is decreased if the scanner is mounted too high off the
water, because the bottom of the vertical beam of the
scanner cuts off nearby targets.
Vertical beam width
This target can not be recognized with radar.
Pulse length
Pulse starting point
22
The target in this area can not be recognized.
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BASIC RADAR THEORY
■ Blind and Shadow sectors
Blind or Shadow sectors may exist because of obstructions such as masts, derricks or stacks. An obstruction may throw either a complete or partial
shadow as shown in the diagram below. If a target is in
a shadow sector, target echoes may not appear on the
screen.
Shadow sector
When tall and massive targets such as a large island
are located at close range also shadowed without producing any echoes. This phenomenon is called blind
sector. It is very important to know the bearings and
widths of all shadow sectors caused by your own
ship’s obstructions.
Blind sector
Mast or
similar
obstruction
Own ship
Large
island
Small
island
■ Target resolution
Target resolution is determined by the horizontal beam
width and transmit pulse width. Sometimes it is difficult
to detect two targets which are separated by short distances or which are in the same direction.
D Distance resolution
D Direction resolution
When two targets are separated by more than the
pulse width, they appear as two echoes.
When two targets are separated by more than the
horizontal beam width, they appear as two echoes.
When two targets are not separated by more than
the pulse width, they appear as 1 echo.
When two targets are not separated by more than
the horizontal beam width, they appear as one echo.
Target 1
Target 1
Transmit
pulse
Target 1
Target 1
Target 2
Target 2
Echoes
Scanner
Target 2
Target 2
Target 1
Target 1,2
Transmit
pulse
Target 2
Echo
Scanner
Target 1, 2
Target 1, 2
23
;
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INSTALLATION AND CONNECTIONS
■ Connecting the units
PWR
Power supply
10.2 to 42 V DC
Red: +
Black: _
Supplied scanner unit
GND
NEVER connect anything other than the supplied scanner unit.
Ground
NMEA1:
Bearing data input
NMEA1 connection
q N TXT
(NMEA 2 output)
w RXD
NMEA2 connection
i GND
u N.C
y AUX input (–); CLOCK
or N+1(–) data input
e NMEA 1 input (+)
or AUX input(+); DATA
NMEA2:
NMEA 0183 data input
Speed sensor input
t AUX input (+); CLOCK
or N+1(+); data input
r NMEA 1 input (–)
or AUX input (–); DATA
u GND (Speed sensor)
q NMEA 2
output (+)
y Speed sensor
input
w NMEA 2
output (–)
e NMEA 2
input (+)
t Regulated 12 V output.
(20 mA Max.)
r NMEA 2 input (–)
■ Power source requirement
D DC power source
DC input
Ground
CAUTION: Incorrect cable connection may dam-
age the radar.
The radar is designed for connection to any power
source if the voltage is 10.2–42 V DC, so that a 12, 24,
or 32 V DC battery can be used without a DC-DC converter, or any internal modifications.
• DC power cable connection
Connect the supplied DC power cable as shown in the
diagram.
■ Ground connection
To prevent electrical shocks and other problems, ground the display unit through the [GND] terminal on the unit’s
rear panel. For best results, connect a heavy gauge wire or strap to the nearest grounding point on the boat. The
distance between the [GND] terminal and the ground point should be as short as possible.
24
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Page 25
INSTALLATION AND CONNECTIONS
■ Installing the display unit
D Location
Select a place for installation which meets the following
important conditions:
D Mounting
The mounting bracket supplied with the display unit allows “dashboard” or “overhead” mounting.
q The display unit should be placed near the wheel in
the cabin so that an operator may easily view the
radar screen while facing the bow.
w To minimize interference, KEEP the unit AT LEAST
THE COMPASS SAFE DISTANCE stated in the serial No. seal on the rear panel away from the compass and navigation receiver.
e Select a position where there is no danger of salt or
fresh water spray or immersion.
r Select a location where it is easy to perform maintenance or adjustment after installation.
t Select a location which can support the weight of
the display unit.
y DO NOT select areas subject to extreme heat, cold,
vibrations or direct sunlight.
q Hold the mounting bracket up to the selected location and mark pilot holes for the 5 installation holes
using the template.
• SX-2713/2779 Mounting Bracket
• Mounting Bracket installation
• The template is provide on p.41.
w Drill 5 holes of 3 mm (1⁄8 in) in diameter as shown
in the diagram. (Fig. 1)
e Install the bracket using the screws, nuts, bolts or
washers, with the supplied accessories. (Fig. 2)
r Adjust the display unit to an adequate view angle.
t Install the supplied viewing hood.
250 (927⁄32)
195 (711⁄16)
Ø7 (9⁄32)×4
100 (315⁄16)
Ø7 (9⁄32)
60 (23⁄8)
30 (13⁄16)
97.5 (327⁄32)
Fig. 1
Fig. 2
• SX-2713/2779
269 (1019⁄32)
258 (105⁄32)
48
(129⁄32)
• Viewing hood installation
MARINE RADAR
MODE
OFF CENT
EBL1
VRM1
EBL2
VRM2
PI
BRILL
HL OFF
MENU
132
TRAILS
ZOOM
ALM
287 (117⁄16)
MOB
TARGET
264 (1013⁄32)
TX
SAVE
(53⁄16)
132 (53⁄16)
POWER
25
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Page 26
INSTALLATION AND CONNECTIONS
■ Mounting the EX-2714 scanner unit
D Location
D Mounting
q Drill four holes of 12 mm (1⁄2 in) in diameter using
the template.
w If the mounting surface or platform is metal, apply
sealing compound around the holes to prevent corrosion and to waterproof the unit.
e Fix the scanner unit to the selected position with
bolts of 10 mm (3⁄8 in) in diameter, with flat and
spring washers. The supplied bolts are two lengths:
25 mm (1 in) or 50 mm (2 in).
WARNING: BE SURE [POWER] is OFF when-
ever you are working with the scanner unit.
The scanner unit is designed to be weatherproof and
completely watertight. Select a place for installation
which meets the following important conditions.
q The scanner unit must be near the boat’s center line
and have a good view in every direction. Be sure
there are no objects in the surrounding area which
will intercept the scanning beam.
w KEEP the scanner unit away from any smokestacks. Smoke can damage the unit.
e When the boat is equipped with a radio directional
finder (RDF) system, keep the scanner unit at least
2 m (6.6 ft) away from any RDF antenna.
CAUTION: SECURE the four bolts tightly.
• Radiation from the scanner unit can affect the measurement data of RDF equipment.
r The unit should be placed as high as possible (at
least 5.5 m; 18 ft vertically above the main deck and all
possible personnel) on the boat to obtain best performance with maximum range. (See p. 51 for details)
t If you install two or more radar in one boat, install
one above, and one below.
y The mounting surface must be parallel with the
boat’s waterline.
u If the height is insufficient to install the scanner unit,
build a special frame for installation.
Ship’s bow direction
90.5 (39⁄16) 90.5 (39⁄16)
243 (99⁄16)
Ship’s bow direction
607 (2329⁄32)
45.5 (113⁄16) 150.5 (515⁄16)
26
Unit: mm (in)
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INSTALLATION AND CONNECTIONS
■ Wiring the EX-2714 system cable
CAUTION: NEVER cut the supplied system cable.
q Loosen the four bolts using a hex head wrench on
the bottom of the scanner unit, and open the unit.
w Loosen the nut on the scanner unit and pass the
system cable through the nut and sealing tube.
e Insert the PA cable (black and white) connector to
the PA unit connector J1. (*1; Be sure to follow the
following diagram carefully)
r Connect the shielding wire to the ground plate with
the screw as shown in the diagram.
t Clamp the system cable with the ferrite bead attached near the sealing connector. Be sure to clamp
it tightly.
y Connect the power cable (black and red) end to the
power unit connector. (*2; Be sure to follow the following diagram carefully).
u Tighten the sealing-nut, then replace the radome
cover over the scanner unit.
DO NOT stretch the system cable too much, otherwise miss contact of the connector may occur.
i Tighten the four bolts on the bottom of the scanner
unit.
• The four projections around the circumference of
the radome cover show the positions of the bolt
receptacles.
• Scanner unit disassembly
Face the Ω mark in the direction
of the ship’s bow.
Ship’s bow direction
Stern
System cable
Scanner unit disassembly
• Connect the system cable
PA cable
Power cable
Round the PA
cable twice.
Ferrite bead
Shielding
wire
*1; PA cable
*2; Power
connector
Sealing tube
Nut
27
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Page 28
INSTALLATION AND CONNECTIONS
■ Mounting the EX-2780 scanner unit
WARNING: BE SURE [POWER] is OFF whenever you are working with the scanner unit.
The scanner unit is designed to be weatherproof and
completely watertight. Select a place for installation
which meets the following important conditions.
q The scanner unit must be near the boat’s center line
and have a good view in every direction. Be sure
there are no objects in the surrounding area which
will intercept the scanning beam.
w KEEP the scanner unit away from any smokestacks. Smoke can damage the unit.
e When the boat is equipped with a radio directional
finder (RDF) system, keep the scanner unit at least
2 m (6.6 ft) away from any RDF antenna.
• Mounting
q Drill four (4) holes of 12 mm (1⁄2 in) in diameter
using the template.
w If the mounting surface or platform is metal, apply
sealing compound around the holes to prevent corrosion and to waterproof the unit.
e Fix the scanner unit to the selected position with
bolts of 10 mm (3⁄8 in) in diameter, with flat and
spring washers. The supplied bolts are two lengths:
25 mm (1 in) or 50 mm (2 in).
CAUTION: SECURE the four bolts tightly.
• Radiation from the scanner unit can affect the measurement data of RDF equipment.
r The unit should be placed as high as possible (at
least 5.5 m; 18 ft vertically above the main deck and all
possible personnel) on the boat to obtain best performance with maximum range. (See p. 51 for details)
381 (15)
• Location
Ship’s bow direction
190 (715⁄32)
t If you install two or more radar in one boat, install
one above, and one below.
y The mounting surface must be parallel with the
boat’s waterline.
u If the height is insufficient to install the scanner unit,
build a special frame for installation.
399 (1723⁄32)
5.
(7
⁄32
11 (7⁄16)
262 (105⁄16)
Ship’s bow direction
281 (111⁄16)
98 (37⁄8)
1200 (471⁄4)
248 (93⁄4)
302 (1129⁄32)
28
152 (531⁄32)
190 (715⁄32)
20.5 (13⁄16)
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INSTALLATION AND CONNECTIONS
■ Wiring the EX-2780 system cable
CAUTION: NEVER cut the supplied system cable.
q Loosen the four bolts using the supplied hex head
wrench on the bottom of the scanner unit, and open
the unit. (Fig. 1)
w Loosen the nut on the scanner unit and pass the
system cable through the nut and sealing tube.
(Fig. 3)
e Connect the power cable (black and red) end to the
power unit connector through the rouped cable tie.
(Fig. 2)
r Insert the PA cable (black and white) connector to
the PA unit connector. Be sure to follow the diagram
below carefully. (Fig. 2)
t Connect the shielding wire to the chassis with the
screw as shown in the diagram. (Fig. 2)
• Fix the PA cable with the rouped cable tie as illustrated
in Fig. 2.
Fig. 1
Shielding wire
Power cable
Cable tie
PA cable
System cable
Sealing bush
y Clamp the system cable with the cable clamp metal
fitting using a screw near the sealing connector. Be
sure to clamp it tightly. (Fig. 3)
u Clamp the system cable with the ferrite core attached near the sealing connector. Be sure to clamp
it tightly. (Fig. 3)
Tighten the ferrite bead with cable tie.
i Tighten the sealing-nut (Fig. 3), then replace the
radome cover over the scanner unit. (Fig. 1)
DO NOT stretch the system cable too much, otherwise miss contact of the connector may occur.
o Tighten the four bolts on the bottom of the scanner
unit. (Fixing torque: 9.8 N•m)
Fig. 2
*Cable clamp
Nut
Fig. 3
*Ferrite bead
*Cable tie
29
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INSTALLATION AND CONNECTIONS
■ Fixing the EX-2780 scanner unit
q Put the scanner unit*1 on the stay, then fix the antenna rotor with installation bolts of 8 mm (5/16 in)
in diameter, with flat and dish washers and a sealing washer. Be sure to keep the direction of the dish
washer correct as shown in the diagram*2. (Fig. 4)
w Apply lubricant specified below or an equivalent one
to the motor bearing*3, if required.
• Manufacture: ESSO
Type:
BEACON 325
e Connect the grounding wire to the ground plate with
the supplied terminal if required. (Fig. 5)
*3Lubricant spot
NOTE: When using the optional system cable.
Peel the outer sheath of the system cable when using
the optional system cable OPC-1078.
• BE CAREFUL ! DO NOT cut the inner shield wire
when peeling the outer sheath.
18±2
To the display
410±5
➨
➨
Peel the sheath
(Unit: mm)
*1Scanner unit
Stay
*2
Sealing
washer
Keep in this
direction
Installation
bolt
Fig. 4
Fig. 5
30
To the scanner
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Page 31
OTHER FUNCTIONS
10
D Antenna rotation speed
The antenna rotation speed can be selected from 48
rpm and 36 rpm. (Default: 48 rpm)
Pushing and holding [–] for 1 sec. to select 36 rpm rotation speed, pushing and holding [+] for 1 sec. to select 48 rpm rotation speed.
D Test pattern indication
To check the CRT indication distortion, a test pattern
can bee displayed.
While pushing and holding [MENU], turn power ON to
display the test pattern.
To return to normal operating condition, turn power
OFF then ON again.
D Para-simulation screen
The MR-1000RII/TII has para-simulation screen capability.
q While pushing and holding [BRILL], turn power ON.
w After the count down indication, stand-by screen appears.
e Push [TX (SAVE)] to display the para-simulation
screen.
r To return to normal operating condition, turn power
OFF then ON again.
D All reset
q While pushing and holding [TARGET], [EBL1
(VRM1)] and [EBL2 (VRM2)], turn power ON.
w Follow the guidance.
31
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Page 32
SERVICE MAN MENU
■ Service man menu
CAUTION: The SERVICE MAN MENU is available
for service purposes only. DO NOT change any setting on the menu, otherwise the equipment may not
operate at it’s original performance.
To open the “SERVICE MAN” menu.
Push [MENU] several times to show the “SERVICE
MAN” menu.
SERVICE MAN
ENGLISH
OUTPUT VOLTAGE 3 0 . 0
TIMING ADJ.
HDG ADJ.
0.0˚ HV
3 4 0
7 5
SPD ADJ.
2 4 0 0 0 MONITOR
0.55
SETUP MEMORY RECALL
HEATER
SAVE
MG
3.0
TX TIME
5731.0H
RANGE
1/8 3/4 2
6 16 36
1/4
8 24 48
1/2 1.5 4
12 32
D TIMING ADJ.
• Corrects the distance.
■ Select the language
D HDG ADJ.
• Adjusts the electronic heading line adjustment.
Menu screens can be displayed in 2 different
languages.
Selectable languages; ENGLISH,
(Hangul)
D SPD ADJ.
• Enter the pulse rate of the speed sensor.
After opening the “SERVICE MAN” menu;
q Push [Ù] to show the present language.
w Push [Ω ≈] to select desired language, then push
[Ú] to continue the setting.
e Push [MENU] to exit the “SERVICE MAN” menu.
D RANGE
• 1⁄8, 1⁄4, 1⁄2, 3⁄4, 1, 1.5, 2, 3, 4, 6, 8, 12, 16, 24, 32, 36,
48* : Choose the selectable screen range.
*MR-1000TII only
D SETUP MEMORY
• The present setting value is displayed by pushing [≈],
then select the desired item from “RECALL” and
“SAVE” using with [Ú].
q Push [≈] to display “RECALL” and “SAVE”.
w Push [Ù Ú] to select “RECALL” or “SAVE”.
e Push [≈].
• “SURE ?” is displayed.
r Push [≈] to perform.
t Push [Ω] to cancel.
• When recall is performed without saving a setup, it
will become an initial value at the time of factory
shipments.
D Other readouts
• OUTPUT VOLTAGE
: Shows the voltage level for the
scanner unit from the display unit.
• HV (High voltage) : Shows the voltage level in the
high-voltage unit in the scanner
unit.
32
• MONITOR
: Shows the voltage level for
checking the receiver unit operation.
• HEATER
: Shows the heater current.
• MG
: Shows the current level for the
Magnetron.
• TX TIME
: Shows the total transmitted time.
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SERVICE MAN MENU
11
■ TIMING adjustment
The system cable length affects the sweep timing.
When the cable length adjustment is not correct, a
straight target is shown as a curved echo. Thus, cable
length adjustment is necessary.
q Position your boat near a straight target such as
breakwater, wharf, etc.
w Push [–] several times to select 1⁄8 or 1⁄4 NM range.
Proper adjustment
e Push [TX (SAVE)] to display the target on the
screen.
r Push [MENU], [Ú] and [≈] several times to display
the “SERVICE MAN” menu.
t Push [Ú] until the “TIMING ADJ.” section becomes
highlighted.
y Push [Ω ≈] to adjust the echo until it becomes
straight. (see below)
u Push [MENU] to return to the normal screen.
Improper, pulling inward
Improper, pushing outward
■ HDG adjustment
If the heading marker line differs from the exact bow
direction, correct the heading marker line as follows.
This function may be helpful when the scanner has not
been mounted exactly in the direction of the bow.
NM
SOG
CURS
000.0˚R
H UP
q Line up the bow of the boat with an identifiable target.
w Push [TX (SAVE)] to display the target on the
screen.
e Push [MENU], [Ú] and [≈] several times to display
the “SERVICE MAN” menu.
r Push [Ú] until the “HDG ADJ.” section becomes
highlighted.
t Push [Ω ≈] to adjust, until the target matches the
heading marker. (the difference can be read out on
the menu screen)
y Push [MENU] to return to the normal screen.
T.V E C T
0.000N M
HDG
NM
SOG
CURS
000.0˚R
H UP
T.V E C T
0.000N M
HDG
IR
IR
ES
ES
Angle of difference
Push [Ω ≈]
SERVICE MAN
ENGLISH
TIMING ADJ.
0.0˚
HDG ADJ.
24000
SPD ADJ.
SETUP MEMORY
RANGE
1/8
1/4
1/2
OUTPUT VOLTAGE 3 0 . 0
HV
3 4 0
7 5
MONITOR
0.55
HEATER
MG
3.0
TX TIME
5731.0H
3/4 2
16 36
24 48
1.5 4
12 32
SERVICE MAN
ENGLISH
OUTPUT VOLTAGE 3 0 . 0
TIMING ADJ.
10.0˚ HV
HDG ADJ.
3 4 0
7 5
2 4 0 0 0 MONITOR
SPD ADJ.
0.55
SETUP MEMORY
HEATER
MG
3.0
TX TIME
5731.0H
RANGE
1/8 3/4 2
16 36
1/4
24 48
1/2 1.5 4
12 32
33
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11 SERVICE MAN MENU
■ SPD adjustment
q Push [MENU], [Ú] and [≈] several times to display
the “SERVICE MAN” menu.
w Push [Ú] until the “SPD ADJ.” section becomes
highlighted.
e Push [Ω ≈] to enter the pulse rate (pulse numbers
per one nautical mile) of the speed sensor unit.
r Push [MENU] to return to the normal screen.
■ RANGE selection
SERVICE MAN
ENGLISH
OUTPUT VOLTAGE 3 0 . 0
TIMING ADJ.
HDG ADJ.
0.0˚ HV
3 4 0
7 5
SPD ADJ.
2 4 0 0 0 MONITOR
0.55
SETUP MEMORY
HEATER
MG
3.0
TX TIME
5731.0H
RANGE
1/8 3/4 2
6 16 36
1/4
8 24 48
1/2 1.5 4
12 32
*1⁄4 NM range will be skipped.
q Push [MENU], [Ú] and [≈] to display the “SERVICE
MAN” menu.
w Push [Ú] until the “RANGE” section becomes highlighted.
e Push [Ù Ú] to choose the selectable screen ranges
with [+] or [–] on the display.
r Push [Ω] to skip from the range selection, or push
[≈] to cancel skipping.
t Push [MENU] to return to the normal screen.
Selectable ranges: 1⁄8, 1⁄4, 1⁄2, 3⁄4, 1, 1.5, 2, 3, 4, 6, 8,
12, 16, 24, 32, 36, 48* (NM)
*48 NM range is available for the MR-1000TII only.
34
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ERROR MESSAGE
12
■ Error message list
Message
BRG INPUT
Condition
FAIL*1
• The Azimuth signal is interrupted. An alarm tone is emitted within
5 sec. and the display reverts to H UP mode in approx. 1 min.
TRIG SIGNAL FAIL*1
• If the TRIGGER signal is interrupted for more than 15 sec., an alarm
tone is emitted.
SHM SIGNAL FAIL*2
• If the SHM signal is interrupted for more than 15 sec., an alarm tone is
emitted.
POSN INPUT FAIL*1
• If the position signal is interrupted for more than 15 sec., an alarm tone
is emitted.
CHECK SCANNER CONNECTION*4
• The system cable may not be connected properly.
*1 Push any key to cancel the error message and beep tone. Turn the power OFF, then check the external data
cable connection.
*2 An electricity failure may occur, turn the power OFF, then consult your dealer or service man.
*3 Push any key to cancel the error message and beep tone.
*4 Turn the power OFF, then check the system cable connections.
35
MR-1000R2_T2_FCC.qxd
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MAINTENANCE
Continued, reliable operation of the radar depends on how you care for your equipment. The simple maintenance
tips that follow can help you save time and money, and avoid premature equipment failures.
■ Periodic maintenance
WARNING: BE SURE the power is OFF before
performing any maintenance.
q Keep the equipment as clean as possible.
• Use a soft cloth to remove dirt, dust and water.
w Check all hardware for loose screws, bolts, etc.
e Check cables and terminal connections.
■ Scanner unit maintenance
WARNING: BE SURE the power is OFF before
working on the radar.
D Cleaning
q Wipe the surface of the scanner with a clean soft
cloth.
• DO NOT use strong solvents such as benzene or alcohol.
w Check that there is no drift or caked salt.
• A heavy deposit of dirt or caked salt on the painted surface of the upper scanner unit will cause a considerable
drop in radar performance.
e Check for cracks or deterioration of the rubber
packing and replace it if necessary.
D Painting (MR-1000TII only)
To prevent the corrosion, paint the surface of the
scanner body (except the antenna unit) twice a year
or more.
D Mounting
Check the mounting bolts of the scanner unit and
tighten if necessary.
■ Display unit maintenance
WARNING: BE SURE the power is OFF before
working on the radar.
D Cleaning
Dirt on the CRT will, in time, leave a film of contaminates which tend to dim the picture.
q Wipe the surface of the display unit with a clean soft
cloth.
• DO NOT use strong solvents such as benzene or alcohol.
w If the picture is still dim, clean the CRT screen.
■ Options
• OPC-1077 SYSTEM CABLE
Allows you to install the display unit and scanner up to 20 m (655⁄8 ft) apart.
• OPC-1078 SYSTEM CABLE
Allows you to install the display unit and scanner up to 30 m (987⁄16 ft) apart.
36
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SPECIFICATIONS
14
D General
: 25 m; 82 ft (when measurement range is 1⁄8 NM)
: 36 NM (MR-1000RII; when measurement range is 36 NM)
48 NM (MR-1000TII; when measurement range is 48 NM)
• Measurement range
: 1⁄8, 1⁄4, 1⁄2, 3⁄4, 1, 1.5, 2, 3, 4, 6, 8, 12, 16, 24, 32, 36,
48* (NM)
*MR-1000TII only
• Preheat time
: 90 sec.
• Connection length between display and scanner unit : 15 m; 497⁄32 ft (MR-1000RII),
20 m; 655⁄8 ft (MR-1000TII, optional for MR-1000RII),
30 m; 987⁄16 (optional)
• Minimum range
• Maximum range
D Scanner unit
◆ EX-2714 (Radome)
• Type
• Rotation speed (typical)
• Beam width (typical)
• Side lobe (typical)
• Polarization
• Transmission frequency
• Peak output power
• Pulse width
• Mixer and Local Oscillator
• Transmitting Tube
• Modulator
• Duplexer
• Tuning system
• Intermediate frequency
• IF Band width
• Dimensions
• Usable temperature range
• Relative Humidity
• Weight
◆ EX-2780 (Open array)
• Type
• Rotation speed (typical)
• Beam width (typical)
• Side lobe (typical)
• Polarization
• Transmission frequency
• Peak output power
• Pulse width
• Mixer and Local Oscillator
• Transmitting Tube
• Modulator
• Duplexer
• Tuning system
• Intermediate frequency
• IF Band width
• Diameter of rotation/height
• Usable temperature range
• Relative Humidity
• Weight
: 2 feet Slotted Waveguide Array, enclosed in a radome.
: 24 rpm, 36 rpm, 48 rpm (typ.)
: Horizontal beam
4˚ (typ.)
Vertical beam
22˚ (typ.)
: –18 dB
: Horizontal
: 9410 MHz ±30 MHz P0N
: 4 kW
: 80 nS/2880 Hz, 80 nS/2160 Hz, 250 nS/2160 Hz,
350 nS/2160 Hz, 900 nS/720 Hz.
: Microwave Integrated Circuit
: Magnetron MAF1421B
: FET switching
: Circulator
: Automatic/manual selectable
: 60 MHz
: 10 MHz, 3 MHz
: 607 (Ø)×243 (H) mm; 2329⁄32 (Ø)×99⁄16 (H) in
: –25˚C to +70˚C; –13˚F to 158˚F
: Less than 95% at 35˚C (+95˚F)
: Approx. 8 kg; 175⁄8 lb (without cable)
: 120 cm Slotted Waveguide Array
: 24 rpm, 36 rpm, 48 rpm (typ.)
: Horizontal beam
2˚ (typ.)
Vertical beam
25˚ (typ.)
: –24 dB
: Horizontal
: 9410 MHz ±30 MHz P0N
: 4 kW
: 80 nS/2880Hz, 80 nS/2160 Hz, 250 nS/2160 Hz,
350 nS/2160 Hz, 900 nS/720 Hz.
: Microwave Integrated Circuit
: Magnetron MAF1421B
: FET switching
: Circulator
: Automatic/manual selectable
: 60 MHz
: 10 MHz, 3 MHz
: 1205/381 mm; 477⁄16/15 in
: –25˚C to +70˚C; –13˚F to 158˚F
: Less than 95% at 35˚C (+95˚F)
: Approx. 17 kg; 3715⁄32 lb (without cable)
37
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14 SPECIFICATIONS
D Display unit
• CRT display
• Pixels
• CRT mounting
• Input
• Power supply requirement
• Power consumption (at wind velocity zero)
• Usable temperature range
• Relative humidity
• Dimensions
• Weight
: 10-inch green display
: 640×480 dot
: Vertical
: NMEA 0183 format (for navigation receiver) ; N+1 format (flux gate compass sensor), AUX
: 10.2 to 42 V DC
: Approx. 60 W (MR-1000RII)
Approx. 70 W (MR-1000TII)
: –15˚C to +55˚C; +5˚F to 131˚F
: Less than 95% at 35˚C (+95˚F)
: 269 (W)×264 (H)×258 (D) mm
; 1019⁄32 (W)×1013⁄32 (H)×105⁄32 (D) in
: Approx. 6.5 kg; 145⁄16 lb
All stated specifications are subject to change without notice or obligation.
38
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EXTERNAL DATA LIST
15
The following external bearing, speed, position and way point data is (are) required , when you use the radar functions.
EXTERNAL DATA INPUT
NMEA2*2
NMEA1*2
“HDT”, “HDM”
N+1, AUX
FUNCTION
DISPLAY
HEAD UP
HU
COURSE UP
CU
Required
NORTH UP
NU
Required
TRUE MOTION
SPEED DISPLAY
OG*1
TM
Required
TW*1
TM
Required
OG*1
SOG
TW*1
HEADING BEARING
WPT
OG*1
TW*1
MOB
ATA
LOG
Required
Required
“RMC”, “GGA” or “GLL”, “GNS”
Required
“RMC” or “VTG”
Required
LOG
OG*1
ATA
Required
“RMC” or “VTG”
TW*1
ATA
Required
LOG
time of arrival
TW*1
WAY POINT
LOG
Required
VRM/PI/WPT/MOB estimated
POSITION
“RMC”, “GGA” or “GLL”, “GNS”
MOB
OG*1
MAGNETIC VARIATION (AUTO)
SPEED
“RMC” or “VTG”
STW
HDG
WAY POINT
OWN VECTOR
BEARING
“RMC”, “GGA”, “GLL”, “VTG”, “WPL”, “BWC”, LOG, “GNS”
“WPL” or “BWC”
“RMC”, “GGA” or “GLL, “GNS”
“RMC” or “VTG”
LOG
“RMC” or “VTG”
*1 OG; Over ground, TW; Through the water
*2 NMEA1 and NMEA2 connectors; See p. 24
• “HDT”, “HDM”, “RMC”, “GGA”, “GLL”, “VTG”, “WPL”, “GNS” and “BWC” are SENTENCES of the NMEA0183.
• If BRG INPUT is set to “GPS”, “RMC” of NMEA2 connector or COG (Course Over the Ground) of “VTG” a bow it
receives as a direction, even if there is no direction information (compass etc.) in NMEA1 connector, the screen
display of the North rise etc. is possible.
However, direction accuracy falls when the speed of a ship is set to 2 or less kts, or when exceeding 3 kts a bow
it does not receive as direction data. Moreo, the influence of measurement position accuracy or a current an actual
bow it may differ from a direction.
39
Radius is
3.5 mm
(1⁄8 in)
Radius is
3.5 mm
(1⁄8 in)
195 mm (711⁄16 in)
250 mm (927⁄32 in)
05.5.17 9:18
97.5 mm (327⁄32 in)
• SX-2713/2779
Display mounting bracket template
MR-1000R2_T2_FCC.qxd
Page 41
100 mm (315⁄16 in)
60 mm (23⁄8 in)
30 mm (13⁄16 in)
• EX-2714 Radome template
45.5 mm (125⁄32 in)
150.5 mm (515⁄16 in)
Radius is 6 mm
(1⁄4 in)
90.5 mm (39⁄16 in)
Ship’s bow direction
90.5 mm (39⁄16 in)
•EX-2780
Open array type
template
Radius is 6 mm
(1 ⁄ 4 in).
190 mm (715⁄32 in)
131 mm (55⁄32 in)
Ship’s bow direction
131 mm (55⁄32 in)
MR-1000R2_T2_FCC.qxd
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Page 51
RADAR OPERATOR WARNING
Icom requires the radar operator to meet
the FCC Requirements for Radio Frequency Exposure. A slotted waveguide
array antenna with gain not greater than
W ARN ING
27 dBi must be mounted a minimum of 5.5
meters (measured from the lowest point of the
antenna) vertically above the main deck and all possible personnel. This is the minimum safe separation
distance estimated to meet all RF exposure compliance requirements. This 5.5 meter distance is based
on the FCC Safe Maximum Permissible Exposure
(MPE) distance of 3.5 meters added to the height of an
adult (2 meters) and is appropriate for all vessels.
For watercraft without suitable structures, the antenna
must be mounted so as to maintain a minimum of 1
meter vertically between the antenna, (measured from
the lowest point of the antenna), to the heads of all persons AND all persons must stay outside of the 3 5
meter MPE radius.
Do not transmit with radar and antenna when persons
are within the MPE radius of the antenna, unless such
persons (such as driver or radar operator) are shielded
from antenna field by a grounded metallic barrier. The
MPE Radius is the minimum distance from the antenna axis that person should maintain in order to
avoid RF exposure higher than the allowable MPE
level set by FCC.
FAILURE TO OBSERVE THESE LIMITS MAY
ALLOW THOSE WITHIN THE MPE RADIUS TO EXPERIENCE RF RADIATION ABSORPTION WHICH
EXCEEDS THE FCC MAXIMUM PERMISSIBLE EXPOSURE (MPE) LIMIT.
IT IS THE RESPONSIBILITY OF THE RADAR OPERATOR TO ENSURE THAT THE MAXIMUM PERMISSIBLE EXPOSURE LIMITS ARE OBSERVED AT
ALL TIMES DURING RADAR TRANSMISSION. THE
RADAR OPERATOR IS TO ENSURE THAT NO BYSTANDERS COME WITHIN THE RADIUS OF THE
MAXIMUM PERMISSIBLE EXPOSURE LIMITS.
Determining MPE Radius
THE MAXIMUM PERMISSIBLE EXPOSURE (MPE)
RADIUS HAS BEEN ESTIMATED TO BE A RADIUS
OF ABOUT 3.5 M PER OET BULLETIN 65 OF THE
FCC.
THIS ESTIMATE IS MADE ASSUMING THE MAXIMUM POWER OF THE RADAR AND ANTENNAS
WITH A MAXIMUM GAIN OF 27 dBi ARE USED FOR
A SHIP MOUNTED SYSTEM.
51
MR-1000R2_T2_FCC.qxd
A-6450H-1US
Printed in Japan
© 2005 Icom Inc.
05.5.17 9:18
Page 52
1-1-32 Kamiminami, Hirano-ku, Osaka 547-0003, Japan

---

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Format                          : application/pdf
Title                           : MR-1000T2/R2 Instruction Manual
Creator                         : Icom Inc.
Description                     : MARINE RADERS
Author                          : Icom Inc.
Subject                         : MARINE RADERS

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