FELCOM18-19_Services manual.pdf

SERVICE MANUAL - INMARSAT-C MOBILE EARTH STATIO N Ku-BAND - INMARSA T MINI-C VSAT MOBILE EARTH STATIO N MODEL

FELECOM FV-100 18, 19 F-18/19/PC(VMS) Terminal Ver.01.06 (AMS)

FELCOM 19

FELCOM 18 s

1 Edtion: 2012/11 nd 2 Edition: 2013/05

CONFIDENTIAL for Internal Use Only This document is only for a service staff of FURUNO products. Any unauthorized reproduction of any of its content is prohibited.

www.furuno.co.jp

・ , ,

,

Addenda No. 003 to FS-1575/2575/5075 Service Manual Pub. No. SME56770 Addenda No. 001 to FELCOM 18/19 Service Manual Pub. No. SME56740

No. :

Information

Date:

FQ5-2013-005

1/2

2013-02

APPROVED BY

Issu ed by : FURUNO ELECTRI C CO., LTD SERVICE MANAGEMENT & COMMANDING DEPARTMENT

WRITTEN BY

Addenda No. 002 to FELCOM 18/19 Service Manual Pub. No. SME-56740

① SONAR FNR FNZ

FELCOM 18/19

Ver. 01.05 Software Upgrade

②

URGENCY: At your earliest convenience and at installation, Symptom (1) IC-218(Terminal Unit)/IC-219(Communication unit) is not communicated with PC by LAN. After turning off the power and on it again, IC-218/IC-219 operates normally, but the symptoms may occur (2) After turning on the power of IC-218, the unit freezes and the only [Esc] key operates. After turning off the power and on it again, the symptom is not remedied. Cause When the power of IC-218/IC-219 is turned on, initialization is interrupted.

E/S FCV

③ RADAR

④ NAV

Remedy Upgrade the software of TERMCPU, COMMCPU and PC to Ver. 01.05 as shown in below table. Unit IC-218

IC-219

Software name TERMCPU (16P0283B) PC COMMCPU (16P0282) PC

Program number

Folder name

Methods for update SD card

1650247-01.05

FELCOM18_V01.05_R1905_S_SD.zip

1650240-01.05 1650248-01.05

FELCOM18_PC_V01.05_R1905.zip FELCOM19_V01.05_R1905_S.zip

PC LAN

1650241-01.05

FELCOM19_PC_V01.05_R1905.zip

PC

Factory modifi ed sets

⑤ SSB

⑥ FD FAX SU

IC-218 3598-0831, 3598-1004, 3598-1089 to 1091, 3598-1140 to 1142, 3598-1151 and after IC-219 3599-0312 and after Note: The current Boot software program (version number 1650238-01.03) is installed on the factory modified sets. Refer to Furuno Information FQ5-2013-006.

⑦ MF DS CI GY

⑧ OTHERS

CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO.

2/2

Change to be made: In “Other Inf.” of SSAS Message Contents, a maximum of 360 characters is able to be entered. Note: 1. FELCOM 18, when upgrading the software of TERMCPU (IC-218), 1.1 If IC-218 freezes and the software of the unit is upgraded to Ver. 01.05, the following log is not saved in each mode. (When the unit operates normally and is upgraded, the log is saved.) Normal mode Sent Message Log Received Message Log

Service mode System Log Sent Report Log

1.2 Upgrade the software to the current version by an SD card. 1.3 Copy the following files in the root directory when upgrading the software by an SD card. - BOOT.INI - F18TERM.BIN - SDLOADER.BIN 2. How to check the program number of FELCOM 18/19 Refer to Service manual of FELCOM 18/19. Program version number is displayed in the following mode screens. 1. In Diagnostic Test of Service mode , 1.1 Select [F8:Setup] -> 1.System Setup -> “Command Window”. 1.2 Enter JOB No. and Password. 1.3 Select [Options] -> 8.Test -> 3.Diagnostic Test. 2. In Diagnostic Test of Norma l mod e, 2.1 Select [F7:Option] -> 8.Test -> 3.Diagnostic Test. 2.2 Enter “AZSXDC” while holding down [Ctrl] key.


Contents Contents

Summary Chapter 1. O verv iew 1.1 Overview ··········································································································1-1 1.1.1 Overview ···································································································1-1 1.1.2 Configuration ·····························································································1-2 1.1.3 Overview of Connection Port ····································································1-3 1. Connection of ADE and BDE ······································································ 1-3 2. [LAN] port ··································································································· 1-3 3. [DTE] port (FELCOM 18) ············································································ 1-3 4. [JUNCTION] port ························································································ 1-4 5. [D-GPS] port ·······························································································1-4 6. [PRINTER] port ··························································································1-4 1.1.4 Compatibility ·····························································································1-5 1. Compatibility of Antenna unit ······································································ 1-5 2. Compatibility of BDE board ········································································ 1-5 1.2 Handling of Alarm ····························································································1-6

Chapter 2. Menu Tree 2.1 Outline of menu operation ···············································································2-1 2.1.1 Menu operation for each Mode ·································································2-1 2.1.2 Settings for each Destination Type ···························································· 2-3 1. Priority: Normal ···························································································2-3 2. Priority: Distress ·························································································2-3 2.2 Menu tree for FELCOM 18 terminal unit ·························································· 2-4 [Report] menu in SSAS Manager Mode ··························································· 2-10 2.3 FELCOM 19 Menu Tree················································································· 2-19

Chapter 3. P arts L ocation 3.1 BDE: FELCOM 18 ··························································································· 3-1 3.2 BDE: FELCOM 19 ··························································································· 3-7 3.3 ADE ··············································································································· 3-10

i CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO .

Contents

6. CAUTION Window······················································································ 8-7 7. Alert Window ···························································································· 8-12 8.1.2 Items displayed on the Status monitor ···················································· 8-14 Analysis of NG display················································································ 8-15 8.2 [Option] -> 8. Test ·························································································· 8-19 8.2.1 PV (Performance Verification) TEST ······················································· 8-19 1. PV test sequence ····················································································· 8-19 2. Executing the PV test ··············································································· 8-19 3. Checking PV test result ············································································ 8-20 8.2.2 Diagnostic Test ························································································ 8-22 1. Diagnostic Test display area ····································································· 8-23 2. REMOTE BOX display area ····································································· 8-23 3. MAIN STATE display area ········································································ 8-24 4. STATUS display area ··············································································· 8-25 8.2.3 Distress Button Test (Distress/SSAS Button Test)··································· 8-26 1. Distress Button Test·················································································· 8-26 2. SSAS Button Test ····················································································· 8-26 8.3 [Options] -> 9.Maintenance (checking Log) ··················································· 8-27 8.3.1 "1. Current Position Log" ········································································· 8-27 8.3.2 "2. System Log"······················································································· 8-30 8.3.3 "3. Term Operation Log" ·········································································· 8-32 8.3.4 "4. Sent Report Log" ··············································································· 8-34 8.3.5 "5. Communication Log"·········································································· 8-37 8.4 [Options] -> 7. LES Information ····································································· 8-40 1. LES ID·········································································································· 8-40 2. Name ··········································································································· 8-40 3. Status ··········································································································· 8-40 4. Services ·······································································································8-41 5. TDM ch ········································································································ 8-41 8.5 Setting of DIP switches ·················································································· 8-42 8.6 Export/Import ································································································· 8-43 1. Export··········································································································· 8-46 2. Creating directory and storing data ······························································ 8-47 3. Import ··········································································································· 8-49 8.7 Clearing memory ··························································································· 8-50 8.8 Command operation ······················································································ 8-51 8.9 Antenna unit Maintenance ············································································· 8-53

v CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO .

Contents

Chapter 9. Q&A Q1. Is it possible to cut the Antenna coaxial cable? ··············································· 9-1 Q2. Is there compatibility of Antenna unit between IC-118 and IC-119? ················9-1 Q3. Is there any guideline for compatibility between Antennas?···························· 9-1 Q4. Are there cautions for replacing the board? ···················································· 9-1 Q5. Is there difference between FELCOM 18 and FELCOM 19? ·························· 9-1 Q6. Where can the program version are checked? ··············································· 9-1 Q7. The VMS PC Terminal program cannot be installed on PC.···························· 9-1 Q8. The program cannot be updated. ···································································· 9-1 Q9. Connection between PC terminal and Terminal unit cannot be established.···9-2 Q10. How to re-register IMN ·················································································· 9-2 Q11. How to check transmission and reception ····················································· 9-2 Q12. How to set IC-305, IC-306 and IC-307 ·························································· 9-2 Q13. What are special operations? ·······································································9-2 Q14. Is there any method to clear memory?·························································· 9-2 Q15. Is there any method to check whether SSAS is active? ································ 9-2 Q16. Is Version display of S/W displayed as the Diagnostic Test result? ··············· 9-2 Q17. TX Power Supply and Current Level are not displayed on STATUS display for the result of Diagnostic Test. Is this failure? ········ 9-2 Q18. Does the 5-digit number displayed on the System Log have meaning? ······················································· 9-3 Q19. Where can the System Log be checked? ····················································· 9-3 Q20. Is it possible to Export and Import SSAS setting? ·········································9-3 Q21. Is there setting of DIP SW? ··········································································· 9-3 Q22. Is it possible to use a USB memory? ····························································9-3 Q23. Where does the SSAS unit: IC-307 need to be installed?····························· 9-3 Q24. Why is the daisy chain connection used for connecting IC-307? ·················· 9-3 Q25. Why is the number of units connected to IC-307 limited to three units? ············································· 9-3 Q26. Procedure for setting SSAS ·········································································· 9-4 Q27. What will happen if the system is turned ON while SSAS button is set to ON? ····························································· 9-4 Q28. Since the password for entering SSAS Manager Mode is changed, the system cannot enter this mode. ··························································9-4 Q29. What are differences among Standard, USCG and Russia SSAS? ·············· 9-4 Q30. How to set VMS ····························································································9-4 Q31. How is LRIT set?··························································································· 9-5 Q32. Is it possible to operate both LRIT and VMS? ··············································· 9-5 Q33. Is there any method to check operating status of Data Reporting?··············· 9-5 Q34. What is the difference between Data Report and Message Report in [Reports] menu? ························································· 9-5 Q35. Is there any restriction on capacity of the SD card? ······································ 9-5 Q36. Where can DNID are checked? ····································································9-5

vi CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO .

Summary

4. Updatin g th e progr am The program is updated from the [LAN] port. As for FELCOM 18, the program can be updated from the SD card too. When updating the program by use of "Updater," the program file needs to be placed under (root) the C drive of the PC. For example, the program may not be updated if the program file is placed on desktop. When updating the program by use of "upf18term.bat," the program file can be placed at any position. As for checking S/W version, enter Furuno service mode, and then execute [Options] -> 8.Test -> 3.Diagnostic Test. Table 1. Program type Program PC VMS PC Terminal/Comm. unit Terminal Terminal (For LAN) FELCOM 18 FELCOM 19

Terminal/Comm. unit (For SD)















Non

5. Setting commands Enter a command on [Setup] -> 1.System Setup > Command Window. [Main Menu] 1. Remote Box Setup 2. External Alarm Setup Enter JOB No.: PASSWORD:

5.1 How to enter Service Mode JOB No. : furunoservice PASSWORD : felcom18 (felcom19) 5.2 How to enter SSAS Mode JOB No. : ssas manager PASSWORD: ship security alert (Common Password: wasuremashita+IMN) 5.3 How to change the SSAS Password JOB No. : ssas password

2 CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO.

Summary

Reference) Non-delivery notification failure codes ABS ACB ADR ANU ATD BK

Absent subscriber. The mobile terminal is not logged-in to the ocean region. Access barred. Addressee refuses to accept message. Deleted. The message has not been delivered within an hour and is therefore deleted. Attempting to deliver the message. Message aborted. Is used when a fax or PSTN-connection is cleared abnormally.

BUS CCD CI CIE CNS DTE ERR FAU FMT FSA IAB IAM IDS IDT IFR

Busy. Call cut or disconnected. Conversation impossible. The CES ran out of processing/communications capacity to process your message. Call not started. Data terminal equipment. Used when an X.25 subscriber has cleared the connection during the call attempt. Error. Faulty. Format error. Fast select acceptance not subscribed. Invalid answerback from destination. Was unable to process the address information in the following message: Invalid data from ship. Input data timeout Invalid facility request.

IMS IND INH INV ISR LDE LEF LPE MBB MCC MCF MKO MSO NA NAL NC NCH NDA NFA NIA NOB NOC NP NTC

Message size is invalid, 7932 characters maximum. Incompatible destination. Was unable to establish the type of message from following header. Invalid. Invalid ship request. Maximum acceptable message length or duration has been exceeded. Local equipment failure. Local procedure error. Message broken by higher priority. Message channel congestion. Message channel failure. Message killed by operator. Machine switched off. Correspondence with this subscriber is not admitted. No address line is present. No circuits. Subscriber’s number has been changed. There was no delivery attempt. No final answerback. No initial answerback. Not obtainable. No connection. No party. The called party is not, or is no longer, a subscriber. Network congestion.


Summary

OAB OCC OOO PAD PRC PRF RCA REF

Operator aborted. Subscriber is occupied. Out of order. Packet assembler/disassembler. Premature clearing. Protocol failure. Reverse changing acceptance not subscribed. There was a failure in the remote equipment.

RLE RPE RPO SCC SHE SNF SPE SUC TBY TGR TIM TMD UNK WFA WIA

Resource limit exceeded. Remote procedure error. RPOA out of order. Call completed successfully. MES hardware error. The satellite network has failed. MES protocol error. Test results being delivered. Trunks busy. TDM group reset. Timeout. Too many destinations. Unknown. Is used when no other failure code are suitable. Wrong final answerback. Wrong initial answerback.


Chapt er 1. Overv iew

1.1 Overview

1.1 Overview 1.1.1 Overv iew FELCOM 18 and 19 are successors to FELCOM 15 and 16, and equipment configuration and operation are similar to those of FELCOM 15 and 16. Both equipments are compliant with SSAS, VMS and LRIT function. A setup-of VMS is performed using VMS PC terminal. VMS_FELCOM18_PC_V01.xx_Rxxxx - VMS_FELCOM19_PC_V01.xx_Rxxxx FELCOM 18 is successor to FELCOM 15 and Class-2 Inmarsat-C system for GMDSS ship. FELCOM 19 is successor to FELCOM 16 and Class-2 Mini-C system for Non-GMDSS ship. This equipment is installed in ships, such as pleasure boat, yacht and fishing boat, as Communication equipment. This equipment is also used as equipment for SSAS, VMS and LRIT function. Table 1.1.1 Comparison between FELCOM 18 and FELCOM 19 Item

FELCOM 18

FELCOM 19

EIRP G/T

12 to 16 dBW –23.0 dB/K

7 to 16 dBW -23.7 dB/K

12 to 24VDC 12 to 24VDC (Tx: 8.0-4.0A, Rx: 1.0-0.5A) (Tx: 3.8-1.9A, Rx: 0.8-0.4A) Antenna Unit IC-118:156xH258 1.4 kg IC-119: φ φ156xH258 1.4 kg I C-218: 270H x 320W x 139D 4.0 kg Terminal Unit TLX terminal, Communication control (IC-219: 42H x 210W x 160D 1.2 kg) (Communication Control part integrated type Connection with terminal PC is nd Unit) Connection with terminal PC (2 DTE) available. is available. Printer PP-510, PP-520 (Centronics) PC Printer IC-305: Distress Alert None Distress Alert/Received Call Unit IC-350 (sharing connection with IC-305 Alarm Unit None is not available.) Alarm Unit IC-306 None SSAS Alert Unit IC-307: SSAS Alert Unit x 3set (Max) IC-307: SSAS Alert Unit x 3set (Max.) AC/DC Power Supply Unit PR-240 PR-240 Junction Box IC-318: JUNCTION BOX IC-318: JUNCTION BOX [DTE] Port Not Used None 10/100 Base-T 10/100 Base-T [LAN] Port (for connection with terminal PC) (for connection with terminal PC) [USB] Port Dedicated port for Key board None [D-GPS] Port Available None GPS INT: Option: GN-8097D, EXT INT: Standard built-in (GN-8097D), EXT External Connection SD card None Memory Power Supply

1-1 CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO.

1.1 Overview

1.1.2 Confi gur ation ADE and BDE are connected by use of the coaxial cable. External units connection are connected via JUNCTION BOX.

IC-118 Antenna Unit

FURUNO

TNC 5D-FB-CV: 30m 8D-FB-CV: 50m 12D-SFA-CV: 100m

Co-x

TNC

100 - 220VAC

ANT

PWR

12 - 24VDC

LAN

PC

LAN

HUB

RJ45

PR-240

AMS

Backup 24VDC AC/DC Power 24VDC Supply Unit

IC-218

PRINTER

Terminal Unit

PP-510

Key board

Printer

Key board

25pin D-sub USB

JUNCTION

15pin D-sub

Max. 3 set

EPFS

TTYCSLA-4 or CO-0.2x5P

TTYCSLA-1 or O-0.2x2P

IC-307

IC-307

IC-307

SSAS Alert Unit

SSAS Alert Unit

SSAS Alert Unit


IC-318

IC-306

Junction Box

Alarm Contact Signal

Alarm Unit TTYCSLA-4 or CO-0.2x5P

IC-305

IC-350

or

Distress Alert/ Received Call Unit

Alarm Unit

Fig. 1.1.1 Configuration Diagram of FELCOM 18

IC-119 FURUNO

Antenna Unit

TNC 5D-FB-CV: 30m 8D-FB-CV: 50m 12D-SFA-CV: 100m

TNC PWR

12 - 24VDC

Co-x

ANT LAN

IC-219

Communication unit

PC LAN

HUB

RJ45

100 - 220VAC

15pin D-sub

PR-240

AC/DC Power Supply Unit

24VDC

JUNCTION

AMS

2m TTYCSLA-1 or O-0.2x2P

EPFS

IC-318

Alarm Contact Signal

Junction Box

Max. 3 set


IC-307

SSAS Alert Unit

IC-307

SSAS Alert Unit

IC-307

SSAS Alert Unit

Fig. 1.1.2 Configuration Diagram of FELCOM 19


1.1 Overview

1.1.3 Overvi ew of Connection Port 1. Connecti on o f ADE and BDE IC-118/119 and IC-218/219 are connected by use of the coaxial cable. This coaxial cable includes 1.5 GHz receiving RF signal, 1.6 GHz transmitting RF signal, 1575.42 MHz receiving GPS RF signal and the power supplied to the Antenna unit. The transmitting voltage is +28 V (+27 V) and the receiving voltage is +7 V. The loss of the coaxial cable istoestimated the specified cable according length. between 2 and 12 dB at 1.6 GHz band. Select Since transmission excess input protection circuit (limiter) is built in the ANT RF circuit in the Antenna unit, it is possible to shorten the length of the specified cable.

-148 to -136dBW/m

FELCOM 18: 12 to 16 dBw FELCOM 19: 7 to 16 dBw

ADE -> <<
RX RF: 1537.0 to 1544.2 MHz TX RF: 1626.5 to 1646.5 MHz Tx: 28V/Rx: 7 V (FELCOM 18) Tx: 27V/Rx: 7 V (FELCOM 19)

BDE

5D-FB-CV: 30 m 8D-FB-CV: 50 m

Rx RF Out: - 106.2 to - 82.6 dBm 12D-SFA-CV: 100 m

Tx RF Out: 10 to 15 dBm Rx RF In: -88 to -118 dBm

Fig. 1.1.3 Connection of ADE and BDE

2. [LAN] port By connecting the PC terminal on FELCOM 18, 19 to the [LAN] port, TELEX communication and updating program can be carried out. Also, VMS PC terminal needs to be connected when setting VMS. Note that PC terminal software and VMS PC terminal software cannot be installed on the same PC.

3. [DTE] por t (FELCOM 18) This port is not used. The specification of the input/output signal is RS-232C.


1.1 Overview

4. [JUNCTION] port [JUNCTION] port is connected to IC-305, -306, -307, -350, NAV data and Alarm system via JUNCTION BOX: IC-318. 1) IC-305 and IC-306 are connected to the same connection terminal in parallel and each unit needs to be set for identification (jumper setting). Furthermore, ON/OFF setting for each unit is made in "Command Window." IC-350 and IC-305 cannot be connected simultaneously. 2) A maximum of three units can be connected to IC-307. Daisy chain connection is adopted for the connection method and each unit needs to be set for identification (jumper setting). Furthermore, SSAS needs to be set on "Command Window." 3) NAV data accepts NAV data of 4800 bps and 38.4 kbps. The sentence includes GLL, GSN, GGA, WPL, VTG, RMA, RMB, RMC, MTW, DBT, BWC, BWR, VDR, VDO and ZDA.

5. [D-GPS] port The D-GPS decoder is connected to this port. BNC-type connector is used for this connector. The output signal, 1537.0 MHz to 1544.2 MHz is output at the level of 50 Ω, -96 to -110 dBm.

6. [PRINTER] po rt Centronics conformance printer (PP-510 or PP-520) is connected to this port.


1.2 Handlin g of Alarm

1.2 Handling of Alarm Table 1.2.1 Alarm output conditions Unit IC-218 IC-305 IC-306

MSG reception Yes No Yes

DIS ACK reception Yes Yes No

EGC MSG recepti on DIS URG SAF/Rout ine Yes Yes No Yes Yes No No No No

Al arm when det ect in g "TROUBLE" Yes No Yes

Table 1.2.2 Difference of the alarm between IC-305 and IC-306 Unit IC-305 (Distress)

IC-305 (ALM ACK)

IC-306

Status

LED

Buzze r

Normal Distress button: ON Activation of Distress Receiving Distress ACK Normal ALM ACK SW ON EGC: After receiving DIS and URG EGC: After receiving DIS and URG ALM ACK SW ON Normal ALM RESET SW ON After receiving the message After receiving the message ALM RESET SW ON When detecting ALM After detecting ALM ALM RESET SW ON

Lights out ON/OFF every 100ms Lighting 1.2S ON, 0.3S OFF Lights out ON while pressing

OFF ON/OFF every 100 ms ON 1.2S ON, 0.3S OFF OFF ON while pressing

1.2S ON,

0.3S OFF

1.2S ON,

0.3S OFF

0.1S ON,

1.9S OFF

0.1S ON,

1.9S OFF

Lights out ON while pressing

OFF ON while pressing

0.6s ON, 0.6s OFF

0.6s ON, 0.6s OFF

Lights out

OFF

1S ON,

2S OFF

1S ON,

2S OFF

0.1S ON,

1.9S OF F

0.1S ON,

1.9S OFF

Table 1.2.3 Operation for stopping alarm Unit

Reset SW

Operatio n

IC-218

Alarms of all units are stopped.

IC-305

[F10]: Stop Alarm ALARM ACK (Receiving EGC)

IC-306

ALARM RESET

The alarm period is changed. - When receiving message: Only the alarm of the unit which reset switch is pressed is stopped. - When detecting TROUBLE and WARNING: Only the alarm of the unit which reset switch is pressed is changed its alarm period.


of m enuTree operation Chapter 22.1.Outline Menu

2.1 Outli ne of m enu op eration 2.1.1 Menu o perati on f or each Mode 

X -

: Menu exists : Menu exists, but inoperable : No menu and no access right

Access level: Access level of operable menu Table 2.1.1 Menu operation for each Mode Unit Function

F1: File

F2: Edit F3: Transmit

F4: EGC

F5: Reports See page 2-3

F6: Logs

Menu-1

Menu-2

Access level

F18

F18 PC

F19 PC

User

1. New 2. Open 3. Close 4. Save 5. Delete 6. Rename 7. Print 8. Print Setting 8. Remove SD Card

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2. Message Report 3. Enhanced Pre-Assigned Data Report(EPADR)

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4. Data Network ID 5. SSAS Report 1. Send Message Log to

x

VMS

SSAS

4. Communication Log


Service

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3.1 BDE: FELCOM 18

S1: System Reset SW

J14: IQ MONI S3: CPU Reset SW

(Not mounted)

1: I MONI 2: GND 3: Q MONI

S2 S4 CR6 CR5 CR3 CR2 CR1 XU20: EEPROM

Fig. 3.1.5 Terminal unit with RF CON board removed

D-GPS Port

GN-8097D 16P0246

RF CON (16P0284A)

Fig. 3.1.6 RF CON (16P0284A) and GPS (16P0246)


3.1 BDE: FELCOM 18

Fig. 3.1.7 TERMCPU (16P0283B)

R54: 28 V ADJ. R18: 130 kHz ADJ.

Fig. 3.1.8 TERMPWR (160287B) and PWR C (16P0214A)


3.1 BDE: FELCOM 18

Fig. 3.1.9 SD USB (16P0289)

Fig. 3.1.10 SW (16P0294)


3.2 BDE: FELCOM 19

3.2 BDE: FELCOM 19

210 mm

160 mm

42 mm

1.2 kg

Fig. 3.2.1 Communication unit, front panel (IC-219)

[JUNCTION]

Fig. 3.2.2 Communication unit, rear panel (IC-219)


3.2 BDE: FELCOM 19

RF CON (16P0284B)

Fig. 3.2.5 Communication unit with COMMCPU board removed

Fig. 3.2.6 RF CON (16P0284B)


3.3 ADE

3.3 ADE

258 mm

1.4 kg 156 mm

Fig. 3.3.1 Antenna unit: IC-118 and IC-119


3.3 ADE

16P0285 (for IC-118)

16P0286 (for IC-119)

Fig. 3.3.3 ANT RF (16P0285, 16P0286)


3.4 Other uni t

3.4 Other uni t 3.4.1 JUNCTION B OX: IC-318

2m

137 mm H=43 mm

160 mm

IC-305 IC-306

NAV

DMC IC-307

1. Vcc 2. GND 3. TD/RD-A 4. TD/RD-B 5. N.C 6. ALM-H 7. ALM-C 8. RD-A(NAV) 9. RD-B(NAV) 10. GND 11. SSAS OUT-H 12. SSAS OUT-C 13. SSAS IN-H 14. SSAS IN-C 15. SSAS CTR

#11-15: #6-7: DMC -> SSAS TD -> ALM


3.4 Other uni t

3.4.3 ALARM UNIT: IC-306 100 mm

120 mm

H=26 mm

JP1 JP2 See Page 3-16. 16P0213B S1

S3

S2


Chapt4.1erSetup 4.Menu Sys tem Se tu p 4.1 Setu p Menu 4.1.1 System Setu p 1. FELCOM 18 Set "[Setup] -> 1.System Setup" menu. Table 4.1.1 Settings of FELCOM 18 SystemSetup Item

Settin g value

System Date & Time

YY-MM-DD

IMN

4xxxxxxxx

MES Operation Mode

INMARSAT-C EGC OFF EXT INT

Nav Port AUTO

ON LAN Port

OFF INT LAN INT+LAN

Message Output Port AUTO

EGC Output Port Network Setup

Command Window

INT LAN INT+LAN Network Mail Gateway

Remarks The time data is calculated from the reception frame signal, and the date uses the data from ZDA. If there is no ZDA, the input date (Setup -> System setup -> System Date & Time) is used. To change IMN, type "IMN" while holding [Ctrl] and [Alt]. The input IMN is displayed on the status display. Normally, set to "INMARSAT-C." When set to INMARSAT C, Tx/Rx and the EGC reception are available. When set to EGC, only EGC reception is available. - OFF: Manually inputs the position of the own ship. Note) Note that the alarm is outputted when the data is not updated every 4 hours. - EXT: Uses the external GPS data. - INT: Uses the built-in GPS data. - AUTO: Automatically switches from INT to EXT. Note) As for SSAS Russia and LRIT Russia, NAV port is fixed to AUTO and GLONASS is preferentially used. This is ON/OFF setting for the LAN port. If set to "OFF," the error message "No response from communication unit" appears and transmission cannot be carried out when [Transmit] operation is carried out at the PC terminal. If the aforementioned "LAN Port" is set to "OFF" at the destination of the received message, LAN and INT+LAN are deleted. - INT: Outputs to the Terminal unit. - LAN: Outputs to the LAN port. - INT+LAN: Outputs to the Terminal unit and LAN port. - AUTO: Outputs to the ports according to Sub Address. (Terminal unit side (LAN): 000, DTE side: Fixed at 001) This setting is valid if the aforementioned "LAN Port" is set to ON at the destination of EGC received message. - INT: Outputs to the Terminal unit - INT+LAN: Outputs to the Terminal unit and LAN port. See the next page. This is the command for the direct access to TERMCPU board and this command is used to configure settings relevant to IC-305, IC-306, IC-307 SSAS and AMS in Furuno service mode. ** Furuno service mode: Job No.: furunoservice, Password: felcom18


4.1 Setup Menu

4. Handl in g of INT Nav Data The following table shows sentences that are input into and output from the GPS Module. The following data format is used: Start bit: 1 / Data bit: 8 / Parity bit: None / Stop bit: 1. Sentences output from the GPS Module Talke r

Forma tter

PFEC

Minimum input cycle

GP

GSA

―

10 sec

GP P P

ZDA FEC FEC

―

1 sec

GPenc GPtst

1 sec 1 sec

Remarks

Information of satellite in use Current time Encrypted NAV data GPS Self test Result

Sentences input into the GPS Module Talke r

Forma tter

PFEC

Minimum input cycle

P

FEC

GPclr

―

P

FEC

GPint

―

Remarks Start time and time when the port is set to be used

Priority sequence Data cont ents

Priority sequence

Positioning mode Latitude/longitude SOG(Speed over ground) COG (Course over ground) Current time and time difference Self Test Result Information of satellite in use

GSA > PFEC, GPenc PFEC, GPenc PFEC, GPenc PFEC, GPenc ZDA > PFEC, GPenc GPtst GSA

Talker

GP


4.1 Setup Menu

4.1.2 Outline of Command Window By operating Command Window in "Setup -> System setup," 1) Enter Furuno service mode and set ON/OFF for SSAS(IC-307), Distress Alert unit (IC-305) and Alarm unit (IC-306) by use of Remote Box Setup and AMS Setup. 2) Enter Furuno service mode and then set ON/OFF of alarm contact output to ALARM System upon receipt of Distress message and Urgency message by use of External Alarm Setup. 3) Set ON/OFF of LRIT by typing the ON/OFF command for LRIT in JOB No. 4) Carry out maintenance by typing monitor, clearing memory and debug commands in JOB No.

Reference) See page 8-50 for Command List.

How to enter Se rvi ce Mode Procedure) 1. Open "Command Window" in [Setup] -> 1.System Setup. [Main Menu] 1. Remote Box Setup 2. External Alarm Setup 3. AMS Setup Enter JOB No.:

2. Type "furunoservice " in Enter JOB No. 3. Enter password. Model name is used for the password. Only the cursor moves even if the password is entered. No character appears. - For FELCOM 18 -> felcom18 - For FELCOM 19 -> felcom19 [Main Menu] 1. Remote Bo x Setup 2. External Alarm Setup 3. AMS Setup Enter JOB No.: furunoservice


4.1 Setup Menu

4. When entering Furuno service mode, Furuno Service Mode appears and flashes at the center of the top of the screen. Also, [Main Menu] in Command Window is reversed.

[ Main Menu ] 1. Remote Bo x Setup 2. External Alarm Setup 3. AMS Setup Enter JOB No.:

5. Type the number to be set and then enter the setting menu. To exit from Furuno service mode, type " quit" or "quit service" in Command Window. Turning the system on and turning it on again is acceptable.


4.2 FELCOM 18: Sett in g IC-305 and IC-306

4.2 FELCOM 18: Setti ng IC-305 and IC-306 As for IC-306 (Alarm Unit), a maximum of three units (standard: two units) can be connected. As for IC-305 (Distress Alert/Received Call Unit), only one unit can be connected. Any unit is recognized by the jumper setting. Enter "1.Remote Box Setup" in Command Window in [Setup] -> 1. System Setup, and then set ON/OFF for each unit.

Note) These units can be only connected to F ELCOM 18. No unit can be connected to FELCOM 19.

4.2.1 Jump er setti ng The jumper setting of 16P0213 A type/ B type boards is required for recognition of IC-305 and IC-306. Boards need to be set according to the following table. Type A board is for the IC-305 unit and type B board is for the IC-306 unit. Each type is recognized by the jumper setting of JP1 and JP 2 and the presence of S1, S2 and S3. Table 4.2.1 Difference between 16P0213A and 16P0213B

JP1 JP2 S1 S2 S3

16P0213A type Distress Alert/Received Call Unit (IC-305) DISTRESS Short Short Yes Yes No

RCV-1 Open Short No No Yes

JP1:short JP2:short

16P0213A

S1 S3

16P0213B type Alarm Unit (IC-306) RCV-2 Short Open No No Yes

JP1 JP2

16P0213B

S1

S2

RCV-3 Open Open No No Yes

S3

S2

IC-305


IC-306


4.2.2 ON/OFF sett in g Procedure) 1. See page 4-7 and enter Furuno service mode. 2. Press [1] -> [Enter] to open "1.Remote Box Setup" menu. [ Main Menu ] 1. Remote Box Setup 2. External Alarm Setup 3. ASM Setup Enter JOB No.:1 [ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Enter No.:

] OFF OFF OFF OFF OFF

3. Enter the number of unit to be set, and then press [Enter]. For example, press [2] -> [Enter] to activate IC-305. ON/OFF menu for [IC-305] appears. Press [1] -> [Enter]. "2. IC-305" in the [Remote Box Setup] menu is changed to "ON."

[ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Enter No.:2


[ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Enter No.:

[ IC-305 ] 1. ON 2. OFF E: Exit Enter No.:1

] OFF ON OFF OFF OFF

Reference) The Terminal unit sequentially carries out polling for connected unit for which ON is set and monitors the switch status. As for FELCOM 19, there is no setting for IC-305 and IC-306.



4.2.3 Testing IC-305 and IC-306 1. IC-305 Execute [Option] -> 8.Test -> 4.Distress Button Test and then enter "Distress Button Test" mode. Operations are as follows. The Distress alert is not released even if this test is carried out.

If [DISTRESS] button is pressed and held down more than 4 seconds without entering "Distress Button Test" mode, the Distress alert is released.

When entering Distress Button Test mode, the message "INF: Distress Buttons entered into TEST MODE." appears. LED of [DISTRESS] button on the Terminal unit on IC-305 and the buzzer become active at intervals of 100 msec/2s. Then, when pressing [DISTRESS] button, when [DISTRESS] button on IC-305 is pressed, LED of [DISTRESS] button on IC-305 and the buzzer become active at intervals of 100 msec. If [DISTRESS] button is pressed and held down for a while, the message "INF: DISTRESS ALERT UNIT works correctly." appears.


4.3 FELCOM 18: Setti ng IC-350

4.3.3 Testing IC-350 Items to be tested are almost the same as those for IC-305 explained in "4.2.3 Testing IC-305 and IC-306." Execute [Option] -> 8.Test -> 4.Distress Button Test. Operations are as follows. When entering Distress Button Test mode, the message "INF: Distress Buttons entered into TEST MODE." appears. LED of [DISTRESS] button on the Terminal unit and the buzzer become active at the intervals of 100 msec/2 sec. As for IC-350, there is no change. Then, if [DISTRESS] button is pressed, when [DISTRESS] button on IC-350 is pressed, LED of [DISTRESS] button on IC-350 and the buzzer become active at intervals of 0.5 s, and the message "INF: DISTRESS ALERT UNIT works correctly." appears if [DISTRESS] button is pressed and held down more than 4 seconds.


4.4 FELCOM 18, 19 Extern al Alarm Setup

4.4 FELCOM 18, 19 Extern al Alar m Setu p This setting is used to set whether to output alarm contact to ALARM System when receiving the Distress message or Urgency message. Alarm output is normally closed and interlocked with alarm buzzer. Resistance is approximately 30 Ω while closed between ALM_H and ALM_C.

IC-318 TERMCPU(16P0283B) COMMCPU(16P0282)

3.3V

K1 TLP4176G_TP_F R190 Q1 ALM

2

JUNCTION ALM_A

6

ALM_H

3 ALM_B

7

ALM_C

4

6 7

Normal Close

Fig. 4.4.1 External Alarm output circuit

Procedure) 1. See page 4-7 and enter Furuno service mode. 2. Press [2] -> [Enter] to open "2. External Alarm Setup" menu. [ Main Menu ] 1. Remote Box Setup 2. External Al arm Setup 3. AMS Setup Enter JOB No.:2 [ External Alarm Setup ] 1. Dist ress Message 2. Dist ress EGC 3. Urgent EGC 4. Unit Fault E: Exit Enter No.:

ON ON ON OFF

3. Enter the number of item to be set, and then press [Enter]. For example, press [3] -> [Enter] to set “OFF” for Urgent EGC.


4.5 FELCOM 18 and 19: Settin g SSAS

4.5.1 Jumper Setting Only for the last IC-307 unit, the JP-2 plug is changed to JP-1. This setting is required to activate the “error detection function” for cable wiring. See page 4-29.

Only for the last unit, the JP-2 plug is changed to JP-1. Factory setting: JP-1: Open JP-2: Jumper



4.5.2 ON/OFF sett in g Procedure) 1. See page 4-7 and enter Furuno service mode. 2. Press [1] -> [Enter] to open "1.Remote Box Setup" menu. [ Main Menu ] 1. Remote Box Setup 2. External Alarm Setup 3. AMS Setup Enter JOB No.:1 [ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Ente r No.:


3. Press [1] -> [Enter]. When SSAS setting menu appears, select the corresponding SSAS function. See the following page for the SSAS function. For example, press [2] -> [Enter] to activate Standard SSAS. “1. SSAS” in the [Remote Box Setup] menu is changed to "IC-307(Standard SSAS)".

[ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Enter No.:2


[ SSAS ] 1. OFF 2. IC-307(Standard SSAS) 3. IC-307(Russi an SSAS) 4. SSAS(Momentary)

[ Remote Box Setup 1. SSAS 2. IC-305 3. IC-306 No.1 4. IC-306 No.2 5. IC-306 No.3 E: Exit Enter No.:

] IC-307(Standard SSAS) OFF OFF OFF OFF

E: ExitNo.:1 Enter



Table 4.5.1 Outline of the SSAS function Setting IC-307(Standard SSAS)

IC-307(Russian SSAS)

SSAS(Momentary)

Outline The SSAS alert button is latch type and used for the standard SSAS function. Note that after a button is pushed, transmission sequence is started in 30 seconds. This is SSAS for Russian type. The SSAS alert button is latch type and its operation is Standard SSAS. Note that after a button is pushed, transmission sequence is started in 3 seconds. However, NAV port setting is fixed to AUTO. As for position data, external GLONASS has priority. If there is no external GPS unit, internal GPS is used. Also, the message format is different from that of Standard SSAS. This is SSAS for USCG type. The SSAS alert button is momentary type. Note that after a button is pushed, transmission sequence is started in 0.7 seconds.

4.5.3 SSAS mo de The SSAS function has two operating modes. - Normal The mode: unit starts up in this mode. The unit is used in this mode. SSAS-related

menus are not displayed. - SSAS Manager Mode: Entering the SSAS Manager password in Setup -> 1.System -> Command Window enables entry into SSAS Manager Mode. - JOB No.ssas manager - Password: ship security alert

In this mode, SSAS message and transmission cycle can be set, and “SSAS alert button test” can be carried out for IC-307. While the unit is in SSAS Manager Mode, the indication SSAS Manager Mode (flashing) appears at the center of the top of the screen. To exit SSAS Manager Mode, input "quit" or "quit ssas" on Command Window. The unit enters Normal Mode when the unit is turned on again.

Note) Password: The default password is “ ship security alert”. The manager can change the password. See page 4-23 for how to change the password.



1. Entering SSAS Manager Mode Procedure) 1. Enter the following JOB No. and password in Setup -> 1.System -> Command Window. Entering SSAS Manager Mode is possible. Only the cursor moves even if the password is entered. No character appears. - JOB No. ssas manager - Password: ship security alert (Default Password) [ Main Me nu ] 1. Remote Box Setup 2. External Al arm Setup 3. AMS Setup Enter JOB No.: ssas manager PASSWORD:

Important) The manager can change the password. If you do not know the password, enter the common password: wasuremashita+IMN. IMN is the IMN number set at Setup -> System Setup. For example, if IMN is 443256789, type "wasuremashita+443256789 ." 2. When entering SSAS Manager Mode, the indication SSAS Manager Mode (flashing) appears at the center of the top of the screen.

Reference) In case of logging in both SSAS Manager Mode and Furuno Service Mode, SSAS Manager Mode+S appears at the center of the top of the screen.



Operations that can be executed in SSAS Manager Mode are - SSAS related setting - Alert button test for IC-307 - Cancellation of repeated transmission of SSAS. Table 4.5.2 Menu added to SSAS Manager Mode for FLECOM 18 and FELCOM 19

Main menu

Reports

Sub Menu-1 1. Data Report 2. Message Report 3. Enhanced Pre-Assigned Data Report(EPADR) 4. Data Network ID

5. SSAS Report

Options

8. Test

Sub menu -2

1. SSAS Report 1 2. SSAS Report 2 3. SSAS Report 3 4. SSAS Report 4 5. SSAS Report 5 6. Message Contents 1. PV Test 2. PV Test Result 3. Diagnostic Test 4. Distress/SSAS Button Test 4. SSAS Button Test

Remarks

Addition

Added for FELCOM 18. Added for FELCOM 19.

2. Changing the passwor d fo r enterin g SSAS M anager Mode Changing the password is the operation carried out by the manager. Procedure) 1. Open Setup -> 1.System -> Command Window, type "ssas password" on the Enter JOB No. field, and then press [Enter]. 2. The line for inputting "OLD PASSWORD" appears.

3. Input "ship security (without the "quotation marks), which is the password set at factory default. Thealert line"for inputting NEW PASSWORD " appears. 4. Input a new password to be set, using at least six characters, and then press [Enter]. The line for inputting “RETYPE NEW PASSWORD” appears.



Table 4.5.3 SSAS Report Menu Item

Status

Settin g value

Contents

Remove ON

Contents of the open page are removed. SSAS report A test message is sent to destinations set on the page, which is being open. SSAS alert is sent to destinations (SSAS Report 1 to

TEST

Real+Test Mode Real only Test only Station Name

Destination Type

TELEX/MES FAX E-Mail SMS PADN DNID Special (Prefixed)

Prefix Code

xx

Country/Ocean Code

xxxx

Destination Modem Type

xxxxxxxxxxxxx xx T30 V21 – V32 Other

Address Subject LES ID

--Ex; 203(KDDI)

Report Interval

00:10 – 99:59

5) set in this mode. Also, when testing the button of SSAS Alert unit, the SSAS alert test message is sent to destinations (SSAS Report 1 to 5) set in this mode. SSAS alert is sent to destinations (SSAS Report 1 to 5) set in this mode. When testing the button of SSAS Alert unit, the SSAS alert test message is sent to destinations (SSAS Report 1 to 5) set in this mode. Destination can be selected from the list registered in Setup -> 8.Configuration -> 1.Station List. Destination Type can be selected (generally, E-mail and SMS) Reference) When selecting Special and entering "91" for Destination, the Loop Back Test for the SSAS message can be carried out. This code needs to be entered if Prefixed is set for Destination Type. These codes need to be entered if TELEX/MES, FAX and PSDN are set for Destination Type. Destination needs to be entered if TELEX/MES, FAX, PSDN or DNID Special is set for Destination Type. Modem Type needs to be entered if FAX is set for Destination Type. ** Generally, T30 is set. Address needs to be entered if E-Mail or SMS is set for Destination Type. Invalid LES needs to be selected from the LES list. The interval for sending the report needs to be entered (the minimum time is 10 minutes.)



2. Setting Message Contents The message set here is sent to destinations set for "1. SSAS Report 1 to 5. SSAS Report 5." Procedure) 1. Open [Reports] -> 5.SSAS Report -> 6.Message Contents. 2. Enter Vessel Name, MMSI, IMN and IMO, respectively. As for [Other Inf.], appropriate message can be entered. This me ssage can be edited as needed. For example, Company Security Officer name and Call sign can be entered in [Other Inf.]. A maximum of 360 characters can be entered.

SSAS Message Contents

[Other Inf.] Arbitrary message (360 chr.) can be edited as needed.

- Vessel Name: 30 characters

Vessel Name MMSI IMN IMO Other Inf.

: ______________________________ - MMSI: Maritime Mobile Service : ______________________________ : ________________ Identity : ________________ - IMN: Inmarsat Mobile Number :____________________________________ ____________________________________ ____________________________________

COURSE/SPEED/Time Course/speed and

LAT : LON : Time : COURESE:

34.44.46N 135.21.26E 06/21/2012 04:22:20 (UTC) 071 deg

confirmed time (ZDA) (VTG/RMC/ZDA)

SPEED Time : :

0.0 kt 06/21/2012 04:22:20 (UTC)

LAT/LON/Time and positioning time (GGA/RMC/GLL/RMA)

3. Press [Esc] key to open the [Update] screen. Select "Yes" to update data.



4.5.5 Testi ng th e Alert but to n o n IC-307 Procedure) 1. Enter SSAS Manager Mode. 2. Execute [Option] -> 8.Test -> 4.Distress/SSAS Button Test. The message "INF: Distress/SSAS entered into TEST MODE." appears. As for FELCOM 19, the message "INF: SSAS Buttons entered into TEST MODE." appears.

Note) 1) If the unit does not enter SSAS Manager Mode, the unit remains in "4.Distress Button Test" and the SSAS Alert button on IC-307 cannot be tested. 2) SSAS Alert button cannot be tested from the PC terminal of FELCOM 18. 3. Check that the message "INF: SSAS UNIT works correctly." appears when the Alert button on IC-307 is pressed. 4. If the button is switched ON for more than 30 seconds, the test message is sent to the

destination specified for the “Test only” and Real+Test” in Mode of SSAS Report 1 to 5 settings.



4.5.6 Send ing th e Test mess age (execut ing test m od e) This test is carried out to check whether the "Test Report" can be properly sent to the destination, which was set in SSAS Report setting menu. When carrying out this test, be sure to check that equipment is working properly in advance.

1. If FELCOM 18 or FELCO M 19 is c onn ected w it h th e PC termi nal Procedure) 1. Enter SSAS Manager Mode. 2. Open [Report] -> 5.SSAS Report, and then select "SSAS Report" for the destination to which the test report is sent in order to open the SSAS Report setting menu. 3. Open [Status], select "TEST" and then press [Enter]. 4. Press [Esc] key to open the [Update] screen. Select "Yes" to update data. 5. The test report is sent. After sending the test report, [ON] is automatically set for [Status] in the SSAS Report menu. In this case, the message "Successful Sending message" appears on the Printer and the Screen. The following figure shows the example of the test report received via E-mail. 6. Inquire the recipient whether the test report is properly transmitted to the destination.

>From: [email protected] >Date: Thu, 21 Jun 2012 02:13:36 UTC >Subject: SSAS ALERT REPORT >To: [email protected] > > > !!!Test Call !!! is added. > !!!! Test Call !!!! >--- SSAS ALERT MESSAGE -->Vessel Name: furuno test >MMSI: 431990000 >IMN: 443199010 >this is test ssas message. >from furuno test >LAT: >LON: >Time: >COURSE: >SPEED: >Time:

35:00.00N 135:00.00E 06/21/2012 01:56:15(UTC) *** deg ** kt MM/DD/YYYY hh:mm:ss(UTC)



2. If PC terminal i s not conn ected wit h FELC OM 19 2.1) SSAS Standard mode, Russian Mode Before carrying out the test, be sure to check that the destination specified for the “Test only” and Real+Test” in Mode of SSAS Report 1 to 5 settings menu. In Case of set to “Real”, SSAS Test message is not sent, and [ERROR] lamps flashing. Reference) This operation transition can be checked on the PC terminal screen. Procedure) 1. Turn off the Communication unit. 2. Press the Alert button on No.1 IC-307 to switch "ON" the button. 3. Turn on the Communication unit and then enter test mode.

Entering test mode ON Power ON →

4. After approximately 30 seconds, [POWER], [LOGIN] and [TX] lamps simultaneously start flashing at intervals of 1 second. If this operation starts, the Alert button function on No.1 IC-307 is working properly. If the button does not work due to improper wiring, the [ERROR] lamp flashes at intervals of 1 second and next operation does not start.

POWER, LOGIN and TX lamps flash simultaneously at intervals of 1 second.

Note) If transmission of SSAS report is not required, switch OFF the Alert button within 30 seconds and then turn off the unit. When 30 seconds elapse, the test report is sent.



5. If approximately 30 seconds elapse while [POWER], [LOGIN] and [TX] lamps are simultaneously flashing, transmission of the test report starts and [POWER], [LOGIN] and [TX] lamps start flashing at intervals of 0.4 seconds at the same time.

POWER, LOGIN and TX lamps flash at intervals seconds.of 0.4

6. If transmission of the test message succeeds (Successful Sending), [POWER], [LOGIN] and [TX] lamps simultaneously start flashing at intervals of 1 second.

When transmission succeeds: POWER, LOGIN and TX lamps flash simultaneously at intervals of 1 second.

Note) If 60 minutes elapse in this mode, the unit automatically enters normal mode. However, security alert is not transmitted. 7. Press the Alert button on No.1 IC-307 to switch "OFF" the button. Note) If 10 seconds elapse whiles the Alert button is switched "ON" after transmitting the test report successfully, the [ERROR] lamp starts flashing at intervals of 2 seconds. The Alert button needs to be switched OFF. The [ERROR] lamp stops flashing. 8. The unit goes into "idle" state in test mode. While the test mode is set to "Idle" status, each lamp lights for 1 second in the order of [POWER] [LOGIN] [TX] and this operation is repeated. →

→

Scan operation for each lamp is repeated in the order of [POWER] [LOGIN] [TX] →

→

9. Turn off the Communication unit and then turn on the unit again to exit test mode.



2.2) USCG Mode Before carrying out the test, be sure to check that the destination specified for the “Test only” and Real+Test” in Mode of SSAS Report 1 to 5 settings. In Case of set to “Real”, SSAS Test message is not sent, and [ERROR] lamps flashing. Procedure) 1. Turn off the Communication unit. 2. Press the Alert button on No.1 IC-307. 3. Turn on the Communication unit and then enter test mode.

Entering test mode ON Power ON →

4. The unit goes into "idle" state in test mode. If test mode is set to idle state, each lamp lights for 1 second in the order of [POWER] -> [LOGIN] -> [TX], and this operation is repeated. 5. Switch OFF the Alert button once, and then press the Alert button again. After 4 seconds, transmission of the test report starts, and then [POWER], [LOGIN] and [TX] lamps simultaneously start flashing at intervals of 0.4 seconds. In this case, release the Alert button.

POWER, LOGIN and TX lamps flash at intervals of 0.4 seconds.


4.6 AMS

4. Category of Alert Code

Content

001 002 003 010 013

EGC Synchronization loss. Synchronization loss. BBER over 80%. Invalid MES ID. Please update current ship position.

050 100 200 201 300 500 501 510 640 641 642 630 632 730

EEPROM ERROR. ANT power voltage abnormality. 1st Local UNLOCK 2nd Local UNLOCK TX Carrier power level abnormality. Distress Priority Message received. Distress Priority EGC Message received. Urgent Priority EGC Message received. DISTRESS ALERT UNIT Fault. ALARM UNIT connection abnormality. SSAS UNIT connection abnormality. Internal GPS UNIT failure. External NAV equipment failure. Can't print. Printer not ready.( Offline/Paper Low)

NOTE: Code number is classified as the following category. Code

Mean

Code

Mean

Code

Mean

0xx 1XX 2XX 3XX

System Power supply OSC/PLL AF/IF/RF circuit

4XX 5XX 6XX 7XX

Soft wear Rx Dis/Urg Msg. Communication I/F Option(peripheral equipment)

8XX 9XX

Reserved Reserved


4.6 AMS

4.6.2 Overview f or AMS S etti ngs 1. Menu Tree AMS Setup menu tree is as follows. 1. Legacy

AMS mode ON/OFF 1．Distress Alert Stop Enable

1. Mode Setup

2. AlertIF1

2．Distress Alert Stop Disable

E: Exit 3. AMS Setup

CS0000 ～ 9998 (ID No. of F18_19) (CS: felcom18_19) II0000 ～ 9998 (ID No. of AMS) (II: AMS) Appears number of Error packet

2. MY SFI Setup 3. AMS SFI Setup 4. Error Log

（0~4,294,967,295）

E: Exit

2. Alert Mode Alert Mode has the two kinds of the operation mode. 1) Legacy Mode: Conventional operation mode. None of the AMS connecting. (ALR and ACK sentences does not handling) 2) AlertIF1: AMS alignment connecting mode Differences of the respective mode are as follows. Legacy Mode Alert Acknowledgement None （ALR） Operation when receiving the None Alert ACK When solved - Buzzer stops. the event of HW Alert - Pop-up menu is deleted.

AlertIF1 Mode Informs. Operates - Buzzer is not stopped. - Pop-up menu is not deleted.

In setting of the AlertIF1, buzzer sounds change optional setting (buzzer sounds YES or NO) when receiving Distress/Urgency MSG is existed for corresponding to special requirement of ship’s classification. The setting is “1．Distress Alert Stop Enable” and “2 ．Distress Alert Stop Disable”.

3. SFI SFI Setup consists of the ID number setting (two character model name and four digits). On the basis of the ID number, communication between FELCOM18/19 and AMS unit are carried out. The setting is as follows. - Model name of MY SFI Setup: FEOCOM 18/19 -> “CS” - Model name of AMS SFI Setup: “IT”


4.6 AMS

6. When pressing the [2] -> [Enter] key, changes to “AlertIF1 Mode”. And, the [AlertIF1 Option] menu appears. In case of “Distress Alarm Stop Enable”, press the [1] -> [Enter] key. In case of “Distress Alarm Stop Disable”, press the [2] -> [Enter] key. Returns to the [AMS Setup Menu] menu.

Distress Alarm Stop Enable Outputted Alarm sounds from the Felecom when receiving the Distress/Urgency message can stop by ACK form AMS unit. When deleting it with displaying the pop-up message in the terminal, press the [ESC] key.

Distress Alarm Stop Disable Outputted Alarm sounds from the Felcom when receiving the Distress/Urgency message cannot stop by AMS unit. When deleting it with displaying the pop-up message in the terminal, press the [ESC] key. Operation required in the GMDSS is this setting. NOTE: Regardless of the above mentioned setting, when pressing the [ESC] key in the FELCOM 18/19 terminal unit side, alarm sound stop and pop-up message are deleted in the terminal. In other words, this is an operation for the ACK completion and the resolve of alert.

[ Mode setup ] 1. Legacy ON 2. AlertIF1 E: Exit Enter AMS mode No,.2 [ Alert IF1 Optio n ] 1. Distress Alarm Stop Enable ON 2. Distress Al arm Stop Disable E: Exit Enter AlertIF1 O ptio n No. :

[ Mode setup ] 1. Legacy ON 2. AlertIF1 E: Exit Enter AMS mode No,.2 [ Alert IF1 Optio n ] 1. Distress Alarm Stop Enable ON 2. Distress Al arm Stop Disable E: Exit Enter AlertIF1 Option No. :2

[ Mode setup ] 1. Legacy 2. Aler tIF1 ON E: Exit Enter AMS mode No,. [ AMS Setu p Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setu p 4. Error Lo g E: Exit Ente r No.:


4.6 AMS

SFI Setup 7. When pressing the [2] -> [Enter] key, [MY SFI Setup] menu appears. Input the ID number with the four digits of for the Felcom. When Felcom’s are installed, do not register the same ID number. For example, input “0002”. Press the [E] -> [Enter] key after the input. Returns to the [ASM Setup Menu] menu. The model name “CS” cannot be changed.

[ AMS Setu p Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setup 4. Error Log E: Exit Enter No.:2

[ MY SFI Setup ] SFI CS0001 0000 to 9998: SFI No. E: Exit Enter SFI No. 0002

[ MY SFI Setup ] SFI CS0001

[ MY SFI Setup ] SFI CS0002

0000 to 9998: SFI No. E: Exit Enter SFI No.:

0000 to 9998: SFI No. E: Exit Enter SFI No.

[ MY SFI Setup ] SFI CS0002 0000 to 9998: SFI No. E: Exit Enter SFI No. e

[ AMS Setu p Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setup 4. Error Log E: Exit Enter No.:

8. When pressing the [3] -> [Enter] key, [ASM SFI Setup] menu appears. Input the ID number of for the ASM unit. The ID number consists of the two digits character and the four digits number. For example, input the “II0002”. After the input, press the [ESC] key to out of the Command Window.

[ MY SFI Setup ] SFI CS0002 0000 to 9998: SFI No. E: Exit Enter SFI No. e

[ AMS Setu p Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setup 4. Error Log E: Exit Enter No.:

[ AMS Setu p Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setup 4. Error Log E: Exit Enter No.:3 [ AMS SIF Setup ] SFI II0001 E: Exit Enter SFI: II0002

[ AMS SIF Setup ] SFI II0001 E: Exit Enter SFI: II0002 [ AMS SIF Setup ] SFI II0002 E: Exit Enter SFI:


4.6 AMS

Reference) Check for Error Log Error part of the RX packet from the AMS unit can be checked The maximum of the total count is 4,294,967,295. However, respective error count is deleted when turning off power. Also, Log Clear operation is not carried out except for the Furuno Service Mode. Procedure) 1. Press the [3] -> [Enter] key to open the “3. AMS Setup”menu. And then, press the [4] -> [Enter] key to open the “Error Log”. [ Main Menu ] 1. Remote Box Setup 2. External Alarm Setup 3. AMS Setup Enter JOB No.:1

[ Error Log ] Datagram header error TAG block formatting error TAG checksum error TAG syntax error TAG framing error Sentence syntax error Total

[ AMS Setup Menu ] 1. Mode setup 2. MY SFI Setup 3. AMS SFI Setup 4. Error Log E: Exit Enter No.:

0 0 0 0 0 0 0

1. Log Clear E: Exit Enter No.:

2. Press the [ESC] key after checking to out of the Command Window.


4.7 Data Repor t

4.7.3 VMS sett in g Report setting needs to be defined according to operation requirements of VMS. For example, at FFA, whether to transmit the report when an event, turning ON/OFF the unit, Blocking, entry into or exit from the specified ocean region, occurs, and setting for hiding that the report is being transmitted needs to be made on the Status screen. The above VMS setting is made using the PC terminal for VMS. See "Chapter 7. PC Terminal" for how to install the following VMS PC term inal software and start up the software. - VMS_FELCOM18_PC_V01.0x_Rxxxx - VMS_FELCOM19_PC_V01.0x_Rxxxx Note that the PC terminal software for FELCOM 18 and 19 and VMS PC software cannot be installed on the same PC.

1. Sett in g VMS ON Procedure) 1. Double-click the "VMS_FxxPC" to start up the VMS PC terminal. 2. "0.VMS Mode" is added when opening the [Report] menu. Open "0.VMS Mode". 3. When the Password entry screen appears, enter the Password: 123456789 .

Password: 123456789


4.7 Data Repor t

4. The VMS Mode screen appears. Set VMS function "ON" and then press [Enter] key.

VMS Function -> ON

5. Click "LOAD" and select the VMS file to be set (for example, "felcom_vmssettings_FFA.xml"). The path of the selected VMS setting file appears on the LOAD column. Press [Enter].

LOAD


4.7 Data Repor t

6. Parameters of the selected VMS setting file are reflected on the VMS SETTINGS screen. Select [Apply] on this screen and then click [Enter] key.

Select [Apply].

7. If the VMS function activates, the preset "VMS name" appears at the lower left of the Status screen. ex: FFA is active.


4.7 Data Repor t

2. Setting VMS OFF Procedure) 1. Double-click the "VMS_FxxPC" to start up the VMS PC terminal. 2. Open "0.VMS Mode" from [Report] menu. 3. When the password entry screen appears, enter the password: 123456789 .

Password: 123456789

4. The VMS Mode screen appears. Set the VMS function "OFF" and then press [Enter].

5. Click [LOAD], select the VMS filer for VMS to be deleted or select any VMS setting file, and then press [Enter] key. The path of the selected VMS setting file appears on the LOAD column. For example, select "felcom_vmssettings_FFA.xml."

LOAD


4.7 Data Repor t

6. When the “CHANGE VMS SETTINGS” screen appears, select [Apply] and then press [Enter] key.

Select [Apply].

7. If the VMS function is set to "OFF," the VMS name that appears at lower left of the Status screen disappears.

The VSM name disappears.


4.7 Data Repor t

3. Checking the VMS settin g When the VMS setting file is loaded, setting parameters are reflected on the VMS SETTINGS screen. Following is the "felcom_vmssetings_FFA.xml" setting file.


4.7 Data Repor t

4. Edit ing the VM S setting fil e (refe rence) Do not edit the VMS setting file without reason. Each VMS setting parameter meets the requirements of corresponding VMS. This section is provided to help you understand VMS.

When changing the setting of VMS parameters, edit the “felcom _vmssetings_xxx.xml” file and then upload the file. The VMS setting file is in xml format. This file can be edited by using WordPad and TraPad, etc. Following is the example of contents of the "felcom_vmssetings_FFA(E-Form).xml" file. As for "", Seeing key= indicates the setting and it is fixed, and value="xxx" indicates the parameter. "True" indicates ON and "false" indicates OFF. Also, if value="" is used instead of value="xxx," the setting value does not appear. Also, the setting group is classified from "" to "."

Example of contents of the "felcom_vmssetings_FFA(E-Form).xml" file

Xxxxxx ?>: Indicates xml format.

: Shows the comment. Indicates the start of the file. Start of the General group Start of the Report Contents group End of the Report Contents group /: End of the Report Contents group Start of the Scan-Enable Ocean Region group

/: End of the Scan-Enable Ocean Region group Start of the Current Position Log group


4.7 Data Repor t

End of the Current Position Log group Start of the Event Report group End of the Event Report group Start of the Reduced Reporting group Start of the EnterCondition group End of the EnterCondition group Start of the LeaveCondition group End of the LeaveCondition group End of the Reduced Reporting group Indicates the end of file.


4.7 Data Repor t

As for the parameter to be changed, for example, in case of "," the part [value="false"] is changed. “False” indicates “OFF” and “True” indicates “ON”. As for setting other than ON/OFF, see "Setting" in the following table. Although the name can be changed, do not change the extension. Table 4.7.3 Meaning of VMS parameters Item

Setting

Meaning

Current VMS Feature

True/False

Allow EXT Nav Data

True/False

GPS Preferred NAV Data GLONASS Source GNSS Disable Logout

True/False

VMS DNID only

True/False

Forbid DNID Inhibit

True/False

Hidden VMS

True/False

EFORM

True/False

Enabling/Disabling the VMS function - TRUE: VMS function is enabled. - FALSE: VMS function is disabled. Normally, manual input is used for VMS. - TRUE: Setting NavPort is available. - FALSE: Setting NavPort is not available. - GPS: Only internal GPS data is used (default). - GLONASS: Data input from theNAV port (talker GL) is used. - GNSS: Data input from the NAV port (regardless talker) is used. - TRUE: Logout connection state cannot be retained (automatic Login). - Logout connection state is retained while FALSE is set. Event Report, Reduced Reporting and Area Report Interval functions are only applied to DNID dedicated for VMS. OFF: If FALSE is set, the above function is applied to all DNIDs. If characters "VMS" are entered in the "Name" field for DNID registration, the DNID is recognized as the DNID dedicated for VMS. - TRUE: The Data Report is only transmitted to the DNID dedicated for VMS. - FALSE: The Data Report is transmitted to all DNIDs. - TRUE: DNID cannot be manually disabled. - FALSE: DNID can be manually disabled. Setting whether to display the transmission status on the Status screen, Sent Report Log and Communication Log - TRUE: Transmission status of Data Report is not displayed. - FALSE: Transmission status of Data Report is displayed. - TRUE: EFORM is available. - FALSE: EFORM is not available.

Report Contents Position

True/False

Course/Speed

True/False

Engine

True/False

- TRUE: The report containing Position information is transmitted. - FALSE: The report containing Position information is not transmitted. - TRUE: The report containing Course/Speed information is transmitted. - FALSE: The report containing Course/Speed information is not transmitted. Specification of NYK Engine +Position + Course/Speed


4.7 Data Repor t

Procedure) 1. Using VMS_F19 Terminal PC, set FFA VMS "ON." 2. Install F19_PC Terminal software to user PC, confirm that the F19PC.exe file is stored in the “C:¥Program Files¥Furuno ¥FELCOM19” folder, which is automatically created when F19PC is installed. 3. Paste E-FORM files (FelcomEForm.dll and FelcomEForm.exe) here.

Pasting FelcomEForm.dll and FelcomEForm.exe

4. When F19PC terminal software starts up, "4.E-FORM" is added to [Transmit] menu. Transmit 1. Transmit Message 2. Cancel 3. Request Delivery Status 4. E-FORM

7. Opening E-FORM The E-FORM file is downloaded from FFA via satellite circuit and stored in the specific folder "srcinal " for F19PC. Or, the E-FORM file can be pasted on this folder. If the E-FORM file is pasted on the specified folder by any of the methods, E-FORM becomes available. The location of the specified folder is as follows. C:¥ Documents and Settings ¥ installuser ¥ Application Data ¥ Furuno ¥ EFORMs ¥ srcinal


5.3 BDE

5.3 BDE 5.3.1 RF CON - FELCOM 18: 16P0284A - FELCOM 19: 16P0284B Although RF CON circuit of FELCOM 18 and FELCOM 19 have the same circuit configuration, shapes Antenna connector are different and these boards do not have compatibility. As mainoffeatures, 1) BPSK modulation is made at the transmission Base band signal (600/1200 sps TX DATA), the modulated signal is changed to the TX RF signal (1.6 GHz) and then the signal is output to the Antenna unit. 2) The receive signal (1.5 GHz) from the Antenna unit is changed to2nd IF-I and -Q signals (7.5 kHz) and output to TERMCPU (COMMCPU). 3) Power supplied to antenna 28 V (27 V)/ 7 V from the TERMPWR (COMMPWR) board is output. 4) Two PLL circuits and PLL reference oscillator (TCXO) are built in.

1. Transmit circuit TX DATA of the Base band (600/1200 sps), which is changed to signals, are input from the FELCCOM 18: TERMCPU (FELCOM 19: COMMCPU) board is input into the PLL circuit consisting of U7 and U8. PLL IC of U7 has PLL control and BPSK modulation functions and TX DATA signal is changed to the BPSK modulated RF signal (1.6 GHz). This signal is output to the ANT RF connector on the RF CON board via TX/RX SW circuit on CR1, Q2, Q4 and FL1. This transmission level is 10 to 15 dBm. Reference) Processing method of TX DATA, which is changed to signals, varies between MES Signaling Channel and MES Message Channel. As for MES Signaling Channel, BPSK modulation is made on the Base band signal (600/1200 sps) via signal processing in "Message -> Scrambling -> Convolutional Encoding -> Adding unique word." As for MES Message Channel, BPSK modulation is made on the Base bandsignal (600/1200 sps) via signal processing in "Message -> Scrambling -> Convolutional Encoding -> Adding uniqu e word."


5.3 BDE

2. Receiving circui t The receive signal (1.5 GHz/-88 to -118 dBm), which is input to the RF CON board, is input to the receiving circuit of CR2, U21 and U23 via the TX/RX SW circuit of CR3. Although CR2 is the RF AGC circuit, this circuit is not being used. U23 outputs the GPS reception signal (1575.42 MHz) is output to the internal GPS Module at DIV. The level is -96 to -110 dBm. DIV output at U23 is input into the 1st MIX circuit of U17 via FL4. 1st PLL output at U7 (1629.1675 to 1636.3675 MHz) is input to 1st MIX and the reception signal at 1.5 GHz band is changed to 92.1675 MHz. This signal is input into Quadrature Demodulator of U12 via FL2, U15 and U14.

AD8348ARUZ

2nd IF I

Quadrature Demodulator

7.5kHz MIX

1st IF BPSK 92.1675MHz VGA

2nd IF Q

IF AGC CTRL

7.5kHz MIX

2nd Lo P 2nd Lo N

184.32MHz

1/2

0/90deg.

184.32MHz

Fig. 5.3.1 Block diagram of U12

U12 consists of the VGA circuit controlling the receiving signal level by use of the IF AGC CTRL signal and 2 MIX. Also, differential output (184.32 MHz) of 2nd Lo PLL nd of U6 is input to U12 and BPSK signal (92.1675 MHz) is changed to 2 IF-I signal and - Q signal of 7.5 kHz, that are output from the RF CON board, are output to the TERM CPU (COMM CPU) board at -38 dBm(controlled signal level by AGC).

3. PLL circuit TCXO of Y1: 30.72 MHz is the reference oscillator for 1st PLL and 2nd PLL circuit. If the above PLL local oscillation frequency is deviated, the error rate increases without being converted into correct frequency. As for method of PLL control, converts the receive frequency from satellites to the Base band in the CPU of TERMCPU (COMMCPU), performs FFT analysis, and then controls the TCXO to make the received modulation rate (ex; 1200 sps) match the difference of frequency /phase. TCXO control can be checked at “TCXO Control” on the Status screen. Also, the offset value of TCXO can be checked at "REF Offset Freq" and OK appears if this value is 150 Hz or lower. If either of two PLL circuits becomes UNLOCKED, the error message "TROUBLE: Synthesizer UNLOCK" appears.


5.3 BDE U P C M M O C

U P C M R E T

3 J

z H k .5 7 I

z H k .5 7 Q

R R WW P P MM R M E O T C

5 J 2 D L L L P

2 E L L L P

A T A D L L P

L R T C C G A F I

K L C L L P

L R T C O X C T

IG S T E D

1 D L L L P

C E D O C K L C M

1 E L L L P

A T A

D L L P

A T A D X T

K L C L L P

X R X T

X R T N A

X T T N A

V K C E H C

X R T N A

N O A P H

X T T N A

V K C E H C

N O A P H

1 P C z H M O 1 2 . X Y 7 0 C 3 T

F I d n 2

2 D L L L P

1 1 U

3 1 U

A T A D L L P

2 E L L L P

z H k 5 . 7

z H k .5 7

0

IF ts 1

z H M 2 7 . 0 3 o L t s 1 F E R

4 1 U

T T A

6 J

z H M 2 4 . 5 7 5 1

5 L F

T T A

H M 5 7 6 1 . 2 9

F P B

5 7 6 .1 9 2 6 1

7 1 U

T T A

3 L F

IV D

3

2 1

V 5 X R

1 Q

3 Q

A V 5 . 6 V 5 R

V 5 R

0 1 U

9 U

V 5 X T

. V g 3 . e 3 R

IG S T E D

IX M V 5

2 Q

2 4 1 R

6 P C

IX M V 3 . 3

X R V 5

T T A

1 L F

R

V 5 X R

3 R C 8 1 L

1 J

F P B

z H M5. 6461 - 5. 6261 V 5 X T

V /7 8 :2 8 1 2 IC

9 0 1 C

F R T N A

2 J

V /7 7 :2 9 1 2 IC

V 5

4 J

R R WW P P MM R M E O T C

V 3 . 3

d e tu d n o te Mn t u oo NM : : AB 4 8 4 8 2 0 2 0 P 6 P 6 1 1

ia d k c o l B .2 3 . 5 . g i F

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V 5 R 5 U

1 U . V g 3 . e 3 R

6 1 U

4 Q

L R T C C G A F

. g e

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8 1 U

T T A

9 1 U

T T A

0 2 U

. g e

. g e

1 R C

N O C F R f o m a r g

X R X T

4 U

IV D

2 R C

V 7 / 7 :2 9 1 -2 C I

D X T

K L C L L P

6 Q

9 1 U

4 L F

1 2 U

V 7 / 8 2 : 8 1 -2 C I

L L P

A T A D L L P

O C V

T E D

T T A

3 2 U

z H M 5 7 6 .3 6 3 6 1

041, 731 R 2 x 74

4

F P B

1 E L

L L P

8 U

T T A z H M .2 4 4 5 1 7 3 5 1

1 D L L L P

3 P C

z F P B

2 L F

A T A

7 U

5 1 U

S P G

A _

V .5 6

4 P C

F R

2 2 U

3 U

z H M 2 .3 4 8 1

2 / 1

2 1 U

z H M 2 . 4 4 5 1 7 3 5 1

3 U

OL CL V P

6 U

0 9

S P G 7 D J

3 U

1 1 U

3 1 U

d e t dn u e t o nM ut oo MN : : AB 42 8 4 8 2 00 PP 6 16 1

z H M 2 7 . 0 3 F E R

K L C L L P

2 U

X R V .3 3

X T V 5

A V 5

A V .3 3

A 4 B 4 8 8 2 0 2 0 P P 6 1 6 1 : : 8 9 1 1 OM O NM C OC L CL E FFE R F

U P C M M O C


5.3 BDE

5.3.2 TERMCPU: 16P0283B (FELCOM 18)

J13

GPS

J8

U22

TD/RD

GPS Module

TD/RD-A, B

RS485 SN65HVD10DR

J12

K1

U23

2nd IF I 2nd IF Q MCLK CODE 30.72MHz

ALM-A, B

Phot

CODEC 16bit

Rlay

U25 TXC, TXFS TXD, RXD SCL, SDA

SYS RESET

(ALM-H, C)

Phot Coup Q2

PLL DATA, CLK, LE1, LE2, LD1, LD2

RF COM

NMEA

RD-A, B

+6.5V

SSAS OUT-H

SSAS OUT-C

U24 X2 CHECK V ANT TX ANT RX DET SIG HPA ON

U24

U26

JUNCTION BOX

SSAS CHECK SSAS IN

Phot Coup

Q3

SSAS CTRL

U15 SYS RESET

U27

TCXO CTRL IF AGC CTRL

DAC

RF AGC CTRL

4ch/12bit

T1

LAN PHY

LDAC_N CS_N SCLK SDI SDO

Y3

J10

Pulse Trans

KSZ8041TL1

50MHz OSC

LAN J1

U1

U5

TxD, RxD

U4 CPU

SDRAM

RS232C

DTE (Not used)

MAX3222IDBR

128Mbit J4 U7

XU20

JTAG U8

J6

Flash Mem EEPROM 512kbit

U21

64Mbit X2

Level Shifter

BUZ LED SW

SW

4 bit 4 bit

Y1 Y2 J7

32.768kHz X'tal

PRT D0-7 STB, ALF, INIT, SELIN

PRINTER ACK, BUSY, PE, SEL, ERR

U11 Dip SW

S4

Dip SW

S2 U6 Temp. Sensor

24MHz OSC

U2 SYS RESET

SD CD, SD WP, DAT0-3, CLK, CMD

SD/USB

BUS Buff

SN74AVC16T245DGGR

SYS RESET

J2

U12, 13

SYS RESET

RESET

USB PWR EN, PWR FLG, DP, DM CR1; ERROR LED

J5

CR2; TX LED

U10

CR3; LOGIN LED

LCD

LCD I/F SN65LVDS84AQ HW VER0, 1

TERMCPU 16P0283B

Note) U6: Temp Sensor and HW VER signals are not used.

Fig. 5.3.3 Block diagram of TERMCPU board


5.3 BDE

Functions of the TERMCPU board are Tx/Rx processing (demodulation, encoding, decoding and communication protocol processing) and the following interfaces. - LCD, LAN, Junction Box, Printer, - SW board, SD Card/USB board, RF_CON board Table 5.3.1 Major device functions of TERMCPU board Device

Application

CPU

U4

EEPROM

XU20

Flash MEM1

U7

Flash MEM2

U8

SDRAM

U5

CODEC

U23

DAC

U27

Ether PHY

U15

Receiving 2n IF-I and -Q signal TCXO control Junction Box I/F IF, RF AGC control GPS I/F PLL control LCD display Voltage monitoring (CHECK V, ANT Printer I/F TX, ANT RX) LAN communication HPA ON/OFF control Keyboard I/F Monitoring the Distress Alert switch SD card Controlling buzzer and LED I/F serial communication (Not Receiving process Used) Transmitting process Communication protocol processing - Setting values for FWD ID, RTN ID, DNID, ENID, Serial No., SSAS and LRIT setting value - Data Report setting value (including loaded Programming) - [Distress setup] - [Setup]-> 1.System setup (Command Window settings) 4.EGC Setup 8.Configuretion -> 3.EGC Channel List 8.Configuretion -> 4.NCS Channel List - [Option] -> 8.Test -> 2. PV Test Result Storing program Storing non-volatile data - [Logs]: Sent Messages, Receiver Messages, EGC Messages, Communication Log - [Option] -> Maintenance - Internal Memory for saving the file - Setting data other than setting values stored in EEPROM Program operating memory: When the Terminal unit is turned ON, the program is downloaded from Flash MEM1 to SDRAM and the program operates. - Outputting receiving signals I and Q to the monitor (connector for checking Lissajous waveform is deleted.) - The receiving signals I and Q are digitized and sent to CPU. To output TCXO control and IF/RF AGC control digital signals sent from CPU, these signals are converted to analog signal. LAN interface (10/100 Base)


5.3 BDE

As for processing of receiving signals, I and Q signals of 2nd IF 7.5 kHz, which are input from the RF CON board, are input into CPU via CODEC and processed to signals. For example, steps for processing receiving signals of NCS/MES TDM channels are as follows. I, Q Signal -> Detecting U.W (Frame Sync.) -> De-Permuting -> De-Interleaving -> Viterbi Decoding -> De-Scrambling -> Packet detection -> Message Transmitting signals are processed according to channel. Processed digital data is sent to the RF CON board as TX DATA and then converted to the RF signal of 1.6 GHz band, which is BPSK modulated. Basic steps of processes according to channel are as follows. - Transmission on MES Signaling Channel Message -> Scrambling -> Convolution Encoding -> Adding U.W -> BPSK Modulation - Transmission on MES Message Channel Message -> Scrambling -> Convolution Encoding -> Adding U.W -> Interleaving-> Permuting -> Adding Pre-amble -> BPSK Modulation - Transmission on NCS/LES TDM Channel Message -> Scrambling -> Convolution Encoding -> Adding U.W -> Interleaving-> Permuting -> BPSK Modulation

Convolution Encoding Convolution Encoding (Convolution code) is a method that the receiving side controls to decrease the error rate. This method adds the redundancy bit having the predetermined pattern to the data bit string. By performing viterbi decoding at the receiving side, the erroneously received bit can be corrected if the number of bits is less than the predefined number. Viterbi Decoding The signal is returned to the signal on which Convolution Encoding is performed. If any error is found, the error is corrected by Viterbi Decoding. The burst error is also corrected by combining with the interleaving. Scrambling Scrambling mixes "0" and "1" moderately in order to prevent "0" or "1" from continuing excessively. If "1" or "0" data continues when decoding BPSK modulated wave is decoded, clock recovery would be reduced and modulation cannot be performed. This processing prevents this problem. De-Scrambling Scrambled signal is decoded. U.W (Unique Word) The specific bit pattern is added for bit synchronization at the receiving party. Frame Sync. The U.W (Unique Word) is detected and synchronized with the frame signal.


5.3 BDE

Interleaving, Permuting If there is a block error in the bit string, it is hard to correct the error. Interleaving is used for inputting the bit rate in the Interleaving matrix and reading out the bit rate in the appropriate sequence. Reading process is referred to a "Permuting." Even if a block error occurs on the communication path, the block error is dispersed when correcting the block error at the receiving party; therefore correcting error is easy. De-Permuting, De-Interleaving De-Permuting is the process used for inputting the modulated signal to the interleave matrix by reversing procedure of Permuting. De-Interleaving is the process used for extracting signals from the interleave matrix by reversing the procedure of Interleaving. Pre-amble Preamble consists of the carrier recovery bits and the clock regeneration bits for easy synchronization at the receiving party. BPSK (Binary Shift Keying) Depending on carrier phase difference, BPSK is expressed as "0" or "1". For example, data signal "0" indicates that no phase is shifted (0 degrees); and data signal "1" indicates that the phase is shifted 180 degrees.


7.2 Installing VMS PC terminal soft ware

4. Click [Remove] button when the "Remove the Program" screen appears. Uninstalling the program starts.

5. When the "InstallShield Wizard Completed" screen appears, uninstallation procedure completes. Click [Finish] button to close the screen.

6. Restart the PC.


7.3 Settin g up PC termi nal and VMS PC termi nal

7.3.1 Setti ng up PC terminal and VMS P C termin al Procedure) 1. As for both FELCOM 18 and FELCOM 19, the default IP address is "172.31.16.2/255.255.0.0." As for the IP address of PC, set the IP address that can be connected to this Network. For example, 172.31.16.10/255.255.0.0 is set.

2. Establish the connection between the [LAN] port on the Communication unit and a PC by use of the LAN cable, and then turn the PC ON.

Example of IP address setting: - IP address: 172.31.16.10 - Subnet mask: 255.255.0.0 - Default Gateway: Not required

3. Double-click the icon for F18 (19) PC, (VMS F18 (19) PC).



4. When the following "Connect List" appears, click the "F18(19)_xxxxxxx" line. Note) Name: F18(19)_xxxxxxx displays model and Serial No. When the "Connect Yes/No" screen appears, selecting "Yes" and then pressing [Enter] key establish the connection with the Communication unit and data of the status screen appears.

Reference) The IP address and Software version of "Fxx_xxxxxxx" in "Connect List" is data read from the Communication unit. The function for reading data is referred to as "equipment detection function."

Model_Serial No.

Hint) If the "Connect List" screen disappears when performing some operations, open [Setup] -> 3.Terminal and then click "Connection." Return to "Connect List" at the step 4.

Model_Serial No.



7.3.2 When the IP address of the Communi cation unit cannot be determined Procedure) 1. The IP address of the PC is assigned to arbitrary IP address. For instance, 192.168.1.10/255.255.0.0 is assigned. Reference) The Communication unit has not with the "DHCP" function, which is used for automatically assigning the IP address. When putting the check mark on "Obtain an IP address automatically" for IP address of the PC, Windows automatically assigns the IP address of PC when LAN connection is established. The IP address is "169.254.xx.xx/16." Therefore, setting "Obtain an IP address automatically" indicates that arbitrary IP address is assigned.

2. Double-click the icon

for F18 (19) PC, (VMS F18 (19) PC).

3. The "Connect List" appears and the IP address of the Communication unit appears after a while.

Model_Serial No.



4. Set the IP address and Subnet mask of the PC on the basis of the displayed IP address of the Communication unit and then establish connection again.

Hint) Clicking the "F19_xxxxxx" line opens the [Connect Yes/No] screen. Selecting "Yes" opens the "Different network address. S how available network setting" screen. Selecting "Yes" on this screen opens the "Network Information" screen; therefore set the IP address of PC on the basis of this information.


Chapt er 8. Main8.1tenance Status monit or 8.1 Status mo nit or The Status screen is common to FELCOM 18, FELCOM 18 and FELCOM 19 PC terminals. The following figure shows the Status Monitor screen for FELCOM 18 PC terminal.

Data is updated every five seconds

Data is updated every five seconds or the status is changed

Note) NAV data is updated every 30 seconds. Fig. 8.1.1 Status screen


8.1 Status monit or

8.1.1 Status message 1. Dist ress m essage a rea

Area for messages relevant to Distress alert

Area for messages indicating restoration of the communication network

1.1) Area for messages releva nt to Dist ress alert Messages

Display cond itio ns

Blank Sending Distress Alert Sending Distress Alert Test

No Distress alert Releasing Distress alert During Distress alert test (PV Test) When receiving Distress acknowledgement from LES after releasing the Distress alert When transmitting the Distress message after setting "Distress" for Priority When receiving Distress acknowledgment from LES after setting Distress for Priority and transmitting Distress message

Distress Acknowledgement Received Distress Message Call Activated Distress Message Call Acknowledged Distress Button Test Mode [DISTRESS]

During Distress Button test

1.2) Display of restoration mode for Communication Network Messages

Display cond itio ns

Blank

Normal status

Stand alone Mode

Restoration Mode (Network Update Received)

Restoration Mode

This message appears when NCS of the ocean region is out of order and only one LES exists in the ocean region. In this case, messages can be transmitted and received while MES is logged in; however, there is no EGC service. This message appears when the Network Channel is changed while NCS is out of order and LES is broadcasting NCS CC instead of NCS. In this case, messages can be transmitted and received; however, there is no EGC service. This message appears while NCS is out of order and the predetermined LES is broadcasting the NCS CC signal instead of NCS.


8.1 Status monit or

2. Communi cation s tatus area Upper stage: Communication status display area Middle stage: Detail communication status display area Lower stage: Area for displaying other information

2.1) Upper stage: Communic ation s tatus dis play area Messages

Display cond ition s

IDLE IDLE(PENDING) SENDING RECEIVING LOGIN LOGOUT DISTRESS ALERT Data Report TESTING TEST SETUP SCANNING NCS

Idle (waiting receiving, waiting transmitting) Waiting reply from LES Sending Receiving Logged in with NCS Logging out with NCS Sending Distress alert Sending data report PV (Performance Verification) testing Requesting PV testing Scanning common channel

EGC RECEIVER DELIVERY STATUS REQ. FORCED CLEARING

EGC-only receiver mode Transmitting delivery status request Forcibly stopping receiving, transmitting, or scanning

2.2) Middle stage: De tail com muni cation status di spl ay area Messages

Display cond ition s

CALLING WAITING FOR ACKNOWLEDGEMENT RECEIVING EGC MESSAGE WAITING FOR BACKOFF Successful Login Login failed. Successful Logout

Now calling

Logout failed. Successful Distress Alert. Distress Alert failed Successful Forced Clearing Forced Clearing failed SENDING MESSAGE PACKETS WAITING FOR ACKNOWLEDGEMENT

Waiting for acknowledgement from LES Now receiving EGC message Waiting to transmit data report Login was successful. Login failed. Logout was successful. Logout failed. Sending Distress alert was successful. Sending Distress alert failed. Transmission and the reception, scanning were stopped. [Successful Forced Clearing] failed. Sending TX message packets Waiting for acknowledgement from LES


8.1 Status monit or

Successful sending to LES. Sending message failed Call rejected Call pending Received Call Received Call (ITA2) RECEIVING MESSAGE PACKETS CLEARING Successful receiving Receiving failed. Successful Data Report. Data Report failure PV TEST CALL is rejected PV TEST CALL is pending. TEST-RECEIVING MESSAGE TEST-SENDING MESSAGE TEST-DISTRESS ALERT WAITING FOR ACTIVATION WAITING FOR TEST RESULT CLEARING PV TEST is Completed. PV TEST Failure

Message successfully sent to LES Message could not be sent to LES LES rejected your message LES temporarily suspending communications Call received from LES Call received (ITA2 code) from LES Receiving message packets Clearing the receive sequence Successfully received message Could not receive message Data report successfully sent. Data report could not be sent. LES rejected PV test call from MES. LES suspended PV test call from MES. Receiving test message from LES Sending test message to LES Sending test Distress message to LES Waiting start of PV test Waiting for results of PV test Clearing PV test mode PV test was completed. PV test failed.

2.3) Lowe r stage: Area for di splaying ot her info rmation Messages DCE F18 Ver.0x (FFA)

DCE F19 Ver.0x (FFA) Running Report Program (POLL) TX ON TROUBLE: ANT power voltage abnormality TROUBLE: ALARM UNIT Fault TROUBLE: DISTRESS ALERT UNIT Fault. TROUBLE: Synthesizer module TROUBLE: GPS Carrier power module TROUBLE: module Memory full for received msg

Display cond ition s - Displaying the version number of DCE (Felcom 18) during normal operation - "(FFA)" is displayed if FFA VMS is set. - Displaying the version number of DCE (Felcom 19) during normal operation - "(FFA)" is displayed if FFA VMS is set. - During Program Report by Polling. - This message is not displayed if FFA VMS is set. Sending Voltage applied to the Antenna unit is abnormal. Alarm unit (IC-306) is abnormal. Distress alert unit (IC-305) is abnormal. PLL synthesizer circuit is abnormal. Transmit output level is abnormal. GPS module is abnormal. Memory is full.


8.1 Status monit or

Synthe Local st nd Lock Detect signals of 1 Lo and 2 Lo PLL circuits on the RF CON board are monitored. If any of PLL circuits is unlocked, "NG" appears. Also, the message "TROUBLE: Synthesizer UNLOCK." is output. The followings are the parts which the error may be occurred: - RF CON/CPU board - TERMCPU (COMMCPU) board.

TCXO Control Control status of the reference oscillator: TCXO (30.72 MHz) is displayed. The value varies depending on TCXO variation and received frequency. The range is from 818 to 4095. Reference) The control voltage setting for the reference oscillator (TCXO) is stored in EEPROM and fine control (narrow search) is performed on the basis of the previous setting at power-up. However, if the NCS common channel cannot be received for one minute, coarse control (wide search) and fine control (narrow search) are performed. When [Option] -> 8.Test -> 3.Diagnostic is executed in Furuno service mode, the TCXO Control value (coarse control value and fine control value) can be checked. TCXO Control on the Status screen displays the coarse control value.


8.2 [Optio n ] -> 8. Test

8.2 [Opt io n] -> 8. Test 8.2.1 PV (Performance Verification) TEST PV test is for checking performance of MES (FELCOM 18 and FELCOM 19). The message is exchanged between MES and LES. PV Test is performed by [Option] -> 8.TEST -> 1.PV Test.

1. PV test sequence 1. Start the PV test. 2. The MES sends the request signal to NC S in order to perform the PV test. 3. When NCS receives the signal, the NCS returns the acknowledgement signal to MES. 4. The MES, upon receipt of acknowledgement from NCS, goes into pending state. 5. NCS selects an appropriate LES to perform the PV test. 6. The designated LES transmits a message to the MES. 7. Then, the MES transmits the message to the LES. 8. The Distress alert test starts and the MES automatically starts the Distress alert test within two minutes. 9. When the distress alert test is finished, the results of the PV test are sent from LES to finish the PV test.

2. Executi ng t he PV te st Before starting the PV test, check the following. Log in to the system? Is the message "Current Status" that appears the lower left of the screen "IDLE?" Is "C/N" "OK?" Is Current Channel is “SYNC?” Procedure) 1. Open [Options] -> 8.TEST -> 1.PV Test, select "Yes", and then press [Enter]. 2. PV test is started. The PV test progress can be checked on the "Current Status" display. Also, the message appears on the screen. 1) When NCS replays, "PENDING" appears on Current Status. 2) When the test is automatically starts, "TESTING" appears on Current Status. 3) The message for the test is sent from LES to MES. 4) The message for the test is sent from MES to LES. 5) The Distress alert test sequence starts and the Distress alert test is started automatically two minutes later. 6) The test result is received.



3. After finishing the test, "IDLE" appears on "Current Status." 4. Check the PV test result. Also, the result is automatically printed out.

3. Checking PV test result Open [Option] -> 8.Test -> 2.PV Test Result, and then check the PV test result. To print out the test result, press [P] key while holding down [Ctrl] key. Result of “PV Test Result” can be stored. Perform Export by -> [Setup] -> 8.Configuretion -> 6.Export/Import -> Test. For details, refer to 8-42 pages. “

”



Test Date & Time The date and the time when the PV test is executed appear. Attempts The number of times PV test is tried after the last PV test was successful appears. BBER When the error rate of Bulletin Board Error Rate is low , "Pass" appears. If the error rate is high, "Fail" appears.

Shore to Ship Attempts Number of announcements that MES responded to LES is displayed. - First attempt, Second attempt, Third attempt, Third attempt failed Ship to Shore Attempts Number of requests that LES took the assignment from MES is displayed. - First attempt, Second attempt, Third attempt, Third attempt failed Distress Alert When the distress alert test is OK, "Pass" appears. - Pass : Not Applicable, Test OK, Nature of Distress: not Default, Null Data, Automatically Activated - Fail : No Response, Incorrect Protocol, Invalid Data Format Signal Strength When the signal strength of the signal from MES which is received by LES is within the tolerance, "Pass" appears. - Pass : Less than Std. Level, Greater than or equal to Std. Level, Greater than Std level +3, +6, +10, +13, +16 dB - Fail : No response, unreadable Overall Result When the PV test result is passed, "Pass" appears. - Pass : Applicable tests pass - Fail : Forward message transfer fail Return message transfer fail Signal unreadable, Signal level excessive Distress alert test fail Unspecified fail



8.2.2 Diagno st ic Test Diagnostic Test is performed by [Options] -> 8.Test -> 3.Diagnostic Test. Contents of the result to be displayed vary depending on Normal mode and Furuno service mode. In Furuno service mode, details of the program number an STATUS information are added. To enter Furuno service mode, [Setup] -> 1.System Setup -> Command Screen. JOB No. : furunoservice Password: felcom18 (felcom19) Result of “Diagnostic Test” can be stored. Perform Export by -> [Setup] -> 8.Configuretion -> 6.Export/Import -> Test. For details, refer to 8-43 pages. “

”

Type; [Ctrl]+A, Z, S, X, D, C Detail program version appears.

Normal mode display

Detail program version appears. Display in Service mode

Display of STATUS is added. The last five TROUBLES and WARNINGS stored in the SYSTEM LOG are displayed.

*****

Access to “Diagnostic Test” directly; [F7] -> [Alt]+8 -> [Ctrl]+TEST Terminate: [Esc] x 4 times



1. Diagnost ic Test di splay area

Program Ver. The detailed version appears in Furuno service mode. The following table shows the version as of Oct, 2012. “PC TERMINAL Ver.” of FELCOM 18 and a “Rev.” are displayed by the PC terminal side. All the following tables are displayed. Program TERMCPU

FELCOM 18 Normal Mode 1650247-01

Rev Boot no. Starter no. PC TERMINAL

1650240-01

Rev.

FELCOM 19 Service Mode 1650247-01.xx 1819 2012.xx.xx.xx 1650236-01.xx 0550252-01.xx 1650240-01.04 1819 2012.xx.xx

Normal Mode 1650248-01

Service Mode 1650248-01.xx

1650241-01

1650238-01.xx 0550252-01.xx 1650241-01.xx

1819 2012.xx.xx

1819

2012.xx.xx

ROM, RAM, EEPROM This test is performed when the Diagnostic Test is carried out. The R/W test result of memory on the TERMCPU (COMMCPU) board is displayed.

FELCOM 18 FELCOM 19

ROM

RAM

EEPROM

U7, U8(Flash): W25Q64CVSSIG U8, U9(Flash): W25Q64CVSSIG

U5(SDRAM): MT46H8M16LFBF U10(SDRAM): MT46H8M16LFBF

UX20: 25AA512_1 U7: 25AA512_1

GPS State This test is performed when the Diagnostic Test is carried out. Settings and GPS status of [Setup] -> 1.System Setup -> Nav Port are displayed. When GPS data is input from the external GPS, the GGA sentence must be inputted in order to display the state of GPS, such as INT and ACQ.

2. REMOTE BOX dis pl ay area When entering Furuno service Mode from [Setup] -> 1.System Setup -> Command Window, the setting status of "1.Remote Box Setup" appears. However, only "ON/OFF" setting appears for SSAS, and SSAS types, such as Standard, Russian and USCG, do not appear.



3. MAIN STATE display area Contents that are displayed are the same those appear in Status Monitor state.

BBER This is the BBER value when the Diagnostic Test is performed. C/N This is the C/N value when the Diagnostic Test is performed. Rx AGC Level This is the Rx AGC Level when the Diagnostic Test is performed. The range is from 40 to 245. REF offset Freq This is the REF offset Freq value when the Diagnostic Test is performed. Synth Local Status of two PLL circuits of the RF CON board appears when the Diagnostic Test is nd performed. Status of two PLL circuits are classified between "Local PLL and 2 PLL." TCXO Control The coarse control value (818 to 4095) and fine control value (0 to 4095) of TCXO when the Diagnostic Test is performed are displayed. TxRx data Transmit/receive voltage and current detection level of "Antenna Power Supply" that appear on the Status screen are displayed. However, transmit voltage/current level and receive voltage/current level do not appear at the same time. The displayed value is the actual display example. -Tx Power Supply: FELCOM 18 -> 27.6V,

FELCOM 19 -> 27.0V

-Tx current level: FELCOM 18 -> 215, FELCOM 19 -> 66 Transmit voltage and current detection level, that are used during communication and recorded on the latest Sent Messages Log, are displayed. However, the above values are deleted when receiving the message including EGC. -Rx Power supply: FELCOM 18 -> 7.1V, FELCOM 19 -> 7.0V -Rx current level: FELCOM 18 ->100, FELCOM 19 -> 105 Receive voltage and current detection level are displayed when reception, which is recorded on the latest Received Message Log and EGC Messages, is carried out. However, the above values are deleted when receiving the message.



4. STATUS display area The latest five Warning and Trouble events are displayed. Five items are displayed and these items are not deleted even if the system is turned off. See "Appendix 1. Event List" for contents to be displayed. However, even if the sentence indicating the event may be different, the same event is indicated if the event number is the same. The event number consists of the following five digits: "Category Number (one digit) + Type Number (one digit) + Ev ent Message Number (three digits)" Category Number 1: Hardware 5: Distress Alert Type Number 1: Information

2: Navigation 6: Transmit

3: System 7: Receive

2: Warning

4: Data Report 8: Mail

9: Print

3: Trouble

For example, in "32007 External NAV equipment failure," the category is classified as "Warning" at "System," and contents of the event are "External NAV equipment failure."



8.2.3 Distr ess Bu tt on Test (Distr ess/SS AS But to n Test) 1. Dist ress Bu tto n Test FELCOM 18 See page 4-11 for details. This test is valid even if IC-305 is set to "OFF" at "Remote Box Setup" setting. When entering Distress Button Test, the unit is normal if the message "INF: Distress Buttons entered into TEST MODE." appears, and the message "INF: DISTRESS ALERT UNIT works correctly." appears when the [Distress] button is pressed. FELCOM 19 The “Distress Button Test” item if deleted from Test Menu.

2. SSAS But ton Test See page 4-28 for details. This test cannot be performed unless the SSAS function is set to "ON" in "Remote Box Setup" in Command Window and "SSAS Manager Mode" is entered. FELCOM 18 The menu display changes from "4.Distress Button Test" to "4.Distress/SSAS Button Test." FELCOM 19 "SSAS Button Test" is added.

“SSAS button test” can be performed along with “Distress button test.” When starting the “SSAS button test”, the message "INF: Distress Buttons/SSAS entered into TEST MODE" appears, and the SSAS unit is working properly if the message "INF: SSAS UNIT works correctly." appears.


8.3 [Option s] -> 9.M aintenance (checking

8.3 [Opti on s] -> 9.Maintenanc e (check in g Lo g) Log can be checked in Maintenance menu. Only "1.Current Position Log" appears in Normal mode. When entering Furuno service mode, 2. System Log, 3. Term Operation Log, 4. Sent Report Log, 5. Communication Log are added.

} "

8.3.1 1. Current Positio n Log

These logs are added when entering Service mode.

"

The Position Log is recorded at power-on, and the Position Log is updated every hour. A maximum of 100 positions are displayed and the log is not deleted even if the unit is turned off.


Log)


[Ctrl] + [P]: Print Term Operation Log can be printed out. When [P] key is pressed while holding down [Ctrl] key, all System Logs are printed out. When printing out the log after specifying the range to be printed out, press [Ctrl] + [P] after specifying the range with "Range (From No. / To No.)" operation.

8.3.4 " 4. Sent Re por t L og" This is the log of Data Report sent by th e Polling command and Data Report, which is edited in [Report] menu and transmitted. However, Message Report is not recorded. Also, logs of LRIT and VMS appear. However, as for VMS, this log appears if "false" is set for "Hidden VMS" in the VMS setting file. The maximum number of items to be displayed is 100.

DNID The DNID used for Sent Report is displayed. LES The LES on which the message is processed is displayed.


Log)


Type Communication type used for transmission is displayed. TLX: TELEX, EML: E-Mail, FAX: Fax, PSD: PSDN, X40: X400, DND: DNID, END: ENID "--" is displayed for the received message.

Log)

SMS: SMS, SPC: Special,

Ch, Ch Num The channel type is displayed. MSG: Massage Channel, TDM: TDM Channel, SIG: Signaling Channel and their channel numbers are displayed.

Data Report Distress Polling Status Commission & Test Reqest Registration MES Status MES Status Request TDM Assignment TDM Release Ack

Land Earth Station (LES)

Acknowledgement Announcement Response Assignment Response Clear Data Reporting Distress Alert Forced Clear Assignment Request Request for Transfer Status Request for Message Status

Network

Interstation Signaling Channel

Data

l e n n a h C g n li a n ig S

l e n n a h C e g a s s e M

l e n n a h C M D T

Network Coordination Station (NCS)

NCS Signalling Link

Confirmation Distress

Acknowledgment Acknowledgement Request Bulletin Board Clear Data Packets Distress Alert Ack Distress Test Request Forced Clear Logical Channel Assignment Message Status Request Status Test Results

EGC Polling Request MES Status MES Status Request TDM Release Test Results

Data Report Distress Alert Initiate Call Log in Request Log out Request Message Status Request Test Request

l e n n a h C g n li a n ig S

l e n n a h

C n o m m o C S C N

Announcement Bulletin Board Confirmation Distress Alert Ack EGC Log in Ack Log out Ack Network Update Poll Request Status

Mobile Earth Station (MES)

Fig. 8.3.1 INMARSAT C system configuretion



Pri Priority sequence of communication is displayed. -Nrm: Normal Message → Target: Message and EGC Note) This is the Destination type when Normal is set for Priority in Message: [Transmit] -> 1.Transmit Message. For example, TELEX, E-Mail and FAX, etc. are displayed. -Dis: Distress Message → Target: Distress Message (TELEX) and EGC → Target: EGC -Urg: Urgency Message -Saf: Sefaty Message → Target: EGC -***: → Target: Communications other than above communications (Data Report) LES The LES ID on which the message is processed is displayed. Size The size (number of bytes) including message and header is displayed. In the Inmarsat C, the number of bits is limited to 32768 bytes. "-----" appears upon failure. St Result of transmission is displayed. "S" indicates Success of transmission and "F" indicates that transmission failed. EGC and received messages are left blank.

Date & Time (UTC) Transmitted date and time are displayed. These data are the ZDA>RMC sentence of the internal GPS (ZDA) or external GPS. Range (From No. / To No.) This is the setting of display range of Log. Total The number of items in the log is displayed. The maximum number is 1000 items. [Ctrl] + [P]: Print Communication Log can be printed out. When [P] key is pressed while holding down [Ctrl] key, all Communication Logs are printed out. When printing out the log after specifying the range to be printed out, press [Ctrl] + [P] after specifying the range with "Range (From No. / To No.) " operation.


Log)

8.4 [O ptio ns] -> 7. LES Information

8.4 [Optio ns ] -> 7. LES Infor matio n LES information of the ocean region is automatically downloaded from NCS at log-in, and the information is reflected on [Options] -> 7.LES Information.

1. LES ID LES number 2. Name The registered LES name appears in [Setup] -> 8.Configuration -> 2.LES List. If the name is not registered, the display is left blank. 3. Status The display format for Status is B8 to B1. For example, if B8 is "1," Return link speed is 600 sps. Table 8.4.1 Status list Bit No.

Status

Flag

B8

Return link speed

B7

Operational or spare satellite operation

B6

LES Status

B5

LES Status

B4

Used only by land earth stations

B3-1

spare

1 0 1 0 1 0 1 0 1 0 0

M eaning 600 sps 300 sps Operational spare In service Out of service clear congested Terrestrial links open Terrestrial links closed


8.4 [O ptio ns] -> 7. LES Information

4. Services The service provided by LES is displayed. LES service is displayed by the character when the bit is 1. If the bit is "0," the display is left blank. The display format for Status is 1B8 to 1B1 and 2B8 to 2B1. However, 2B7 and 2B6 are omitted.

Table 8.4.2 LES Service Bit No. 1B8 1B7 1B6 1B5 1B4 1B2 1B2 1B1 2B8 2B7 2B6 2B5 2B4 2B2 2B2 2B1

Flag

Meaning

Display

1 0 1 0 1 0 1 0 1 0 1 0 1 0

Maritime distress alerting No Maritime distress alerting SafetyNET traffic No SafetyNET traffic Inmarsat-C traffic No Inmarsat-C traffic Store and Foward No Store and Foward Half duplex No Half duplex Full duplex No Full duplex Closed network No Closed network

A Not displayed S Not displayed C Not displayed T Not displayed H Not displayed D Not displayed N Not displayed

1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1

FleetNET traffic No FleetNET traffic Prefixed store and forward message supported Prefixed store and forward message not supported Land mobile alerting No Land mobile alerting Aero-C service supported Aero-C not service supported ITA2 transmission supported ITA2 transmission not supported Data transmission supported Data transmission not supported Basic X.400 supported Basic X.400 not supported Enhanced X.400 supported Enhanced X.400 not supported Low power C MES supported

F Not displayed P Not displayed

0

Low power C MES not supported

Not used in this equipment.

I Not displayed B Not displayed X Not displayed E Not displayed L Not displayed

5. TDM ch. TDM channel used by LES for transmitting is displayed.


8.5 Setting of DIP switc hes

8.5 Settin g o f DIP swi tch es TERMCPU (COMMCPU) has two DIP switches. “OFF” needs to be set to all DIP switches and factory setting must be kept. If settings of DIP switches are changed, DIP switches may not work properly. Booting method, writing of MAC Address and debug mode are defined for these DIP switches.

S2 S4

TERMPWR (16P0287B)

TERMCPU (16P0283B)

COMMCPU (16P0282)

COMMPWR (16P0288)

S2 S3

FELCOM 18

FELCOM 19


8.6 Export/Import

8.6 Export/Import The configured data and message can be stored, or stored data can be reflected on equipment. Execute [Setup] -> 8.Configuration -> 6.Export/Import.

Note) 1) Importing and exportin g SSAS data need to be carried out in SSAS Manager Mode. 2) Importing and exporting VMS data is carried out from VMS Terminal PC. 3) The file which Exported can be checked by [File] -> Open or using Text Editor. However, binary data files, such as a Setting files and List files, cannot check the contents. Table 8.6.1 Contents to be exported Items to be exported 1. Sent Message 2. Received Message 3. EGC Message 4. Station List 5. LES List 6. E-Mail/SMS Service List

7. Test

8. Maintenance

Contents to be exported [Logs] -> 1. Sent Message (a maximum of 50 items) [Logs] -> 2. Received Message (a maximum of 50 items) [Logs] -> 3. EGC Message (a maximum of 50 items) [Setup] -> 8. Configuration -> 1. Station List [Setup] -> 8. Configuration -> 2.LES List [Setup] -> 8. Configuration -> 6. E-Mail/SMS Service List [Options] -> 8. Test -> 2.PV Test Result (a maximum of 5 items) 3.Diagnostic (a maximum of 5 items) Note) As for Diagnostic, results of tests in Furuno service mode and Normal mode are stored. [Options] -> 9. Maintenance 1) Current Position Log (a maximum of 100 items) 2) System Log (a maximum of 100 items) 3) Term Operation Log (a maximum 4) Sent Report Log of 100 items) (a maximum of 100 items) 5) Communication Log (a maximum of 100 items) Note) Only C urrent P osition Log is s tored in Normal mode.

File name

Checking method

ex; S012027.001

[File] -> Open

ex; R012027.001

[File] -> Open

ex; E0120627.001

[File] -> Open

STATION.DAT

--

LES.DAT

--

EMAIL.DAT

--

DIAGNOST.DAT PVTEST.DAT

[File] -> Open

1) POSTION.DAT 2) SYSTEMLO.DAT 3) OPERATION.DAT 4) SENTREPO.DAT 5) COMMUNIC.DAT

[File] -> Open


8.6 Export/Import

1) VMS settings Note) VMS Settings need to be exported in VMS Mode, and VMS settings are stored on PC instead of the SD card. 2) SSAS Settings Note) SSAS Settings need to be

9. Settings

exported in SSAS Manager mode. 3) EGC Settings [Setup] -> 4.EGC Setup 4) Auto Mode Setting [Setup] -> 5.Auto Mode Setup 5) E-Mail Setting [Setup] -> 6.E-Mail Setup 6) Terminal Settings [Setup] -> 3.Terminal 7) Editor Setting [Setup] -> 2.Editor Setup 8) System Setting [Setup] -> 1.System Setup - MES Operation Mode - NAV Port -Message Output Port - EGC Output Port -Network Setup

VMS.DAT SSAS.DAT EGC.DAT NET.DAT DTE.DAT SYSTEM.DAT

--


8.6 Export/Import

Table 8.6.2 Contents to be imported Items to be imported Station List

LES List

E-Mail/SMS Service List

Settings

Contents to be impor ted The Station List registered in [Setup] -> 8.Configuration -> 1.Station List is imported into the Terminal (Communication) unit. The LES List registered in [Setup] -> 8.Configuration -> 2.LES List is imported into the Terminal (Communication) unit. The E-Mail/SMS Service List registered in [Setup] -> 8.Configuration -> 6.E-Mail/SMS Service List is imported into the Terminal (Communication) unit. The following items can be imported into the Terminal (Communication) unit at once. 1) VMS Settings Note) VMS Settings are imported from VMS Terminal PC. 2) SSAS Settings Note) SSAS Settings need to be imported in SSAS Manager Mode. 3) EGC Settings [Setup] -> 4.EGC Setup 4) Auto Mode Setting [Setup] -> 5.Auto Mode Setup 5) E-Mail Setting [Setup] -> 6.E-Mail Setup 6) Terminal Settings [Setup] -> 3.Terminal 7) Editor Setting [Setup] -> 2.Editor Setup 8) System Setting [Setup] -> 1.System Setup - MES Operation Mode - NAV Port - Message Output Port - EGC Output Port - Network Setup

File name STATION.DAT

LES.DAT

EMAIL.DAT

VMS.DAT SSAS.DAT EGC.DAT NET.DAT SYSTEM.DAT DET.DAT

Note) 1) When Settings data is imported, the system is automatically rebooted. 2) When importing VMS Settings data, data stored on the VMS PC terminal is imported. In this case, the directory where VMS.DAT is stored needs to be specified. For example, if VMS.DAT is stored on desktop, the desktop where the folder to be loaded exists needs to be selected. If this selection is not correct, "Load Error!!!" appears.


8.6 Export/Import

1. Export Procedure) 1. Open "Export to SD" from [Setup] -> 8.Configuration -> 6.Export/Import.

2. Select the item to be exported. For example, select “9.Settings” and then press [Enter] key. Select SD Card and then press [Enter] key. The directory is changed to C:¥ drive.

A drive: FELCOM 18 body memory C drive: SD card

Reference) Normally data is stored on the C drive of the SD card, but the data can be stored on the A drive. When saving multiple data, data can be organized by creating directory and storing data in the directory.

3. When [Esc] key is pressed, the pop-up message [Update Yes/No] appears. Select "Yes" and then press [Enter] key.


8.6 Export/Import

4. When the pop-up message [OK to Export? Yes/No] appears, select "Yes" and then press [Enter] key.

5. The display returns to the Export screen. 6. Open the SD Card by selecting [File] -> Open, and then check that exported Setting data is stored.

2. Creating directory and storing data Procedure) 1. Open "Export to SD" from [Setup] -> 8.Configuration -> 6.Export/Import. 2. Select the item to be exported. For example, select “9.Settings” and then press [Enter] key. Select SD Card and then press [Enter] key. The directory is changed to C:¥ drive. 3. Press [Insert] key. Since the Make Directory screen, enter a directory name (for example, setting), and then press [Enter] key.


8.6 Export/Import

4. The directory: setting is created. Internal Memory: FELCOM 18 Flash memory “.”: The currently selected directory is indicated. “.. ”: Move to the directory located one level up.

5. Select the created directory: setting and then press [Esc] key. When the pop-up message [Update Yes/No] appears, select "Yes" and then press [Enter] key. 6. When the pop-up message [OK to Export? Yes/No] appears, select "Yes" and then press [Enter] key. 7. The display returns to the Export screen. 8. Open the SD Card by selecting [File] -> Open, and then check that exported Setting data is stored.


8.6 Export/Import

3. Import Procedure) 1. Open "Import from SD" from [Setup] -> 8.Configuration -> 6.Export/Import.

2. When the item to be imported is selected and [Esc] key is pressed, the popup message [Update Yes/No] appears. Select "Yes" and then press [Enter] key. Note) For example, if Settings are imported, EGC.DAT and DTE.DAT files stored in the directory appears when "Settings" is opened. However, these files do not need to be specified. Only the directory needs to be specified. 3. When the pop-up message [OK to Import? Yes/No] appears, select "Yes" and then press [Enter] key. 4. The Import screen appears.

Reference) 1) If wrong data is selected and Import operation is performed, the pop-up message "Load Error!!!" appears.

2)

When setting data is imported, the pop-up message "Please reconnect after 5 seconds" appears and the system is "rebooted."


8.7 Clearing memory

8.7 Clearing memor y Enter Furuno service mode from [Setup] -> 1.System -> Command Window, and then input the memory clear command.

Procedure) 1. See page 4-7 and enter Furuno service mode. JOB No.: furunoservice Password:

felcom18 felcom19

(For (For FELCOM FELCOM 18) 19)

2. Type the clear command in JOB No. clr intmem Internal memory: A drive is initialized. clr eeprom All items excluding FWD ID, RTN ID and Serial No. are reset. clr backup (For R&D command) Other settings excluding the following items are reset. - FWD ID/RTN ID/Serial No - [EGC] -> EGC Network ID - [Report] -> 1.Data Report, 4.Data Network ID, 5.SSAS Report - [Setup] -> 1.System Setup -> IMN, MES Operation Mode, Nav Port, LAN Port, Message Output Port, EGC Output Port - [Setup] -> 1.System Setup -> Network Setup -> Network -> IP Address, Subnet Mask, DHCP, Gateway - [Setup] -> 1.System Setup -> Network Setup -> Mail Gateway ->SMTP Enable IP Address, Send Limit Size - [Setup] -> 1.System Setup -> 4.EGC Setup, - [Setup] -> 8.Configuration -> 3.EGC Channel List, 4.NCS Channel List - Data Report Programming -> DR/EDR/EPADR - VMS setting

3. When "clr backup" and "clr intmen" are executed, the message "Starting Reboot" appears on the Command Window, and the message "Wait moment" appears when "clr eeprom" is executed and then the system starts "rebooting."


8.8 Command operation

8.8 Command operation Do not disclose command operations. Commands need to be entered in "Enter JOB No.:" There are commands that cannot be accepted unless the system enters Furuno service mode. [ Main Menu ] 1. Remote Bo x Setup 2. External Alarm Setup Enter JOB No.: clr ee prom

Table 8.8.1 Command list Comma nd function

Comma nd JOB No.

This command is used to enter SSAS Manager Mode. SSAS is added to [Report] and SSAS Report cannot be set. This command is used to change the SSAS Password. - Default password: Ship security alert

JOB No.

furunoservice felcom18 felcom19 ssas manager

Password

ship security alert

JOB No.

ssas password

- Common Password: wasuremashita+IMN This command is used to finish the SSAS sequence. This command needs to be entered after entering SSAS Manager Mode. This command is used to exit from SSAS Manager Mode and Service Mode.

Password JOB No.

ship security alert terminate ssas alert

Password JOB No. Password JOB No. Password JOB No. Password JOB No. Password JOB No. Password JOB No. Password JOB No.

N/A quit N/A quit service N/A quit ssas N/A urgent alarm off N/A buzzer off N/A buzzer on N/A mon channel

Password

N/A

This command is used to enter Furuno service Mode.

This command is used to exit from Service Mode. This command is used to exit from SSAS Manager Mode. This command is used to set OFF for Urgent EGC ALM. This command is used to set OFF for all ALM Buzzer output from the body. This command is used to reset "off" setting of the above ALM Buzzer to "on." Ch display When communication is established, receive channels are displayed at thetransmit lower leftand of the Status Monitor screen.

Password


8.8 Command operation

This command is used to monitor external NMEA input on the Command Window. (This command is independent of the setting in [Setup] -> 1.System -> 3.Nav Port.) This command is used to monitor internal GPS output data on the Command Window. This command is used to reset other settings excluding FWD/RTN ID toisfactory default setting. The command input after entering Furuno Service Mode. If a command is accepted, the system is rebooted. This command is used to initialize internal memory: A drive. The command is input after entering Furuno service mode. If a command is accepted, the system is rebooted. This command is used to display operation status of Stored Report. The "sreport show" command needs to be entered after entering Furuno service mode in order to display operation status of Stored Report. This command is used to display operation status of Program Report. The "show prog" command needs to be entered after entering Furuno service mode in order to display operation status of Program Report. This command is used to display all stored LES MULTI TDM information. This command is used to display the FWD ID. This command is used to display the EPADR program. The command needs to be entered after entering Furuno Service Mode. This command is used to enable the Standard LRIT function. This command is used to disable the LRIT function. This command is used to enable the Russia LRIT function. This command is used to display the current LRIT mode.

JOB No.

mon nmea

Password

N/A

JOB No. Password JOB No.

mon gps N/A clr eeprom

Password

N/A

JOB No.

clr intmem

Password

N/A

JOB No.

sreport show

Password

N/A

JOB No.

show prog

Password

N/A

JOB No. Password JOB No. Password JOB No.

les multi tdm N/A fwd id N/A slcainfo

Password

N/A

JOB No. Password JOB No. Password JOB No. Password JOB No. Password

lrit on N/A lrit off N/A lrit russia N/A lrit mode N/A


8.9 Antenna unit Maintenance

8.9 Antenna u nit Maint enance Check the base of Antenna unit, it has not corroded, or paint has not separated. Paint the portion, when the case of being rusty, and paint have separated. Do not paint Antenna redome. If it paints, sensitivity will be down. Moreover, there is a possibility that Antenna redome may crack.

Do not paint

In case of cor roded, Ap pl y Pai nt .


Chapter 9. Qer & A 9. Q & A Chapt

Q1. Is it possi ble to cut the Ant enna coaxial cable? 5-7 Since the “limiter”, which is the circuit protecting from excessive input level is built in the ANT RF board, the Antenna coaxial cable can be cut. Q2. Is there compatibility of Antenna unit between IC-118 and IC-119? 1-5, 5-4 Basically, there is no compatibility between Antenna units. The Antenna unit (IC-119) of FELCOM 19 can be connected to FELCOM 18 as measures for checking equipment. However, if the Antenna unit (IC-118) of FELCOM 18 is connected to FELCOM 19, the COMMPWR board of FELCOM 19 may break.

Q3. Is there any gui deline for compatib ili ty between Antennas? IM When mounting two Antenna units, distance between Antennas needs to be greater than 1.5 m and difference in level between Antennas needs to be greater than 1 m. See IM for using the Antenna of other equipment. Q4. Are there cautio ns for replacing the board? Summary - 6 When replacing TERMCPU board and COMMCPU board, srcinal EEPROM of these boards need to be used. ID-related data, setting data, such as VMS and SSAS, and system settings are stored on EEPROM. The same action needs to be taken when replacing equipment. Q5. Is th ere di ff erence betw een FELCOM 18 and FELCOM 19?

1-1

FELCOM 18 is Class-2 Inmarsat-C system for GMDSS ship, EIRP is 12 to 16 dBW. FELCOM 19 is Class-2 Mini-C system for Non-GMDSS ship EIRP is 7 to 16 dBW. Both equipment are compliant with SSAS, VMS and LRIT function.

Q6. Where can the prog ram version are checked? 6-2 Open [Options] -> 8.Test -> 3.Diagnostic Test and execute "Diagnostic Test." As for detail S/W Version, check the S/W Version in Furuno service mode.

Q7. The VMS PC Termi nal pr ogr am canno t be in stall ed on PC. 7-1 PC terminal software and VMS PC terminal software cannot be installed on the same PC. Delete the PC terminal software. Q8. The pro gram cannot be updated. 6-4 When updating the program by use of "Updater," the program file needs to be placed under (root) the C drive of the PC. For example, the program may not be updated if the program file is placed on desktop. When updating the program by use of “upf18term.bat”, the program file can be placed on any position. Is Network set on PC? As for both FELCOM 18 and FELCOM 19, "172.31.16.2/255.255.0.0" is set for the Network address.


Chapter 9. Q & A

Q9. Connection between P C terminal and T erminal un it c annot be established. Is Network setting performed on PC? The IP Address of the Terminal unit is 172.31.16.0/16. - Felcom 18: Is "ON" set to [Setup] -> 1.System Setup -> LAN Port? - Felcom 19: Open [Setup] -> 3.Terminal and execute "Connection."

7-11

Q10. How to re-regis ter IMN

4-3

IMN can be changed by typing "IMN" while pressing and holding do wn [Ctrl] and [Alt] keys. The input IMN is reflected on the Status screen.

Q11. How to check transm issi on and reception Summary - 5 A message needs to be sent to the own ship. Or, the Loopback test needs to be performed using "91." Q12. How to set IC-305, IC-306 and IC-307 4-9, 4-10 Jumper setting needs to be made on each unit. Enter Furuno service mode by selecting [Setup] -> 1.System Setup -> Command Window and then set "Remote Box Setup." Q13. What are sp ecial oper atio ns? See Summary. How to enter Furuno service mode is important. Command operations and VMS setting are special operations.

Summ ary - 3, 8-50

Q14. Is there any method to clear memory ?

8-49

After entering Furuno clear commands, such as “ clr eeprom” and “clr ”, canservice be usedmode, on thememory Command Window. intmem FWD ID and RTN ID are not cleared even if any command is executed.

Q15. Is there any method to c heck wheth er SSAS is activ e? As for FELCOM 15, the "dot" mark is displayed at the lower left of the Status window. However, there is no display for FELCOM 18 and FELCOM 19. Q16. Is Version disp lay of S/W displ ayed as th e Diagnos tic Test resul t? 8-21 Execute the Diagnostic Test in Furuno Service Mode. Setting of REMOTE BOX, STATUS and the latest System Log appear along with detailed S/W Version.

Q17. TX Power Supply and Current Level are not displayed on STATUS dis play for the result of Diagnosti c Test. Is thi s failur e? 8-23 Transmit voltage and current level and receive voltage and current level do not appear at the same time. Transmit voltage and current level that are used during communication and recorded on the latest Sent Messages Log are displayed. However, the above values are deleted when receiving the message including EGC. When a message is transmitted, the receive voltage and current level disappear and then transmit voltage and current level appear.


Chapter 9. Q & A

Q18. Does the 5-digit numb er dis played on th e System Log have meanin g? 8-24, AP.1 The number consists of "Category Number (one digit) + Type Number (one digit) + Event Message Number (three digits)". Q19. Where can th e Syst em Log be ch ecked? 8-26 Enter Furuno service mode and then open [Option] -> 9.Maintenance. Only Current Position Log appears if the system is not in Furuno service mode. Q20. Is it poss ibl e to Export and Import SSAS settin g? 8-42 SSAS setting cannot be exported or imported unless the system enters SSAS Manager Mode. Q21. Is th ere sett ing of DIP SW? 8-41 There are two DIP switches on TERMCPU (COMMCPU). All DIP switches need to be set to “OFF”. Do not change the setting. Q22. Is it poss ibl e to use a US B memor y? The USB port is dedicated for Keyboard. Therefore, USB memory cannot be used. Q23. Where does the SSAS unit: IC-307 need to be installed? The SSAS unit is installed at least two positions. Normally, the SSAS unit is installed at the position where W/H and one more position. IC-307 needs to be installed at an unnoticeable place, such as the back of the table. Three SSAS units can be connected to Furuno SSAS system.

Q24. Why is the daisy chain connectio n used for conn ecting IC -307? 4-29 The daisy chain connection is used to detect error of the connection cable of IC-307. If a cable error is detected, the error message "SSAS UNIT connection abnormality" appears. The [SSAS] port on the IC-318: Junction box and IC-307 (No.1, 2, 3) are connected in such a manner that they are connected by using one cable. Also, only for IC-307 at the end, JP-1 needs to be set to ON (jumper) and other IC-307 needs to be set to OFF (open). For example, if ON is set to JP-1 on No.1 IC-307, cable wiring of No.2 and No.3 IC-307 are not checked. Q25. Why is the numb er of uni ts co nnected to IC- 307 limit ed to thr ee unit s? Since IC-307 is connected in parallel, there is no limit. However, if the Alert button is pressed on more than three units, photocouplers in IC-307 cannot be fully driven; therefore the number of units is limited to three units.


Chapter 9. Q & A

Q26. Proc edur e for sett in g SSAS 4-17 1) Make jumper setting for IC-307. 2) Enter Furuno service mode and carry out Remote Box Setup. Type "furunoservice"/"felcom18 (felcom19)" on Command Window in order to enter Furuno service mode. 3) Enter SSAS Manager Mode and then set [Reports] -> 5.SSAS.ype T "ssas manager/ship security alert " on Command Window in orde r to enter SSAS Manager Mode. 4) When setting is finished, execute “Distress/SSAS Button Test” in [Options] -> 8.Test. 5) Send the SSAS Test Message. 6) Type "quit" on Command Window to quit Furuno service mode and SSAS Manager Mode.

Q27. What will happen if t he system i s tur ned ON whi le SSAS butt on is set to ON? 4-28 - FELCOM 18: SSAS does not activate. The error message "Please retune the SSAS button into OFF-SATE" appears. Set the Alert button OFF. - FELCOM 19: The test message is sent 30 seconds after entering Test Mode. The message to be displayed is "SSAS test message will be transmitted in 30sec. Please turn off the SSAS button if the SSAS test message transfer is unnecessary." Q28. Sinc e the password for entering SSAS Manager Mode is changed, the syst em cannot enter thi s mode. 4-22 Enter the common password: wasuremashita+IMN. For example, if IMN is 443212310, type "wasuremashita+443212310." Q29. What are diff erences amo ng Standard , USCG and Rus si a SSAS? 4-18 As for USGC SSAS, momentary switch is used for the Alert button. A ship of U.S. registry must equip this type of SSAS. Position data requested from Russia SSAS is "GL" at "GL: GLONASS" EXT. Also, how to activate and stop SSAS vary depending on SSAS types.

Q30. How to set VMS 1) Connect Terminal unit (Communication unit) to VMS PC terminal.

4-41

2) Open Password: [Reports] -> 0.VMS. . 3) Enter 123456789 4) When the VMS Mode screen appears, set "ON" for VMS function, open "LOAD" select the VMS file to be set, and then click "Apply."


Chapter 9. Q & A

Q31. How is LRIT set? 4-54 Basically, no setting is required. Reporting starts according to the programmed Polling Command from the LES. If LRIT ON Command: lrit on is entered in Command Window, LRIT is prioritized over EGC reception. If FELCOM 18 is equipped for GMDSS type, do not set "LRIT ON." Q32. Is it poss ibl e to op erate both LRIT a nd VMS? 4-55 Basically, both LRIT and VMS can be operated. As for VMS, the event is reported to valid DNID when an event occurs. As for some VMS setting files, information, which is irrelevant to LRIT, is also reported; therefore equipment for LRIT and equipment for VMS need to be separated. Q33. Is there a ny metho d to c heck operating status of Data Reporti ng? 4-56 Enter Furuno service mode from Command Window, type " Show prog." As for reporting data by use of the EPADR protocol, type " slcainfo." Schedule of the next report, etc. can be checked.

Q34. What i s t he dif ference between Dat a Repor t and Message Repor t in [Reports] menu? 4-36 This is the difference of Data Report protocol. A user does not care the protocol, and all items to be reported are NAV data. Also, the service defined as Data Report is operated by use of Signaling Channel. However, the Message Report uses the Message Channel, which is also used for normal communications. Q35. Is there a ny restr ict ion o n capacity of the SD card? SD HC card can be also used. As for the SD card having capacity of greater than 2G, the SD card needs to be formatted at the Terminal unit. The SD card having the size greater than 2G can be used, but capacity is limited to 2G. Q36. Where can DNID are ch eck ed? 4-38 DNID can be checked in [Reports] -> 4.Data Network ID. If DNID is enabled, the DNID where the " *" mark is provided at " Act" is enabled. Q37. Is it poss ibl e to loop back the SSAS message? Summary - 5 Loop back operation is available. Set Special for Destination Type, and then enter the code "91," which is looped back to Destination.

Q38. Can the result of Diagnosti c Test be stor ed on the SD card? 8-42 Select [Setup] -> 8.Configuration -> 6.Export/Import -> Export to SD, and then select "7. Test.".


Chapter 9. Q & A

Q39. The erro r mess age " EEPROM ERROR" appears. 3-3, 3-8 EEPROM may be broken. When ordering EEPROM, report the serial number. Q40. Alt hou gh IMN is set f or FELCOM 1 8, IMN does not appear on the PC terminal. Since the IMN set for FELCOM 18 is not reflected on the PC terminal, IMN needs to be set individually. Q41. Can IC-315 and IC- 318 on J unct ion Box use com monl y? IC-315 and IC-318 are the basically the same . #6 and 7 on IC-315 are equivalent to RD-A and RD-B. As for IC-318, ALM-H and ALM-C are used. Since wiring between 15-pin D-sub and IC-315 or IC-318 is the same, IC-315 and IC-318 can be used. Q42. Calculatio n of Frequency fro m Channel The MES operates in the TX frequency, 1626.5 MHz to 1646.5 MHz/5 kHz step and the RX frequency, 1537.0 MHz to 1544.2 MHz/5 kHz step. Tx Frequency (MHz)=1626.5 + 0.0025(Xch－6000) Tx: 6000 ch -> 1626.500MHz Rx Frequency (MHz)=1530.0 + 0.0025(Xch－8000) Rx: 8000 ch -> 1530.000MHz


Appendi x 1.1. EventEvent List Appendix List

If an event occurs, the message indicating the event appears on the Status screen. The five-digit Event number consists of Category Number (one digit) + Type Number (one digit) + Event messages Number (three digits).

Category 1: Hardware 5: Distress Alert

2: Navigation 6: Transmit

3: System 7: Receive

4: Data Report 8: Mail

9: Print

Type Number 1: Information

2: Warning

3: Trouble

In Furuno service mode, the Event messages that appear in the "STATUS" column in [Options] -> 8.Test -> 3.Diagnostic Test are 2: Warning and 3: Trouble. Therefore, the Event numbers “x2xxx” and “x3xxx” appear. Also, the corresponding message in the following table appears in [Option] -> 9.Maintenance -> 2.System Log. The Message column (xxxx) in the following table indicates the message that appears in the System Log.

Event control number

Message

11001

Power ON

11002 11003

Antenna Connected Printer Connected

11004

USB1 Connected

11005

USB1 Disconnected

11006

SD Entered

11007

SD Removed

11008 11009

Remarks

This message appears when initialization is successful on start-up. This message appears when an antenna is connected. This message appears when a printer is connected. This message appears when Keyboard is connected. - This message appears if Keyboard is disconnected after succeeding initialization on start-up. - This message appears when the Keyboard is disconnected. This message appears when the SD card is inserted. This message appears when the SD card is removed. This message appears if ON is set to any of IC-305, IC-306 and IC-307. This message appears if ON is set to any of IC-305, IC-306 and IC-307.

Junction Box Connected (JB Connected) Junction Box Disconnected (JB Disconnected)

11010

Junction Box Distress Button Connected (JB Distress Button Connected)

11011

Junction Box Distress Button Disconnected (JB Distress Button Disconnected)

Communication withwhile the Terminal unit (TD/RD) is restored ON is set to IC-305 or IC-306. Communication with the Terminal unit (TD/RD) is disconnected while ON is set to IC-305 or IC-306.

AP1-1 CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO.

Appendi x 1. Event List

11012

Junction Box SSAS Button Connected (JB SSAS Button Connected)

11013

Junction Box SSAS Button Disconnected (JB SSAS Button Disconnected)

11014

Junction Port Connected (JB NAV Box PortNAV Connected)

11015

Junction Box NAV Port Disconnected (JB NAV Port Disconnected)

11016 11017 11018 11019

LAN Connected LAN Disconnected COM1 Connected COM1 Disconnected - This event occurs when the printer is disconnected after succeeding initialization on start-up. - This event occurs when the printer is disconnected. - This event occurs when the antenna is disconnected after succeeding initialization on start-up. - This event occurs when the antenna is disconnected.

13001

Printer Disconnected

13002

Antenna Disconnected

13003

Antenna Blocked TROUBLE: RFCON CPU ROM NG. (RFCON CPU ROM NG) TROUBLE: RFCON CPU RAM NG. (RFCON CPU RAM NG) TROUBLE: RFCON CPU EEPROM NG. (RFCON CPU EEPROM NG) TROUBLE: Synthesizer UNLOCK. (Synthesizer UNLOCK.) TROUBLE: ANT power voltage abnormality. (ANT power voltage abnormality) TROUBLE: ALARM UNIT Fault. (ALARM UNIT Fault.) TROUBLE: DISTRESS ALERT UNIT Fault. (DISTRESS ALERT UNIT Fault). TROUBLE: SSAS UNIT connection abnormality. (SSAS UNIT connection abnormality) TROUBLE: Carrier power level. (Carrier power level)

13004 13005 13006 13007 13008 13009 13011 13012 13013

Communication (SSAS OUT/SSAS CHECK) with the Terminal unit (Communication unit) is restored while ON is set to IC-307. Communication (SSAS OUT/SSAS CHECK) with the Terminal unit (Communication unit) is disconnected while ON is set to IC-307. This message appears when EXT GPS data is input while EXT and AUTO are set for Nav Port. This message appears when EXT GPS data is disconnected while EXT and AUTO are set for Nav Port.

RFCON CPU ROM NG RFCON CPU RAM NG EEPROM NG The synthesizer circuit is unlocked. Abnormality of antenna voltage Disconnection of the Alarm unit (IC-306) Disconnection of the Distress alert unit (IC-305) Disconnection of the SSAS unit Abnormality of Carrier power level



13014 13015 21001 21002 21003 21004 31001 31002 31003 31004 31005 31006 31007

TROUBLE: EEPROM ERROR (EEPROM ERROR) TROUBLE: Invalid MES ID, This equipment is defected. Please contact FURUNO. (Invalid MES ID) GPS Core Data Unavailable GPS Core Data Available NAV Port Data Unavailable NAV Port Data Available Date/Time Updated UNSYNC SYNC retune Successful Forced Clearing. Forced Clearing failed. Forced Clearing aborted.

31009 31010

No route to host.

31011 31014

31015

31016 31018 31019 31020 31021

Invalid MES ID

Completion of Forced Clear Failure of Forced Clear Abortion of Forced Clear

MES Signaling Failure, Forced Clear not sent. (Forced Clearing failed, signaling failure) Timeout! Clear not received.

31008

EEPROM error

INF: [DISTRESS] Button switch activated. (DISTRESS Button switch activated) INF: DISTRESS ALERT UNIT switch activated. (DISTRESS UNIT switch activated) INF: DISTRESS ALERT UNIT activation has been canceled. (DISTRESS UNIT activation has been canceled) INF: [DISTRESS] Button works correctly. (DISTRESS Button works correctly) INF: DISTRESS ALERT UNIT works correctly. (DISTRESS ALERT UNIT works correctly) INF: Distress Buttons enter into TEST MODE. (Distress Buttons enter into TEST MODE) INF: Distress Buttons return to NORMAL MODE. (Distress Buttons return to NORMAL MODE) INF: Please update current ship position.

Failure of MES Signaling Failure of reception of Clear packet Failure of connection from PC Terminal to F18/19 The Distress button on the Terminal becomes ON. The IC-305 (-350) button becomes ON.

Cancellation of activation of the IC305 (350) button The Distress button becomes ON during the Distress Button Test. The IC-305(-350) button becomes ON during the Distress Button Test. Transition to Test Mode Quitting Test Mode (transition to Normal Mode) No position information is input.

(Please update current ship position)



31022 31023 31024 31025 31026 31027

31028 31029 31030 31031

INF: NCS has gone outage. ( RESTORATION Mode ) INF: You can select preferred LES by Network Information Window. (You can select preferred LES) INF: Distress Priority Message received. (Distress Priority Message received)

Restoration Mode The LES specified on “Network Information Window” can be selected. Reception of the Distress Priority message

INF: Urgent Priority EGC Message received. (Urgent Priority EGC Message received)

Reception of the Urgent Priority message (EGC)

INF: Distress Priority EGC Message received. (Distress Priority EGC Message received) INF: ENID ***** was entered by EGC message. (ENID ***** was entered by EGC message) INF: ENID ***** was deleted by EGC message. (ENID ***** was deleted by EGC message) INF: DNID ***** was entered by Polling. (DNID ***** was entered by Polling)

Reception of the Distress Priority message (EGC)

INF: DNID ***** was removed by Polling. (DNID ***** was removed by Polling) INF: Pre-set LES ID for DISTRESS ALERT is overridden by LES ***. (Pre-set LES ID is overridden by LES ***)

Downloading ENID

Deletion of ENID Downloading DNID Deletion of DNID The LES for preset Distress Alert is updated.

31032

INF: Logout request accepted. Please wait. (Logout request accepted. Please wait)

Logout is executed.

31033

INF: Frequency Offset NG. (Frequency Offset NG)

Frequency offset abnormality

31034

Ignored: Undefined Command. (Undefined Command

The undefined command is used.

31035 31036

31037

31038 31039 31040 31041

Ignored: Can not abort current process. (Can not abort current process) Ignored: Can not Forced Clear current process. (Can not Forced Clear current process) Ignored: Awaiting message transfer, Can not start PV TEST. (Awaiting message transfer (PV Test)) Ignored: PV TEST has been already started, and now pending. (PVT pending)

Aborting the current process is impossible.

Ignored: Sending Message not exist. (Sending Message not exists) Ignored: Distress Request command not received. (Distress Request not received) Ignored: Can not start Distress Alert Test now. (Can not start Distress Alert Test now)

There is no message to send.

Forced termination of the current process is impossible. PV test cannot be started while waiting to receive. Although PV test has started, the test is pending.

Failure of reception of the Distress request command Starting the Distress Alert Test is impossible.



31042 31043 31044

31045 31046 31047

31048

31097 31098 31099 31101 31102

31103 31104 31105 31106 31107

31108

31109 31110 32001 32002

32003

Ignored: MES is not idle. (MES is not idle)

MES busy

Ignored: Now receiving EGC message. (Now receiving EGC message) Ignored: MES is not Login. Please operate Login. (MES is not Login. Please operate Login) Ignored: Current Network is restoration mode. (Current Network is restoration mode) Ignored: NCS Common Channel Failure. (NCS Common Channel Failure) Can’t deliver mail to server. Starting PV Test Process. Automatic test mode: Normal communication disabled. Do not press any distress button unless you are in distress." (Starting PV Test Process) PV TEST is completed. PV TEST is failed. PV TEST is aborted. MES Signaling Failure, during PV TEST. Receiving Test Failure, Timeout while waiting on NCS CC. (Receiving Test Failure) Sending Test Failure, Too many retries. (Sending Test Failure) PV TEST is aborted by LES PV TEST is pending by LES PV TEST is rejected by LES PV TEST aborted because of RESTORATION mode. (PV TEST aborted for RESTORATION mode) Please activate Distress Alert TEST within 2 min. (Please activate Distress Alert TEST) TIMEOUT!! Distress Alert Test is automatically activated. (Distress Test is automatically activated) Can’t delivery a mail to server. WARNING: Memory Full for receive message. (Memory Full for receive message) WARNING: Cannot enter new DNID. Memory full for DNIDs. (Cannot enter new DNID) WARNING: Cannot enter new ENID. Memory full for ENIDs (Cannot enter new ENID)

Receiving the EGC message MES is not logged in.

The Network is in Restoration Mode. Failure of NCS CC Failure of transmission to Mail Server

Activation of the PV test

Completion of the PV test Failure of the PV test Cancellation of the PV test Failure of MES Signaling Failure of the receiving test

Failure of the sending test Cancellation of the PV test by LES Pending of the PV test by LES Rejection of the PV test by LES Abortion of PV Test in Restoration Mode

Distress Alert TEST

Distress Alert TEST Failure of transmission to Mail Server Memory for received messages is full. Memory for DNID is full.

Memory for ENID is full.



32004

32005 32006 32007

WARNING: Message received for DTE1 PORT. Please turn on DTE port equipment. (Message received for DTE1 PORT) WARNING: Message received for DTE2 PORT. Please turn on DTE port equipment. (Message received for DTE2 PORT) WARNING: Internal GPS UNIT failure. (Internal GPS UNIT failure) WARNING: External NAV equipment failure. (External NAV equipment failure)

41111 41112 41113

WARNING: Synchronization loss. Please change EGC channel. (EGC Synchronization loss) WARNING: Synchronization loss. Please check the current ocean region. (Synchronization loss) WARNING: BBER over 80%. Scanning NCS start manually. (BBER over 80%) WARNING: Can not find NCS CC in preferred region. Scanning all region is started. (Can not find NCS CC in preferred region) WARNING: Cannot find NCS CC in all region. Scanning is continued. (Cannot find NCS CC in all region) Data Report Program Updated Received Poll Command Successful Data Report Sending.

41114

Data Report failed, unauthorized DNID.

41115

Data Report failed, MES is not login.

41116

Data Report failed, selected LES not exist in current region. (Data Report failed, no LES in OR)

41117

Data Report failed, TDM LOST.

32008

32009

32010

32011

32012

41118 41119

MES Signaling Failure, Data Report failed. (DR failed, signaling failure) Reserved access failure, trying unreserved access. (Reserved access failure)

Transferring the received message to DTE1 is unable. Transferring the received message to DTE2 is unable. Failure of Internal GPS (detection of internal GPS signal is lost.) Failure of External Nav (detection of navigation data from external navigation system is lost.) Failure of synchronization (Sync) of EGC channel Failure of synchronization (Sync) of NCS CC Error rate of BBER (Bulletin Board Error Rate) is greater than 80%. Failure of scanning in the current ocean region Failure of scanning in all regions

Success of transmission of Data Report Failure of transmission of Data Report due to use of invalid DNID Failure of transmission of Data Report due to non-logged-in state Failure of transmission of Data Report due to selection of LES, which is not present in the current ocean region Failure of transmission of Data Report due to TDM LOST Failure of MES Signaling Failure of reserved access

41120

Data Report aborted.

Abortion of transmission of Data Report

41121

Data Report failed too long report.

41122

Successful Poll Acknowledgement Sending.

41123

Poll Acknowledgement Sending failed.

Failure of transmission of Data Report Success of transmission of Poll Acknowledgment Failure of transmission of Poll Acknowledgment



41124 41125 41126

Successful Data Report Programming by Polling. (Successful DR Programming) Data Report Programming failure by Polling, invalid parameters. (DR Programming failure by Polling) Data Report Program has been initiated by Polling.

41127

Data Report Program has been stopped by Polling.

51001

Distress Alert not sent to LES, trying to use NCS. (Distress Alert not sent to LES)

51002

Distress Alert not sent to NCS. NCS scanning is started (Distress Alert not sent to NCS)

51003

Distress Alert not sent to NCS. Distress Alert abandoned, Please re-send Distress Alert. (Distress Alert sig fail)

51004

51005 51006 51007 51008 51080 51081 51082 51083 51084 51091 51092 51095

Timeout! Distress Alert not acknowledged. Distress Alert abandoned, Please re-send Distress Alert. (Distress Alert not acknowledged) DISTRESS ALERT interrupt accepted.

Success of Data Report program by Polling Failure of Data Report program by Polling Initiation of Data Report program by Polling Stop of Data Report program by Polling Failure of transmission of Distress Alert after initiation of transmission of Distress Alert to LES - Failure of transmission of Distress Alert after initiation of transmission of Distress Alert to LES - Failure of transmission of Distress Alert to NCS - Failure of transmission of Distress Alert after initiation of transmission of Distress Alert to LES - Failure of transmission of Distress Alert to NCS - Failure of transmission of Distress Alert to NCS in other ocean region Failure of reception of Distress Acknowledgement after transmitting the Distress Alert. Abortion of transmission Acceptance of interruption of Distress Alert

Timeout! Distress Test not acknowledged. Failure of reception of acknowledgment (Distress Test not acknowledged) for Distress Alert test MES Signaling Failure, Distress Alert Test not sent. Failure of MES Signaling (Distress Test failed, signaling failure) Low-Power-C mode does not supply Distress Call. Transmission of Distress Alert using (LP-C mode does not supply Distress Call) MINI-C is impossible. Distress Alert activated. Activation of transmission of Distress Alert Completion of transmission of Distress Distress Alert completed. Alert Activation of transmission of Distress Alert Distress Alert Test completed. test Abortion of transmission of Distress Alert Distress Alert Test aborted. test Failure of transmission of Distress Alert Distress Alert Test failed. test Timeout! Distress Acknowledgement not Failure of reception of Distress received. Scanning NCS started automatically. Acknowledgement (Distress Acknowledgement not received) Distress Alert aborted. Abortion of transmission of Distress Alert Pre-set LES ID for DISTRESS ALERT is invalid in this ocean. Please input preferred LES ID in There is no LES ID set for Distress Alert in the menu. ocean region. (Pre-set LES ID is invalid in this ocean)



61001 61049 61050 61051 61052

Timeout! LES response not received. (LES response not received) Successful Sending message to LES.

61054 61055

Sending message failed. Sending message aborted. Sending message aborted by LES LES protocol error detected, Invalid Assignment. (LES protocol error detected) Call rejected by LES Call pending by LES

61056

Selected LES not exist in current region.

61053

61060

MES Signaling Failure, during sending message. (Sending message failed, signaling failure) Awaiting message transfer. Message sending failure, unauthorized DNID LES_ID pares. (Message sends fail, unfaith DNID) Successful Delivery Status Request.

61061

Delivery Status Request is failed.

61062

Delivery Status Request is aborted.

61063

MES Signaling Failure, Delivery Status Request not sent. (Status request not sent, signaling failure)

61057 61058 61059

71065 71066 71067

71069 81001

Successful Receiving message. Receiving message failed. Receiving message aborted. MES Signaling Failure, during receiving message. (Message Rx failed, signaling failure) Receiving message aborted by LES DHCP server not exists.

81002

Sorry, system busy now.

81003

Current LES out of service area.

81004 81005 81006 81007

No target address. Too many addresses. Send message type mismatch. Send massage parameter mismatch.

81008

Illegal address.

81009

Mail data abnormal.

81010

Data size too large.

81011

Your address access denied.

91001

Can't enter in Print Que.

71068

There is no response from LES. Success of message transmission Failure of message transmission Abortion of message transmission Abortion of message transmission by LES Detection of LES protocol error Rejection of call by LES Pending of call by LES There is no destination LES in the ocean region. Failure of MES Signaling While sending message Failure of message transmission and invalid DNID LES ID pair Success of reception of delivery status Failure of transmission of delivery status request Abortion of transmission of delivery status request Failure of MES Signaling and failure of transmission of delivery status request Success of reception of message Failure of reception of message Abortion of reception of message Failure of MES Signaling Abortion of reception of message by LES There is no DHCP server. Message for "waiting transmission" is full in the system. The currently selected LES does not exist in the current ocean region. Destination address is not set. Excess of number of destinations Message type error Address parameter error Characters that cannot be used in the destination address/ domain name abnormality Mail header abnormality Excess of the maximum transmission size set for Send Limit Size at Mail Gateway Transmission from PC on which transmission is disabled Entry into the print queue is unable.



91002 91003 91004

Print Que is Full. Can't print. PRINTER NOT READY. Can't print. Paper Low.

91005

Disk full. Can't enter in Print Que.

Print queue is full. Printer is not connected. Paper-out condition on the printer Entry into the print queue is impossible due to full disk.


Appendix Specifications Append ix 2. 2. Specifications AP2.1 FELCOM 18 AP2.1.1 GENERAL

1.1 Transmitting frequency

1626.5 to 1646.5 MHz

1.2 Receiving frequency

1537.0 to 1544.2 MHz

1.3 Channel interval

5 kHz

1.4 G/T

Better than -23 dB/K (elevation angle 5°)

1.5 EIRP

12 to 16 dBW (elevation angle 5°)

1.6 Modulation

BPSK

1.7 Modulation rate

600/1200 sps

1.8 Coding

Convolution with coding rate 1/2 and constraint length 7

1.9 Decoding

Viterbi decoder

1.10 Nav data interface

IEC61162-1 Ed.3/4, Internal GPS Board (option)

Input data sentences

BWC, BWR, DBT, DTM, GGA, GLL, GNS, GSA, MTW, RMA, RMB, RMC, VDO, VDR, VTG, WPL, ZDA

1.11 EGC receiver

Built in (EGC: Enhanced Group Call)

1.12 LRIT function

Standard

AP2.1.2 A NTENNA UNIT

2.1 Antenna type

Daisy loop antenna

2.2 Receiving gain

33 to 40 dB

2.3 Receiving NF

1.7 dB or less

2.4 Transmitting gain

28.5 to 42.5 dB

2.5 Polarization

Right-hand circular polarization

2.6 Axial ratio

Within 6 dB (5° to 90°)

2.7 VSWR

2.0 or less (50 ohm)

AP2.1.3 TERMINA L UNIT

3.1 Display

10.4” color TFT LCD, 800 x 600 dots (SVGA)

3.2 Brilliance

11 steps

3.3 Visible distance

0.7 m nominal


Append ix 2. Specifications

AP2.1.4 POWER SOURCE

4.1 Terminal unit

12-24 VDC: 8.0-4.0 A (Transmitting), 1.0-0.5 A (Receiving)

4.2 Printer (PP-510, option)

24 VDC: 1.5 A max.

4.3 AC/DC power supply unit PR-240 (option)

100-115/200-230 VAC, 1 phase, 50/60 Hz, 24 VDC from battery

AP2.1.5 ENVIRONMENTAL CONDITION

5.1 Ambient temperature Exposed equipment

-35°C to +55°C (storage: -35°C to +70°C)

Protected equipment 5.2 Relative humidity

-15°C to +55°C 95% or less at 40°C

5.3 Degree of protection Antenna unit

IP56

Terminal unit

IP22 (Option)

Printer/Keyboard

IPX0

Others 5.4 Vibration

IP22 (bulkhead mount) IEC 60945 Ed.4

AP2.1.6 UNIT COL OR

6.1 Antenna unit

Upper: N9.5, Lower: 2.5PB3.5/10

6.2 Terminal unit/Junction box N2.5 6.3 Others

2.5GY5/1.5



AP2.2 FELCOM 19 AP2.2.1 GENERAL

1.1 Transmitting frequency

1626.5 to 1646.5 MHz

1.2 Receiving frequency

1537.0 to 1544.2 MHz

1.3 Channel interval

5 kHz

1.4 G/T

Better than -23.7 dB/K (elevation angle 5°)

1.5 EIRP

7 to 16 dBW (elevation angle 5°)

1.6 Modulation

BPSK

1.7 Modulation rate

600/1200 sps

1.8 Coding

Convolution with coding rate 1/2 and constraint length 7

1.9 Decoding

Viterbi decoder

1.10 Nav data interface

IEC61162-1 Ed.3/4, Internal GPS Board

Input data sentences

BWC, BWR, DBT, DTM, GGA, GLL, GNS, GSA, MTW, RMA, RMB, RMC, VDO, VDR, VTG, WPL, ZDA

AP2.2.2 A NTENNA UNIT

2.1 Antenna type

Daisy loop antenna

2.2 Receiving gain

33 to 40 dB

2.3 Receiving NF

1.7 dB or less

2.4 Transmitting gain

26 to 40 dB

2.5 Polarization

Right-hand circular polarization

2.6 Axial ratio

Within 6 dB (5° to 90°)

2.7 VSWR

2.0 or less (50 ohm)

AP2.2.3 POWER SOURCE

3.1 Communication unit

12-24 VDC: 3.8-1.9 A (Transmitting), 0.8-0.4 A (Receiving)

3.2 AC/DC power supply unit PR-240 (option)

100-115/200-230 VAC, 1 phase, 50/60 Hz, 24 VDC from battery



AP2.2.4 ENVIRONMENTAL CONDITION

4.1 Ambient temperature Exposed equipment

-35°C to +55°C (storage: -35°C to +70°C)

Protected equipment

-15°C to +55°C

4.2 Relative humidity

95% at 40°C

4.3 Degree of protection Antenna unit Communication unit

IP56 IP22(tabletop/bulkhead mount)

Others

IP22 (bulkhead mount)

4.4 Vibration

Inmarsat SDM LPSES standard

AP2.2.5 UNIT COL OR

5.1 Antenna unit

Upper: N9.5, Lower: 2.5PB3.5/10

5.2 Communication unit/Junction box

N2.5

5.3 Others

2.5GY5/1.5





. O N U R U F f o n io s s i rm e p n e tit r w r o ri p t u o tih w rt a p n i r o e l o h w n i t n e m u c o d e th e c u d o r p re o t d te i b i h o r p y tl c ir t s iIt s .

) y l n o e s u l a n r e t n (i L IA T N E ID F N O C

s n o rs e p d e z ir o th u a O N U R U F y b ly n o d e s u s i t n e m u c o d l a it n e d fi n o c s i h T


1

2

4

5

3

6 アラームユニット 1 2 3 4 5

P P

アンテナユニット ANTENNA UNIT IC-118

A

TPA5FB0.4NJ5 12D-SFA-CV,100m,φ20: N-P-12DSFA FBA-5DFB,0.4m8D-FB-CV,50m,φ14.3: N-P-8DFB 5D-FB-CV,30m,φ10.7: N-P-5DFB

ターミナルユニット TERMINAL UNIT IC-218 JUNCTION

J N P C N T

ANT

TP5FBAW-5DFBB,30m,φ7.7 DGPS

DGPSデコーダー DGPS DECODER

COAX. CABLE(50 Ω) BNC USB

A TYPE キーボード KEYBOARD

24 VDC (+) ｱｶ RED (-) ｸﾛ BLK GND ｼﾛ WHT

B

RH12BPG-3S VCTF-0.75x3C,5m,φ7 3 プリンタ PRINTER (16S0084) PP-510*2 *1

12 VDC

DC/DCコンバータ DC/DC CONVERTER

12-24VDC 100-115/ *1 200-230 VAC DPYC-2.5 1φ,50/60Hz *1 DPYC-4 24 VDC PE *1 IV-2sq. 保護アース

AC IN + DC - IN E

1.5m

36

4

57-3036 17JE-23250 -02(D8C) 25 16S0184 3m,φ8 または OR H230817-1(*2) 防水仕様ケーブル WATERPROOF CABLE

15A(12V) MJ-A3SPF MJ-A3SPF0018-050Z 7A(24V)シロ WHT 1 5m,φ11 クロ BLK 2 3

AC/DC 24VDC + 電源ﾕﾆｯﾄ OUT AC/DC POWER SUPPLY UNIT PR-240 *2

PRINTER

Vcc(ALM) GND TD/RD-A TD/RD-B NC ALM-H ALM-C RD-A RD-B GN D SSAS_OUT-H SSAS_OUT-C SSAS_CHECK SSAS_IN-C

接続箱 17JE-23150 -02(D8C) 2m

1 2 3 4 5 6 7 8 9 10 11 12 13 14

1 2 3 4 5 6 7 8 9 10 11 12 13 14

SSAS_CTRL 15

15

IC-350を接続するとき（IC-305との共用不可） CONNECTION FOR IC-350 (DO NOT USE W/ IC-305)

遭難警報器

JUNCTI ON BOX

IC-318

VCC ALARM UNIT GND IC-306 TD/RD-A *2 TD/RD-B GND

DISTRESS ALERT/ *2 RECEIVED CALL UNIT TTYCSLA-4(*1) OR CO-0.2x5P(*2) P P

TTYCSLA-1(*1) OR CO-0.2x2P(*2) アラームシステム TTYCSLA-1(*1) OR ALARM SYSTEM CO-0.2x2P(*2) 航法装置

1 2 3 4 5

IC-305

VCC GND TD/RD-A TD/RD-B GND

選択 SELECT

P P

1 2 3 4

3 4

TTYCSLA-1(*1) OR CO-0.2x2P(*2)

SSAS_OUT-H NC SSAS_CHECK SSAS_IN-C

IC-307(No.2) P P

5 SSAS_CTRL 6 GN D

IC-307(No.3)

1 *2 *3 *4 2 3 4

P P

5 6

RJ45 8

*1 STP(CAT5)

*2 *3

最大３台まで接続可能 MAX. 3 UNITS AVAILAB LE.

TTYCSLA-4(*1) OR CO-0.2x5P(*2) 合計 :最大200 m TOTAL: UP TO 200m

パソコン/HUB PC OR HUB

DC IN

1 2 3 4 5 6

*1 IV-2sq. LAN

INMARSAT No.1/2 1 TR-A 2 TR-B アラームユニット ALARM UNIT 3 FG

IC-350

保安警報発呼器 NAV EQUIPMENT SSAS ALERT UNIT IC-307 *2 *3 *4

TTYCSLA-4(*1) OR CO-0.2x5P(*2)

IC-318

D C+ DCGND

銅板 COPPER STRAP W=30,1.2m

IC-218 JUNCTION 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

C

防水仕様ケーブル WATERPROOF CABLE *2 XM-FD-361,2m アオ BLU チャ BRN ﾑﾗｻｷ PPL ハイ GRY

接続箱 JUNCTION BOX

IC-318

ﾐﾄﾞﾘ GRN キ YEL ﾀﾞｲ ORG モモ PNK ｳｽﾐﾄﾞﾘL-GRN ｼﾛ/ｸﾛ WHT/BLK ｼﾛ/ｱｶ WHT/RED クロ BLK アカ RED ミズ L-BLU

D 注記＊１）造船所手配。＊２）オプション。＊３）終端のIC-307はジャンパー設定を変更する。＊４）SSAS仕様のとき標準構成。 NOTE *1: SHIPYARD SUPPLY. *2: OPTION. *3: CHANGE SETTING OF JUMPER IN IC-307 TO TERMINATE. CO-0.2x2P: CO-SPEVV-SB-C 0.2x2P, φ10.5 *4: STANDARD CONFIGURATION FOR SSAS. CO-0.2x5P: CO-SPEVV-SB-C 0.2x5P, φ13.5 CONFIDENTIAL (internal use only) This confidential document is used only by FURUNO authorized persons. It is strictly prohibited to reproduce the document in whole or in part without prior written permission of FURUNO.

DRAWN

28/May/2012T.YAMASAKI CHECKED 28/May/2012H.MAKI APPROVED

TITLE

FELCOM 18

名称

インマルサット-C 船舶地球局相互結線図

29/May/2012Y.NISHIYAMA

SCALE

MASS

NAME kg

DWG No.

C5674-C01- C

REF.No.

16-023-3001-1

INMARSAT-C MES INTERCONNECTION DIAGRAM

) 3 . o N ( 7 0 3 C I

3 * 2 * 1 2 3 4 5 6

P P

. E L B 能A L 可I A 続V A 接 S でT I まU N 台 3 ３ . 大X A 最M

箱続接

4 *

P

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. Y L P P U S D R A Y P I H S

. N O I T P O

. E T A N I M R E T O T 7 0 3 C I N I R E P M U J F O G N I T T E S E G N A H C

. S A S S R O F N O I T A R U G I F N O C D R A D N A T S

E T : : : : O N 1 * 2 * 3 * 4 *

O N U R U F

) ly n o e s u l a n r e t in ( L A I T N E D I F N O C

b y y l n o d e s u s i t n e m u c o d l a i t n e d fi n o c is h T

. O N U R U F f o n io s s i r m e p n e t it r w r io r p t u o h t i w t r a p in r o le o h w



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