JUE-95SA
INMARSAT mini-C
SHIP SECURITY ALERT SYSTEM
MOBILE EARTH STATION
INSTALLATION
MANUAL
PREFACE
Thank you for purchase of the JRC Inmarsat-C, Mobile Earth Station, JUE-95SA.
*Please read this Installation manual carefully and carry out proper installation.
*Please keep the manual importantly to refer when it is necessary.
*Please use it when questions and troubles are caused in installation, by any chance.
i
ATTENTIONS BEFORE USING
•
JRC can not accept responsibility for any loss due to incorrect operation, malfunction and other
causes except product guarantee condition and liability by law.
•
There is possibility that some functions of the terminal may not operate correctly depend on the
hardware and software version of equipment connected to the terminal. Please confirm your
equipment version before connection with the dealer or agent you purchased, or JRC branches.
•
Your communication data are transmitted via Inmarsat system and other global communications
system, so unusually some errors may occur in communication theory same as the landlines.
You are recommended to backup for your important data.
•
Usually, digital scrambling of Inmarsat system protects your communication data privacy.
However you are recommended to understand that your communication data might be intercepted
by special technology and unauthorized access in the communication theory.
•
Specifications of JUE-95SA and its accessories may change without notice for improvement.
ii
BEFORE INSTALLATION
About safety symbols
This manual and the terminal are indicated the following safety symbols for your correct operation
to prevent your and somebody’s injury or damage to the product and assets.
The symbols and descriptions are as follows.
You should understand well them before reading this manual and operating the terminal.
DANGER
WARNING
CAUTION
This symbol denotes that improper handling
poses a high risk of causing death or serious
injury.
This symbol denotes that improper handling
poses a risk of causing death or serious
injury.
This symbol denotes that improper handling
poses a risk of causing injury or damage to
the product and/or assets.
Example of symbols
The △ symbol denotes DANGER, WARNING or CAUTION.
The inside illustration of the △symbol denotes meaning of the DANGER,
WARNING or CAUTION more concretely. (This example warns of
possible electrical shock.)
The
symbol denotes prohibited action.
The inside illustration of the
symbol denotes the specific prohibited
action more concretely. (this example indicated disassembly is prohibited.)
The ● symbol denotes obligatory operation or instruction.
The inside illustration of the ● symbol denotes obligatory operation or
instruction more concretely. (this example indicates unplugging is the
obligatory instruction.)
iii
ABOUT WARNING LABEL
Below mentioned warning labels are put on JUE-95SA.
Do not take off, destroy or modify these labels.
Labels put on EME（2types）
＜Type1＞
INMARSAT-C EME
DO NOT PAINT
MODEL NAF-742SA
SERIAL NO.
RADOME
MADE IN JAPAN
Compass safe distance
Standard compass: 0.1m
Steering compass : 0.1m
＜Type2＞
WA R N I N G
Distances V.S Radiation Levels
DO NOT APPROACH
UNDER
TRANSMISSION
RADIATION HAZARD
Distance
Radiation
0.5m
10W / m2
0.3m
25W / m2
0.2m
100W / m2
Labels put on IME
INMARSAT-C
MODEL
JUE-95SA
SERIAL NO. GR10006
DATE
IME
MODEL
MASS
NTF-782SA
1.5kg
MADE IN JAPAN
R
001VZAA1011
警告
WA R N I N G
このカバーをはずすな
感電の恐れあり
HIGH VOLTAGE
DO NOT REMOVE
THE COVER
IMPORTANT
Compass safe distance
Standard compass: 0.1m
Steering compass : 0.1m
Notes
Attestation number which means safe, high-quality product and suits EU
instruction (Free circulation was permitted in the EU signatory).
R
001VZAA1011
Technological, standard agreement proof and attestation number issued by
Telecom Engineering Center Foundation in Japan.
iv
DANGERS DURING INSTALLATION
DANGER
Do not touch any internal parts with your hands or tools to avoid danger of electronic
shock.
The lithium battery is built into JUE-95SA(EME). Do not short-circuited of the
terminal, do not give the high impact, and wet it to water.
There is danger of exploding.
WARNINGS DURING INSTALLATION
WARNING
Do not bring JUE-95SA(EME) close to the fire, or put it in the fire. It causes the
explosion, generation of heat, and the ignition of a built-in lithium battery.
Do not approach the EME while transmitting, It transmits microwave and strong
microwave might be cause injury.
If a foreign substances, such as metal fragment, water, liquid and etc., are get into
your JUE-95SA, turn off the power and contact the agent you purchased or JRC
branches. Continuous operation may cause fire, electrical shock or malfunction.
Do not turn on the terminal under the primary power except the specific voltage
(mentioned below).The primary power except the specific voltage may cause fire,
electrical shock or malfunction.
AC100V/220V,( ±10%) DC 24V(+30％,-20％)
(When standard PSU, NBD-577C is used)
Do not check or repair the internal equipment of JUE-95SA by yourself.
Any electrical work by any person other than our specialized maintenance persons
may cause fire or abnormal operation of this equipment or electrical shock for you.
This equipment meets the technical standard of the Ministry of Internal Affairs and
Communications.
Do not adjust the internal circuit or exchange the parts because the internal circuit is
adjusted strictly. When an abnormal operation is found, please contact to our sales
department or nearest branch office.
Fixing EME to the mounting adapter should be done on a deck or in a cabin before
climbing to a mast. When parts or apparatuses fall and it strike the human body,
it causes the injury.
Do not take apart, and do not remodel the equipment.
shock, and the breakdown.
v
It causes a fire, the electric
DANGERS DURING INSTALLATION
CAUTION
Before operating JUE-95SA, read this operation manual carefully.
Inappropriate procedure may cause incorrect operation or malfunction.
<<EME>>
Do not give mechanical shock and force, because all units of EME are precision
instrument.
Unwanted shock and force may cause malfunction.
Do not paint radome.
quality.
Painting of radome may cause decrease of the communication
Ask our agency or office to abandon JUE-95SA (EME). When the lithium battery is
short-circuited, receives the impact or it gets wet because of water, it causes generation
of heat, the explosion, and the ignition if this is not defended.
vi
APPEARANCE
JUE-95SA Standard Components
EME (NAF-742SA
The EME is installed on the above deck for receiving the signal from the satellite.
The EME is covered with a radome.
Fig.1
EME
IME (NTF-782SA) Front view
The IME is installed below deck.
Fig.2
IME (Front view)
IME Rear view
Fig.3
IME (Rear view)
vii
JB (MPBC40613)
Fig.4
JB
Security Button (NQE-3154)
Fig.5
Security Button
viii
EXT PSU (NBD-577C)
Fig.6
EXT PSU
Coaxial cable (CFQ5924A15, CFQ-5924A3)
Fig.7
Coaxial cable
ix
Optional components
DTE :Display (NDZ-127C1) and Key Board (NDF-268)
Fig.8
DTE (Display and Keyboard)
Printer (NKG-800)
Fig.9
Printer
x
ABBREVIATIONS
DTE
Data Terminal Equipment
EGC
Enhanced Group Call
EME
Externally Mounted Equipment
EXT PSU
Externally Power Supply Unit
FFA
Forum Fisheries Agency
IME
Internally Mounted Equipment
IMO
International Maritime Organization
INMARSAT
INMARSAT Ltd.
ISPS
International Ship and Port Facility Security
JB
Junction Box
MES
Mobile Earth station
PSU
Power Supply Unit
SOLAS
Safety of Life at Sea
SSAS
Ship Security Aleart System
VMS
Vessel Monitoring System
xi
Table of Contents
PREFACE............................................................................................................i
ATTENTIONS BEFORE USING ......................................................................ii
BEFORE INSTALLATION.............................................................................. iii
ABOUT WARNING LABEL .............................................................................iv
DANGERS DURING INSTALLATION ............................................................ v
WARNINGS DURING INSTALLATION .......................................................... v
DANGERS DURING INSTALLATION ...........................................................vi
APPEARANCE ................................................................................................vii
ABBREVIATIONS ............................................................................................xi
1
INTRODUCTION ............................................................................................................1-1
1-1
Outlines..................................................................................................................... 1-1
1-2
Unpacking and visual inspection ............................................................................. 1-1
1-3
Cable connection and example of setting ................................................................. 1-2
1-4
Components .............................................................................................................. 1-4
1-4-1
JUE-95SA Standard components.........................................................................1-4
1-4-2 Optional components...............................................................................................1-4
1-5
Configuration (JUE-95SA Standard Components) .................................................. 1-5
1-5-1
EME (NAF-742SA） .............................................................................................1-5
1-5-2
IME (NTF-782SA） ..............................................................................................1-6
1-5-3
JB (MPBC40613) ..................................................................................................1-7
1-5-4
Security Button (NQE-3154) ................................................................................1-8
1-5-5
EXT PSU (NBD-577C)........................................................................................1-10
1-5-6
Coaxial cable(CFQ-5924A3, CFQ5924A15) ....................................................... 1-11
1-6
Installation parts and tools .................................................................................... 1-12
1-6-1
Supplied parts by JRC........................................................................................1-12
1-6-2
Parts for installation（Prepared by shipyard）................................................1-12
1-6-3
Required tools .....................................................................................................1-12
1-7
Configuration (Optional Components) ................................................................... 1-13
1-7-1
DTE display (NDZ-127C1) .................................................................................1-13
1-7-2
DTE Keyboard (NDF-268)..................................................................................1-14
1-7-3
Printer (NKG-800) ..............................................................................................1-15
2
INSTALLATION PLAN ...................................................................................................2-1
2-1
EME .......................................................................................................................... 2-1
2-2
Support structure ..................................................................................................... 2-2
2-2-1
Example of pole’s design.......................................................................................2-2
2-2-2
Load specification and basic design .....................................................................2-3
2-2-2-1
Loading condition of EME ......................................................................2-4
2-2-2-2
Allowance Vibration level of EME .........................................................2-5
3
INSTALLATION WORK................................................................................................3-1
3-1
Overview of Installation Work.................................................................................. 3-1
3-2
Cable ......................................................................................................................... 3-2
3-2-1
3-3
Preparation for Coaxial cable connector..............................................................3-3
EME .......................................................................................................................... 3-4
3-3-1
Installation of the pole on a shipboard ................................................................3-5
3-3-2
Fixing EME to the mounting adapter..................................................................3-6
3-3-3
Fixing EME to the pole.........................................................................................3-7
3-3-4
Setting the pigtail cable to the pole .....................................................................3-8
3-3-5
Connecting the cables and taping on connecter part ..........................................3-9
3-4
IME ......................................................................................................................... 3-10
3-4-1 IME installation ....................................................................................................3-10
3-4-2
Grounding IME with copper plate .....................................................................3-16
3-4-3
Connecting Coaxial cable to IME.......................................................................3-16
3-4-4
Setting IME examples (on a desk, in a shelf, and on a wall)............................3-17
3-4-5
Connecting power supply cable to IME .............................................................3-18
3-3-6
Confirming all cable’s connection.......................................................................3-18
3-5
3-5-1
Cabling diagram .................................................................................................3-19
3.5.2
Fixing procedure of optional Security button (SB3/SB4) ..................................3-20
3-5-2
Cable connection layout for optional equipment ...............................................3-25
3-5-3
Pin assignment of cable connection ...................................................................3-26
3-6
4
Cabling of JUE-95SA and optional equipments ..................................................... 3-19
Abandonment work................................................................................................. 3-28
INITIALIZATION.............................................................................................................4-1
4-1
Preparation of devices .............................................................................................. 4-1
4-1-1
PC and IME connection........................................................................................4-1
4-1-2 Installation of setting software...............................................................................4-1
4-1-3 Start up and setting of setting software.................................................................4-2
4.2
MES No. Confirmation /Setting................................................................................ 4-3
4-2-1 MES No.Confirmation.............................................................................................4-3
4-2-2 MES No. Setting......................................................................................................4-4
4-3 Delivery Date Confirmation / Setting ......................................................................... 4-5
4-3-1 Delivery Date Confirmation....................................................................................4-5
4-3-2 Delivery Date Setting..............................................................................................4-6
4-4 Preferred OR Confirm / Setting .................................................................................. 4-8
4-4-1 Preferred OR Confirmation ....................................................................................4-8
4-4-2 Preferred OR Setting...............................................................................................4-9
4-5 Transmitting Security Alert ...................................................................................... 4-11
4-5-1
Flow chart of Security Alert transmission......................................................... 4-11
4-5-2
Security Alert transmission procedure .............................................................. 4-11
4-6
Test transmission of Security Alert ........................................................................ 4-13
4-6-1
Flow chart of Security Alert Test Transmission ................................................4-13
4-6-2
Procedure of Security Alert test transmission...................................................4-14
5
5-1
6
6-1
SPECIFICATION ............................................................................................................5-1
JUE-95SA ................................................................................................................. 5-1
TROUBLESHOOTING ...................................................................................................6-1
Troubleshooting Flowchart ....................................................................................... 6-1
7
WORKING CHECK LIST ...............................................................................................7-1
8
JRC SERVICE NETWORK ............................................................................................8-1
1
INTRODUCTION
1-1 Outlines
This manual explains Installation procedure of Inmarsat mini-C Satellites communications MES
(Mobile Earth Station).
The JUE-95SA (MES) is composed of EME (Externally Mounted Equipment), (IME) Internally
Mounted Equipment, JB (Junction Box)､Security Button and EME-IME Coaxial cable.
1-2 Unpacking and visual inspection
At the time of unpacking, visual inspection should be done with checking any possible damage of
transportation (see Table 1.4.1), and also checking any missing part in accordance with supplied parts
list for installation as shown in Table 1.6.1.
If there is damage or missing part, file the claim immediately.
1-1
DTE
Printer
PSU
(Option)
(Option)
JB
Bridge
IME
EME
Security
Button
TTYCS-1Q
or equivalent
1-2
(SOLAS Chapter XI-1 Reguration6)
(Option)
Security
Button
Fig. 1-3a
Cable connection and example of setting
(Option)
Other Rooms
Security
Button
Security
Button
Captain Room
Security buttons shall be installed in the navigation bridge and at least one other location.
1-3 Cable connection and example of setting
Fig. 1-3 b
Cable connection diagram
1-3
+ -
+ -
DC24V IN
(Attachment) 2m
Power Supply Cable
AC IN
U V
AC100/220V
DC+24V
0.6/1kV DPYC-1.5
(Dock supply)
DC POWER
EME
NTF-782SA
JB2
JB1
Internally Mounted Equipment
(IME)
0.6/1kV DPYC-1.5
(Dock supply)
DC24V OUT
NBD-577C
AC100V
AC220V
Power
Supply
CFQ-5924A
(JRC supply)
Coaxial Cable
NAF-742SA
SSAS-JB Cable
(with TB)
7ZCSC0246
(Attachment) 0.5m
SSAS-JB Cable
(with TB)
7ZCSC0246
(Option)
Externally Mounted Equipment
(EME)
(Attachment) 0.5m
BLK1
Shield
(Option)
7:Shield
Shield
RED1
6:SB2_B
5:SB2_A
PR
RED2 RED2
BLK2 BLK2
BLK1
GRN
PR/WHT
3:5V
GRN/WHT
4:GND
2:SB1_B
RED
RED1
7:Shield
GRN
Shield
BLU/WHT
BLK1
Shield
6:SB2_B
PR
TB2
1:SB1_A
RED1
4:GND
RED RED2
BLK BLK2
5:SB2_A
3:5V
GRN/WHT
WHT
GRN
PR/WHT
2:SB1_B
TB1
1:SB1_A
RED
BLU/WHT
JB
SB Cable 5m
5
4
3
2
1
TB
WHT
GRN
RED
BLK
Shield
5
4
3
2
1
WHT
GRN
RED
BLK
Shield
5
4
3
2
1
TB
WHT
GRN
RED
BLK
Shield
(Attached to SB)
RED1
BLK1
RED2
BLK2
Shield
(Attached to SB)
RED1
BLK1
RED2
BLK2
Shield
TB
(Attached to SB)
RED1
BLK1
RED2
BLK2
Shield
NQE3154
SB Cable 5m
(Attached to SB)
SB Cable 5m
(Attached to SB)
SB Cable 5m
(Attached to SB)
SHIP SECURITY ALERT SYSTEM JUE-95SA
Cable Connection System Diagram
(Dock supply)
250V TTYCS-1Q
(Dock supply)
250V TTYCS-1Q
(Dock supply)
250V TTYCS-1Q
(Attached to SB)
Security
Button (SB)
(Option)
NQE3154
Security
Button (SB)
(Option)
NQE3154
Security
Button (SB)
NQE3154
Security
Button (SB)
1-4 Components
1-4-1
JUE-95SA Standard components
Table 1-4-1
JUE-95SA Standard components list
Equipment
Type
Q’ty
EME
NAF-742SA
1
IME
NTF-782SA
1
Security Box
NQE-3154
2
EXT PSU（Externally Power Supply Unit）
NBD-577C
1
EME-IME Coaxial Cable
CFQ5924A15 (15m) or CFQ-5924A3 (30m)
1
Power Supply Cable
7ZCSC0202
1
Supplied parts for EME installation
MPXP33401
1
Supplied parts for IME installation
MPXP33616
1
Spare parts for Installation by JRC (for IME)
7ZXC8501
1
JUE-95SA Operation Manual
7ZPSC0193
1
JUE-95SA Operation Guide
7ZPSC0211
1
SSAS Setup Tool
7YZSC0005
1
(CD-ROM)
1-4-2 Optional components
Table 1-4-2
Optional components list
Equipment
Type
Q’ty
Security Button
NQE-3154
DTE
NDZ-127C1
1
Keyboard
NDF-268
1
Printer
NKG-800
1
DTE Signal Cable（1.5m）
7ZCSC0203
1
DTE Power Cable（2m）
7ZCSC0204
1
Printer Signal Cable（1.5m）
7ZCSC0205
1
Printer Power Cable（2m）
7ZCSC0206
1
Earth Bolt (for EME)
MTL318538A
1
optional 7ZCSC02461 No.31 No.4
1
IME-SB
Cable
(required
when
Max.2
seccurity button is installed)
JUE-85 Operation Manual
7ZPSC0189
1-4
1
1-5 Configuration (JUE-95SA Standard Components)
1-5-1 EME (NAF-742SA）
FWD
Supplied Parts for
EME installation
(MPXP33401)
(Supplied by JRC)
Pole
Prepared by
shipyard
Front view
Unit: mm
FWD
Mass: Approx. 1.5kg
Fig. 1-5-1
Bottom view
1-5
EME
1-5-2
IME (NTF-782SA）
Opposite side is
also same
Unit: mm
Mass:
Approx. 1.3kg
Fig. 1-5-2
IME
1-6
1-5-3
JB (MPBC40613)
Unit: mm
Mass: Approx. 1.1kg
Fig. 1-5-3
JB
1-7
1-5-4
Security Button (NQE-3154)
Unit: mm
Mass: Approx. 350ｇ
Unit: mm
Mass: Approx. 20ｇ
Fig. 1-5-4a
Security button
1-8
4-φ4.5
Mounting holes for
flush mounting type SB
16
32.5
59
70
80
for SB TB
for SB
SB
23.5
Cover
93
55
60
Mounting holes for
flush mounting type SB
14.5
Mounting holes for
SB terminal fixing
TB
30
32 or more
62
5 or more
96
Mounting hole
Unit: mm
Mass: 80g
Wall
Bulkhead
Fixing Attachment for flush mounting type SB/SB TB
Fig. 1-5-4b
Security button (fixing bracket)
1-9
1-5-5 EXT PSU (NBD-577C)
Specification
Input voltage:
AC 100/220V (typical), (±10%),
50/60Hz (typical), Single phase
DC +24V (typical), (+30%, -20%),
Output voltage:
DC +24V
Caution
Before
installation,
do
the
following
procedure.
1. Set the plug “P1” to suitable receptacle
according to the input voltage.
2. Stick the attached label for voltage
indication on the name plate according to
the input voltage.
Fig. 1-5-5
EXT PSU
Unit: mm
Mass: Approx. 5.4kg
1-10
1-5-6
Coaxial cable(CFQ-5924A3, CFQ5924A15)
CFQ5924A15:
15ｍ±0.5m
CFQ-5924A3:
30ｍ±1.0m
Unit : m
Type
CFQ5924A15
Length
15ｍ±0.5m
CFQ-5924A3
30ｍ±1.0m
Minimum bending radius：46mm
Fig. 1-5-6
EME-IME Coaxial cable
1-11
Mass
Under 1.4kg
Under 2.3kg
1-6 Installation parts and tools
1-6-1 Supplied parts by JRC
Table 1-6-1a
Supplied parts by JRC for Installation (for EME) CODE: MPXP33401
No.
Part
1
EME mounting adapter
MTC301536
1
2
Hex socket set screw
BRTG08350
3
3
Absorption sheet
MTT311262
1
Hex. bolt with washer
BRTG05007
4
M8x20 SW W
5
Seal with washer
BRTG01826
4
M8
6
MTT311271
1
Protecting pole
7
Resin cap
“SUMI” tape
5ZZXV00005
1
Protecting cable
8
Hex. Wrench
BRTC05104
1
9
Packing list
MPXP33498
1
4
Description
(Self bandaging tape)
Table 1-6-1b
No.
Q’ty
Remarks
Fixing with pole
Buffering between EME
and EME mounting adapter
Fixing EME mounting
adapter
Sealing installation part
M8x12 Cup point
Opposite side 4mm
Tightening fixing screw
Supplied parts by JRC for Installation (for IME) CODE: MPXP33616
Part
Description
Q’ty
IME installation base SA
MPBC40613
1
(1)Trestle assembly
MPBC40614
1
(2)Upper part cover
MTB380317
1
③SSAS-JB cable
1
Application
Remarks
Application
1
(4)Bunch line band
BRBP00132
1
(5)Screw with washer
BRTG03547
1
(6) Screw with washer
BRTG03527
1
2
Screw with washer
BSNC04010B
4
M4x10 SW LW
For fixing IME
3
Tapping screw
BRTG05285
4
M5x16 truss
For fixing mounting adapter
4
Packing list
MPXP33496
1
＊In addition of these parts, [Spare parts（7ZXC8501）] is attached.
1-6-2
Parts for installation（Prepared by shipyard）
Table 1-6-2
No.
Part
Description
Required cables
Q’ty
Remarks
Application
1
PVC tape
Vinyl tape
1
Ｌ＝15m
For protecting cable
2
Copper plate
JIS Ｈ 3100
1
W=30mm,ｔ＝0.2mm
For grounding EME
3
Pole
1-6-3
1
For mounting EME
Required tools
Table 1-6-3
No.
Required Tools
Tool
1
Open-ended spanner
2
Plus screwdriver
Description
Nominal 13（for M8）
1-12
1-7 Configuration (Optional Components)
1-7-1 DTE display (NDZ-127C1)
4--Ø4.5 round-hole
4--Ø4.8.0 round-hole
Unit: mm
Mass: Approx. 4.5kg
Fig.1-7-1 DTE (Display)
1-13
1-7-2 DTE Keyboard (NDF-268)
Unit: mm
Fig.1-7-2
DTE (Keyboard)
1-14
Mass: Approx. 0.6kg
1-7-3
Printer (NKG-800)
Fixing
Fix the printer on the desk with the
hook and loop fastener, attached to the
Fig.1-7-3
Printer (NKG-800)
1-15
Unit: mm
Mass: Approx. 3.7kg
2 INSTALLATION PLAN
2-1 EME
When the EME is installed in higher position to avoid the physical obstruction, the EME may be often
exposed to the severe vibration condition. Therefore, special attention should be paid in such an
installation site to reduce vibrations.
NOTE
Follow the matters mentioned below to avoid damage of EME and malfunction of JUE-85/95 Series.
・EME should be installed [5]m or more away from MF/HF antenna.
・EME should be installed [4]m or more away from VHF and Satellite Navigator antenna.
・EME should be installed [0.3]m or more away from Magnet Compass.
・EME should be installed [2]m or more away from the rotating area of radar scanner.
・EME should be installed avoiding heat and smoke of funnel and much dust.
・EME should be installed avoiding sever vibration and shock.
2-1
2-2 Support structure
Support structure should be designed on the basis of load specification.
Example of pole’s design
Pole
Carbon steel pipe for ordinary
structure
(JIS G 3444)
or
Minimum 400
2-2-1
Stainless
steel
machinery structure
(JIS G 3446)
Minimum
ｔ4.5
Unit:mm
Fig. 2-2-1
Example of Installation Pole’s design
2-2
pipe
for
2-2-2
Load specification and basic design
Support structure should be designed on the basis of load specification shown in Fig.2-2-2-1.
Correct the actual, maximum bend moment, with changing the height of installation pole.
Strength and the rigidity against a mass of EME, maximum bending moment and vibration are required
of the position where EME is being installed.
Allowable vibration level is 1.0G (980 gal) or less at the top of installation pole . The level is easily
known by Fig. 2-2-2-2.
Check the vibration level on sea trial as much as possible.
2-3
2-2-2-1
Loading condition of EME
Wind pressure
Installation Pole
Installation site
EME Mass (Including Supplied parts for EME installation)
Maximum wind pressure load
Maximum bending moment
Fig.2-2-2-1
(at wind velocity : 52m/sec)
(at wind velocity : 52m/sec)
Approx. 2.5 kg
:
:
Load Specification at Top of Installation Pole
2-4
30N
15N m
2-2-2-2
Allowance Vibration level of EME
Measuring point
Total
amplitude
Allowable
area
(mm)
Fig.2-2-2-2
Allowance Vibration Level
2-5
3
Installation Work
3-1 Overview of Installation Work
Carry out Installation work with below mentioned procedure.
1. Cable
Preparation for Coaxial cable connector
（See 3-2-1）
1.
Installation of a pole on a shipboard
（See 3-3-1）
2.
Fixing EME to a mounting adapter
（See 3-3-2）
3.
Fixing EME to the pole
（See 3-3-3）
4.
Setting the pigtail cable to the pole
（See 3-3-4）
5.
Connecting the cables and taping on connecter part
（See 3-3-5）
1.
IME installation
（See 3-4-1）
2.
Grounding IME with copper plate
（See 3-4-2）
2. EME
3. IME
3. Connecting Coaxial cable to IME
（See 3-4-3）
② Setting IME examples (on a desk, in a shelf, and on a wall)（See 3-4-4）
4.
5.
Connecting power supply cable to IME
（See 3-4-5）
6.
Confirming all cable’s connection
（See 3-4-6）
4. PSU
Connecting PSU connector to IME and a wall socket
（See 3-4-5）
5. Cabling with optional devices
Connecting IME and optional equipments
(See Fig.3-5-1 to 3-5-5)
6. Abandonment work
Abandonment work
（See 3-6）
3-1
3-2 Cable
Note
•
Avoid cutting off the EME-IME Coaxial cable unnecessary.
Coil and secure the
coaxial cable in convenient compartment such as behind the Main Unit or
bulkhead.
•
Take care not to damage the connectors and the corrosion resistant sheath of cable.
•
Do not pull the cable by gripping connector plug only.
(1) The connector plugs installed on both coaxial ends are adaptable to connector receptacles of either
EME or IME.
(2) The recommended minimum bending radius is 46mm.
3-2
3-2-1
Preparation for Coaxial cable connector
Connecter part of Coaxial cable is covered with vinyl tape as below mentioned figure.
Carry out following procedures before installation work is started.
1）Take off the tape.
2）Remove the cap.
3）Preparation is completed.
Fig. 3-2-1
Installation is available.
Preparation for Coaxial cable connector
3-3
3-3 EME
DANGER
The lithium battery is built into JUE-95SA (EME). Do not short-circuited of the
terminal, do not give the high impact, and wet it to water.
There is danger of exploding.
WARNING
Fixing EME to the mounting adapter should be done on a deck or in a cabin before
climbing to a mast. When parts or apparatuses fall and it strike the human body, it
causes the injury.
CAUTION
<<EME>>
Do not give mechanical shock and force, because all units of EME is precision
instrument.
Unwanted shock and force may cause malfunction.
Do not paint radome.
quality.
Painting of radome may cause decrease of the communication
3-4
Installation of the pole on a shipboard
Hull structure
Minimum φ34ｘ14.5
Carbon steel pipe for
ordinary structure
(JIS G 3444)
or Stainless
steel pipe for
machinery
Maximum 400
Minimum φ34ｘ14.5
Maximum 400
3-3-1
structure
(JIS G 3446)
4-M10 bolt
Owner’s Supply
or welding (enough
strength is required)
Carbon steel pipe for
ordinary structure
(JIS G 3444)
or Stainless
steel pipe for
machinery structure
(JIS G 3446)
Enough strength is required
for welding the structure and
the pole.
Hull structure installation
Fig.3-3-1
Installation of the pole on a shipboard
3-5
3-3-2
Fixing EME to the mounting adapter
EME
（NAF-742SA）
Seal washer(M8)x4
(Supplied Parts by JRC)
Absorption sheet (t=1.5)
(Supplied Parts by JRC)
EME mounting adapter
(Supplied Parts by JRC)
Installation screw (M8x20 SW Wx4)
(Supplied Parts by JRC)
FWD
Fig.3-3-2
Fixing EME to the mounting adapter
Bottom
3-6
3-3-3
Fixing EME to the pole
Fixing procedure
1. Put on the resin cap on the end of the pole.
2. Set the pole into the hole of installation base.
Then, there are two ways for setting the pigtail cable,
inside of pole or outside of the pole.(See Fig. 3-3-4).
3. Fix the pole with tighten setscrew of installation stand.
At this time, please note that the tightening amount of
the setscrew is made even, and position of pole becomes
the center of the installation hole.
Resin cap
(Supplied Parts by JRC)
Pigtail cable
Pole
(Prepared by shipyard)
Silicon seal x3
Hexagon socket fixing screw(M8)
3
Please note that position of the
pole comes to the center.
Pole
FWD
Resin Cap
EME
installation
Bottom
Fig.3-3-3
Fixing EME to the pole
3-7
Silicon seal x3
3-3-4
Setting the pigtail cable to the pole
There are two ways for setting the pigtail cable into the pole, one is a way that passes the cable in the pole
(Fig.A).
And another one is down the cable outside of the pole, if the pole is not hollow. (Fig.B).
Select
the suitable way depends on the situation.
FWD
Fig. A
Bottom
Fig. B
The way passes the pigtail cable
The way down the pigtail cable
inside of the pole
outside of the pole
Fig.3-3-4
Setting the pigtail cable to the pole
3-8
3-3-5
Connecting the cables and taping on connecter part
Carry out below mentioned procedure with referring Fig.A.
1. Connect the pigtail cable connector to Coaxial cable connector.
2. Wrapping the connector with the tapes with referring below mentioned [Connector Protecting
Procedure].
Fig.A
Pigtail cable
EME-IME cable
Connector
Fitting belt
PVC tape
Pole
Connector
“SUMI tape”
Side view
EME-IME
Coaxial cable
Connector Protecting Procedure
1.Bandaging the “SUMI tape” (self welding tape)
twice around the connectors and cables with stretching the tape up to length twice.
2.Bonding the “SUMI tape” quickly by grip.
3.Bandaging the PVC tape (vinyl type) 3 laps without stretching.
4. Bonding the PVC tape tightly by grip.
Fig. 3-3-5
Connecting the cables and taping on connecting part
3-9
3-4 IME
Installation site of IME should be determined taking into consideration of operability and maintainability.
Note
•
The IME should be installed 2.5 m or more away from MF/HF antenna feeders.
3-4-1 IME installation
IME installation is carried out with following procedures.
Refer correspondent figures mentioned below.
1. Dividing the IME installation base into upper cover and mounting adapter
Fig.3-4-1a
2. Mounting the upper cover to IME
Fig 3-4-1b
3. Fixing installation base to a desk
Fig 3-4-1c
4. Install Security button
5. Connect Security button to terminal block on mounting adapter
Fig 3-4-1d
6. Fixing IME attached upper cover to mounting adapter
Fig 3-4-1d
7. Connect SSAS-JB cable to IME
Fig 3-4-1f
(For reference: Position of mounting holes of IME)
Fig 3-4-1g
3-10
1. Take out screws from installation base and divide it into upper cover and mounting adapter
Mounting adapter
Installation base
Fixing screw (M4x10)x2
Upper cover
Fig. 3-4-1a
Dividing IME installation base into upper cover and mounting adapter
2. Mount upper cover to IME with screws which supplied by JRC
Upper cover (Installation base)
Screw with washer(M4x10)x4
(Supplied by JRC)
Fig. 3-4-1b
Mounting the upper cover to IME
3-11
3. Mount the Installation base to desk with screws which supplied by JRC
Tapping screw (M5x10)x4
(Supplied by JRC)
Installation base (mounting adapter)
(Supplied by JRC)
SSAS-JB cable is already
connected, actually.
Fig. 3-4-1c
Fixing installation base to a desk
4. Set two Security buttons .
Note
The installation of the security button is required to set to bridge, and at least one
more place. (SOLAS Chapter XI-X Reguration6).
place directed by the security plan of each ship.
3-12
Set the Security button in the
5 Connect the cable of two Security buttons to terminal block of mounting adapter following fig.
3-4-1.
Fixing cables with tie-lap
Security button 2(SB2)
Security button 1(SB1)
Fig.3-4-1d
Cable connecting of Security button
84
9.5
76
9.5
4-4φ
8
Terminal block No.：1
2
3
4
5
14
6
18
21
8
7
11
Unit : mm
Fig.3-4-1e
Terminal block detailed drawing
3-13
Table 3-4-1a Cable connecting of Security button（Page1-3：Refer wiring diagram）
Terminal
block No.
Signal
Name
Color of Security button cable
1
SB1_A
SB1 White
2
SB1_B
SB1 Green
3
+5V
SB1 Red／SB2 Red
Common to SB1/SB2
4
GND
SB1 Black／SB2 Black
Common to SB1/SB2
5
SB2_A
SB2 White
6
SB2_B
SB2 Green
7
SHIELD
SB1 Silver／SB2 Silver
Remark
Common to SB1/SB2
Table 3-4-1b Reference：PIN assignment of SSAS-JB cable (7ZCSC0246)
Signal Name
Color of SSAS-JB cable
D-Sub25 Terminal No.
SB1_A
SB1_B
+5V
GND
SB2_A
SB2_B
SHIELD
Blue---White
Red
Green ---White
Purple---White
Purple
Green
Black
22
10
12
24
23
11
-
SSAS-JB
7ZCSC024
Terminal
block No.
1
2
3
4
5
6
7
⑥ Fix the IME attached upper cover to fixed mounting adapter with the screw which removed from
upper cover in step 1.
SSAS-JB cable is already
connected, actually.
Installation base
Fixing screw (M4x10)x2
Fig.3-4-1d
Fixing IME to mounting adapter
3-14
Unit : mm
7 Connect the connector (D-sub 25 PIN) of SSAS-JB cable to IME back terminal(X5 JB1).
Fig.3-4-1e
Connection of SSAS-JB cable
Position of mounting holes of IME
Fig.3-4-1e
Position of mounting holes of IME
3-15
Unit : mm
3-4-2
Grounding IME with copper plate
IME (NTF-782SA)
Grounding Copper plate
Unit:
Fig.3-4-2
mm
Grounding IME with copper plate
For proper performance of INMARSAT-C system on an abroad ship, it is required to obtain a suitable
ground for IME.
Using the copper plate, connect the ground terminal on the rear panel to the vessel’s
grounding point and keep the line as short as possible.
3-4-3
Connecting Coaxial cable to IME
Carry out connecting Coaxial cable to IME with referring below mentioned NOTE.
Note
Do not connect the Coaxial cable when power switch is turned ON.
It causes the malfunction when short-circuited because the current is superimposed in
connecter of antenna from IME rear side.
3-16
3-4-4
Setting IME examples (on a desk, in a shelf, and on a wall)
3-4-4a
Setting IME on a desk
IME-EME cable
R=Minimum R46
IME
Bulkhead
Desktop
Minimum 160
Fig.3-4-4a
Example of setting IME on a desk
Unit : mm
3-17
3-4-4b Setting IME in a shelf
shelf
150 Minimum
Upper
Lower shelf board
Unit : mm
Fig.3-4-4b
3-4-4c
Example of setting IME in a shelf
Setting IME on a wall
Wall
surface
Fig.3-4-4c
3-4-5
Example of setting IME on a wall
Connecting power supply cable to IME
Connect the power supply cable to IME, [X1 DC POWER] connector. (See Fig. 3-4-2 ).
3-3-6
Confirming all cable’s connection
Confirm all connectors are connected completely.
3-18
3-5 Cabling of JUE-95SA and optional equipments
3-5-1
Cabling diagram
means composition item of 95SA.
means optional item
EME
(NAF-742SA)
)
AC 100/220V
EXT PSU
(NBD-577C)
Coaxial cable(CFQ-5942A)
(CFQ5924A15=15m,
CFQ-5924A3=30m)
PSU Cable(2.0m)
(7ZCSC0202)
IME
(NTF-782SA)
DTE Power Cable（2.0m）
(7ZCSC0204)
DTE
(NDZ-127C1)
Keyboard
SB
（NQE-3154）
JB
DTE Signal
Cable（1.5m）
(7ZCSC0203)
SB
（NQE-3154）
(NDF-268)
Printer
(NKG-800)
SSAS-JB cable (0.5m)
(7ZCSC0246)
Printer Signal
Cable（1.5m）
(7ZCSC0205)
Printer Power Cable
(7ZCSC0206) （2.0m）
Fig.3-5-1
Cabling diagram
3-19
SB
（NQE-3154）
SB
（NQE-3154）
3-5-2
Fixing procedure of optional Security button (SB3/SB4)
SSAS JB cable (H-7ZCSC0246) is necessary for fixing third and fourth Security button.
Carry out the fixing procedure with referring corresponded figure mentioned below.
1. Remove upper cover of IME
Fig. 3-5-2a
2. Setting Dip switch of internal IME
Fig. 3-5-2b
3. Mounting upper cover of IME
Fig. 3-5-2a
4. Setting Security button
5. Fixing SSAS-JB cable to mounting adapter
Fig. 3-5-2c
6. Connecting the cable of Security button to terminal block of
mounting adapter.
Fig 3-5-2d
7. Fixing IME attached upper cover to mounting adapter .
Fig.3-4-1e
8. Connect SSAS-JB cable to IME
Fig.3-5.2e
1. Remove upper cover of IME by take off the two screw
IME（NTF-782SA）
Grounding Copper plate.
銅板
Fig. 3-5-2a
IME rear panel
3-20
2. Set Dip switch (S1) on the CU board (CMC-1257) as follows.
S1
.SB3
SB2
SB1
Fig. 3-5-2b1
Factory default (SB1/SB2 connecting)
12345678
SB4
SB4
.SB3
SB2
SB1
ON
12345678
Position of Dip switch of IME(CU)
ON
12345678
ON
Fig. 3-5-2b
Fig. 3-5-2b2
Fig. 3-5-2b3
SB3 connecting
SB3/SB4 connecting
Note
Set Dip switch correctly, adjusting with the Security button which connecting with.
ALM lamp will be blinked when incorrect setting is carried out and initiated. And then, SSAS
transmission will not transmitted by pushing the button mistakenly.
3-21
3. Attach upper cover to IME and fix it by two screws with the opposite procedure of step 1.
4. Install Security button
Note
Install the Security button in the place directed by the security plan of each ship.
5. Connect SSAS-JB cable to table block of mounting adapter
Terminal stand two-place fixed signal line passes the terminal stand
under with the machine screw of the attachment.
Fix the two place of
terminal block to mounting
adapter with two screws of
attachment.
Put trough the signal cable
under terminal block.
Fix with tie-lap
attachment.
Fig. 3-5-2 c Cable connecting
3-22
of
6. Connecting Security button to Terminal block ( refer P 3-13).
Table 3-5-2a Cable connection of Security button（refer P1-3：wiring diagram）
Terminal
block No.
Signal
Name
Color of Security button cable
1
SB3_A
SB3 White
2
SB3_B
SB3 Green
3
+5V
SB3 Red／SB4 Red
Common in SB3/SB4
4
GND
SB3 Black／SB4 Black
Common in SB3/SB4
5
SB4_A
SB4 White
6
SB4_B
SB4 Green
7
SHIELD
SB3 Silver／SB4 Silver
Remark
Common in SB3/SB4
Fix with tie lap of attachment (2 places)
Security button 4(SB4)
Security button 3(SB3)
Fig. 3-5-2d Connection of Security button
7. Fix IME attached upper cover to mounting adapter (refer p3-14)
3-23
8. Connect the connecter of SSAS-JB cable (D-Sub 25 PIN) to terminal of IME back panel(X6 JB2).
Fig. 3-5-2e Connection of SSAS-JB cable
3-24
3-5-2
Cable connection layout for optional equipment
NTF-782VM
Printer
Desk
Minimum 100
Minimum 100
(Cable space)
Fig. 3-5-2
Keyboard
Desk
(Cable space)
Cable connection layout for optional equipment
Unit: mm
Note
•
IME, DTE, Printer, and EXT PSU should be installed 2.5 m or more away from MF/HF antenna
feeders.
3-25
3-5-3
Pin assignment of cable connection
Note
•
Prepare the JRC specified cables for connecting JUE-95SA and optional equipment.
DTE-IME cable wiring table（W904:7ZCSC0203）
Pin assignment of DTE / IME cable connection is as follows.
Table 3.5.3a
Printer/ DTE cable wiring
DTE
IME (D-sub) 9Pin
Pin1 CD
Pin2 RD
●
●CD
●
●SD
Pin1
Pin2
Pin3 SD
●
●RD
Pin3
Pin4 DTR
●
●DSR
Pin4
Pin5 GND
●
●GND
Pin5
Pin6 DSR
●
●DTR
Pin6
Pin7 RTS
●
●CTS
Pin7
Pin8 CTS
●
●RTS
Pin8
Pin9 RI
●
●RI
Pin9
Table 3.5.3b
Printer/ DTE cable wiring (color)
Fig. 3-5-3a
Detailed drawing of DTE-IME cable
3-26
Printer – DTE cable wiring table （W906:7ZCSC0205）
Table 3-5-3c
Printer/DTE cable wiring
IME（D-sub 25Pin）
Printer（Parallel connector 36Pin）
Pin1
Strobo
●
●Strobo
Output
Pin1
Pin2
Data 1
●
●Data 1
Output
Pin2
Pin3
Data 2
●
●Data 2
Output
Pin3
Pin4
Data 3
●
●Data 3
Output
Pin4
Pin5
Data 4
●
●Data 4
Output
Pin5
Pin6
Data 5
●
●Data 5
Output
Pin6
Pin7
Data 6
●
●Data 6
Output
Pin7
Pin8
Data 7
●
●Data 7
Output
Pin8
Pin9
●
●Data 8
Output
Pin9
Pin10
Data 8
ACK
●
●ACK
Input
Pin10
Pin11
BUSY
●
●BUSY
Input
Pin11
Pin12
Not in use
●
●Not in use
Pin12
Pin13
Not in use
●
●Not in use
Pin13
Pin14
Not in use
●
●Not in use
Pin14
Pin15
FAULT
●
●FAULT
Input
Pin32
Pin16
PRIME
●
●PRIME
Output
Pin31
Pin17
Not in use
●
●Not in use
Pin17
Pin18
to
25
GND
●
●GND
Pin19,
27, 30,
2933,
21, 23,
25
Table 3-5-3b
P1
P2
1
Printer/ DTE cable wiring (color)
COLOR
P1
P2
COLOR
P1
P2
COLOR
1
LIGHT GREEN
11
11
GREEN
21
23
BLUE
2
2
PINK
12
12
GREEN/WHITE
22
25
BLUE/WHITE
3
3
RED/BLACK
13
13
GREEN/BLACK
23
27
PURPLE
4
4
LIGHT BLUE
14
14
PINK/BLACK
24
29
PURPLE/WHITE
5
5
BROWN/BLACK
15
32
YELLOW
25
30
BROWN
6
6
ORANGE
16
31
YELLOW/BLACK
7
7
RED/WHITE
17
36
BLACK
8
8
ORANGE/BLACK
18
33
BLACK/WHITE
9
9
ORANGE/WHITE
19
19
WHITE
Detailed drawing
10
10
RED
20
21
GRAY
of Printer-DTE cable
DRAIN
SHELL
3-27
SHELL
Fig. 3-5-3b
3-6 Abandonment work
Disposal of JUE-95SA
When disposing JUE-95SA process it in accordance with the rules of the pertinent local
government.
CAUTION
Contact JRC to abandon JUE-95SA(EME). When the lithium battery is short-circuited,
receives the impact or it gets wet because of water, it causes generation of heat, the
explosion, and the ignition if this is not defended.
3-28
4 Initialization
Note
All LEDs will be turned off due to JUE-95SA turned its state to [Security warning
transmission standby (*1)], by power source of IME is turned on and the log-in process is
completed
Press Test button when you want to confirm status of JUE-95SA in this situation (*2).
Press Test button again after you confirmed the status of JUE-95SA, then all LEDs will be
turned off again.
(*1) Security warning transmission will be transmitted when security button is
pressed on this situation.
All LEDs will be still turned off during transmission.
(*2)Then LED of Test button and other LEDs, which corresponding to the state of
JUE-95SA at that time, will be lit.
4-1 Preparation of devices
Below outlined devices are necessary for initialization.
PC
CPU
：Minimum Intel Pentium M 1300MHz
Memory
：Minimun 64MB
HD amount space ：Minimun 40MB
OS
：Japanese/English version Windows XP/2000/98SE/98
Screen size
：Minimum 800×600 Pixel (VGA)
Serial port
：Minimum 1port
Cable
：D-sub 9pin straight
Software
：WinIST.exe
4-1-1 PC and IME connection
Connect PC and IME as following figure.
Serial port
D-sub 9 pin
Straight Cable
X3 MAIN DTE
Fig.4-1-1 PC and IME connection
4-1-2 Installation of setting software
Create new folder and copy WinIST.exe to it.
4-1
4-1-3 Start up and setting of setting software
Double click WinIST.exe.
Click [OK] when below alert windows are displayed.
Fig. 4-1-3a
Alert window of start-up in fist time
Fig. 4-1-3b
Alert window of serial port
Select serial port No. and click [OK] when below window is displayed when serial port No. which
connected to PCis except 1
Select serial port No.
Fig.4-1-3c Setting window
4-2
4.2 MES No. Confirmation /Setting
MES No. confirmation and setting are can be done on MES No.screen.
4-2-1 MES No.Confirmation
(1)Click MES No. from [MENU] LIST.
Then, following screen will be displayed
(Click MES No. from [MENU LIST] again or click [Refresh] button, to obtain MES No. again.)
Fig. 4-2-1
MES No. screen
(2)Confirm the data of MES No. on above screen.
Note
1: Each column will be displayed empty when winIST failed to receive the data.
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK], and
confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2.Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating with
INMARSAT terminal( the function of MES No. screen can not be operated.)
4-3
4-2-2 MES No. Setting
1. Click MES No. from [MENU LIST], then MES No. screen will be displayed.
2. Input 9-digit figures to MES No. from the range of 400000000 to 499999999
3. Click [SET] button.
Note
1. The data cannot be set when data reception is failed.
2. Following pop-up message is displayed when input data is incorrect.
Correct the data with
referring Responses.
Fig. 4-2-2a MES No.setting Error window
Response: Reset the setting value of MES Number within the range of 400000000 to 499999999.
3. Following pop-up message will be displayed when winIST failed to write the data to
INMARSAT terminal, after [SET] button is clicked.
Fig. 4-2-2b Data setting failure window
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK],
and confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2.Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating
with INMARSAT terminal( the function of MES No. screen can not be operated.)
4-4
4-3 Delivery Date Confirmation / Setting
Delivery date of INMARSAT terminal can be set and confirmed on Delivery Date Setting/Confirmation
screen.
4-3-1 Delivery Date Confirmation
(1)Click Delivery date from [MENU LIST].
Following screen will be displayed when [MENU LIST] is clicked.
(Click Delivery Date again or click refresh button, to obtain the data of Delivery Date again.)
Fig. 4-3-1 Delivery Date screen
2. Confirm Delivery date on above Window.
Note
1: Each column will be displayed as empty when the data reception is failed..
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK], and
confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2.Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating with
INMARSAT terminal( the function of Delivery Date. screen can not be operated.)
4-5
4-3-2 Delivery Date Setting
1. Click Delivery Date from [MENU LIST], then Delivery Date screen will be opened.
2. Input the delivery date into the box of Delivery Date within the range of 2000/01/01 to 2099/12/31.
3. Click [SET] button.
Note
1: Data can not be set when data reception is failed
2: Following pop-up message will be displayed when input data is incorrect after [SET] button is clicked.
Correct the data with referring response.
Fig. 4-3-2a Delivery Date YEAR Data setting error window
Response：Set the Year(YYYY) of Delivery Date within the range of 2000 to 2099.
Fig. 4-3-2b Delivery Date Month date setting error window
Response：Set the Month(MM) of Delivery Date within the range of 1 to 12.
Fig. 4-3-2c Delivery Date Day data setting error window 1
Response：Set the Day of Delivery Date within the range of 1 to 31.
4-6
Note
Fig. 4-3-2d Delivery Date Day data setting error window 2
Response: Set the Day of Delivery Date within the range of 1 to 30.
Fig. 4-3-2e Delivery Date Day data setting error window 3
Response: Set the Day of Delivery Date within the range of 1 to 29.
Fig. 4-3-2f Delivery Date Day data setting error window 4
Response: Set the Day of Delivery Date within the range of 1 to 28.
3. Following pop-up message will be displayed when winIST failed to write the data to
INMARSAT terminal, after [SET] button is clicked.
4-7
Note
Fig. 4-3-2g Data setting failure window
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK], and
confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2.Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating with
INMARSAT terminal( the function of Delivery Date screen can not be operated.)
4-4 Preferred OR Confirm / Setting
Confirmation and setting of preferential sea area can be done on Preferred OR screen.
4-4-1 Preferred OR Confirmation
(1) Click Preferred OR from MENU LIST, then following screen will be displayed.
(Click Preferred OR again or click refresh button, to obtain the data of Preferred OR again.)
Fig. 4-4-1 Preferred OR screen
4-8
(2) Confirm GPS Setting on above screen.
・ AOR WEST
・ AOR EAST
・ POR
・ IOR
・ All Ocean Region
Note
1: Each column will be displayed as empty when the data reception is failed..
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK], and
confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2. Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating with
INMARSAT terminal( the function of Preferred OR. screen can not be operated.)
4-4-2 Preferred OR Setting
(1) Click Preferred OR from MENU LIST, then Preferred OR screen will be opened.
(2) Select Preferred OR from following five choices.（Refer Fig.4-3-2 Preferred OR selection）
・ AOR WEST (Atlantic Ocean Resion West)
・ AOR EAST (Atlantic Ocean Resion West)
・ POR (Pacific Ocean Resion)
・ IOR (Indian Ocean Resion)
・ All Ocean Region
winIST
Fig. 4-4-2a
Preferred OR selection
4-9
(3) Click [SET] button.
Note
1. Preferred OR can be set when the status of INMARSAT terminal is [Ready] or [Log-out].
set on the other status (setting will be failed unless [SET] button is clicked.
It can not be
See Note 3).
2. Data cannot be set when data reception is failed.
3. Following pop-up message will be displayed when winIST failed to write the data to INMARSAT
terminal, after [SET] button is clicked.
winIST
Fig. 4-4-2b
Data setting failure window
In this case, carry out following procedure and confirm and setting the data again.
i. Click [Setting] of menu bar and open the dialogue box of [COM PORT], then click [OK], and
confirm that [COM PORT] is opened normally.
ii. Confirm that [COM PORT] of PC and PORT of IME is connected with serial cable.
iii. Confirm INMARSAT terminal works normally or not, by ligtning of POWER-LED of IME.
2.Operation except [Exit], [Display], and [Ver] is not available during winIST is communicating with
INMARSAT terminal( the function of Preffered OR screen can not be operated.)
4-10
4-5 Transmitting Security Alert
4-5-1
Flow chart of Security Alert transmission
Means user’s action
Push Security button (ON)
Is Security
button pushed
within 30
seconds?
Means status
NO
YES
The Security Alert is
regularly transmitted.
Push Security button (OFF)
Stop of Security Alert transmission
4-5-2
Security Alert transmission procedure
Reference
Security transmission cause no reactions of terminals. No LED lit and buzzer does not
sound on the IME, no communication status is displayed on DTE(optional component), and
nothing is printed on the Printer(optional component).
Step 1
Pull open the button cover of the transparency of the security button forward.
Button cover
Step 2
Button
Push down red button（ON status：The button is pushed down）.
4-11
Security alert transmission will be initiated after 30 seconds passed.
OFF status
（Push once）(ON Status)
＜Transmission start＞
（Push again）OFF Status
＜Transmission cancel>
Note
＜Discontinuing transmission procedure when button is pushed by mistake＞
Push the Button again within 30 seconds: No transmission
Push the Button again after 30 seconds passed : security alert will be transmitted
only of first time, and no transmission is carried out after then.
Step 3
Security alert will be kept transmitted regularly at set intervals to the address set beforehand.
Reference
The message of the following content reaches the destination when the Security Alert
is transmitted.
User edit
message
(Example)
Automatic
insertion
message
(Example)
Step 4
This is a SECURITY MESSAGE
Ship Name :ABCD
Call Sign :DFGZ
MMSI
:123456789
SECURITY SECURITY
MES NO, 987654321
LAT,N12
34.56LON,E123
10.0KT,COG,20DEG
45.56,UTC,07.01.2004
12:34,SOG,
Push the button again when you want to cancel security alert transmission.
Note
Turn off all buttons when you pushed two or more buttons at the time of
transmission.
Security Alert transmission will not be canceled as long as one button is remained
turned on.
4-12
4-6
4-6-1
Test transmission of Security Alert
Flow chart of Security Alert Test Transmission
Test button
Security button
Means user’s action
Push Test button
(The button starts to light)
Means status
Push Security button (ON)
Is Security
button pushed
within 30
seconds?
YES
NO
Test Button starts to blink
Test transmission of Security
Alert is started
Test Button stops blinking
(Still lighting)
Pushed Security button
Push Test button again
(Light disappears)
Test transmission of Security Alert is completed.
4-13
4-6-2
Procedure of Security Alert test transmission
Note
Confirm all of security buttons are turned off before you started the test transmission.
Test transmission is impossible as long as one button is remained turned on.
Step1
Push the Test Button of IME, then LED of the button will be lit.
Step 2
Push down Security button.
It will be changed from lighting to blinking after 30 seconds passed, and then starts Test
transmission.
Reference
Below mentioned message will be sent to destination, when Security Alert is transmitted.
Automatic
insertion
message
(Example)
User edit
message
(Example)
Step 3
This is a SECURITY MESSAGE
Ship Name :ABCD
Call Sign :DFGZ
MMSI
:123456789
TEST TEST
MES NO, 987654321
LAT,N12
34.56LON,E123
10.0KT,COG,20DEG
45.56,UTC,07.01.2004
12:34,SOG,
Blinking of Test button’s LED will stops and lights, when the test transmission is completed.
Press
Security button again.
Reference
＜Time required until completing Test transmission＞
Transmission setting number
1（5 minutes）2（17 minutes）3（29 minutes）4（41minutes）5（53 minutes）
The time required is done back and forth according to the state of the line and the message
length, etc.
Step 4
Push Test button.
Light of button disappears.
Note
Light of Test button will not disappear and buzzer sounds even Test button is pushed,
when the Security button is not turned off correctly, on Step 3.
Push Test button after turned off Security button, certainly.
Security Alert transmission will not be canceled as long as one button is remained turned
on.
4-14
5 SPECIFICATION
5-1 JUE-95SA
Table 5-1
Principal Specification of JUE-95SA
Class of Inmarsat-C MES
Class 2
Frequency range
Transmission
1626.5-1646.5 MHz
Reception
1530.0-1545.0 MHz
Channel spacing
5 kHz
EIRP
Within +7 - +16 dBW (at 5 degrees elevation angle)
G/T
-23.7 dB/K minimum
Modulation
Transmission
Reception
1200 symbols/sec.
BPSK* (2nd generation satellite)
1200 symbols/sec.
BPSK*
(BPSK: Binary Phase Shift keying)
Antenna
Type:
Pattern
Polarization
Helical antenna
Hemisphere (non directional)
Right hand circular
Power supply
Voltage
AC100/220 ±10%
Power consumption
Environmental Ambient temperature
Condition
TX:
75 W
(EME and IME)
RX:
15 W
(EME and IME)
-35° C - +55° C (EME operational)
-15° C - +55° C (IME operational)
Preservation temperature
-40° C-+80°C
Relative humidity
95 % (+40°C)
Ice
25 mm (EME)
Precipitation
100 mm/hour (EME)
Velocity
100 knots
Vibration
IEC60945 compatible
Coding
Data rate
DC24V+30%-20%
Interleaved, convolutional code (R = 1/2, K = 7)
Transmission
600 bps
Reception
600 bps
Max transmission message
8K bytes
Reception message storage
80K bytes (INMARSAT-C: 40K bytes, EGC: 40K bytes)
Interface
Internal GPS
JRC original
DTE
CCITTV 24/28, 9600 bps, 9 PIN DSUB connector
Printer
Centronics compatible parallel interface
Dimensions
EME: 144 mm(φ) × 224 mm(H)
IME: 210 mm(W) × 150 mm(D) × 50 mm(H)
Mass
EME: 1.5 kg
5-1
IME: 1.3 kg
Troubleshooting Flowchart
Continued to next page
YES
Is SYNC lamp lit after 2 to
10minutes passed?
YES
Is Power lamp turned to lit
after 20 seconds?
YES
Is Power lamp blinks after
Power switch of IME turned
ON?
Start
NO
YES
Blocking？
YES
Is SYNC blinking and
other lamps are
lighting?
YES
Is PSU normal?
6-1
Re-confirm with changing the ships
direction, or changing position of EME
NO
NO
Check below mentioned all items for correct communication
6-1
6 Troubleshooting
NO
NO
NO
YES
Is EME-IME
Cable normal?
Are all lamps lit
after 5 minutes
passed?
YES
NO
NO
EME
exchange
IME-EME
cable
exchange
IME
exchange
PSU
exchange
Terminated
Is ALM lamp lit or flicked
during operation?
NO
Is buzzer sounded during
operating?（Internal EME
GPS error）
YES
Is LOG-IN lamp lit after 2
seconds?
Continued from previous page
NO
Alarm／Error contents
Lighting
6-2
EME
exchange
Cable confirmation of Security button
Security button exchange
EME exchange
Light is flicking after rebooting Power
switch: EME exchange
countermeasure
Light is disappeared after rebooting
Power switch: Normal return
Two or more events are
Confirm above 3 items
occurred in same time.
Blinking with 2.0
Security button error
seconds intervals
Blinking with 1.0
EME internal battery error
seconds intervals
Blinking with 0.5
seconds intervals
TX alarm
ALM lamp status
Fig.6-1 Trouble shooting Flowchart
NO
YES
YES
Is ID registration
completed?
ID
application
7 Working Check List
Check in accordance with the following check list, if installation is completed.
１
Check item
Contents
Security Button
Security Button is correctly connected with
connection
JUE-95SA
POWER LED is lit after 20 seconds with flicking
since the POWER switch is turned ON
２
Status of IME LED
All LEDs is lights out after SYNC LED and
LOGIN LED is lit.
３
４
５
６
Communication test
GPS receiving check
Initial setting
Test mode
Check
□
□
□
POWER LED is lit after TEST button is pushed.
□
PV Test is carried out correctly.
□
SSAS Transmission is carried out correctly.
□
SSAS Test is carried out correctly.
□
GPS data is received correctly.
□
Re-confirmation of MES Number
□
Re-confirmation of Delivery Date
□
Re-confirmation of Preferred OR (Ocean Region)
□
Logged-off from TEST mode.
□
7-1
8 JRC Service Network
Please contact the dealer from which you purchased the device､ or our marketing offices that is
nearest to you for any question as to the after-sales service.
JRC web site
JRC Tokyo Japan
JRC Amsterdam
JRC Seattle
http://www.jrc.co.jp
http://www.jrcams.nl
http://www.jrcamerica.com
Marine Sales & Marketing Department
Tokyo Japan
: jmarine@m1.jrc.co.jp
Marine Product support Department
Tokyo Japan
: tmsc@m1.jrc.co.jp
8-1