FELCOM70 SME56340A

INMARSAT-F MOBILE EARTH STATION

FELCOM 70

KIMURA

Your Local Agent/DealerYour Local Agent/Dealer

9-52 Ashihara-cho,9-52 Ashihara-cho,Nishinomiya, JapanNishinomiya, Japan

Telephone :Telephone : 0798-65-21110798-65-2111faxfax 0798-65-42000798-65-4200::

FIRST EDITION :FIRST EDITION : FEB.FEB. 20042004Printed in JapanPrinted in JapanAll rights reserved.All rights reserved.

PUB.No.PUB.No. SME-56340-ASME-56340-A*00014941100**00014941100**00014941100**00014941100*(( NAYONAYO )) FELCOM70FELCOM70

* 0 0 0 1 4 9 4 1 1 0 0 ** 0 0 0 1 4 9 4 1 1 0 0 *

*SME56340A00**SME56340A00**SME56340A00**SME56340A00*

* S M E 5 6 3 4 0 A 0 0 ** S M E 5 6 3 4 0 A 0 0 *

i

Introduction ････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････････ 1 Check Points ............................................................................................................2

MPDS/UDI Communication Test............................................................................6 Chapter 1. General 1.1 General...........................................................................................................................1-1

1.1.1 Inmarsat Fleet Services...................................................................................1-1 1.1.2 Fleet 77 Services.............................................................................................1-4 1.1.3 Inmarsat Channel Characteristics ...................................................................1-6 1.1.4 UDI and MPDS ..............................................................................................1-8

1.2 FELCOM 70 System Configuration ..............................................................................1-12

1.2.1 System Configuration .....................................................................................1-12 1.2.2 Terminals and Connectors ..............................................................................1-14 1.2.3 Connection for UDI and MPDS .....................................................................1-16

Chapter 2. Location of parts 2.1 Overview of FELCOM 70 .............................................................................................2-1 2.1.1 Standard supply ..............................................................................................2-1

2.1.2 Optional Supply..............................................................................................2-2

2.2 Antenna Unit (SF-170) ..................................................................................................2-3 2.2.1 Antenna Structure ...........................................................................................2-3 2.2.2 Antenna Unit...................................................................................................2-9 2.3 Communication Unit (SF-270)......................................................................................2-16 2.4 Accessories ..................................................................................................................2-19

Chapter 3. Set up Before setting up..................................................................................................................3-1 3.1 Installation of vtLite Marine..........................................................................................3-2

3.1.1 Running vtLite Marine program.....................................................................3-4 3.2 Installation of USB driver software...............................................................................3-5 3.3 Selecting ISDN Handset Mode: SF-870........................................................................3-7 3.4 RS-232(A)/(B) Port Setting ...........................................................................................3-8 3.5 Protocol Setting .............................................................................................................3-9

Contents

Contents

ii

3.6 To Prepare System Setting.............................................................................................3-10 3.6.1 Set access level ...............................................................................................3-10 3.6.2 Deleting PIN Code..........................................................................................3-11 3.6.3 Deleting Owner Password ..............................................................................3-12

3.7 ID Setting.......................................................................................................................3-13

3.7.1 Opening Device Manager (Owner level access).............................................3-13 3.7.2 ID and MSN Setting .......................................................................................3-19 3.7.3 Saving and Loading ID/MSN .........................................................................3-25 3.7.4 Printing ID/MSN ............................................................................................3-25 3.7.5 How to activate terminals when receiving a call............................................3-28

3.8 NMEA-0183 input source .............................................................................................3-31 3.9 Output of the Broad band (DGPS) ................................................................................3-32 3.10 Serial Printer Setting....................................................................................................3-33

3.10.1 Connection....................................................................................................3-33 3.10.2 DIP Switch....................................................................................................3-33 3.10.3 Configuration via vtLite Marine...................................................................3-36 3.10.4 Serial Printer Test .........................................................................................3-37 3.10.5 Connecting a PC to Serial printer port..........................................................3-40

3.11 Windows Printer Setting..............................................................................................3-41 3.12 Terminal Adapter (QDGY911912) Setting..................................................................3-42 3.13 Analog Telephone (FC755D1) setting.........................................................................3-43 3.14 Fax (FAX-8070P) Setting............................................................................................3-44

3.14.1 Menu Tree.....................................................................................................3-44 3.14.2 Setting Points................................................................................................3-47

Chapter 4. Software 4.1 Program Revision Level ................................................................................................4-1 4.1.1 vtLite Marine ..................................................................................................4-1

4.1.2 System program (Communication unit) .........................................................4-1 4.1.3 Handset Program ............................................................................................4-2 4.1.4 Other programs ...............................................................................................4-2

4.2 Saving ID number and Phone book ...............................................................................4-3

4.2.1 To save ID number..........................................................................................4-3 4.2.2 Phone Book.....................................................................................................4-4

Contents

iii

4.3 Program Upgrade...........................................................................................................4-5 4.3.1 Before upgrading ............................................................................................4-6 4.3.2 Upgrade ..........................................................................................................4-9

4.4 Using USB Port on PC ..................................................................................................4-12 4.5 When upgrade is interrupted..........................................................................................4-14

Reference) InstalF77_MCU_SW_2_0.bat...................................................................4-16 Chapter 5. Maintenance 5.1 Anti-vibration Mount Replacement...............................................................................5-1

5.1.1 Anti-vibration .................................................................................................5-1 5.1.2 Procedure ........................................................................................................5-2

5.2 Belt, Motor and Sensor Replacement ............................................................................5-3 5.3 Modem and Power Unit Replacement...........................................................................5-7 5.4 DIP Switch and LED .....................................................................................................5-8

5.4.1 HPA CONT (16P0202) board in Antenna unit...............................................5-8 5.4.2 Connector Interface board in Communication unit.........................................5-9

5.5 Fault Finding Tools........................................................................................................5-10

5.5.1 Startup Sequence ............................................................................................5-10 5.5.2 vtLite Marine Startup Display ........................................................................5-11 5.5.3 Useful Menu and Display ...............................................................................5-13 5.5.4 Communication Log .......................................................................................5-27

5.6 Troubleshooting.............................................................................................................5-28 Chapter 6. Menu tree 6.1 ISDN Handset menu tree ...............................................................................................6-1

6.1.1 Overview of Fleet handset menu ....................................................................6-1 6.1.2 Details of Fleet handset menu tree..................................................................6-2 6.1.3 Details of Normal handset menu tree .............................................................6-8 6.1.4 Phone book entry (Fleet handset) ...................................................................6-9

6.2 vtLite Marine .................................................................................................................6-10

6.2.1 Starting up.......................................................................................................6-10 6.2.2 Menu bar.........................................................................................................6-10 6.2.3 Menu button....................................................................................................6-11

Contents

iv

6.3 [MENU] button .............................................................................................................6-15 6.3.1 Overview ........................................................................................................6-15 6.3.2 [Menu] tree .....................................................................................................6-18

Chapter 7. Block Description 7.1 Communication Unit (SF-270)......................................................................................7-1

7.2 Antenna Unit (SF-170) ..................................................................................................7-5

7.2.1 Outline ............................................................................................................7-5 7.2.2 Stabilized Antenna Pedestal ..........................................................................7-7 7.2.3 Helical-array Antenna .....................................................................................7-8 7.2.4 PCU (Pedestal Control Unit) ..........................................................................7-8 7.2.5 Antenna Control Signals .................................................................................7-14 7.2.6 TX circuit in Antenna Unit .............................................................................7-15 7.2.7 RX Circuit in Antenna Unit ............................................................................7-20 7.2.8 PWR (16P0192) Board...................................................................................7-22

Appendix 1) LES Access Code............................................................... AP1-1 AP1.1 Access Code .............................................................................................................AP1-1

AP1.2 Inmarsat-MPDS Status .............................................................................................AP1-2 AP1.3 Inmarsat-Fleet F77, F55, F33 and Swift 64 LES Status ...........................................AP1-4 Appendix 2) Specifications...................................................................... AP2-1 Appendix 3) Setup for MPDS/UDI .......................................................... AP3-1 AP3.1 Setup.........................................................................................................................AP3-1

AP3.1.1 Installation of Standard modem.................................................................AP3-1 AP3.1.2 Setup for Network Connections ................................................................AP3-4 AP3.1.3 Checking default settings...........................................................................AP3-8 AP3.1.4 Connection to server..................................................................................AP3-11

Note) All dialups are dialed in MPDS. ............................................................AP3-14 AP3.2 Troubleshooting........................................................................................................AP3-15

AP3.2.1 MPDS/RS-232 ...........................................................................................AP3-15 AP3.2.2 MPDS/USB ...............................................................................................AP3-16 AP3.2.3 UDI/RS-232 ...............................................................................................AP3-18 AP3.2.4 UDI/USB ...................................................................................................AP3-19 AP3.2.5 Faultfinding................................................................................................AP3-20

Contents of Drawings ............................................................................... S-0

1

The following summarizes the points that you understand before servicing. 1) Some setting operation on vtLite Marine requires a owner password.

It recommends the default password 1234567890 unchanged. The password cannot be factory-reset.

2) Check antenna movement at power-on visually after installation. Antenna elevation

angle is initialized 45 degrees at every power-on. 3) Up to 7 ISDN devices can be connected. When the distance between the

Communication Unit and the last wall socket exceeds 10m, the socket is terminated with 100-Ohm resister, or an “ISDN bus end plug”, RJ45 termination plug may be used.

4) ID (OID/DID) and MSN numbers are used in pairs. These depend on services and

ports in use. 5) Serial printer, ML-280 is connected to RS-232A/B port. Baud rate is set to 4800 bps

automatically. 6) Each service is supported by the following ports.

RS-232A RS-232B or RS-422 USB ISDN vtLite Marine Yes Yes Yes No

UDI Yes Yes Yes Yes MPDS Yes Yes Yes No

** When a PC connect to ISDN port and RS-422 ports, it is via an appropriate level converter.

7) Breaking “WARRANTY SEAL” will void the warranty. Only unit replacing is repair

option. 8) EEPROM on the Connector Interface board in the communication unit memorizes

Forward/Return ID. 9) MPDS and UDI services use different dial-up number.

MPDS : **94# UDI : Network provider Phone number

Each port supports single application. Before MPDS or UDI communication is made, quit vtLite Marine program.

10) The LES is selected through “Menu ->1:Set default provider/Menu”. Explain that

procedure to users.

Introduction

Introduction

2

Check Points 1. Before Switching ON 1) Remove the rope which prevents the antenna from moving in the antenna radome

during transportation. 2) Turn on the service switch on HPA chassis in the antenna radome. 3) Check power input voltage is correct. (100VAC to 240VAC, 1.47A to 0.89A) 4) Understand system configuration. 5) Verify that the cabling is correct. 2. Coaxial Cable check The coaxial cable connector, or antenna connector is fabricated as shown in the installation manual. Make sure that the center conductor does not short circuit to the braided shield. With an analog multi-tester set to x1 Ohm range, measure the resistance between wires of the cable connected to the antenna unit. The service switch in the antenna unit is set to ON.

Center Conductor Braided shield Resistance + lead - lead About 20 Ohms - lead + lead About 400 Ohms

3. Terminating ISDN line (See page 3-1 and IM) If the ISDN bus is longer than 10m, the last ISDN wall socket is terminated, so that 100-Ohm resister is placed and the DIP switch is set to ON. An “ISDN bus end plug” is used instead of DIP switch setting. 4. Analog telephone system settings (See page 3-43) The analog telephone is set to Tone (DTMF) dialing. 5. vtLite Marine Installation (See page 3-2) vtLite Marine software is installed onto the PC. 6. USB Driver Installation (See page 3-5) When USB port is used for vtLite Marine, MPDS and UDI, FELCOM70 USB driver is installed onto the PC. 7. Network Setting on PC (See AP3 and OM) For MPDS and UDI communications, the PC is set up, using “Phone and Modem Options icon” (Windows XP). Standard 33600 bps modem is selected. Refer to Appendix 3 for details.

Introduction

3

8. Connecting analog device to ISDN line (See page 3-42) Analog device is connected to the ISDN line via the terminal adapter, QDGY911912. Up to two terminal adapters can be used. The adapter needs setting. 9. Running vtLite Marine (See page 3-4) ISDN port does not support vtLite Marine. RS-422 port is selected from the ISDN handset (Menu -> port B), instead of RS-232(B) port. vtLite Marine Port and RS-232(B) port settings are;

vtLite Marine: Default settings -Speed: 115200 -Data: 8 -Stop: 1 -Flow control: none -COM port: x (Same port as PC)

RS-232(B) port: Default settings -Speed: 115200 -Data: 8 -Stop: 1 -Flow control: rtc/cts

10. ID and MSN setting (See page 3-13) Terminal ID and MSN numbers depend on the service. ID and MSN setting is not necessary for MPDS.

Term. Id Service INMARSAT Service 01-0F Voice B: 16.8k, M: 4.8k, mini-M: 4.8k, F77/F55/F33: 4.8k Speech 11-1F FAX B: 9.6k, M:2.4k, mini-M: 2.4k, F77/F55/F33: 9.6k 21-2F ADS B: 9.6k, M:2.4k, mini-M: 2.4k, F33: 9.6k 31-3F Telex B 41-4F HSD B 51-5F 64k Data GAN/F77/F55 61-6F 3.1k Audio GAN/F77/F55 71-7F 56k Data GAN/F77/F55 91-9F 64k Speech GAN/F77/F55

Port Service

TEL1-4 ISDN ISDN/USB/RS232/RS-422 4.8kbps Speech MSN 20 - 28

3.1k Audio MSN 40 - 48 64kbps Speech MSN 30 - 38 9.6kbps FAX

MSN 01 - 04

MSN 40 - 48

N/A

9.6kbps Data N/A MSN 60 - 68 64kbps Data MSN 60 - 68 MSN 60 - 68 56kbps Data

N/A MSN 50 - 58 MSN 50 - 58

Introduction

4

11. Deleting (!) in Device Manager (See page 3-20) Triangle symbol, an exclamation point (!) in a triangle, appears in vtLite Marine Device Manager display when the communication unit does not recognize the connection of the ISDN handset. To delete the symbol, carry out “Restore Factory Default.” ID and MSN settings are factory-reset. 12. Saving/Printing ID and MSN Settings (See page 3-25) Keep settings for future service. 13. ISDN protocol configuration (See page 3-9) Same protocol must be set on the ISDN handsets, ISDN devices and the communication unit. It recommends setting Euro protocol. 14. Connecting Serial Printer (See page 3-33) The serial printer is connected to either RS-232A or RS-232 B port. From vtLite Marine Window, select Log ->Logging mode -> “Automatic Printing to RS-232A (or B)”. DIP switch setting is required on the printer. When the serial printer port is used for MPDS and UDI, the baud rate is change to 115200bps from the ISDN handset. 15. Distress Alert Buzzer Test (See page 3-19) The buzzer in the distress alert unit is tested functionally. Menu operation;

1) [Device Manager] -> Dedicated Handsets -> “Test Buzzer” from vtLite Marine 2) Menu -> priority call -> “Test Buzzer” with ISDN handset

16. Antenna Initialization (See page 5-6 and 7-7) At every power-on, the antenna elevation angle is set to 45 degrees during initialization. Then, the antenna rotates to point at the satellite, or the antenna changes azimuth. Verify this movement after installation.

Introduction

5

17. Built-in GPS Receiver Test (See page 5-11) Make sure that position is displayed in vtLite Marine display. With the ISDN handset, select Menu -> Information -> position. 18. Start-up Display (See page 5-10) When the antenna points at the satellite and acquires NSC CC signal, “Ready for call” message appears in vtLite Marine. Using the keystroke of Menu -> 989, verify the following indication.

- Region registration : Successful - Active spot beam ID : Other than “254” and “255”

If “Searching all” message appears, instead of “Ready for call,” the system continues searching the satellite. Select the available satellite by using Seek button in vtLite Marine (or Menu -> “Sat. Search” from the ISDN handset). 19. Changing ISDN handset mode (See page 3-7) To switch to Fleet mode, press and hold down DEL key, then connecting the handset to the ISDN socket. The handset connected to the distress alert unit is set Fleet mode automatically.

20. Making ID, MSN and IMN list for the use onboard a ship Make an ID, MSN and IMN list and leave it onboard a ship. 21. Communication Test Make calls in the following services for test. a) 4.8 k speech b) 64 k speech c) 3.1 k Audio (G3 FAX) d) UDI e) MPDS Call transfer (R**MSN #) and internal call (**MSN #) are also tested. Remember that G3 FAX can send a message to G4 FAX, but not in opposite direction.

When the external GPS input datause, select Menu -> Ports -> NMEAport -> “Enable” with the ISDNhandset, See page 3-31.

Introduction

6

MPDS/UDI Communication Test The AT command set allows you to configure the Mobile Data Service function directly from your PC keyboard, using vtLite Marine or Hyper Terminal. When using Hyper Terminal, port setting as follows;

- Speed: 115200 - Data: 8 - Parity: none - Stop: 1 - Flow control: none

Same as vtLite Marine Port setting in the menu, Configure ->Port. Using Commands for test

ATD(ATDT) :Instructs the Mobile Data Service dial number. For example, ATD28 for dial number 28.

AT+WS45=4 : Set FELCOM 70 to MPDS mode. AT+WS45=1 : Set FELCOM 70 to UDI (SCPC) mode. AT+WREG=1 : Used for service provider registration. AT+WREG=0 : Used for service provider deregistration. AT+WLES=? : The terminal reply with the LES access code being used. AT+WLES=xxx: Select Net Provider for the serial port used. (xxx: LES access code)

Introduction

7

1. MPDS Call with AT Command (Using vtLite Marine) To make a MPDS call with AT command; 1. From vtLite Marine menu bar, select Mode -> AT mode. 2. Type “AT” and press [Enter] key. If the modem replies with OK, the vtLite marine

(PC) communicates with the communication unit.

Screen-1 Screen-2 3. Type “AT+WS45=4” and press [Enter] key to set FELCOM70 to MPDS mode. You

should receive an OK as a response. 4. To start a MPDS call, type ATD and press [Enter]. The system responses with

CONNECT 64000. “MPDS call” appears on the handset.

Screen-3

Type AT command

When indicating OK, the PC is communicating.

AT＋WS45=4 OK

ATD CONNECT 64000

Introduction

8

5. Wait until NO CARRIER appears. Then, type “AT+WREG=1” and press [Enter] key, REGISTERED message appears. Now, the system is registered by the service provider.

Screen-4 6. Type “AT+WREG=0” and press [Enter] key. “DEREGISTERED” appears,

indicating that the system is deregistered. 7. Make sure that “Ready for call” appears on the handset. The MPDS line is

disconnected.

NO CARRIER AT+WREG=1

REGISTERED AT+WREG=0

DEREGISTERED

Introduction

9

2. UDI Call with AT Command (Using vtLite Marine) To make a UDI Call with AT command; 1. Type “AT+WS45=1” and press [Enter] key to set FELCOM70 to UDI (SCPC) mode.

You should receive an OK as a response. 2. To start a UDI call, type ATD28 and press [Enter]. The system responses

CONNECT 64000. UDI call appears on the handset.

Screen-5

3. “NO CARRIER” appears after a while. Make sure that “Ready for call ” appears on

the handset. The UDI line is disconnected. Screen-6

画面-5

AT+WS45=1 OK

ATD28 CONNECT 64000

NO CARRIER

1.1 General

1-1

1.1 General

1.1.1 Inmarsat Fleet Services Fleet provides a voice, fax and data service for maritime users using the Inmarsat-3 spot-beam capable satellites. In emergency situations, a limited service using the Inmarsat-2 legacy satellites will be provided.

- The F77 variant provides voice, UDI: high-speed ISDN data and MPDS: Inmarsat’s mobile packet data service to users anywhere in the world.

- The F55 variant provides the same services, but offers data services only within the spot-beam coverage area of the Inmarsat-3 satellites.

- The F33 variant provides a global voice service, as well as a medium-speed fax and data service within the spot-beam coverage area.

All three variants are designed for maritime environments and are specified to operate reliably under the demanding conditions expected at sea.

Table 1.1.1 Inmarsat Fleet Service

F77 F55 F33

Service 4.8 k Speech Yes Yes Yes 2.4 k FAX No No 9.6 k FAX 9.6 k data

Option Option (Spot beam)

Yes (Spot beam)

64 k ISDN Data (UDI) 64 k ISDN Speech 64 k ISDN FAX (3.1 k Audio)

Yes Yes (Spot beam) No

MPDS Yes

FW/RT: 64 kbps (Max.)

Yes (Spot beam)

FW/RT: 64 kbps (Max.)

Yes (Spot beam)

- FW: 64 kbps (Max.) - RT: 28.8 kbs

(19.2-50 kbps) Characteristic

Antenna size (approx) 80 cm 50 cm 30 cm Antenna G/T -4 dB/K -7 dB/K -12.5 dB/K

GMDSS compliant Yes No No 1-4 satellite compatible Yes Yes Yes

EIRP: 4.8 kbps Speech 22 dBW (Global Beam)

20 dBW (Global Beam)

20 dBW (Global Beam)

EIRP: Max. 32 dBW 25 dBW 20 dBW Frequency range L Band: 1525 to 1559 MHZ (Rx)/1626.5 to 1660.5 MHz (Tx) Modulation: 4.8 k Speech/2.4 k FAX 9.6 k FAX/Data

O-QPSK

Modulation: 64 k ISDN/MPDS 16-QAM 16-QAM FW link: 16QAM

RF link:π/4QPSK

Chapter 1. General

1.1 General

1-2

All members of the Fleet family are fitted with a Global Positioning System (GPS) receiver which is integrated into the unit’s electronics. The GPS receiver provides accurate position information to allow the MES to determine whether it is within coverage of a spot-beam and, if so, which beam provides the best coverage. Spot-beam operation: All members of the Fleet family make use of the spot-beam coverage provided by the Inmarsat-3 satellites to provide higher performance than is possible in global beam. The Fleet Family uses the spot beam map and the terminal’s GPS position to calculate the spot beam.

- Reduce MES size, weight and EIRP. - Reuse of frequencies in the same ocean region. - Saves satellite power. - Generation 3 satellites provide up to seven spot beams. - Generation 4 satellites will provide more than 200 spot beams.

Global-beam voice operation: All members of the Fleet family will support 4.8kbps telephony services within Inmarsat Global and spot beam coverage areas.

1.1 General

1-3

- Spot ID is calculated every 2 minutes. - Spot beams are used for traffic only. Call setup is always using global beam.

1.1 General

1-4

1.1.2 Fleet 77 Services 1. General

Table 1.1.2 Fleet 77 Services

Service Data Rate

Charge: KDDI SDR/6sec Remarks

4.8 k Speech 4.8 kbps

0.20 to 0.23 (¥32～36)

Voice coding takes place using the AMBE codec to convert speech into a digital signal. Speech bandwidth is 3100Hz. Regeneration of DTMF and single tones is supported by the codec however data transmission is not supported i.e. the 4.8kbps voice channel cannot be used efficiently to connect analogue modems, etc. Lower quality but economy rate

TEL

64 k ISDN 64 kbps

0.60 to 0.74 (¥96～119)

For ISDN phone, connect to the ISDN bus. High quality but premium rate

3.1 k Audio 64 kbps 0.60 to 0.74

The G3 FAX of the analogue devices is used for ISDN, the communication rate is the biggest 14.4kbps. The Audio signal of 3.1kHz is converted to data rate of 64kbps with PCM.

64 k ISDN 64 kbps 0.60 to 0.74

The G4 FAX use ISDN protocol. The G4 FAX is 6 times faster than the G3 FAX. The G4 is becoming compatible the upper level of G3 and G4 FAX can also use as G3 FAX.

FAX

9.6 k FAX 9.6 kbps ―

The Fleet 9.6kbps facsimile service is identical to the Inmarsat-B facsimile service. The service is based on the 9.6kbps asynchronous data indicated in preceding section, but use is made of the Inmarsat-B facsimile interface unit at the MES and LES in place of the Modem Interface Unit (MIU). Apart from the higher transmission data rate (9600bps), there is no significant difference in performance requirements and service features for the 9.6kbps fax service from the 2.4kbps fax service indicated in the preceding section.

UDI 64 kbps 0.60 to 0.74

The ISDN channel is analogous terrestrial ISDN services, and is charged on a per minute basis. ISDN is well suited to applications that make efficient use of the data communication channel. On circuit switched networks (ISDN), it is important to reduce the connected time, in order to lower costs.

DATA

MPDS 64 kbps 0.0342 SDR/10kbit

The MPDS channel provides access to a packet data network, which supports the TCP/IP protocol. This service is new to maritime users, and offers an alternative to the ISDN channel. The MPDS channel is charged differently to circuit switched network; MPDS is charged on amount of data sent/received. It is well suited to applications that do not make efficient use of the data communication channel or have inherent delays in the way in which they are used. On packet data networks (MPDS), the quantity of data is important, rather than the connected time.

** Communication charge: The ships except for Japanese flag use KDDI, the charge depends on the other

communication party. 1SDR=about $1.38=about ¥160 ** - UDI: Unrestricted Digital Information (HSD: High Speed Data)

- MPDS: Mobil Packet Data Service - ISDN: Integrated Service Digital Network Though G4 FAX receives faxes from the G3 and G4, G4 FAX cannot send to G3 FAX.

1.1 General

1-5

2. Cost Comparison

Fig. 1.1.1 Cost comparison between MPDS and HSD

The MPDS communication is charged to the amounts of data, and the UDI communication is charged time of duration. The UDI is circuit switching system, so it takes about 30 seconds to log-on for network. (That’s why the diagram (see Fig. 1.1.1) is made from the point of ¥500.) When the data is smaller than 120 to 130kbytes, MPDS is economy rate than UDI. It takes 2.5 to 3 minutes/1 M byte for the communication of 64k data. 3. Making a call with telephone and fax LES access code is omitted because FELCOM 70 has already selected in “Set default Net provider” settings. Ship to shore telephone (FAX) call.

- 00 + Country code + Subscriber code + [#] or [Off Hook] e.g.) When having a phone call to “0798 65 2111” in Japan,

00 81 798652111 [#]. Ship to ship telephone (FAX) call.

- 00 + Ocean region + IMN + [#] or [Off Hook] e.g.) When having a phone call to the ships:763456789 in the Pacific Ocean ,

00 870 763456789 [#]. Shore to Ship telephone (FAX) call.

- International dial + Ocean region + IMN e.g.) When having a phone call to the ships:763456789 in the Pacific Ocean via

KDDI, 001 010 870 763456789. Note) Ocean Region codes - All Ocean region: 870 - POR: 872 - IOR: 873 - AOR-W: 874 - AOR-E: 871

1.1 General

1-6

1.1.3 Inmarsat Channel Characteristics Table 1.1.3 Inmarsat channel characteristics

Fleet I/O Modulation Method

Channel Rate

Bit Rate (bps)

Channel Name FEC FEC

Rate Application 33 55 77 ISDN RJ11 DSUB

Defined

BPSK 6kbps 3k NCSA VITERBI 1/2 Signaling x x x B 4.8k LESV Voice (AMBE) x x x x x Mini-M 5.6kbps 2.4k LESD

SU only VITERBI、FEC Rate 2/3 FIU x x x M

9.6k VITERBI 1/2 FIU x x x x O-QPSK

24kbps 9.6k

LESM VITERBI 1/2 DATA x x

F33

64k UDI x x x x x x 56k Data(V110) x x x x x x 1/2

(approx.) 64k Speech x x x x x 64k LESH TURBO

3.1k Audio x x x x x

M4

RX

16QAM 33.6k symbol/s

64k LESP TURBO

MPDS x x x x M4 BPSK 3kbps 1.5k MESRQ/RP VITERBI 1/2 Signaling x x x M

4.8k MESV Voice (AMBE) x x x x x Mini-M 5.6kbps

2.4k MESD SU only VITERBI、FEC

Rate 2/3 FIU x x x M 9.6k MESM VITERBI 1/2 FIU x x x x

O-QPSK 24kbps

9.6k VITERBI 1/2 DATA x x F33

64k UDI x x x x x x 56k Data x x x x x x

64k Speech x x x x x 64k MESH TURBO

3.1k Audio x x x x x

M4 16QAM 33.6k

symbol/s

64k MESP TURBO

1/2 (approx.)

MPDS x x x M4

TX

π/4-QPSK 33.6/16.8k symbol/s MAX 50.4k MESP TURBO 0.33-0.87 MPDS x x F33

1.1 General

1-7

16QAM: 16-positions Quadrature Amplitude Modulation The 16QAM makes signal constellation by combination of 4 phases and 4 amplitudes for 16 signal constellations. Information of 4 bit/symbol can be transmitted. Compared with the other digital modulations (e.g. O-QPSK, BPSK and so on), a lot of information can be transmitted per symbol, and it can be performance high-speed digital communications with narrow band. The signal constellation of the modulation is shown as below.

Fig. 1.1.2 Signal constellation of each modulation

AMBE: Advanced Multi Band Excitation

AMBE is codec for 4.8 k speech voice signal is changed to a digital signal through the A/D converter. After being compressed by AMBE, the error correction is added and changes to 4.8 kbps digital signal.

The 64 k speech is PCM (Pulse Code Modulation). The voice signal (bandwidth: 4 kHz) sampling with 8 kHz, and it is changed to binary data of 8 bits. (8 kHz x 8 bits=64 kbps)

FEC (Forward Error Correction)/VITERBI:

FEC consists of convolution encoders to decrease the number of data error. Fleet channel type use forward Error Correction (FEC) coding with a convolutional encoder. For example, the FEC coding rate is 1/2, in the rate-1/2 code, 3 consecutive input bits generates 6 output bits. The “viterbi” is the decoder, which decodes FEC code.

TURBO codes:

The TURBO Convolution Code decoder is used in conjunction with a TURBO Convolution Code encoder to provide an extremely effective way of transmitting data reliably over noisy data channels. The TURBO decoder operates very well under low signal to noise condition and provides a performance close to the theoretical optimal performance. When a decoding operation is started, the core accepts the block size and the number of iterations from two input ports. The systematic and parity data is read into the core in parallel on a clock by clock basis. The core than starts the decoding process and implements the required number pf decode iterations. Finally the decoded bit sequence is output. The entire sequence is automatically controlled from a signal First Data signal and requires no user intervention.

3.1k Audio:

The “3.1k Audio” provides to connect for analogue user (G3 FAX, Analogue modem an so on) to using ISDN. The “3.1k audio” signal speed is 64 kbps, so that can be connected to ISDN.

1.1 General

1-8

1.1.4 UDI and MPDS

1. 64 kbps Data UDI: Unrestricted Digital Information This service is intended to provide the user with a full-duplex dial-up data connection into the ISDN network. The HSD service uses an ISDN S/T interface built into the MES. Data rates of 64kbps and 56kbps are supported on digital networks; however, analogue 56kbps modems (e.g.V.90) may not be supported by all LESs. User equipment is typically connected via an ISDN RJ-45 connector on the MES. Calls can be initiated by either the mobile user or the terrestrial ISDN subscriber. The UDI channel is used SCPC (Single Channel Per Carrier), so that it is occupied during communication.

Fig.1.1.3 ISDN 64 kbps HSD system

When the file is transferred by UDI, the situation of data transmitting from PC is as below. The communication speed of UDI channel is 64 kbps. It resulted in measuring throughput Tx: 58.5 kbps, Rx: 3.2 kbps. You can see that the data is transmitted by almost 64 kbps because UDI channel is SCPC.

Tx Av. 7.3 kB/s (58.5 kbps) Rx Av. 0.4 kB/s (3.2 kbps)

FELCOM 70

FURUNO

HDS132kbit/s

e.g.)LES: 003

ISDNPSTN

InternetService provider

MESIMN: 60xxxxxxx

64 kbps

Office LAN (64kbps Dial-up)

(33.6k symbol/s)

1.1 General

1-9

2. MPDS (Mobile Packet Data System) The Fleet system (F77, F55 and F33) supports Inmarsat’s Mobile Packet Data Service (MPDS). This packet-based service allows IP-based connectivity from the user’s computer to any destination that can be reached via the internet, including web servers, secure corporate servers, e-mail servers, etc. MPDS operates on dedicated MPDS satellite channels, in both the to-mobile and from-mobile directions. As these channels are shared between several users, the average throughput may vary. The individual terminal sends and receives data at a speed of up to 64 kbps.

Fig.1.1.5 MPDS system

Fig.1.1.6 Standing an MPDS session

1.1 General

1-10

SBS (Satellite Base Station) The SBS assigns channels to the MPDS user and handles the MPDS communication. Terminals in MPDS mode share data channels with other users.

- Connects the MES via the satellite to the terrestrial networks - Assigns channels and time slots to the MES - Provides routing of signals to and from the RLES and HLES - One SBS in each of the four ocean regions - Operated by Inmarsat

Table 1.1.4 SBS

SBS Location (Primary/Backup) Ocean Region

Goonhilly AORE and/or AORW Eik AORW and/or AORE

Sentosa IOR and/or POR Yamaguchi POR and/or IOR

RLES (Regional Land Earth Station)

The RLES sets terminal in MPDS list. A terminal can not receive a voice call when in MPDS mode.

- Verifies commissioning status and puts MES into NCS busy list - More than one RLES in each of the four ocean regions - Operated by an LESO and located at an ordinary LES

Table 1.1.5 RLES

RLES Service Provider Ocean

Region Telenor USA Stratos Mobile Networks Xantic Telecom Italia

AORE Southbury Goonhilly Burum Fucino AORW Southbury Goonhilly Burum -

IOR Eik Goonhilly Burum Perth Fucino POR Santa Paula Auckland Perth -

1.1 General

1-11

HLES (Home Land Earth Station) The HLES gives access to MPDS service like Internet/e-mail. It also handles the MPDS billing system.

- Provides access to the Internet - Authenticate the MES for access to the MPDS service - Accounting record collection for billing - More than one HLES in each of the four ocean regions - Operated by an LESO (Land Earth Operator), may be located separately from an

ordinary LES

Table 1.1.6 Home LES

LES Provider Ocean Region

Global LES Access Code HLES Location Supporting RLES

AORE 001 Southbury Telenor USA AORW 001 Southbury Telenor USA

IOR 001 Eik Telenor USA Telenor USA

POR 001 Santa Paula Telenor USA Stratos Mobile

Networks All Ocean Regions 002 Goonhilly Stratos Mobile Networks

KDDI All Ocean Regions 003 Yamaguchi Telenor USA

Telenor Norway

All Ocean Regions 004 Eik Telenor USA

OTE All Ocean Regions 005 Thermopylae Telenor USA

VPN (Virtual Private Network)

A VPN (virtual private network) is a way to use a public telecommunication infrastructure, such as the Internet, to provide remote offices or individual users with secure access.

When the file is transferred by MPDS, the situation of data transmitting from PC is as below. The communication speed of MPDS channel is Maximum 64 kbps. It resulted in measuring throughput Tx: 10.4kbps, Rx: 0.8kbps. The throughput is varied that depend on congestion of the channel, because MPDS channel is shared with other MES.

Tx Av. 1.3 kB/s (10.4 kbps) Rx Av. 0.1 kB/s (0.8 kbps)

Tx Pk. 7.7 kB/s (61.6 kbps)

Fig.1.1.7

1.2 System Configuration (FELCOM 70)

1-12

1.2 FELCOM 70 System Configuration 1.2.1 System Configuration Fig.1.2.1 shows FELCOM 70 system configuration. The communication unit, SF-270 supports ISDN, Analog telephone and, RS-232C/RS-422/USB interfaces. The analog device is connected to the ISDN port via Terminal Adapter. The SIM (Subscriber Identity Module) card slot locates on the communication unit. The card is protected by a SIM PIN (Personal Identification Number). The antenna unit is selected to either Mast mounted radome or Deck mounted radome.

Fig.1.2.1 System Configuration of FELCOM 70

ISDN telephone1 ISDN

RS232

3 ISDN

2 ISDN

Tel 4 (2W)

Tel 3 (2W)RS422

Tel 1 (2W)

Tel 2 (2W)

ISDN4

Radio-silence

NMEA-0183(4W)SIM CARD

Broad Band output (BRO)

GPS

16S0116-0

M12

M12

ANTENNA UNITSF-170SF-171

TA

G3 FAX

G3 FAX

20- 60m : N-P8DFB60-100m : N-P12DSFA

8D-FB- CV "30M" 20S0021-0 8D-FB- CV "50M" 20S0022-012D-SFA-CV "100M" 16S0211-0

20- 60m : N-P8DFB60-100m : N-P12DSFA

AC IN

100-240V AC(1.47 - 0.89A)

GND

Optional Supply

External equipment(User supply)

FC755D1 (Japanese)

SF-370

Standard Supply

Communication unitSF-270

*Total Number of ISDN : Max. 7 (include TA)

Connection Box QUFC911918

ISDN Wall Socket

ANALOGUEWALL SOCKET (OP16-11)

SF-870

G4 FAX

QDGY911912Analogue- to ISDN TA

FAX-8070P/3850

FC755D1 (Japanese)

FAX-8070P

Analogue Telephone

Analogue Telephone

102176

ISDN Wall Socket

102176

SF-870

ISDN Handset

SF-870ISDN Handset

ISDN Handset

Distress AlertUnit

USB

PC

For UDI/MPDS/vtLite Marine

PABX

SF-170: Mast mounting type SF-171: Deck mounting type


1-13

Table 1.2.1

Name Type Remarks

SF-170

For Mast mounting type antenna unit. The antenna unit is configured DIP, LNA, HPA, PWR, HPA CONT, T.Receiver, PCU board and GPS receiver. The antenna unit is connected to the Communication unit with a 50-ohm coaxial cable. The coaxial cable carries Tx and Rx signal, ASK control signals and +48VDC.

Antenna Uuit

SF-171 For Deck mounting type antenna unit. Same as SF-170 configuration.

Communication unit SF-270

The communication unit is manufactured as a cabinet for wall or desktop installation. The unit is configured Modem and Power unit, and connection panel board. Power input is 100 to 240VAC, 1.47 to 0.89A.

ISDN handset SF-870 The ISDN handset is connected with ISDN bus line. The handset can select service, 4.8k speech or 64k speech and Phone setup, Ports, etc in Menu.

Distress Alert unit SF-370

The Distress alert unit is for telephone distress call. When “DISTRESS”, press [Distress button] for at least 6 seconds. Then press [#] on the handset, or wait for 15 seconds to initiate distress automatically. When the RCC operator answers, send the distress message. The unit is connected to the one ISDN bus line, allow two units connect.

Serial printer ML-280

The Serial printer prints out communication log. The printer is connected to either RS232(A) or (B) port with 9-25pin D-sub serial cable. The maximum cable length is 50 feet.

MFJ-4800J G3 FAX. For Japanese version. FAX-8070P Facsimile FAX-2850

G3 FAX. FAX-8070P and FAX-2850 are the same functions. FAX-8070P is approved “CE”.

FC755D1 Telephone DBAR104001/888 Analogue telephone.

OP16-10 Box type, for analogue telephone. Modular jack set OP16-11 Flush mount type, for analogue telephone.

OP16-25 100VAC to 220VAC (300VA), FAX-2850 or FAX-8070P used. Transformer

SD-221 220VAC to 100VAC, MFC-4800 used.

Terminal adapter QDGY911912 It is used to connect analogue device to the ISDN port. Allow two analogue devices, telephone or G3 FAX.

ISDN wall socket 102176 ISDN wall socket for ISDN device, there are two RJ45 jacks.

Connection box QUFC911918 Connection box for ISDN bus and analogue line. Buzzer KK-893-3977 Buzzer for analogue devices, telephone/G3 FAX.


1-14

1.2.2 Terminals and Connectors 1. Connector Panel

Fig.1.2.2 Connecting port

Table 1.2.2 Connecting ports (1/2)

Port Name

Connector Type Max. Device Remarks

RS-232(A)

Below service is supported: - vtLite Marine - UDI and MPDS - For Program update

RS-232(B)

9p D-sub 3 m

(Straight Cable)

PC Below service is supported:

- vtLite Marine - UDI and MPDS

Note that Selecting RS232(B) port in handset Menu. RS-232(A)

RS-232(B) 9p D-sub 50 feet Serial Printer

The printer is connected to either RS232(A) or (B) port with 9-25pin D-sub serial cable. The maximum cable length is 50 feet. Note that printer setting is Log menu in vtLite Marine.

USB USB-B 3 m PC Below service is supported:

- vtLite Marine - UDI and MPDS

TEL 3 A parallel circuit with TEL3 of connection terminal.

TEL 4 150 m (0.22 mm2)

-Analogue TEL

-G3 FAX A parallel circuit with TEL4 of connection terminal.

ISDN ISDN ISDN ISDN

RJ45 100 m (0.22 mm2)

ISDN ISDN ISDN

ISDN

Terminal 100 m (0.22 mm2)

-HANDSET -Distress

Alarm Unit -ISDN device

Up to 7 ISDN devices can be operated.

ISDNRS-422 TE

L 2

ISDNISDN ISDN

ISDNSILENCE

SW

IND

NM

EA

NM

EA

TE

L 1

TE

L 3

ISDN ISDN

TEL 3 USB

TEL 4

ISDN

TX

TX

RX

RX

TE

L 4

TX

TX

RX

RX

TX

TX

RX

RX

TX

TX

RX

RX

TX

TX

RX

RX RS-232

BRS-232

A


1-15

Table 1.2.2 Connecting ports (2/2)

Port Connector Type Max. Device Remarks

TEL 1 Connection terminal. TEL 2 Connection terminal. TEL 3 A parallel circuit with TEL3 of RJ45 modular jack. TEL 4

150 m (0.22 mm2)

Analog TEL

-G3 FAX A parallel circuit with TEL4 of RJ45 modular jack.

RS-422 100 m

Below service is supported: - vtLite Marine - UDI and MPDS

Note that Selecting RS422 port in handset Menu.

NMEA GPS/Gyro GPS data for backup, when internal GPS does not work. Following sentence can be received. (NMEA Ver. 3.00)

HDT, HDG, GGA, RMC SILENCE (SW/IND)

Terminal

Not used in FELCOM 70.

vtLite Marine

The vtLite Marine program allows FELCOM 70 to be operated from a PC. The vtLite Marine program is supplied on the CD and installed on the PC hand disk. The PC is connected to RS-232A/B, RS-422 or USB port.

Analogue port

An analogue port may connect two analogue devices (Furuno options) with parallel circuits. For example, telephone (FC755D1) and Buzzer (KK-893-3977).

2. Communication unit (Rear panel)

Fig. 1.2.3 Rear panel All outgoing calls will be billed to the owner of the SIM card. The SIM card is protected by a SIM PIN.

SIM Card slot

Terminate with 50-Ohm load when not used.

Antenna Connector


1-16

1.2.3 Connection for UDI and MPDS

Table 1.2.3 Connection for UDI and MPDS

UDI MPDS OS Recommendation Windows 2000/XP Windows 2000/XP

Connection modem Standard 33600bps Modem Standard 33600bps Modem

Connection port RS-232(A), RS-232(B), USB, RS-422, ISDN

RS-232(A), RS-232(B), USB, RS-422

Setting numbers for connection

- 28: Inmarsat Internet Service Provider - x-x: Internet Service Provider Phone number **94#

** The way of connecting between MPDS and UDI is only setting number for connection.

UDI and/or MPDS do not carry out with vtLite Marine from the same port simultaneously. For example, vtLite Marine has to be closed when UDI communicating from the COM port.

Table 1.2.4 Interface

Port vtLite Marine UDI MPDS Max. cable length

ISDN No Yes No Only one bus: 100 m Other bus: 10 m

RS232(A) Yes Yes Yes 3 m RS232(B) Yes Yes Yes 3 m

RS422 Yes Yes (Flow ctrl: rtc/cts)

Yes (Flow ctrl: rtc/cts) 100 m

USB Yes Yes Yes 3 m


1-17

Case 1) Using COM and USB ports on PC In this connection, the distance between the communication and the PC is up to 3 m. While vtLite Marine operates, the UDI or the MPDS operation is available.

Fig.1.2.4 Using COM and USB ports on PC

Case 2) Using RS-422/RS-232C(USB) Converter This connection is used when the PC separates from the communication unit about 100 m. The distance between the RS-422 port and the converter is up to 100 m. One of the desired services of vtLite Marin, MPDS or UDI can be operated.

Fig.1.2.5 Using RS-422/RS-232C Converter

Case 3) Using two PCs RS-232 port is used for MPDS service or vtLite Marine. ISDN port is used for UDI service. Only one INDS bus from the Communication, maximum ISDN signal cable is 100 m.

Fig.1.2.6 Using two PCs


1-18

Case 4) Using Router The system is connected to a LAN onboard a ship by using a router. It is connected to RS-232 port. MPDS, UDI service and vtLite Marine are available on the PC connected to the LAN.

Fig.1.2.7 Using router

KIMURA

and

KIMURA

vtLite

KIMURA

Marine


1-19

ISDN Card

ISDN-RS232C Interface RS422-RS232C Interface

DIVA pro (EICOM Technology)

DN1280R (TDK)

1 way Hopper (Multi Tech System)

Black Box (IC1473A-F)

2.1 Overview of FELCOM 70

2-1

2.1 Overview of FELCOM 70 2.1.1 Standard supply

Chapter 2. Location of parts

Fig. 2.1.1 Antenna Unit (SF-170)

Mounting holes：254.5 x 254.5 (Same as FELCOM 82)

(D)1260 x (H)1153

65 kg

Fig. 2.1.2 Communication Unit (SF-270)

(L)420 x (W)322.5 x (H)85 7.4 kg

Fig. 2.1.4 Distress Alert Unit (SF-370)

(L)230 x (W)89 x (H)37 0.24 kg

Fig. 2.1.3 Handset (SF-870)

(L)198 x (W)54 x (H)34 0.36 kg

Power Supply: 100 to 240VAC

2.1 Overview of FELCOM 70

2-2

2.1.2 Optional Supply

Fig. 2.1.7 ISDN Wall Socket (102176) Fig. 2.1.8 Analog Wall Socket (OP16-10)

Fig. 2.1.6 G3 Facsimile (FAX-8070P)

Fig. 2.1.11 Step-up Transformer: OP16-25

(L)82 x (W)70 x (H)30

(W)157 x (L)240x (H)98

(W)401x (L)709 x (H)340

Fig. 2.1.9 Connection box (QUFC911918)

(L)170 x (W)200x (H)50 0.6 kg

Power Supply 220 to 240VAC

(L)50 x (W)40 x (H)14

Fig. 2.1.10 Serial Printer: ML-280

Fig. 2.1.12 Terminal Adapter: QDGY911912

Fig. 2.1.5 Analogue telephone: FC755D1

2.2 Antenna Unit (SF-170)

2-3


2.2.1 Antenna Structure

Fig. 2.2.1 Antenna Unit with Radome Removed (1)

Level cargo (EL, Cross EL, AZ, Level)

El axis drive motor (UGBTEH-5 10W 4P DC24V)

Level cargo drive motor (4218S-19-02 0.32A)

HPA Chassis (HPA, PWR, HPA CONT)

GPS (GN79N)

HPA FAN

Helical element x15

Helical-array Antenna

Balancer


2-4

Fig. 2.2.2 Antenna Unit with Radome Removed (2)

DIP Chassis (LNA, Diplexer)

Cross EL axis drive motor (UGBTEH-5 10W 4P DC24V)

GPS ANT

T. Receiver

PCU

AZ axis drive motor (5618S-01-10 1.0A)

Fig. 2.2.3 Disassembling Antenna


2-5

El axis drive motor (UGBTEH-5 10W 4P DC24V)

These screws are used to adjust EL motor belt tension.

EL Belt

Fig. 2.2.4 EL Motor

Fig. 2.2.5 Cross-EL Motor

Cross-EL axis drive motor (UGBTEH-5 10W 4P DC24V)

These screws are used to adjust Cross-EL motor belt tension.

Cross-EL Belt


2-6

Fig. 2.2.7 Rotary Joint (2)

These screws are used to adjust AZ motor belt tension.

AZ Belt

AZ axis drive motor (5618S-01-10 1.0A)

Disk Retaining Screw

Fig. 2.2.6 Rotary Joint (1)

N-type Antenna Connector

Cable gland for antenna cable

Drain Tube (x4)

Rotary Joint (DC - 12.4GHz)

Rotary Joint fixing plate

Shock Absorber


2-7

Fig. 2.2.8 Level Cargo

These screws are used to adjust Level cargo motor belt tension.

Fig. 2.2.9 Mount Level Cargo

Level cargo belt

Level cargo drive motor (4218S-19-02)

Level cargo stopper

Timing sprpcket


2-8

Fig. 2.2.10 Connection between Antenna and DIP Chassis

Antenna Side

DIP Chassis Side

Fig. 2.2.12 Disassembled Shock Absorber

Fig. 2.2.11 Shock Absorber


2-9

2.2.2 Antenna Unit

Fig. 2.2.13 Level Cargo with cover removed

Level Platform p.c.b Assy Stopper

Fig. 2.2.14 Level Platform p.c.b Assy

AZ Sensor (CRS03-01)

Cross-EL Sensor (CRS03-01)

EL Sensor (CRS03-01)

Level Sensor (SP5006-A-006)


2-10

Fig. 2.2.15 HPA Chassis Cover

Fig. 2.2.16 HPA Chassis with Cover Removed

GPS(GN79

Power Switch for Antenna unit

Back

Front

[RJ]: To Rotary Joint

[GPS]: To GPS

[LNA]: To DIP

[T.R]: To T.Receiver

[TX]: To DIP

HPA (16P0198)

PWR (16P0192) HPA CONT (16P0202)

To PCU


2-11

Fig. 2.2.17 HPA (16P0198) and PWR(16P0192) Board

Q3 (PA, MRF18060A)

Q2 (MRF282ZR1)

Q1 (MRF281ZR1)

[PA IN]

+28V

R65 (+12V ADJ.)

R25 (FRQ. ADJ, 70KHz)

R38 (27.5V ADJ.)

F1(5A, INPUT) Power Switch

HPA p.c.b

PWR p.c.b

TP10 (+12V)

TP8 (P6.5V)

TP6 (+27.5V)

[PA OUT]

Temperature


2-12

Fig. 2.2.18 HPA CONT (16P0202) Board

S503

S502 (Dip SW)

S501 (Dip SW)

R184

CR13

R202

R203

CR510 CR509 CR506 CR505 CR508 CR507

JP508 JP507 JP506 JP505


2-13

Fig. 2.2.19 DIP Chassis

Back

Front

[ANT]

[TX]

[LNA]

LNA

DIP

Fig. 2.2.20 LNA (16P0190) Board

[LNA]

[TX]

LNA IN Q11st (ME334S01)

Q2 (2SC5508)

Q3 (BFG480W)


2-14

GPS ANT

To HPA CONT

Fig. 2.2.21 GN79N

Fig. 2.2.22 T.Receiver (16P0201) Board

[T.R]

15.6MHz FER. OSC


2-15

Fig. 2.2.23 PCU with Cover Removed

2.3 Communication Unit (SF-270)

2-16


Fig. 2.3.2 Connection of Communication Unit

Fig. 2.3.1 Communication Unit

Power unit Modem unit

Cover Removed

RS-232(A): 9pin D-sub

RS-232 (B): 9pin D-sub Note) This port is disabled when RS-422 is used.

[RJ45] - ISDN x4 -Analog telephone (TEL3, 4) x2 Note) TEL3 and 4 are connected in parallel.

[USB] ISDN terminal x4

Analog telephone terminal (TEL1-4)

NMEA(HDT, HDG, GGA, RMC) ** C.Loop **

RS-422 terminal board Note)

This port is disabled when RS-232(B) is used.

SILENCE (Not used)


2-17

Fig. 2.3.3 Communication Unit Rear view (1)


Cooling Fan

Power Switch

Power Connector (100 to 240 VAC)

SIM Card Slot

RF (Antenna) Connector (+48V being applied) Power Indication LED

L-BAND Receiving Output

Fig. 2.3.4 Communication Unit Rear view (2)

Power Fuse Socket (5A x2 pcs.) SIM Card Slot


2-18

Fig. 2.3.5 Communication Unit Front View


[WARRANTY SEAL] Note））））Removing this seal will avoid the warranty.

Not to disassemble Unit.

Fig. 2.3.6 CU with Power and Modem Units Removed

Communication Unit mounting holes (D6 x 6)

Fig. 2.3.7 Connection Port Board

Status LEDs

EEPROM retaining FW/RT ID

Connector I/F board

2.4 Accessories

2-19

2.4 Accessories

Fig. 2.4.1 Handset: SF-870, Front

Fig. 2.4.2 Handset, Rear View

Microphone Loudspeaker

On/Off-Hook Magnet

Remove screws to disassemble handset.

Microphone

Loudspeaker

2.4 Accessories

2-20

Fig. 2.4.3 Distress Alert Unit (SF-370)

Distress Alert Button

Buzzer

Connect with ISDN. TB-1 and 2 (Parallel Connection)

RJ45 (Connect with HANDSET)

Fig. 2.4.4 ISDN Wall Socket (102176)

TX – RX: +38V a1: TX+ b1: TX- a2: RX+ b2: RX-

SW-1 and 2 When SW1 and SW2 are set to ON, The Tx and Rx line are terminated with 100 ohms.

RJ-45 Sockets (Parallel Connection)

2.4 Accessories

2-21

Fig. 2.4.5 Analog Wall Socket: OP16-10

Fig. 2.4.6 Buzzer for Analog Phone (KK-893-3977)

Volume

Tone

Buzzer activating voltage adjuster

2.4 Accessories

2-22

Fig. 2.4.7 Connection box (QUFC911918)

Ground Terminal

1

8

10

16

J1

J2

J3

J4

J5

J6

17

25

TB2TB1

1

8

1

8

J1 - J6: RJ45

1

24

TB1

J1

J2

J3

J4

J5

234

8

12

TB2

GND

1

9

10

16

17

25

3.1 Installation of vtLite Marine

3-1

RX+

TX+

TX -

RX -

�

BUS-END

DO NOT

REMOVE

Before setting up

Before setting up the system, make sure that the system is configured correctly. 1. MPDS communication uses RS-232(A), RS-232(B), USB, and RS-422 Ports, but not

ISDN port. 2. When the ISDN port is used for UDI communication, ISDN-RS232 or ISDN-USB

level converter is required. 3. Up to 7 ISDN devices can be operated. 4. Total cable length of ISDN bus is 100 m. (Only one bus from the Communication unit) 5. When the ISDN bus is longer than 10 m, the bus is terminated at the far end with

100-ohm resisters.

Fig. 3.1.1 ISDN wall socket

ISDN bus termination When longer than 10 m, the end of the ISDN bus must be terminated by two resistors as shown below. Only one bus/termination per MCU. Be aware that only one ISDN cable is permitted to be longer than 10 m.

�

1

N

4 5 3 6

2 1

ON

RJ45 RJ45

(TX+ TX- RX+ RX-)

8 1 8 1

Chapter 3. Set up

Fig. 3.1.2 ISDN bus end plug

OK

NG


3-2

3.1 Installation of vtLite Marine The vtLite Marine uses RS232(A)/(B), RS422 and USB ports. To install vtLite Marine software onto the PC; 1. Open the CD which comes with FELCOM 70. 2. Open vtLite holder.

Fig. 3.1.1 Fig. 3.1.2

3. Double-click setup.exe icon, and vtLite Marine setup display appears. Follow the

instructions on the screen.

Fig. 3.1.3 Set up screen (1)

USB driver

1.Click OK.


3-3





4. Open vtLite Marine holder, then double-click “furuno.bat” icon. Furuno log mark is made on the vtLite Marine menu display.

5.Click OK.

3.Click here.

2.Select Directory.

4.Click Continue.


3-4

3.1.1 Running vtLite Marine program The PC communicates with the FELCOM 70 automatically when vtLite Marine software runs. If nothing appears on the vtLite Marine screen, first, check that port settings are as below (Configure -> port). After checking, click Save Settings in port dialog box. Next, click Mode -> Terminal MMI.

Fig. 3.1.8 vtLite Marine; Port setting

Table 3.1.1 Format parameter

Item Parameter Setting (default) Port com1 to com8 Port in use e.g.)com1 Speed bps 115200, 57600, 38400, 19200, 9600, 4800, 2400 115200 Data 8,7, 6, 5, 4 8 Stop 1, 1.5, 2 1 Flow Ctrl No, Hw, Xon No

Configure ! Port Mode ! Terminal MMI

MMI: Man Machine Interface

3.2 Installation of USB driver software

3-5

3.2 Installation of USB driver software FELCOM 70 USB driver software is installed on the PC when the USB port on the PC is used for MPDS, UDI, and vtLite Marine. To do so; 1. Copy “Up Usb4nera.inf” file in “USB driver” holder onto the PC from the CD. 2. Connect the PC to the communication unit with an USB cable. “Found New

Handware Wizard” display appears automatically. 3. Check “Install from a list or specific location [Advanced]” and click [NEXT]

button.

Fig. 3.2.1 4. Check “Include this location in the search” and specify the address which saved

“Usb4nera.inf” file. 5. Then, click NEXT button.

Fig. 3.2.2

Specify the address.

3.2 Installation of USB driver software

3-6

6. Click [Continue Anyway] to start installing USB driver software.

Fig. 3.2.3 7. Click [Finish] with “Click Finish to close the wizard” message.

Fig. 3.2.4

8. Select My computer -> Control panel -> Phone and Modem to make sure that

“Nera Generic USB Modem COX-X” is added in the list.

Fig. 3.2.5

3.3 Selecting ISDN Handset Mode: SF-870

3-7

3.3 Selecting ISDN Handset Mode: SF-870 There are two ISDN handset modes; Fleet and Normal. It recommends setting that the handsets connected to the distress alert unit SF-370 for “Fleet” mode and other handsets to “Normal” mode. The table below lists differences between two modes.

Table 3.3.1 Fleet/Normal Handset

Unit to which handset is connected Fleet/Normal Operation

Distress alert unit: SF-370 Selected to Fleet automatically All Other unit (Connected to ISDN port)

Fleet or Normal (Manual selection)

Sat. Search, Active MSN, Priority call and Ports settings disabled.

The following describes how to change the mode of the handset connected to the ISDN port. From Fleet to Normal 1. Unplug the handset from ISDN port. 2. While pressing and holding down DEL key, plug the handset into the ISDN port. 3. Release the hand from the DEL key when “Fleet RESET?” appears. 4. Press OK key. From Normal to Fleet 1. Select “Reset to Fleet” from Normal handset menu. 2. Press OK button.

Fig.3.3.1 Fleet/Normal Handset

The date and time isupdated when makinga call.

3.4 RS3.4 RS3.4 RS3.4 RS----232(A)/(B) Port Setting232(A)/(B) Port Setting232(A)/(B) Port Setting232(A)/(B) Port Setting

3-8

3.4 RS-232(A)/(B) Port Setting Serial ports, RS232(A) and RS232(B) are set through Serial “Ports” menu on the handset to connect the PC for MPDS, UDI and vtLite Marine. “Speed,” “Format,” and “Flow control” are set in the menu. To show the port menu, select Menu -> Ports > port A(B).

Table 3.4.1 Port setting

Menu Default setting

Ports Driver Switch Speed Format Flow control Port A

RS232 Port B＊

RS422

115200 d=8, p=none, s=1 rtc/cts

To set default; Select Menu ->Ports -> Com Default

Port B Setting

The selection is made in “Driver Switch” menu, RS422 or RS232(B) port. RS-232(B) port and PC settings are; RS-232(B) port: Default settings

-Speed: 115200 -Data: 8 -Stop: 1 -Flow control: rtc/cts PC settings

-Speed: 115200 -Data: 8 -Stop: 1 -Flow control: rtc/cts

Fig.3.4.1 Serial port

3.5 Protocol Setting

3-9

3.5 Protocol Setting FELCOM 70 supports Euro ISDN (Factory default setting) and NI-1 protocols. If “Protocol mismatch” message appears, check the protocol setting by using the procedure below. Same protocol must be set on the INDS handsets, ISDN devices and the communication unit. It recommends setting Euro protocol. Handset protocol setting procedure

a) Fleet handset Menu -> Phone set Up -> Protocol -> Euro-ISDN

b) Normal handset

Menu -> Protocol -> Euro-ISDN Communication unit protocol setting procedure While running vtLite Maine, select Menu -> Set access level -> “Owner level.” Then, select Menu -> 9 -> 7 -> 1: ISDN configuration.

Fig.3.5.1 Protocol Setting

Note) Chang settings, “Date/Time element” and “Layer 2 Activation” when ISDN device is not connected.

Protocol: Euro ISDN

3.6 To Prepare System Setting

3-10

3.6 To Prepare System Setting The system has two access level functions; User and Owner level User level can be programming PIN code, and Owner level can be programming owner password. To change from “User level” to “Owner level” is required Owner password. For the setting procedure, refer to the FELCOM 70 operation manual. The function of the “PIN code” and “Owner password” are as follows. PIN cord When turning on system, ISDN handset and vtLite Marine screen appears to indication that demands the PIN code. If it does not input the PIN code, ISDN handset and vtLite Marine, it is not possible operation. Owner password When changing Owner level, you can access menu as below.

For example, - Menu -> 91: Access control menu,

-> 93: Software update prep., -> 97: Configuration menu, -> 99: Customization menu

- Device Manager menu 3.6.1 Set access level To switch Set access level between Owner and User levels; 1. Run vtLite Marine. 2. Select Menu -> 2: Set access level. 3. Click Owner button. 4. Enter a password to change the access level from “User” to “Owner” level, or type

1234567890 (Default), followed by [Enter] key.

Fig. 3.6.1 5. To change the access level from “Owner” to “User,” click User button in 2: Set

access level menu.

Owner button

[1][2][3][4][5][6][7][8][9][0][Enter]


3-11

3.6.2 Deleting PIN Code To delete PIN code; 1. With “Phone PIN:-” message at power-on, press [*] and then type “owner password”.

For example, if the default password is used, type [*][1][2][3][4][5][6][7][8][9][0] and then press [Enter] key.

Fig. 3.6.2 2. Confirm that the access level is selected to “User” level. (Menu -> 2.Set access

level) 3. Click Edit, and “Edit phone PIN” display appears. 4. With the cursor on New PIN line, press [Enter] key. “Retype New PIN” line appears

with the cursor.

Fig. 3.6.3 5. Press [Enter] key. “Disable Phone PIN?” prompt appears. 6. Click Yes. The PIN is reset to 1234 (default).

Fig. 3.6.4

[*][1][2][3][4][5][6][7][8][9][0][Enter]


3-12

3.6.3 Deleting Owner Password The owner password (Default:1234567890) cannot be deleted. When you forget the password you have entered, you can not access some setting menu on the vtLite Marine. It recommends the owner password unchanged.

3.7 ID Setting

3-13

3.7 ID Setting 3.7.1 Opening Device Manager (Owner level access) To open Device Manager, select “Device Manager” in Configure menu. Setting in Device Manager menu is performed in owner level access. See page 3-11.

Fig. 3.7.1 Device Manager (Owner level access) Menu Operation To open a menu, move the pointer onto a desired line in “Dedicated Handset” and “Analog Telephony Ports” boxes, then right-click. ISDN Setup wizard is opened by left-clicking New ISDN button. Left-clicking open Serial port setup editor.

Fig. 3.7.2 Device Manager (Owner level access)

“Handset Configuration” (Right-click)

“Change Port setting”(Right-click)

… (Left-click)

[New ISDN] (Left-click)

“New ISDN” and “Refresh” buttons.

.! : Missing handset

____________________________________________________________________3.7 ID Setting

3-14

Table 3.7.1 Terminal ID and MSN number ＊: Preprogrammed

Analogue port ISDN Ports ISDN/RS232/USB Port

4.8k speech FAX (9.6k FIU) 4.8kbps speech 64kbps speech 3.1k Audio 56k Data

(UDI) 64k Data

(UDI/G4 Fax) Port ID MSN ID MSN ID MSN ID MSN ID MSN ID MSN ID MSN

TEL 1 03* 01* 12 41 01* 20* 91* 30* 62* 41* 71* 50* 51* 60* TEL 2 04* 02* 1x 4x 0x 21 92 31 6x 42 72 51 52* 61* TEL 3 02* 03* 1x 4x 0x 22 93 32 6x 43 73 52 53* 62*

FAX (FIU) 1x 4x 0x 23 94 33 6x 44 74 53 54* 63* TEL 4 11* 04* 1x 4x 0x 24 95 34 6x 45 75 54 55 64

1x 4x 0x 25 96 35 6x 46 76 55 56 65 1x 4x 0x 26 97 36 6x 47 77 56 57 66 1x 4x 0x 27 98 37 6x 48 78 57 58 67 1x 4x 0x 28 99 38 6x 49 79 58 59 68

01/20 First HS connected via Distress Alert Unit

91/30 First HS connected via Distress Alert Unit

3.1k/64kbps Audio service

51/60: ISDN 52/61: RS232(A) 53/62: RS232(B) 54/63: USB

- MSN：Multiple Subscriber Number

The extension number that connected equipment responds to. The MES contains a routing table with Terminal ID’s and corresponding MSN’s. Correct setting of MSN is important to make internal calls and reach one specific subscriber.

- ID：OID/DID (Originating and Destination ID) The Net service provider issues the terminal ID including OID and DID. If the Net service provider does not specify which Terminal ID should be used with the various IMN numbers, select Terminal ID No.“01” for the first 4.8kbps telephone, then No.“02" for the second phone. Use the same principle for the other type services. It is advisable to write down the selections.

- Setting for MPDS is not necessary.

3.7 ID Setting

3-15

Table 3.7.2 IMN for each Fleet77 service

Service IMN Bit Rate

4.8k speech 76xxxxxxx 4.8 kbps 64kbps speech 60xxxxxxx 64 kbps

3.1k Audio (G3 FAX) 60xxxxxxx 64 kbps FAX (9.6k FIU) 76xxxxxxx 9.6 kbps 56k Data (UDI) 60xxxxxxx 64 kbps 64k Data (UDI) 60xxxxxxx 64 kbps

MPDS 60xxxxxxx 64 kbps

Table 3.7.3 Terminal ID group list

Term. Id Service INMARSAT Service 01-0F Voice B: 16.8k, M: 4.8k, mini-M: 4.8k, F77/F55/F33: 4.8k Speech 11-1F FAX B: 9.6k, M:2.4k, mini-M: 2.4k, F77/F55/F33: 9.6k 21-2F ADS B: 9.6k, M:2.4k, mini-M: 2.4k, F33: 9.6k 31-3F Telex B 41-4F HSD B 51-5F 64k Data GAN/F77/F55 G4 FAX 61-6F 3.1kHz Audio GAN/F77/F55 71-7F 56k Data GAN/F77/F55 91-9F 64k Speech GAN/F77/F55

Table 3.7.4 MSN Numbers

Port Service

TEL1-4 ISDN USB/RS232/RS-422 4.8kbps Speech MSN 20 - 28

3.1k Audio MSN 40 - 48 64kbps Speech MSN 30 - 38 9.6kbps FAX

MSN 01 - 04

MSN 40 - 48

N/A

9.6kbps Data N/A MSN 60 - 68 64kbps Data MSN 60 - 68 MSN 60 - 68 56kbps Data

N/A MSN 50 - 58 MSN 50 - 58

3.7 ID Setting

3-16

Table 3.7.5 Example of IMN and Id/MSN assignment

IMN Service Terminal Id MSN Port

760011920 9.6kHz FAX 11* 04* TEL4 (Teminal/RJ-45)

600002038 64k Speech 91* 30* ISDN: Dist. Box (Handset)

600002039 Data 56k 71* 50* ISDN, USB, RS232(A)/(B)


600002046 3.1k Audio 62* 41* ISDN

600002047 3.1k Audio 63 42 ISDN

600002048 3.1k Audio 64 43 ISDN

600002049 64k Speech 92 31 ISDN

600002050 64k Speech 93 32 ISDN

600002051 64k Speech 94 33 ISDN




600002055 MPDS A1

(No configuration) - USB, RS232(A)/(B)

760011916 DTLP 4.8k speech 01* 20* ISDN: Dist. Box (Handset)

760011917 DTLP 4.8k speech 02* 03* TEL3 (Teminal/RJ-45)

760011918 DTLP 4.8k speech 03* 01* TEL1

760011919 DTLP 4.8k speech 04* 02* TEL2 *Default settings Note) The youngest IMN number is assigned to the youngest terminal number, the second young IMS number the second young terminal number, and so on. The handset connected to the distress alert unit should have Id:01/MSN:20 for 4.8k Speech and Id:91/MSN:30 for 64k Speech .

3.7 ID Setting

3-17

Information from Net service provider 1. MOCOS JAPAN

- DATA64 : 64k UDI(Unrestricted Digital Information)) - IPDSDATA : MPDS(Mobile Packet Data Service) - AUDIO31 : 3.1k Audio(G3 FAX) - DTLP4.8 : 4.8k Speech(Analog Tel)

3.7 ID Setting

3-18

2.Singapore Telecommunications Limited

3.7 ID Setting

3-19

3.7.2 ID and MSN Setting

1. Dedicated Handset ISDN Handset will automatically be configured with Handset Ids and MSNs in the Device Manager. The first ISDN Handset connected to the Distress Alert unit will be given terminal Id: 01/MSN: 20 (For 4.8 speech) and Id: 91/MSN: 30 (for 64k speech), and automatically constitute a distress handset. The next ISDN Handset will be the next available Ids and MSNs.

Open the device manager, right-clicking a Dedicated Handset, and then clicking Handset Configuration starts the Handset Setup Wizard.

Fig. 3.7.3 Handset Config Menu

Table 3.7.6 ISDN Handset Setting Menu

Menu Service Terminal id (hx) MSN Attributes

Name/Location Require Access Code per call [ON/OFF check] 4.8k

Speech 0x 2x Professional Priority Service [ON/OFF check] Require Access Code per call [ON/OFF check]

Handset Config. 64k

Speech 9x 3x Professional Priority Service [ON/OFF check] Test

Handset Used to test the handset. When the communication unit recognizes the handset, the handset beeps once.

Test buzzer*

Used to test the handset connected to the Distress Alert unit When the handset works normally the buzzer in the Distress Alert unit activates and “The distress buzzer should now sound-press OK to end the test.” message appears.

*Reference) Testing from ISDN handset; Menu -> Priority call -> Test Buzzer

3.7 ID Setting

3-20

Attributes - Require Access Code per call

When checked, an access code must be enter at every call. To this function, set the access code and select “Enabled” in Access code menu (Menu ->912).

- Professional Priority Service Special agreement with the Net Provider, provides higher priority communication in the Inmarset system.

To erase “!” from Dedicated Handsets box. A triangle symbol ! appears in the Device Manager when a handset is missing. To delete symbol, select “Restore Factory Default” in Device menu. All terminal Id and MSN numbers will be default.

Fig. 3.7.4

Device! Restore Factory Default

3.7 ID Setting

3-21

2. Analog Telephony Port In Analog port setup window, select a required service;

a) 4.8k Speech b) 64k Speech(PCM) c) 3.1k Audio(Fax) d) 9.6k FIU Fax

Then, enter terminal Id (OID/DID) assigned from the Net Provider.

Table 3.7.7 Analog port setting

Service Terminal id (hx) MSN Attributes Echo Cancellation [ON/OFF check] Require Access Code per call [ON/OFF check] Professional Priority Service [ON/OFF check] 4.8k Speech 0x 0x

Apply charge tone [ON/OFF check] Echo Cancellation [ON/OFF check] Require Access Code per call [ON/OFF check] 64k Speech 9x 0x Professional Priority Service [ON/OFF check]

3.1k Audio 6x 0x Echo Cancellation [ON/OFF check] Fax 1x 0x - Attributes

- Require Access Code per call / Professional priority Service See page 3-20.

- Echo Cancellation

Echo cancellation is performed automatically for voice calls.

-Apply charge tone When checked, a tone is generated, indicating that the charge is applied to 4.8k speech call. To activate this feature, select “Enable” in Menu -> 912, and to tone setting select Menu -> 978.

Fig. 3.7.5

ex)4.8k Speech

3.7 ID Setting

3-22

3. ISDN Ports Open device manager and right-click to open ISDN Setup Wizard and select the required service;

- 4.8kbps speech - 64kbps speech - 3.1k Audio - 56kbps data (V110) - 64kbps data (UDI)

Analogue telephone and fax(G3 FAX) are connected to ISDN port via the terminal adapter(QDGY911912). The terminal adapter settings see page 3-42.

Fig. 3.7.6 ISDN port connect

Fig. 3.7.7

ex)4.8k Speech

3.7 ID Setting

3-23

Table 3.7.8 ISDN Port setting

Service Terminal id (hx) MSN Attributes Echo Cancellation [ON/OFF check] Require Access Code per call [ON/OFF check] Professional Priority Service [ON/OFF check] 4.8k Speech 0x 2x

Apply charge tone [ON/OFF check] Echo Cancellation [ON/OFF check] Require Access Code per call [ON/OFF check] 64k Speech 9x 3x Professional Priority Service [ON/OFF check]

3.1k Audio 6x 4x Echo Cancellation [ON/OFF check] 56k Data (V.110) 7x 5x ― 64k data (UDI) 5x 6x ― Fax (9.6k FIU) 1x 4x ―

Attributes

- Require Access Code per call / Professional priority Service

- Echo Cancellation

-Apply charge tone See page 3-21.

3.7 ID Setting

3-24

4. Serial Ports A PC for UDI and MPDS communications is connected to the Serial port. When RS232 (B) port is used, select Handset Menu -> Port -> Driver switch -> port B -> RS232. ID and MSN number are changed one digit at a time. If cleared all digits, error message, “Out of rang” for ID input and “Must be numeric” for MSN input appear.

Table 3.7.9 Serial port setting

Ports Service Terminal id (hx) MSN 54k Data (UDI) 7x 5x RS232 (A) 64k Data (UDI) 5x 6x 54k Data (UDI) 7x 5x RS232 (B) 64k Data (UDI) 5x 6x 54k Data (UDI) 7x 5x USB 64k Data (UDI) 5x 6x

Fig.3.7.8

Note1) Id and MSN setting for MPDS communication is not necessary.

Note2) Difference between MPDS and DUI communications is only dialing number for different connecting point. - MPDS: **94# - UDI : 28 (Net provider number Phone number)

3.7 ID Setting

3-25

3.7.3 Saving and Loading ID/MSN Device menu includes “Save Config to a file” and “Load Config from a file” menus. Settings are saved on and loaded from the PC through these menus.

Fig.3.7.9 3.7.4 Printing ID/MSN ID and MSN settings is printed out by selecting [Devices] -> Print summary -> Printout Viewer, and [File] -> “Print.”

Fig. 3.7.10 Printout Viewer

｢Devices｣! “Save Config to a file”

“Load Config from a file”

“Printout Viewer”

[Devices]

3.7 ID Setting

3-26

Example of printed out 1D/MSN settings Modem configuration ID = 02 MSN 03 Service 4.8K Speech on Tel 3 Attributes: Stu incapable EchoCancel ON Access codes apply No Charge Tone ID = 03 MSN 01 Service 4.8K Speech on Tel 1 Attributes: Stu incapable EchoCancel ON Access codes apply No Charge Tone ID = 04 MSN 02 Service 4.8K Speech on Tel 2 Attributes: Stu incapable EchoCancel ON Access codes apply No Charge Tone ID = 05 MSN 21 Service 4.8K Speech on the ISDN interface Attributes: Stu incapable EchoCancel ON Access codes surpressed No Charge Tone Handset Name = HSE385 ID = 06 MSN 22 Service 4.8K Speech on the ISDN interface Attributes: Stu incapable EchoCancel ON Access codes apply No Charge Tone Handset Name = HS0101 ID = 11 MSN 04 Service Fax on Tel 4 Attributes: ID = 12 MSN 41 Service Fax on the ISDN interface Attributes: ID = 51 MSN 60 Service 64K data (UDI) on the ISDN interface Attributes: ID = 52 MSN 61 Service 64K data (UDI) on the RS232(A) interface Attributes: ID = 53 MSN 62 Service 64K data (UDI) on the RS232(B) interface Attributes: ID = 54 MSN 63 Service 64K data (UDI) on the USB interface Attributes:

3.7 ID Setting

3-27

ID = 62 MSN 42 Service 3.1KHz Audio on the ISDN interface Attributes: EchoCancel ON Access codes apply No Charge Tone ID = 71 MSN 50 Service 56K Data (V110) on the ISDN interface Attributes: ID = 92 MSN 31

Service 64K Speech on the ISDN interface Attributes: EchoCancel ON Access codes surpressed No Charge Tone Handset Name = HSE385 ID = 93 MSN 32 Service 64K Speech on the ISDN interface Attributes: EchoCancel ON Access codes apply No Charge Tone Handset Name = HS0101 --- complete

3.7 ID Setting

3-28

3.7.5 How to activate terminals when receiving a call For example, when the receiving a call of the phone/Fax, notifies by the Incoming indicator unit at another places, or the terminals activate. How to activate terminals when receiving a call;

1. The analog port can connect to each port up to the two terminals in parallel. 2. In the terminal between the different ports, the MSN sets the same number in

vtLite Martine-device manager. Note) When the analog phone/Fax is connected to the ISDN port, it connects via the

terminal adapter：QDGY911912. Connection and Id/MSN example of the setting 1. The analog port can accept parallel connections up to the two terminals.

For example, the connection and the Id/MSN setting is shown as below. The telephone service assumes 4.8k speech and Fax is 9.6k FIU.

2. When the receiving a call, the MSN sets the same number in order to activate

terminal devices in the terminal between the different ports. For example, the connection and the Id/MSN setting is shown as below. The telephone service assumes 4.8k speech and Fax is 9.6k FIU.

TEL-port ID MSN Analog terminal device

1 Terminal 03 01 TEL-1

2 Terminal 04 01 Incoming indicator unit for TEL-1

RJ45 TEL-2 3 Terminal 02 03 TEL-2 RJ45 G3 FAX

4 Terminal 11 04 Incoming indicator unit for G3 FAX

TEL-port ID MSN Analog terminal device

1 Terminal 03 01 TEL-1 x2

2 Terminal 04 02 Incoming indicator unit for TEL-2 and TEL-2

RJ45 TEL-3 3 Terminal 02 03 TEL-3

RJ45 G3 FAX 4 Terminal 11 04 Incoming indicator unit

for G3 FAX

Fig. 3.7.11

Table 3.7.10

Fig. 3.7.12

Table 3.7.11

3.7 ID Setting

3-29

3. The analog terminal device connect to ISDN port with T.A.: Terminal Adapter unit. When the receiving a call, the MSN sets the same number in order to activate terminal devices in the terminal between the different ports. For example, the connection and the Id/MSN setting is shown as below. The telephone service assumes 4.8k speech and Fax is 9.6k FIU.

T.A setting Port ID MSN Service

type MSN Analog terminal device

1 Terminal 03 01 - - TEL-1

2 Terminal 04 01 - - Incoming indicator unit for TEL-1

RJ45 TEL-2 3 Terminal

02 03 - - TEL-2

RJ45 G3 FAX

TEL

4 Terminal 11 04 - - Incoming indicator unit for G3 FAX

05 01 2 :TEL 01 Incoming indicator unit for T.A.Note) TEL1 port: TEL-1 RJ45

06 03 2: TEL 03 Incoming indicator unit for T.A.Note) TEL2 port: TEL-2

01 20 - -

ISDN

Terminal 91 30 - - No.1 ISDN Handset (Connected Distress Alert unit)

Note) The T.A. setting is necessary to use, which is a service (TEL or FAX) of the connection port with the T.A. and the MSN. See page 3-42.

Fig. 3.7.13

Table 3.7.12

3.7 ID Setting

3-30

Example of installation The Incoming indicator units install at “Deck” and “Ship’s Office” places. When receiving a call of FAX or phone, it notifies each call at that place.

T.A setting Port Id MSN Service type MSN Analog terminal device

1 Terminal 03 01 - - No.2 TEL

2 Terminal 04 04 - - Incoming indicator unit for G3 FAX x2

3 Terminal 02 01 - - Incoming indicator unit for No.2 TEL x2

TEL

4 Terminal 11 04 - - G3 FAX

2:TEL 20 Incoming indicator unit for T.A.Note) TEL1 port: No.1 TEL* RJ45

2:TEL 20 Incoming indicator unit for T.A. Note) TEL2 port: No.1 TEL* ISDN

Terminal

01 20

- - No.1 TEL: ISDN Handset (Connected Distress Alert unit)

Note) The T.A. setting is necessary to use, which is a service (TEL or FAX) of the connection port with the T.A. and the MSN. See page 3-42. Reference) Menu 47: Massage indication setting “Enable”. It is displayed the following indication in handset when 3.1k Audio or 64k data receive a call.

- F2M data call - F2M fax call

Fig. 3.7.14 Table 3.7.13

3.8 NMEA-0183 input source

3-31

3.8 NMEA-0183 input source The internal GPS located in the antenna will always be used as the primary source. If the primary source is not GPS signal, the external GPS input will be used. (if enabled) NMEA-0183 input is not required for operation of FELCOM 70. The MMEA-0183 (ver. 3.00) input is a 4 – 15V current loop interface located on the connector panel of communication unit.

- Baud rate : 4800 - Data bits : 8 - Parity : none - Stop bit : 1 - Sentence : GGA, RMC, HDT, HDG

External NMEA is activated from the ISDN handset.

Menu -> Ports -> NMEA Port -> “Enable”

Fig. 3.8.1 NMEA port

-

RS-422 TE

L 2

SILENCE

SW

IND

NM

EA

NM

EA

TE

L 1

TE

L 3

TE

L 4

TX

TX

RX

RX

3.9 Output of the Broad band (DGPS)

3-32

3.9 Output of the Broad band (DGPS) The L-Band DGPS receiver connect to the Broad band (DGPS) connecter in the rear panel of a communication unit. Output is more than －90dBm , 1542+17MHz. When not connecting the receiver, connect the attached 50-ohm dummy load.

Fig. 3.9.1 rear panel of a communication unit

The Broad band (DGPS) output is normally “OFF.”

MENU ! 977: RxL-Band Setup, and set to “ON.”

Fig. 3.9.2 Menu ->977

Broad band (DGPS)

Off -> On

3.10 Serial Printer Setting

3-33

3.10 Serial Printer Setting The serial printer prints out communication log. 3.10.1 Connection The printer is connected to either RS-232 (A) or RS-232 (B) with 9-25pin D-sub serial cable. The maximum cable length is 50 feet.

Fig.3.10.1 9-25pin Serial cable wiring 3.10.2 DIP Switch DIP Switches locate under the small cover. To gain access to the DIP switch cover, remove the roll paper stand.

Fig.3.10.2 Dip Switch

SW 1 SW 2 Serial port (above) Parallel port (below, not used)

Serial I/F board DIP Switch cover

Internal DIP SW


3-34

1) DIP Switch on Main board

Table 3.10.1 Main board “DIP SW” Settings

DIP SW Setting Function

1 OFF c/¥ Character set

ON: o/O OFF: c/¥

2 OFF 10CPI Default character pitch

ON: 17.1CPI OFF: 10CPI

3 OFF OFF Automatic line feed

ON: ON OFF: OFF

4 ON

Paper length

5 ON

12 inches

6 OFF Skip OFF Automatic skip

ON: Automatic skip OFF: Skip OFF

7 ON Set-II Character set

ON: set-II OFF: set-I

8 OFF Paper stand Stand/Feeder section

ON: Cut-sheet feeder OFF: Paper stand

Selection SW-#4 SW-#5 11 2/3 inches OFF OFF 8.5 inches OFF ON 11 inches ON OFF 12 inches ON ON


3-35

2) DIP SW on Serial I/F Board Table 3.10.2 “DIP SW” Settings Serial I/F board

DIP SW Setting Function

1 ON

2 ON

No Parity

Parity

3 ON 8 bit Data bit

ON: 8 bit OFF: 7 bit

4 ON Ready/Busy Printer Protocol

ON: Ready/Busy OFF: XON/XOFF

5 ON

6 ON

Print Mode

TEST

7 ON

SW 1

8 OFF Busy Line RTS (-9 V) pin4

When you select printer protocol, Ready/Busy (Switch 4 is ON), you can choose the line on which the printer sends a busy signal and the polarity of the signal (low or high.)

1 ON

2 OFF

3 ON

4800

Tx Speed (baud rate)

4 ON DSR connected Connection of DSR line

ON: DSR connected OFF: DSR Not connected

5 ON 32 bytes Buff Threshold

ON: 32bytes OFF: 256bytes

6 ON 200 ms Busy time

ON: 200 ms OFF: 1 s

7 ON H at Power On DTR signal setting

ON: H at Power On OFF: H when selected

SW 2

8 OFF - Not used

Selection SW-#1 SW-#2 Odd ON OFF Even OFF OFF No Parity ON/OFF ON

Selection SW-#5 SW-#6 Print Mode ON/OFF ON Circuit Test ON OFF Monitor Test OFF OFF

Selection SW-#1 SW-#2 SW-#3 19200 ON ON ON 9600 OFF ON ON 4800 ON OFF ON 2400 OFF OFF ON 1200 ON ON OFF 600 OFF ON OFF 300 ON OFF OFF 110 OFF OFF OFF


3-36

3.10.3 Configuration via vtLite Marine Communication log is printed out at every call. To do so; 1. Set Access level to “Owner.” 2. Open log menu, and then place the cursor over “Logging mode.” 3. Click Edit.

Fig. 3.10.3

4. In Logging mode list, select either “Automatic printing to RS-232(A)” or

“Automatic printing to RS-232(B)”. “Auto RS-232 A” or “Auto RS-232 B” appears in logging mode box.

Communication speed on the selected port is set to 4,800bps automatically.

Traffic log menu is added to “Information” menu of Handset menu. To print the log list, select Menu -> Information -> “Traffic log” on the handset and then click OK. “Dump trf.log” appears. Click OK again to start printing.

Fig.3.10.4 E.x. for Printing


3-37

3.10.4 Serial Printer Test Following describes how to test the serial printer. 1) To print ASCII character, turn on the printer while holding down [SELECT] and

[LINE FEED] buttons. The printer prints the characters as below. To stop the test, press [SELECT] button.

Fig. 3.10.5 E.x.for Printing HEX-dump mode test The printer can be tested in HEX-dump mode. To do so, turn on the printer while holding down [SELECT] and [FORM FEED] buttons. To escape from this mode, turn off the printer and on it again.

Fig. 3.10.6 E.x.for Printing


3-38

2) Printer Port Test Using a PC with Hyper Terminal, the output of the printer port on the communication unit is tested by following the steps below. 1. Run Hyper Terminal on the PC. (Program -> Accessary -> Communicate). 2. Enter the name for new connection and then click OK. 3. Select “File,” then Properties from the menu bar, and New Connection Properties

window will open.

Fig. 3.10.7

4. Click on the arrow for the Connect Using drop down box. 5. Select “COM1”. 6. Click OK. 7. Set “COM1” port as below.

- Bit per second : 4800 -Stop bit : 1 - Data bits : 8 -Flow control : None - Parity : None

8. Type AT, followed by [Enter] key with a blank terminal window. If the PC communicates with the Communication unit normally, the Communication unit reply with OK.

Fig. 3.10.8


3-39

9. On the ISDN handset, select Menu -> Information -> “Traffic log” and press OK. Make sure that “Dump trf.log” message appears on the ISDN handset, and then press OK. If the traffic log list is displayed in the Hyperterminal window as shown in figure below, the port works normally.

Fig. 3.10.9


3-40

3.10.5 Connecting a PC to Serial printer port When a PC is connected to the serial printer port for 64kbps Mobile Data Service (UDI) and Mobile Packet Data Service (MPDS), transmission speed of the printer port is changed to “115,200 bps” as below. 1. Referring Section-3.10.3, set Logging mode to other than “Automatic printing to

RS-232 A” or “Automatic printing to RS232 B.” 2. On the ISDN handset, select Menu -> Serial ports -> Port A (B) -> Speed. 3. Set the speed to 115,200 bps and then press OK button. When running vtLite Marine from the printer port, set the baud rate to 4800 bps: [Configure menu] -> Port Speed -> “4800” in vtLite Marine window.

Fig.3.10.10 Rate of RS232 Port

Connection of serial printer

UDI or MPDS operation

3.11 Windows Printer Setting

3-41

3.11 Windows Printer Setting A windows printer can be connected to the PC with the following setting. 1. Make sure that the printer driver is install on the PC. 2. Select [Configure] menu -> Print handing in vtLite Marine window. 3. Select the “printer type” in the Printer settings box.

Fig. 3.11.1 Windows printer setting

To start printing, use Print button in Log menu of vtLite Marine.

Select the printer.

3.12 Terminal Adapter (QDGY911912) Setting

3-42

3.12 Terminal Adapter (QDGY911912) Setting The terminal adapter, QDGY911912 is used to connect analog devices to the ISDN port. The analog device supports 4.8k Speech, 3.1k Audio and 9.6kbps fax. All programming of the terminal adapter is done with analogue telephone/fax connected to the one to be programmed (except PIN code which can be programmed from any port).

- Command sequence: [*][Command][*][parameter][#] - When the setting command is accepted, generated long beep sound: “Pi-, Pi --”

from telephone handset. - When the setting command is not accepted, generated trill beep sound: “Piro-,

Piro - ” from telephone handset. To set the terminal adapter; 1. Set Terminal ID and MSN, using “Device manager” in [configuration] menu of

vtLite Marine 2. Set the five-digit PIN code. For example, to change PIN code from “00000” to

“01234,” press [*][9][0][*][0][0][0][0][0][*][0][1][2][3][4][#] on the terminal device. The PIN setting can be made on any terminal device.

3. Assign MSN to Terminal Adapter port. To do so, use the following key strokes on each terminal unit.

MSN=40 (9.6kbps fax) : [*][0][1][*][0][1][2][3][4][*][4][0][#] MSN=21 (4.8k Speech) : [*][0][1][*][0][1][2][3][4][*][2][1][#]

4. Set service type onto Terminal Adapter, using the following key stroke.

G3 FAX (Type: 4) : [*][0][4][*][0][1][2][3][4][*][4][#] Analog telephone, Modem (Type: 2) : [*][0][4][*][0][1][2][3][4][*][2][#]

Fig. 3.12.1 Terminal adapter connection

Note) It is imperative that you remember your newly configured PIN. It recommend writing it down and storing it in a safe place. Should you forget your PIN, you will be unable to change any settings.

3.13 Analog Telephone (FC755D1) setting

3-43

3.13 Analog Telephone (FC755D1) setting The telephone FC755D1 is factory-set to pulse telephone system, so it must be changed to push button (PB) dialing system by using the steps below. 1. Use the tip of a pen or other pointed object to remove the plastic cover. 2. Remove the memo sheet.

Fig. 3.13.1 Analog telephone, FC755D1

3. Set #1 of DIP switch to ON. (#2 to #4 remains unchanged; OFF position)

DP L

PB S

回線

�

側音

�

ベルオフ

�ONOFF

Fig.3.13.2 DIP Switch on analog telephone setting

4. Put the sheet and the cover back.

Side-tone

Bell off Line type

3.14 Fax (FAX-8070P) Setting

3-44

3.14 Fax (FAX-8070P) Setting 3.14.1 Menu Tree The Menu Set and Navigation keys are used for menu operation. The numeric keys are used instead of Navigation keys. Table 3.14.1 Menu tree (1/3)

Main Menu

Sub Menu

Menu Selections Options Descriptions

1. Date/Time -- -- Enter date and time for LCD display and to print on transmissions.

2. Station ID -- -- Program the name and fax number to appear on each transmitted page.

1. Ring

High Med Low Off

Adjusts ring volume.

2. Beeper High Low Off

Adjusts beeper volume. 3. Volume

3. Speaker

High Med Low Off

Adjusts speaker volume.

4. PBX -- ON OFF

Turn on if this function if the machine is connected to PABX (private automatic Branch Exchange.)

5. Clock change -- -- Adjust the machine’s clock by one hour for summer

/ winter time.

6. Toner save -- ON OFF Increase life of toner cartridge.

7. Power save -- ON OFF Power save mode.

8. Sleep mode -- -- Set the time before the machine drops into sleep mode.

9. Tone/Pulse -- TONE PULS Select the dialing mode.

1. General setup

0. Local Language --

CZECH HUNGARIAN

POLISH ENGLISH

Allows you to change the LCD language.

Stop/Exit

Navigation key （Menu Set button at center）

Receive Mode

Report

Fig. 3.14.1 Fax (FAX-8070P) setting


3-45

Table 3.14.2 Menu tree (2/3)

Main Menu

Sub Menu


1. Ring delay

04 03 02 01

Number of rings before the machine answers in Fax/Tel (F/T) or Fax Mode.

2. F/T ring time

70 40 30 20

Sets the time for “F/T pseudo-ring” in Fax/Tel (F/T) Mode.

3. Fax detect

ON OFF

Receive fax messages without pressing the Fax Start key.

4. Remote code

ON(*51. #51) OFF

Activate or deactivate the machine from a remote location. You can also personalize these codes.

5. Auto reduction

ON OFF Reduces size of image.

6. MEM. receiver

ON OFF

Automatically stores any incoming faxes in its memory if it runs out of paper.

7. Print density ==== Adjusts printing to be lighter or darker.

1. Setup receive

8. Polling RX

STANDERD SECURE TIMER

You call another fax machine to receive a fax from it.

1. Contrast AUTO LIGTH DARK

Change the lightness or darkness of a fax you are sending.

2. FAX resolution

STANDERD FINE

S.FINE PHOTO

Changes the default setting of fax resolution.

3. Timer -- Set the machine to send your documents later.

4. Bach Tx ON OFF

Sends all delayed faxes that are to the same fax number and at the same time as one transmission.

5. Real Time Tx

NEXT FAX ONLY ON OFF

When memory is full, you can send faxes in real time.

2. FAX

2. Setup send (Cont’d)

6. Polled Tx STANDERD SECURE

Set Polled Transmission for someone to poll the machine to receive a fax from you.


3-46

Table 3.14.3 Menu tree (3/3)

Main Menu

Sub Menu


7. Cover page setup

NEXT FAX ONLY ON OFF

PRINT SAMPLE

Automatically sends a programmable cover page or prints a sample cover page.

8. Cover page note -- Program a customized message for fax cover page.

2. Setup send

9. Overseas mode ON OFF Special setting for international transmissions.

1. One-touch dial (For FAX8070P

Only) -- Stores dial numbers in memory so as to dial them

by pressing only one key. 2. Speed dial

(1.Speed dial for MFC9070)

-- Stores dial numbers in memory so as to dial them by pressing only four keys.

3. Set quick-dial

3. Setup groups (2.Setup groups for MFC-9070)

-- Set up a Group for broadcasting.

1. Xmit report ON

ON+IMAGE OFF

OFF+IMAGE 4. Report setting

2. Journal period 2/4/7 days 1/3/6/12/24

Hours OFF

Initial setup for Transmission Verification Report and Journal period.

1. FAX FWD ON OFF Set the machine to forward faxes.

2. FAX storage ON OFF

Store incoming faxes in memory for fax forwarding and remote retrieval.

3. Remote access 159* Set code for retrieving faxes.

5. Remote FAX OPT

4. Print document -- Print incoming faxes stored in the memory.

6. Remaining jobs -- -- Check which jobs are in memory or cancel a

delayed fax (timer) or polling job.

1. MEM security -- Prohibits most functions except receiving faxes into memory.

2.FAX

0.Miscellaneous 2. BT call sign

(For UK only) ON OFF Use with BT Call Sign.

1. Copy mode --

AUTO TEXT

PHOTO

Selects the Copy resolution for your type of document. 3. Copy

2. Contrast -- === Adjust the contrast.

1. Internal font -- You can print resident fonts to check and confirm font types. 1. Print

options 2. Configurations -- Printer settings and status are listed here.

4. Printer (For MFC9070 only)

2. Reset printer -- --

You can restore factory default settings and temporary settings for the printer back to factory default settings.


3-47

3.14.2 Setting Points 1. RX mode

Receive mode is set to “FAX ONLY”. Selected mode appears on the LCD. Every pressing Receive Mode key, changes the mode to “FAX ONLY,” “FAX/TEL,” “TAD: ANSWER MACH,” and “MANUAL.”

2. Set ship’s name and IMN

Use Station ID menu. ([Menu set] [1][2]) 3. Explain the user of Report setting.

([Menu][2][4] -> 1. XMIT REPORT and 2. JOURNAL PERIOD)

([Report]) Button Report button in used to access the Reports menu to point out: HEEP, Quick-Dial, Journal, Xmit Verify, System Setup and Order Form. 1. HELP: Lists basic operational steps and functions. 2. QUICK-DIAL: Lists names and numbers stored in Speed Dial memory, in

numerical order. 3. JOURNAL: Journal lists information about the last 200 incoming and

outgoing faxes. TX means Transmit; RX means Receive. 4. XMIT VERIFY: Prints a Transmission Verification Report for your last

transmission. 5. SYSTEM SETUP: Lists settings for GENERAL SETUP, SETUP RECEIVE,

SETUP SEND, REPORT SETTING, REMOTE FAX OPT and MISCELLANEOUS.

6. ORDER FORM: You can print an accessories order form to your Brother dealer for service.


3-48

Maintenance Mode To get into Maintenance mode; 1. Press [Menu set][*][2][8][6][4] within 2 seconds.

“MENTENANCE” appears in the display, showing the machine is in Maintenance mode.

2. Enter a function code, referring to the table below. Press [Stop exit] button to exist the current function.

Table 3.14.4 Function of firmware codes

Function Code Function

01 EEPROM parameter Initialization

10 Firmware Switch Setting

11 Printout of Firmware Switch Data

12 Operational Check of LCD

82 Equipment Error Code Indication

91 EEPROM parameter Initialization (except the telephone number storage area)

99 Exit from the Maintenance Mode

** Press [Stop exit] button to exist the current function. ** Press [9][9] to quit from the Maintenance mode.

Initialization To carry our factory reset; 1. In the Maintenance mode, press [0] and [1] in this order. 2. Press [9][9] to quit from the Maintenance mode.

Firmware Switch Setting To carry out Firmware Switch setting; 1. Enter function code “10” in the Maintenance mode. WSW00 appears in the LCD

window. 2. Enter a desired firmware switch number. For example, enter “15” for Redial setting. 3. More the cursor to the number to be changed by using arrow keys. 4. Enter a desired number, using [0] or [1] key. 5. Press Set key. 6. Repeat steps 2 to 5. 7. Printout the setting by using function code “11”. 8. Press [Stop Exit] button to return to the Initial page in Maintenance mode. 9. Press [9][9] to quit from the Maintenance mode.


3-49

Table 3.14.5 Function of firmware switches

WSW No. Function Remarks

WSW01 Dial pulse setting

WSW02 Tone Signal setting

WSW03 PABX mode setting

WSW04 Transfer facility setting

WSW05 1st dial tone and busy tone detection

WSW06 Pause key setting and 2nd dial tone detection

WSW07 Dial tone setting 1

WSW08 Dial tone setting 2

WSW09 Protocol definition 1

WSW10 Protocol definition 2 Number of training retry

WSW11 Busy Tone setting

WSW12 Signal detection condition setting

WSW13 Modem setting ATT setting

WSW14 Auto ANS facility setting

WSW15 Redial facility setting Redial facility setting

WSW16 Function setting 1


WSW18 Function setting 3 Monitor setting

WSW19 Transmission speed setting in V. 17 mode Comm. Speed setting

WSW20 Overseas comm. mode Setting

WSW21 TAD setting 1

WSW22 ECM setting ECM setting

WSW23 Communications setting Limit of training error setting

WSW24 TAD setting 2

WSW25 TAD setting 3




Cont’d


3-50

Each switch consists of eight selectors. The leftmost selector is NO.1 and the rightmost selector is NO.8.

WSW13=01010100

WSW 13 Modem setting (ATT setting)

Table 3.14.6

Selector. No. Function Default Setting

1 0 00: 0km 10: 3.6km

2 Cable equalizer

1 01 :1.8km 11: 5.6km

3 0 00: -43dBm 10: -49dBm

4 Reception level

1 01: -47dBm 11: -51dBm

5 1 1111: 15dB 1011: 11dB 0111: 7dB

6 0 1110: 14dB 1010: 10dB 0110: 6dB

7 1 1101: 13dB 1001: 9dB 0101: 5dB

8

Modem attenuator

1 1100: 12dB 1000: 8dB 0100: 4dB

Sel. No. 1--- No. 8


3-51

WSW 19 Transmission speed setting in V.17 mode (Comm. Speed setting) 3.1k Audio fax : 14400 bps (default) 9.6k FIU : 9600 bps

Table 3.14.7

Selector No. Function Default Setting

1 1 000: 2400bps 011: 9600bps 110: 14400bps

2 1 001: 4800bps 100: 12000bps 111: 14400bps

3

First transmission speed choice for fallback

1 010: 7200bps 101: 14400bps

4 0 000: 2400bps 011: 9600bps 110: 14400bps

5 0 001: 4800bps 100: 12000bps 111: 14400bps

6

Last transmission speed choice for fallback

0 010: 7200bps 101: 14400bps

7 V.34 mode 0 0: Permitted 1: Prohibited

8 V.17 mode 0 0: Permitted 1: Prohibited

WSW 22 ECM setting The error correction mode (ECM) is a facsimile transmission method in which the machine divides a message into frames for transmission and retransmits the frame containing the error data. Try to set ECM setting to OFF if a fax communication is made unsuccessfully.

Table 3.14.8


1 ECM in sending 0 0: ON 1: OFF

2 ECM in receiving 0 0: ON 1: OFF

3 Call Waiting Caller ID 1 0: ON 1: OFF

4 Not used 0

5 0 0: 0% 1: 8%

6 0 0: 0% 1: 4%

7 0 0: 0% 1: 2%

8

Acceptable TCF bit rate (%) (Only at 4800bps)

0 0: 0% 1: 1%


3-52

WSW 23 Communications setting (Limit of training error setting) Table 3.14.9

Selector No Function Default Setting

1 Starting point of training check (TCF) 0 0: From the head of a series of zeros

1: From any arbitrary point

2 0 00: 0% 10: 1%

3 Allowable training Error rate 0 01: 0.5% 11: 2%

4

5 Decoding error rate for transmission of RTN

0

1

0 0 : 16% 1 0 : 10%

0 1 : 14% 1 1 :

8%

6 1

7 Not used.

1

8

Limitation of Attenuation level

1

0: Yes 1: No Note) Setting this selector to "0" limits the transmitting level of the modem to 10 dB. This setting has priority over the settings selected by WSW02 (selectors 5 through 8) and WSW13 (selectors 5 through 8).

WSW 10 Protocol definition 2 (Number of training retry) Table 3.14.10


1 Switching of DPS, Following the CML ON/OFF

1 0: No 1: Yes

2 Time length from transmission of last dial to CML ON

0 0: 100 ms 1: 50 ms

3 Time length from CML ON to CNG transmission 0 0: 2 sec. 1: 4 sec.

4

Time length from CML ON to CED transmission (except for facsimile-to-telephone switching)

1 0: 0.5 sec. 1: 2 sec.

5 0

6 No. of training retries

1

00 : 1 time 10 : 3 times

01: 2 times 11: 4 times

note) These selectors set the number of training retries to be repeated before automatic fallback.

7 MR 0 0: Allowed 1: Not allowed

8

Encoding system (Compression) MMR 0 0: Allowed 1: Not allowed


3-53

WSW 18 Function setting 3 (Tone sound monitoring) Table 3.14.11


1 Not used. 1

2 0 00: 40 sec. 10: 5 sec.

3 Detection enabled time

For CNG and no tone 0 01: 0 sec. (No detection) 11: 80 sec.

4 1

5 Not used.

1

6 Registration of station ID 0 0: Permitted 1: Prohibited

7 1

8888 Tone sound monitoring

0

0x: No monitoring 01: Up to phase B at the calling station only 11: All transmission phase both at the calling and called

stations WSW 15 REDIAL facility setting

Table 3.14.12

Selector

No. Function Default Setting

1 1 00: 5 minutes 10: 2 minutes

2 Selection of redial interval 0 01: 1 minute 11: 3 minutes

3 0 0000: 16 times 0100: 4 times

4 1 0001: 1 time |

5 0 0010: 2 times 1111: 15 times

6

No. of redialing

0 0011: 3 times

7 Redialing for no response sent from the called terminal

0 0: Redialing 1: No redialing

8 Not used 0


3-54

Sample of FAX8070P Default setting


3-55


3-56


3-57

4.1 4.1 4.1 4.1 プログラムバージョンを確認するプログラムバージョンを確認するプログラムバージョンを確認するプログラムバージョンを確認する

4-1

4.1 Program Revision Level 4.1.1 vtLite Marine To read program revision level of vtLite Marine, [Help] -> About.

Fig.4.1.1 vtLite Marine Fig.4.1.2 vtLite Marine program Ver.

4.1.2 System program (Communication unit) To read system program number, open the Menu and select 9: Advanced function -> 8: Information available -> 2: Misc.Version information.

Fig.4.1.3 Menu 982: Version information

The program version is also checked through the handset: Menu -> Information -> “Version Info”.

Chapter 4. Software

Program

FW ID

System Ver.

4.1 Program Revision Level

4-2

4.1.3 Handset Program To read program number of the handset, select Menu -> Phone setup -> “SW version.” Handset program cannot be upgrade. Replace the handset with one having new program.

4.1.4 Other programs The system includes some other programs. To read these program numbers in vtLite Marine window, follow the steps below. 1. Press Menu [9] and [4] in this order. 2. Set “Set diagnostics” to “On”. 3. Select 9 -> 8 -> 2 in the Menu.

Program, DSP, Boot, SIM, GUC, RFB, Tracking antenna and TA program numbers appear below system version. Use the down arrow key to scroll the display. ** The System version is the whole of Communication unit programs. It is

included “Program, DSP, Boot, SIM, GUC and TA” programs.

Fig.4.1.4 Menu 982: Other Version information

1) RFB version; It is HPA control program, the U505 in HPA CON board. 2) Tracking antenna version; It indicates two versions, PCU program in PCU board and U506 program in HPA CON board. U506 program is for an interface between PCU to control antenna and communication unit. For example, when FURUNO/Marine/FURUNO/2.30 is indicated, “2” is PCU program version and “3” is U506 program version. Note that “0” is not used.

To read program numbers on the handset; 1. Set “Diagnostics” to “on.” (Menu -> Information -> Diagnostics) 2. Select “Version Info.” (Menu -> Information -> Version Info.)

DSP, Monitor, KDB, RFB and ATB program numbers appear below “System/ Ctrl.SW.”

4.2 Saving ID number and Phone book

4-3

4.2 Saving ID number and Phone book Following describes how to save ID numbers and phone book in the memory. These data is not erased if system upgrade is made correctly. However, it is recommended to save these data before system upgrade for just in case. 4.2.1 To save ID number 1. From the Menu, select 2: Set access level. 2. Change the access level from “User Level” to “Owner Level.” (See page 3-11) 3. In vtLite Marine window, open “Device Manager” in Configure pull-down menu. 4. Open [Devices] menu and select “Save Config to a file.” 5. Select the file name to save ID number. Normally, a folder, “vtLite Marine” is

selected.

Reading Saved ID number In Devices menu, select“Load Config from a file”, and then follow the instruction on the screen.

Fig. 4.2.1

[Devices]

Fig. 4.2.2

4.2 Saving ID number and Phone book

4-4

4.2.2 Phone Book To save Phone book in the memory; 1. In the Menu, select “ 2: Set access level.” 2. Change “User Level” to “Owner Level.” (See page 3-11) 3. In Book menu, select “File” to see the “Book File Manager” display. 4. Select “Save NWC phone book to a file.” 5. Click OK. The phone book is saved into vtLite Marine folder as “PhoneBook.txt.”

Fig.4.2.3 Book File Manager

Reading saved Phone Book In Book File Manager window, “Load phonebook from a file to the NWC” and then, click OK.

4.3 Program Upgrade

4-5

4.3 Program Upgrade This section describes how to upgrade system program. The communication unit (RS232(A) port) is connected to either COM port or USB port. DSP, Boot, SIM, GUC, RFB and TA programs are also upgrade. Communication log is erased during upgrade. Print out the log before taking the following steps if necessary. Using serial port The outline of program upgrade is; Step 1.

Print out communication log, if necessary. Step 2.

Connect RS-232 (A) port on the communication unit to COM-1 port on the PC with 9P D-sub straight cable.

Step 3.

Carry out port setting on PC. - Bits per second： 115200 - Data bits： 8 bit - Parity： None - Stop bits： 1 - Flow control： None

Step 4.

Carry out port setting on Communication unit. Select Menu -> Ports -> Port A on the handset. - Speed: 115200 - Format: d=8, p=None, s=1 - Flow control: None

Step 5.

Run vtLite Marine and then execute “Software update prep” by using the steps below.

1. Select Menu -> “2:Set access level” and change “User Level” to “Owner Level” (Refer to page 3-11. Default Password: 1234567890)

2. Select Menu -> “9:Advanced functions menu,” and then execute “3:Software update prep.”

The system starts upgrating software.

4.3 Program Upgrade

4-6

4.3.1 Before upgrading 1. Connection The PC is connected to the communication unit as below.

Fig.4.3.1 Connection

2. COM-1 port setting To set COM-1 port of the PC; 1. Right-click [My Computer] icon to select “properties.” 2. Click Handware tab. 3. Click “Device Manager.” 4. Select “Communication Port (COM-1).” COM-1 properties dialog box appears. 5. Change the settings as below.

- Bits per second: 115200 - Data bits: 8bit - Parity: None - Stop bits: 1 - Flow control: None

Properties Device Manager Port Settings

Fig.4.3.2 COM Port setting

DCD 1�RxD 2�TxD 3�DTR 4�GND 5�DSR 6�RTS 7�CTS 8�RI 9

��

Device Manager

Hardware

Port setting Communication Port: COM-1

4.3 Program Upgrade

4-7

3. Port A Setting With the ISDN handset (SF-870) connected to the ISDN port on the communication unit, carry out “Port A” setting as below. 1. In the Menu, select Ports -> Port A. 2. Set “Port A” Settings as follows. (Default setting)

- Speed : 115200 - Format : d=8, p=none, s=1 - Flow control : rts/cts

4. Executing “Software update prep” To execute “Software update prep” program. 1. Start vtLite Marine. 2. In the Menu, select “2:Set access level.” 3. Change Access Level from User Level to Owner Level. (See page 3-11.) 4. Click “Owner.” The display asks you enter a password. 5. Enter the password, “1234567890”(Default) and press Enter key.

Fig.4.3.3

6. In the Menu, select “9:Advanced functions menu” -> “3:Software update prep.”

Fig.4.3.4

Click “Owner.” Enter the password, 1234567890

4.3 Program Upgrade

4-8

7. Click Yes.

Fig.4.3.5 Software update prep.

Following settings are selected automatically.

- Restricted dialing (Menu [9][1][1]) : No restrictions - Access code (Menu [9] [1][2]) : Disable - Restrictions SIM usage (Menu [9][1][3]) : Any - Log -> Logging mode : Cleared

4.3 Program Upgrade

4-9

4.3.2. Upgrade To upgrade the program, following files are necessary. File size is only reference. It takes about 25 minutes for entire process.

- InstalF77_MCU_SW_2_0.bat : 8kB - oadsw.exe : 2018kB - rel20.mbd : 6885kB

Note) Follow the instruction on the screen until “Catalog” appears. (Fig.4.3.11) To upgrade the program; 1. Terminate vtLite Marine Program. 2. Double-click “InstalF77_MCU_SW_2_0.bat” 3. Follow instructions on the screen. The window will close automatically when the

upgrade is complete.

This will install the Nera F77 MCU Rel.2.0 software. The F77 MCU has to be powered ON.

Connect cable between your PC serial port 1 and the Rs232A port on your Nera F77. Make sure that the RS232A port on F77 is set to 115200, none 8, 1. (from Nera ISDN H.S)

Press any key.

Fig.4.3.6

Fig.4.3.7

4.3 Program Upgrade

4-10

From VT Lite verify that: 1) Save Traffic log and set to "cleared" 2) In AccessControl (menu 91*): Restricted dialing : "No restrictions" SIM Restrictions : "Any" Access code : "Cleared" If you need to do above mentioned tasks, press "Ctrl. C" to abort this software download or else press any key.

Download of F77 system version 2.0 two download opptions: -restore port config./phone book -update and restore factory default (Download takes approx. 25 minutes) Remember to upgrade vt-Lite Marine to 6.0 | Ensure that vtLite and other applications using the com port. Are closed – press yes to confirm Yes or no ? (y/n)

Do you want to save the configuration before download ? Yes or no ? (y/n)

Fig.4.3.8

Press “y.”

Fig.4.3.9

Press “y”.

Fig.4.3.10

Fig.4.3.11

Catalog

Cont’d

Press any key.

4.3 Program Upgrade

4-11

4. The window will close automatically when the upgrade is complete. 5. Start vtLite Marine program and check System program version.

Cont’d

Fig.4.3.13 Fig.4.3.12

Fig.4.3.15 Fig.4.3.14

4.4 Using USB Port on PC

4-12

4.4 Using USB Port on PC When the PC does not have a COM port, the communication unit is connected to the USB port on the PC for system upgrade To do so, an USB/Serial interface unit is required. The interface unit comes with the driver software. Install it onto the PC, referring to the instruction attached to the software.

Fig.4.4.1 Using USB port on the PC

1. Setting on PC On the PC, set port settings by taking the procedures below. 1. Double-click [My computer] icon. 2. Select Properties -> Hardware -> Device Manager -> Communication port (You

have newly installed). 3. Change the value in the port settings dialog for the additional port if necessary.

- Bits per second: 115200 - Data bits: 8bit - Parity: None - Stop bits: 1 - Flow control: None

4. Write down the name of the port which you installed, for example, COM3. 2. Port A Setting

Same as “Port A” Setting in Section 4.3.1. (See page 4-7)

3. Executing “Software update prep” Same as 4.3.1. (See page 4-7)

��

4.4 Using USB Port on PC

4-13

4. Changing Batch File Name Change Batch file text in the last sentence by using the procedure below. 1. Click“InstalF77_MCU_SW_2_0.bat”and then select Edit in File menu. Batch file

text appears. 2. Scroll down the text to the last text, “loadsw/com1 rel20.”

ECHO * x (Download takes approx. 25 minutes) x * Echo * x Remember to upgrade vt-Lite Marine to 6.0 x * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * loadsw/com1 rel20

3. Change COM port number to one you have added. In the example on the previous

page, the port number is “3”. Thus, the last text is modified to “loadsw/com3 rel20.” 4. Select Save in File menu. 5. Update Double-click “InstalF77_MCU_SW_2_0.bat. ” Same as 4.3.2. (See page 4-9)

4.5 When upgrade is interrupted

4-14

4.5 When upgrade is interrupted When system upgrade is interrupted, or when system upgrade is complete unsuccessfully, take the steps below. 1. Terminate vtLite Marine program. 2. Double-click“InstalF77_MCU_SW_2_0.bat,”and then follow the instructions on

the screen. 3. When asked “Ensure that vtLite and other applications using the com port. Are

closed – press yes to confirm Yes or no? (y/n),” press“y.” 4. When asked “Do you want to save the configuration before download? Yes or no?

(y/n)” on the screen, press “n.” Do NOT select “y.” If “y” is pressed in step 4, “Please remove power from the terminal, press any key when done.” appears and update ends without success.

Fig.4.5.1

Fig.4.5.2

Press “y.”

Press “n.”

4.5 When upgrade is interrupted

4-15

5. When “If there is no activity for 30 seconds then power cycle the terminal” appears,

turn off the unit.

6. Wait for 10 seconds and then, turn on the unit. Update commences when “ Catalog,”

appears.

Fig.4.5.3

Fig.4.5.4

Fig.4.5.5

Reference) InstalF77_MCU_SW_2_0.bat

4-16


@echo off Echo * * Echo * * Echo * * echo * FFFFFFFFFFFFFFFFF 777777777777777 777777777777777 * echo * FFFFFFFFFFFFFFFF 777777777777777 777777777777777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFFFFFFFF 7777777777 7777777777 * echo * FFFFFFFF 7777777777 7777777777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * echo * FFFF 777 777 * Echo * * Echo * This will install the Nera F77 MCU Rel.2.0 software * Echo * ****** The F77 MCU has to be powered ON ****** * pause cls Echo * * Echo * * Echo * * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * ECHO * x x * ECHO * x Connect cable between your PC serial port 1 x * ECHO * x and the Rs232A port on your Nera F77 x * ECHO * x x * ECHO * x Make sure that the RS232A port on F77 x * ECHO * x is set to 115200, none 8, 1 x * ECHO * x (from Nera ISDN H.S) x * ECHO * x x * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * pause cls Echo * * Echo * *


4-17

ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * ECHO * x x * ECHO * x From VT Lite verify that: x * ECHO * x x * ECHO * x 1) Save Traffic log and set to "cleared" x * ECHO * x x * ECHO * x 2) In AccessControl (menu 91*): x * ECHO * x Restricted dialing: "No restrictions" x * ECHO * x SIM Restrictions : "Any" x * ECHO * x Access code : "Cleared" x * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * Echo * * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * ECHO * x x * ECHO * x If you need to do above mentioned tasks, x * ECHO * x press "Ctrl. C" to abort x * ECHO * x this software download x * ECHO * x or else press any key x * ECHO * x x * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * Echo * * pause rem call off_bat.bat CLS Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * Echo * * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * ECHO * x x * ECHO * x Download of F77 system version 2.0 x * ECHO * x two download opptions: x * ECHO * x -restore port config./phone book x * ECHO * x -update and restore factory default x * ECHO * x (Download takes approx. 25 minutes) x * Echo * x Remember to upgrade vt-Lite Marine to 6.0 x * ECHO * xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx * loadsw/com1 rel20

5.1 Anti-vibration Mount Replacement

5-1

5.1 Anti-vibration Mount Replacement 5.1.1 Anti-vibration The antenna pedestal is fixed onto anti-vibration mounts. The mount consists of a spacer, anti-vibration rubbers (1) and (2), two washers, and a fixing ring. The anti-vibration rubber and spacer are replaced if damaged or cracked. It is recommended that these parts are replaced every two years.

Table 5.1.1 Lifetime parts

Parts Name Type Code Number Qty Anti-vibration rubber (1) 16-016-1021-0 1003098200 4 pcs.

Anti-vibration rubber (2) 16-016-1022-0 1003098300 4 pcs.

Spacer 16-016-1023-0 1003098400 4 pcs.

Chapter 5. Maintenance

Fig.5.1.1 Anti-vibration mount

Anti-vibration rubber (1)

Anti-vibration rubber (2)

Spacer

Fixing ring

5.1 Anti-vibration Mount Replacement

5-2

5.1.2 5.1.2 5.1.2 5.1.2 Procedure 1. Prepare two to four wooden bricks. (80mm in length) 2. Remove four Anti-vibration fixing ring from the mount, loosening a M5 Hex socket

set screw. 3. Lift the antenna pedestal carefully not to touch the helical array antenna to the

radome. 4. Place wooden bricks under the pedestal. 5. Move the pedestal and then change Anti-vibration rubber and Spacer to new one.

Fig.5.1.2 Placing bricks under the pedestal

5.2 Belt, Motor and Sensor Replacement

5-3

5.2 Belt, Motor and Sensor Replacement Inspect the belt for signs of damage periodically. Table below lists the belts and motors used in FELCOM 70 antenna unit.

Table 5.2.1 Motors and belts

Belt Code Number Motor type* Motor assy. Code number

AZ 14910400 5618S-01-10 1.0A 14909800

EL 14910500 UGBTEH-5 10W 4P 14910000

Close EL 14910600 UGBTEH-5 10W 4P 14909900

Level Cargo 14910700 4218S-19-02 0.32A 14910100

* Note that EL and cross-EL motors are blushless motor, AZ and Level cargo motors are stepping motor used.

Code number of other parts

- PCU : 14910800 - Shielded Level cargo Assy. : 14910900 - Level platform board : 14911000 - Timing sprocket (Level cargo) : 14910200

Level cargo belt/motor

AZ belt/motor

EL belt/motor

Cross-EL belt/motor

Fig.5.2.1 Antenna unit with radome removed


5-4

1. AZ Belt/Motor Replacement 1. Loosen four screws fixing to AZ motor remove the belt. 2. Replace the motor and/or belt. 3. Tension the belt and fix the motor.

2. Cross-EL Belt/Motor Replacement 1. Loosen four screws fixing to Cross-EL motor remove the belt. 2. Replace the motor and/or belt. 3. Tension the belt and fix the motor.

Fig. 5.2.2 AZ Belt/Motor

Fig.5.2.3 Cross-EL Belt/Motor

AZ Motor

Motor fixing screws

AZ Belt

Cross-EL Motor

Cross-EL Belt

Motor fixing screws


5-5

3. EL Belt/Motor Replacement 1. Loosen four screws fixing to EL motor remove the belt. 2. Replace the motor and/or belt. 3. Tension the belt and fix the motor.

4. Level cargo belt /Motor replacement

1. Loosen four screws fixing to level cargo motor remove the belt. 2. Replace the motor and/or belt. 3. Tension the belt and fix the motor.

Fig.5.2.4 EL belt/motor

Fig.5.2.5 Level cargo belt/motor

Motor fixing screws

EL motor

EL belt

Level cargo motorLevel cargo

Level cargo belt

Motor fixing screws


5-6

Check after replacement After changing the level cargo belt and/or motor, repeat the steps below several times to make sure that the level cargo moves smoothly. 1. Point the antenna to any direction by a hand. 2. At power-on, the Level cargo rotates ccw up to the limit, and then, cw 45 degrees. 3. The Level cargo becomes level so that the antenna elevation angle is 45 degrees. 4. The Cross EL axis rotates to be level. 5. The elevation angle used at the last power off is set. 6. The antenna rotates cw, or the azimuth changes for NCS CC signal acquisition.

Antenna initial position!!

5.3 Modem and Power Unit Replacement

5-7

5.3 Modem and Power Unit Replacement

The communication unit consists of modem unit, power unit, and connector panel board. Modem and power units are sealed with “WARRANTY” seal. Breaking this seal will void warranty. The unit is designed for the module replacement service.

EEPROM on the connector panel board retains Forward/Retern ID. When changing this board, you have to change original EEPROM. That is mounted by soldering.

図 5.3.2接続インターフェ－ス基板（CIB）

Fig.5.3.1 WARRANTY Seal

EEPROM retaining FW/RT ID

Fig.5.3.2 Connector panel board


[WARRANTY SEAL] Removing this seal will avoid the warranty.

5.4 DIP Switch and LED

5-8

5.4 DIP Switch and LED 5.4.1 HPA CONT (16P0202) board in Antenna unit

Table 5.4.1 LED and DIP Switch

LED Function SW Function

CR510 Lights during TX. # 1 Used to calibrate TX error detection signal. Setting depends on HPA board.

CR509 Lights when EIRP is +5dB higher than the ratings. (EIRP Error) # 2

CR506 Not used # 3

CR505 Blinks when CPU (U505) runs normally.

S501

# 4

OFF (Not used)

CR508 Not used # 1 OFF (Not used)

CR507 Blinks when CPU (U506) runs normally. # 2 ON (For software upgrade)

CR 13 Lights during FSK communication. # 3 OFF (Not used) S502

# 4 OFF (Not used) S 503 CPU Reset

CR510 CR509 CR506 CR505 CR508 CR507

CR13

S501

S502

S503

JP4

JP505-508

J504 J503

Fig.5.4.1 HPA CONT Board

5.4 DIP Switch and LED

5-9

Table 5.4.2 Setting jumper

Jumper Function JP4 Used to upgrade ASK Modem (U17) program. Default setting: Open JP505 JP506

Used to upgrade CPU (U505) program. Default setting: Open (Upgrading from J503)

JP507 JP508

Used to upgrade CPU (U506) program. Default setting: Open (Upgrading from J504)

5.4.2 Connector Interface board in Communication unit

Fig.5.4.2 Connector Interface Board Table 5.4.3 Status monitor function

LED No. Function 1 Lights when ISDN bus is powered.

2 Lights when ISDN terminal is connected.

3 Lights when 3V and 5V are supplied to the modem unit.

4 Lights when the distress alert unit is connected.

5 Blinks when the processor in the modem unit runs.

6 Not used

7 Not used

8 Not used

9 Not used

10 Not used

Nos. 1to 10 from left. ---- >

5.5 Fault Finding Tools

5-10


5.5.1 Startup Sequence The startup sequence is illustrated below. The system acquires the satellite which was used before power-off. See page 7-11 for the change of the handset screen at power-on. With “Ready for call” message, the system function is correct. If GPS data is not fed to the system, a communication of using spot beam cannot be made even with the presence of “Ready for call” message. Without GPS data, the system cannot select a spot beam and generates “Beam selection failed” message in Menu 989: Network status.

Fig.5.5.1 Startup Sequence

Fig.5.5.2 Startup Sequence

1

4 3

5

2

When not be selected spot beam. Menu ! 989: Network status information


5-11

5.5.2 ｖｖｖｖtLite Marine Startup Display

The vtLite Marine startup display depends on “Set Diagnostics (Menu974)” setting. When “Set Diagnostics” is OFF, the display looks like Fig.5.5.3. When “Set Diagnostics” is ON, the display looks like Fig.5.5.4.

Fig.5.5.3 vtLite Marine display with Diagnostics OFF

Fig.5.5.4 vtLite Marine display with Diagnostics ON

Table 5.5.1 Indication in vtLite Marine display (1/2)

Indication Description

Position (1) External: Appears when the external GPS is used. (GGA and RMC receivable) (2) Internal: Appears when the internal GPS is used. (3) Searching GPS satellite: Appears during satellite acquisition.

Ocean region and LES Selected in “Set default Net Provider”

RX signal level Carrier per noise (C/N). Time GPS time and time difference entered in set time zone (Menu44). Cont’d

Modem unit temperature Power unit temperature

Elevation angle Spot beam

Status

RX signal level (C/N)

Position and GPS in use

Time and Time difference

Ocean region and LES


5-12

Table 5.5.1 Indication in vtLite Marine display (2/2)

Indication Description Elevation Angle Antenna elevation angle

Modem unit temperature The red indication means that the temperature is 50 deg. or more.

Power unit temperature The fan activates when the indication changes to red (50 deg. or more).

Spot beam Spot beam in use. Spot beam 0 means Global beam, 254 waiting GPS signal, and 255 no GPS signal.

Status “ Ready for calling” appears when the system works and decodes NCS CC signal normally.

Fig.5.5.5 Network status information

Normal

No GPS signal

Failure on Spot beam selection.

Fig.5.5.6 Network status information (Menu 989)


5-13

5.5.3 Useful Menu and Display Following menu will help you check the system for normal operation. 1. Alarms and messages (Menu ->94)

Note) To use this menu, set “Menu ->974: Set diagnostics” to “On”.

- Clear cause Log : Menu ->943 - Active alarms and warning : Menu ->941 - Information log : Menu ->942 - Statistic list : Menu ->947 - Error log : Menu ->948 - Restart log : Menu ->949

2. Network status information (Menu ->989)

To use this menu, set access level (Menu2) is set to “Owner level.”

3. Transceiver Status (Menu ->983)

4. Communication Log (Log) 5. Mis.Version Id information

(Menu 982, FWD ID and software version) See page 4-2. Note) To use this menu, set “Menu ->974: Set diagnostics” to “On”.

6. vtLite Marine startup display

(Antenna elevation angle, spot beam number and temperatures) See page 5-11 Note) To use this menu, set “Menu ->974: Set diagnostics” to “On”.

Fig.5.5.7 Useful Menu


5-14

1. Clear cause log (Menu 943) Listed are calls that are cleared abnormally by the network or the terminal itself.

** The same list is displayed on the handset by selecting; Menu -> Information -> Alarm & Msg -> Clear cause

The list does not appear when “Set diagnostics” (Menu -> 974) is set to OFF.

Fig.5.5.8 Menu 948

Cause indication is divided into four fields: standard, location, class, and value from left. The number following the slash is assigned by a manufacturer.

e.g.) 1a 2b Bc 1d / 11 a) Coding standard;

Indicates whether the Inmarsat coding scheme or the CCITT Recommendation Q.931 coding standard is used.

0: CCITT Recommendation Q.931 1: Inmarsat b) Cause location;

Indicates where the "fault" event has occurred. Not where it was detected. - 0 to 3: MES

0: User terminals (Telephone, Fax terminal, etc) 1: MES user interfaces (MES keyboard, FIU, etc) 2: MES ACSE (ACSE: Access and Control Signal Equipment) 3: MES hardware (ADE, Channel modems, etc)

- 4 to 7: LES 4: Terrestrial interfaces (FIU, Data modems, etc.) 5: LES ACSE 6: LES Channel units 7: Credit card verification process

- 8 to B: NCS 8: NCS ACSE 9: Spare A: Spare B: Spare

- C to F: TERRESTRIAL NETWORK C: Maritime Switching Center D: PSTN, PSPDN, etc. E: Terrestrial subscriber F: Unidentified location in Terrestrial Network

Press [>]


5-15

c) Cause class; In conjunction with the Cause Location field, indicates the category of the event.

- 0 to 3: "NORMAL" EVENTS 0: Normal clearing at end of call 1: Busy 2: No response 3: Spare

- 4 to 7: "ABNORMAL" EVENTS 4: Pre-emption 5: Lack of capacity or resource 6: Interruption 7: Spare

- 8 to B: "SERVICE NOT AVAILABLE" EVENTS 8: Service not implemented 9: Service not currently available A: "Not authorized" B: Reason unknown

- C to F: "SIGNALLING" EVENTS C: Signal missing (time-out) D: Parameter(s) out-of-range or conflicting E: Other signalling failures F: Spare

d) Cause value

In conjunction with all the above fields, uniquely identifies the cause of the event. Clear cause list User terminal 1001 Call cleared by MES terminal 1011 Call failed, MES terminal busy 1012 Call cleared, MES terminal busy 1021 Call failed, MES time-out (no answer) 1081 Call failed, MES terminal not installed 1091 Call failed, MES terminal out-of-service 1092 Call cleared, MES terminal out-of-service MES user interface 1141 Call cleared, MES initiated preemption 1142 Call cleared, MES initiated preemption 1143 Offered call cleared, pre-empted at MES 1144 Call cleared, MES initiated preemption 1145 Attempted call cleared, pre-empted at MES 1146 Attempted call abandoned by MES terminal 11A0 Call cleared, credit card not accepted 11D1 Call failed, Request data invalid 11D2 Call failed, insufficient digits in service address 11D3 Call failed, invalid service address 11D4 Call cleared, credit card data information invalid 11D5 Call cleared, invalid country code 11D6 Call cleared, PID information is not consistent 11D7 Call rejected, invalid service for Pri. 1 or 2 call 11D8 Call cleared, dialled number not 2 or 3 digits for Pr.1 or 2 call 11E0. Call cleared, invalid credit card PIN at this LES 11E1. Call cleared, too many invalid credit card call attempts


5-16

MES ACES (Setup signaling) 1202 Handover, MES ready 1262 Call cleared, MES time-out (Distress Test exceeded 120s) 1281 Call failed, MES cannot accept 1291 Call failed, MES cannot accept at present 12B1 Call cleared by MES for unspecified reason 12B1/1 SES is clearing due to timeout of timer TS011, NUMBER is missing 12B1/2 SES is clearing due to CESV_OFF, Process, carrier_lost 12B1/3 SES is clearing due to timeout of timer channel_not_ready, before reception of

CHANNEL_READY. 12B1/4 SES is clearing due to timeout of timer TS003, Wait for assignment from NCS during

shore_call 12B1/5 SES is clearing due to timeout of timer TS008, no_distress_channel_assignment 12B1/6 SES is clearing due to timeout of timer TS005, shore_carrier_timeout 12B1/7 SES is clearing due to timeout of timer TS010, ship_carrier_timeout 12B1/8 Signal NUMBER from user carries an illegal CES access code parameter, ces_id_not_ok 12B1/9 Call rejected because a call set-up is already in progress, conflicting_call_request 12B1/10 No response from net, verify commissioning of terminal, Wait for assignment from NCS

during ship_call 12B1/10 ipds_man_serv_rej / MPDS Commissioning error, contact Net provider 12B1/10 ipds_async_release / PC disconnects the MPDS call 12B1/11 SES is clearing due to timeout of timer channel_not_ready, before reception of

CHANNEL_READY. 12B1/11 ipds_too_slow / MPDS connection too slow, and disconneted by MCU 12B1/12 Control did not grant access to terminal due to conflicting shore call. 12B1/13 Control did not grant access to terminal due to conflicting ship call. 12B1/14 Control did not grant access to terminal due to too frequents request 12B1/15 Control did not grant access to terminal, had better things to do. Control_busy 12B1/16 selective_clear 12B1/17 call_preempt 12B1/18 For some reason, updating a record handler etc. couldn't be done, update_failed 12B1/19 antenna_failed 12B1/21 The communication link to ACU has failed, ant_comm_failed 12B1/25 System is not ready yet after startup, control_not_started 12B1/26 Spot beam selection is being performed, spot_beam_selection 12B1/27 Bulletin board data (satellite channel information etc.) is not yet verified,

bb_not_validated 12B1/30 Ocean region registration is in progress 12B1/31 Antenna is not yet ready for use, awaiting_antenna_ready 12B1/32 Channel tuning is being performed, Rf_channel_not_ready 12B1/33 No satellite synch can be achieved 12B1/34 Antenna configuration is taking place 12B1/36 Antenna is searching for satellite(s) 12B1/37 Used in CONTROL_PP to indicate a preemption of a ship- or shore-call, for a MES

initiated distress-call. 12B1/38 Used in DTLXMNG_DPP to indicate a timeout of timer TS308, no mark has been

received from the LES. 12B1/41 Printer not ready. Power may be turned off, cable not connected, paper empty or printer

not selected/on-line 12B1/42 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_text


5-17

12B1/43 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_acknowledge

12B1/44 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_synch 12B1/45 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_Rx_lock 12B1/46 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_Tx1_lock 12B1/47 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_Tx2_lock 12B1/48 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP.

missing_or_illegal_channel 12B1/49 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. no_authorization 12B1/50 CHANNEL_ERROR detected by CHNL_SERVICE_CP or CHNL_ICP. burst_not_sent 12B1/51 Precharge terminal has run out of time. Must refill before call is possible. out_of_charged 12B1/52 Wrong PIN code entered. incorrect_pin_code 12B1/54 Used when access is restricted due to Enhanced Function inconsistency.

ses_use_restricted 12B1/55 A command to the ACU was not accepted (4 times), link restarted. acu_cmd_failed 12B1/56 A command to the PCU was not accepted (4 times), link restarted. pcu_cmd_failed 12B1/57 Antenna initialize failed. ant_init_failed 12B1/59 Operation/Function failed 12B1/60 Operation not possible, function is busy 12B1/61 No lcm_connect received from shore after lcm_estblish sent (asd) 12B1/62 Data link failure in asd communication 12B1/63 Radio Silence activated 12B1/64 Inactivity timeout for data calls 12B1/65 Limited duration timeout for 16QAM calls. Call duration guard activated (Menu 42) 12B1/67 Various error situations releated to SIM authentication (during call). 12B1/68 Power down requested. power_down_MCU 12B1/69 Traffic log buffer is full 12B1/70 Duplex interface busy. 12B1/71 Internal call manager busy 12B1/72 Congestion, can't connect lines, internal dialing. 12B1/73 Congestion, can't get line, internal dialing. 12B1/74 Internal number unallocated 12B1/75 Incompatible destination for internal call 12B1/76 Invalid CallRef, (Too late, another call process got the call) 12B1/77 Too late, another call process got the call, (ISDN: non_selected_user_clearing) 12B1/78 Local interface too busy to handle the call 12B1/79 Used by LOADING, transfer_blocked 12B1/80 Local number analysis failed, dialled_number_rejected 12B1/81 Doppler Compensation error: Too large speed or too large error 12B1/82 Internal interface timer expired (e.g. ISDN protocols) 12B1/83 Internal retrieve error 12B1/84 Internal retrieve blocking, can't allocate or connect channels 12B1/85 Internal rearrangement error, probably race condition 12B1/86 Internal IPDS (MPDS) protocol error, int_ipds_protocol_error 12B1/87 Manual control of the system (test and type approval) 12B1/88 Internal decession to clear or abort activity due to unexpected SW sequence 12B1/89 The communication link to RFB has failed, rfb_comm_failed 12B1/90 The RFB failed to tune the digital attenuator, rfb_attenuator_failed 12B1/91 The IPDS (MPDS) service is not allowed due to local terminal configuration, restore to

factory defaults


5-18

12B1/92 No originator id is defined for IPDS (MPDS), local configuration is incorrect, restore to factory defaults

12B1/93 No response was received from the IPDS (MPDS) host system within the allowed time 12B1/94 The device connected to the terminal (PC) cleared the call 12B1/95 The bulletin board information required for IPDS (MPDS) is unavailable 12B1/96 The IPDS(MPDS) call was disallowed or preemptied by another activity local to the MES 12B1/97 The terminal received a request to de register from the IPDS (MPDS) host 12B1/98 Synch to the LESP was lost during a call, ipds_sync_lost, verify correct user name/password 12B1/99 Unable to tune to one of the IPDS (MPDS) channels 12B1/100 Modem unit hardware does not support IPDS (MPDS) service, 12B1/101 RFB hardware does not support IPDS (MPDS) service, 12B1/102 The attempt to register with IPDS (MPDS) was rejected 12B1/103 The attempt to establish a IPDS (MPDS) connection was rejected 12B1/105 Timeout is attempt to setup a IPDS (MPDS) connection 12B1/106 Attempt to establish a IPDS (MPDS) connection was rejected 12B1/107 The MES failed to handle the IPDS (MPDS) data within the allowed time, ipds_too_slow 12B1/108 Internal error within the IPDS (MPDS) software 12B1/114 The call was preempted by a call waiting 12C2 Call cleared, no credit card valid message received 12C3 Call failed, MES time-out (no terrestrial answer) 12C4 Call cleared, authentication query not received 12C5 Call cleared, supplementary services signalling error 12C6 Call cleared, supplementary services signalling error 12C7 Call cleared, supplementary services signalling error 12C8 Handover failed, LES not detected 12D1 Call failed, Spot-beam data invalid 12D2 Call failed, invalid scrambling vector MES Hardware 1351 Call cleared, insufficient free memory 1361 Call cleared by MES cable unwrap 1362 Call cleared, long interruption in reception at MES 1391 Call cleared, travelled distance exceeds 700km 1392 Call cleared, spot beam transition 1393 Call cleared, cooperative mode Terrestrial Interface 1451 Call failed, terrestrial circuits congested 1452 Call failed, LES congested (no channel and no circuit) LES ACES (Setup signaling) 1502 Handover, LES ready, normal clear 1551 Call failed, LES congested (no channel) 1581 Call failed, service not provided at this LES 1591 Call failed, service temporarily not available at this LES 1592 Call cleared, credit card type not supported 15A1 Call failed, MES not authorised at this LES 15A2 Call failed, service not authorised at this LES 15A3 Call cleared, credit card not authorised 15A4 Call cleared, authentication reply invalid 15A5 Call failed, PID not authorised for any service


5-19

15A6 Call failed, PID not authorised for requested service 15A7 Call cleared, dialled number illegal for Pri. 1 or 2 call 15B1 Call cleared by LES for unspecified reason 15C1 Call failed, LES time-out (no assignment) 15C2 Call failed, LES time-out (no service address) 15C3 Call failed, LES time-out (no scrambling vector) 15C4 Call failed, no service address and no scrambling vector 15C5 Call cleared, incomplete credit card data information 15C7 Call failed, LES time-out (no MES Connect) 15C9 Call cleared, no authentication reply 15CA Call cleared, notification ack not received 15CB Call cleared, invalid sequence number in notification ack


5-20

2. Active alarms and warning (Menu 941) The list of active alarm window, is opened through “Active alarms and warning” menu (Menu ->941). The window lists the alarms and warnings that are not get read. The alarms and warnings that are already read are displayed in the Information Log (Menu ->942). To see the active alarm list on the handset, select Menu -> Information -> Alarm & Msg -> Alarm list.

Fig.5.5.9 Menu 941

Table 5.5.2 Active alarms and Information (1/2)

No. Alarm Information Solution

1 Burst not sent Missing output Internal information.

No need for action if terminal operates normally. Replace transceiver.

2 Distress Box Handset failure No distress capability

The terminal dose not detect the presence of a handset with a distress box attached.

Check connections and restart the terminal.

3 EEPROM CRC failure Appears when terminal software was upgraded and configuration set to default.

Information: does not effect terminal operation.

4 External GPS position in use

The internal GPS is not providing position so the system is using the (optional) external GPS receiver.

Implemented in software 1.0 F70.

5 Beam selection failed Not ready for call

GPS information dos not convey the position.

Wait 15 minutes, verify antenna view, restart MCU.

6 Modem thermometer error No connection or failure of the thermonitor module on the modem unit.

No need for action if terminal operates normally.

7 No contact with GPS No reading from the internal GPS module. Ignore this alarm if terminal operates normally.

Wait up to 15 minutes. Replace GPS module in antenna.

8 No GPS position Reading from the module but position is not available.

No GPS coverage, verify antenna view.

9 Power supply thermometer error

No connection or failure of the thermometer for the power supply unit.

Power unit fans will automatically be switched ON. System will operate normally, except power fans are always ON.

10 RFB reported 28V too high 28V volt is down-converted by RF unit, used by control and tracking unit.

Replace antenna Transceiver.

Press [>]


5-21

Table 5.5.2 Active alarms and Information (2/2)

No. Alarm Information Solution

11 RFB reported 28V too low 28V volt is down-converted by RF unit, used by control and tracking unit.

Replace antenna Transceiver.

12 RFB reported 48V too high 48 volt is supported from MCU to RF unit via antenna coax. Verify voltage from MCU/coax.

13 RFB reported 48V too low 48 volt is supported from MCU to RF unit via antenna coax.

Verify voltage from MCU/coax, verify cable/connectors.

14 Terminal adapter not found The terminal dos not detect the presence the inbuilt F70 terminal adapter, or 4 line TA.

Restart the terminal. Verify TA connection. Replace TA.

15 TFB Temperature Sensor defective

TFB=transceiver front end board Antenna.

Fans will automatically be switched ON. System will operate normally, except power fans are always ON.

16 TFB Temperature too High Errors where operational Conditions go out of range.

Terminal will automatically switch OFF. If necessary switch ON MCU.

17 TMB Temperature Sensor defective

TMB=transceiver main board Antenna.

Fans will automatically be switched ON. System will operate normally, except power fans are always ON.

18 TMB Temperature too High

Errors where operational conditions go out of range.

Terminal will automatically switch OFF if necessary .

19 Unable to read fwd and ret Id

The Terminal id’s are stored in a secure flash chip on the CIB. Indicates that the chip is defective.

Replace CIB. (Connector Interface Board)

** CIB: Connector Interface(panel) Board


5-22

Table 5.5.3 Active alarms

Alarm message Action

Program code self check failed 1) Reprogramming 2) Replacing modem unit

Terminal ID CRC failure Replace modem unit

MUB EEROM CRC failure 1) Reprogramming 2) Replacing modem unit

RFB EEPROM 1/2 CRC failure Replacing modem unit

NVRAM CRC failure 1) Reprogramming 2) Replacing modem unit

Functionality is lost Replacing modem unit

Memory error

Traffic log data is lost 1) Reprogramming 2) Replacing modem unit

Tx synt lock failure Replacing modem unit Rx synt lock failure Replacing modem unit Synthesizer-related

error IF PLL Lock failure Replacing modem unit Unauthorized transmission Replacing modem unit or RF board TX active in idle state TX enable in idle state TX on in idle state Missing output on 4.8 kbps Missing TX off Voice/Data call aborted

Transmitter error

RFB 28 volt low

Replacing modem unit or RF board

Other Turbo asic failure Replacing modem unit


5-23

3. Information log (Menu 942) The information log lists previous alarm conditions, warnings and event information. The same log is displayed on the handset by selecting Menu -> Information -> Alarm & Msg -> Inf. Log.

Fig.5.5.10 Menu 942

4. Statistic list (Menu 947) in Alarms and message This list is used by the manufacturer.

Fig.5.5.11 Menu 947

Press [>]

-SPM events -RFB events -Other events -Dynamic statistic

Other events Dynamic statistic

SPM events RFB events

Press [>]


5-24

5. Error log (Menu 948) This log is used by the manufacturer.

Fig.5.5.12 Menu 948

6. Restart log (Menu 949) This log tells why the system restarts.

Fig.5.5.13 Menu 949

Press [>]


5-25

7. Network status information (Menu 989) This menu is used to make sure that the system logged on successfully. Set access level (Menu ->2) must be set to “Owner level”. To see this menu on the handset, select Menu -> Information -> Network Info.

Fig.5.5.14 Menu 989

Oreg : Ocean region Cap : Capabilities ChAdv : Channel advice P.Adv : Satellite parameter advice

Press [>]

Ocean region

Capabilities

Satellite parameter advice

Channel advice

Fig.5.5.15 Menu 989


5-26

8. Transceiver Status (Menu 983) Temperature and voltages in the transceiver are available.

TR 28V : Transceiver 28V

TR 48V : Transceiver 48V

TFB Temp. : Transceiver Front-end Board

TMB Temp. : Transceiver Main Board

Not used.

Not used.

Power amplifier temperature is shown.

Not used.

Fig.5.5.19 Menu 983

Fig.5.5.17 Menu 983

Fig.5.5.18 Menu 983

Fig.5.5.16 Menu 983


5-27

5.5.4 Communication Log Click Log in vtLite Marine window to see the communication (traffic) log. There are two logs: Cct (Circuit switched calls) and MPDS pocket switched data. The selection is made by using (respective button:) CCT and MPDS.

Cct

MPDS

MPDS traffic log includes following items. - Port bytes Tx/Rx : Tx/Rx in KBytes - Rx Crc : Forward errors in MPDS system - SrejS Tx/Rx : Retransmitted Tx & Rx derection - Tx5/20ms : Tx slot number: 5ms(maintenance) and 20ms(data) - Connection : － - Pk/Av users : Peak and average users on the same channel - Tim Init/Cor : － - Clear Codes : Clear cause codes. - Accum TimAdj : Time adjustment of slot due to location on earth. - SyncLost : Lost synchronization

Fig.5.5.20 Communication log

Press [>]

Press [>]

5.6 Troubleshooting

5-28

5.6 Troubleshooting

Table 5.6.1 Troubleshooting(1/2)

Problem Probable cause Action The CU is not switched ON.

− Toggle the ON/OFF switch to ON. − Switch off, wait 10 secs and switch back on. − Check that the power cord is properly

connected. − Replace fuses, if needed, located near the

power switch.

1 The FELCOM 70 CU power indicator does not light up.

Power is not connected.

− Verify correct voltages to the CU: 100-240V AC.

2

The ISDN Handset display stays completely black.

The handset cord is not connected, damaged, or enumerating failed.

− Check that the handset cord is properly connected and inspect the cord.

− Power CU off/on. − Disconnect cord from CU and connect it again.

3 FELCOM 70 cannot find the satellite.

No or weak signals

− Check for correct position of the antenna. Check that no obstacles block the free sight to the satellite.

− The signal strength indicator should preferably exceed 570.

− Check that the coax cable is connected properly.

− Restart the search for any satellite, or try a satellite in a specific Ocean Region.

FELCOM 70 is not properly commissioned.

− Call the Net Service Provider.

The called party is busy. "Subscriber busy" appears in the display.

− If unsuccessful, wait for some time and try again.

− Call another destination (another country). − Select another Ocean Region. 4 Unsuccessful

call attempt The following messages appear in the display: "No response from net" or "Not authorized for this service".

− Check that the correct Net service provider is shown in the display.

− The FELCOM 70 terminal is not properly commissioned. Check with the Net Service Provider or verily that “Network status information” function displays Region Registration: Successful.

"Traffic log is full" message appears.

− Connect a PC to FELCOM 70 and read/print out the traffic log to allow further logging.

CU:Communication Unit

5.6 Troubleshooting

5-29

Table 5.6.1 Troubleshooting(2/2)

Problem Probable cause Action

Incomplete dialing

− Remember to press "#" as last digit before starting transmission.

− Instead of "#", try to enter: 902 + 00 + country code + subscriber number.

Service not commissioned

− See problem 5.

5 Problems with

telefax or videophone

System transmission delays

− The OFF-HOOK time should be as long as possible (e.g. 2 minutes). When the fax machine is called, ringing time should be set to minimum (e.g. immediate answer).

− Try a different fax machine. Check that a Group 4 fax is used on the ISDN interface, and Group 3 fax via analogue interface. (e.g. TEL4).

6 No GPS GPS alarm, or no GPS readout

− Wait for 15 minutes. The GPS may use up 15 minutes if FELCOM 70 has switched off for more than 6 hours. If not the case, GPS will report position to the vtLite Marine and handset display when the system logs on to the satellite.

7 Problems with data communication

Wrong PC settings

− Check the PC program settings: speed 115200 bps, 8 data bits, 1 stop bit, no parity if RS232 is used (default settings in F77 CU).

− If shore/land side has an analogue modem, use 3.1 kHz service in FELCOM 70.

− If shore/land side has ISDN connection, use 64 kbps UDI service.

− If shore/land has 56 kbps UDI (some states in America), use 56 kbps UDI data service.

− Contact the PC applications vendor for help.

8 Routing of calls

MSN number not entered properly

− Make sure that the MSN number entered into FELCOM 70 with the Device Manager, is also entered into connected equipment. Some ISDN devices can be programmed with multiple MSNs and will answer different services and MSNs.

9 Problem with local calls Wrong dialing

− Check that you call the correct MSN number. If Access Code is used, you need to enter this code first

− ISDN-to-ISDN: MSN

10 Problem with call transfer

− Phone does not support “R” button. − Not possible to transfer call from analogue to

ISDN.

11 Problem with Distress Distress Alarm

− Make sure that the ISDN Handset related to the Distress Alert Unit is properly connected.

− Test distress buzzer using the ISDN Handset function Priority Call or vtLite Marine.

5.6 Troubleshooting

5-30

Supplement 1) When it becomes an error with UDI or MPDS call;

(between PC and Communication unit) Make sure RS-232(A)/(B) Port Setting, “Speed,” “Format,” and “Flow control”.RS232(A) and RS232(B) ports are set through Serial “Ports” menu on the ISDN handset. Default setting anyway !. To set default; Select Menu ->Ports -> Com Default

Menu Setting

Ports Driver Switch Speed Format Flow control Port A --

RS232 Port B* RS422 115200 d=8, p=none, s=1 rtc/cts

2) When UDI call changes to MPDS; Check Modems setting on the PC. “AT+WS45=1” should be added as “Extra initialization commands” in Extra setting box.

3) When ISDN terminal does not work;

Up to 7 ISDN devices can be connected. When the distance between Communication unit and the last wall socket on an ISDN bus exceeds 10m, the termination resistors in the last wall socket must be incorporated by setting both slide switches to position ON. Or an “ISDN bus end plug”, RJ45 termination plug may be used.

4) When FAX communication cannot be made;

Change ECM setting to OFF. See page 3-51.

6.1 ISDN Handset menu tree

6-1

6.1 ISDN Handset menu tree There are two types of ISDN handset modes: Fleet and Normal. It recommends setting that the handsets connected to the distress alert unit for Fleet mode, and other handsets to Normal mode. See page 3-7. 6.1.1 Overview of Fleet handset menu

Table 6.1.1 Overview of Fleet handset

MENU Sub MENU-1 Note Sat. Search Selecting another Ocean Region.

Active MSN Selecting service, 4.8k Speech or 64k Speech. Key click Setting key click, ON or OFF.

Ringer Setting the tone sound and level heard when the phone rings.

Answer beep It is set to emit a signal in the handset when an outgoing call is answered. The signal will also sound when a call is transferred at the remote end.

Backlight Setting Backlight, ON or OFF.

Protocol Selecting its handset protocol; Euro or NI-1 protocol. It recommends Euro protocol.

Phone set Up

SW Version Display Handset software Version. Set Network Selecting Net provider.

Safety Call Priority call function; Safety call Urgency Call Priority call function; Urgency call

Distress Test Distress test for voice service with LES. (Only handset that connected to the Distress alert unit.) Priority call

Test Buzzer Buzzer test for Distress alert unit. (Only handset that connected to the Distress alert unit.)

Port A

Port B

Setting RS232A(B) and RS422 ports, the data Speed, Format, Flow control for RS232A(B)s and RS422 ports, and RS232B or RS422 driver switch.

Com Default To set default, Ports A and B setting menu. Ports

NMEA Port To set external GPS data input, enable or disable.

Diagnostics Setting Diagnostics ON or OFF, the other software information is added when set to ON.

Forward ID Display HW Forward ID. Version Info. Display system software versions. Network Info. Display Network information. Alarm＆Msgs Display Clear Causes, Alarm List, Info.Log. Position Display own ship position.

Information

Speed/Course Display own ship speed and course

Chapter 6. Menu tree


6-2

6.1.2 Details of Fleet handset menu tree

Table 6.1.2 Details of Fleet handset menu tree (1/6)

Menu Sub Menu-1 Sub Menu-2 Sub Menu-3 Note Find Any AOR-W AOR-E POR IOR Region 4 Region 5 Region 6

Sat. Search

Region 7

To select another Ocean Region. Find Any: the antenna searches one Ocean Region after the other until a satellite signal is found. Region4-7: Not used

#1:4.8 Speech

Active MSN #2:64k Speech

Select service, 4.8k Speech or 64k Speech. - 4.8 Speech: data rate 4.8kbps - 64kbps: data rate 64kbps (The quality voice and charges are

higher than 4.8k speech service.) on Key click off Setting key click, ON or OFF.

Tone#1 Tone#2 Tone#3 Tone#4 Tone#5 Tone#6 Tone#7 Tone#8

Phone set Up (cont’d)

Ringer (continued) Tone

Tone#9

Setting the tone sound when the phone rings.


6-3

Table 6.1.2 Details of Fleet handset menu tree (2/6)

Menu Sub Menu-1 Sub Menu-2 Sub Menu-3 Note Low Medium High Ringer Volume

Increasing

Setting the tone level when the phone rings.

on

Answer beep off

It is set to emit a signal in the handset when an outgoing call is answered. The signal will also sound when a call is transferred to the remote end.

on off

30 seconds

Setting Backlight, 30 seconds ON when pressing a key or receiving a call, and stays ON 30 seconds after last event.

10% 20% 30% 40% 50% 60% 70% 80% 90%

Backlight

dimmer

100%

Setting backlight dimmer, intensity adjustable in 10 steps.

Euro-ISDN Protocol NI-1

Selecting its handset protocol; Euro or NI-1 protocol. It recommends Euro protocol.

Phone set Up

SW Version V1.0.42 130502 CHK sum Display handset software Version.

Set Network 001/telenor 002/stratos 003/KDDI

The default Net provider for Ocean Region is automatically used, the user need not to select another one.


6-4

Table 6.1.2 Details of Fleet handset menu tree (3/6) Menu Sub Menu-1 Sub Menu-2 Sub Menu-3 Note

Safety Call Dial safety number now Priority call function; Safety call

Urgency Call Dial urgency number now Priority call function; Urgency call

Distress Test Distress test mode enabled

Pressing OK enables the Distress Test function, allowing a test alarm transmission. If required, press ESC to exit. Press the “DISTRESS” button within 30 seconds, otherwise a real distress will be transmitted. You can hear massages in terms of distress announcement from LES when distress test started.

Priority call (Only handset that connected Distress alert unit)

Test Buzzer Self test

Buzzer test for Distress alert unit. When pressing OK, the Distress alarm buzzer sound for a short period. (Only handset that connected to the Distress alert unit.)

1200 bps 2400 4800 9600 19200 38400 57600

Speed

115200

Setting speed for RS232A port. Default: 115200

d=7,p=none, s=1 d=7, p=e, s=1 d=7, p=o, s=1 d=7, p=n, s=1 d=7, p=s, s=2 d=8,p=none,s=1 d=8, p=e, s=1 d=8, p=o, s=1 d=8, p=m, s=1 d=8, p=s, s=1 d=8,p=none,s=2 d=8, p=e, s=2 d=8, p=o, s=2 d=8, p=m, s=2

Format

d=8, p=s, s=2

Setting format for RS232A port. Default: d=8, p=none, s=1

none rts/cts xon/xoff trans

Ports (cont’d) Setting serial ports, RS232A(B), and RS232B port or RS422 driver switch.

Port A (RS232)

Flow control

xon/xoff

Setting flow control for RS232A port.

Default: rtc/cts


6-5


RS232 When setting RS232;

- RS232B port, activated - RS422 port, deactivate

Driver Switch (RS232B or RS422 driver switch.) RS422

When setting RS232; - RS422 port, activated - RS232B port, deactivate

1200 bps 2400 4800 9600 19200 38400 57600

Speed

115200

Setting speed for RS232A port. Default: 115200

d=7,p=none, s=1 d=7, p=e, s=1 d=7, p=o, s=1 d=7, p=n, s=1 d=7, p=s, s=2 d=8,p=none,s=1 d=8, p=e, s=1 d=8, p=o, s=1 d=8, p=m, s=1 d=8, p=s, s=1 d=8,p=none,s=2 d=8, p=e, s=2 d=8, p=o, s=2 d=8, p=m, s=2

Format

d=8, p=s, s=2

Setting format for RS232A port. Default: d=8, p=none, s=1

none rts/cts xon/xoff trans

Port B (RS232)

Flow control

xon/xoff

Setting flow control for RS232A port.

Default: rtc/cts

Com Default To set default, Ports A and B setting menu.

Enable

Ports

NMEA Port Disable

To set external GPS data input, enable.


6-6


on Diagnostics off

Setting Diagnostics ON or OFF, the other software information is added when set to ON.

Forward ID HW(fwd): e.g. 3F9BEC

Traffic log Dump trf.log

Communication Log print to serial printer. Appears “Dump trf.log” when setting “Automatic printing RS-232A, or B” in Log menu.

System REL1.2T10 26 Jun 2003

Ctrl. sw 101476 Ver.:2.0 05 June 2003

DSP F77 ph2 dev00.8

Monitor 1.05 KDB 1.20 RFB 1.100

Version Info.

ATB F77 Marinel 1.00

Software version from DSP to ATB are added when Diagnostics set to ON.

Information (cont’d)

Network Info.

e.g.) -IOR Spot:7 -Ready for call -NCSC Curr -NCSC Active -Registration

Display Network information.


6-7


Clear Causes

Display “Clear Causes” when a communication is abnormal. When MPSD communications are always displayed. Note that all clear cause will reset, when turn off power. e.g.) - 12B1/111270

ipds async rele Time:0245:36 Date:09:07:2003

- 11D3/03501

Incorrect number 12B1/111270;

Clear Causes number

Alarm List

Appears Alarm List that is present alarm. Note that all clear cause will reset, when turn off power.

Alarm＆Msgs

Info.Log

Display Info.Log that detected date and time. Note that all clear cause will reset, when turn off power. e.g.) -No contact with GPS

Time:xx:xx:xx Date:xx:xx:2003

-Updated LES -EEPROM CRC failure

Position 135d212m16s E 034d44m27s N

Information

Speed/Course Speed:0.0 Course:000


6-8

6.1.3 Details of Normal handset menu tree Table 6.1.3 Details of Normal handset menu tree

Menu Sub Menu-1 Sub Menu-2 Note #1: 4.8 speech

Active MSN #2: 64k speech

Selecting service, 4.8k Speech or 64k Speech. - 4.8 Speech: data rate 4.8kbps - 64kbps: data rate 64kbps (The quality voice and charges are higher than 4.8k speech service.)

On Key click Off Setting key click, ON or OFF.

Tone #1 Tone #2 Tone #3 Tone #4 Tone #5 Tone #6 Tone #7 Tone #8

Tone

Tone #9

Setting the tone sound when the phone rings.

Low Medium High

Ringer

Volume

Increasing

Setting the tone level when the phone rings.

On

Answer beep Off

It is set to emit a signal in the handset when an outgoing call is answered. The signal will also sound when a call is transferred to the remote end.

On Off 30 seconds

10% I

Backlight

Dimmer 100%

Setting Backlight, 30 seconds ON when pressing a key or receiving a call, and stays ON 30 seconds after last event Setting backlight dimmer, intensity adjustable in 10 steps.

English Norsk Language Deutsch

To select using language for handset menu.

#1: 20 4.8 speech 20 #1 MSN #2: 30 64k speech 30 #2 Display MSN.

Euro-ISDN Protocol NI-1

Selecting its handset protocol; Euro or NI-1 protocol. It recommends Euro protocol.

SW version e.g.) V1.4.00 290703 Display handset software

Version. Reset to Fleet Set to Fleet ? Changing Fleet handset mode.


6-9

6.1.4 Phone book entry (Fleet handset) Number of Phone book entry;

Number of Phone book entry=1190/(number of names char.: max. 15 + number of subscriber number digits: max. 19)

Table 6.1.4 Book menu

Phone book entry

Operation Menu-1 Menu-2 Menu-3 Menu-4 Note

[menu]

Add name:xxx [ok]

Numbe:xx-xx [ok] saving

The “#”-key toggles between upper-case and lower-case char.

Phone book editing

Add entry Add name:xxx [ok]

Numbe:xx-xx [ok] saving Add entry

Edit number Numbe:xx-xx [ok] saving

Edit name Add name: xxx[ok] saving

The “#”-key toggles between upper-case and lower-case char.

Delete deleting

Search book Name search Entry char. or number for search.

See number [xx] 0081786-2274

Copy Short Number

[menu]

Short by shrtNo

If “Sort by ShrtNo” is selected, the “Search book” function switches to “Sort by Name”.

- Making a call:

[0][0] + country code + subscriber number + [off hook] - Dialing from phone book:

[Press “Book”]+[Press “up/down arrow key”] + selecting number + [off hook] - Call transfer (Connection via satellite):

[R] [*][*] + MSN number + [#] [R]toggles between Transfer from analogue to ISDN is not possible.

- To redial calls made: Press [“up arrow key”] + Use the arrow keys to scroll through the list + [off hook]

- To view calls received: Press [“down arrow key”] + Use the arrow keys to scroll through the list + [off hook]

The Redial Memory stores the last 30 called and received numbers. - Internal communication:

[*][*] + MSN number +[#] or [1][0][3] + MNS number + [#] You can make MSN number either 4.8k speech or 64k speech when call to ISDN handset.

6.2 vtLite Marine

6-10

6.2 vtLite Marine 6.2.1 Starting up

6.2.2 Menu bar

Table 6.2.1Menu bar tree

Menu bar Sub-menu Note

Terminal MMI If no contact with Communication unit.

AT mode The AT command set allows you to configure the data communication function directly from this.

Offline Disconnect with communication unit. Mode

Exit Show GPS Display Position data in vitLite Marin window. Zoom In Zoom in vitLite Marin window. View Zoom Out Zoom out vitLite Marin window. Port Setting port. Device manager Setting ID and MSN. Print handling Setting “windows printer”. Configure

Sound User manual Help About Display version information for vitLite Marin.

Menu bar

Displays own ship position data and using GPS, Internal/External (To set ON in View ->Show GPS)

RX signal, Carrier/Noise

ZONE Time (Setting, Menu ->4 ->Time zone set)

Menu button - Book: Phone book entries - Log：Displays communication logs - Menu: Display Menus - Seek: Starting satellite search

Displayed when vtLite

Marine and Communication

unit is connected.

6.2 vtLite Marine

6-11

6.2.3 Menu button

1. [Book] button Table 6.2.2 [Book] button (1/2)

Menu-1 Menu-2 Note

Save NWC phone book to a file Saved to file: (Display D:¥Program file ¥vtLiteMarine¥PhoneBook.txt)

Load phonebook from a file to the NWC Display “Loaded terminal from file”. File

Book File Manager (Owner level) Replace phonebook from a file to the

NWC Display “Loaded terminal from file”.

Name Subscriber name (Name length, max. 29 characters)

Number Phone No.: 00+country code + subscriber number (Number length, max. 19 digits)

Netwk Default Network or LES Terrestrial network

To maintain [00] (Not used)

New

No.

1～98, 99(Hot dial) (Displayed “Entry is already in use. Do you want to overwrite it ?”, when a number is already used.)

Del Same as [Back Space] key function. Save It is stored in the order of the alphabet.

Menu button - Book: Phone book entries - Log：Displays communication logs - Menu: Display Menus - Seek: Starting satellite search

6.2 vtLite Marine

6-12

Table 6.2.2 [Book] button (2/2)

Menu-1 Menu-2 Note Name Number Netwk Terrestrial network

Edit No. Same as New menu.

Del Same as [Back Space] key function. Remove (Click, display “Delete entry? Data will be removed permanently”, then select YES. New Save

6.2 vtLite Marine

6-13

2. [Log] button Table 6.2.3 [Log] button

Menu-1 Menu-2 Note Print (owner level) The viewer lists tagged call records. Records that have been printed out previously are marked with a hash. The record file can be printed out or saved to disk. - File: Reset/Save/Print/Exit - Edit: Cut/Copy/Past/Delete/Select All - Search: Find/Find Next Tag* (owner level) Clicking Tag* mark all calls marked with hash,

which adds the records to the print file. Clicking Tag again untags a selected record. Tag (owner level) Clicking Tag mark the selected calls marked with hash, which adds the records to the print file. Clicking Tag again untags a selected record.

Cct Scroll up/down key to wanted call record and press > key to display details of the selected call. - Dialed number - Netwk - Satellite - Reg. No - Printed - Tagged - Service - Start - Duration

Quit Return to Main menu.

Cct: Circuit switched calls - Voice call/Data service call

Print (owner level) - Same as Cct.

Tag* (owner level) - Same as Cct.

Tag (owner level) - Same as Cct.

Mpds Scroll up/down key to wanted call record and press > key To display details of the selected call. - Port bytes Tx/Rx - Rx Crc - Tx5/20ms - Pk/Av - Clear Codes - Accum TimAdj - SrejS Tx/Rx - Connects - Tim Init/Cor - SyncLost

Quit - Same as Cct.

Packet switched data calls - Packet Data Service call

Edit (owner level)

- Paused - Cleared - Enabled - Automatic printing to RS-232 A - Automatic printing to RS-232 B

Setting “Automatic printing to RS-232A” or “B” when serial printer connect with RS-232[A] or [B] port.

Ok

6.2 vtLite Marine

6-14

3. [Seek] button Clicking Seek starts the search again.

6.3 [MENU] button

6-15

6.3 [MENU] button

6.3.1 Overview Following display are set to “Owner level” in Menu ->2 and Diagnostics function “ON” in Menu ->974.

Note that display Icons with marked “O”, when access level is set to Owner level. - 93: Software update prep. - 989: Network status information

94:Alarms and message 99: Customization (Setting: Owner level) 98: Information available

91: Access control (Setting: Owner level) 97: Configuration

4: Phone setup

9. Advanced functions

Not used

6.3 [MENU] button

6-16

Table 6.3.1 Function reference list (1/2)

Menu No. Function Access

level Note

1 Set default Net provider User Allow changing Net service provide (and terrestrial network).

2 Set access level User Allow shifting between user level and owner level, changing PIN code and owner password. ** Default Owner password: 1234567890

4 Phone setup menu

42 Call duration guard To set maximum call duration for 64kbps calls. Exclude; 4.8k Speech and MPDS.

44 Set time zone Setting time difference.

47 Message Indication

User Setting ON, displayed when incoming 3.1k Audio and 64k data.

9 Advanced functions menu 91 Access control menu

911 Restrict dial Only allows calls from Phone book. List of barred numbers may be established.

912 Access code Sets personal codes for using telephone (4.8k/64k speech).

913 Restrict SIM usage

Owner

Only allows calls with specific card, no card or any card.

93 Software update prep. Owner Prepare for a software update.

Menu ->911: No restrictions, Menu ->912 Disable, Menu ->913: Any, Log: Cleared

94 Alarms and messages

941 Active alarms and warning Until alarm and warring are cleared, it displayed.

942 Information Log Display alarm and warring logs. 943 Clear cause log Display Clear cause logs. 947 Statistics list Using for manufacture. 948 Error log Using for manufacture. 949 Restart log

*Displayed when 974: diagnostics is set to ON.

Display system restart log. 97 Configuration menu

971 ISDN configuration Setting ISDN protocols, Euro or NI-1.

972 Net service providers Owner Adding, editing, or removing entries in the list of Net

service providers.

974 Set diagnostics

Allows additional system information to be displayed when the diagnostics is set to ON; - Menu ->94:Alarms and messages is added in menu

tree. - Added other software version in Menu ->982: Misc.

version Id information. - Display EL/Spot beam information,

temperatures of Modem and Power unit information on vtLite Marine.

977 Rx L-Band setup

User

Setting D-GPS output port ON/OFF.

Cont’d

6.3 [MENU] button

6-17

Table 6.3.1 Function reference list (2/2)

Menu No. Function Access

level Note

978 Charge tone Setting charge tone for 4.8k speech. 979 Spot beam report method

Owner Sending spot ID or position.

98 Information available

982 Misc. version ID information

User

Displays a series of version information windows. (Added other software version in Menu ->982: Misc. version Id information when Menu ->974:diagnostics is set to ON.)

983 Transceiver status User Displays max./min. voltages and temperatures in FR unit.

984 EIRP table -- Not in use.

989 Network status information Owner Displays various network status information.

99 Customization menu

991 Paid functions Installs additional functions, if any. ** Not used FELCOM 70 **

992 Phone name setup Owner Setting phone name. (Showed setting phone name,

when SIM card is set with communication unit.)

6.3 [MENU] button

6-18

6.3.2 [Menu] tree 1. Set default Net provider

Table 6.3.2 Set default Net provider

Menu-1 Menu-2 Menu-3 Note Del Deleting “Set Default Net provider” data. Edit

Setting as follow. - Default Net (Selecting LES) - Terrestrial network

(Setting “00”) - Distress LES (Display LES list with selected in “1. Set default Net provider” when press > key.)

Save

When “Default Net” saved, Display “Do you want the selected net service provider to be default for the other satellites as well?” then click Yes button, “Updating Satellite” appears.

Select Display “Use xxx as new satellite?”, selecting default Net provider, then click Yes button. After starting “Satellite search”.

1. Set default Net provider

Ok

6.3 [MENU] button

6-19

2. Set access level

Table 6.3.3 Set access level

Menu-1 Menu-2 Menu-3 Note

When access level is set “User level”.

Edit phone PIN (4-10 digits) Default: 1234 - Old PIN: xxxx - New PIN: xxx - Retype new: PIN: xxx When PIN code set,

The PIN code required when ISDN handset or vtLite Marine operate.

Edit

When access level is set “Owner level”.

Edit password (10-12 digits) Default: 1234567890 - Old password: x-x - New password: x-x - Retype new password: x-x

Owner or

User

2. Set access level

Displayed set Access level - User level - Owner level

Ok

The owner password (Default:1234567890) cannot be deleted. When you forget the password you have entered, you can not access some setting menu on the vtLite Marine. It recommends the owner password unchanged.

6.3 [MENU] button

6-20

4. Phone setup menu Table 6.3.4 Phone setup menu

Menu-1 Menu-2 Menu-3 Note Edit ! Select - Stay - connected - 15 min - 30 min. - 45 min - 1 hour - 3 hour - 6 hour - 12 hour

Setting maximum call duration for 64kbps calls. Exclude; 4.8k Speech and MPDS.

2. Call duration guard

Ok Edit ! Select - UTC - 12:00 to - UTC + 12:00

Setting time difference. 4. Set time zone

Ok Enable Disable

4. Phone setup menu

7. Message indication

Save

Setting ON, displayed when incoming 3.1k Audio and 64k data. Displayed following indication in handset when incoming call.

- F2M data call - F2M fax call （F2M: Fixed to Mobile）

6.3 [MENU] button

6-21

9. Advanced function Table 6.3.5 Advanced function(1/4)

Menu-1 Menu-2 Menu-3 Menu-4 Note

1. Restrict dial (Owner level)

Edit ! Select - Barred list - Dial from Book

only - No restriction

Barred list Barred list, which may contain up to 10 phone numbers or part of numbers that can not be called. Dial from Book only Dial from Book only, which restricts calls to the numbers in F-70 Phone Book. It is still possible to append: an entry with number field “0047” means that it is possible to dial all Norwegian numbers.

2. Access code (Owner level)

Setup ! Remove, Edit, New,

Quit Enab Disab Ok

Access code can be activated for 4.8k speech and 64k speech only. When the access code function has been activated, the user is always prompted for a 1-8 digit personal code when making a call. All telephones are activated. To release a telephone for using without access code, see “Require Access Code per call” in MSN configurations setting. Enab: Access code enable Disab: Access code disable

9.Advanced function

(Cont’d)

1. Access control

3. Restrict SIM usage (Owner level)

Lock, NoSIM, Any OK

Only allows calls with specific card, no card or any card. - Lock: locked to one specific SIM

cord. Any other SIM user will be rejected.

- No SIM: All SIM users will be rejected.

- Any: Any SIIM can be used.

6.3 [MENU] button

6-22

Table 6.3.5 Advanced function(2/4)


3.Software update prop. (Owner level)

YES, No

Prepare for a software update. Display “The terminal is now ready for update! View update description by pressing the [Descr] button.” when selecting YES. Following menu are automatically set.

- Menu ->911: No restrictions - Menu ->912 Disable - Menu ->913: Any

- Log: Cleared 1.Active

alarms and warning

Print Until alarm and warring are cleared, it displayed.

2.Information log Print Displayed alarm and warring logs.

1. Clear cause log Print Displayed Clear cause logs.

7.Statics list

-SPA event -RFB event -Other event -Dynamic statistic

Using for manufacture.

8.Error log Print Using for manufacture.

4.Alarms and message (4.Set diagnostics ON)

9.Restart log Print Displayed system restart log.

1.ISDN configuration (Owner level)

- Protocol - Date/Time element - Layer 2 Activation - Default service

Setting ISDN protocols, Euro or NI-1.

2.Net service providers (Owner level)

Remove New Edit Ok

Adding, editing, or removing entries in the list of Net service providers.

4.Set diagnostics On/Off

Allows additional system information to be displayed when the diagnostics is set to ON; - Menu ->94:Alarms and messages is

added in menu tree. - Added other software version in

Menu ->982: Misc. version Id information.

- Display EL/Spot beam information, temperatures of Modem and Power unit information on vtLite Marine.

9.Advanced function

(Cont’d)

7.Configuration (Cont’d)

7.RxL-Band Setup On/Off Setting D-GPS output port ON/OFF.

6.3 [MENU] button

6-23



8.Charge tone (Owner level)

Setup - Tone type - Frequency - Duration Enab Disab Quit

Setting charge tone for 4.8k speech. The charge tone function is activated with the following settings. - Menu ->912, setting “Access code”

and its “Enable”. - Configure -> Device manager ->

4.8k speech ->“Apply charge tone” 7.Configuration

9. Spot Beam Report

Method (Owner level)

Edit Ok

Sending spot ID or position when calling. Message as below. - Do not transmit my position - May send position (recommended)

2.Misc.version Id information

Displays software version. (Added other software version when Menu->974:diagnostics is set to ON.)

3.Transceiver Status

Displays max./min. voltages and temperatures in Communication unit. - Transceiver 28V - Transceiver 48V - TFB Temperature - TMB Temperature

4. EIRP table Not used

9. Advanced function

8. Information available

9. Network status information

(Owner level)

OReg Cap ChAdv P.Adv

Displays various network status information. - Oreg: Ocean Region - Cap: Capabilities - ChAdv: Channel advice - P.Adv: Satellite parameter advice

6.3 [MENU] button

6-24



1.Paid function (Owner level)

- Traffic log - Pre-charge - Restricted dial - Access code - Advanced service level - High Speed Data - MPDS

New ! Code Del

Installs additional functions, if any. ** Not used FELCOM 70 **

9.Customize

2.Phone name setup (Owner level)

Terminal name Del Save

Setting phone name. (Showed setting phone name, when SIM card is set with communication unit.)

Mail Not used

7-1

7.1 Communication Unit (SF-270) The Communication unit consists of a modem unit, a power unit, and a connector interface unit. The modem unit contains Terminal Adapter board and Modem board with the SIM card slot. The Modem board outputs 1542±17MHz GPS signal (-90 dBm or more) from “BROAD BAND (D-GPS)” connector to the D-GPS. The antenna unit is connected to the modem unit with a 50-0hm coaxial cable.

Fig. 7.1.1 Block Diagram of ADE and BDE

Fig. 7.1.2 Block Diagram of Modem board

Chapter 7. Block Description

7-2

Fig.

7.1

.3 B

lock

Dia

gram

of C

omm

unic

atio

n un

it


7-3

The table below list signals which is carried by the coaxial cable.

Table 7.1.1 Signals on antenna cable

Signal Direction Level at BDE Remarks

Tx 1643.5+17 MHz ADE <- BDE +15+1dBm Tx signal Rx Lo 1296.058+17 MHz ADE <- BDE -7 to 0dBm Rx Local oscillator IF 245.952 MHz ADE -> BDE -33 to -58dBm RX IF signal Rx BB 1542+17 MHz ADE -> BDE -90dBm or more D-GPS output signal

Modem-1 10.7 MHz ASK (Half Duplex)

-7+2dBm MPDS

Uplink:16kbps Downlink:4.8kbps

UDI/Voice/FAX Uplink: 4kbps Downlink: 2kbps

TX control signal

Modem-2 4 MHz ASK (Half Duplex)

0+2dBm 9600bps Antenna control signal

Modem-3 30 MHz ASK (ADE -> BDE)

0+2dBm 4800bps GPS data (NMEA)

DC 48VDC ADE <- BDE Tx: 2.6-3.1A, Rx: 0.5-1.0A

power consumption differs depending on antenna moment.

ADE：Above Deck Equipment BDE：Below Deck Equipment

ASK (Amplitude shift keying) A form of amplitude modulation for digital signals, where the bits are quantified by various levels of amplitude. Data Transceivers The Data Transceivers provides communication between the Modem unit and the ADE. It consists of one transceiver for communication with the ADE, one for communication with the antenna pedestal/controller and one for receiving GPS data from the ADE. The Data Transceiver communicating with the ADE Transceiver is used on/off-keying of a 10.7 MHz oscillator. It is interfaced directly to DSP. The Data Transceiver communicating with the antenna pedestal/controller uses the same technique with a 4 MHz oscillator, but is interfaced via a microcontroller that is linked to the CPU. A simple receiver (demodulator) is used for receiving GPS data (using 30 MHz carrier frequency). It is linked directly to the CPU.


7-4

Fig.

7.1.

4 Bl

ock

diag

ram

of p

ower

uni

t

Fuse

: 5A

x2

Pow

er ＳＷ


7-5


7.2.1 Outline The antenna cable, 50-0hm coaxial cable carries transmitting / receiving signal, ASK (Amplitude shift keying) control signal, and +48VDC. The system is designed to be used with a cable that has –5 dB to –15 dB of loss.

Fig.7.2.1 Connection of ANT and BDE

The antenna unit consists of a stabilized antenna pedestal, a helical-array antenna, a pedestal control unit (PCU), an HPA CHASSIS, a GPS receiver, and a T. RECEIVER: tracking receiver. The GPS receiver is installed mandatorily. A service switch and a fuse locate on the HPA.

Fig.7.2.2 Antenna unit board

Service Switch

GPS Antenna


7-6

The built-in GPS receiver outputs position data to the communication unit for the calculation of the antenna elevation angle. The calculated elevation angle is sent to the antenna unit from the communication unit. The position data is also used to select a spot beam. LES receives the position data from the MES at a call and assigns the spot beam to the MES.

Fig.7.2.3 Block diagram of antenna unit


7-7

7.2.2 Stabilized Antenna Pedestal The pedestal is mounted on the anti-vibration mounts. The rotary joint connects the pedestal to the base electrically.

Fig.7.2.4 Antenna unit with radome removed

The stabilization of the antenna is achieved by the active 3-axis control to compensate ship motion: yaw, pitch, and roll. The axes include AZ axis, EL axis, and cross-EL axis. The AZ, EL, and Cross-EL axes are at right angles each other. The AZ post rotates 360 degrees. The antenna elevation angle is set with the EL axis and the antenna is kept level with the Cross-EL axis. An angular rate sensor is mounted on each axis to detect ship motion. The sensor produces a voltage proportional to the rate of rotation about the sensor’s input axis. At every power-on, the elevation angle is reset to 45 degrees by using the clinometer in the level cargo.

Fig.7.2.5 Stabilized antenna pedestal

AZ

EL

AZ

EL

Cross ELCross EL

ANTdish

Anti-vibration mount

Level cargo

Rotary joint


7-8

7.2.3 Helical-array Antenna The antenna consists of 15 helical antennas, right-hand circular polarization. The antenna gain is 20.3dBi over the TX/RX frequency range. The half-power beam width is 15 degrees. 7.2.4 PCU (Pedestal Control Unit) The PCU communicates with the communication unit (BDE) via HPA CONT board (16P0202). The PCU receives a signal, from T.RECEIVER Board (16P0201) to monitor the signal strength. See Fig.7.2.3. The PCU points the antenna toward the satellite and tracks the satellite signal in the following sequence. 1. At power-on, the level cargo rotates ccw until it hits the stopper. 2. The level cargo rotates cw 45 degrees. 3. The level cargo becomes level. That is, Antenna elevation angle is set to 45 degrees.


7-9

4. Cross-EL axis becomes level. 5. Antenna elevation angle is set to one which is used before power-off. 6. The antenna rotates cw to point at the satellite in the last use. 7. Now, the system receives NCS CC signal from the satellite. 8. Receiving the signal from T.RECEIVER(16P0201) board, the antenna points at the

satellite accurately in the conical scan technique.


7-10

Antenna Movement flow chart At every power-on, the system points the antenna at the satellite which is used before power-off. The system tries to receive No.1 NCS CC signal if the No.0 NCS CC signal is not received. If the system fails to receive No.1 NCS CC signal, it searches the satellite in all directions.

Fig.7.2.6 Antenna movement control flow (1/2)


7-11

Fig.7.2.6 Antenna movement control flow (2/2) Table below lists the commands which the BDE outputs to ADE. The command is 4 MHz, ASK-modulated 9600bps signal.

Table 7.2.1 Commands from BDE to ANT (PCU)

Command Remarks

1 ATB Status Req. Requests antenna status such as Initialization, Ideling, Tracking and Blocking.

2 ATB Type Req. Requests antenna type. 3 Stop ATB Stops antenna movement. 4 Continue Search Used to continue satellite search.

5 TDM Syn CH Sig. This command is output when the system synchronizes with NCS CC signal.

6 ATB Search CHN. Searches NCS CC channel. 7 Set Elevation Sets elevation angle. 8 ATB Change CHN. Changes NCS CC channel.


7-12

Change of Handset display The system acquires the satellite signal automatically. Fig.7.2.7 shows the change of the handset display during the acquisition of the 1OR satellite signal at power-on. The satellite used before power-off is selected again at the next power-on.

Fig.7.2.7 Change of handset display (at power-on)


7-13

Search Sequence in continue seek When the system can not acquire the satellite signal for 4 seconds or more, the system searches the satellite in all directions (called “continue seek”). The antenna rotates 360 degrees with the elevation angles, 5, 25, 45, 65 and 85 degrees. Fig.7.2.8 shows the change of the handset display during full search mode.

Fig.7.2.8 Change of handset display during full search


7-14

7.2.5 Antenna Control Signals Following signals are input and output to and from the antenna unit. The ASK modulated signal is split from other signal by the spliter on HPA CONT board, 16P0202.

Table 7.2.2 Control signals

Signal Level Remarks

Modem-1 (Half Duplex) 10.7 MHz

-7+2dBm - MPDS

Uplink: 16kbps Downlink:4.8kbps

- UDI/Voice/FAX Uplink: 4kbps Downlink: 2kbps

TX controls signals a) TX and power control signals

(from BDE to ADE) b) Error signal

(from ADE to BDI)

Modem-2 (Half Duplex) 4 MHz 0+2dBm

9600bps Antenna control signal

Modem-3 (ADE -> BDE) 30 MHz 0+2dBm

4800bps GPS data (NMEA)

Fig.7.2.9 Block diagram of HPA CONT board


7-15

7.2.6 TX circuit in Antenna Unit HPA CONT board, 16P0202 receives 1643.5+17 MHz, 0dBm signal from the BDE and delivers it to HPA board 16P0198. The output signal from HPA board is supplied to the antenna (20.3dBi) via the diplexer with 0.5dB attenuation. The HPA is a linear amplifier. The HPA CONT board power-controls the TX signal and turns on and off the HPA cooling fan. HPA board feeds back temperature and RF signal level to HPA CONT board.

Fig.7.2.10 TX circuit

The system provides variable transmission power capability in both the forward and return directions. The purpose of forward power control is to conserve satellite L-band power for SCPC channels operating in the “Voice” and “Data” modes. The purpose of the return power control is to reduce adjacent channel interference, and the MES power consumption. Unlike the baseline Inmarsat-M system, the forward and return power adjustment during a call is dependent on the signal quality of the assigned SCPC channels.

Table 7.2.3 Power control of SDM

Service EIRP Control width MPDS 32 to 26dBW 1dB step UDI 32 to 22dBW 2dB step

3.1k Audio 32 to 22dBW 2dB step 64k Speech 32 to 22dBW 2dB step 4.8k Speech 20 to 5dBW 2dB step

BPSK（RQ/Response） 20 to 5dBW 2dB step


7-16

Setup of MES Initiated TEL Call

Fig 7.2.11 Setup of MES Initiated TEL Call


7-17

1. HPA CONT Board The gain of Q2 is controlled by U1 to U5 so that the output level of Q2 is kept constant with cable loss of 5 to 15dB. In other words, Q2 and U1 to U5 compensate signal level 0 dBm to +10Bm. APA controller circuit (U5 to U7) receives “EIRP level” signal from the CPU (U505) and RF output detected signal (AD3314out) from HPA board. Q4 and Q6 are gain-controlled by APC controller circuit, so that the system transmits with the signal in determined EIRP. Important! HPA CONT board is factory–adjusted with HPA board, so these boards must be handled in pair.

Fig.7.2.12 Block diagram of HPA CONT board (TX circuit)


7-18

If the antenna unit detects an error, an error signal is delivered to the BDE by using 10.7 MHz, ASK-modulated signal. Following antenna error messages are displayed in vtLite Marine display.

Table 7.2.4 Antenna error messages

Detected signal Error indication Remark

Unauthorised Transmission. RF signal detected at no transmission period.

Missing Output. No RF signal at transmission.

Tx Aborted, Output too high. Output power exceeding +5dB or more.

RF DETECTOR V (Detected by HPA board)

Tx Aborted, Supervision timed out. RF signal exceeds TX burst time.

LM60Cout (TEMP SENSER on HPA board)

OverTemp. Over temperature limit has been exceed. Transmitter switched off.

Over temperature

CURRENT MONITOR (Detected by PWR board) Not used Not used


7-19

2. HPA Board The HPA amplifies 16-state Quatrature Amplitude Modulation (16 QAM) signal linearly. The RF signal detector U5 detects RF signal at the final stage of the transmitter and outputs “AD8314out” signal to HPA CONT board. The temperature sensor U4 outputs temperature data “LM60Cout.” When the temperature reaches 55 deg., the cooling fan is activated. At 120 deg., no VCCA(6V) is supposed to HPA board from HPA CONT board and FETs turn off with no bias voltage. Fig.7.2.14 shows Input level vs. Output level of HPA circuit. “HPA only” is obtained by using HPA board only without the feedback circuit and “EIRP” by using HPA and HPA CONT boards. Two EIRPs in Fig.7.2.14 are high and low EIRPs, with the feedback circuit, the constant output power is obtained with various input livel.

Fig.7.2.13 Block diagram of HPA board

Fig.7.2.14 Input vs. Output of HPA circuit

Q1 Q2 Q3MRF18060AMRF2822R1MRF281ZR1

R18R9R2

BIAS ADJ. BIAS ADJ. BIAS ADJ.

U5

U4

AD8314ARMRF DET

PA+28V+28V+28V

+5V +5V +5V

T5V

+28V

U3U2

AD8314 outLM60C

LM60CoutTemp. DET

VCCA(6V)

+5V Reg.

U1+5V

+28V

[J2]

[J2]

5

1

3

4

HPA(160198)


7-20

7.2.7 RX Circuit in Antenna Unit 1. LNA chassis The LNA chassis consists of a diplexer and a Low Noise Amplifier (LNA). The coaxial cable carries +6V to LNA. The diplexer isolates RX and TX signals with Band Pass Fillers.

LNA - RX antenna gain : 20.3dBi - LNA gain : 40 to 44dB - NF : Diplexer + LNA1.5dB

Diplexer

- Isolation : 80dB or more (From ANT to RX) 75dB or more (From TX to ANT) - Loss : 0.5dB or less - Power : 30W or more - VSWR : 1.5 or less

2. Receiver in HPA CONT board The output from LNA is sent to the down converter and Broard Band (B.B) Receiver for DGPS decoder on HPA CONT board. The gain of 246 MHz IF signal amplifier is 18 dB to 23dB and the gain of B.B receiver is about 6dB. The output from LNA is also supplied to T.Receiver via HPA CONT board.

Fig. 7.2.15 Block diagram of HPA CONT board (Receiver circuit)


7-21

3. Tracking Receiver Tracking Receiver (T.Receiver) is used to track the satellite. Thus, the system always receives NCS common channel signal. The receiver outputs “RECEIVER OUTPUT” signal to PCU board and The antenna tracking system is controlled to be a maximum of RECEIVER OUTPUT signal from T. Receiver board. Conical scan technique is used to change the antenna direction.

Fig.7.2.16 Block diagram of T.Receiver board

The frequency data of the NCS common channel is sent from the communication unit to the Antenna unit. DDS and PLL in T.Receiver are set for this frequency. When PLL unlocks, it is reset to the same frequency. When PLL is defective, the system searches the satellite in all directions because of no NCS CC signal.

Fig.7.2.17 Conical scanning


7-22

7.2.8 PWR (16P0192) Board The switching regulator generates +27.5V for HPA, +12V, and +6.5V with +48V from the communication unit. The input and output circuits use the same grounding line. 5A fuse is provided on the board.

Fig.7.2.18 HPA chassis

Table 7.2 5 Method of main power

Items Condition Ratings Input +46 to +50VDC +27.5+0.5V, +12+0.5V, +6.5+0.2V Input low voltage protector 36 to 40VDC Shutdown.

Input over voltage protector 51 to 55VDC Shutdown.

Over-current protector 27.5V line with 3-ohm load 27.5V drops to 19 to 25V.

Short-circuit protector

27.5V and 6.5V lines with 0.1-ohm load. Activation of protector.

Fig. 7.2.19 Board diagram of PWR board

Power switch Fuse

AP 1.2 Inmarsat-MPDS Status

AP1-1

AP 1.1 Access Code Table AP1.1.1 Ocean Region Access Code

All Ocean Region

POR IOR AOR-W AOR-E

TEL/FAX 870 872 873 874 871

Table AP1.1.2 Fleet LES Access Codes

Fleet F77 17 December 2003 Ocean Region Land Earth Station Operator Country AOR-E AOR-W IOR POR

Beijing MCN China 868 868 France Telecom France 011 011 011 011 KDDI Japan 003 003 003 003 Malaysia Telekom Malaysia 060 060 060 060 OTE Greece 005 005 005 Singapore Telecom Singapore 210 210 210 210 Stratos(Goonhilly LES) United Kingdom 002 002 002 Stratos (Auckland LES) New Zealand 002 Telecom Italia Italy 555 555 Telenor Satellite Services AS Norway 004 004 004 004 Telenor Satellite Services Inc. USA 001 001 001 001 Xantic Netherlands 012 012 012 012 Xantic Australia 022 022

Fleet 55 17 December 2003 France Telecom France 011 011 011 Telenor Satellite Services AS Norway 004 004 004 004 Telenor Satellite Services Inc. USA 001 001 001 001 Stratos (Goonhilly LES) United Kingdom 002 002 002 Stratos (Auckland LES) New Zealand 002 Telecom Italia Italy 555 555 Xantic (Burum LES) Netherlands 012 012 012 012 Xantic (Perth LES) Australia 022 022

Fleet 33 17 December 2003 France Telecom France 011 011 011 Telenor Satellite Services AS Norway 004 004 004 004 Telenor Satellite Services Inc. USA 001 001 001 001 Stratos(Goonhilly LES) United Kingdom 002 002 002 Stratos (Auckland LES) New Zealand 002 Telecom Italia Italy 555 555 Xantic (Burum LES) Netherlands 012 012 012 012 Xantic (Perth LES) Australia 022 022

Appendix 1) LES Access Code


AP1-2

AP 1.2 Inmarsat-MPDS Status 27 May 2003

Key:

MPDS – Mobile Packet Data System RLES – Regional Land Earth Station SBS – Satellite Base Station HLES – Home Land Earth Station SAN – Satellite Access Node

Table AP1.2.1 MPDS Access Codes

Ocean Region SAN ID (decimal) AORE 245 AORW 246

IOR 243 POR 244

Table AP1.2.2 SBS Location

SBS Location

Primary / Backup Ocean Region Manufacturer Goonhilly AORE and/or AORW Thrane & Thrane

Eik AORW and/or AORE Thrane & Thrane Sentosa IOR and/or POR Thrane & Thrane

Yamaguchi POR and/or IOR Thrane & Thrane

Table AP1.2.3 RLES

RLES Service Provider

Ocean Region

RLES ID (hex) RLES Location Manufacturer

AORE 5CH Southbury Telenor USA AORW 5DH Southbury Telenor USA

IOR DCH Eik Telenor USA Telenor USA

POR 5FH Santa Paula Telenor USA AORE 46H Goonhilly NERA AORW 45H Goonhilly NERA

IOR 69H Goonhilly NERA Stratos Mobile

Networks POR 3AH Auckland NERA

AORE 0CH Burum NERA AORW 2AH Burum NERA

IOR 14H Burum NERA POR 1BH Perth NERA

AORE A5H Burum NERA AORW A6H Burum NERA

IOR 60H Perth NERA

Xantic

POR 61H Perth NERA AORE 1CH Fucino NERA Telecom Italia IOR 2BH Fucino NERA


AP1-3

Table AP1.2.4 LES Provider

LES Provider

Ocean Region

Global LES Access Code

(decimal)

HLES Location Manufacturer Les User

Type Supporting

RLES

AORE 001 Southbury Telenor USA Dedicated Telenor USA AORW 001 Southbury Telenor USA Dedicated Telenor USA

IOR 001 Eik Dedicated Telenor USA Telenor USA Telenor

USA POR 001 Santa Paula Telenor USA Dedicated Telenor USA

Stratos Mobile

Networks All Ocean Regions 002 Goonhilly NERA Dedicated

Stratos Mobile

Networks KDDI All Ocean

Regions 003 Yamaguchi Thrane & Thrane Dedicated Telenor USA Telenor Norway

All Ocean Regions 004 Eik Thrane & Thrane Dedicated Telenor USA

OTE All Ocean Regions 005 Thermopylae NERA Dedicated Telenor USA

AP 1.3 Inmarsat-Fleet F77, F55, F33 and Swift 64 LES Status

AP1-4


Key: GLR-L : Mobility Management F77 LSV : Fleet F77 low speed voice - 4.8 kbit/s speech codec rate, no FEC; F77 HSD : 64kbit/s SPEECH, 64kbit/s UDI, 64kbit/s 3.1 KHz AUDIO, 56 kbit/s DATA F55 LSV : Fleet F55 low speed voice - 4.8 kbit/s speech codec rate, no FEC; F55 HSD : 64kbit/s SPEECH, 64kbit/s UDI, 64kbit/s 3.1 KHz AUDIO, 56 kbit/s DATA F33 LSV : Fleet F33 low speed voice - 4.8 kbit/s speech codec rate, no FEC; F33 Fax : Fleet F33 Facsimile - 9.6 kbit/s information rate, rate-3/4 FEC; F33 : Data – Fleet F33 Data - 9.6 kbit/s information rate, rate-1/2 FEC; Swift 64 LSV : Swift64 low speed voice- 4.8 kbit/s speech codec rate, no FEC; Swift 64 HSD : 64kbit/s SPEECH, 64kbit/s UDI, 64kbit/s 3.1 KHz AUDIO, 56 kbit/s DATA

Table AP1.3.1 LES Status AOR-E (1/6)

Ocean Region LES Name LES Provider Manu-

facturer Les User

Type Global LES

Access Code

LES Code LES ID Status

Aussaguel France Telecom NERA Host 011 ASE 0DH

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; F33 LSV, F33 Fax and F33 Data; GLRL

Burum Xantic - (Station 12) NERA Host 012 BRE 0CH

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; F33 LSV, F33 Fax and F33 Data; Swift 64 HSD and Swift 64 LSV; GLR-L

AOR-E

Eik Telenor Norway NERA Dedicated 004 EKE 34H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; GLRL

1 October 2003


AP1-5



facturer Les User

Type Global LES

Access Code


Goonhilly Stratos Mobile Networks NERA Host 002 GME 46H

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; Swift 64 HSD and Swift 64 LSV; GLR-L

Fucino Telecom Italia NERA Dedicated 555 FCE 1CH F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; GLRL

Southbury Telenor USA TSSI Host 001 SBE 02H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; Swift 64 HSD and Swift 64 LSV

Southbury 2 Telenor USA TSSI Host 405 SME 5CH F77 HSD; Swift 64 HSD

Thermopylae OTE NERA Dedicated 005 TME 9AH F77 LSV (Distress) and F77 HSD; GLRL

KDDI at Aussaguel KDDI NERA Shared 003 YME 37H F77 LSV (Distress) and F77 HSD SingTel at Goonhilly

Stratos Mobile Networks NERA Shared 210 STE 56H F77 LSV (Distress) and F77 HSD

Telekom Malaysia

at Southbury Telenor USA TSSI Shared 060 KNE 77H F77 LSV (Distress) and F77 HSD

AOR-E

Telekom Malaysia

at Southbury 2 Telenor USA TSSI Shared 406 KME 91H F77 HSD


AP1-6



facturer Les User

Type Global LES

Access Code


Aussaguel France Telecom NERA Host 011 ASW 3FH


Burum Xantic - (Station 12) NERA Dedicated 012 BRW 2AH


Eik Telenor Norway NERA Dedicated 004 EKW 35H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; GLRL

Goonhilly Stratos Mobile

Networks NERA Host 002 GMW 45H


Southbury Telenor USA TSSI Host 001 SBW 01H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; Swift 64 HSD and Swift 64 LSV

Southbury 2 Telenor USA TSSI Host 405 SMW 5DH F77 HSD; Swift 64 HSD

KDDI at Aussaguel KDDI NERA Shared 003 YMW 38H F77 LSV (Distress) and F77 HSD

OTE at Aussaguel OTE NERA Shared 005 TMW 9CH F77 LSV (Distress) and F77 HSD

AOR-W

SingTel at Goonhilly

Stratos Mobile Networks NERA Shared 210 STW 57H F77 LSV (Distress) and F77 HSD


AP1-7



facturer Les User

Type Global LES

Access Code


Telekom Malaysia

at Southbury Telenor USA TSSI Shared 060 KNW 78H F77 LSV (Distress) and F77 HSD

AOR-W Telekom Malaysia

at Southbury 2 Telenor USA I TSS Shared 406 KMW 92H F77 HSD

Aussaguel France Telecom NERA Dedicated 011 ASI 0FH


Burum Xantic - (Station 12) NERA Dedicated 012 BRI 14H

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; F33 LSV, F33 Fax and F33 Data; GLR-L

Eik Telenor Norway NERA Host 004 EKI 09H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; GLRL

Goonhilly Stratos Mobile Networks NERA Dedicated 002 GMI 69H


Fucino Telecom Italia NERA Dedicated 555 FCE 2BH F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; GLRL

IOR

Perth 2 Xantic - (Telstra) NERA Dedicated 022 PMI 60H

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD F33 LSV, F33 Fax and F33 Data; Swift 64 HSD and Swift 64 LSV; GLR-L


AP1-8



facturer Les User

Type Global LES

Access Code


Sentosa Singapore Telecom NERA Dedicated 210 STI 10H F77 LSV (Distress) and F77 HSD;

GLRL

Thermopylae OTE NERA Dedicated 005 TMI 9BH F77 LSV (Distress) and F77 HSD; GLRL

Yamaguch KDDI NERA Dedicated 003 YMI 7BH F77 LSV (Distress) and F77 HSD; GLRL

Telekom Malaysia

at Eik

Telekom Malaysia NERA Shared 060 KNI 76H F77 LSV (Distress) and F77 HSD

IOR

Telenor USA at Eik Telenor USA NERA Shared 001 ETI 43H

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD Swift 64 HSD and Swift 64 LSV

Auckland Stratos New Zealand NERA Dedicated 002 AKP 3AH

F77 LSV (Distress) and F77 HSD; Swift 64 HSD and Swift 64 LSV; F55 LSV and F55 HSD; GLRL

Perth 2 Xantic - (Telstra) NERA Host 022 PMP 61H


Santa Paula Telenor USA TSSI Host 001 SPP 03H F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; Swift 64 HSD and Swift 64 LSV;

Santa Paula 2 Telenor USA TSSI Host 405 SMP 5FH F77 HSD, Swift 64 HSD

Sentosa Singapore Telecom NERA Dedicated 210 STP 11H F77 LSV (Distress) and F77 HSD;

GLRL

POR

Yamaguchi KDDI NERA Host 003 YMP 7CH F77 LSV (Distress) and F77 HSD; GLRL


AP1-9



facturer Les User

Type Global LES

Access Code


France Telecom at Yamaguchi

France Telecom NERA Shared 011 ASP 40H F77 LSV (Distress) and F77 HSD

Telekom Malaysia at Santa

Paula

Telenor USA TSSI Shared 060 KNP 33H F77 LSV (Distress) and F77 HSD

Telekom Malaysia at Santa Paula 2

Telenor USA TSSI Shared 406 KMP 93H F77 HSD

Telenor at Santa Paula Telenor USA TSSI Shared 004 EKP 20H F77 LSV (Distress) and F77 HSD

Telenor at Santa Paula 2 Telenor USA TSSI Shared 409 EMP A0H F77 HSD

POR

Xantic at Perth 2

Xantic - (Station 12) NERA Shared 012 BRP 1BH

F77 LSV (Distress) and F77 HSD; F55 LSV and F55 HSD; F33 LSV, F33 Fax and F33 Data;


AP1-10

Table AP1.3.2 Distress Backup LES

Distress Backup LES

Ocean Region

LES Name LES Provider Manu-

facturer Les User

Type Global LES

Access Code


AORE Southbury Telenor USA TSSI Host 001 SBE 02H F77 LSV Distress Backup AORW Southbury Telenor USA TSSI Host 001 SBW 09H F77 LSV Distress Backup

IOR Eik Telenor Norway NERA Host 004 EKI 09H F77 LSV Distress Backup POR Santa Paula Telenor USA TSSI Host 001 SPP 03H F77 LSV Distress Backup

Appendix 4) Specifications

AP2-1

1. COMMUNICATION UNIT 1.1 Transmit Frequency 1626.5 to1660.5 MHz 1.2 Receiver Frequency 1525.0 to 1559.0 MHz 1.3 Tuning Steps 5 kHz (telex, voice), 40 kHz (HSD/MPDS) 1.4 Reception Sensitivity -4 dB/K or more 1.5 EIRP 32 dBW (UDI/MPDS), 20 dBW (BPSK/O-QPSK) 1.6 Modulation

-Voice O-QPSK/ 4.8 kbps -MES signal BPSK/3 kbps -HSD data/facsimile 16QAM/ 64 kbps -HSD MPDS 16QAM/ 64 kbps

1.7 Access Method SCPC/FDMA: -Voice, -Facsimile, -UDI TDMA/FDMA: MPDS

2. ANTENNA UNIT 2.1 Gain 20.3 ｄBi or more 2.2 Frequency Deviation Right-circular deviation 2.3 Axial Ratio 2.0 dB or less 2.4 Stabilization Triple-axis active control 2.5 Positioning Range AZ: 360°, no-rewind, EL: 5° to 90° 2.6 Positioning Accuracy Better than ±3 deg. (elevation/azimuth) 2.7 Tracking Circular tracking system 3. UNITS FABRICATIONS 3.1 ISDN Handset RJ-45 connector 3.2 Analog Telephone RJ-45 connector and Terminal Board, 2-wires 3.3 G3 facsimile RJ-45 connector and Terminal Board, 2-wires 3.4 ISDN Communication RJ-45 connector, ISDN phone/rooter, G4 facsimile 3.5 Data transmission RS-232C/ RS-422, D-sub connector 3.6 Distress Alarm Unit Terminal board, 4-wires 4. POWER SUPPLY 4.1 Communication Unit 100-240 VAC, 1 phase, 50-60Hz, 1.47-0.89A.



AP2-2

5. ENVIRONMENTAL CONDITION 5.1 Ambient Temperature

- Antenna Unit -25°C to +55°C - Communication Unit/ ISDN Handset 0°C to +45°C

5.2 Relative Humidity 93% at 40°C 5.3 Enclosure IEC 60529

- Antenna Unit: IPX6 - Communication Unit/ ISDN Handset IPX0

5.4 Vibration IEC 60945 5.5 Movement

- Roll ±30°/ 8 s - Pitch ±10°/ 6 s - Yaw ±8°/ 50 s - Surge ±0.2 G - Sway ±0.2 G - Heave ±0.5 G - Circular 6°/ s

- Speed 30 kt 6. COATING COLOR 6.1 Antenna Unit N9.5 6.2 Communication Unit N1.0 6.3 ISDN Handset N1.0 6.4 Distress Alarm Unit N1.0

AP3.1 Setup

AP3-1

- Windows XP is used as an example. Ensure that vtLite Marine is closed. - FELCOM 70 USB driver software is installed on the PC when the USB port on

the PC is used for MPDS, UDI, and vtLite Marine. See page 3-5, when the USB driver (Nera F77 USB modem) install.

AP3.1 Setup AP3.1.1 Installation of Standard modem 1. Open the Control Panel on the PC and double-click the Phone and Modem Options

icon.

2. Click the Modems tab. Click Add, see next page.

Appendix 3) Setup for MPDS/UDI

AP3.1 Setup

AP3-2

3. In the Add Hardware Wizard window check "Don't detect my modem", and click Next. Select Standard 33600 bps Modem in the Models field, and click Next.

4. Select the port to which the Modem driver should be installed.

Click Next and then Finish to complete the installation.

AP3.1 Setup

AP3-3

5. Opening the Phone and Modem Options window confirms the established modem connection. Select “Standard 33600 bps Modem”.

Note: The setup for data transfer to the CU is based on the Windows

2000/XP default parameters:

8 data bits - no parity - 1 stop bit - flow ctrl: Hardware Clicking Properties allows checking the parameters.

Cont’d

AP3.1 Setup

AP3-4

AP3.1.2 Setup for Network Connections 6. Open the Control Panel on the PC and double-click the Network Connections icon.

7. Click Create a new connection to open the New Connection Wizard.

Click Next.

AP3.1 Setup

AP3-5

8. Check Connect to the Internet. Click Next. Check Set up my connection manually. Click Next.

9. Check “Connect using a dial-up modem”. Click Next. 10. Check “Modem Standard 33600 bps Modem.” Click Next. Note that check

“Nera F77 USB modem” when using USB port. Enter the name for the connection, e.g. MPDS. Click Next.

AP3.1 Setup

AP3-6

11. When the MPDS call; Entering phone number **94# automatically connects you to the Internet Service Provider through your default Net Provider. Click Next. Check Anyone's use, and click Next.

When the UDI call; Entering phone number, e.g. 008166850170 (provider access point) automatically connects you to the Internet Service Provider through your default Net Provider. Click Next. Check Anyone's use, and click Next.

Note) Switching between MPDS and ISDN mode The connection window provides sensing on the Phone number. If dialing an international number instead of **94#, the terminal switches back to ISDN mode of operation.

Note: Hash # may be omitted on some PCs/Windows versions.

AP3.1 Setup

AP3-7

12. Enter name and password for the connection. Uncheck Turn on Internet Connection Firewall for this connection. Click Next. Complete the New Connection, click Finish.

Cont’d

AP3.1 Setup

AP3-8

AP3.1.3 Checking default settings 13. Double-click Network Connections in the Control Panel.

14. Right-click the MPDS dial-up connection and click Properties.

Note) The icon of MPDS dial-up connection was made in item 10.

AP3.1 Setup

AP3-9

15. Check settings in the MPDS Properties window: [Connect using] See item 10. - When using serial port, “Modem - Standard 33600 bps Modem (COM1)”

- When using USB port “Nera F77 USB Modem”

[Phone number] See item 11. - When MPDS call,

“**94#” - When UDI call, “Entering phone number, e.g. 008166850170”

Click Configure.

16. In the Modem Configuration window, check that the Maximum speed (bps) is set

to 115200.

AP3.1 Setup

AP3-10

17. In the MPDS Properties window, click Networking and check that Internet Protocol (TCP/IP) is selected. Click Settings.

In the PPP Settings window, Negotiate multi-link for single link connections should be unchecked.

Note) Conform the TCP/IP Properties

- When MPDS call, “**94#” Not need to set (default setting).

- When UDI call, e.g. 008166850170 Setting follows the Net provider information.

Cont’d

AP3.1 Setup

AP3-11

AP3.1.4 Connecting to server Initiating an call Open the Control Panel on the PC and double-click the MPDS icon in the Network Connections window (i.e. the preset dial-up connection).

Click Dial to establish the connection to the server. See Connection in progress on next page.

FELCOM 70

AP3.1 Setup

AP3-12

Connection in progress: Displayed on the PC screen:

The FELCOM 70 ISDN Handset displays: (must be in diagnostic mode).

When connected:

MPDS: TUNEDAOR-E Spot:6

MPDS:RegisteringAOR-E Spot:6

MPDS:RegisteredAOR-E Spot:6

MPDS:ConnectedAOR-E Spot:6

Open the browser/program to beused on the connection.

AP3.1 Setup

AP3-13

Connection status: Appears when right-clicking the MPDS dial-up icon or clicking the PC icons in the lower right corner of the screen.

Note: Click Disconnect when shutting down the call.

It is not enough to close the browser alone.

When you use Mail,

Set “Mail Account”. For example, if you use the “Outlook Express”, set Mail Address, POP server, SMTP server, account name, password, and so no in Tool -> Account menu.

AP3.1 Setup

AP3-14

Note) All dialups are dialed in MPDS. Use “AT+WS45=1” to set port back to normal mode (SCPC). 1) When using serial port, RS-232A or B port

Adding “AT+WS45=1” to Extra Setting in Properties -> Advance in “Modem Standard 33600 bps Modem”.

2) When using USB port.

Adding “AT+WS45=1” to Extra Setting in Properties -> Advance in “Nera Generic USB Modem”.

AP3.2 Troubleshooting

AP3-15


AP3.2.1 MPDS/RS-232 The list shown below is the troubleshooting, which the following case is connected with RS232 port.

Problem Probable cause Action 1. No contact with modem or

busy Wrong setup of Communication Unit.

vtLite marine uses the same port.

• Make sure the vtLite settings are correct, see RS-232 configuration. Press Save settings.

• Try autodect if problems with the connection.

• Try different speed and COM port settings.

• Close vtLite marine.

2. Cannot find Dial Up Networking:

Dial up connection not installed.

• Contact your PC vendor to get the software.

3. Connection unsuccessful: Other end is not an ISDN connection.

• It is not possible to use the RS-232 port if the modem on the receiver side is not an ISDN modem.

Wrong connection details.

• Check the phone number, user name and password with your service provider.

• Check whether the 64 kbps data UDI is commissioned.

• Using vtLite Marine, check configuration in Device Maneger.

4. Cable length Guaranteed length: 1.5 m

• Recommended maximum length: 3 m

5. All dialups dial in MPDS • Use AT+WS45=1 to set port back to normal mode.


AP3-16

6. Using Win 98 / NT • Win 98 requires a user name and a password even if the Net provider does not.

• “Logging onto network” should be unchecked.

• Driver 28800 bps can also be used. Remember 115000 bps port speed.

7. User name and password illegal

Some PCs always require username/password.

• Enter any name/password to ensure a successful call.

AP3.2.2 MPDS/USB The list shown below is the troubleshooting, which the following case is connected with USB port.


1. No contact with modem:

Wrong setup of Communication Unit.

• Check cable connection. • Disconnect USB cable, and

reconnect. • On PC, open Phone and Modem

options and check whether USB Modem driver is connected to COM port. If not: 1. Remove Modem in Phone and

Modem options. 2. Remove previous USB

installations via Control Panel>System>Hardware>Device Manager. Double-click universal serial Bus Controller and uninstall the USB universal Host Controller. Warning! Remove all USB drivers.

3. Start again from page 4.

2. Cannot find Network Connection:

Network connection not installed.



AP3-17

3. Connection unsuccessful:

Other end is not an ISDN connection.

• It is not possible to use the USB port if the modem on the receiver side is not an ISDN modem.

Wrong connection details.

• Check the phone number, user name and password with your service provider.

• Check whether the 64 kbps data UDI is commissioned.

4. Cable length: Guranteed length: 1.5 m • Recommended maximum length: 3 m

5. Using vtLite Marine via USB fails:

• Remove vtLite Marine and USB drivers, see problem 1.

• Reinstall vtLite Marine.

6. Disconnects after some time:

Wrong setting in dialup. • Check properties>options>idle time before hang up.

7. All dialups dial in MPDS mode:

• Use AT+WS45=1 to set port back to normal mode.

8. Using Win 98: • Win 98 requires a user name and a password even if the Net provider does not.

• "Logging onto network" should be unchecked.

9. Username and password illegal:

Some PCs always require username/password



AP3-18

AP3.2.3 UDI/RS-232 The list shown below is the troubleshooting, which the following case is connected with RS232 port.

Problem Probable cause Action 1. No contact with

modem or busy Wrong setup of Communication Unit. vtLite marine uses the same port.

• Make sure the vtLite settings are correct, see RS-232 configuration. Press Save settings.

• Try autodect if problems with the connection.

• Try different speed and COM port settings.

• Close vtLite marine 2. Cannot find Dial

Up Networking: Dial up connection not installed.




• It is not possible to use the RS-232 port if the modem on the receiver side is not an ISDN modem.

Wrong connection details • Check the phone number, user name and password with your service provider.

• Check whether 64kbps data UDI is commissioned.

• Using vtLite Marine, check configuration in Device Manager.

4. Cable length Guaranteed length: 1.5 m • Recommended maximum length: 3 m

5. All dialups dial in MPDS

• Use AT+WS45=1 to set port back to normal mode

6. Using Win 98 / NT

• Win 98 requires a user name and a password even if the Net provider dose not.

• "Logging onto network" should de unchecked.

• Driver 28800 bps can also be used. Remember 115000 bps port speed.

7. User name and password illegal

Some PCs always require username/password.



AP3-19

AP3.2.4 UDI/USB The list shown below is the troubleshooting, which the following case is connected with USB port.


1. No contact with modem:

Wrong setup of Communication Unit.

• Check cable connection. • Disconnect USB cable, and

reconnect. • On PC, open Phone and Modem

options and check whether USB Modem driver is connected to COM port. If not: 1. Remove Modem in Phone and

Modem options. 2. Remove previous USB

installations via Control Panel>System> Hardware>Device Manager. Double-click universal serial Bus Controller and uninstall the USB universal Host Controller. Warning! Remove all USB drivers.

3. Start again from page 3.

2. Cannot find Network Connection:

Network connection not installed.




• It is not possible to use the USB port if the modem on the receiver side is not an ISDN modem.

Wrong connection details • Check the phone number, user name and password with your service provider.

• Check whether the 64kbps data UDI is commissioned

4. Cable length Guranteed length: 1.5 m • Recommended maximum length: 3 m

5. Using vtLite Marine via USB fails

• Remove vtLite Marine and USB drivers, see problem 1.

• Reinstall vtLite Marine.

6. Disconnects after some time

Wrong setting in dialup • Check properties>options>idle time before hang up.


AP3-20

7. All dialups dial

in MPDS mode • Use AT+WS45=1 to set port

back to normal mode

8. Using Win 98 • Win 98 requires a user name and a password even if the Net provider does not.

• “Logging onto network” should be unchecked.

9. Username and password illegal

Some PCs always require user name/password


AP3.2.5 Faultfinding

1. Checking your configuration

Connection attempt fails quickly and reports a hardware error with the modem Check that no other application for example hyper-terminal or vtLite is using the serial port and check that the serial cable is properly connected between the PC and the terminal. The MPDS real time status display starts but the connection fails to establish before timing out. Start hyper-terminal or another terminal emulator so AT commands can be entered to the terminal. First check the LES being used AT+WLES? The terminal will reply with the LES access code being used. If this is not what you expect change the value with AT+WLES=xxx and save the new value with AT&W now check that it is possible to access the MPDS service by entering AT+WREG=1. The real time status display should show “Allocating” “Tuning” and finally “Registered” If instead you see “Failed” “Inactive” then the terminal has not been able to connect to the MPDS service with the given access code. The result of the registration attempt is also shown to the AT interface. If registration worked then deregister with AT+WREG=0. The registration attempt above fails immediately The error message is "Line busy". Check that the MPDS service is an installed paid function on the terminal. Open menu 991 in vtlite after logging in as Owner. Scroll down the list of service and you should see MPDS in the list. If not contact FURUNO. The registration attempt succeeds but connection attempts fail Check that the max speed of the modem that was setup is 115200bps.


AP3-21

2. Faultfinding

After starting the connection as described above one should see: a) The dial up networking connection dialogue shows the normal progression of

“dialing” “verifying user name and password” and “registering your computer on the network”

b) The real time status indication on the terminal should show “Registering” then “Registered”

c) Once a “Connect” has been received from the host the Modem display/ISDN Handset will show “Connected”.

d) The connection should be established and usable after the completion of PPP negotiation.

Error and clear cause logging on the vtLite application window The terminal includes call logging and a record of any errors that occur. To assist with improving the system please note the contents of these if a problem is encountered. C/No display Signal Strength Indication For data communication it is of major importance that the mobile has a high enough Carrier-to-Noise Ratio (C/No) before the call is established. (a voice call is not as sensitive to this as a data call). Before establishing any sort of data call (HSD or MPDS) verify that the display in vtLite indicates minimum 535. Diagnostics To enable diagnostics open menu “Advanced Functions” -> “Configuration” -> “Enable diagnostics” “9-7-4” And select “On”. Press ESC key 4 times to return to the idle screen. Version information The versions of the software components used in your system are shown in menu “Advanced functions” -> “Information available” -> “Misc version Id”. Use the up/down arrow keys to navigate the list.

Minimum Modem software requirements: FELCOM 70: 1.00 system version

See Information available in the User Manual (vtLite function no.982).

S-0

Name Type Dwg. No. Page FELCOM 70 Interconnection diagram FELCOM 70 C5634-C01 S-1

FELCOM 70 Antenna unit block diagram FELCOM 70 C5634-K01 S-2

LNA 16P0190 C5634-K02 S-3

ADE HPA 16P0198 C5634-K03 S-4

16P0202 (1/10) C5634-K04 S-5

16P0202 (2/10) C5634-K05 S-6

16P0202 (3/10) C5634-K06 S-7

16P0202 (4/10) C5634-K07 S-8

16P0202 (5/10) C5634-K08 S-9

16P0202 (6/10) C5634-K09 S-10

16P0202 (7/10) C5634-K10 S-11

16P0202 (8/10) C5634-K11 S-12

16P0202 (9/10) C5634-K12 S-13

ADE HPA Control

16P0202 (10/10) C5634-K13 S-14

16P0192 (1/2) C5634-K14 S-15 PWR

16P0192 (2/2) C5634-K15 S-16

T. Receiver 16P0201 C5634-K16 S-17

Contents of Drawings

1 2 4 5 63

B

A

D

C

DRAWN

CHECKED

APPROVED

SCALE

DWG No.

MASSkg

TITLE

名称

NAME

相互結線図

INTERCONNECTION DIAGRAM

通信制御ユニットCOMMUNICATION UNITSF-270

MAX 3m

BNCPLUG

DGPSOUT

GND

*CO-AX(50Ω)

DGPSDECODER

J10

クロBLK

シロWHT

ミドリGRN

*2

GND

AC-H

AC-C

(16S0277)

100-240VAC

DGPS RX+

TX+

TX-

RX-

ISDN

*2

*2 *2

ISDNハンドセット

ISDNHANDSET

SF-870

FELCOM 70

インマルサットFLEET F77 船舶地球局

INMARSAT FLEET F77 SES

C5634-C01- A

DGPSデコーダ

ISDNWALLSOCKET

ISDNWALLSOCKET

87654321321

100-240VAC

接続箱JUNCTION BOX

*1

*1

DPYC-1.5

1φ,50-60Hz

P16-5-2,2m,φ6.5

ISDNHANDSETSF-870

OR

ISDNHANDSETSF-870

OR

(FOR MFC-4800J)

AC-IN

ｽﾃｯﾌﾟｱｯﾌﾟﾄﾗﾝｽSTEP-UP TRANS.E-300

AC-OUT

接続箱*1

101818, 2m

(FORFAX-2850/8070P)

JUNCTION BOX

AC-INAC-OUT

トランス(P)

SD-221STEP-DOWN TRANS.

(FORMFC-4800J)

TX+

TX-RX-

RX+

TX+

TX-RX-

RX+

3 64 5 3 64 5

ISDN壁ソケット

ISDNWALLSOCKET

102176

DCD

RD

TD

DTR

GND

DSR

RTS

CTS

RI DCD

RD

TD

DTR

GND

DSR

RTS

CTS

RI

1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9

17JE-23090-02(D8C)

17JE-23090-02(D8C)

RS-232A

RS-232B

USB VBUS

D-

D+

GND

1 2 3 4

1.5MBPS

MAX3m

TX-

TX+

RX+

RX-

RS-442

RX+

RX-

ISDN

RX+

RX-

ISDN

TEL3

SW

Not used

NMEA-

NMEA+

IND

TTYCS-1Q

φ13.5*1

MAX100m

*2

54RJ45

TTYCS-1

φ10.1*1

ISDNハンドセットISDN HANDSETSF-870

*2

DISTRESSALERT UNITSF-370

ミドリGRN

S16-4-15,15m,φ6

4

2

3

1

15m,φ6

P

P

S16-4-15

遭難警報発呼器L2L1

*2

2.5m

*2

3 4 65RJ45

TTYCS-1Q

φ13.5*1

コネクションボックスCONNECTION BOXQUFC911918

TB1

アカ

RED

キYEL

アオ

BLU

PP

TB2

RX+

RX-RX+

RX-

RX+

TX+TX-RX-

K.MIYAZAWA

(L1)

(L2)

*2

FAX-8070PFAX-2850FACSIMILEﾌｧｸｼﾐﾘ

MFC-4800J

*3

*3

*3

*3

*3

*3PC

パソコン

RS422-RS232CIF *4

パソコンPC

*4

ＰＣパソコン *4

MAX3m

ストレート

STRAIGHT

MAX3m

ストレート

STRAIGHT

*5

*8 *10

TX+

TX-

TEL4

TX+

TX-

TX+

TX-

TEL2

TEL1

TX+

TX-

*13

TTYCS-1

*9 *11 *9 *11

*8 *10 *8 *10

*9 *11 *9 *11*12*12

ﾌｧｸｼﾐﾘ

電話機

TELEPHONE

FACSIMILE

*4

*3

MJ-2S

220-230 VAC,1φ,50-60 Hz

100-115 VAC,1φ,50-60 Hz

*1DPYC-1.5

接続箱*1

JUNCTION BOX

DISTRESS ALERT UNIT

遭難警報発呼器 *3

3

19 22

2 41

20 21

シリアルプリンタSERIAL PRINTER

ＰＣパソコン *4

シリアルプリンタSERIAL PRINTER

RX+

RX-

TX+

TX-

ISDN

*8 *10

64 5 3

RX+

RX-

TX+

TX-

ISDN

*8 *10

TTYCS-1Q

φ13.5*1

TTYCS-1Q

φ13.5*1

SF-870

SF-870ISDNWALLSOCKET

102176

ISDNCABLE:MAX100m

RJ-45

TEL3

TX

RX

TEL4

TX

RX

KK-893-3977

87654321 87654321

INCOMING INDICATOR着信指示器(ベル)

*6 *9 *11 *7 *9 *11

*13

アナログ電話

ANALOGUETELEPHONE

DBAR104001/888

電話

TELEPHONEFCC755D1

アナログファックス

ANALOGUEFACSIMILE

FAX-2850

FAX-8070P

MFC-4800J

RJ-45

RJ-45

*14

ISDN

ISDN

SF-870*3

SF-870*3

NOTE：

注記：SHIPYARD SUPPLY

*1

FITTED AT FACTORY.：工場にて取付済*2

*3

：造船所手配

*4

：オプションOPTION

：ユーザー手配USER SUPPLY

USE A BNC PLUG ADAPTABLE THE CO-AX CABLE.：BNCプラグは同軸ケーブルに適合したものを使用。*5

TEL4 PORT IS IN PARALLEL WITH SCREW TERMINALS.

*6:

*7:

TOTAL LENGTH OF ISDN PORT IS 100 m.

TOTAL LENGTH OF TEL PORT IS 150 m.

1つのポートの総ケーブル長は100m。

1つのポートの総ケーブル長は150m。*9:

*8:

ISDN OR EQUIVALENT CAN BE CONNECTED.*10: ISDN同等機器を接続

TELEPHONE OR EQUIVALENT CAN BE CONNECTED.*11:

*12:

*13:

どちらか一方がメニューで選択

着信指示器（KK-893-3977）を挿入可能

電話同等機器を接続

ONE OF TWO PORTS IS SELECTED BY MENU.

INCOMING INDICATOR CAN BE INSERTED.

*14: 着信指示器は直列または並列に接続可能INCOMING INDICATOR CAN BE CONNECTED PARALLEL OR SERIES.

RX+

RX-

TX+

TX-

*14

TEL3 PORT IS IN PARALLEL WITH SCREW TERMINALS.

端子台の TEL4 と並列。

端子台の TEL3 と並列。

Feb. 2 '04

N-P-8DFB

N-P-12DSFA

*2

N-P-8DFB

N-P-12DSFA(>50m,OPTION)

(16S0116)IV-14SQ.

J12

アンテナユニット

ANTENNA UNIT

SF-171SF-170

8D-FB-CV,30/50/60m,φ14.3

12D-SFA-CV,100m,φ20,MAX.100m

ANT

RX+

TX+

TX-

RX-

87654321

ISDN

*8 *10

アナログ電話

ANALOGTEL

G3FAX

FCC755D1

ターミナルアダプタ

*3

TERMINALADAPTOR

QDGY911912

RJ-45

*2

RJ-11

RJ-11

1φ,50-60Hz

ACADAPTOR

ACアダプタ

9V

STEP-UPTRANS

E-300*3

230VAC

100VAC

takahasi

yhatai

Y. Hatai

ykimura

S - 1

Documents

FELCOM70 SME56340A