JUE-501/JUE-251
FB500/FB250 Maritime Satellite Communication Terminal
SERVICE MANUAL
For further information,contact:
Not use the asbestos
URL
http://www.jrc.co.jp
Marine Service Department Telephone : +81-3-3492-1305 +81-3-3779-1420 Facsimile :
[email protected] e-mail : AMSTERDAM Branch Telephone : +31-20-658-0750 Facsimile : +31-20-658-0755 e-mail :
[email protected] SEATTLE Branch Telephone : +1-206-654-5644 Facsimile : +1-206-654-7030 e-mail :
[email protected] CODE No.7ZPSC0434
01ETM
MAY 2013 Edition 1
ISO 9001, ISO 14001 Certified
JRC
Printed in Japan
CONTENTS CHAPTER 1.
Introduction................................................................................................................ 1-1
1.1
General .................................................................................................................................... 1-1
1.2
Above Deck Equipment (ADE) ............................................................................................... 1-1
1.3 Below Deck Equipment (BDE) ............................................................................................... 1-1 1.4
Services ................................................................................................................................... 1-2
1.4.1
Spot beam coverage area............................................................................................... 1-2
CHAPTER 2.
Diagrams .................................................................................................................... 2-1
2.1 JUE-501/JUE-251 wiring diagram ........................................................................................ 2-1 2.2
JUE-501/JUE-251 block diagram .......................................................................................... 2-2
2.2.1
System block diagram, ..................................................................................................... 2-2
2.2.2
ADE block diagram, ......................................................................................................... 2-3
2.2.3
BDE block diagram, ......................................................................................................... 2-5
CHAPTER 3.
Technical Specifications............................................................................................. 3-1
3.1 Standard Functions................................................................................................................... 3-1 3.2
Handset ................................................................................................................................... 3-1
3.3
Interfaces................................................................................................................................. 3-2
3.3.1
Power supply connector ................................................................................................... 3-3
3.3.2
ADE connector.................................................................................................................. 3-3
3.3.3
WRF connector ................................................................................................................. 3-3
3.3.4
RJ-11 (2W port) connectors for TEL1/2 port ................................................................... 3-4
3.3.5
Handset connector............................................................................................................ 3-4
3.3.6
Earth terminal ................................................................................................................. 3-4
3.3.7
RJ-45 (Ethernet) connectors-for User LAN..................................................................... 3-5
3.3.8
RJ-45 (Ethernet) connectors-for external WAN .............................................................. 3-5
3.3.9
RJ-45 (Ethernet) connectors-for JRC LAN for RMS .................................................... 3-6
3.3.10
RJ-45 (ISDN) connectors................................................................................................ 3-6
3.3.11
SIM card slot................................................................................................................... 3-6
3.3.12
Reset switch.................................................................................................................... 3-7
3.3.13 Voice distress button......................................................................................................... 3-7 3.3.14 Fuse ................................................................................................................................... 3-7 3.4
ADE specifications .................................................................................................................. 3-8
3.4.1
Antenna parameters ........................................................................................................ 3-8
3.4.2
RF parameters.................................................................................................................. 3-8
3.5
BDE specifications .................................................................................................................. 3-8
3.5.1
Primary power.................................................................................................................. 3-8
3.5.2
Power consumption .......................................................................................................... 3-8
3.6
Environmental conditions ...................................................................................................... 3-8
3.6.1
7ZPSC0434
Temperature ..................................................................................................................... 3-8
3.6.2
Humidity........................................................................................................................... 3-9
3.6.3
Vibration ........................................................................................................................... 3-9
3.6.4
Ship’s motion .................................................................................................................... 3-9
3.7
Dimensions and weight ........................................................................................................ 3-10
3.7.1
ADE................................................................................................................................. 3-10
3.7.2
BDE................................................................................................................................. 3-12
3.7.3
Handset........................................................................................................................... 3-13
CHAPTER 4. 4.1
Setup of GYRO I/F Box.............................................................................................. 4-1
GYRO I/F Box ......................................................................................................................... 4-1
4.1.1
Connection of Cables ........................................................................................................ 4-1
4.1.2
Connection of SYNC/STEP GYRO................................................................................... 4-1
4.1.3
Connection of NMEA GYRO ............................................................................................ 4-4
CHAPTER 5. 5.1
Composition of Equipment ........................................................................................ 5-1
ADE (GSC-511) ..................................................................................................................... 5-2
5.1.1
Antenna Unit ................................................................................................................. 5-2
5.1.2
Antenna Assy ................................................................................................................. 5-2
5.1.3
Above Deck Unit (ADU) ................................................................................................ 5-2
5.1.4
Low Noise Amplifier (LNA)........................................................................................... 5-3
5.1.5
GPS Antenna ................................................................................................................. 5-3
5.1.6
Rotary Joint (RJ) ........................................................................................................... 5-3
5.1.7
Motor............................................................................................................................... 5-4
5.1.8
Timing belt...................................................................................................................... 5-4
5.1.9
Cables ............................................................................................................................... 5-5
5.2
ADE (GSC-251) ..................................................................................................................... 5-6
5.2.1
Antenna Unit ................................................................................................................. 5-6
5.2.2
Antenna assy ................................................................................................................. 5-6
5.2.3
Above Deck Unit (ADU) ................................................................................................ 5-6
5.2.4
Low Noise Amplifier (LNA)........................................................................................... 5-7
5.2.5
GPS Antenna ................................................................................................................. 5-7
5.2.6
Motor................................................................................................................................. 5-7
5.2.7
Timing belt..................................................................................................................... 5-8
5.2.8
Cables............................................................................................................................. 5-8
5.3
BDE (GSC-512/GSC-252) ....................................................................................................... 5-9
5.4
GYRO I/F Box ....................................................................................................................... 5-10
5.3.1
GYRO I/F JB................................................................................................................... 5-10
5.3.2
NSK Unit ........................................................................................................................ 5-10
CHAPTER 6.
Service parts and replacement .................................................................................6-11
6.1
Service parts ..........................................................................................................................6-11
6.2
Replacement procedures for JUE-501 ................................................................................. 6-12
6.2.1
Radome ........................................................................................................................... 6-12
6.2.2
Radome opening and closing works............................................................................... 6-15
6.2.3
LNA................................................................................................................................. 6-19
6.2.4
ADU ................................................................................................................................ 6-21
6.2.5
GPS Antenna .................................................................................................................. 6-23
6.2.6
Motor............................................................................................................................... 6-25
6.2.7
Junction Board ............................................................................................................... 6-33
6.3
Replacement procedures for JUE-251 ................................................................................. 6-34
6.3.1
ADE................................................................................................................................. 6-34
6.3.2
Antenna Assy.................................................................................................................. 6-36
6.3.3
LNA................................................................................................................................. 6-38
6.2.4
ADU ................................................................................................................................ 6-39
6.3.5
GPS Antenna .................................................................................................................. 6-40
6.3.6
Motor............................................................................................................................... 6-41
6.3.7
Junction Board ............................................................................................................... 6-45
6.4
Operation check after unit replacement .............................................................................. 6-46
CHAPTER 7. 7.1
Service menu .............................................................................................................. 7-7
Serviceman log-in (Web interface) ......................................................................................... 7-7
7.1.1
Setting menu .................................................................................................................. 7-13
7.1.2
Test Config menu............................................................................................................ 7-14
7.1.3
Manual Control menu .................................................................................................... 7-15
7.1.4
JRC LAN menu .............................................................................................................. 7-17
7.2
Serviceman log-in (Handset) ................................................................................................ 7-21
7.2.1
Tst Configuration ........................................................................................................... 7-22
7.1.2
JRC LAN......................................................................................................................... 7-29
CHAPTER 8.
Software updating...................................................................................................... 8-1
8.1. Downloading the latest software ............................................................................................. 8-2 8.2. Update software ....................................................................................................................... 8-3 8.3. Confirm the updated software version .................................................................................... 8-7 8.4. Software Updating Procedure in Safe Mode ........................................................................... 8-8 8.4.1 Start in Safe Mode .............................................................................................................. 8-9 8.4.2 Set your PC ....................................................................................................................... 8-10 8.4.3 Update software in safe mode ...........................................................................................8-11 8.5. Software Release History......................................................................................................... 8-1 CHAPTER 9.
Troubleshooting.......................................................................................................... 9-1
9.1
Diagnostic................................................................................................................................ 9-1
9.2
Alarm Pack.............................................................................................................................. 9-2
9.2.1 Check Alarm Pack on Web browser ................................................................................... 9-2 9.2.2 Check Alarm Pack on Handset........................................................................................... 9-5 9.2.3 Detail Explanation for Alarmpack Contents ..................................................................... 9-6 9.3
Troubleshooting according to the phenomenon ................................................................... 9-19
9.4
FAQ........................................................................................................................................ 9-24
9.4.1
Power supply and start up ................................................................................................... 9-24
9.4.2
Reception of radio wave from a satellite ............................................................................... 9-25
9.4.3
Web Menu System ............................................................................................................. 9-26
9.4.4
LaunchPad......................................................................................................................... 9-27
9.4.5
TEL .................................................................................................................................. 9-28
9.4.6
FAX.................................................................................................................................. 9-29
9.4.7
Packet Switch(Standard IP, Streaming IP) service .................................................................. 9-30
9.4.8
SMS ................................................................................................................................. 9-31
9.4.9
ISDN ................................................................................................................................ 9-32
9.4.10. Actions to be taken when abnormal status is indicated on Handset........................... 9-33 9.4.11. When the call log sort function is not working ............................................................. 9-34 9.4.12. Other problems .............................................................................................................. 9-37 9.5
Cause Code............................................................................................................................ 9-38
9.5.1 Cause Code for CS communication (TEL, FAX) .............................................................. 9-38 9.5.2
Cause Code for PS communication................................................................................ 9-40
9.5.3
Cause code for Short Messaging Service....................................................................... 9-41
9.5.4
Internal cause code ........................................................................................................ 9-42
9.6
Event Log .............................................................................................................................. 9-43
CHAPTER 1. 1.1
Introduction
General JUE-501/JUE-251 is a Inmarsat digital satellite communication terminal for 4kbps voice service, G3FAX and legacy analogue modem service using 64kbps 3.1kHz Audio service, (*)UDI/RDI, maximum 432kbps (JUE-501), 284kbps(JUE-251) Standard IP data service, 8kbps, 16kbps, 32kbps, 64kbps, 128kbps and (*)256kbps Streaming IP data service and Short Messaging Service (SMS).
1.2
[ (*) JUE-501 only.]
Above Deck Equipment (ADE) The JUE-501 ADE dimension is 630mm diameter, 683mm height and 20kg weight. No rewind (Cable unwrap) 3 axes mechanical stabilized antenna structure and electrical circuit are all original design of JRC. The JUE-251 ADE dimension is 285mm diameter, 364mm height and 4.7kg weight. This ADE is JRC’s first 2 axes control antenna for Inmarsat equipment. Both ADE can be installed easy, connecting to BDE with one coaxial cable. Fig.1.2
1.3
Above Deck Equipment (ADE)
Below Deck Equipment (BDE) The stylish BDE is developed and designed by JRC. The BDE has a wide range of standard interface and functions. These interfaces allow flexible on-board networking.
Fig.1.3
1-1
Below Deck Equipment (BDE)
1.4
Services The FleetBroadband system provides the following communication services. Voice（4kbps Speech） Audio (64kbps 3.1kHz Audio) Standard IP data service (maximum 432kbps for JUE-501 and maximum 284kbps for JUE-251) Streaming IP data service (8kbps, 16kbps, 32kbps, 64kbps, 128kbps or 256kbps (256kbps is only for JUE-501) ) SMS (Short Messaging Service) RDI/UDI (only for JUE-501)
1.4.1
Spot beam coverage area Coverage area is shown below.
Fig.1.4a
Coverage area
1-2
Fig.1.4b
Irradiation status of Narrow spot beam
1-3
TEL(1st)
Ship's Power AC100/220V
L1 RED L2 BLK
TEL JB
ChartCo Receiver
EMC FILTER or TRANSFORMER
0.6/1kV DPYC-1.5 or 0.6/1kV DPYC-2.5 *
E
-
+
JUE-250 Wiring diagram
TEL JB
ETH4 [RJ-45]
JRC LAN [RJ-45]
EXT WAN [RJ-45] Earth Cable 7ZCSC0266 (Attachment)
Cat-5 LAN Cable *
Cat-5 LAN Cable *
Cat-5 LAN Cable *
PC/HUB
JRC LAN (RMS)
EXT WAN (another sat-com)
*
PC/HUB
PC/HUB
ETH3 [RJ-45]
ETH1 [RJ-45]
Cat-5 LAN Cable *
(JRC SUPPLY)
LAN Cable 5m
TA
ISDN [RJ-45]
DB1
ETH2 [RJ-45]
PC
6
5
**** *m (JRC SUPPLY)
3 4
2
1
I/02
VDB2
GND
ACK
VOUT
NC
NO
COM
GND
12V
BUZZ
SYNC
RX_B
RX_A
Remote RMT1 Power Control RMT2
FG
GND
OP2 12V
OP2D2
OP2D1
FG
GND
OP1 12V
OP1D2
OP1D1
GND
WHT a
ACK
VOUT
NC
BLK
I/01
NO
COM
GND
TX_B
GYRO IF TX_A
RX_B
RX_A
FG
GPS IN GPS_B
GPS_A
FG
TEL6 RING6
RED
21-31V DC
TEL2 [RJ-11]
TEL1 [RJ-11]
TIP6
FG
TEL5 RING5
TIP5
FG
TEL4 RING4
TIP4
FG
BLK
(JRC SUPPLY)
7ZCSC0222B 5m Power Supply Cable
(JRC SUPPLY)
Modular Cable 3m
(JRC SUPPLY)
Modular Cable 3m
JB
TEL3 RING3
TIP3
CQD-2243
GRN
RED
FAX-2820
FACSIMILE
NQE-3058C
RED L1 BLK L2
WRF [SMA J]
Handset
ADE
Cat-5 LAN Cable
(OWNER SUPPLY)
NQE-3301
DC24V OUT
Voice Distress Button
AC IN U V
NBD-904
Power Supply Unit
(Attached to FAX)
FAX Power Cable (2.4m)
250V TTYCS-1 *
1m (Attached with Handset)
(ChartCo SUPPLY)
NQW-267
HANDSET
(JRC SUPPLY)
(JRC SUPPLY)
NQE-3058C
0.6/1kV DPYC-2.5 *
*1
TEL Cable 5m (Attached to TEL)
J901
[*1] Ship's power AC220V : EMC FILTER (RSHN-2003) Ship's power AC110/115V : TRANSFORMER (DD-118564) Ship's power AC100V : TRANSFORMER (DD-118525)
Ship's Power AC100/220V
NQW-132B
Earth Plate (Attachment)
GSC-511
GSC-512
BLK
BLK
16
BRN
RED
1
2
3
4
5
6
7
RED3
BLK3
10
RED2
11
8
BLK2
12
9
2 BLK1 RED1
13
14
1
BLK2
15
RED2
16
BLK1
17
RED1
18
BLK2
RED2
BLK1
RED1
BLU
RED
YEL
BLK
19
20
21
22
23
24
J3
1
2
3
4
5
6
7
8
9
10
11
ORN
BLK
13 12
RED
14
15
RED
17
18
RED
19
BLK
20
21
22
23
RED
BLK
25 24
RED
26
J2 L2
L1
L1 L2
RED BLK
TEL JB/NQE-3058C
BLK
RED
TEL JB/NQE-3058C
Earth Plate (YARD SUPPLY)
250V TTYCS-4 *
250V MPYC-2 *
250V TTYCS-1Q *
250V TTYCS-1Q *
250V TTYCS-1 *
G
BLK1
RED3
BLK3
RED2
BLK2
RED1
EXT BUZ
BLK1 BLK2
NQE-3301
TEL Cable 5m (Attached to TEL)
NQW-132B
TEL Cable 5m (Attached to TEL) TEL(5th)
6
NM-
BLK2
RED2
BLK1
RED1
GND
G
G
GND
12V
D2
D1
NCE-6824A
GND
12V
D2
D1
EXT BUZ BLK1
6
5
4
3
2
1
D2 12V
3
2
1
EXT BUZ
FG
GND
NCE-6824A
G
GND
12V
D2
D1
WHT
BLK
RED
STEP SIGNAL
SYNCHRO SIGNAL
(Attached to GYRO I/F BOX)
Power Cable 5m
250V MPYC-4 *
250V MPYC-7 *
Interconnection Diagram
INMARSAT FB500 JUE-501
G
4
3
2
1
+24V
GND
5
4
3
2
1
RED1 D1 BLK1 D2 RED2 12V BLK2
G
GND
250V TTYCS-1Q *
BLK2
TEL(6th) NQW-132B
TB11 (GYRO)
D1
NCE-6824A
RED2
TEL(4th) NQW-132B
TB1 (POWER)
EXT BUZ
RED1
G
GND
12V
D2
D1
COM
R2
S3
S2
S2
SD1
S3
S1
SD2
R1 S1
SYNC
RD2
STEP
NQA-2066A
GYRO I/F BOX
RD1
250V TTYCS-1Q *
BLK2
RED2
BLK1
RED2
Voice Distress Button
BLU
4
YEL 5
3
2
ORN
RED
1
TB3 (to BDE) BRN
RED1
RED1
G
GND
12V
D2
D1
L2
BLK
TEL(3rd) NQW-132B
External GPS (4.8K/38.4K bps, GGA/ZDA)
L1
RED
TEL JB/NQE-3058C
*: YARD SUPPLY
6
5
4
3
2
1
L2
L1
TEL Cable 5m (Attached to TEL)
BLK
RED
TEL JB/NQE-3058C
TEL Cable 5m (Attached to TEL)
NCE-6824A
GND
12V
D2
D1
Remote Power Switch
BLK2
RED2
BLK1
RED1
NMEA GYRO (4.8K/38.4K bps, THS, HDT, VHW)
7ZCSC0244 Signal Cable 3m (Attached to GYRO I/F BOX)
250V TTYCS-1 *
250V TTYCS-1 *
250V TTYCS-1 *
250V TTYCS-1 *
250V TTYCS-1 *
TB1 TB2
MAIN UNIT
TB3 TB4
7ZCSC0212 Coaxial Cable 0.5m
TB1 TB2
TB1 TB2
CFQ-3922A W1: Coaxial Cable
TB3 TB4
TB3 TB4
ABOVE DECK EQUIPMENT (ADE)
TB1
2-1
TB3
Fig. 2.1
TB2
a
2.1
TB4
CHAPTER 2. Diagrams
JUE-501/JUE-251 wiring diagram
2.2 2.2.1
JUE-501/JUE-251 block diagram System block diagram, Below figure is system block diagram of JUE-501 and JUE-251.
a) JUE-501
Fig. 2.2
b) JUE-251
JUE-501/JUE-251 block diagram
In JUE-501 and JUE-251, electrical units are communalized as possible. Same LNA, same ADU and same BDE are employed. BDE is including same NCU, FTU and PSU board.
2-2
2.2.2
ADE block diagram, Below figure is more detail ADE block diagram.
The ADE is composed of the Antenna , GSP antenna, LNA(Low Noise Amp.) and ADU (Above Deck Unit). In JUE-501, the rotary joint is equipped just behind ADU I/O port. The Antenna is flat antenna with 12 patches, and connecting to the LNA which equipped behind the Antenna with single coaxial cable. The LNA is filtering out unwanted signal from the Antenna and amplifies RX (receiving) signal from the satellite and then output to the ADU. The ADU is composed of ADE control circuit, RF circuit, sensor circuit and GPS receiver. The ADE control circuit is a controller of the whole ADE using a CPU and peripherals. The sensor circuit detects ship’s rolling and pitching using the acceleration sensor and the Rate sensor and then control the stepping motor to stabilize the Antenna Unit. The Antenna is directed to the satellite by the above operation. And the ADE control circuit controls the RF circuit and communicates with the main CPU on the NCU board of the BDE. The RF circuit is a fixed gain amplifier and amplifies L-band TX signal from the BDE and 2-3
then outputs the signal to the LNA. And the RF circuit amplifies RX signals and output to the BDE at L-band. The GPS receiver is to receive the signal from GPS satellites and to calculate ship’s position to decide the antenna elevation angle. The Rotary Joint is the joint between the ADE and the BDE to pass TX /RX signals and power to the ADE. The Rotary Joint is adopted to achieve no rewind operation and provides consecutive communication.
The signal tracking system is new technology of JRC Inmarsat terminal. Two signals generated in the RF circuit based on two RX signals from the Antenna Unit, are used for tracking the satellite in this technology. One is used for the conical scanning of azimuth. The other is used for the step tracking of elevation. A gyro signal is also available to track the satellite. The above two signals are ignored when a gyro signal is used for the satellite tracking and the Gyro I/F Box is required to connect ship’s gyro. User can change the tracking system simply by Handset.
The JUE-251 has 2 axes control. The rotary joint is equipped between antenna and LNA. The electrical unit and the function is same as JUE-501.
2-4
2.2.3
BDE block diagram,
The BDE is composed of the NCU (Network and Control Unit), FTU (Frequency Translation Unit) and PSU (Power Supply Unit). External interfaces are listed below. ・
ISDN
・
Ethernet
・
SIM
・
RJ11
・
Handset (12-pin connecter)
・
Optional Interfaces (WRF and GYRO)
・
LED
(1)ISDN The interface board provides one RJ45 port for ISDN equipment. ITU-T I.430 and Euro ISDN S0 interface. 2-5
It meets ISO/IEC 8877,
A 40V (2.5W) power is provided for ISDN phantom power.
The ISDN transformer
T60407-M5014-X002 from Vaccumschmelze is used. The phantom powering and power protection provid 2.5W for a TE.
External circuitry to the transceivers is needed to
provide impedance matching, and surge protection. The isolation transformer should be rated to pass 1500V high pot test for surge and lightning protection.
To meet the
1500Vrms isolation requirement, there should be no ground, power or signal planes beneath the secondary winding of the transformer. The ISDN transceiver is a PSF21150 from Infineon. Its D channel is routed via serial interface (SCI) to core processor in CM and B channels are routed to DSP. (2)Ethernet One RJ45 port on interface board is used as 10/100Base-T Ethernet port. It can operate up to 100 meters without external driver hardware. (3) SIM The SIM interface meets the mechanical and electrical specifications in UMTS TS 21.111 and TS 31.101. (4) RJ-11 2 RJ11 ports provide 4kbps voice service or 3.1kHz audio (FAX). (5) 12-pin Connector One 12-pin connector is for JRC-manufactured handset which provides 4kbps voice service.
LEDs are used as indicators of terminal status.
2-6
CHAPTER 3.
Technical Specifications
3.1 Standard Functions The JUE-501/JUE-251 has the following functions as standard.
3.2
(a)
Standard IP service
(b)
Streaming IP service
(c)
Easy-operation using LaunchPad
(d)
SMS
(e)
Re-dialing
(f)
Telephone book for 50 numbers
(g)
USIM card function
(h)
Request lock function
(i)
Wideband RF output
(j)
Call logging
(k)
Alarm pack as self-diagnostics function
(l)
Services of simultaneous communication
Handset JUE-501/JUE-251 has the Handset as standard operation terminal. Status of the equipment or various settings can be confirmed on the LCD screen of the Handset. Also the LEDs under the LCD screen displays status of the equipment by the sequences of its flushing and blinking, in the same way of the LEDs of the main unit. Refer to [Chapter 3.4 Handset] of Operation manual. A PC is necessary to update the software, or confirming the data communication.
Please bring your PC to a ship when
you carry out the service of the JUE-501/JUE-251 installation. Fig.3.2 Handset
3-1
3.3
Interfaces The JUE-501/JUE-251 has the following interfaces.
Handset connector
SIM card slot
Fig. 3.3a
ADE connector
Interface of front panel
WRF connector
FUSE
Power supply connector
EARTH
RJ-45 connector for ISDN 2xRJ-11 connector
RJ-45 connector for External WAN
for analogue telephone
4xRJ-45 connector for User LAN
RJ-45 connector for JRC LAN
Fig. 3.3b
Interface of rear panel
3-2
Voice Distress Button connector
3.3.1
Power supply connector
DC24V for main power supply. Power consumption is approx. 2A in idle, approx. 4.5A in transmitting. Power supply connector
Pin number 1
3.3.2
2
3
Pin function
1
+24V DC
2
FG (frame ground)
3
GND
ADE connector
Connector to the ADE with one coaxial cable. The connector is TNC type, and is feeding +24VDC power supply for ADE, RF signals and ADU communication signals. ADE connector
The CFQ-3922A5 is a standard cable with connectors for the JUE-501, to convert connector type to TNC the relay cable 7ZCSC0212 is required. The CFQ-5924A3 is a standard cable with connectors for the JUE-251. This cable has TNC connector, do not required relay cable.
3.3.3
WRF connector
The JUE-501/JUE-251 provides wideband RF output to connect an external equipment like ChartCo.The connector is SMA type. (As of May 2012, the service of ChartCo is not being provided in the I4 satellite.) WRF connector
3-3
3.3.4
RJ-11 (2W port) connectors for TEL1/2 port
The JUE-501/JUE-251 has two 2-wire analog ports. The analog 2-wire telephone and the G3 facsimile are connected up to 2 units. Cable length is maximum 100[m].
2
1 2
Pin number
Pin function
1
RING
2
TIP
1
RJ-11 (2W port) connectors
3.3.5
Handset connector
The JUE-501/JUE-251 has handset connector on front panel.
12
Pin number
Pin function
Pin number
Pin function
1
GND
7
RES1
2
PT1
8
NC
3
NC
9
SRIN1
4
+9V
10
SROUT1
5
HOOK
11
TEST
6
SEND
12
RECEIVE
1
Handset connector
3.3.6
Earth terminal
The JUE-501/JUE-251 has earth terminal. Connect the ground terminal of the Main Unit to bulkhead or floor with earth cable. Earth terminal
3-4
3.3.7
RJ-45 (Ethernet) connectors-for User LAN
The JUE-501/JUE251 has four RJ-45 connectors with PoE for user LAN connection. These connectors supply floating 48V DC power if devices which required power is connected automatically. The total output power of four connectors are set to 32W.
8
1
RJ-45 connector
3.3.8
Pin number
Pin function
1
RXP
2
RXN
3
TXP
4
-
5
-
6
TXN
7
-
8
-
RJ-45 (Ethernet) connectors-for external WAN
The JUE-501/JUE251 has one RJ-45 connectors for external WAN connection. This connector can connect to another satellite communication equipment.
8
1 8
1
RJ-45 connector
3-5
Pin number
Pin function
1
RXP
2
RXN
3
TXP
4
-
5
-
6
TXN
7
-
8
-
3.3.9
RJ-45 (Ethernet) connectors-for JRC LAN
for RMS
The JUE-501/JUE251 has one RJ-45 connectors for JRC LAN connection. This connector can connect to JRC original network. Connect VDR and/or INM-C when leverage the Remote Maintenance System (RMS).
8
Pin number
Pin function
1
RXP
2
RXN
3
TXP
4
-
5
-
6
TXN
7
-
8
-
Pin number
Pin function
1
-
2
-
3
RXP
4
TXP
5
TXN
6
RXN
7
-
8
-
1
RJ-45 connector
3.3.10
RJ-45 (ISDN) connectors
The JUE-501/JUE-251 has RJ-45 connector for ISDN data communication (for JUE-501), and 3.1kAudio.
1
8
RJ-45 connector
3.3.11
SIM card slot
The JUE-501/JUE251 has SIM card slot behind cover plate.
SIM card slot inside.
3-6
3.3.12
Reset switch
The JUE-501/JUE-251 has reset switch. Turning on the main unit with this switch pressed makes the terminal factory default. Press reset switch with ball point pen, paperclip or something of that nature.
Reset switch inside.
3.3.13 Voice distress button The JUE-501/JUE-251 has a connector which connects Voice Distress Button. The Voice Distress Button is required handset with display, so for the time VDB will be connected only one from BDE.
1
Pin number
Pin function
1
SYNC
2
BUZZ
3
RX_A
4
RX_B
5
+12V
6
GND
6
VDB connector
3.3.14 Fuse The JUE-501/JUE-251 has a fuse. 15 Amp. fuse is used.
Fuse case
3-7
3.4 3.4.1
ADE specifications Antenna parameters Type;
JUE-501: φ54cm 12 patch flat antenna JUE-251: φ24cm 3patch flat antenna
Gain;
JUE-501:
approx.18dBi
JUE-251: approx.12dBi Beam width;
JUE-501: +/- 7.5deg, 3dB down JUE-251:
Polarization; 3.4.2
+/-20deg, 3dB down
Right hand circular
RF parameters G/T; EIRP;
JUE-501:
-4.0dBK
JUE-251:
-15.5dBK
JUE-501: +22.0dBW+1/-2dB JUE-251: +15-1dBW +1/-2dB
3.5 3.5.1
Transmitting;
1626.5 - 1660.5, 1668.0 – 1675.0 (MHz)
Receiving;
1518.0 - 1559.0 (MHz)
BDE specifications Primary power Input
3.5.2
+21VDC to +31VDC
Power consumption Idle (Receiving) Approx. 50 [W] Transmission
3.6 3.6.1
Approx. 100 [W]
Environmental conditions Temperature Operating;
-25deg - +55deg (ADE/BDE) -15deg - +55deg (Handset)
Storage;
-40deg - +80deg (ADE/BDE/Handset)
3-8
3.6.2
Humidity Up to 95% (40deg Relative)
3.6.3
Vibration IEC60945 4th edition requirements ADE/BDE
3.6.4
2-13.2Hz
1.0mm (amplitude)
13.2Hz-100Hz
0.7G (acceleration)
Roll;
+/-30deg per 8sec
Pitch;
+/-10deg per 6sec
Yaw;
+/-8deg per 50sec
Turning;
6deg per sec
Ship’s motion
3-9
3.7 3.7.1
Dimensions and weight ADE
Unit: mm Mass: Approx. 20 kg
Fig. 3.7.1a JUE-501 ADE
3-10
Unit: mm Mass: Approx. 4.7 kg Fig. 3.7.1b JUE-251 ADE 3-11
3.7.2
BDE
Unit: mm Mass: Approx. 4.5 kg
Fig. 3.7.2 3-12
BDE
3.7.3
Handset
4-Mounting holes
Unit: mm Mass: Approx. 0.5 kg Fig. 3.7.3
Handset
3-13
CHAPTER 4. 4.1
Setup of GYRO I/F Box
GYRO I/F Box Below outlined settings are required when GYRO I/F Box is connected. Either connection of the SYNC/STEP GYRO or the NMEA GYRO is necessary.
4.1.1
Connection of Cables (1) Confirm DC+24V and GND of Power supply cable are connected with TB1 correctly. No.
Signal
1
DC+24V
2
GND
3
FG
Power supply to the GYRO I/F Box is not necessary when the NMEA GYRO is connected. (2)Connect signal cable (7ZCSC0244), enclosed in GYRO I/F Box, to JB connector of BDE, and then connect it with TB3 of GYRO I/F Box. The cable can be cut in suitable length.
4.1.2
No.
TB3 (GYRO I/F Box)
JB (BDE)
Color
1
GYRO RD1
GYRO IF |TX_B
Brown
2
GYRO RD2
GYRO IF |TX_A
Red
3
GYRO SD1
GYRO IF |RX_B
Orange
4
GYRO SD2
GYRO IF |RX_A
Yellow
5
NMEA-/NSK
no connect
6
GND
GYRO IF|GND
Blue
Connection of SYNC/STEP GYRO (1) Confirm the cable of SYNC/STEP GYRO is connected with TB11 correctly. No.
STEP
SYNC
1
NC
R1
2
S1
S1
3
S2
S2
4
S3
S3
5
NC
R2
6
COM
NC
NC; No connection
4-1
(2) Connect jumper-pin with SYNC/STEP side of TP1 and TB2.
NMEA
Fig. 4.1.2a
STEP/SYNC
Setting of TP1 and TB2
(3) Set S201 and S202 as below outlined procedures.
Fig. 4.1.2b Setting of S201 and S202 GYRO interface box DIP switch setting No.1
Set the GYRO type No.1 STEP
ON
SYNC
OFF
4-2
No.2,3
No.4
Set the GYRO ratio Ratio
No.2
No.3
36X
ON
ON
90X
OFF
ON
180X
ON
OFF
360X
OFF
OFF
Set the GYRO rotating direction. DIR
No.4
REV
ON
NORM OFF No.5,6
No.7
Set the output timing as 100ms. Output No.5
No.6
100ms ON
OFF
Set simulator setting as normal. No.7 NORM OFF
No.8
Set the error output timing as 5s. Timing No.8 5s
ON
(4) Set No1, and 2 of S202 to OFF. (5) Turn the power switch of NSK unit to ON. (6) Confirm that Heading data is correctly inputted, by the GYRO test, which carried out with operation check of JUE-501 and JUE-251. (7) Confirm above matter again with changing the setting of No.4 switch to “REV”, when the GYRO rotation is opposite direction.
4-3
4.1.3
Connection of NMEA GYRO (1) Confirm the cable of NMEA GYRO is connected with TB2 correctly. No.
Signal
1
NC
2
NC
3
SD1
4
SD2
5
FG
Using the GYRO which outputs HDT sentence at 100ms or less interval is required when NMEA GYRO is connected. Antenna tracking will be lost and receiving level will be decreased when output interval is longer than above-mentioned one. JUE-250 can track and communicate normally in the turning of roughly 2 or 3 degree per second, when output interval of HDT sentence is 1 second. The communication might be fault when ship’s turning speed is faster than above mentioned, due to reduction of receiving level, etc. (2) Connect a jumper pin with NMEA side of TP1and TP2.
NMEA
Fig. 4.1.2a
STEP/SYNC
Setting of TP1 and TP2
(3) Confirm that Heading data is correctly inputted, by the GYRO test, which carried out with operation check of the JUE-250. (4) Replace 3pin (SD1) and 4pin (SD2) of TB2 and confirm again when the output of the NMEA GYRO is received incorrectly.
4-4
CHAPTER 5.
Composition of Equipment
The JUE-501/251 is composed of the following units; Table6.
Components of JUE-501/251
Name of component JUE-501 Standard
JUE-251 Standard Option
Type
Q’ty
ADE
GSC-511
1
BDE
GSC-512
1
Handset
NQW-267
1
ADE
GSC-251
1
BDE
GSC-252
1
Handset
NQW-267
1
Junction board
CQD-2243
1
GYRO I/F Box
NQA-2066A
1
5-1
5.1
ADE (GSC-511)
5.1.1
Antenna Unit The antenna is 12 patch flat, 54 cm in the diameter. The antenna is connected with LNA which is behind of the antenna, with a coaxial cable.
5.1.2
Name;
Antenna unit
Type;
NAY-278
Manufacturer;
JRC
Fig. 5.1.1
Antenna Unit
Fig. 5.1.2
Antenna Assy
Antenna Assy The antenna assy consists of an actuator containing an antenna, ADU, and GPS.
5.1.3
Name;
Antenna assy
Type;
NKE-334
Manufacturer;
JRC
Above Deck Unit (ADU) The ADU is composed of ADE control circuit, RF circuit and GPS receiver. Name;
ADU
Type;
CMZ-124
Manufacturer;
JRC Fig. 5.1.3
5-2
ADU
5.1.4
Low Noise Amplifier (LNA) LNA is installed in the behind of the antenna. It is composed of the filter and the amplifier circuit, etc. tree coaxial cables are connected, one cables of them are connected with the antenna, and two cables of them are connected with ADU. Name;
LNA
Type;
CAG-121-1
Manufacturer;
JRC Fig. 5.1.4
5.1.5
LNA
GPS Antenna The GPS antenna is connected to ADU with the 35cm coaxial cable. Name;
GPS antenna
Type;
H-7ABSC0021
Manufacturer;
TOKO DENSHI
Fig. 5.1.5
5.1.6
GPS Antenna
Rotary Joint (RJ) The Rotary Joint is the joint between the ADE and the BDE to pass TX /RX signals and power to the ADE. Name;
Rotary Joint
Type;
CTC-44
Manufacturer;
JRC Fig. 5.1.6
5-3
Rotary Joint
5.1.7
Motor To control each axis, three motors are installed. A common belt pulley is installed to each motor. 1) AZ axis Name;
AZ motor
Type;
H-7BPSC0008
(motor only)
MPEM30245
(with pulley)
Manufacturer;
SANYO DENKI
Fig. 5.1.7.1 AZ motor
2) EL axis Name;
EL motor
Type;
H-7BPSC0009
(motor only)
MPEM30224
(with pulley)
Manufacturer;
SANYO DENKI
Fig. 5.1.7.2 EL motor
3) XEL axis Name;
XEL motor
Type;
H-7BPSC0010
(motor only)
MPEM30223
(with pulley)
Manufacturer; 5.1.8
SANYO DENKI
Timing belt 1) AZ axis Name;
AZ Timing belt
Type;
BRGK05582
Manufacturer;
GATES UNITTA ASIA
2) EL axis Name;
EL Timing belt
Type;
BRGK05583
Manufacturer;
GATES UNITTA ASIA
3) XEL axis Name;
Cross EL Timing belt
Type;
BRGK05599
Manufacturer;
GATES UNITTA ASIA
5-4
Fig. 5.1.7.3 XEL motor
5.1.9
Cables (1) RJ- Radome base Name;
RJ coaxial cable
Type;
H-7ZCSC0278A
Manufacturer;
TOKO DENSHI
Fig. 5.1.9.1
RJ coaxial cable
(2) RJ-ADU cable Name;
RJ-ADU coaxial cable
Type;
H-7ZCSC0310
Manufacturer;
TOKO DENSHI
Fig. 5.1.9.2
RJ-ADU coaxial cable
(3) Control cable Name;
Motor cable
Type;
H-7ZCSC0302
Manufacturer;
HIRAKAWA HEWTECH Fig. 5.1.9.3
5-5
Motor cable
5.2
ADE (GSC-251)
5.2.1
Antenna Unit The antenna is 3 patch flat, 25 cm in the diameter.
5.2.2
Name;
Antenna unit
Type;
NAY-279
Manufacturer;
JRC
Fig. 5.2.1
Antenna Unit
Fig. 5.2.2
Antenna assy
Antenna assy The antenna assy consists of an actuator containing an antenna, ADU, and GPS.
5.2.3
Name;
Antenna assy
Type;
NKE-333
Manufacturer;
JRC
Above Deck Unit (ADU) The ADU is composed of ADE control circuit, RF circuit and GPS receiver. Name;
ADU
Type;
CMZ-124
Manufacturer;
JRC Fig. 5.2.3
5-6
ADU
5.2.4
Low Noise Amplifier (LNA) LNA is composed of the filter and the amplifier circuit, etc. Tree coaxial cables are connected, one cables of them are connected with the antenna assy, and two cables of them are connected with ADU. Name;
LNA
Type;
CAG-121-2
Manufacturer;
JRC Fig. 5.2.4
5.2.5
LNA
GPS Antenna The GPS antenna is connected to ADU with the 35cm coaxial cable. Name;
GPS antenna
Type;
H-7PABSC0021
Manufacturer;
TOKO DENSHI Fig. 5.2.5
5.2.6
GPS Antenna
Motor To control each axis, two motors are installed. A common belt pulley is installed to each motor. 1) AZ axis Name;
AZ motor
Type;
H-7BPSC0011
(motor only)
MPEM30232
(with pulley)
Manufacturer;
SANYO DENKI AZ Motor
2) EL axis Name;
EL motor
Type;
H-7BPSC0011
(motor only)
MPEM30231
(with pulley)
Manufacturer;
SANYO DENKI EL Motor
5-7
Fig. 5.2.6
Motor
5.2.7
Timing belt Name;
Timing belt
Type;
BRGK05630
Manufacturer;
MITSUBOSI BELT Timing belt Fig. 5.2.7
5.2.8
Timing belt
Cables 1) ADU-base cable Name;
ADU coaxial cable
Type;
H-7ZCSC0311
Manufacture;
TOKO DENSHI Fig. 5.2.8.1
ADU coaxial cable
2) RJ cable (connecting LNA) Name;
RJ cable
Type;
H-7ZCSC0326
Manufacture;
TOKO DENSHI Fig. 5.2.8.2
RJ cable
3) Control cable Name;
Motor cable
Type;
H-7ZCSC0303
Manufacturer; HIRAKAWA HEWTECH Fig. 5.2.8.3
5-8
Motor cable
5.3
BDE (GSC-512/GSC-252)
For BDE, whole exchange is required (explanation of inner units are omitted).
Fig. 5.3
5-9
BDE
5.4
GYRO I/F Box The GYRO I/F Box is composed of the Junction Board and the NSK unit. Name;
GYRO I/F BOX
Type;
NQA-2066A
Manufacturer;
JRC
Fig.5.3 5.3.1
GYRO I/F BOX
GYRO I/F JB The GYRO I/F JB is connecting board which relays the signal from NSK Unit or NMEA GYRO to the BDE. Name;
GYRO I/F JB
Type;
CQD-2065
Manufacturer;
JRC Fig.5.3.1
5.3.2
Gyro I/F JB
NSK Unit The NSK unit converts the signal of the SYNC/STEP GYRO into the serial signal. Name;
NSK UNIT
Type;
CMJ-3182
Manufacturer;
JRC Fig.5.3.2 NSK Unit
5-10
CHAPTER 6. 6.1
Service parts and replacement
Service parts Following parts are stocked as maintenance parts. Unit name ADE
JUE-501
JUE-251
Type
JRC Code
Type
JRC Code
GSC-511
GSC511-1
GSC-251
GSC251-1
CAG-121-2
CAG121-4
LNA
NA
ADU
CMZ-124
CMZ124-1
CMZ-124
CMZ124-1
AZ Motor
MPEM30245
MPEM30245
MPEM30232
MPEM30232
EL Motor
MPEM30224
MPEM30224
MPEM30231
MPEM30231
XEL Motor
MPEM30223
MPEM30223
H-7ABSC0021
7ABSC0021
H-7ABSC0021
7ABSC0021
BDE
GSC-512
GSC512-1
GSC-252
GSC252-1
Handset
NQW-267
NQW267-1
NQW-267
NQW267-1
GPS antenna
Remarks
NA
(*1) Type name and JRC code may be changed for improvement. In that case, the name and code will be changed: Example:
Name
H-7xxSC0000 -> H-7xxSC0000A -> H-7xxSC0000B -> ...
Code
7xxSC0000 -> 7xxSC0000A -> 7xxSC0000B -> ...
6-11
6.2
Replacement procedures for JUE-501
Turn off the BDE power switch and then execute these replacement works. 6.2.1
Radome
Required tools: orque wrench (M10: Opposite side 19mm) Spanner (19mm)
(1) Remove a vinyl tape and self bonding tape.
Vinyl tape Self bonding tape
(2) Disconnect ADE-BDE cable.
ADE-BDE Cable
(3) Remove four ADE fixing nuts.
Plain washer (M10) Spring washer (M10) Lock nut (M10) Hex nut (M10)
6-12
(4) Remove the ADE from the installation pole. One person should hold ADE and the other one should remove the ADE on the pole for safety. (approx.20kg)
(5) Remove the absorption sheet. Absorption sheet
(6) Install the new absorption sheet and then put the new ADE on the installation pole, and re-assemble them by doing the procedure in the reverse order of removing. One person should hold ADE and the other one should install the ADE on the pole for safety. Fasten the nuts with 41N・m (max. 54N･m) torque of reference. Note: ・Use the new supplied parts in accordance with the installation manual, and then discard the old supplied parts. ・Install the Radome with pointing its FWD mark to bow direction and the ADE-BDE cable connector is at the stern direction. Stern direction
FWD mark
6-13
Bow direction
FWD mark
・After installation, execute the waterproof processing to the connecter part of ADE-BDE cable with the self-bonding tape in accordance with the installation manual.
ADE-BDE Cable
6-14
6.2.2
Radome opening and closing works NOTE
•
Turn off the BDE power switch and then execute these replacement works.
•
Do not open the Radome under the environment with a lot of dust.
•
Take care not to get the foreign object into the Radome when the Radome is shut.
•
If you execute below works at the rainfall unavoidably, covering Radome (with a seat, etc.) is required for a waterproof treatment.
•
Execute the Radome opening and closing works only when the velocity of the wind is 10 m/s or less.
Below figure is shown in the caution label attached on the Radome.
It describes the main points to
execute Radome opening and closing works in safety.
1) Turn off the BDE power switch and then execute these replacement works. 2) Take the Radome safety strap from the base of the Radome. 3) Hook the one side of Radome safety strap to the strap mounting-hole on the rim of Radome. 4) Hook the other side of the strap to the strap- mounting board on the Radome base. 5) Unscrew the butterfly bolts and then lift up the Radome. 6) Lift up the Radome directly above only; otherwise Antenna unit may be damaged.
6-15
Required tools: Socket wrench (10mm) Flathead screw driver
(1) Turn off the BDE power switch. (2) Loosen the 8 bolts fixing Radome and Radome base, until the Radome can be removed. (Socket wrench or Flathead screw driver) Note: Do not remove the 8 bolts from the Radome base, only loose them.
Arrowed position A
A M6 bolt (3) Slightly lift the back of the Radome.
(4) With the Radome safety strap(long type), hook on the strap-mounting hole inside of the Radome, and also hook on the strap-mounting board on the Radome base, as shown below. (Long type strap is attached to the Radome base). Note: If the removed Radome can be secured in a safe place, using Radome safety strap is not necessary.
Radome safety strap (long type) 6-16
Inside of the Radome
Radome safety strap (long type)
Strap-mounting board
Radome safety strap (long type)
(5) Unscrew the butterfly bolt and remove the Radome safety strap(short type) from the pedestal.
Radome safety strap (short type)
Butterfly bolt (M4)
(6) Lift the Radome to upward direction and secure it on the safe place. Note: Certainly secure the removed Radome to safe place, to prevent the fall by the wind. Also, protect the removed Radome by cushion material to avoid the damage when the Radome is bumping with the post.
6-17
Strap-mounting hole
(7) When the replacement is completed, re-assemble the Radome by the procedure in the reverse order of removing. Make sure the gasket is correctly fitted to the Radome base, and then mount the Radome. Note: ･In this step, use Radome safety strap (short type). If you used the long type in prior step, certainly replace it to the short type. Removed long type strap should be returned to the initial position. ･Make sure that the FWD mark of the Radome is pointed to the bow direction. ･Fasten the M6 bolts with 5.7N･m(58kgf･cm)torque of reference.
Stern direction
FWD mark
6-18
Bow direction
FWD mark
6.2.3
LNA
Required tools: Torque wrench (8mm) Cross screw driver Spanner (8mm)
(1)
Turn off the BDE power switch.
(2)
Open the Radome.( Refer to Chapter 6.2.2)
(3)
Disconnect two LNA coaxial cables. (Spanner 8mm) LNA cable(RX)
LNA cable(TX)
(4)
Remove two mounting screws, cable clamps. (Cross screw driver) Remove two coaching clips. Cut cable clamp. (Nipper) Cut cable clamp
(5)
Disconnect LNA-ANT coaxial cable.
6-19
(6)
Remove seven mounting screws, cable clamp and coaching clip to take off the LNA. (Cross screw driver)
(7)
Re-assemble by doing the reverse procedure. Note: Coaxial connector tightening torque : 0.59N･m
(8)
Fixing by a cable clamps or coaching clips in the position which carried out marking to the LNA cable.
6-20
6.2.4
ADU
Required tools: Torque wrench (8mm) Hex wrench (2.5mm, 3mm, 4mm) Cross screw driver Spanner (8mm)
(1) Turn off the BDE power switch. (2) Open the Radome.( Refer to Chapter 6.2.2)
GPS cable
(3) Disconnect ADU_IN coaxial cable, two LNA coaxial cables and GPS cable. (Spanner 8mm) ADU_IN cable LNA cable (RX) LNA cable (TX)
(4) Remove four mounting screws to take off the ADU. (Hex wrench 4mm)
6-21
(5) Disconnect Motor cable to take off the ADU. Rotate ADU 90°and remove two mounting screws to take off the ADU. (Cross screw driver) Motor cable
(6) Remove four mounting screws to take off the attachment-L from ADU. (Cross screw driver, Hex wrench 4mm)
Attachment-L
(7) Remove five mounting screws to take off the attachment-R from ADU. (Cross screw driver, Hex wrench 4mm)
Attachment-R
(8) Re-assemble by doing the reverse procedure. Note: Coaxial connector tightening torque : 0.59N･m
6-22
6.2.5
GPS Antenna
Required tools: Torque wrench (8mm) Cross screw driver Spanner (8mm)
(1) Turn off the BDE power switch. (2) Open the Radome.( Refer to Chapter 6.2.2) (3) Disconnect GPS coaxial cable. (Spanner 8mm)
(4) Remove two mounting screws and cable clamps. (Cross screw driver)
6-23
(5) Remove two mounting screws. (Cross screw driver) Cut a cable clamp.
GPS Antenna Cut a cable clamp
(6) Re-assemble by doing the reverse procedure.
6-24
6.2.6
Motor NOTE •
As for the timing belt of each axis, the tension is managed.
•
The motor replacing must be managed the tension of the timing belt.
•
Before replacing them, put the marking or use the instrument that can manage the
tension of the timing belt.
Required tools: Hex wrench (2.5mm, 3mm) Scriber(Marking-off pin) or Felt-tipped marker (Belt tensometer)
6.2.6.1 AZ motor (1) Turn off the BDE power switch. (2) Open the Radome. ( Refer to Chapter 6.2.2) (3) Mark to the place where the roller end face of the motor fixation board has come in contact with the Azimuth driving part. Mark at least 2points or more. (Scriber or Felt-tipped marker) Motor fixation board Marking (4) Disconnect AZ motor cable. Note: Take care cables and pins before disconnecting.
AZ motor cable
6-25
(5) Remove the four pieces of M4 screw of the motor fixation board. (Hex wrench 3mm)
(6) Remove the timing belt from the AZ motor. Note: Do not bend and twist of the timing belt.
Direction of motor slide and timing belt tension adjustment.
Timing belt
(7) Remove the AZ motor and rotate it forward by 90°. AZ motor
(8) Put the AZ motor on the Radome base. Remove the AZ motor after rotating the Azimuth driving part. Direction of Azimuth driving part rotation. Radome base (9) Prepare a replacement AZ motor assembly. AZ motor assembly code: MPEM30222
6-26
(10) Put the AZ motor on the Radome base so that the connector come to a left side. Rotate the motor installation part of the Azimuth driving part and arrange it above the AZ motor. Motor installation part AZ motor connector
Radome base
(11) Insert the AZ motor to the motor installation part. Rotate the AZ motor by 90° when insert it.
AZ motor
(12) Arrange the timing belt in the AZ motor. Arrange the timing belt between idler-pulley. Note: Do not bend and twist of the timing belt. Timing belt
Idler-pulley
(13) Fixing the screw by adjust the roller end face of the motor fixation board at the position in which
Direction of motor slide and timing belt tension adjustment.
it marked the Azimuth driving part. (Hex wrench 3mm) Or, adjust at the position in which the tension of the timing belt becomes 44N and fixing the screw.
Marking
6-27
(14) Check belt tension. The belt tension (Td) should be 2.9N when the center of the pulley is bended with 0.6mm (d).
(15) Reconnect the AZ motor connector.
6-28
6.2.6.2 EL motor (1) Turn off the BDE power switch. (2) Open the Radome. ( Refer to Chapter 6.2.2) (3) Mark to the place where the roller end face of the motor fixation board has come in contact with the Azimuth driving part. The marking position is arbitrary. (Scriber or Felt-tipped marker) motor fixation board Marking
(4) Disconnect EL motor cable. Note: Take care cables and pins before disconnecting. (5) Remove four mounting screws. (Hex wrench 3mm)
(6) Remove a timing belt to take off EL motor. Note: Do not bend and twist of the timing belt. Direction of motor slide and timing belt tension adjustment. Timing belt
(7)
Prepare a replacement EL motor assembly. EL motor assembly code: MPEM30224
6-29
EL motor
(8) Insert the EL motor to the Azimuth driving part. Note: Do not bend and twist of the timing belt.
(9) Arrange the timing belt in the EL motor. Arrange the timing belt between idler-pulley. Idler-pulley
Motor pulley
(10) Fixing the screw by adjust the roller end face of the motor fixation board at the position in which it marked the Azimuth driving part. Or, adjust at the position in which the tension of the timing belt becomes 44N and fixing the screw. Direction of motor slide and timing belt tension adjustment. Marking (11) Check belt tension. The belt tension (Td) should be 2.9N when the center of the pulley is bended with 1.8mm (d).
(12) Reconnect the EL motor cable.
6-30
6.2.6.3 XEL motor (1) Turn off the BDE power switch. (2) Open the Radome. ( Refer to Chapter 6.2.2) (3) Mark to the place where the roller end face of the XEL motor has come in contact with the arm. The marking position is arbitrary. arm
(Scriber or Felt-tipped marker)
Marking XEL motor (4) Disconnect XEL motor cable. (5) Remove four mounting screws. (Hex wrench 2.5mm)
(6) Remove a timing belt to take off XEL motor. Note: Do not bend and twist of the timing belt.
Timing belt
Direction of motor slide and timing belt tension adjustment. (7) Prepare a replacement EL motor assembly. XEL motor assembly code: MPEM30223 (8) Arrange the timing belt in the XEL motor. Arrange the timing belt between idler-pulley. Note: Do not bend and twist of the timing belt.
Idler-pulley 6-31
Timing belt
(9) Fixing the screw by adjust the roller end face of the XEL motor at the position in which it marked on the arm. Or, adjust at the position in which the tension of the timing belt becomes 15.8N and fixing the screw. Direction of motor slide and timing belt tension adjustment.
arm Marking XEL motor
(10) Check belt tension. The belt tension (Td) should be 1.0N when the center of the pulley is bended with 0.5mm (d).
(11) Reconnect the connector.
6-32
6.2.7
Junction Board
Required tools: Cross screw driver (1)Turn off the BDE power switch. (2)Remove four mounting screws. (Cross screw driver)
(3)Disconnect the flat cable which has connected BDE and JB.
BDE
Flat cable
JB
(4)Remove six mounting screws. (Cross screw driver)
(5)Re-assemble by doing the reverse procedure.
6-33
6.3
Replacement procedures for JUE-251
Turn off the BDE power switch and then execute these replacement works. 6.3.1
ADE
Required tools: Torque wrench (M8: Opposite side 13mm) Spanner (13mm)
(7) Remove a vinyl tape and self bonding tape.
Vinyl tape Self bonding tape
(8) Disconnect ADE-BDE cable.
ADE-BDE Cable
(9) Remove four ADE fixing bolts. (Spanner 13mm)
6-34
(10)
Set new ADE and re-assemble by doing the reverse
procedure. Note: ・Install the Radome with pointing its FWD mark to bow direction. ・Fasten the bolts with 20N･m (max. 27N･m) torque of reference. ・Spread the silicon sealant mounting surface of bolts. ・After installation, execute the waterproof processing to the connecter part of ADE-BDE cable with the self-bonding tape in accordance with the installation manual. Stern direction
FWD mark
6-35
Bow direction FWD mark
6.3.2
Antenna Assy
Required tools: Torque wrench (8mm) Hex wrench (3mm, 4mm) Cross screw driver Spanner (8mm)
(1) Remove six mounting screws to take off Radome. (Hex wrench 4mm)
(2)
Disconnect LNA-cable. (Spanner 8mm)
6-36
(3)
Disconnect motor cable. Remove two mounting screws and colors. Remove a mounting screw and cable clamp. (Cross screw driver)
(4)
Remove three mounting screws and cable clamps. (Cross screw driver)
(5)
Remove six mounting screws to take off the Antenna assy. (Hex wrench 3mm)
(6)
Disconnect GPS cable. (Spanner 8mm) Remove six mounting screws to take off the GPS cable.(Hex wrench 4mm)
(7)
GPS cable
Re-assemble by doing the reverse procedure. Note: Coaxial connector tightening torque : 0.59N･m
6-37
6.3.3
LNA
Required tools: Torque wrench (8mm) Hex wrench (2.5mm, 3mm, 4mm) Cross screw driver Spanner (8mm)
(9)
Remove the Antenna assy.( Refer to Chapter 6.2.2)
(10) Disconnect ADU_IN cable and two LNA cables.
ADU_IN
(Spanner 8mm)
TX
RX (11) Remove the LNA part.
(12) Remove eight mounting screws and cable clamps to take off the LNA. (Cross screw driver)
(13) Re-assemble by doing the reverse procedure. Note: Coaxial connector tightening torque : 0.59N･m
6-38
6.2.4
ADU
Required tools: Torque wrench (8mm) Hex wrench (2.5mm, 3mm, 4mm) Cross screw driver Spanner (8mm)
(9) Remove the Antenna assy.( Refer to Chapter 6.2.2) (10)
Disconnect ADU_IN cable and two LNA cables.
ADU_IN
(Spanner 8mm)
TX
RX (11)
Remove the LNA part.
(12)
Remove the ADU.
(13)
Re-assemble by doing the reverse procedure. Note: Coaxial connector tightening torque : 0.59N･m
6-39
6.3.5
GPS Antenna
Required tools: Torque wrench (8mm) Hex wrench (2.5mm, 3mm, 4mm) Cross screw driver Spanner (8mm)
(7) Remove the Antenna assy.( Refer to Chapter 6.2.2) (8) Remove two mounting screws and cable clamp to take off the GPS Antenna. (Cross screw driver) (9) Re-assemble by doing the reverse procedure.
6-40
6.3.6
Motor NOTE •
As for the timing belt of each axis, the tension is managed.
•
The motor replacing must be managed the tension of the timing belt.
•
Before replacing them, put the marking or use the instrument that can manage the
tension of the timing belt.
Required tools: Hex wrench (2.5mm,4mm) Scriber(Marking-off pin) or Felt-tipped marker (Belt tensometer)
6.3.6.1 AZ motor (16) Remove six mounting screws to take off Radome. (Hex wrench 4mm)
(17) Mark to the place where the roller end face of the motor fixation board has come in contact with the Antenna assy.
Marking
Mark at least 2points or more. (Scriber or Felt-tipped marker)
AZ motor cable (18) Disconnect AZ motor cable. Note: Take care cables and pins before disconnecting.
6-41
(19) Remove four mounting screws. (Hex wrench 2.5mm)
Direction of motor slide and
(20) Remove a timing belt to take off AZ motor.
timing belt tension adjustment.
Note: Do not bend and twist of the timing belt.
(21) Replace new AZ motor.( Hex wrench 2.5mm) AZ motor assembly code: MPEM30232
(22) Fix the AZ motor accurately into timing belt by hanging on. Note: Do not bend and twist of the timing belt. (23) Fixing the screw by adjust the roller end face of the motor fixation board at the position in which it marked the Antenna assy.
Mark
Or, adjust at the position in which the tension of the timing belt becomes 11N and fixing the screw.
(24) Check belt tension. The belt tension (Td) should be 1.0N when the center of the pulley is bended with 1.0mm (d).
(25) Reconnect the AZ motor cable. Note: Take care cables and pins before disconnecting.
6-42
6.3.6.2 EL motor (13) Remove six mounting screws to take off Radome. (Hex wrench 4mm)
(14) Mark to the place where the roller end face of the motor fixation board has come in contact with the Antenna assy. Mark at least 2points or more. (Scriber or Felt-tipped marker)
Marking
EL motor cable (15) Disconnect EL motor cable. Note: Take care cables and pins before disconnecting. (16) Remove four mounting screws. (Hex wrench 2.5mm)
(17) Remove a timing belt to take off EL motor. Note: Do not bend and twist of the timing belt.
Direction of motor slide and timing belt tension adjustment.
(18) Replace new EL motor. ( Hex wrench 2.5mm) EL motor assembly code: MPEM30231
(19) Fix the EL motor accurately into timing belt by hanging on. Note: Do not bend and twist of the timing belt.
6-43
(20) Fixing the screw by adjust the roller end face of the motor fixation board at the position in which it marked the Antenna assy. Or, adjust at the position in which the tension
Mark
of the timing belt becomes 11N and fixing the screw.
(21) Check belt tension. The belt tension (Td) should be 1.0N when the center of the pulley is bended with 1.0mm (d).
(22) Reconnect the EL motor cable. Note: Take care cables and pins before disconnecting.
6-44
6.3.7
Junction Board
Required tools: Cross screw driver (1)Turn off the BDE power switch. (2)Remove four mounting screws. (Cross screw driver)
(3)Disconnect the flat cable which has connected BDE and JB.
BDE
Flat cable
JB
(4)Remove six mounting screws. (Cross screw driver)
(5)Re-assemble by doing the reverse procedure.
6-45
6.4
Operation check after unit replacement Confirm that the JUE-501/JUE-251 works normally after replacing any unit. (1) Confirm that “CS PS READY” status is displayed in the LCD screen of Handset after 5 or 6 minutes past from power switch ON. (2) Select [1 STATUS] > [1 RX] > [1 REC] from Handset and then confirm that receiving level is upper than 55. (3) Confirm that Voice, FAX, Standard IP, Streaming IP and SMS communication can be carried out normally. (4) Display the alarm pack and confirm alarm is not detected.
6-46
CHAPTER 7.
Service menu
Service menu provides serviceman with various setting and tests.
Service menu is entered by
log-in with serviceman authority.
7.1
Serviceman log-in (Web interface)
With below sequence, you can log-in Serviceman menu. We assume here the Operation System of your PC is Microsoft Windows XP and JUE-501/JUE-251 is running under the initial settings.
Set your PC 1. Open the [Start] menu from the Desktop and click [Control Panel]. ・ [Control Panel] window will appear.
Fig. 7.1a
Control Panel window
2. Double-click the icon labeled [Network Connections]. ・ [Network Connections] window will be displayed.
7-7
3. Select [Local Area Connection] and right-click, then click [Properties] from displayed menu. ・ [Local Area Connection Properties] dialogue box is displayed. ・ Confirm that [General] tab is displayed on the front of the screen.
Fig. 7.1b
Network Connections window
7-8
4. Select [Internet Protocol (TCP/IP)] and click [Properties] button. ・ [Internet Protocol (TCP/IP) Properties] dialogue box is displayed. ・ Select [Obtain an IP address automatically]. (In the case of connecting your PC to User LAN.) cf. If you want to set your IP address manually, check your JUE-501/JUE-251 Ethernet settings. The initial settings are: IP address
192.168.128.100
Subnet Mask
255.255.255.0
Then, setting of your PC might be IP address
192.168.128.101
Subnet Mask
255.255.255.0
Default gateway
192.168.128.100
・ Select [Obtain DNS server address automatically]. (In the case of connecting your PC to User LAN.) When you set IP address manually, select [Use the following DNS server address]. Input *192.168.128.100 to the [Preferred DNS server] box and remain blank in the [Alternate DNS server] box. *
We explain here with the assumption of factory default. In practice, enter the IP Address of main unit.
Fig. 7.1c
Local Area network properties
7-9
*******************In the case of connecting your PC to JRC LAN******************* JRC LAN does not support DHCP server function. So manual-PC-setup is needed to connect your PC to JRC LAN port. ・ Select [Use the following IP address] on the [General] tab page of [Internet Protocol (TCP/IP) Properties] dialog box. The settings of JRC LAN port are: IP address
192.168.60.243
Subnet Mask
255.255.255.0
Then, setting of your PC might be IP address
192.168.60.100
Subnet Mask
255.255.255.0
Default gateway
192.168.60.243
・ Select [Use the following DNS server addresses]. Input 192.168.60.243 to the [Preferred DNS server] box and remain blank in the [Alternate DNS server] box. **********************************************************************************
5. Click [OK] button. ・ Screen is returned to [Local Area Connection Properties] dialogue box.
6. Click [OK] button. ・ If message of rebooting is displayed, reboot the PC.
7-10
Connect your PC to User LAN port of JUE-501/JUE-251 Connect your PC to User LAN port with Ethernet cable.
JUE-501/JUE-251 recognizes the type of Ethernet
cable (cross or straight) automatically. A maximum of total 32W PoE (Power over Ethernet) is available on User LAN.
RJ-45
Ethernet cable
To Access Web Menu Launch*1 your Web browser*2 and enter [192.168.128.100]*3 to the URL box. Then press [Enter] key.
*1
Your PC must be in the same network with main unit (refer to [Set your PC], P6-2).
*2
While JUE-501 / JUE-251 officially supports Microsoft Internet Explorer7 and Mozilla Firefox3.6, their upper version can be available when they have compatible system.
*3
We explain here with the assumption of factory default. In practice, enter http://[main unit IP Address]/ to the
URL box of your Web browser.
7-11
Dashboard screen will appear.
Click Login button on headline.
Login screen will appear. Enter User Name ”JRC” and Secret Code “9998”.
Service menu will appear on the bottom of the [menu panel] which is located on the left side of the Web browser. NOTE DO NOT disclose [Serviceman] password to the customer. Incorrect setting may cause malfunction.
7-12
7.1.1
Setting menu
In this menu, service man can change WRF settings. NOTE Setting of the parameters in this screen is remained in effective, although you reboot the equipment. Incorrect setting may cause malfunction.
1) 2) 3) 4)
6)
5)
Fig. 7.1.1 Table 7.1.1
Setting Screen
Contents of Setting Screen WRF
The switching condition between Wide band filter and narrow band filter is set up on this table. Narrow band filter is used to prevent interference from any other radio waves. Wide band filter is used for a navigation system to receive the satellite signal directly. Narrow band filter is used as a default. Display 1)
Cycle
Contents Cycle time for monitoring converted value of Analog to Digital (A/D).
2)
Threshold for wide-narrow
Threshold to switch wide band filter to narrow band filter. JUE-501/JUE-251 switches the filter to narrow filter when A/D value above “Threshold for wide-narrow” is recorded “Number of cycle times for wide-narrow” times.
3)
Threshold for narrow-wide
Threshold to switch narrow band filter to wide band filter. JUE-501/JUE-251 switches the filter to wide filter when A/D value below “Threshold for narrow-wide” is recorded “Number of cycle times for narrow-wide” times.
4)
Number of cycle times for The number of times of exceeding the threshold required to wide-narrow
5) 6)
change the filter to narrow band filter.
Number of cycle times for The number of times of exceeding the threshold required to wide-narrow
change the filter to wide band filter.
Set
Register the WRF setting
7-13
7.1.2
Test Config menu
Set the parameters used for operation test. NOTE Reconfigure the parameters as follows, when you complete Test Config screen. Setting of the parameters in this screen is remained in effective, although you reboot the equipment. Incorrect setting may cause malfunction.
1) 2) 3) 4) 5) 6) 7)
Fig.7.1.2 Table 7.1.2
Test Config Screen
Contents of Test Config Screen
Display 1)
ADU Mode
Contents Select “GYRO” when GYRO I/F BOX (NQA-2066A) is connected to JUE-501/JUE-251 and operation is carried out as Gyro tracking mode. Select “Default” for the rest case. (Automatic tracking mode.)
2)
Step Track
Set the automatic satellite-tracking function ON (permission)/ OFF (stop). * When "OFF" is selected, JUE-501/JUE-251 tracks satellite only by its rate sensor. Communication will be impossible in about 30 minutes.
3)
HD
Enter ship’s heading manually (within the range of 0 to 359)
4)
AZ
Enter antenna Azimuth angle (within the range of 0 to 359)
5)
EL
Enter antenna Elevation angle (within the range of 0 to 90)
6)
Servo SW
Set the motor control of ADE antenna unit to ON or OFF.
7)
Rate Sense
Set the rate sensor function of ADE antenna control unit to ON or OFF. *Rate sensor is a sensor to correct the ship motion.
7-14
7.1.3
Manual Control menu
Operate system in test mode. Test mode can check whether the system and the optional terminals are working well or not. To enter the Test Mode, click “Test Mode” button in the Mode section. To switch from Test Mode (Manual Control Mode) to Normal Mode, system reboot is required. NOTE Setting of the parameters in this screen will be discarded when system is rebooted.
1)
Distress testing has not been supported yet.
2)
To use test mode (functions below), click
3)
“Test Mode” button and then the set buttons of Test Mode will be activated.
4)
5)
6)
7) 8) 9) 10)
11)
Fig.7.1.3
Manual Control Screen
7-15
Table 7.1.3
Contents of Manual Control Screen
Display
Contents
1)
Distress-Test Mode
Distress testing has not been supported yet.
2)
Mode-Status
“Normal Mode” is displayed in normal state. “Test Mode” is displayed when the “Test Mode” button has clicked.
3)
Mode-Set
Enter the Test Mode.
4)
Handset-Key Test
Key test of the Handset is executed. “Key Test” and the name of pushed button are displayed on the LCD of the Handset when the Set button has been clicked. Confirm whether the Handset is working well or not by pushing some buttons of the Handset.
5)
ADE-AZ/EL
Enter antenna Azimuth angle (within the range of 0 to 359) and Elevation angle (within the range of 0 to 90).
6)
Telephony-Port
Port selection to execute functions below.
7)
Telephony-Loop Back
The voice spoken to the telephone-microphone will loop back and is heard from the telephone-speaker. Check the microphone and the speaker of the telephone by this function.
8)
Telephony-Audio Level
Select the audio level of the telephone from Normal and High.
9)
Telephony-Ring
Ring testing of the telephones. Select a service type to ring and click the Set button. The telephones set to the service type on the Telephony Screen will ring.
10) Telephony-Tone
Howler tone will be heard from the off-hooked-telephones.
11) Option-Buzzer
Ring testing of the option buzzers. Select a service type to ring. The buzzers set to the service type on the Option Screen will ring.
7-16
7.1.4
JRC LAN menu
Set the JRC LAN and Remote Maintenance settings. NOTE Setting of the parameters in this screen is remained in effective, although you reboot the equipment. Incorrect setting may cause malfunction. Changing these settings may cause failure in connecting with any other JRC devices on JRC LAN. Changing Remote Maintenance settings may cause failure in establishing connection for remote maintenance, which causes insufficient support.
“JRC LAN Setting” sets the IP address for each navigation devices.
It also sets a maximum of five
routing tables for JRC LAN. 1) 2) 3) 4) 5) 6) 7) 8) 9) 10)
11)
12)
Fig.7.1.4a Table 7.1.4
13)
JRC LAN Setting Menu
Contents of JRC LAN Setting Menu
Display
Contents
1)
JRC LAN IP
The IP address of the JRC LAN port of JUE-501/JUE251.
2)
JRC LAN Subnet Mask
The Subnet Mask to define the range of JRC LAN.
3)
GPS IP
The IP address where the JUE-501/JUE-251 receives the external GPS information. System reboot is required to apply this setting.
4)
Gyro IP
The IP address where the JUE-501/JUE-251 receives the Gyro information. System reboot is required to apply this setting.
5)
GPS & Gyro Port
The port number to receive the information of Gyro and GPS. System reboot is required to apply this setting. 7-17
6)
JRC LAN GW IP
The default gateway for JRC LAN. This parameter won’t be necessary for now. System reboot is required to apply this setting.
7)
RMS IP
The IP address to multicast Alarmpack information of JUE-501/JUE-251. System reboot is required to apply this setting.
8)
RMS Port
The port number to multicast Alarmpack information of JUE-501/JUE-251. System reboot is required to apply this setting.
9)
Inm-C IP
The IP address of Inmarsat-C. The PCs on User LAN can access to Inmarsat-C on JRC LAN by setting this column. System reboot is required to apply this setting.
10) Routing Table-Target IP
The target network address of the routing. The default “Target IP” on the first line (192.168.110.0) is the network address of the VDR LAN.
11) Routing Table-Subnet Mask
The Subnet Mask to define target network.
12) Routing Table-Gateway IP
The gateway IP address of the routing. The default “Gateway IP” on the first line (192.168.60.254) is the router IP address of the VDR LAN.
13) Routing Table-Set / Del
Set / Delete the routing rule.
Fig.7.1.4b
Example of JRC LAN
Terminals on JRC LAN can access to the terminals on User LAN, but the reverse is not true. Only Inmarsat-C can be accessed from User LAN.
7-18
Although some functions are unavailable on JRC LAN, terminals on JRC LAN can access to the internet like the terminals on User LAN. Table 7.1.4b
Comparison between User LAN and JRC LAN
Function
User LAN
JRC LAN
DHCP
ν
MAC Filter
ν
1 by 1 NAT
ν
ν
IP Masquerade
ν
ν*
PPPoE
ν
ν
WAN Filter
ν
ν
Packet Filter
ν
ν
VPN
ν
ν
Packet Data Activate
ν * A Profile need to be set up on the “WAN Profile Screen”.
“Remote Maintenance” sets the profile of connection for remote maintenance.
1)
3)
2) 6) 7) 8)
4)
9) 10)
5)
Fig.7.1.4c
11)
Remote Maintenance Menu (Simple Mode)
Click “Advance” button for detail settings.
1) 2)
3)
6) 4)
7) 8) 9) 10)
5)
11)
12) 13) 14) 16) 15)
Fig.7.1.4d
Remote Maintenance Menu (Advanced Mode) 7-19
Table 7.1.4c
Contents of Remote Maintenance Menu ISDN Dialup
Remote maintenance by ISDN Dialup is achieved by 64k PPP (CS) connection. To enable the remote maintenance by ISDN, select “Enable” to “ISDN Dialup”.
Your customer can not receive 64k UDI
call when “Enable” is selected to “ISDN Dialup”. Display 1)
Contents
Enable / Disable
Use or non-use of the remote maintenance by ISDN Dialup. Remote Maintenance by ISDN is not supported if “Disable” is selected.
2)
Client IP
The IP address set to the client when the remote maintenance by ISDN Dialup is used.
3)
Set
Register the ISDN Dialup setting WAN Profile
This WAN Profile is used for remote maintenance on PS connection. The PS connection is established by SMS (Remote Activate function). Display
Contents
4)
Set Default
Load the default settings.
5)
Advance / Simple
Mode selector.
6)
Remote Activate
Enable / Disable establishing PS connection by SMS. Remote Maintenance by PS connection is not supported if “Disable” is selected.
7)
Service Type
Fixed to Standard Only. (Standard service is used for Remote Maintenance.)
8)
APN
Fixed to SIM default.
9)
APN User / Password
Blank as a default. Enter the user name and password if needed.
10) Global IP
Fixed to Dynamic.
11) Set
Register the APN settings.
12) Connection Mode
Fixed to 1 by 1 NAT.
13) Packet Detect Activate
Fixed to Disable.
14) WAN Filter
Pass Only VPN.
15) VPN
The Remote Maintenance is achieved through VPN.
16) Set
Register the Advanced settings.
Fig.7.1.4e
Example of Remote Maintenance on PS connection 7-20
7.2
Serviceman log-in (Handset)
With below sequence, you can log-in Serviceman menu with handset.
Idle screen
APAC:E143.5 Press MENU button and open the TOP menu. 14:03 UTC READY 1 Status TOP menu screen 2 SMS Press arrow key（▲▼）to move the cursor, then select READY 9 Admin 「0 Service」and press OK. 0 Service READY Secret Code？ Secret code authentication screen Enter secret code (9998). Entered figure is READY Secret Code？ echoed as ****.
**** READY
！
1 Tst Config 2 JRC LAN CS PS READY
Service menu screen This screen is displayed when the secret code is authenticated.
Error screen
Error CS PS READY
Error screen This screen is displayed in a moment, and the screen is returned to TOP menu screen at once.
Fig. 7.2
Flow of Serviceman log-in NOTE
DO NOT disclose [Serviceman] password to the customer. Incorrect setting may cause malfunction.
7-21
7.2.1
Tst Configuration
Set the parameters used for operation test. NOTE Reconfigure the parameters as follows, when you complete Tst Config screen. Setting of the parameters in this screen is remained in effective, although you reboot the equipment. Incorrect setting may cause malfunction.
Tst Config menu contains 1.ADE menu and 2.BDE menu. 1.ADE controls PA output, ADU mode, step track, antenna angles, ADE motor and rate sensor. On the other hand, 2.BDE edits antenna position, date and time. 9 Ad m i n 0 S e r vi c e READY 1 Ts t C o n f i g 2 J R C L AN C S P S R E AD Y
1 2
Service menu screen Fig. 7.2.1a
AD E BDE CS PS READY
Tst Config menu menus of Tst Config
7-22
(A-1) PA ON/OFF Set the High Power Amplifier ON (use)/ OFF (non-use). ON is set in regular operation. Any communication with satellite can not work, when PA output set to OFF. 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 1 PA O u t p u t 2 AD U M o d e CS PS READY
PA Output setting
ON OFF
ＯＫ
CS PS READY ＯＫ
Returns to previous Fig. 7.2.1b
PA Output setting
Please reboot system to enable the setting. (A-2)
ADU Mode This menu sets the ADU mode. *Select [GYRO] when GYRO I/F BOX (NQA-2066A) is connected to JUE-501/251 and operation is carried out as GYRO tracking mode. *Select [DEFAULT] for the rest case. 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 1 PA O u t p u t 2 AD U M o d e CS PS READY
ADU mode setting
Default ＯＫ
G yro Test
Returns to previous Fig. 7.2.1c
ADU mode setting
Please reboot system to enable the setting.
7-23
ＯＫ
(A-3)
Step Track Set the automatic satellite-tracking function to ON (permission)/ OFF (stop). ON is set in regular operation. There is a possibility that the antenna does not track to satellite by OFF setting of this column, when the position of ship moves.
9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 2 AD U M o d e 3 St e p Tr a c k CS PS READY
Step track setting
ON ＯＫ
OFF CS PS READY
Returns to previous
Fig. 7.2.1d Step track setting
7-24
ＯＫ
(A-4)
AZ Enter antenna Azimuth angle (within the range of 0 to 359). 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 3 St e p Tr a c k 4 AZ CS PS READY
Enter Azimuth angle
AZ
ＯＫ
359 CS PS READY
Returns to previous Fig. 7.2.1e (A-5)
ＯＫ
AZ setting
EL Enter antenna Elevation angle (within the range of 5 to 90). 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
Enter Elevation angle
AD E BDE CS PS READY 4 AZ 5 EL CS PS READY
EL ＯＫ
45 CS PS READY
ＯＫ
Returns to previous Fig. 7.2.1f (A-6)
EL setting
HD Enter ship's heading manually (within the range of 0 to 359). 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 5 EL 6 HD CS PS READY
Enter Heading angle ＯＫ
HD 359 CS PS READY
Returns to previous Fig. 7.2.1g
HD setting
7-25
ＯＫ
(A-7)
Servo Set the motor control of ADE antenna unit to ON or OFF. ON is set in regular operation. Antenna control is impossible when it is set to OFF. 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 6 HD 7 S e r vo CS PS READY
Servo switch setting
ON
ＯＫ
OFF CS PS READY ＯＫ
Returns to previous Fig. 7.2.1h Servo setting (A-8)
Rate Sens Set the Rate sensor function of ADE antenna control unit to ON or OFF. ON is set in regular operation. OFF setting of this column may cause communication failure due to the deterioration of antenna-tracking performance. 9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 2
AD E BDE CS PS READY 7 S e r vo 8 Rate Sens CS PS READY
Rate sensor switch setting ＯＫ
ON OFF CS PS READY ＯＫ
Returns to previous
Fig. 7.2.1i
Rate Sens setting
Rate Sens will be fault if the antenna is not pointing correct direction when Control error or Rate sensor error of ADE is occurred and is improved by setting this column to OFF. Exchange the Rate sensor even performance of antenna is improved by above setting.
7-26
(B-1) Position Set the ship position by manual-input, when JUE-501/251 cannot receive GPS data. 9 Ad m i n 0 S e r vi c e
Switch left/right screen
1 Ts t CREADY onfig 2 J R C L AN
by these buttons.
1 ADE 2 BDE CS PS READY 1 Position 2 Ti m e & D a t e CS PS READY
Position menu ＯＫ
Valid
Valid
ON
OFF CS PS READY
CS PS READY
ＯＫ
Select North/South
Latitude
Latitude
N
S CS PS READY
CS PS READY
ＯＫ
Input the latitude
Latitude 90.00-00 CS PS READY ＯＫ
Select East/West
Longitude
Longitude
E
W CS PS READY
CS PS READY
ＯＫ
Input the longitude
Longitude 180.00-00 CS PS READY
Returns to previous Fig. 7.2.1j
ＯＫ
Setting flow of Position menu NOTE
Set the Valid to OFF in normal operation. Position data is not updated when set to ON, even it is received by the internal GPS.
7-27
(B-2)
Time & Date
9 Ad m i n 0 S e r vi c e 1 Ts t CREADY onfig 2 J R C L AN 1 ADE 2 BDE CS PS READY 1 Position 2 Ti m e & D a t e CS PS READY
Time & Date menu
ＯＫ
Valid
Valid
ON
OFF CS PS READY
CS PS READY
ＯＫ
Input date
Date 31/12/2012
ＯＫ
Input time
Time 23.59.59
ＯＫ
Returns to previous
Fig. 7.2.1k
Setting flow of Time & Date menu NOTE
Set the Valid to OFF in normal operation. Position data is not updated when set to ON, even it is received by the internal GPS.
7-28
7.1.2
JRC LAN
Set the JRC LAN. NOTE Setting of the parameters in this screen is remained in effective, although you reboot the equipment. Incorrect setting may cause malfunction. Changing this setting may cause failure in connecting with any other JRC devices on JRC LAN.
This menu sets the IP address of JRC LAN port on back panel. 9 Ad m i n 0 S e r vi c e
ＯＫ
READY 1 Tst Config 2 JRC LAN C S P S R E AD Y
IP?
1 92168060243 CS PS READY
ＯＫ
Subnet Mask?
255255255000
Returns to previous
CS PS READY ＯＫ
Fig. 7.2.2a
Setting flow of JRC LAN menu
7-29
CHAPTER 8.
Software updating
NOTE We recommend you to backup your settings before updating software though it doesn’t reset your settings. Update JUE-501/JUE-251 software with following procedure a) to d). * Do not connect any router or other equipments. Connect your PC directly to JUE-501/JUE-251. a) Download the latest software for JUE-501/JUE-251 Confirm the website to check whether the latest software is uploaded or not, from the PC connected to Internet. Download if the latest software is uploaded. (For details, refer to “8.1. Downloading the latest software”) b) Open Software Update screen Connect your PC directly to JUE-501/JUE-251 with Ethernet cable and launch JUE-501/JUE-251 Web menu system.
Refer to [Sec. 7.1 Serviceman log-in (Web interface)] for details.
Open Software Update screen on your Web browser by selecting [Software Update] from menu panel. c) Update the software of JUE-501/JUE-251 Select the file downloaded for software updating in step a) and click “Update” button.
It may take more than 3
minutes to update application software as it may take more than 10 minutes to update main software. Do not operate Web browser while you are updating software. (For details, refer to “8.2. Update software”) d) Confirm the updated software version Confirm the software version after updating, to check that JUE-501/JUE-251 software is correctly updated or not. (For details, refer to “8.3. Confirm the update software version”)
8-1
8.1. Downloading the latest software The latest software of JUE-501/JUE-251 is uploaded on the HP of Inmarsat. The URL is as follows: http://www.inmarsat.com/Support/FleetBroadband/Firmware.aspx
If the software’s version on the HP is larger than your JUE-501/JUE-251’s software version, download the software from HP. Software version of JUE-501/JUE-251 can be displayed on the Handset screen with following operation: Status - Unit Info - Mainte No.- BDE-App
8-2
8.2. Update software Note ・Do not turn OFF the power supply of JUE-501/JUE-251 and/or PC during the software forwarding or updating ・Application-software forwarding or updating takes up to 3 minutes. ・Main software updating can not be performed in main mode. 1. Click [Software Update] on the left [menu] panel. ・ [Software Update] screen will be displayed.
2. Click [Browse] button. Then file selection dialog will appear.
8-3
3. Select the file you have downloaded at the step a) or [8.1 Download the latest software] and click [Open].
4. Click [Update] button. ・ The [Update] button changes into disable (gray). ・ Wait until the [Update] button recovered and the update was completed.
8-4
5. Check the result. NOTE ・ Please do not operate your Web browser until the result is printed on the screen. ・ It may take more than 3 minutes. ・ In the case of unresponsiveness in 5 minutes, please reload the Web page and retry software updating with following the software updating procedure (on page 8-1 of this manual) from a) to d).
・ [Success] is displayed when the update finished successfully. Then, reboot your system. ・ [Error] is displayed when the update has failed. Go to the next page.
8-5
When software update is failed Update is failed when “Update Error” is printed on your Web browser. Check the error code below. Reboot your JUE-501/JUE-251 and retry updating with following the software updating procedure (on page 8-1 of this manual) from a) to d). If software updating fails continuously or the system would not boot, try to software update in safe mode. (Refer to “8.4. Software Updating Procedure in Safe Mode” for details.)
Table 8.2 Software updating error code Code 1 2~13 and 17
Supposed cause The system is under the software updating already. Internal error.
14~16
The file you uploaded is wrong file.
21~31
It failed in uploading the file.
8-6
8.3. Confirm the updated software version Check that the software version is correctly updated or not, from the following the Handset menu, Status Unit Info - Mainte No. – BDE-App When the update is succeeded, BDE-App No. is changed to the same number as the [xxxx] of the software file [JUE251-501_App_xxxx.jrc]
Unit 1 St a u s 2 SMS 5 Unit Info 6 ID
2.Mainte No. display screen
1 Ve r s i o n
ADE-Boot: 0.1 2 Mainte No.
OK
ADE-Main: 20.00 BDE-Boot: 01.00
3 Class
…ADE Boot maintenance No. …ADE maintenance No. …BDE Boot maintenance No.
BDE-Safe: 01.02
…BDE Safe mode maintenance No.
BDE-Main: 4 ADE
01.02
…BDE maintenance No.
BDE-App: …BDE Application maintenance No.
xx.xx 5 BDE
6 MDM
7 Active SIM
8 Remote Mnt
8-7
8.4. Software Updating Procedure in Safe Mode If the system would not boot or software updating fails continuously, try to software update in safe mode with following procedure A) to E). * Do not connect any router or other equipments. Connect your PC directly to JUE-501/JUE-251. The IP address of the main unit is set to “192.168.128.100” in Safe Mode even when you have changed it in Main Mode. NOTE We recommend you to backup your settings before updating software though software update doesn’t reset your settings.
A) Download the latest software for JUE-501/JUE-251 Confirm the website to check whether the latest software is uploaded or not, from the PC connected to Internet. Download if the latest software is uploaded. (For details, refer to “8.1. Downloading the latest software”) B) Start JUE-501/JUE-251 in Safe Mode Safe mode is available by turning on the power supply with the FN (function) button (right side button of the Handset) pressed. (For details, refer to “8.4.1. Start in Safe Mode”.) C) Confirm the connection JUE-501/JUE-251 software updating is executed by Web browser on your PC. Prepare a PC and connect it to your JUE-501/JUE-251. * Windows XP/Vista/7 32bit OS is required. The IP address of the main unit is set to “192.168.128.100” in Safe Mode even when you have changed it in Main Mode. To connect your PC with JUE-501/JUE-251, refer to [Sec. 7.1 Serviceman log-in (Web interface)]. D) Update software Launch your Web browser* and enter “192.168.128.100” to the URL box.
The Safe Mode screen will appear.
Click [Software Update] on the left [menu] panel. Then, Update the software by the downloaded software. (For details, refer to “8.4.3 Update software in safe mode”) *
While JUE-501/JUE-251 officially supports Microsoft Internet Explorer7 and Mozilla Firefox3.6, their upper
version can be available when they have compatible system. E) Confirm the updated software version Confirm the software version after updating, to check that JUE-501/JUE-251 software is correctly updated or not. (For details, refer to “8.3. Confirm the update software version”) 8-8
8.4.1 Start in Safe Mode In this subsection, the way of starting JUE-501/JUE-251 in safe mode is described.
Software updating and
factory resetting is available in safe mode. 1.
Turn OFF the power supply of JUE-501/JUE-251. OFF
2.
Turn ON the power supply of JUE-501/JUE-251 with pressing the FN (function) button (right side button of the Handset). FN button (Right side button)
3.
Leave your finger from FN button when Ready LED lamp of BDE lit in red.
READY LED * Nothing is displayed on Handset when the system has been booted in safe mode.
8-9
8.4.2 Set your PC The IP address of the main unit is set to “192.168.128.100” in Safe Mode even when you have changed it in Main Mode. Do not connect any router or other equipments. Connect your PC directly to JUE-501/JUE-251. For more information about connecting your PC with JUE-501/JUE-251, refer to [Sec. 7.1 Serviceman log-in (Web interface)].
8-10
8.4.3 Update software in safe mode Note ・Do not turn OFF the power supply of JUE-501/JUE-251 and/or PC during the software forwarding or updating ・Application software forwarding or updating takes up to 3 minutes. ・Main software forwarding or updating takes up to 10 minutes.
1.
Launch your Web browser* and enter the URL box “192.168.128.100”. *
While JUE-501/JUE-251 officially supports Microsoft Internet Explorer7 and Mozilla Firefox3.6, their upper version can be available when they have compatible system.
・ The Safe Mode screen will appear.
If you can not access the main unit, please check the IP address of your PC.
2.
Click [Software Update] on the left [menu] panel. ・[Software Update] screen will be displayed.
8-11
3.
Click [Browse] button. Then file selection dialog will appear.
4.
Select the file you have downloaded at the step a) or [8.1 Download the latest software] and click [Open].
8-12
5.
Click [Update] button. ・ The [Update] button changes into disable (gray). ・ Wait until the [Update] button recovered and the update was completed.
6.
Check the result. NOTE *
Please do not operate your Web browser until the result is printed. It may take more than 3 minutes.
*
In the case of unresponsiveness in 5 minutes, please retry software updating with following page D-8 of this manual from A) to E).
・ [Success] is displayed when the update finished successfully. Then, reboot your system. ・ [Error] is displayed when the update has failed. Go to the next page.
8-13
When software update is failed Update is failed when “Update Error” is printed on your Web browser. Check the error code below. Turn off your JUE-501/JUE-251 and retry updating by following the Software Updating Procedure in Safe Mode (on page D-8 of this manual) from A) to E).
Table 8.4 Software updating error code Code 1 2~13 and 17
Supposed cause The system is under the software updating already. Internal error.
14~16
The file you uploaded is wrong file.
21~31
It failed in uploading the file.
8-14
Recovery procedure when software update is failed 1.
Turn OFF the power supply of JUE-501/JUE-251.
2.
Repeat from the 2nd step ([8.4.1
Start in Safe Mode]) of software updating procedure in safe mode (on
page D-8 of this manual).
OFF
Software downgrading procedure If you have any problems caused by upgrading, you can downgrade the software. A) Turn OFF the power supply of JUE-501/JUE-251. B) Repeat from the 2nd step ([8.4.1
Start in Safe Mode]) of software updating procedure in safe mode (on
page 8-8 of this manual). Use [JUE251-501_App_xxxx.jrc] in CD-ROM, instead of the downloaded file [JUE251-501_App_xxx.jrc].
8-15
Supplementary explanation Return JUE-501/JUE-251 to the factory default with following a) to c) bellow. a) Turn off JUE-501/JUE-251. b) Turn on JUE-501/JUE-251 with reset button pressed. The reset button is on the back panel. Press reset button with ball point pen, paperclip or something of that nature. * Please do not press reset button forcefully. It may case a trouble.
Reset button
c) Release the reset button after the Ready LED on front panel lit in orange.
* Returning to the factory default is also available on Web interface with Admin users. For more information, refer to [Sec. 6.5.9 Reset to Factory Default] of instruction manual.
8-16
8-17
01.23
01.22
Initial release
01.14
- None
- User registration function for ISDN dialup from shore side
- Bridge mode for PS connection
- Multi-Voice function with Vocality Basics Multivoice
Adding Function
BDE -App
rarely impossible, these problems are improved.
- The 2-wire telephone outgoing call and ISDN incoming/outgoing call are
password is improved to accept special characters.
- Character checking function of APN (Access Point Name) user name and
Initial release
Improvement
Below table shows the release history of JUE-501/JUE-251 software and their changes they introduced.
8.5. Software Release History
CHAPTER 9.
Troubleshooting
JUE-501 and JUE-251 has various functions shown below, they are useful for maintenance and early finding of troubles.
By [Diagnostic] menu, the self-diagnosis function checks the internal
circuitry of JUE-501/JUE-251 and displays its result at once.
And by [Alarm Pack] menu, its
function automatically stores and displays an alarm data occurred in the system. 9.1
Diagnostic
To enter the Diagnostic screen, select “Diagnostic” from the left [menu] panel on Web browser (Authority more than “Admin” is needed). User can stack the syslog messages of JUE-501/JUE251 to user-specified server. A syslog server application which can receive syslog protocol (no.514 UDP port) needs to be activated on the specified server PC. The level of stacking data is defined by the user. Syslog messages with upper level will be stacked. User can also confirm whether the line being allocated to JUE-501/JUE-251 is active or not by sending ping packet from selected global IP address.
NOTE ・
Please do not display any other page or shut down your Web browser, while the ping result is being reported on the page.
・
The service type to send ping packet is depending on the source IP address.
・
There is a possibility to get unexpected communication fee charged by sending and receiving ping packet.
・
JRC is indemnified for any communication fee troubles using this function except as outlined in the product warranty and by limitation of law.
9-1
9.2
Alarm Pack
9.2.1 Check Alarm Pack on Web browser To enter the Alarmpack screen, open “System Log” menu on the left [menu] panel and select “Alarmpack”. On this screen, current alarm information and alarm history (maximum 50 cases) can be displayed.
1) 5)
2) 6)
3)
7)
8)
12)
9)
13)
18)
15)
11)
16)
20)
21)
22)
23)
20)
21)
22)
23)
Fig. 6.4.6.1a
Table 6.4.6.1a
10)
14)
19)
17)
4)
Alarmpack Screen
Contents of Alarmpack Screen Serial No.
1)
IMEI No.
International Mobile Equipment Identity number (15 digits) IMEI is the unique number to identify the terminal.
2)
JRC No.
JRC serial number (7digits)
3)
MAC 1
MAC address for Ext WAN Ethernet Port.
4)
MAC 2
MAC address for User LAN Ethernet Port and JRC LAN Ethernet Port. Maintenance No.
5)
ADE-Boot
ADE Boot maintenance number 9-2
6)
ADE-Main
ADE maintenance number
7)
BDE-Boot
BDE Boot maintenance number
8)
BDE-Safe
BDE Safe mode maintenance number
9)
BDE-Main
BDE maintenance number
10) BDE-App
BDE Application maintenance number
11) Service Class
Inmarsat Class number 8 is for FBB500 system and 9 is for FB250 system.
12) File
Buttons Displays Alarmpack in the CSV text format. *If this function is executed by multiple PCs simultaneously, the file may be damaged.
In this case, obtain the file again.
* Follow the PC manual to save the data. 13) Expand (Shrink) All
Displays (closes) Alarmpack all
14) Expand (Shrink) ADE
Displays (closes) Alarmpack of ADE part for all the log
15) Expand (Shrink) BDE
Displays (closes) Alarmpack of BDE part for all the log
16) Expand (Shrink) MDM
Displays (closes) Alarmpack of MDM part for all the log
17) Current
Current information
18) n
Logged information (a maximum of 50 logs)
19) Time
Logging time (DD/MMM/YYYY
20) All
Displays Alarmpack all for the selected log
21) ADE
Displays Alarmpack of ADE part for the selected log
22) BDE
Displays Alarmpack of BDE part for the selected log
23) MDM
Displays Alarmpack of MDM part for selected the log
00：00：00) (UTC)
Each Alarm information has three parts―ADE (Above Deck Equipment) part, BDE (Below Deck Equipment) part and MDM (MoDeM) part. The detail explanation for each contents are described in [Sec. 9.2.3 Detail Explanation for Alarmpack Contents].
9-3
1. ADE part
Fig. 6.4.6.1b
Alarmpack ADE part
Fig. 6.4.6.1c
Alarmpack BDE part
2. BDE part
3. MDM part
Table 6.4.6.1d
Contents of Alarmpack MDM part
9-4
9.2.2 Check Alarm Pack on Handset Alarm pack can be checked by Handset also. Display [8 Alarm Pack] screen from [Top menu screen] of Handset, then press OK. The latest 10 alarm data are displayed in [Alarm history screen].
Select the data and press OK,
then [Unit selection menu] is displayed with the *mark on the unit, which has an error.
Position
the cursor on * marked unit and press OK, then troubled spot and its cause will be confirmed. The detail explanations for each contents are described in [Sec. 9.2.3 Detail Explanation for Alarmpack Contents].
Top menu screen 7 Call Log 8 A l a r m pa c k CS PS READY
Alarm history screen OK
01 01/JAN/2005
Unit selection menu OK
1 ADE
Select the unit to check with
2 BDE
and press OK.
CS PS READY
The* mark indicates that which unit has an error. 01 23:33:39 CS PS READY
1 ADE* 2 BDE
Alarm history detailed menu
The screen is scrolled line by line with buttons.
9-5
button
9-6
ADE
Unit
Status Line
RSSI-1
Cross EL
EL
BR
SAT EL
SAT AZ
HPATmp (HPA)
ADETmp (ADE)
EIRP
(Handset display)
Items
Table 9.2
Azimuth/Elevation
of
the
wave tracking (direction face)
Displays the tracking-signal value for radio
the antenna. (Only for JUE-501.)
Displays the cross elevation angle of
Displays the elevation angle of the antenna
Displays bearing angle of the antenna
satellite.
Displays
sensor of HPA section
Displays detection value of temperature
sensor of inner ADE Radome
0
-30.0 to 30.0
-25.0 to 120.0
0.0 to 359.9
EL/0.0 to 90.0
AZ/0.0 to 359.9
-125 to +125
+0.0
0.0 to 22.0
Possible value
Explanation of Alarm Pack
Displays detection value of temperature
Displays transmission level
Contents
9.2.3 Detail Explanation for Alarmpack Contents
They are not
(This item is used only for JUE-500/JUE-250)
Fixed to +0.0 for JUE-501/JUE-251.
angle in +/-30 degrees.
Display the actual antenna cross elevation
degrees.
vertical plane, as horizontal is 0, zenith is 90
Displays the actual antenna elevation angle in
90, aft is 180 and portside is 270 degrees.
horizontal plane, as ship’s bow is 0, starboard is
Displays the actual antenna direction in
actual angle of antenna.
from ship’s position by ADE.
Displays satellite angles which are calculated
outside temperature.
About 0 to 30 degrees higher compared with the
(This item is used only for JUE-250)
Fixed to +0.0 for JUE-501/JUE-251.
communication in normal state.
A number between 5 and 15 is displayed during
Remarks
9-7
ADE
GPSHD
(GPS Status)
ADE-GPS
Track Mode
(ADE Search)
Search-Sts
RSSI-2
GPS heading value
Displays the reception status of GPS unit.
Tracking Mode of the antenna
Displays the satellite search status of ADE
the satellite.
Displays the receiving signal level from
0.0 ~ 359.9
3D Fix
2D Fix
Unfix
Cold Start
Unknown
Sensor
GPSHD
Auto
0 to 5
0 to 250
Communication cannot start
required for getting GPSHD.
more than 2D-fix, and HDOP less than 1.5 are
Ship’s peed more than about 7 knots, GPS accuracy
by the variation of ship’s position.
GPS heading value is the heading value estimated
when GPS is not received.
power switch is ON.
Normally, the status is turned to 2D or 3D Fix, after
becomes weak without the condition of GPSHD.
Sensor is displayed when the signal for step track
becomes weak under the condition of GPSHD.
GPSHD is displayed when the signal for step track
Auto is displayed normally.
5: Satellite search is failed
2 to 4: In the satellite tracking status (normal)
1: In the satellite search status
0: Before the starting satellite search
blocking is occurred.
when satellite tracking could not be executed or
Lower value will be displayed
The values around 170 are displayed in
normal status.
satellite.
Displays strength of received radio wave from
9-8
ADE
Average value of Pitching for last 6 min
Pit-Ave
Maximum value of Rolling for last 6 min Maximum value of Pitching for last 6 min
Pit- Max
(unit: G)
Average value of Z vibration for last 6 min
(unit: G)
Average value of Y vibration for last 6 min
Rol-Max
VibZ-Ave
VibY-Ave
(unit: G)
Average value of X vibration for last 6 min
Average value of Rolling for last 6 min
Rol-Ave
VibX-Ave
WRF Monitor
Displays setting of WRF Port use.
WRF Moni
WRF Port
Using filter
WRF Filter
-40.0 to +40.0
-40.0 to +40.0
-6.0 to +6.0
-6.0 to +6.0
-6.0 to +6.0
-40.0 to +40.0
-40.0 to +40.0
0~253
”Auto” changes the using filter automatically by
Auto
The converted value of Analog to Digital.
following WRF settings on Setting Screen.
interference of any other radio waves.
“Disable” uses narrow band filter and prevents
“Enable” uses wide band filter. Disable
Enable
for a navigation system to receive the satellite signal
Wide
directly. Narrow band filter is used as a default.
from any other radio waves. Wide band filter is used
Narrow band filter is used to prevent interference
It is no problem, when GYRO is used.
is occurred.
Displaying OFF indicates that tracking malfunction
Narrow
0, 3200~19600
ON: Lock
operates normally. Global Beam channel
OFF: Unlock
Displays that PLL function of ADE
Globalbeam
PLL LockDet
Basically ON is displayed.
9-9
BDE
ADE
Heading value
HD
Displays ship’s latitude
Using GPS
Latitude
GPS
(BDE Status)
Displays the status of BDE
Displays receiving level
REC
BDE-Sts
Displays spot beam ID
EMEA E25.0
which is used.
Test
Ext
built-in
ddd゜mm’ ss” [N,S]
EX) CS PS READY
0.0~359.9
0 to 100
----
APAC E143.5
AMER W:98.0
00
A:0000000000
-6.0 to +6.0
-6.0 to +6.0
-6.0 to +6.0
Displays the satellite’s name and longitude
Alarm bit display of ADE
min (unit: G)
Maximum value of Z vibration for last 6
min (unit: G)
Maximum value of Y vibration for last 6
min (unit: G)
Maximum value of X vibration for last 6
Spot beam
SAT
->refer to Alarm 1)
(Alarm bit display)
VibZ- Max
VibY- Max
VibX- Max
“ON” on the Test Config screen.
Test is displayed when the “GPS Edit” is set to
“Ext” represents external GPS is in use.
“built-in” represents the GPS on ADE is in use and
Displays approx. 60 in normal status
Display the receiving spot beam number.
Detail is shown in below table
9-10
BDE
Displays ship’s longitude
Displays setting of external GPS use.
Longitude
ExtGPS
CalibErr
CableLoss
NSKDIPSW
GYRO (Tracking)
Calibration Error Code
ADE and BDE Cable.
Displays approx. cable loss between
NSK Unit Dip-SW
GYRO type is displayed when it is used.
Displays satellite tracking method.
Receiving GPS sentence
GPS UTC
GPS-Time
ExtGPS Data
GPS fix status
GPS-Sts (GPS Status)
0 to 255
0.0 to 50.0
XX (00 ~ FF )
NMEA(38.4k)
NMEA(4.8k)
LAN
SYNC/STEP
Auto
ZDA
GGA
None
NMEA(38.4k)
NMEA(4.8k)
LAN
OFF
ddd゜mm’ ss” [E,W]
dd/MMM/yyyy
hh:mm:ss
3D Fix
2D Fix
Unfix
Cold Start
Communication cannot start
standard cable.
length. Approx. 10 is displayed by using
This value is depending on cable type and
hard to captures the satellite.
It may take receiving time longer, when the GPS
when GPS is not received.
power switch is ON.
Normally, the status is turned to 2D/3D Fix, after
9-11
MDM
BDE
(Rx Bearer)
RxBr
(RX Ch Index)
RxChIdx
C/No
->refer to Alarm 2)
(Alarm bit display)
Receiving Bearer
Receiving channel index
Carrier / Noise ratio
Alarm bit display of BDE
The timer since system boot
Tick
Buzzer Connection status
BZ (Buzzer)
Ethernet Link status
IMSI value stored in SIM card
IMSI
LAN
BDE attenuator value
ATT
Button Connection status
Receiving Channel type
RX Mode (Ch Type)
BTN (Button)
Updating result
UpdateErr
T1X: F80T1X (Regional / Narrow) T45X: F80T4.5X (Narrow)
T1X T45X
0~3
0, 6400 to 39280
40.0 to 67.0
00
A:0000000000
0xnnnnnnnn
nnnnnn
nnnn
nnnn
12 digit figure
3: F80T4.5X (Narrow)
2: F80T1X (Regional / Narrow)
1: F80T1Q (Regional)
0: F80T0.25Q (Global)
Detail is shown in below table
and Ext WAN.
The order is User LAN 1 to User LAN 4, JRC LAN
“connected”.
0 represents “not connected” and 1 represents
“connected”.
0 represents “not connected” and 1 represents
“connected”.
0 represents “not connected” and 1 represents
T1Q: F80T1Q (Regional)
T1Q
0~255
T025Q: F80T0.25Q (Global)
(This item is used only for JUE-500/JUE-250)
Fixed to +0.0 for JUE-501/JUE-251.
T025Q
0
9-12 Modem alarm bit
(A)
HAL Acquisition Status
HALAcqSts
L1 Hardware Error detect
BDE Temperature
BDE Temp
L1 HW Err
Receiving frequency offset
RxOffset
0 or 1
0 or 1
0 to 6
-125 to +125
0 or 1
1: NG (Please reset the system.)
0: OK
6: Warm acquisition failure
5: Cold acquisition failure
4: Cold acquisition success
3: Warm acquisition success
2: NA (Not Applicable)
1: Initial acquisition failure
0: Initial acquisition success
1: offset enabled
0: No offset
9-13
4
3
2
1
0;NORM 1;ALM
Read/Write error of Internal and
external RAM is occurred.
Memory error
1;ALM
continuously 5 minutes.
error
0;NORM
1;ALM
0;NORM
1;ALM
0;NORM
determine value
Abnormal
60 degrees/s writing speed is detected
An error is detected on X or Y-axis.
continuously for 3 minutes.
More than 40 degrees of tilt is detected
the three axes.
At least one axis-error is detected on
detected continuously for 5 minutes.
More than 5 degrees of error is
Contents/Cause of alarm
Normal/
Rate sensor
sensor error
Acceleration
Control error
ADE
Alarm 1) (ADE Alarm bit display)
Harness ADU
・ ・
・
ADU
Harness ・
ADU
・
Rate sensor
Harness
・
・
Motor
Rate sensor
・
・
EL sensor
Motor
・
・
Rate sensor
EL sensor
・ ・
ADU
・
Replace ADE
Replace ADE.
Replace ADE.
Replace ADE
Assumed breakdown unit Countermeasure
Alarmpack of Web menu.
“MEM” is displayed on
this alarm.
ADU might be a cause of
Alarmpack of Web menu.
“RATE” is displayed on
be a cause of this alarm.
Rate sensor or ADU might
Alarmpack of Web menu.
“ACC” is displayed on
be a cause of this alarm.
EL sensor or ADU might
Alarmpack of Web menu.
“AXIS” is displayed on
be a cause of this alarm.
EL sensor or motor might
Remarks
Please reboot the terminal, when you find any errors. If the terminal repeats the error, please confirm and replace the unit according to the below table.
9-14
1;ALM
0;NORM 1;ALM
specified EIRP.
Transmit burst exceeded 20ms of
specified value
alarm
10
FAN error
9
alarm
Internal GPS
Program error
minutes.
Fix or higher) continuously 10
BDE could not receive the data (2D
No used
The program is activated in boot area.
0;NORM
Transmit power exceeded 10dB of
High power
1;ALM
0;NORM
・
・
ADU
GPS antenna
Replace ADE
impossible)
(when re-upload is
Replace ADE
program
Re-upload the
Alarmpack of Web menu.
“PRG” is displayed on
Web menu.
displayed on Alarmpack of
“HIPWR” or “BST” is
reflection of surroundings.
returned to ADU by the
the transmitted carrier is
This alarm may occur when
this alarm.
ADU might be a cause of
Alarmpack of Web menu.
“OFFPWR” is displayed on
this alarm.
Alarmpack of Web menu.
“GPS” is displayed on
obstructions.
GPS antenna is blocked by
alarm may occur when the
failure or ADU failure, this
Along with GPS antenna
fans in it.
・
・
Replace ADE or BDE
Replace ADE or BDE.
Replace ADE or BDE.
1;ALM
ADU
BDE
ADU
BDE
ADU
BDE
ADU
JUE-501/JUE-251 has no
・
・
・
・
・
・
・
0;NORM
1;ALM
0;NORM
1;ALM
setting of PA-off.
alarm
Burst error
0;NORM
Detected output power in spite of
Off power
8
7
6
5
ADU might be a cause of
9-15
Tracking malfunction is occurred.
It is no problem, when Gyro is used.
alarm
continuously 10 minutes.
PLL Lock
alarm
Fix or higher) from external GPS
BDE could not receive the data (2D
3
2
1
error
communication
Handset
error
communication
ADE
error
Calibration
Cable
BDE determine value
Abnormal
Normal/
1;ALM
0;NORM
1;ALM
0;NORM
1;ALM
BDE-Handset is occurred
・ ・
Handset BDE
・ ・
“HS” is displayed on Alarmpack of Web menu.
Replace Handset Replace BDE
alarm.
connection
0;NORM
Communication error between
Handset cable
BDE might be a cause of this
Confirm the cable Poor connection of ・
・
BDE.
1;ALM
BDE
Confirm the cable connection of coax “ADE” is displayed on cable. Alarmpack of Web menu. Replace ADE or
・
・
・
Alarmpack of Web menu.
BDE
ADE
Poor connection of
・
“CALIB” is displayed on
alarm.
BDE might be a cause of this
Replace ADE or
Replace Cable
connection
Confirm cable
ADE-BDE cable
BDE
・
・
・
・
Remarks
・
ADU
large.
loss is abnormally
ADE-BDE cable
ADE-BDE cable
Poor connection of
・
・
・
Countermeasure
is occurred.
1;ALM
PLL
Assumed breakdown unit
・
Alarmpack of Web menu.
“EGPS” is displayed on
Communication error between BDE-ADE 0;NORM
system is activated.
ADE-BDE cable offset is failed when the 0;NORM
Contents/Cause of alarm
Alarm 2) (BDE Alarm bit display)
12
11
External GPS
9-16
8
7
6
5
4
detected
GYRO I/F
selected
Sync is
although
occur
does not
interruption
GYRO I/F
on error
Communicati
Button
on error
Communicati
Buzzer
on error
Communicati
GYRO
GYRO I/F Sync impossible
GYRO I/F interruption error
1;ALM
0;NORM
・Confirm dip switch setting of GYRO I/F
unit is wrong.
unit.
setting of GYRO I/F
・Confirm dip switch
・Replace BDE
・Replace Button
BDE and Button
connection between
・Confirm cable
・Replace BDE
・Replace Buzzer
BDE and Buzzer
connection between
・Confirm cable
・Replace BDE
unit
・Replace GYRO I/F
unit
BDE and GYRO I/F
connection between
・Confirm cable
・Setting of GYRO I/F
unit is wrong.
1;ALM
・BDE
・Button
・Setting of GYRO I/F
1;ALM
Button
BDE and Button.
・Poor connection
・BDE
・Buzzer
BDE and Buzzer.
・Poor connection
・BDE
・GYRO I/F unit
I/F unit.
connection in GYRO
・Wrong cable
0;NORM
0;NORM
1;ALM
Communication error between BDE and
Buzzer
0;NORM
1;ALM
GYRO
Communication error between BDE and
0;NORM
Communication error between BDE and
unit.
BDE and GYRO I/F
・Poor connection
Alarmpack of Web menu
“SYNCIM” is displayed on
Alarmpack of Web menu
“NOINT” is displayed on
Alarmpack of Web menu.
“BT” is displayed on
Alarmpack of Web menu.
“BZ” is displayed on
Alarmpack of Web menu.
“GYRO” is displayed on
9-17
12
11
10
9
is occurred
memory error
Program
GYRO I/F
occurred
flow is
WDT Over
GYRO I/F
is selected
R2 when Step
signal on R1
detected
GYRO I/F
selected
Step is
signal when
non-existed
detected
GYRO I/F
selected
Sync is
signal when
non-existed
GYRO I/F Program memory error
GYRO I/F WDT Over flow
GYRO I/F R1 R2 detected
GYRO I/F Step impossible
1;ALM
0;NORM
1;ALM
・Replace GYRO I/F
・GYRO I/F unit
・GYRO I/F unit
unit.
unit is wrong.
“PRG” is displayed on Alarmpack of Web menu
unit
Alarmpack of Web menu
“WDT” is displayed on
Alarmpack of Web menu
“RDET” is displayed on
Alarmpack of Web menu
“STEPIM” is displayed on
Replace GYRO I/F
unit
setting of GYRO I/F
・Confirm dip switch
unit.
setting of GYRO I/F
・Confirm dip switch
unit.
setting of GYRO I/F
・Confirm dip switch
・Setting of GYRO I/F
unit is wrong.
1;ALM
0;NORM
・Setting of GYRO I/F
unit is wrong.
1;ALM
0;NORM
・Setting of GYRO I/F
0;NORM
unit.
9-18
1 L1 HW Error
MDM
normally.
Displays that PLL function of ADE operates
Explanation of status
Alarm MDM) (MDM Alarm bit display)
occurred.
1;Lock It is no problem, when Gyro is used.
Displaying Unlock indicates that tracking malfunction is
Basically Lock is displayed.
Criterion or explanation of situation
0;Unlock
Displayed value
9-19
Troubleshooting according to the phenomenon
SIM?
ADE?
Display on Handset
BDE has malfunction.
SIM card.
→Communication is impossible with the SIM card too.
・ Insert another confirmed SIM card.
SIM card is not inserted correctly
→Communication is possible with the SIM card.
・ Insert another confirmed SIM card.
SIM card is not activated
might have malfunction.
If the existing status doesn’t match the case above, ADE or BDE
→The loop resistance value is larger than 1 ohm.
・ Measure loop resistance value of coaxial cable.
cannot read the information in
Displayed when JUE-501/251
・ Check the appearance of coaxial cable.
BDE and ADE. →There is some twist or damage on the cable.
Cable causes short circuit.
→The resistance value is less than 1k ohm or larger than 20k ohm.
ADE has malfunction. ・ Measure resistance value at ADE coaxial connector.
Poor connection between ADE and BDE.
Assumed cause of the abnormal state
Communication error between
Explanation of the status
Replace BDE
Insert SIM card correctly.
Ask your SIM distribution partner.
Replace ADE or BDE.
Check and/or replace cable.
Replace ADE.
coaxial cable.
Confirm the cable connection of
Countermeasure
The shadowed part does not always show an abnormal state.
At first, reboot JUE-501/251 when an error has occurred. In case the error repeats, confirm and replace the unit according to the below table.
9.3
9-20
GYRO?
HEADING?
POSITION?
cannot receive GYRO signal.
operated in GYRO mode and
Displayed when JUE-501/251
cannot receive GYRO signal.
operated in GYRO mode and
Displayed when JUE-501/251
continuously 10 min.
cannot receive GPS data
Displayed when JUE-501/251
Replace GYRO I/F unit Replace BDE
BDE has malfunction.
and BDE unit
Confirm cable connection between JB
and GYRO I/F unit
Confirm cable connection between JB
GYRO I/F unit has malfunction.
Poor connection between JB and BDE.
Poor connection between JB and GYRO I/F unit.
Check the wiring in GYRO I/F unit.
Replace BDE
BDE has malfunction. Wrong cable connection in GYRO I/F unit.
Replace GYRO I/F unit
and BDE unit
Confirm cable connection between JB
and GYRO I/F unit
Confirm cable connection between JB
Check the wiring in GYRO I/F unit.
Enter the Heading value of the ship.
Replace ADE.
ADU.
connection between GPS antenna and
GYRO I/F unit has malfunction.
Poor connection between JB and BDE.
Poor connection between JB and GYRO I/F unit.
Wrong cable connection in GYRO I/F unit.
might be malfunction. Follow the checkpoint below.
Only when JUE-501/251 requires heading value again and again, it
“HEADING?” is displayed in normal state also.
ADU has malfunction.
GPS antenna has malfunction.
Poor cable connection between GPS antenna and ADU.
ADE.
is blocked by some obstacles. GPS antenna is equipped in ADE. Open the Radome and confirm cable
Confirm there are no obstacles around
“POSITION?” is displayed in normal state also where the GPS signal
9-21
SEARCH NG
satellite.
cannot find the specified
Displayed when JUE-501/251
・
・
・
Turn off the power and open the Radome. Then, rotate the
・
The ADU, EL sensor, X rate sensor and/or Y rate sensor have
away from the satellite.
→The antenna is not facing correctly or it is facing 45 degree
power.
Turn off the power and open the Radome. Then, turn on the
The EL sensor or X rate sensor may have malfunction.
it wobbles in the satellite search status.
→The antenna cross EL angle sticks to rightward or leftward, or
power.
Turn off the power and open the Radome. Then, turn on the
The EL sensor or Y rate sensor may have malfunction.
wobbles in the satellite search status.
→The antenna EL angle sticks to upward or downward , or it
power.
Turn off the power and open the Radome. Then, turn on the
radome base and ADU board.
The motor may have malfunction or screws stuck between
→The antenna does not rotate smoothly.
hand.
antenna slowly in the three directions (cross EL, EL and AZ) by
Abnormal noises are heard from the ADE.
・
ADE has malfunction.
Replace ADE
ADE and satellite.
Only when “SEARCH NG” is displayed again and again, it might be malfunction. Follow the checkpoint below.
Confirm there are no obstacles between
from satellite is blocked by some obstacles.
“SEARCH NG” is displayed in normal state also where the signal
9-22
JUE-501/251 cannot find
satellite.
SAT SEARCH
rejected by network.
message or the sent message is
satellite but cannot send
Status hangs in
REGISTERING
SEARCH and
Repeating SAT
JUE-501/251 finds the specified
→Communication is possible with the SIM card.
Insert another confirmed SIM card.
malfunction.
The ADU, EL sensor, X rate sensor and/or Y rate sensor have
away from the satellite.
→The antenna is not facing correctly or it is facing 45 degree
power.
Turn off the power and open the Radome. Then, turn on the
→EIRP value shows 0.0. The ADU has malfunction.
TX] on handset.
EIRP value can be confirmed by pushing [menu] – [1 Status] – [2
In the state of REGISTERING, check the EIRP value on handset.
→Calibration Error exists. (The 1st alarm bit of BDE shows 1.)
Check the current alarm status by handset.
・
Confirm the software version.
Software issue
might have malfunction.
If the existing status doesn’t match the case above, ADE or BDE
・
BDE has malfunction.
・
・
ADE has malfunction.
・
SIM card is not activated
The signal from satellite is blocked by some obstacles.
might have malfunction.
If the existing status doesn’t match the case above, ADE or BDE
malfunction.
or later version.
Update the software to BDE-App 01.xx
Replace ADE or BDE
Replace BDE
Replace ADE
Ask your SIM distribution partner.
ADE and satellite.
Confirm there are no obstacles between
Replace ADE or BDE
9-23
Power supply failure to the
Handset.
nothing
Unstable receiving level.
communicate with the satellite.
the satellite, or cannot
Handset shows
changes frequently
Antenna level
NOT READY
cannot receive the signal from
Displayed when JUE-501/251
green)
→Handset shows nothing.(Ready lump on the main unit blinks
・ Disconnect ADE and BDE and turn on the terminal.
Handset or BDE has malfunction.
→Handset shows “ADE?”. The ADU has malfunction.
・ Disconnect ADE and BDE and turn on the terminal.
ADE has malfunction.
The EL sensor or Y or X rate sensor may have malfunction.
satellite search status.
→The antenna EL angle and/or XEL angle wobbles in the
・ Turn off the power and open the Radome. Then, turn on the power.
ADE has malfunction.
The signal from satellite is blocked by some obstacles.
area of specified satellite.
satellite is blocked by some obstacles or the area is out of the service
“NOT READY” is displayed in normal state where the signal from
→The software version is BDE-App 01.XX or earlier version.
Replace Handset or BDE
Replace ADE
Replace ADE
ADE and satellite.
Confirm there are no obstacles between
ADE and satellite.
Confirm there are no obstacles between
9-24
Problem (P)
Power supply and start up
FAQ
BDE does not start up
9.4.1
9.4
Turn the external power on. Pick up the fuse from the fuse box and make sure if the fuse is blown.
External power is not supplied. Fuse is blown.
purchased JUE-501/JUE-251 from.
If the problem is not solved with above countermeasures, disconnect external power, and please contact the dealer you
When the fuse is blown, please replace the fuse with a spare.
Turn the circuit breaker on.
Confirmation item
The circuit breaker is thrown.
Possible cause
9-25
Problem (P)
Reception of radio wave from a satellite Possible cause
Received signal strength is weak.
is impossible.
Or wait until the ship changes her course.
has entered into the cover area of the satellite.
If your ship is out of the cover area, use JUE-501/JUE-251 after your ship
Check your ship is existing inner the cover area of satellite or not.
into orange color.
icon on Handset screen starts blinking and that on Web menu screen changes
*If the Blocking Area has been set correctly in [Terminal] menu, the antenna
clear view direction.
Select another satellite when there is an obstacle, to turn the antenna to the
Check if there is obstruction between the antenna and the satellite.
Select the correct satellite at [Satellite] menu.
Confirmation item
Blocking
JUE-501/JUE-251.
Or wait until the ship changes her course.
into orange color.
icon on Handset screen starts blinking and that on Web menu screen changes
*If the Blocking Area has been set correctly in [Terminal] menu, the antenna
clear view direction.
Select another satellite when there is an obstacle, to turn the antenna to the
is obstruction between the antenna and the satellite.
Execute Satellite Search (selecting the satellite again). Also, check if there
If the problem is not solved with above countermeasures, turn OFF and ON the power source of main unit to reboot
Out of satellite cover area
Blocking.
[Not Ready] is displayed and communication Satellite is not selected correctly.
9.4.2
9-26
*If you have set VLANs, each “User LAN Port” may have different network.
Check that the IP address entered in URL box is that of main unit.
*If you have set VLANs, each “User LAN Port” may have different network.
(Win2000 or later)
specification of the local area connection.
Mozilla Firefox3.6, their upper version can be available when they have
was clicked on Web menu screen.
compatible system.
JUE-501 / JUE-251 officially supports Microsoft Internet Explorer7 and
area connection.
Error page is displayed when a button The version of Web browser is not supported.
bridge connection.
The local area connection of the PC is a Delete the bridge by clicking the right mouse button on the icon of the local
disabled.
The local area connection of the PC is Check that the local area connection is set to ‘enable’ in the property
URL is not correct.
Check that the network IP, subnet mask and default gateway that are set in the
TCP/IP is not set.
PC match those set in the main unit.
unit, restart the PC after hooking up the main unit.
access the IP from the DHCP server.
is set to “Automatic access”, the PC could not is connected correctly. If the PC has been started not connected to the main
Although the setting of the TCP/IP of the PC Before starting the PC, check that the cable between the main unit and the PC
on back panel will blink.
entered to the URL box on Web
browser.
there is a link between the main unit and PC, the Link LED of the Ether port
Confirmation item
when the IP address of main unit was
Possible cause
Check that PC is connected to the main unit with Ethernet cable firmly. If
Problem (P)
Web Menu System
[Terminal] screen can not be displayed Cable is not connected.
9.4.3
9-27
Problem (P)
LaunchPad Possible cause
Check that PC is connected to the main unit with Ethernet cable firmly.
Confirmation item
are set in the PC match those set in the main unit.
Verify that the subnet mask, default gateway, and priority DNS server that
unit.
Check that the network IP that is set in the PC matches the IP set in the main
(Win2000 or later)
specification of the local area connection.
is lost.
between the LaunchPad and main unit
connection
again.
the
LaunchPad
and
Execute [Search for terminal] by LaunchPad and connect with main unit
area connection.
[CIF_0010] error is generated on the Ethernet connection is abnormal
connection.
The local area connection of the PC is a bridge Delete the bridge by clicking the right mouse button on the icon of the local
disabled.
The local area connection of the PC is Check that the local area connection is set to ‘enable’ in the property
TCP/IP is not set.
after starting LaunchPad and cannot Although the setting of the TCP/IP of the PC is Before starting the PC, check that the cable between the main unit and the connect with main unit of set to “Automatic access”, the PC could not PC is connected correctly. If the PC has been started not connected to the JUE-501/JUE-251. main unit, restart the PC after hooking up the main unit. access the IP from the DHCP server.
[Select Terminal] screen is displayed Cable is not connected.
9.4.4
9-28
Problem (P)
TEL
disconnected by on-hook
The line can not be
Redial calling is impossible.
Speed Dial calling and
with specific destination.
Possible cause
correctly.
Check also that the power is supplied.
Check that communication is not being carried out by another TEL port or ISDN
Communication is occupied by another port.
destination dial number.
JUE-501/JUE-251.
Redial calling：00*#
Speed Dial calling : Speed dial number (2 digits or 3 digits) *#
Turn OFF and ON the power switch of main unit to reboot.
Dialing sequence is incorrect.
Ask your service provider.
If the problem is not solved with above countermeasures, turn OFF and ON the power source of main unit to reboot
destination number.
The # button is not pressed following the When originating a call using a TEL port, press the # button following the
port. Check also that the telephone set is properly on-hooked.
is set to “Enable”, originate a call referring to this Instruction manual.
input of a secret code is necessary.
When secret code
Check that the main unit or JB and the communication terminal are connected
Confirmation item
Since a secret code type of originating call is set, Check the setting of Secret Code on the [Telephony] screen.
Cable is not connected.
Communication is impossible System failure
Communication is impossible
9.4.5
9-29
Problem (P)
FAX
disconnected by on-hook
The line can not be
destination.
impossible with specific
Communication is
impossible.
Communication is
9.4.6
correctly.
Check also that the power is supplied.
Check that communication is not being carried out by another TEL port or ISDN
Communication is occupied by another port.
Fax service is available for JUE-251 when the antenna EL >20 degrees.
Fax is out of service (for JUE-251).
Ask your service provider.
Turn OFF and ON the power switch of main unit to reboot.
System failure
If the problem is not solved with above countermeasures, turn OFF and ON the power source of main unit to reboot JUE-501/JUE-251.
Check that the service type is set to FAX or Audio on [Telephony] screen.
destination dial number.
Service setting is incorrect.
number.
The # button is not pressed following the destination When originating a call using a TEL port, press the # button following the
port. Check also that the telephone set is properly on-hooked.
set to “Enable”, originate a call referring to this Instruction manual.
input of a secret code is necessary.
When secret code is
Check that the main unit or JB and the communication terminal are connected
Confirmation item
Since a secret code type of originating call is set, Check the setting of Secret Code on the [Telephony] screen.
Cable is not connected.
Possible cause
9-30
Problem (P)
areas.
the area where elevation angle is 10 degrees or upper, and 64kbps in the other
service which can be utilized with Voice or FAX in the same time, is 128kbps in
10 degrees or upper, for JUE-501 only. Also, the maximum level of Streaming
256Kbps Streaming can be utilized in the area which elevation angle is
Retry after several minutes.
JUE-501/JUE-251.
If the problem is not solved with above countermeasures, turn OFF and ON the power source of main unit to reboot
Out of the service area
The line is busy.
be downgraded.
by on-hook
The line can not be disconnected Turn OFF and ON the power switch of main unit to reboot
impossible.
Communication is
Transfer rate may be improved.
communication
However, depends on the application which has been used, the transfer rate may
CD-ROM, and try it.
Install the TCP accelerator (TCP PEP) in the attached JUE-501/JUE-251
Confirmation item
transfer rate is slow in the
TCP/IP application might be a cause.
Possible cause
Packet Switch(Standard IP, Streaming IP) service
Standard IP
9.4.7
9-31
cannot
cannot
be System failure
destination.
Reception overflow
be Incorrect number is dialed.
received from specific
Message
received.
Message
destination.
to
delivered
be System failure
specific
cannot
Message
Possible cause
be Incorrect number is dialed.
delivered to destination.
cannot
Problem (P)
SMS
Message
9.4.8
Ask your service provider.
Delete the received message properly.
which can be saved in SIM card.
Reception is impossible when received messages exceeded the maximum number
Check that the destination terminal (land side) dialed correct number or not.
Ask your service provider.
Check the correct destination number.
Confirmation item
9-32
Problem (P)
ISDN
by on-hook.
The line can not be disconnected
with specific destination.
Possible cause
Check also that the power is supplied.
Check also that the telephone set is properly on-hooked.
Check that communication is not being carried out by another TEL port.
correctly.
Check that the main unit and the communication terminal are connected
Confirmation item
destination dial number.
JUE-501/JUE-251.
Turn OFF and ON the power switch of main unit to reboot.
Ask your service provider.
If the problem is not solved with above countermeasures, turn OFF and ON the power source of main unit to reboot
destination number.
The # button is not pressed following the When originating a call using a ISDN port, press the # button following the
Communication is occupied by another port.
Cable is not connected.
Communication is impossible System failure
Communication is impossible
9.4.9
9.4.10. Actions to be taken when abnormal status is indicated on Handset Table I1.
Displayed character strings and contents Display
Status Abnormal Abnormal
ADE?
＊ 1）
POSITION?
ADE abnormal. ＊ 2）
＊3 ）
Abnormal
SIM？
Abnormal
SEARCH NG＊4）
Abnormal Abnormal
GYRO?
Contents
＊5）
HEADING？＊6）
GPS dose not receive the signal from satellite. SIM is not mounted Searching Satellite is failed. GYRO input is abnormal. Input of HEADING value is required
＊1）Countermeasure for ADE? Confirm the connection of the coaxial cable. ＊2）Countermeasure for POSITION? Built-in GPS has not fixed position information. Check the existence of blocking. If this phenomenon is repeatedly occurred, GPS failure can be considered. ＊3）Countermeasure for SIM? Confirm that the SIM card is correctly mounted or the card is not broken. ＊4）Countermeasure for SEARCH NG Execute satellite search again. ＊5）Countermeasure for GYRO? Heading information has not input from the GYRO interface although JUE-501/JUE-251 is set as GYRO tracking. Confirm the GYRO interface or the power supply of GYRO connected to the GYRO interface is turned on. （This abnormal status is only appeared when optional GYRO interface is connected） ＊6）Countermeasure for HEADING? This message is displayed when entry of initial HEADING value is required with the status of [GYRO signal input setting]. Follow [Appendix C.5 Satellite menu, when JB/GYRO are used] in this manual and set exact heading azimuth for your ship. Communication on JUE-501/JUE-251 may fail due to the error of the heading value. （This abnormal status is only appeared when optional GYRO interface is connected）
9-33
9.4.11. When the call log sort function is not working When using the Internet Explorer 6, call log sort function will not work without the following Internet Explorer settings. Please confirm the settings with network engineer. 1) Select the [tool] toolbar of the Internet Explorer and select the [Internet Options…].
(1)
2) Select the [Security] tab of the [Internet Options] dialog, click [Trusted sites] icon and select the [Sites…] button.
(2)
3) Take off a check at [Require server verification (http:) for all sites int this zone]. 9-34
4) Add the main unit IP address (default:http://192.168.128.100/) in [Add this Web site to the zone:] test box and click [Add] button. 5) Confirm the main unit IP address is added to [Wdb sites:] textbox, click [OK] button and close the [Trusted sites] dialog.
(4)
00/
(3) (5)
6) Select the [Security] tab of the [Internet Options] dialog, click [Trusted sites] icon and set [Security lever for this zone] slider lower than [High] or click [Custom Level…] enable 2 settings.
(6)
7) Chage the following setting in [Security settings] dialog.
9-35
Table L2.
Setting in the [Security Settings] dialog
Sections
Settings
Scripting section
Active scripting
Enable
Miscellaneous section
Lanching pragrams and files in an IFRAME
Enable
(7-1)
(7-2)
8) Click [OK] button twice and close [Security Settings] dialog and [Internet Option] dialog and finish Internet Explorer. 9) Call log sort function will work after the next start up of Internet Explorer.
9-36
9.4.12. Other problems Turn OFF and ON the power switch of main unit to reboot.
9-37
9.5
Cause Code
Cause code indicates cause of disconnection of the communication. 9.5.1 Cause Code for CS communication (TEL, FAX) --These Cause codes are quoted from 3GPP TS24.008 Annex H and Annex G Normal class No. (HEX)
Reason
No. (HEX)
Reason
0001
Unassigned (unallocated) number
0016
Number changed
0003
No route to destination
0019
Pre-emption
0006
Channel unacceptable
001A
Non-selected user clearing
0008
Operator determined barring
001B
Destination out of order
0010
Normal call clearing
001C
Invalid number format (incomplete number)
0011
User busy
001D
Facility rejected
0012
No user responding
001E
Response to STATUS ENQUIRY
0013
User alerting, no answer
001F
Normal, unspecified
0015
Call rejected
Resource unavailable class No. (HEX)
Reason
No. (HEX)
Reason
0022
No circuit/channel available
002B
Access information discarded
0026
Network out of order
002C
Requested circuit/channel not available
0029
Temporary failure
002F
Resource unavailable, unspecified
002A
Switching equipment congestion
Service or option not implemented class No. (HEX) 0031
Reason
No. (HEX)
Reason ACM (Accumulated Call Meter) equal to or greater than ACMmax
Quality of service unavailable
0041
0032
Requested facility not subscribed
0044
Bearer service not implemented
0037
Incoming calls barred within the CUG (Closed User Group)
0045
Request facility not implemented
0039
Bearer capability not authorized
0046
Only restricted digital information bearer capability is available
003A
Bearer capability not presently available
004F
Service or option not implemented, unspecified
003F
Service or option not available, unspecified
Invalid message (e.g., parameter out of range) class No. (HEX) 0051
Reason Invalid transaction identifier value
0057
User not member of CUG(Closed User Group)
0058
Incompatible destination
No. (HEX) 005B
Reason Invalid transit network selection
005F
Semantically incorrect message
9-38
Protocol error (e.g., unknown message) class No. (HEX) 0060 0061 0062 0063
Reason invalid mandatory information message type non-existent or not implemented message type not compatible with protocol state information element non-existent or not implemented
No. (HEX)
Reason
0064
conditional IE error
0065
message not compatible with protocol state
0066
recovery on timer expiry
0067
protocol error, unspecified
Interworking class No. (HEX) 007F
Reason
No. (HEX)
Reason
No. (HEX)
Reason
Interworking, unspecified
Mobility Management No. (HEX) 800B
Reason PLMN not allowed
8022
Service option temporally out of order
800C
Location area not allowed
8026
Call cannot be identified
800D
Roaming not allowed in this location area
800F 8011
8030-803F
Retry upon entry into a new cell
No suitable cells in location area
805F
Semantically incorrect message
Network failure
8060
Invalid mandatory information Message type implemented
non-existent
or
not
8014
MAC failure
8061
8015
Synch failure
8062
Message not compatible with protocol state
8016
Congestion
8063
Information implemented
8017
GSM authentication unexpected
8064
Conditional IE error
8020
Service option not supported
8065
Message not compatible with protocol state
8021
Request service option not subscribed
806F
Protocol error, unspecified.
9-39
element
non-existent
or
9.5.2
Cause Code for PS communication --These Cause codes are quoted from 3GPP TS24.008 Annex I
Causes related to nature of request No. (HEX)
Reason
No. (HEX)
Reason
0008
Operator Determined Barring
0024
Regular PDP context deactivation
0016
Congestion
0025
QoS (Quality of Service) not accepted
001A
Insufficient resources
0026
Network failure
001B
Unknown or missing access point name
0027
Reactivation requested
001C
Unknown PDP address or PDP type
0028
Feature not supported
001D
User authentication failed
0029
Semantic error in the TFT(Traffic Flow Template) operation
001E
Activation rejected by GGSN
002A
Syntactical error in the TFT operation
001F
Activation rejected
002B
Unknown PDP context
002C
Semantic errors in packet filter(s)
002D
Syntactical error in packet filter(s)
002E
PDP context without TFT already activated
0020 0021 0022 0023
unspecified
Service option not supported Requested service option not subscribed Service option temporarily out of order NSAPI(Network Service Access Point Identifier) already used
Causes related to invalid messages No. (HEX)
Reason
No. (HEX)
Reason
0051
Invalid transaction identifier value
0063
Information element non-existent or not implemented
005F
Semantically incorrect message.
0064
Conditional IE error
Invalid mandatory information
0065
Message not compatible with protocol state
006F
Protocol error, unspecified
0060 0061 0062
Message type non-existent or not implemented Message not compatible with protocol state
9-40
9.5.3
Cause code for Short Messaging Service --These Cause codes are quoted from 3GPP TS24.011 Annex E
If the cause code is 004E, it means “Not supported of SMS cause code”. CP-cause definition Following cause codes are used for mobile originating short message and mobile terminating short message. No. (HEX)
Reason
No. (HEX)
0017
Network failure
0097
0022
Congestion
0098
0081
Invalid mandatory information
0099
0095
Semantically incorrect message
0111
0096
Invalid mandatory information
Reason Message type non-existent or not implemented Message not compatible with short message protocol state Information element non-existent or not implemented Protocol error, unspecified
RP-cause definition mobile originating SM-transfer Following cause codes are used for only mobile originating short message. No. (HEX)
Reason
No. (HEX)
Reason
0001
Unassigned (unallocated) number
0026
Network out of order
0008
Operator determined barring
0029
Temporary failure
000A
Call barred
002A
Congestion
0015
Short message transfer rejected
002F
Resources unavailable, unspecified
001B
Destination out of service
0032
Requested facility not subscribed
001C
Unidentified subscriber
0045
Requested facility not implemented
001D
Facility rejected
007F
Interworking, unspecified
001E
Unknown subscriber
RP-cause definition mobile terminating SM-transfer Following cause code is used for mobile terminating short message. No. (HEX) 0016
Reason
No. (HEX)
Memory capacity exceeded
9-41
Reason
9.5.4
Internal cause code --These Cause codes are defined by JRC
Internal-cause definition Following cause codes are used for short message and PS connection. No. (HEX)
Reason
No. (HEX)
Reason
000
No cause value
005
Timeout RelInd ignored incoming
001
Timeout RelInd
040
Shortage BPSM session
002
Timeout SetupCompleteInd
041
No CC cause value
003
Timeout SetupCnf
042
No MM cause value
004
Timeout RelInd could not answered incoming
9-42
9.6
Event Log
Event log is displayed on "Event Log" screen of Web menu system. How to use Web menu system is explained in Chapter 7 of this service manual.
1) 3)
2)
Fig. 9.6 Table 9.6.1
6)
Event Log Screen Contents of Event Log Screen
Display 1
5)
4)
Contents
File
Displays event logs in CSV text format *If this function is executed by multiple PCs simultaneously, the file may be damaged. In this case, obtain the file again. * Follow the PC manual to save the data.
2
Date/Time
Logging time (00：00：00
3
Event
Event (See table 6.4.6.3)
4
Result
DD/MMM/YYYY) (UTC)
Success
The event was succeeded.
Failure
The event was failed or alarm was detected
5
Para1
Parameter1 (See table 6.4.6.3)
6
Para2
Parameter2 (See table 6.4.6.3)
The meanings of each event and parameters are listed below. Table 9.6.2 Event Start
Meanings of Event Log Para 1
Turning on the main
Para 2
0
Fixed
0
Fixed
Turning off the main
0
Normal power off
0
Fixed
unit
1
Manual reboot
2
Forced reboot
0
Success
0
Fixed
Non-0
Refer to cause codes of
Deregistering from the
Refer to cause codes of 3GPP 0
Fixed
satellite
24.008 Annex G
unit Power Off
REG End
Registering
for
the
satellite
3GPP 24.008 Annex G DEREG End
9-43
Search Start
Starting satellite search
1
REC declining
2
Search NG 10 min. timer
3
7 hour timer
4
Fail to registration
5
ADE reboot
6
ADE request
7
Manual search
0
Fixed
Fixed
Search End
Ending satellite search
0
Fixed
0
COMM Start/End
Starting/Ending CS or
1
CS-Voice
Start ： 0 Fixed
PS communication
2
Audio
3
FAX
End ： refer to
4
UDI
cause codes of
5
RDI
Call Log
6
Standard
7
Streaming
8
SMS
21
PS-Voice
Alarm
Detecting alarm
0
Fixed
0
Fixed
SIP
SIP Register/Deregister
0
Fixed
0
Fixed
IPTEL
IPTEL
1-9
IPTEL1-IPTEL9
0
Fixed
Register/Deregister
Register/Deregister
Register/Deregister
9-44
Ver0.7 Corresponding software
2nd
release
(2013.5.21)
9-45
JUE-501/JUE-251
FB500/FB250 Maritime Satellite Communication Terminal
SERVICE MANUAL
For further information,contact:
Not use the asbestos
URL
http://www.jrc.co.jp
Marine Service Department Telephone : +81-3-3492-1305 +81-3-3779-1420 Facsimile :
[email protected] e-mail : AMSTERDAM Branch Telephone : +31-20-658-0750 Facsimile : +31-20-658-0755 e-mail :
[email protected] SEATTLE Branch Telephone : +1-206-654-5644 Facsimile : +1-206-654-7030 e-mail :
[email protected] CODE No.7ZPSC0434
01ETM
MAY 2013 Edition 1
ISO 9001, ISO 14001 Certified
JRC
Printed in Japan
