NBDP TERMINAL - Furuno · The paper used in this manual is elemental chlorine free. ・FURUNO...

NBDP TERMINAL

DP-6

www.furuno.co.jp

The paper used in this manual

is elemental chlorine free.

・FURUNO Authorized Distributor/Dealer

9-52 Ashihara-cho,

Nishinomiya, 662-8580, JAPAN

Telephone : +81-(0)798-65-2111

Fax : +81-(0)798-65-4200

A : FEB 1997.Printed in JapanAll rights reserved.

K4 : MAY 09, 2007

Pub. No. OME-56100-K4

*00080790911**00080790911*(TATA ) DP-6*00080790911**00080790911*

* 0 0 0 8 0 7 9 0 9 1 1 *

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TABLE OF CONTENTS

FOREWORD ............................................................................................... v

1. RADIOTELEX COMMUNICATION1.1 General ......................................................................................................................1-11.2 Code Description .......................................................................................................1-11.3 ARQ Mode (A-Mode) ...............................................................................................1-21.4 FEC Mode (B-Mode) ................................................................................................1-4

2. SYSTEM OVERVIEW2.1 System Configuration ................................................................................................2-12.2 Turning on the System ..............................................................................................2-22.3 Equipment Description ..............................................................................................2-22.4 Function Keys, Menu Operation ...............................................................................2-4

3. PREPARATIONS FOR TRANSMISSION AND RECEPTION3.1 Registering Answerback Code & ID Codes ..............................................................3-13.2 Station List ................................................................................................................3-33.3 Timer Programming ..................................................................................................3-53.4 Scan Channel Groups ................................................................................................3-73.5 User Channels ...........................................................................................................3-9

4. FILE OPERATIONS4.1 Creating Files ............................................................................................................4-14.2 Saving a File ..............................................................................................................4-24.3 Editing Files ..............................................................................................................4-34.4 Opening Files ............................................................................................................4-74.5 Renaming Files ..........................................................................................................4-84.6 Saving a File Under a New Name .............................................................................4-84.7 Deleting Files ............................................................................................................4-84.8 Real Time Printing ....................................................................................................4-94.9 Printing Files .............................................................................................................4-94.10 Communications Log ............................................................................................4-10

5. TRANSMISSION, RECEPTION5.1 Manual Calling ..........................................................................................................5-15.2 Calling a Station ........................................................................................................5-35.3 Transmitting a File from a Floppy Disk or the Text Screen ......................................5-45.4 Selecting Receive Mode ............................................................................................5-55.5 ARQ Mode Operation ...............................................................................................5-5

iv

5.6 FEC Mode Operation ................................................................................................5-75.7 Communication Example ..........................................................................................5-85.8 Timer Operation ......................................................................................................5-115.9 Scanning ..................................................................................................................5-125.10 Communication Buffer ..........................................................................................5-12

6. WINDOW MENU6.1 Window Menu Description .......................................................................................6-1

7. MARITEX OPERATION7.1 What is MARITEX?..................................................................................................7-17.2 Preparations for Transmission ...................................................................................7-27.3 Preparing Programs for Automatic Message Transmission ......................................7-87.4 Transmitting in MARITEX System ........................................................................7-17

8. MAINTENANCE AND TROUBLESHOOTING8.1 Maintenance ..............................................................................................................8-18.2 Simple Troubleshooting ............................................................................................8-28.3 Diagnostic Tests ........................................................................................................8-2

ITU TELEX CHANNELS/FREQUENCY LIST..................................... AP1-1

INTERNATIONAL TELEX ABBREVIATIONS .................................... AP2-1

DIGITAL INTERFACE (IEC 61162-1 Edition 2) ................................. AP3-1

SPECIFICATIONS ................................................................................ SP-1

Declaration of conformity to type

v

FOREWORD

FURUNO Electric Company thanks you for selecting and purchasing the FURUNO DP-6 NBDP(Narrow Band Direct Printing) Terminal. We are confident you will discover why the FURUNOname has become synonymous with quality and reliability. To get maximum performance fromyour unit, please carefully read and follow the recommended procedures for operation andmaintenance.

The DP-6 is an advanced, microprocessor controlled NBDP Terminal designed to protectteleprinting communications from radio signal mutilation due to interference in the radio signalpath. It provides dependable, fully automatic error-free telex communication with other ships,as well as with any telex subscriber, in full compliance with all GMDSS requirements forautomatic radiotelex operation.

The microprocessor used in the DP-6 enables fully automatic operation of your radio station,including automatic frequency scanning, unattended reception and transmission of messages,automatic adjustment of transmitter frequency, and more. Operation is simplified by the use ofmenus: Simply move the cursor to items on the screen that you want to select.

The DP-6 provides a complete line of word processing facilities in its Text Editor, where youmay create, edit and store multiple messages for later transmission.

Features

• Simple operation by use of pop-up menus

• LCD displays information in easy-on-your-eyes white on black

• Automatic frequency control and message handling permit unattended operation

• Real time printing of incoming messages

• Storage capacity for 100 user channels

• Remote control of a transceiver by commands entered via the keyboard

• Inputs for IEC61162-1 2nd edition(NMEA0183 version 3.0) data, to display ship's L/L position, water temperature, and more on the LCD

• Fully automatic radiotelex by use of macro operation

• Conforms to the following standards and regulations:

IMO Resolution A.806 (19), A.694 (17)

IEC 61097-11/9, 60945 (3rd edition), 61162-1 (2nd edition)

ITU-R M.625-3, M.490, M491-1

ITU-T F.130

ETS 300 067

Program number

TERMINAL UNIT 0550189020 (Version 1.22)

MAIN UNIT 0550187017 (Version 1.17)

MODEM 0550196017 (Version 1.18)

This page is intentionally left blank.

1-1

1. RADIOTELEX COMMUNICATION

1.1 General

Telex subscribers can attest to radiotelex as a reliable and efficientmethod for sending and receiving teleprinter connections. Telexsubscribers, especially those who often use HF-band radio circuits,will also attest that the telex connection is subject to interferencefrom a variety of sources, including atmospherics, fading and noisedisturbance. This interference plays havoc with radio signals, re-sulting in the receiving of information different from the intendedinformation. Thus a means must be provided to prevent mutilationof radio signals by interference on HF-band radio.

Radiotelex communication today owes its reliability and efficiencyto error detection and correction. The ITU-R defined both a con-stant-ratio code for automatic error detection and requirements forthe error correction in Recommendation M.625-3.

1.2 Code Description

The DP-6 employs a 7-element synchronous code providing 27 =128 combinations. Among these 128 combinations, there are 35constant-ratio combinations having a ratio of 3 (Y) mark bits to 4(B) space bits. Thus ratio is used to test the validity of each re-ceived character.

Of the 35 combinations, 32 are used for the required alphanumericteleprinter signals. The remaining three 7-element codes are usedexclusively for operational purposes. These are:

Idle Signal (ARQ Mode), Phasing Signal 1 (FEC Mode)Idle Signal RQ Signal (ARQ mode), Phasing Signal 2 (FEC Mode)

Transmission rate is 100 bauds. If the 4B/3Y ratio is disturbed dueto interference, the output of the receiver is blocked to restrict themutilated character from passing on to the teleprinter.

Frequency Shift

The frequency shift is 85 Hz with a center frequency of 1700 Hz,as specified in ITU-R Recommendation M.625-3.

Space Tone Frequency 1700+85 = 1785 HzMark Tone Frequency 1700-85 = 1615 Hz

1-2

1.3 ARQ Mode (A-Mode)

Description

The ARQ (Automatic Re-transmission request, or Automatic Re-quest for repetition) Mode allows private communications betweenany two stations using semi-duplex communication. Receptionconfirmation is done to assure that each character is received cor-rectly. Since the two stations (automatically) exchange identities,this affords some degree of protection for confidential messages.

Traffic Exchange Sequence

In the ARQ mode two stations communicate directly with one an-other. One station sends information and receives controls signals,while the other station receives information and sends confirmingcontrol signals. The first station is the ISS (Information SendingStation), and the second is the IRS (Information Receiving Sta-tion). These functions are interchangeable by a special control sig-nal.

The station which initiates the call is the Master Station (MS). TheMS initiates the call by sending the selective identity code of thecalled station, consisting of an RQ signal and two traffic informa-tion signals, listening between blocks.

Example: Identity Code XQKM

X RQ Q K M RQ

Calling Block 1 Calling Block 2

Example: Identity Code PEARDBY

P RQ E RQ A R

Calling Block 1 Calling Block 2

D B Y

Calling Block 3

Figure 1-1 How identity code is transmitted

The Slave Station (SS) recognizes own identity code received andanswers it is ready by sending a control signal. The calling stationthen initiates normal traffic.

The ISS sends information in blocks of three characters. Each char-acter is sent at the rate of 100 bauds, amounting to 70 ms for onecharacter or 210 ms for one character block. The block repetitioncycle is 450 ms, so there is 240 ms during each cycle that the ISS is

1-3

not sending. This time is taken up by propagation time from theISS to the IRS, 70 ms for the IRS to send its service informationsignal, and the return trip back to the ISS.

The IRS listens between blocks and sends a control signal (CS1 orCS2) to request either the next block, or retransmission of the lastblock in the case of error. Request for retransmission may be re-peated up to 32 times, until the completed block has been receivederror-free. After 32 times, the ISS automatically initiates a newcall.

3 Characters

CONTROL SIGNAL

1 Character

70 ms70 ms

210 ms

450 ms

INFORMATION

Figure 1-2 ARQ mode traffic exchange timing

Once an entire message is received (error-free), a station may switchits function from the IRS to the ISS by means of a control signal(CS3). This change is done by either the ISS by the sequence of "Figure shift + ? ", or by the IRS operator by activating the "OVER"control. Upon receipt of CS3, ISS answers with a block. Thisswitches the ISS into IRS. However, the original Master and Slavestations' status remains unchanged, since the Master Station al-ways controls the radio circuit.

Termination of Communication

Only the ISS may terminate the established circuit. It does this bysending three "idle signals ." The IRS and ISS exchange controlsignals, each reverting to standby after acknowledging each other’ scontrol signals. Then, the connection is cleared.

1-4

1.4 FEC Mode (B-Mode)

Description

The FEC mode is for one-way, uninterrupted transmission of mes-sages, for example, weather forecasts and emergency bulletins, tono one particular station or stations. The sending station is knownas the BSS (B-Mode Sending Station), the receiving station theBRS (B-Mode Receiving Station).

This mode uses a simple forward-error correcting (FEC) techniqueof sending each character twice at a 280 ms interval. The first trans-mission is termed DX (direct transmission), the second RX (re-peated transmission).

Message: " a b c d e f g h i j "

First transmission: a b c d e f g h i j Second transmission: a b c d e f g h i j

Output code ex.: a b c a d b e c f d g e h f i g j h i j

280 ms

Figure 1-3 FEC mode transmission technique

The receiving station tests the DX and RX characters for adher-ence to the 4-mark/3-space constant ratio, and prints onlyunmutilated DX or RX characters, or prints a space if both aremutilated.

Another version of the FEC mode is the FEC-selective mode. Thismode uses a call code for selective calling to one or more stations.Only those stations with the correct code will receive the data cor-rectly.

Initiating a Call

When a BSS initiates a broadcast call it transmits synchronizingsignals to align phasing of the BRS. Upon detection of this signalthe BRS’s are switched to the receiving condition and will remainin this condition until the completion of the message. If the muti-lated character error rate exceeds a certain percentage, the BRSreverts to standby condition.

Termination of Communication

The sending station sends three consecutive idle signals α imme-diately after the last transmitted information signal in the DX posi-tion.

2-1

2. SYSTEM OVERVIEW

2.1 System Configuration

SSB RADIO-TELEPHONE

MAIN UNITDP-6

DSC

TERMINAL UNITIB-581

NAV AID

PRINTERPP-510

24 VDC

24 VDC

24 VDC

______: Standard supply- - - - - -: Optional supply

Figure 2-1 System configuration

2-2

2.2 Turning on the System

There is no particular order for turning on the units of the system.The figure below shows the location of power switches on the unitsof the system. Note that it takes about six seconds for the LCD tolight after the power is turned on.

POWER switch

POWER switch

POWER switch

TERMINAL UNIT

MAIN UNIT

PRINTER

Figure 2-2 Main unit, terminal unit and printer

2.3 Equipment Description

Terminal Unit

The terminal unit consists of a 9" visual display, a floppy disk driveand a keyboard. The floppy disk drive provides for unlimited stor-age of files on floppy disks. Controls for power and adjustment ofdisplay brilliance and contrast are provided on the front panel.

When the terminal unit is turned on the communication status dis-play appears. This is where all phases of communication begin.

Station Name : Frequency (T/R) : / (kHz) Comm Mode : AutoComm Status : Connect Send Lock Error Sending Volume : (%) ARQ Error : 0 ARQ Time : 0(sec)

1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break1996-11-15 13:26:45:45 Caps Eng

Figure 2-3 Communication status display

2-3

Keyboard

unit is operated from the keyboard, and is almost 100% keyboardcontrolled. Operation is simplified by the use of menus which youaccess by pressing a function key, numbered F1-F10 at the top ofthe keyboard. The figure below shows the function menus and theircorresponding function keys.

Figure 2-4 Keyboard

Note: C (Euro mark) on 5

%

C key is not used.

Main Unit

The main unit mainly acts as the interface between radio equip-ment, navigator and the terminal unit.

Printer (option)

The printer prints messages. Refer to its operator's manual for op-eration.

~

` 21 3 4 6 7 8 9 0 - =

_ +)* ( 9 *87^ &$#@!

Q W E R T Y U I O P

[ ]

{ }

\

|

A S D F G H J K L : +

;

"

'

Tab

Caps Lock

Z X C V B N M < > ? /

/.,

1 2 3

4 5 6

0Shift

Fn Ctrl Alt Alt Ctrl

Home End PgDn

PgUp

Shift

Enter

Backspace

Esc F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 NumLock

Prt Sc

SysRq

ScrollLock

Pause

Break

Insert Delete

FILE EDIT OPERATE WINDOW STATION SYSTEM WRU HR OVER BREAK

F11 F12

5

%

C

2-4

2.4 Function Keys, Menu Operation

The function keys at the top of the keyboard control most opera-tions of this unit through a menu system.

Menu Conventions

Inverse video

As you move the cursor down through a menu, selected item ini-tially shown as white on black, inverses to black on white. Thishighlighting indicates that it is available for selection.

Underline

The underline shows current selection. In the figure below, forexample, the underline is beneath "Receive".

OperationStationStart TimeStop TimeReceive/SendFile to send

: OP1: NAGASAKI: 8:35: 0: 9:10: 0: Receive Send:

Timer Operation Set Up

Figure 2-5 The auto operation set up screen

Basic Menu Operation

Selecting menus

Press appropriate function key to open a menu. To display the Filemenu, for example, press function key [F1].

1: New2: Open3: Close

4: Delete

5: Rename

6: Real Time Printing7: File to Print8: Cancel Printing

9: Clear Buffer

0: Floppy Disk Format

File

Figure 2-6 File menu

2-5

Selecting menu items and options

Menu items can be selected by pressing appropriate numeric keyor selecting menu desired with the arrow keys and pressing the[Enter] key. Menu options can be selected by operating the [←]/[→] keys. Press the [Enter] key to register selection and close themenu.

Function Key Description

Function key [F1]: File menu

The File menu is where you will create, edit, save and print telexmessages.


4: Delete

5: Rename


9: Clear Buffer


File


1: New Opens a new untitled window.

2: Open Opens files.

3: Close Closes files

4: Delete Deletes files.

5: Rename Renames files.

6: Real Time Printing Turns real time printing on/off.

7: File to Print Prints files.

8: Cancel Printing Stops printing.

9: Clear Buffer Clears the communication buffer.

0: Floppy Disk Format Formats a floppy disk.

2-6

Function key [F2]: Edit menu

The Edit menu provides a full line of editing features. This menu isonly operative while creating a message.

1: Undo

2: Cut3: Copy4: Paste

5: Select All

6: Search7: Replace

8: Goto Top9: Goto Bottom0: Goto Line

A: Change Text

Edit

Figure 2-8 Edit menu

1: Undo Cancels the last change (cut, copy or paste).

2: Cut Removes the selected text and stores it inthe paste buffer. (Previous text in the pastebuffer is cleared.)

3: Copy Copies the selected text and stores in thepaste buffer. (Previous text in the pastebuffer is cleared.)

4: Paste Inserts the text stored in the paste buffer atthe current location of the cursor.

5: Select All Selects the entire current file for cut andcopy.

6: Search Searches a file for a character string.

7: Replace Replaces a word with a different word orcharacter string.

8: Goto Top Brings the cursor to the top line of the cur-rent file.

9: Goto Bottom Brings the cursor to last line of the currentfile.

0: Goto Line Moves the cursor to the desired line in thecurrent file.

A: Change Text Switches between the display window 1 and2.

2-7

Function key [F3]: Operate menu

The Operate menu controls transmitting and receiving.

1: Call Station

3: File to Send4: Cancel Sending

5: Scan (Start/Stop)

6: Manual Reception

7: Timer Operation

8: High Tension ON

9: Manual Calling0: Set Frequency

Operate

2: Macro Operation

Figure 2-9 Operate menu

1: Call Station Selects a station from the station list.

2: Macro Operation Enables fully automatic operation.

3: File to Send Selects a file (to transmit).

4: Cancel Sending Stops sending a file.

5: Scan Start/Stop Starts/stops frequency scanning.

6: Manual Reception Selects communication mode for re-ception; AUTO/ARQ/FEC.

7: Timer Operation Timer programming.

8: High Tension ON/OFF Turns on/off transmitter high volt-age on a FURUNO radio.

9: Manual Calling Sets Tx mode and subscriber's IDnumber in manual calling.

0: Set Frequency Sets Tx and Rx frequencies inmanual calling.

2-8

Function key [F4]: Window menu

The Window menu displays data together with current screen.

1: Display NMEA Data

2: Calendar

3: Remote A (TX/RX)4: Remote B (DSC)

5: Distress Frequency Table

Window

Figure 2-10 Window menu

1: Display NMEA Data Displays NMEA data: position, speed,Heading, water temperature and depth.

2: Calendar Displays desired calendar month and year.

3/4: Remote A/B Entering commands on this screen enablesremote control of a FURUNO radio trans-ceiver and DSC terminal connected to Re-mote A and Remote B terminals.

5: Distress Frequency Table Displays all distress frequencies.

2-9

Function key [F5]: Station menu

The Station menu provides for storage of stations, timer programs,channels, and various ID codes.

1: Station Entry

2: Timer Operation Entry

3: Scan Entry

4: User Channel Entry

5: Answerback Code Entry

6: Group ID Entry (4/5 digit)7: Group ID Entry (9 digit)8: Select ID Entry (4/5 digit)9: Select ID Entry (9 digit)

Station

Figure 2-11 Station menu

1: Station Entry Registers stations.

2: Timer Operation Entry Registers timer programs.

3: Scan Entry Creates scan groups for scanning.

4: User Channel Entry Registers user channels.

5: Answerback Code Entry Registers own ship's answerback code.

6: Group ID Entry Registers own ship's group ID codes. (4/5 digit)

7: Group ID Entry Registers own ship's group ID codes. (9 digit)

8: Select ID Entry Registers own ship's selective ID codes. (4/5 digit)

9: Select ID Entry Registers own ship's selective ID codes. (4/5 digit)

2-10

Function key [F6]: System menu

The System menu is mainly for use by technicians and includesdiagnostic tests (self test). To change settings, select Change onthe Setup line and operate arrow keys to select item and option.Press the [Enter] key to register selection and close the menu.

Setup

Slave DelayBK Timing PreTone PostToneMute Timing PreBK PostBK

Modem Output Level

MIF Tune Freeze AGC Emission

TX/RX MSG SaveEdit Before sending

Time SystemTime & DateDisplay ModeSelf Test

SystemLock Change Default

5 msec (0- 50 msec)10 msec (0-100 msec) 0 msec (0- 20 msec) 0 msec (0- 20 msec) 0 msec (0- 20 msec)

0 dBm (-30 - +10 dBm)

OFF O NOFF O NOFF O NOFF O N

OFF O NOFF O N

OFF UTC SMT JST1997/3/16/10:00:00Normal Reverse

Figure 2-12 System menu

Setup Locks, enables change or restores defaultsystem settings.

Slave Delay Sets the length of the slave delay timingin the ARQ mode.

BK Timing PreTone Sets the timing for the leading edge ofthe BK signal in the ARQ mode.

BK Timing PostTone Sets the timing for the trailing edge ofthe BK signal in the ARQ mode.

Mute Timing PreBK Sets the timing for the leading edge ofthe mute signal in the ARQ mode.

Mute Timing PostBK Sets the timing for the trailing edge ofthe mute signal in the ARQ mode.

Modem Output Level Sets modem output level.

MIF Tune Turn on to send antenna coupler tuningcommand. (Requires FURUNO RadioEqupment.)

2-11

MIF Freeze Turn on to send "freeze" command toradio equipment connected. (RequiresFURUNO radio equipment.)

MIF AGC Turn on to automatically control gain intelex mode. (Requires radio equipmentwhich supports AGC command in MIFformat.)

MIF Emission Turn on to automatically change modeat radio equipment to telex. (Requiresradio equipment which supports Emis-sion command in MIF format.)

TX/RX MSG Save Turn on to automatically save incomingand outgoing messages to floppy disk.

Edit Before Sending "No" transmits keying operation one byone. "Yes" transmits message only whenthe [Enter] key is pressed after confirm-ing text typed.

Time System Select Time system. SMT is local timeand JST is Japan standard time.

Time & Date Enter Date and time manually. If a navi-gation device is connected, the time isautomatically set when the power isturned on or whenever the time systemis switched. Manual entry takes prior-ity over automatic entry. If there is nothe navigation data input, it takes morethan extra 10 seconds for automatic ini-tial settings.

Display mode Select display mode between normal andreverse.

Function key [F7]: WRU (Who Are You?)

In the ARQ mode, requests other station's answerback code.

Function key [F8]: HR (Here Is)

In the ARQ mode, sends your ship's answerback code.

2-12

Function key [F9]: OVER

In the ARQ mode, changes the direction of traffic; the informationreceiving station becomes the information sending station, the in-formation sending station becomes the information receiving sta-tion.

Function key [F10]: BREAK

Disconnects the communications line.

3-1

3. PREPARATIONS FORTRANSMISSION AND RECEPTION

This chapter provides the procedures necessary for preparing theDP-6 for transmitting and receiving. For automatic telex, you willneed to register the following;

• Your ship's ID and answerback codes

• Stations

• Timer programs

• Scan channel groups

• User channels

3.1 Registering Answerback Code & ID Codes

Enter your ship's answerback code and ID code as follows.

Note: The answerback and ID codes cannot be changed once en-tered; be sure to enter the codes correctly.

Registering Answerback Code

1. Press function key [F5] and then the [5] key. The display shouldlook something like Figure 3-1.

Answerback CodeAnswerback Code Entry

Figure 3-1 Answerback code entry screen

2. Enter your ship's answerback code (max. 20 characters, includ-ing spaces) and press the [Enter] key. The prompt OK/CAN-CEL asks for verification of data. If code is correct, press the[Enter] key again.

Note: Example of answerback code 12345789 ABCF X.

3-2

3. For final verification of the data, the Caution shown in Figure3-2 appears. If code is correct, press the [Enter] key again.

Answerback Code

123456789 FURU X

Answerback Code Entry

O K

Cancel

CautionConfirm the 'CODE' before pressing ENTER key.You cannot change the CODE once it has been entered.

Figure 3-2 Message for confirmation of code entered

Registering ID Codes

1. Press function key [F5] and then the [6], [7], [8] or [9] key toenter the Group ID Code (4 or 5 digits), Group ID Code (9digits), Select ID Code (4/5 digits) or Select ID Code (9 dig-its), respectively.

Select ID Code (4/5)Select ID Entry

Figure 3-3 ID code screen

2. Enter group ID or select ID and then press the [Enter] key. Aprompt asks for verification of data. If ID is correct, press the[Enter] key.

3. For final verification of the data, the Caution shown in Figure3-4. If ID is correct, press the [Enter] key again.

Select ID Code (4/5)12345

Select ID Entry

O K

Cancel

CautionConfirm the 'CODE' before pressing ENTER key.You cannot change the CODE once it has been entered.

Figure 3-4 Message for confirmation of code entered

3-3

3.2 Station List

The station list provides abbreviated dialing with storage for up to50 stations, one frequency pair (Rx and Tx) per station. For sta-tions which have more than one frequency pair, you might add asuffix to the station name to denote multiple frequency pairs. Forexample, station name FURUNO followed by -1, -2, -3, etc. foreach frequency pair required.

Registering Stations

1. Press function key [F5] followed by the [1] key. The StationEntry screen appears.

Station Entry

CreateChange

Station List

Station Set Up

Station : ID Code :Mode : ARQ FECCH/Table : Channel ScanTableNum/Table:

Figure 3-5 Station entry screen

2. On the right-hand side on the screen you should see Create andChange and Create should be underlined. If it is not, underlineit by pressing [ ], [ ] and the [Enter] key.

3. The cursor is now on the Station line. Enter station name, us-ing up to 18 characters.

4. Press the [] key to go to the ID Code line. Enter station IDcode.

5. Press the [] key to go to the Mode line. Select communica-tion mode among the following;

ARQ: Automatic Retransmission RequestFEC: Forward Error Correction

6. Press the [] key to go to the CH/Table line. Select ScanTablewith [ ] or [ ] key to choose channel.

7. Press the [] key to go to the Num/Table line.

3-4

8. If you selected "Channel" enter ITU channel number (see ap-pendix) or User channel number (see page 3-9).

If you selected the "ScanTable", press the [ ] key to show ascan group list registered (see page 3-7). Select a scan groupname by using the [ ] or [ ] key followed by pressing the[Enter] key.

Scanning Group List

MARITEX-A

MARITEX-B

MARITEX-C

FURUNO

CHOUSHI

MARITEX-F

9. Press the [Enter] key. The prompt OK/CANCEL asks for veri-fication of data.

CREATE

CHANGE

O K

CANCEL

Figure 3-6 OK/CANCEL prompt

10. If the data are correct, press the [Enter] key. (To cancel entry,place cursor on CANCEL by pressing the [ ] key, and then hitthe [Enter] key. Data entered are erased.)

To register other stations, select Create again and then press the[Enter] key. Repeat steps 3 – 10.

To confirm the data registered, press the [ ] key to get into theStation Set Up window.

Note: If you enter a station which exists the indication "Station bythat name already exists. Press any key to escape." appears. Pressany key to return to the Station List. Check the list.

Editing/Deleting Stations

1. Press function key [F5] and then the [1] key.

2. Select station from the Station List.

3. Select Change and press the [Enter] key.

3-5

4. Do one of the following;

Edit station: Use [ ], [ ] and the [Backspace] key to makecorrections.

Delete station: Erase station name with the [Backspace] key.

5. Press the [Enter] key twice.

6. Press the [Esc] key.

3.3 Timer Programming

A built-in timer allows you to automatically receive and transmitfiles. 10 timer programs can be registered.

Registering Timer Programs

1. Press function key [F5]. Press the [2] key to select Timer Op-eration Entry. The screen should look something like Figure 3-7.

CreateChange

Timer Operation Entry

Timer Operation List

Timer Operation Set Up

Operation : Station :Start Time : 0: 0: 0Stop Time : 0: 0: 0Receive/Send : Receive SendFile to Send :

Figure 3-7 Timer operation entry screen

2. If Create is not underlined, press [], [ ] and the [Enter] keyto underline it.

3. Enter a suitable operation name on the Operation line. Anyalphanumeric characters may be used. See note 2 on the nextpage.

4. Place the cursor on the Station line. Press the [] key to dis-play the Station List. Select a station and press the [Enter] key.

3-6

5. Press the [] key to advance the cursor to the Start Time line.Enter start time in 24-hour notation. To have the operation startat 8:35, for example, the keying sequence would be;

[0] [8] [3] [5] [0] [0]

6. Press the [] key to advance the cursor to the Stop Time line.Enter stop time.

7. Press the [] key to advance the cursor to the Receive/Sendline. Select operation category; Receive or Send.

8. For send, insert floppy disk in drive and designate the file tosend. Press the [] key to advance the cursor to the File toSend line. Press the [] key to display the file list, select a file,and press the [Enter] key.

9. Press the [Enter] key.

10. Press the [Enter] key. The operation name appears in the TimerOperation List. See note 2 and 3.

Note 1: To change a timer program, select it on the Timer Opera-tion List, select Change and press the [Enter] key. Enter new data.

Note 2: If the operation name entered already exists, the displayshows the following message: Operation name already exists. Pressany key to escape. Press any key and change the operation name.

Note 3: If the station name entered has not been registered, thedisplay shows the following message: Station by that name doesnot exists. Press any key to escape. Press any key and register thestation as shown on page 3-3.

Editing/Deleting Timer Programs

1. Press function key [F5] and the [2] key.

2. Select timer program from the Timer Program List.



Edit program: Use [ ], [ ] and the [Backspace] key tomake corrections.

Delete program: Erase operation name with the [Backspace]key.



3-7

3.4 Scan Channel Groups

The DP-6 can automatically control radio equipment through chan-nel scanning. The radio equipment scans a number of channels(according to your selection), stopping when your own ID code isdetected in an incoming signal. The transmitter is tuned to the cor-responding transmitter frequency, the communication link is es-tablished and the traffic is automatically exchanged. Scanningresumes once the link is disconnected.

You may store a maximum of 10 scan groups, 20 channels pergroup. Note that scanning is only possible in the ARQ and FECmodes.

Registering Scan Channel Groups

1. Press function key [F5] followed by the [3] key to display theScan Entry screen.

CreateChange

Scan Entry

Scanning Group List

Scanning Set Up

Group Name : Ch Dwell Time : 4.5 sec (2.7-4.5 sec)Mode : AUTO ARQ FECAuto Search : OFF ON

No Channel Rx Freq Tx Freq Pass/Scan123456

Pass/ScanPass/ScanPass/ScanPass/ScanPass/ScanPass/Scan

▼

Figure 3-8 Scan entry screen


3. The cursor is on the Group Name line. Enter suitable groupname.

4. Press the [] key to advance the cursor to the CH Dwell Timeline. Enter channel dwell time in seconds. Dwell time is thetime in seconds the receiver waits on each channel in a scangroup before it selects the next frequency.

3-8

5. Press the [ ] key to advance the cursor to Mode, and then se-lect the communication mode; AUTO, ARQ or FEC.

Note: To register the Scanning Channel Group for ARQ, selectARQ. For FEC, select FEC.

AUTO is used to register scanning channel group when bothARQ and FEC exist in the same Scanning Channel Group.

When you select scan group by call sration menu, set Mode toFEC (See Page 5-7).

6. Press the [ ] key to advance the cursor to Auto Search. SelectAuto Search to ON or OFF.

Auto Search ON: Radio stops scanning when it finds thestrongest signal (highest S/N ratio). Tofind strongest signal, the radio scans allthis channel, which may take some time.Therefore, use this setting where signalpropagation is poor.

Auto Search OFF: Radio stops scanning on the first signal itfinds. We recommend that you set AutoSearch to OFF where signal propagationis good.

7. Advance the cursor to line no. 1 in the Scanning Set Up win-dow. Enter channel number (ITU or user channels) and pressthe [ ] key to select "Scan".

8. Press the [ ] key to advance the cursor to line No. 2. Enterchannel number.

9. Enter other channel numbers and then press the [Enter] key.

10. Press the [Enter] key again to save the data.

To register another scan group, repeat steps 2 – 9.

Note: When the scan group memory is full the DP-6 displays "Scangroup information full."

Editing/Deleting Scan Channel Groups

1. Press function key [F5] and the [3] key. Select scan group fromthe Scanning Group List.


3. Place the cursor on the line (channel) to change.

3-9


Editing channels: Press the [Backspace] key to delete the chan-nel number and then enter new channel number.

Adding channels: Enter channel number on a blank line.

Deleting channels: Delete group name with the [Backspace]key.

Disabling channels temporarily: Press the [ ] key to under-line Pass.



3.5 User Channels

The user channel list provides storage for up to 100 user channels,numbered 0 – 99. Note that user channels may be used in channelscanning.

Registering User Channels

1. Press function key [F5] and then the [4] key. The User ChannelEntry screen appears.

User Channel Entry

CreateChange

Channel List

Channel Set Up

Channel : Tx Freq : 0.00Rx Freq : 0.00

Figure 3-9 User channel entry screen


3. Enter channel number on the Channel line.

4. Advance the cursor to the Tx Freq line. Enter Tx frequency.

5. Advance the cursor to the Rx Freq line. Enter Rx frequency.

3-10


7. Press the [Enter] key. Channel number entered appears in theChannel List.

To register another user channel, repeat steps 2 – 7.

Editing/Deleting User Channels


2. Select channel from the Channel List.



Edit channel: Use [ ], [ ] and the [Backspace] key tomake corrections.

Delete channel: Erase channel number with the [Backspace]key.



4-1

4. FILE OPERATIONS

This chapter mainly describes how to create, save, edit and printfiles. The Edit menu provides a full lineup of editing facilities in-cluding search and replace.

4.1 Creating Files

1. Press function key [F1] to display the File menu.


4: Delete

5: Rename


9: Clear Buffer


File


2. Press the [1] key.

3. Type your message.

Note: Do not use lower case letters, #, &, *, $ or % in telex mes-sages. Also, do not put “$$$” (three successive $s) in the middle ofa Tx message, but at the end. The communication line is automati-cally disconnected when the DP-6 detects this string.

4-2

4.2 Saving a File

Before you can save a file to a floppy disk, the disk must be for-matted. 2HD Type is only available.

Formatting Floppy Disks

1. Press function key [F1].2. Press the [0] key to select "Floppy Disk Format".3. Press the [↑] key to select "YES".4. Press the [Enter] key.5. Insert a new floppy disk and press the [Enter] key.

Saving a File


2. Press the [3] key. The screen should look something like Fig-ure 4-2.

Save file ?

( UNTITLED1 )

Close Text

Yes

No

Figure 4-2 Close text screen

3. Press the [Enter] key. Enter file name, using up to eight charac-ters.

You may use any alphabet or numeric on the keyboard. Butyou may not use the following punctuation symbols;

| : " > < ;

!

You may add an extension at the end of the file name, for ex-ample, .TXT, to distinguish text file from macro file.


Note: When the working area is full, the message "File can't open"appears. Then, you would close a file to clear a working area inorder to open the file desired.

4-3

4.3 Editing Files

Cutting and Pasting Text

You can delete, move and copy text by using the Cut, Copy andPaste functions in the Edit menu.

1: Undo

2: Cut3: Copy4: Paste

5: Select All

6: Search7: Replace

8: Goto Top9: Goto Bottom0: Goto Line

A: Change Text

Edit

Figure 4-3 Edit menu

Cutting text

1. Place the cursor on the first character of the text to be cut.

2. Highlight the text to be cut by pressing and holding the [Shift]key while pressing the [ ]. If you highlight text which you donot want to cut, press the [] to adjust the highlight.

<[1]UNTITLED1>

CONGULATULATION ON YOUR CHOICE OF DP-6INMARSAT B MOBILE EARTH STATION.WE ARE CONFIDENT THAT YOU WILL ENJOY MANY YEARS OFOPERATION WITH THIS FINE PIECE OF EQUIPMENT

Figure 4-4 The highlight

3. Press function key [F2] and the [2] key. The highlighted text iscut and the remaining text is reformatted.

If a mistake is made, you can restore the text by immediately se-lecting Undo in the Edit menu.

4-4

Pasting text

To paste the cut text to a new location;

1. Place the cursor at the exact spot in the message where the cuttext is to start.


Copying and Pasting Text

You may copy a portion of text and paste it elsewhere.

1. Select the text to copy (see the "cutting" procedure above ).


The text selected is copied in the paste buffer memory wherethe cut or copied text is stored. The display returns to the nor-mal screen.

3. Place the cursor at the exact spot in the message where thecopied text is to start.


Clearing the Paste Buffer

Press function key [F1] and the [9] key.

Undo

Use the Undo feature to return the file to its most recent state. Forexample, you have cut text but want to restore it. Then, you wouldselect Undo in the Edit menu to restore the text to its most recentlocation.

Select All

The Select All feature lets you select all of the file currently dis-played. This feature can be useful when you want to combine files.The procedure below explains how to tack the file loaded in work-ing memory 1 onto the end of the file loaded in working memory2.

4-5

1. Load the file to be copied from a floppy disk in working memory1.

2. Press function key [F2] and the [5] key. The entire file appearsin inverse video.

3. Press function key [F2] and the [3] key. The file is placed in thepaste buffer memory.

4. Load the file to be combined in working memory 2.

5. Place the cursor at the exact spot in the message where the textnow in the paste buffer memory is to start and press the [Ins]key.

FloppyDisk

Working Memory 1

Working Memory 2

Paste Buffer Memory

Openfile

Openfile

Transfer(copy)

Paste (Combine)

1

3

2

4

Holds cut orcopied text

Figure 4-5 Cut and paste flow diagram

Searching Text

The Search feature lets you search for text in a forward or back-ward direction.

1. Display a text and press function key [F2] and the [6] key. TheSearch display appears.

Forward

Search

Search string :

To quit: ESC

Backward

Dir

Figure 4-6 Search screen

2. Type the word you want to find. Select Forward or Backwardto search the file in a forward or backward direction respec-tively from the cursor position. Press the [Enter] key to beginthe search.

When the unit finds the word, the cursor stops at the first characterof the word. Press the [Enter] key to continue the search.

4-6

Replacing Text

The Replace feature helps you replace every occurrence of a wordor phase with another word or phase in a file.

1. Press function key [F2] and the [7] key. The Replace displayappears.

All

Query

Replace

Search string : Replace with :

To quit: ESC

Forward

Backward

Dir Mode

Figure 4-7 Replace screen

2. Type the word you want to replace on the "Search string " line.

3. Press the [] to select "Replace with." Type the new word.

4. Select Forward or Backward to search the file in a forward orbackward direction respectively from the cursor position.

5. Select whether you want to be queried or not each time theword is found.

Query: Stop at each occurrence of word to answer yes or noto replacement.

All: Replace every occurrence of word without stoppingto confirm.

6. Press the [Enter] key to start the replacement.

Goto Line

This feature places the cursor at the head of a line desired. Pressfunction key [F2] and the [9] key. The following display appears.

Goto Line

Jump to Line No. :

Figure 4-8 Goto line screen

Key in line number and press the [Enter] key. The cursor shifts tothe head of the line selected.

4-7

4.4 Opening Files

Two working areas (called working area 1 and working area 2) areprovided to which you can load a file, and one file may be dis-played on the LCD.

File 1

2File

FLOPPY DISK WORKING AREA (2)

one file DISPLAY

LCD

Figure 4-9 Working memories

Opening a File


2. Press the [2] key. A chronological list of files on the floppydisk appears.

3. Select a file. Press the [Enter] key.

The file appears and the title bar shows the file name. You mayrepeat this procedure to load another file into a working area.

Switching Between Files

Two files can be opened and one displayed on the LCD. To switchbetween files do the following;

1. Press function key [F2].

2. Press the [A] key to switch files.

4-8

4.5 Renaming Files

To rename a file;



3. Select file and press the [Enter] key.

4. Enter new name.


4.6 Saving a File Under a New Name

You may save a file under a new name as follows;

1. Open a file.

2. Edit the file as necessary.


4. Press the [3] key to clear the screen.

5. Press the [Y] key.

6. Press the [Backspace] key to erase the original name and thenenter a new name.


4.7 Deleting Files



3. Select file to delete and then press the [Enter] key.

4. Press the [Enter] key again. (To cancel, press the [] key fol-lowed by the [Enter] key.)

4-9

4.8 Real Time Printing

An incoming or outgoing message can be printed out while it isbeing received or transmitted.


2. Press the [6] key to turn real time printing on/off.

PRINT appears in inverse video when real time printing is on.

4.9 Printing Files

You can print a file as follows;



3. Select file and press the [Enter] key.


If the file could not be printed, "Cannot print. Check connectionbetween printer and terminal. Press any key to escape." is displayed.

4-10

4.10 Communications Log

Transmission/Reception date and time, ID, mode, Tx/Rx frequen-cies and station name are recorded for each message received ortransmitted. ("TX/RX MSG Save" must be ON in the System menuto automatically save Tx and Rx messages.)

Displaying the Communications Log (Log File)


2. Select Log File and press the [Enter] key. A list of Tx and Rxmessages appears. See Figure 4-10.

Note: The Log File can store about 230 communication files. Whenit becomes full, an error message appears to alert you. If this oc-curs, delete all log files.

Open Text

Load/Merge(TAB:Change)File Name Size Date & Time

LOG FILE 95k 96-12-13 14:20TELEX 136k 96-01-08 20:32NBDP 28k 96-01-09 20:31DO-5 41k 96-02-12 20:30

File Count : 4 Memory : 4k Used 96k Avairable

[1]B:\LOG_FILE

Date Time Mode ID TX Freq. RX Freq. Station name12-13 14:17 14:19 FEC 1234 8765.00 8965.00 CHOUSHI-8M12-13 14:19 14:20 FEC 1234 8765.00 8965.00 CHOUSHI-8M12-13 14:20 14:23 FEC 1234 8765.00 8965.00 CHOUSHI-8M

Figure 4-10 Log file

Printing the Log File


2. Select Log File and press the [Enter] key.


5-1

5. TRANSMISSION, RECEPTION

This chapter shows you how to transmit and receive Telex mes-sages. Also included are the procedures for frequency scanning,and automatic operation.

5.1 Manual Calling

The simplest way to communicate with a Telex subscriber is ManualCalling. For the ARQ mode, you may display beforehand the mes-sage to send or type message manually.

1. Press function key [F3] to display the Operate menu.

1: Call Station2: Macro Operation



6: Manual Reception

7: Timer Operation

8: High Tension ON


Operate


2. Press the [0] key. The Set Frequency screen appears.

Tx Freq: 0.00RX Freq: 0.00

Set Frequency

Figure 5-2 Set frequency screen

5-2

3. Input frequency pair. This can only be done with FURUNOtransceivers.

For other makes of transceiver, set a frequency pair at the trans-ceiver. Omit steps 1, 2 and 3.


5. Press function key [F3] again and then the [9] key. The follow-ing screen appears.

Mode : ARQ FEC ID :

Manual Calling

Figure 5-3 Manual calling screen

6. Select communication mode.

7. Press the [ ] key and input party's ID number.

8. Press the [Enter] key to connect the communication line. Then,the line will be connected a short while.

For ARQ mode, follow the next procedure. For FEC mode,type your message and go to step 13.

9. Press function key [F7] (WRU). The party's answerback codeappears on the screen.

Note: Step 9 and 10 are needed for ship to ship calling only.

10. Press function key [F8] (HR). You ship's answerback code issent to the party.

11. Press the [Enter] key and type your message.

12. If you want to the party's response, press function key [F9](Over).

13. Press function key [F10] to disconnect the line.

5-3

5.2 Calling a Station


1: Call Station2: Macro Operation



6: Manual Reception

7: Timer Operation

8: High Tension ON


Operate


2. Press the [1] key to display the Station List.

3. Select the station you wish to call.

4. Press the [Enter] key to establish connection with the station.

Station Name : CHOUSHI-8MFrequency (T/R) : 8765.00 / 8965.00(kHz) Comm Mode :ARQComm Status : Connect Send Lock Error Sending Volume : 100(%) ARQ Error : 0 ARQ Time : 0(sec)

Caps1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break

1996-11-15 14:28 (JST)


"Connect" appears in inverse video on the Comm Status line whenan acknowledge signal from the station called is detected. (In theARQ mode connection may be delayed due to signal condition. Inthe FEC mode, however, "Connect" appears in inverse video a fewseconds later since the acknowledge signal is not required.)

5-4

5.3 Transmitting a File from a Floppy Disk or the Text Screen

You may send a file from a floppy disk or the Text Screen as fol-lows after calling a station.

From a Floppy Disk


2. The Send screen appears.

Send File

File Name Size Date & Time

LOG FILE 1k 1996/11/15 14:23TELEX 1k 1996/11/15 20:32NBDP 1k 1996/11/15 20:31DO-5 1k 1996/11/15 20:30

To select : ENTER To view : SPACE To quit : ESC

Figure 5-6 Send file screen

3. Select the file you wish to send. Then, press the [Enter] key totransmit the file.

From the text screen 1 or 2

1. Prepare a message at the text screen 1 or 2 (working area 1 or2).


3. Press the [Enter] key to transmit the file.

Stopping Transmission


2. Send Canceled appears on the screen. Transmission is stoppedbut the line is still connected.

If the receiving station (IRS) reverses the communications direc-tion while the sending station is transmitting a file, as many as sixcharacters from the end of the message may not be transmitted,although they are displayed on the sending station’s LCD.

5-5

5.4 Selecting Receive Mode


2. Select receive mode;

AUTO: Automatic operation in ARQ and FEC

ARQ: International radiotelex ARQ mode

FEC: International radiotelex FEC mode

3. Press the [Enter] key. The reception mode appears on the screen.

All received (and transmitted) messages are saved to a floppy diskwhen "Tx/Rx Msg Save" is ON in the System menu. The file isnamed as follows.

96 12 13 0 0. X X X

Year datemonth Serial number from 000

When "Tx/Rx Msg Save" is OFF in the System menu, all mes-sages are displayed on the screen. To scroll the display, press [PgUp] or [Pg Dn] while pressing down the [Fn] key. These messagedisappear when the power turns off.

5.5 ARQ Mode Operation

In ARQ operation one station (information sending station) sendsdata to another in block by block, then listens the acknowledgesignal between blocks from the information receiving station whichrequests either the next block or retransmission of the last block ifthere is error. The request may be repeated up to 32 times, until thecomplete block is received free of error.

1. Press function key [F3] followed by the [1] key. The Call Sta-tion menu appears.

CapsStation Name : CHOUSHI-8MFrequency (T/R) : 8765.00 / 8965.00(kHz) Comm Mode :AQWComm Status : Connect Send Lock Error Mark SpaceSending Volume : 100(%) ARQ Error : 0 ARQ Time : 0(sec)

1996-11-15 14:41:09(JST)

Call Station

Station List

ABC-4MABC-6MABC-12MABC-8MFURUNO

Station Setup

Station : ABC-4MID Code : 45678Mode : ARQ FECCH/Table : Channel ScantableNum/Table:

1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break

Figure 5-7 Call Station menu

5-6

2. Select a station. (Station must be registered for the ARQ mode).Press the [Enter] key. The message "Calling Station" appears.

If the message "Station calling suspended. Check radio andinterconnections. Press any key to escape." appears, check bothradio's power and interconnections between the radio and theDP-6.

3. When an acknowledge signal is detected, "Connect" appearsin inverse video on the communication status display (see nextpage).

Note: If signal conditions are poor, connection may take awhile. If the line could not be connected in one minute, callingstops and "Calling failed" appears. Try step 2 again one minutelater. Should signal conditions worsen during messagetransmission, "Error" appears in inverse video and 30 secondslater the line is disconnected.

4. Transmit message by one of the following methods;

Send a file from a floppy disk

a) Press function key [F7] (WRU) to receive the answerbackcode of the other station. Verify that the code from the sta-tion called is correct.

b) Press function key [F8] (HR) to transmit your own identity(answerback code).

c) Press function key [F3] and then the [3] key to display theSend screen. Select file to send and press the [Enter] key.Send appears in inverse video while the file is being trans-mitted.

Send File

Filename <Parent Directory>00FOX .MESASCII .TXTBEEP .EXEDPX .AUTDPX .BATDPX .BSCDPX .CNL 29 Files exist 247271424 bytes free

Size

95613

288541830349

280001000

12:2408:0716:1510:3610:0213:5417:1110:02

Data & Time 96-11-1596-11-1596-11-1596-11-1596-11-1596-11-1596-11-1596-11-15

To select:ENTER To view:SPACE To quit:ESC

Figure 5-8 Send file screen

Sending volume (percentage of message transmitted, countsupward as the message is being transmitted), ARQ error countand ARQ transmission time appear on the display.

5-7

Station Name : CHOUSHI-8MFrequency (T/R) : 8765.00 / 8965.00(kHz) Comm Mode :ARQComm Status : Connect Send Lock Error Sending Volume : 100(%) ARQ Error : 0 ARQ Time : 0(sec)

1996-11-15 14:28 (JST) Caps1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break


Type a message from keyboard

After exchanging answerback code by the function key [F7](WRU) and [F8] (HR), type your message directly from thekeyboard.

5. To change direction of traffic, press either function key [F9](OVER), or [+] and [?]. Then, the other station becomes theinformation sending station, your station the information re-ceiving station.

6. Receive a message from the sending station, if any.

7. After completion of communication, press function key [F7](WRU) key to receive the answerback code of the other stationand then press function key [F8] (HR) key to transmit yourown answerback code.

8. Press function key [F10] (BREAK) to disconnect the line.

5.6 FEC Mode Operation

The FEC method of error correction is used when there is morethan one receiving station, and no replies are required by the otherstation. Each message is sent twice, the characters of the first mes-sage interleaved with those of the second. The receiving stationthus has two chances to receive each character correctly. If bothcharacters are in error, an asterisk (*) is printed.


2. Press the [1] key to display the Call Station menu.

You can select scan group by scan table.

3. Select a station which is registered for the FEC mode. Pressthe [Enter] key. CONNECT lights in inverse video.

4. Transmit message from a floppy disk as follows.

Press function key [F3] and the [2] key to open the Send screen.Select file to send and press the [Enter] key.

5. After the message is transmitted, press function key [F10](BREAK) to disconnect the line.

5-8

5.7 Communication Example

This section shows how to register your station with a coast station(Singapore), in order to connect with a land line and send mes-sages to other stations.

Contact the coast station following the procedure on page 5-3. Then,register your station's name, call sign, answerback code and selcallnumber and AAIC (Accounting Authority Identification Code) withthe coast station.

You can call the Singapore coast station on ITU channels 809, 821or 1201 (other channels may also be used). Use communicationmode ARQ. The Singapore coast station ID no. is 4620.

Registration procedure

1. Call Singapore coast station following the procedure on page5-3.

2. Singapore requests your AAIC.

3. Type your AAIC.

4. Singapore asks for your callsign. Send your station's name,callsign, answerback code and selcall number.

5. Singapore sends time required to register your station.

6. Transmit end code.

9VG SERADIO RS12345 FURUNO X54321 ABCDE J9VG SERADIO RSMOMFUGOX DE 9VG RGR GA X X PSE SUPPLY YOUR AAIC HW +?

OPR +AAIC AA01 +?RGR PSE GIVE YOUR SHIP NAME CALLSGI CALLSIGN HW +?I INTRODUCE MY INFO LATERPLS AGAINAAAAAACS- 1111ANSWERBACK CODE- ccccc cccc cAAIC- 9999SELCALL- 56789OK HW +?PSE BE SURE W ICH AAIC CFM PSE HW +?bb01 SO + +?RGR PSE OFF TX X HERE EEE CALL BACK 2MINS TIME X HERE WILLINPUT YOUR DATACU BI HW +?OK TKS BI BI

Exchange answerback codes

Singapore requests your AAIC.

Singapore requests your station's name and callsign.

Enter your stations name, callsign, answerback,code and selcall number.

Time required to reigister your station

Call operator.

5-9

Transmitting message directly (DIRTLX)

The procedure which follows shows how to transmit a Telex mes-sage directly to a station.

1. Execute "Calling a Station" on page 5-3.

2. After GA+ and DIRTLX appear on your display, type Receiv-ing station's Telex number.

3. Singapore coast station sends its Telex number. Type receivingstation's answerback code.

4. Type MSG+?

5. Type your message.

6. Type WRU. Receiving station and your station mutually ex-change answerback codes automatically.

7. Type KKKK (end code) at end of message. Your answerbackcode, receiving station's Telex number and communication timeappear on your display.

8. Receiving station sends GA+?.

To send another message by DIRTLX, start at step 2. To finish,type BRK+

9VG SERADIO RS 55908 UGOX XGA +?DIRTLX07205644325 = +TRY AGAIN OR USE 'OPR'GA +?DIRTLEX07205644325 +MOM07205644325 +5644325FURUNO JMSG +?12345 FURUNO J

TO FURUNOTHIS IS A TEST MESSAGE FROM ab cdefgh ijkl IN KOBE.

WRU5644325FURUNO J +?54321 ABCD NKKKK55908 UGOX X9VG SERADIO RSTIME: 29. 5. 96 7:49SHIP: 555908 UGOX XSUBSCR:07205644325 +DURATION:1.4MINGA +?BRK +

Exchange answerback codesAfter GA+ appears type Receiving station'sTelex number.

Receiving station's Telex no.

If there is a mistake in the number coast stationasks you to reenter number.

Type receiving station's answerback code.

Prepare to send message.

Type message.

BRK + disconnects the communication line.To send another message type DIRTLX instead of BRK +.

End code. Your ship's answerback code, receiving station'sTelex no. and communication time appear.

5-10

Table of Abbreviations

noitaiverbbA noitseuQ ecivdArorewsnA

ARQ ?noitatsruoyemanehtsitahW .····sinoitatsymfoemanehT

CRQ ehteraesirpretneetavirptahwyBnoitatsruoyrofsegrahcrofstnuocca

?delttes

deltteseranoitatsymrofstnuoccaehT.····esirpretneetavirpehtyb

URQ ?emrofgnihtynauoyevaH .uoyrofgnihtonevahI

VRQ ?ydaeruoyerA .ydaermaI

XRQ ?niagaemllacuoylliwnehW no[sruoh····taniagauoyllaclliwI.]zHk····

JSQ ·otdetcellocebotegrahcehtsitahW?egrahclanretniruoygnidulcni···

····otdetcellocebotegrahcehT····siegrahclanretniymgnidulcni

.····snarf

LSQ ?tpieceregdelwonkcauoynaC .tpieceregdelwonkcanacI

XSQ no]ngisllac[····otnetsiluoylliW?zHk····

no]ngisllac[····otgninetsilmaI.zHk····

ATQ ?····rebmunegassemlecnacIllahS ····rebmunegassemlecnaC

CTQ otuoyevahsegassemynamwoH?dnes

.uoyrofegassem····evahI

UTQ sinoitatsruoysruohehteratahW?nepo

····ot····morfneposinoitatsyM.sruoh

noitaiverbbA noitinifeD

KB .ssergorpnoissimsnartatpurretniotdesulangiS

MFC mrifnoC

ED "····morF"

K .timsnartotnoitativnI

LIN .uoyotdnesotgnihtonevahI

WN woN

ESP esaelP

R devieceR

FER .····otecnerefeR

CVS .margeletecivresagnitacidnixiferP

Command an Abbreviation

dnammoC dnammoC dnammoC dnammoC dnammoC noitcnuF noitcnuF noitcnuF noitcnuF noitcnuF

+MGT .margeletoidarasiegassemgniwollofehttahtetacidnioT

+GSM .dlehegassemynayletaidemmidetcennocebotsdeennoitatspihsehttahtetacidnioT

+RPO .rotarepollaC

+GRU .egassemssertsiddnaycnegru,ytefaS

+DEM .ecivdalacidemtseuqeR

+TSET .noitatspihsehtgnikcehcrofegassemtsetadnesotnoitatstsaoctseuqeR

+KRB .noitatstsaocehthtiwnoitcennocehtraelcoT

noitaiverbbA

+AG .dnammocruoytimsnarT.ydaermaI

MOM .tnemomatiaW

+GSM .erohsehtmorfsegassemgnidneptseuqeR

NNNNroKKKK .egassemaetanimreT

5-11

5.8 Timer Operation

A built-in timer permits automatic transmission and reception oftelex messages.

Enabling Timer Operation


2. Press the [7] key to display the Timer Operation List.

3. Select the operation (name) you wish to execute. Press the [En-ter] key. An asterisk appears beside the operation selected and"T. Op" appears in inverse video on the communication statusdisplay. If a file from a floppy disk is to be sent, be sure thefloppy disk containing the file is inserted in the drive.

*1 2 3 OP4 OP5


Figure 5-10 Timer operation list

4. Select another operation (name) if desired.


When the predetermined time comes, the DP-6 automatically sendsor receives messages. The results of timer operation are displayedas either OK or NG (No Good) on the Timer Operation List.

*1 2*3*OP4*OP5

OK

OKOKNG


Figure 5-11 Timer operation list

Stopping Timer Operation



3. Select the operation (name) which has asterisk attached to itand then press the [Enter] key. Remove all asterisks to cancelall timer programs.

5-12

5.9 Scanning

Radio equipment scans a group of operator-selected frequencies(channels), and stops scanning when an incoming signal is received.

1. Press function key [F3] and then the [5] key. The ScanningGroup List appears on the screen.You can confirm the scan channel by [↑ ] key or [↓ ] key whilepressing the [Shift] key.

*1 2*3

Scanning Group List

Figure 5-12 Scanning group list

2. Select a scan group and press the [Enter] key.

3. The scanning starts and the indication "Scan" appears in in-verse video on the communication status display. (The nameof the scan group appears at the "Station Name".)

Station Name : SAITO-1 Print Scan T.Op HT ScraFrequency (T/R) : 8344.00 / 8705.00(kHz) Comm Mode : CWComm Status : Connect Send Lock Error Sending Volume : 100(%) ARQ Error : 0 ARQ Time : 0(sec)

1996-11-15 02:01 (JST)1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break


4. To stop scanning, press function key [F3] and then the [5] key.

5.10 Communication Buffer

The communication buffer is a temporal memory which stores trans-mitting messages or receiving messages. To display the contentsof the comunication buffer;

1. Escape from the communication display.

2. Press the [PgDn] or [PgUp] key. The contens of the communi-cation buffer are displayed.

To print them, press [Ctrl] and [P] keys simultaneously. To erasethem from the screen, press [PgDn] key again.

6-1

6. WINDOW MENU

The Window menu allows you to display one of the following to-gether with the current screen:

1) Navigation data

2) Calendar

3) Remote controller screen (Remote A or Remote B)

4) Distress frequencies

1: Display NMEA Data

2: Calendar

3: Remote A (TX/RX)4: Remote B (DSC)

5: Distress Frequency Table

Window

Figure 6-1 Window menu

6.1 Window Menu Description

Display NMEA Data

With connection of a navaid and appropriate sensors which outputnav data in IEC1162 (NMEA0183) format, position, speed, watertemperature, depth and heading can be displayed. Press functionkey [F4] and the [1] key. Asterisks appear where there is no data.

Lat/Lon

NMEA

Latitude Longitude

LALCNNSSDECCAGPS

**°**.*** N ***°**.*** E**°**.*** N ***°**.*** E**°**.*** N ***°**.*** E**°**.*** N ***°**.*** E**°**.*** N ***°**.*** E

*.* ( °C )Depth

*.* ( Ft )

Temperature

*.* (Knot)Heading

*.* ( ° )Ship's Speed

Figure 6-2 NMEA data display

6-2

Calendar

The Calendar menu displays the calendar of any combination ofmonth and year you desire. Press function key [F4] and the [2]key. To change year or month, select it by the []/[ ] keys andchange by the [ ]/[ ] keys.

Year : 1996 Calendar

Month : 11

Sun Mon Tue Wed Thu Fri Sat 1 2( 3) 4 5 6 7 8 9(10) 11 12 13 14 15 16(17) 18 19 20 21 22 23(24) 25 26 27 28 29 30

Figure 6-3 Calendar

Remote A, Remote B

This menu permits remote control of a FURUNO transceiver, re-ceiver or transmitter connected to Remote A or Remote B termi-nal. Press function key [F4] and the [3] key (Remote A) or the [4]key (Remote B).

MIF>Remote

Figure 6-4 Remote screen

Distress Frequency Table

This menu displays all current distress frequencies. Press functionkey [F4] and the [5] key.

Distress Frequencies

Telepone (kHz) : 2182.0 4125.0 6215.0 8291.0 12290.0 16420.0

NBDP (kHz) : 2174.5 4177.5 6268.0 8376.5 12520.0 16695.0

DSC (kHz) : 2187.5 4207.5 6312.0 8414.5 12577.0 16804.5

Figure 6-5 Distress frequency table

7-1

7. MARITEX OPERATION

This chapter provides an overview to the MARITEX system. Fordetailed information, consult your MARITEX Traffic Manual.

7.1 What is MARITEX?

MARITEX, an acronym meaning MARItime TEleX, is a world-wide, round-the-clock, fully automatic and computerized networkfor maritime radiotelex. The MARITEX system is operated jointlyby the Telecom Administrations of Denmark, Finland, Iceland,Norway, and Sweden. The system consists of the Central Com-puter System in Gothenburg, Sweden, run with two high technol-ogy computers, and sub-stations in Scandinavia, Panama, Manila,and Argentina. The Central System does all the message switchingand co-ordinates the sub-station resources.

STORE-AND-FORWARD

DIRECTDIALING

MULTI-ADDRESS

INTERNATIONALTELEX NETWORK

INTERNATIONALTELEPHONENETWORK

SEMI-FAX

MARITEXCENTRALSYSTEM

SYSTEMCONTROL

SUB-STATIONPANAMA

SUB-STATIONSCANDINAVIA

SUB-STATIONMANILA

SUB-STATIONARGENTINA

PARTICIPATINGSHIPSREMOTE-CONTROLLED

RADIO CIRCUITS

Figure 7-1 MARITEX system and services

7-2

MARITEX Services

MARITEX provides four main services to MARITEX subscrib-ers:

• Store-and-forward telex

• Direct dialing

• Multi address

• Semi-fax

Note: MARITEX provides both shore-to-ship and ship-to-shoreservices. This manual, however, describes only the ship-to-shorecommunication procedures.

7.2 Preparations for Transmission

To transmit a message in the MARITEX system, you will need toregister three items:

• Answerback code

• Scan groups

• Station names

Registering Answerback Code

MARITEX assigns a Telex number to all MARITEX subscribers.This number functions as an answerback code. An answerback codecontains the following:

OOOOO SHIP X

OOOOO: MARITEX-assigned five-digit Telex codeSHIP: Ship nameX: For shipboard station, normally X is entered.

The procedure for registering answerback code is the same as whichappears on page 3-1. If an answerback code was registered beforethe commissioning of the MARITEX station a new answerbackcode must be entered. To enter new answerback code, contactFURUNO or authorized FURUNO agent or dealer.

7-3

Registering Scan Groups

The Central System emits a free-signal to indicate a MARITEXradio channel is in idle condition and available for ship-to-shorecalls. The free-signal is detected and recognized by the shipboardequipment as a permission to start the transmission. Then, the ship-board operator initiates a call.

You can scan search for the free-signal automatically by register-ing MARITEX radio channels in scan group(s). The procedure forregistering scan groups for MARITEX use is the same as that whichappears on page 3-7.

1. Press function key [F5] to display the Station menu.

2. Press the [3] key to select Scan Entry. The screen should looksomething like Figure 7-2.

CreateChange

Scan Entry

Scanning Group List

Scanning Set Up

Group Name : Ch Dwell Time : 4.5 sec (2.7-4.5 sec)Mode : AUTO ARQ FECAuto Search : OFF ON

No Channel Rx Freq Tx Freq Pass/Scan123456

Pass/ScanPass/ScanPass/ScanPass/ScanPass/ScanPass/Scan▼



4. Group Name appears in inverse video, meaning you can enterscan group name. Enter scan group name; for example,MARITEX-A.

5. Press the [] key to advance the cursor to Ch Dwell Time. Thedwell times is the time in seconds the receiver waits on eachchannel before it selects the next channel. The default settingis 2.7 seconds. Change the setting if necessary.

7-4

6. Press the [] key to advance the cursor to Mode. Select thecommunication mode, AUTO, ARQ or FEC.

7. Press the [] key to advance the cursor to Auto Search. TurnAuto Search ON or OFF;

Auto Search ON: Radio stops scanning when it finds the stron-gest (S/N ratio) free-signal frequency. Use it where signal propa-gation in poor.

Auto Search OFF: Scanning starts and stops with the first-received free-signal frequency. Normally, use this position.

8. Press [ ] to place the cursor on the No. 1 line. Enter channel oruser channel. See the table on the next page for MARITEXradio channel information. Then, press the [] key to select"Scan".

9. Press [ ] to advance the cursor to the No. 2 line. Enter channelnumber. Repeat this procedure for other channels, up to 20.


11. Press the [Enter] key again to register scan group.

CreateChange

Scan Entry

Scanning Group List

Scanning Set Up

Group Name : MARITEX-ACh Dwell Time : 4.5 sec (2.7-4.5 sec)Mode : AUTO ARQ FECAuto Search : OFF ON

No Channel Rx Freq Tx Freq Pass/Scan1 1 2 23 34 45 56 6

4268.606460.008556.0012818.0017024.0022607.00

4203.506302.008398.5012563.5016790.5022352.00

Pass/ScanPass/ScanPass/ScanPass/ScanPass/ScanPass/Scan▼

MARITEX-A


To enter another scan group, select Create and then press the [En-ter] key. Repeat steps 3 – 9.

7-5

Table 7-1 MARITEX Channel

ITUChannel

MARITEXNo.

Coast StationTX (kHz)

Ship Station Tx(kHz) Location

UPUPUP

UP40094014

UP60016019

UP80078024

UP1200612024

UP160141606416057

UP2200722032

8017120081603322031

40068040

12050161882204016164

600180281202816028

802712067

4019603180301208816096

A7B7D7

A1B1C1

A2B2C2

A3B3C3

A4B4C4

A5B5C5C7

A6B6C6

D3D4D5D6

F1F3F4F5F6F7

G3G4G5G6

G1G2

2423.52716.01905.0

4268.64214.54216.5

6460.06314.56323.0

8556.08419.58428.0

12818.012582.012591.0

17024.016813.516838.016834.5

22607.322379.522392.0

8424.512583.016822.522391.5

4213.08436.0

12604.016900.022396.016888.0

6314.58430.0

12593.016820.0

8429.512612.5

4219.06329.08431.0

12622.516854.0

3267.52477.02222.0

4203.54176.54179.0

6302.06263.06272.0

8398.58379.58388.0

12563.512479.512488.5

16790.516690.016715.016711.5

22352.022287.522300.0

8384.512480.516699.522299.5

4175.08396.0

12501.516782.022304.016770.0

6263.08390.0

12490.516697.0

8389.512510.0

4181.56283.08391.0

12520.516731.0

SWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDENSWEDEN

SWEDENSWEDENSWEDEN

PANAMAPANAMAPANAMAPANAMA

ARGENTINAARGENTINAARGENTINAARGENTINAARGENTINAARGENTINA

SAN FRANCISCOSAN FRANCISCOSAN FRANCISCOSAN FRANCISCO

NEW ORLEANSNEW ORLEANS

CHINA/GUANGZHOUCHINA/GUANGZHOUCHINA/GUANGZHOUCHINA/GUANGZHOUCHINA/GUANGZHOU

Valid on 1997.

UP means no ITU channel assigned. You can use register these as user channels.

7-6

Registering Stations

The next step is to enter station name. The procedure is the sameas the procedure shown on page 3-3. The station list provides ab-breviated dialing with storage for up to 50 stations.

1. Press function key [F5] and the [1] key. The Station Entry screenappears.

Station Entry

CreateChange

Station List

Station Set Up

Station : ID Code :Mode : ARQ FEC DIRCCH/Table : Channel ScanTableNum/Table:

Figure 7-4 Station entry screen


3. The cursor is on the Station line. Enter station name, using upto 20 characters.

4. Press the [] key to go to the ID Code line. Enter station IDcode; the coast station selective call number common to allstations is 2950.

5. Press the [] key to go to the Mode line. The MARITEX sys-tem uses the ARQ mode.

6. Select ScanTable on the CH/Table line.

7. Press [ ] to go to Num/Table.

7-7

8. Press the [] key to display the Scanning Group List.

Scanning Group List

MARITEX-A

MARITEX-B

MARITEX-C

MARITEX-D

MARITEX-E

MARITEX-F

Figure 7-5 Scanning group list (example)

9. Select scan group.

10. Press the [Enter] key. To enter another station name, repeat theabove procedure from step 2.

Note: To establish the connection with a MARITEX station, thereceiving frequencies in the scan group registered are scanned todetect a free signal from the station. If the free signal is detected, amessage will be automatically transmitted to the station.

7-8

7.3 Preparing Programs for Automatic Message Transmission

This section shows you how to prepare the programs necessary forautomatic message transmission. The programs, which you cansave to a floppy disk for future use, enable unattended automatictransmission.

The program for automatic transmission is called a macrofile. Youwill need several types of macrofiles depending on the MARITEXservice to be utilized.

Commands

The tables which follow describe the commands for automatic trans-mission.

Table 7-2 describes the commands processed by the DP-6.

Table 7-2 Commands processed by the DP-6

Command(prefixed with @)

Parameter Content

CALL S: Station NameI: ID

Calling station name and ID on assignedparameter

FREE (supportcommand for CALL)

Two digits0?99 min.

Free-signal searching time according toassigned parameter (default setting: 10 min.)

RETRY (supportcommand for CALL)

Two digits0?99 min.

Calling according to assigned parameter(default setting: 10 min.)

CASE Text For receving a message (designanted byparameter) transmitted by coast station

TIMEOUT (supportcommand for CASE)

Two digits0?99 min.

Time alloted for reception of message byCASE command

SEND Text Text transmitted according to assignedparameters

B:file name Send a file from floppy disk

WRUHROVERBREAK

None Function keys [F7] ? [F10]

DISPLAY Text Text of message appears

INPUT None Waiting for keyboard inputTransmit keyboard input message

7-9

After reception of GA+?, enter appropriate short-code command.Table 7-3 shows the commands processed by MARITEX stations.

Table 7-3 MARITEX short-code commands

dnammoC esU

+.....XLT+.....XLTRID

+.....ITLUM+.....XAF

+GSM+NNNN

+KRB

xeleTdrawrof-dna-erotSxeleTgnilaidtceriD

sserdda-itluMxaf-imeS

erohsmorfsegassemgnidneptseuqeRegassemetanimreT

tiucricoidarehtraelC

Other MARITEX short-code commands are as below.

Table 7-4 Other MARITEX short-code commands

dnammoC esU

+SOP+GRU+DEM

+RTL+TST+KRM

stropernoitisoppihsfonoissimsnarTsegassemssertsiddnaycnegru,ytefaS

ecivdalacidemtseuqeRediwdlrowsnoitanitsedotretneCsnoitarepOehtmorfdeliamsrettelXETIRAMroF

sretcarahcxeleTllafognitsisnocegassemtsetadnesotXETIRAMottseuqeRetunimenorofenotkramsuounitnocadnesotXETIRAMottseuqeR

Note: For other supporting and facility commands, consult theMARITEX Traffic Manual.

7-10

Store-and-Forward Telex

The following is the sequence of events in transmission of Telexmessage in MARITEX.

1. Shipboard station sends message to MARITEX coast station.

2. MARITEX coast station stores message in memory buffer.

3. Shipboard station and MARITEX coast station clear the radiocircuit.

4. MARITEX station sends message to subscriber designated.

.oN erudecorP yalpsiD skrameR

1 .XETIRAMllaC sraeppaTCENNOCoedivesrevnini

.)sdnuosllebdna(

;dnuoflangis-eerF.ydaertiucricoidar

2 .langisURWtimsnarTXXETIRAM

XPIHSXXX62?+AG

ytitnedilaitinIneewtebegnahcxe

dnanoitatstsaocnoitatsdraobpihs

3 .rebmunxeleTs'rebircsbusniyeK54321)gnoKgnoH(:elpmaxE

+54321208XLT ?+GSM tratsottseuqeRnoissimsnartegassem

4 .eliftimsnarT noissimsnartegasseM

5 ,detelpmocsinoissimsnartnehW.NNNNepyt

XPIHSXXX62SXETIRAM

NOITARUDETAD?+AG

ruoytimsnarT.edockcabrewsnaXETIRAMevieceRkcabrewsnas'noitats

etaddnaemitxT.edoc.6-PDnoraeppa

6 otdnammocKAERBtimsnarT.tiucricoidarraelc

7-11

Preparing a macrofile for store-and-forward Telex

You will need a macrofile to enable automatic message transmis-sion on store-and-forward Telex. After preparing it, save it to thehard disk or a floppy disk for future use.



3. Prepare macrofile.

The figure below shows the minimum information required to senda store-and-forward Telex message in MARITEX.

< [1] UNTITLED1 >

@FREE 10

@CALL S: MARITEX

@WRU

@CASE GA+?

@SEND TLX80212345+

@CASE MSG+?

@SEND B:ABC

@SEND NNNN

@CASE GA+?

@SEND BRK+

1

2

3

4

5

1 Free-signal search time (10 minutes2 Station name (Example: MARITEX) Who are you? Station identity exchange3 Subscriber's Telex number (in example, 802 is country code of Hong Kong) for store-and-forward Telex4 Location and name of file message 5 Request for termination of message

Figure 7-6 Example macrofile for store-and-forward Telex


7-12

5. Press the [5] key. The Save prompt appears on the display.

close Text

Saving File Name

(Untitled 1)No

Yes

Figure 7-7 Save prompt

6. Press the [Enter] key and enter a file name as follows.

OOOOOOOO.MCR ↑ ↑ File Name Extension Name (max. 8 characters)


7-13

Macrofile for Direct Dialing

The direct dialing features allows you to contact a land subscribervia MARITEX. Below is an example of a macrofile for direct dial-ing

@FREE 15

@CALL S: MARITEX

@WRU

@CASE GA+?

@SEND DIRTLX725644325+

@CASE MSG+?

@SEND B:ABC

@SEND NNNN

@CASE GA+?

@SEND BRK+

1

2

3

4

5

1 Free-signal search time (15 minutes2 Station name (Example: MARITEX) Who are you? Station identity exchange3 Subscriber's Telex number (in example, 72 is country code of JAPAN) for direct dialing mode4 Location and name of file message5 Request for termination of message

Figure 7-8 Example macrofile for direct dialing

7-14

Procedure for direct dialing

.oN erudecorP yalpsiD skrameR

1 .XETIRAMllaC sraeppaTCENNOCdna(oedivesrevnini

.)sdnuoslleb

;dnuoflangis-eerF.ydaertiucricoidar

2 .langisURWtimsnarTXXETIRAM

XPIHSXXX62?+AG

ytitnedilaitinIneewtebegnahcxe

dnanoitatstsaocnoitatsdraobpihs

3 .rebmunxeleTs'rebircsbusniyeK523446527)napaJ(:elpmaxE

+523446527XLTRID

02:21MOM

JONURUF5234465?+GSM

tratsottseuqeRnoissimsnartegassem

4 tupniroelifderaperptimsnarThguorhtyllaunamegassem

.draobyek

noissimsnartegasseM

5 ,detelpmocsinoissimsnartnehW.NNNNepyt

XPIHSXXX62JONURUF5234465

NOITARUDETAD?+AG

ruoytimsnarT.edockcabrewsnaXETIRAMevieceRkcabrewsnas'noitats

dnaemitxT.edoc.6-PDnoraeppaetad

6 otdnammocKAERBtimsnarT.tiucricoidarraelc

7-15

Macrofile for Multi Address

The figure which follows shows an example of a macrofile formulti address use.

@FREE 15

@CALL S: MARITEX

@WRU

@CASE GA+?

@SEND MULTI+

@CASE num+?

@SEND 725644325

@SEND 80255785

@SEND 5412345

@SEND 42124567

@CASE MSG+?

@SEND B:ABC

@SEND NNNN

@CASE GA+?

@SEND BRK+

1

2

3

4

5

Figure 7-9 Example of macrofile for use in multi address

7-16

Macrofile for Semi-fax

In the Semi-fax option, MARITEX converts ship-to-shore direc-tion telex message to facsimile and retransmits it via the telephonenetwork.

The figure below shows an example of a macrofile for Semi-fax.The macrofile for Semi-fax is the same as the macrofile for store-and-forward and direct dialing except for the FAX command.

@FREE 15

@CALL S: MARITEX

@WRU

@CASE GA+?

@SEND FAX802123456+

@CASE MSG+?

@SEND B:ABC

@SEND NNNN

@CASE GA+?

@SEND BRK+

1

2

3

4

5

Figure 7-10 Example of macrofile for semi-fax

7-17

7.4 Transmitting in MARITEX System

This section describes how to transmit a Telex message inMARITEX.

Basic Procedure

1. Register answerback code (Telex number assigned byMARITEX).

2. Register MARITEX frequency and channel to scan group.

3. Register station name including scan group name.

4. Retrieve appropriate macrofile. Include station name and mes-sage file name. Type message and save file to memory.

5. Open macro operation menu and select macrofile. (See nextpage for details.) Your message will be transmitted automati-cally. Below is the sequence of automatic message transmis-sion in MARITEX.

1) Search for free-signal

2) Call MARITEX station on MARITEX radio channel.

3) After connection is established, identity exchange

4) Transmission of service category and subscriber’s address

5) Transmission of message

6) Transmission of termination of message signal

7) Identity exchange

8) Clearing of radio circuit

7-18

Actual Transmission


1: Call Station



6: Manual Reception

7: Timer Operation

8: High Tension ON


Operate

2: Macro Operation


2. Press the [2] key. The Call Macro screen appears.

Call Macro

MARITEX1.MCR 95 1996-12-13 11:20MARITEX2.MCR 95 1996-12-11 12:20

File Count: 2 Memory:2K Used 98K Available

Name

Date

Filename Size Date & Time

Figure 7-12 Call macro screen

3. Select desired macrofile and press the [Enter] key.

4. Press the [Enter] key to confirm the macrofile selected. TheWait for Free Signal indication appears. Your message will betransmitted automatically.

8-1

8. MAINTENANCE AND TROUBLESHOOTING

Do not work inside theequipment unless totallyfamiliar with electricalcircuits.

Hazardous voltage which cancause electrical shock, burn or serious injury exists inside the equipment.

WARNING

8.1 Maintenance Regular maintenance is important for good performance. A regular maintenance program should be established and should at least include the following:

Cleaning the Equipment

Wipe of accumulated dust from the equipment with a soft cloth. An anti-static cleaner may be used to clean the screen of the terminal unit. Do not use commercial cleaners to clean the equipment. They can remove paint and markings.

Connectors and Earth Connection

Periodically check the connectors for proper seating and the earth connection for rust. Remove rust to maintain a good ground sys-tem.

Floppy Disk Drive

Clean the floppy disk drive head regularly to prevent erasure of information stored on disks.

8-2

8.2 Simple Troubleshooting

Power Supply

If the power cannot be applied (power lamp on the main unit doesnot light):

• Check for loosened power cable connector on the rear or bot-tom of units. Check that the ship's mains main switch is turnedon. Confirm that power is present at the connector (pin #1:(+),pin #2: (-)).

tinU egatloVtupnI

tinuniaM CDV42

tinulanimreT CDV42

• Check if the breaker on the rear panel of the terminal unit hastripped. If it has tripped, push it in to reset the equipment.

8.3 Diagnostic Tests

Self Test

1. Press function key [F6] to display the System menu.

SystemSetup

Slave DelayBK Timing PreTone PostToneMute Timing PreBK PostBK

Modem Output Level

MIF Tune Freeze AGC Emission

TX/RX MSG SaveEdit Before sending

Time SystemTime & DateDisplay ModeSelf Test

Lock Change Default

5 msec (0- 50 msec)10 msec (0-100 msec) 0 msec (0- 20 msec) 0 msec (0- 20 msec) 0 msec (0- 20 msec)

0 dBm (-30 - +10 dBm)

OFF O NOFF O NOFF O NOFF O N

OFF O NOFF O N

OFF UTC SMT JST1997/1/1/12:34:56Normal Reverse

Figure 8-1 System menu

2. Select Change on the Setup line.

3. Select Self Test.

8-3

4. Press the [Enter] key. The results of the self test are displayed ashort time later.

Self Test

Terminal Unit Test : ver. 1.20 :OKMain Unit Test : ver. 1.17 :OKModem Unit Test : ver. 1.18 :OKRadio Unit Test : ID xxxx*1 :OKDSC Unit Test : ID xxxx*1 :OKPrinter Unit Test*2: Printer not Ready :NG

*1: Actual ID numbers appears.*2: OK replaces NG when printer is turned on and normal.

Figure 8-2 Self test results

If NG appears for any unit checked, try the self test again. If itappears again, call for service.

Tone Test

1. Select Self Test on the System menu.

2. While pressing and holding down the [Shift] key, press the [ ]key.

Tone Test

1: Tone Test 1 (All Char)2: Tone Test 2 (Fox)3: Tone Test 3 (Beta)

4: Tone Test 4 (Mark)5: Tone Test 5 (Space)6: Tone Test 6 (BY)

Figure 8-3 Tone test

3. Select test and press the [Enter] key. You may stop a test atanytime by pressing the [Enter] key.

Tone test 1 (All characters)

This test (continuously) checks for proper transmission of all fig-ures, letters and codes. To conduct the test, call a station in theARQ or FEC modes. Execute the test, confirming that all charac-ters are transmitted correctly. "Now testing Tone Test 1" appearsduring the testing. Since the test is conducted continuously, youmay press [Esc] twice and [F10] key to stop the test and return tothe tone test menu.

8-4

Station Name : Frequency (T/R) : / (kHz) Comm Mode : AutoComm Status : Connect Send Lock Error Mark Space

1:File 2:Edit 3:Operate 4:Window 5:Station 6:System 7:WRU 8:HR 9:Over 10:Break1996-11-15 13:26:45.45 Caps Eng

Now Testing Tone Test 1 (All Char).

ABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890-?:().,’=/+abcdefghijklmnopqrstuvwxyz

ABCDEFGHIJKLMNOPQRSTUVWXYZ1234567890-?:().,’=/+abcdefghijklmnopqrstuvwxyz

ABCDEFGHIJKLMNOPQRSTUVWXYZ

System

Lock Change DefaultSetup

Figure 8-4 All characters test screen

Tone test 2 (Fox)

This test (continuously) checks for proper transmission of the testmessage THE QUICK BROWN FOX JUMPS OVER THE LAZYDOG 0123456789. In order to conduct the test call a station overthe ARQ or FEC mode.

Tone test 3 (Beta)

You may check for proper transmission of the idle signal β. Callup a station using the ARQ mode.

Tone test 4 (Mark)

This test outputs the mark signal through the LINE OUT terminal,where a frequency counter may be connected, to confirm its fre-quency (1615 Hz).

Tone test 5 (Space)

Tone test 5 verifies the space signal frequency (1785 Hz).

Tone test 6 (BY)

This test verifies the frequency of the space B (1785 Hz) and markY (1615 Hz), using a spectrum analyzer.

AP1-1

APPENDIX 1 ITU TELEX CHANNELS/FREQUENCY LIST

4210

.542

11.0

4211

.542

12.0

4212

.542

13.0

4213

.542

14.0

4214

.542

15.0

4177

.542

15.5

4216

.042

16.5

4217

.042

17.5

4218

.042

18.5

4219

.042

02.5

4203

.042

03.5

4204

.042

04.5

4205

.042

05.5

4206

.042

06.5

4207

.042

07.5

4219

.542

20.0

4220

.5

4172

.541

73.0

4173

.541

74.0

4174

.541

75.0

4175

.541

76.0

4176

.541

77.0

4177

.541

78.0

4178

.541

79.0

4179

.541

80.0

4180

.541

81.0

4181

.542

02.5

4203

.042

03.5

4204

.042

04.5

4205

.042

05.5

4206

.042

06.5

4207

.042

07.5

4208

.042

08.5

4209

.0

6001

6002

6003

6004

6005

6006

6007

6008

6009

6010

6011

6012

6013

6014

6015

6016

6017

6018

6019

6020

6021

6022

6023

6024

6025

6026

6027

6028

6029

6030

6031

6032

6033

6034

6035

6036

6037

6038

6039

6040

6041

6042

6043

6044

6045

6046

6047

6048

6049

6050

6051

6052

6053

6054

6055

6056

6057

6058

6059

6060

6061

6314

.563

15.0

6315

.563

16.0

6316

.563

17.0

6317

.563

18.0

6318

.563

19.0

6268

.063

19.5

6320

.063

20.5

6321

.063

21.5

6322

.063

22.5

6323

.063

23.5

6324

.063

24.5

6325

.063

25.5

6326

.063

26.5

6327

.063

27.5

6328

.063

28.5

6329

.063

29.5

6330

.063

30.5

6300

.563

01.0

6301

.563

02.0

6302

.563

03.0

6303

.563

04.0

6304

.563

05.0

6305

.563

06.0

6306

.563

07.0

6307

.563

08.0

6308

.563

09.0

6309

.563

10.0

6310

.563

11.0

6311

.563

12.0

6331

.063

31.5

6332

.0

6263

.062

63.5

6264

.062

64.5

6265

.062

65.5

6266

.062

66.5

6267

.062

67.5

6268

.062

68.5

6269

.062

69.5

6270

.062

70.5

6271

.062

71.5

6272

.062

72.5

6273

.062

73.5

6274

.062

74.5

6275

.062

75.5

6281

.062

81.5

6282

.062

82.5

6283

.062

83.5

6284

.062

84.5

6300

.563

01.0

6301

.563

02.0

6302

.563

03.0

6303

.563

04.0

6304

.563

05.0

6305

.563

06.0

6306

.563

07.0

6307

.563

08.0

6308

.563

09.0

6309

.563

10.0

6310

.563

11.0

6311

.563

12.0

6312

.563

13.0

6313

.5

8001

8002

8003

8004

8005

8006

8007

8008

8009

8010

8011

8012

8013

8014

8015

8016

8017

8018

8019

8020

8021

8022

8023

8024

8025

8026

8027

8028

8029

8030

8031

8032

8033

8034

8035

8036

8037

8038

8039

8040

8041

8042

8043

8044

8045

8046

8047

8048

8049

8050

8051

8052

8053

8054

8055

8056

8057

8058

8059

8060

8061

8062

8063

8064

8065

8376

.584

17.0

8417

.584

18.0

8418

.584

19.0

8419

.584

20.0

8420

.584

21.0

8421

.584

22.0

8422

.584

23.0

8423

.584

24.0

8424

.584

25.0

8425

.584

26.0

8426

.584

27.0

8427

.584

28.0

8428

.584

29.0

8429

.584

30.0

8430

.584

31.0

8431

.584

32.0

8432

.584

33.0

8433

.584

34.0

8434

.584

35.0

8435

.584

36.0

8396

.583

97.0

8397

.583

98.0

8398

.583

99.0

8399

.584

00.0

8400

.584

01.0

8401

.584

02.0

8402

.584

03.0

8403

.584

04.0

8404

.584

05.0

8405

.584

06.0

8406

.584

07.0

8407

.584

08.0

8408

.5

8376

.583

77.0

8377

.583

78.0

8378

.583

79.0

8379

.583

80.0

8380

.583

81.0

8381

.583

82.0

8382

.583

83.0

8383

.583

84.0

8384

.583

85.0

8385

.583

86.0

8386

.583

87.0

8387

.583

88.0

8388

.583

89.0

8389

.583

90.0

8390

.583

91.0

8391

.583

92.0

8392

.583

93.0

8393

.583

94.0

8394

.583

95.0

8395

.583

96.0

8396

.583

97.0

8397

.583

98.0

8398

.583

99.0

8399

.584

00.0

8400

.584

01.0

8401

.584

02.0

8402

.584

03.0

8403

.584

04.0

8404

.584

05.0

8405

.584

06.0

8406

.584

07.0

8407

.584

08.0

8408

.5

1200

112

002

1200

312

004

1200

512

006

1200

712

008

1200

912

010

1201

112

012

1201

312

014

1201

512

016

1201

712

018

1201

912

020

1202

112

022

1202

312

024

1202

512

026

1202

712

028

1202

912

030

1203

112

032

1203

312

034

1203

512

036

1203

712

038

1203

912

040

1204

112

042

1204

312

044

1204

512

046

1204

712

048

1204

912

050

1205

112

052

1205

312

054

1205

512

056

1205

712

058

1205

912

060

1206

112

062

1206

312

064

1206

5

1257

9.5

1258

0.0

1258

0.5

1258

1.0

1258

1.5

1258

2.0

1258

2.5

1258

3.0

1258

3.5

1258

4.0

1258

4.5

1258

5.0

1258

5.5

1258

6.0

1258

6.5

1258

7.0

1258

7.5

1258

8.0

1258

8.5

1258

9.0

1258

9.5

1259

0.0

1259

0.5

1259

1.0

1259

1.5

1259

2.0

1259

2.5

1259

3.0

1259

3.5

1259

4.0

1259

4.5

1259

5.0

1259

5.5

1259

6.0

1259

6.5

1259

7.0

1259

7.5

1259

8.0

1259

8.5

1259

9.0

1259

9.5

1260

0.0

1260

0.5

1260

1.0

1260

1.5

1260

2.0

1260

2.5

1260

3.0

1260

3.5

1260

4.0

1260

4.5

1260

5.0

1260

5.5

1260

6.0

1260

6.5

1260

7.0

1260

7.5

1260

8.0

1260

8.5

1260

9.0

1260

9.5

1261

0.0

1261

0.5

1261

1.0

1261

1.5

1247

7.0

1247

7.5

1247

8.0

1247

8.5

1247

9.0

1247

9.5

1248

0.0

1248

0.5

1248

1.0

1248

1.5

1248

2.0

1248

2.5

1248

3.0

1248

3.5

1248

4.0

1248

4.5

1248

5.0

1248

5.5

1248

6.0

1248

6.5

1248

7.0

1248

7.5

1248

8.0

1248

8.5

1248

9.0

1248

9.5

1249

0.0

1249

0.5

1249

1.0

1249

1.5

1249

2.0

1249

2.5

1249

3.0

1249

3.5

1249

4.0

1249

4.5

1249

5.0

1249

5.5

1249

6.0

1249

6.5

1249

7.0

1249

7.5

1249

8.0

1249

8.5

1249

9.0

1249

9.5

1250

0.0

1250

0.5

1250

1.0

1250

1.5

1250

2.0

1250

2.5

1250

3.0

1250

3.5

1250

4.0

1250

4.5

1250

5.0

1250

5.5

1250

6.0

1250

6.5

1250

7.0

1250

7.5

1250

8.0

1250

8.5

1250

9.0

1600

116

002

1600

316

004

1600

516

006

1600

716

008

1600

916

010

1601

116

012

1601

316

014

1601

516

016

1601

716

018

1601

916

020

1602

116

022

1602

316

024

1602

512

026

1602

716

028

1602

916

030

1603

116

032

1603

316

034

1603

516

036

1603

716

038

1603

916

040

1604

116

042

1604

316

044

1604

516

046

1604

716

048

1604

916

050

1605

116

052

1605

316

054

1605

516

056

1605

716

058

1605

916

060

1606

116

062

1606

316

064

1606

5

1680

7.0

1680

7.5

1680

8.0

1680

8.5

1680

9.0

1680

9.5

1681

0.0

1681

0.5

1681

1.0

1681

1.5

1681

2.0

1681

2.5

1681

3.0

1681

3.5

1681

4.0

1681

4.5

1681

5.0

1681

5.5

1681

6.0

1681

6.5

1681

7.0

1681

7.5

1681

8.0

1669

5.0

1681

8.5

1691

9.0

1681

9.5

1682

0.0

1682

0.5

1682

1.0

1682

1.5

1682

2.0

1682

2.5

1682

3.0

1682

3.5

1682

4.0

1682

4.5

1682

5.0

1682

5.5

1682

6.0

1682

6.5

1682

7.0

1682

7.5

1682

8.0

1682

8.5

1682

9.0

1682

9.5

1683

0.0

1683

0.5

1683

1.0

1683

1.5

1683

2.0

1683

2.5

1683

3.0

1683

3.5

1683

4.0

1683

4.5

1683

5.0

1683

5.5

1683

6.0

1683

6.5

1683

7.0

1683

7.5

1683

8.0

1683

8.5

1668

3.5

1668

4.0

1668

4.5

1668

5.0

1668

5.5

1668

6.0

1668

6.5

1668

7.0

1668

7.5

1668

8.0

1668

8.5

1668

9.0

1668

9.5

1669

0.0

1669

0.5

1669

1.0

1669

1.5

1669

2.0

1669

2.5

1669

3.0

1669

3.5

1669

4.0

1669

4.5

1669

5.0

1669

5.5

1669

6.0

1669

6.5

1669

7.0

1669

7.5

1669

8.0

1669

8.5

1699

9.0

1699

9.5

1670

0.0

1670

0.5

1670

1.0

1670

1.5

1670

2.0

1670

2.5

1670

3.0

1670

3.5

1670

4.0

1670

4.5

1670

5.0

1670

5.5

1670

6.0

1670

6.5

1670

7.0

1670

7.5

1670

8.0

1670

8.5

1670

9.0

1670

9.5

1671

0.0

1671

0.5

1671

1.0

1671

1.5

1671

2.0

1671

2.5

1671

3.0

1671

3.5

1671

4.0

1671

4.5

1671

5.0

1671

5.5

1800

118

002

1800

318

004

1800

518

006

1800

718

008

1800

918

010

1801

118

012

1801

318

014

1801

518

016

1801

718

018

1801

918

020

1802

118

022

1802

318

024

1802

518

026

1802

718

028

1802

918

030

1803

118

032

1803

318

034

1803

518

036

1803

718

038

1803

918

040

1804

118

042

1804

318

044

1804

518

046

1804

718

048

1804

918

050

1805

118

052

1805

318

054

1805

518

056

1805

718

058

1805

9

1968

1.0

1968

1.5

1968

2.0

1968

2.5

1968

3.0

1968

3.5

1968

4.0

1968

4.5

1968

5.0

1968

5.5

1968

6.0

1968

6.5

1968

7.0

1968

7.5

1968

8.0

1968

8.5

1968

9.0

1968

9.5

1969

0.0

1969

0.5

1969

1.0

1969

1.5

1969

2.0

1969

2.5

1969

3.0

1969

3.5

1969

4.0

1969

4.5

1969

5.0

1969

5.5

1969

6.0

1969

6.5

1969

7.0

1969

7.5

1969

8.0

1969

8.5

1969

9.0

1969

9.5

1970

0.0

1970

0.5

1970

1.0

1970

1.5

1970

2.0

1970

2.5

1970

3.0

1889

3.0

1889

3.5

1889

4.0

1889

4.5

1889

5.0

1889

5.5

1889

6.0

1889

6.5

1889

7.0

1889

7.5

1889

8.0

1970

3.5

1970

4.0

1970

4.5

1887

0.5

1887

1.0

1887

1.5

1887

2.0

1887

2.5

1887

3.0

1887

3.5

1887

4.0

1887

4.5

1887

5.0

1887

5.5

1887

6.0

1887

6.5

1887

7.0

1887

7.5

1887

8.0

1887

8.5

1887

9.0

1887

9.5

1888

0.0

1888

0.5

1888

1.0

1888

1.5

1888

2.0

1888

2.5

1888

3.0

1888

3.5

1888

4.0

1888

4.5

1888

5.0

1888

5.5

1888

6.0

1888

6.5

1888

7.0

1888

7.5

1888

8.0

1888

8.5

1888

9.0

1888

9.5

1889

0.0

1889

0.5

1889

1.0

1889

1.5

1889

2.0

1889

2.5

1889

3.0

1889

3.5

1889

4.0

1889

4.5

1889

5.0

1889

5.5

1889

6.0

1889

6.5

1889

7.0

1889

7.5

1889

8.0

1889

8.5

1889

9.0

1889

9.5

2200

122

002

2200

322

004

2200

522

006

2200

722

008

2200

922

010

2201

122

012

2201

322

014

2201

522

016

2201

722

018

2201

922

020

2202

122

022

2202

322

024

2202

522

026

2202

722

028

2202

922

030

2203

122

032

2203

322

034

2203

522

036

2203

722

038

2203

922

040

2204

122

042

2204

322

044

2204

522

046

2204

722

048

2204

922

050

2205

122

052

2205

322

054

2205

522

056

2205

722

058

2205

922

060

2206

122

062

2206

322

064

2206

5

2237

6.5

2237

7.0

2237

7.5

2237

8.0

2237

8.5

2237

9.0

2237

9.5

2238

0.0

2238

0.5

2238

1.0

2238

1.5

2238

2.0

2238

2.5

2238

3.0

2238

3.5

2238

4.0

2238

4.5

2238

5.0

2238

5.5

2238

6.0

2238

6.5

2238

7.0

2238

7.5

2238

8.0

2238

8.5

2238

9.0

2238

9.5

2239

0.0

2239

0.5

2239

1.0

2239

1.5

2239

2.0

2239

2.5

2239

3.0

2239

3.5

2239

4.0

2239

4.5

2239

5.0

2239

5.5

2239

6.0

2239

6.5

2239

7.0

2239

7.5

2239

8.0

2239

8.5

2239

9.0

2239

9.5

2240

0.0

2240

0.5

2240

1.0

2240

1.5

2240

2.0

2240

2.5

2240

3.0

2240

3.5

2240

4.0

2240

4.5

2240

5.0

2240

5.5

2240

6.0

2240

6.5

2240

7.0

2240

7.5

2240

8.0

2240

8.5

2228

4.5

2228

5.0

2228

5.5

2228

6.0

2228

6.5

2228

7.0

2228

7.5

2228

8.0

2228

8.5

2228

9.0

2228

9.5

2229

0.0

2229

0.5

2229

1.0

2229

1.5

2229

2.0

2229

2.5

2229

3.0

2229

3.5

2229

4.0

2229

4.5

2229

5.0

2229

5.5

2229

6.0

2229

6.5

2229

7.0

2229

7.5

2229

8.0

2229

8.5

2229

9.0

2229

9.5

2230

0.0

2230

0.5

2230

1.0

2230

1.5

2230

2.0

2230

2.5

2230

3.0

2230

3.5

2230

4.0

2230

4.5

2230

5.0

2230

5.5

2230

6.0

2230

6.5

2230

7.0

2230

7.5

2230

8.0

2230

8.5

2230

9.0

2230

9.5

2231

0.0

2231

0.5

2231

1.0

2231

1.5

2231

2.0

2231

2.5

2231

3.0

2231

3.5

2231

4.0

2231

4.5

2231

5.0

2231

5.5

2231

6.0

2231

6.5

2500

125

002

2500

325

004

2500

525

006

2500

725

008

2500

925

010

2501

125

012

2501

325

014

2501

525

016

2501

725

018

2501

925

020

2502

125

022

2502

325

024

2502

525

026

2502

725

028

2502

925

030

2503

125

032

2503

325

034

2503

525

036

2503

725

038

2503

925

040

2504

125

042

2504

325

044

2504

525

046

2504

725

048

2504

925

050

2505

125

052

2505

325

054

2505

525

056

2505

725

058

2505

925

060

2506

125

062

2506

325

064

2506

5

2610

1.0

2610

1.5

2610

2.0

2610

2.5

2610

3.0

2610

3.5

2610

4.0

2610

4.5

2610

5.0

2610

5.5

2610

6.0

2610

6.5

2610

7.0

2610

7.5

2610

8.0

2610

8.5

2610

9.0

2610

9.5

2611

0.0

2611

0.5

2611

1.0

2611

1.5

2611

2.0

2611

2.5

2611

3.0

2611

3.5

2611

4.0

2611

4.5

2611

5.0

2611

5.5

2611

6.0

2611

6.5

2611

7.0

2611

7.5

2611

8.0

2611

8.5

2611

9.0

2611

9.5

2612

0.0

2612

0.5

2519

3.0

2519

3.5

2519

4.0

2519

4.5

2519

5.0

2519

5.5

2519

6.0

2519

6.5

2519

7.0

2519

7.5

2519

8.0

2519

8.5

2519

9.0

2519

9.5

2520

0.0

2520

0.5

2520

1.0

2520

1.5

2520

2.0

2520

2.5

2520

3.0

2520

3.5

2520

4.0

2520

4.5

2520

5.0

2517

3.0

2517

3.5

2517

4.0

2517

4.5

2517

5.0

2517

5.5

2517

6.0

2517

6.5

2517

7.0

2517

7.5

2517

8.0

2517

8.5

2517

9.0

2517

9.5

2518

0.0

2518

0.5

2518

1.0

2518

1.5

2518

2.0

2518

2.5

2518

3.0

2518

3.5

2518

4.0

2518

4.5

2518

5.0

2518

5.5

2818

6.0

2518

6.5

2518

7.0

2518

7.5

2518

8.0

2518

8.5

2518

9.0

2518

9.5

2519

0.0

2519

0.5

2519

1.0

2519

1.5

2519

2.0

2519

2.5

2519

3.0

2519

3.5

2519

4.0

2519

4.5

2519

5.0

2519

5.5

2519

6.0

2519

6.5

2519

7.0

2519

7.5

2519

8.0

2519

8.5

2519

9.0

2519

9.5

2520

0.0

2520

0.5

2520

1.0

2520

1.5

2520

2.0

2520

2.5

2520

3.0

2520

3.5

2520

4.0

2520

4.5

2520

5.0

4001

4002

4003

4004

4005

4006

4007

4008

4009

4010

4011

4012

4013

4014

4015

4016

4017

4018

4019

4020

4021

4022

4023

4024

4025

4026

4027

4028

4029

4030

4031

4032

4033

RX

4 M

Hz

BA

ND

No

.T

XR

X6

MH

z B

AN

DN

o.

TX

RX

8 M

Hz

BA

ND

No

.T

XR

X12

MH

z B

AN

DN

o.

TX

RX

16 M

Hz

BA

ND

No

.T

XR

X18

/19

MH

z B

AN

DN

o.

TX

RX

22 M

Hz

BA

ND

No

.T

XR

X25

/26

MH

z B

AN

DN

o.

TX

ITU

TE

LE

X F

RE

QU

EN

CY

TA

BL

E (

1/4)

AP1-2

8066

8067

8068

8069

8070

8071

8072

8073

7074

8075

8076

8077

8078

8079

8080

8409

.084

09.5

8410

.084

10.5

8411

.084

11.5

8412

.084

12.5

8413

.084

13.5

8414

.084

14.5

8436

.584

37.0

8437

.5

8409

.084

09.5

8410

.084

10.5

8411

.084

11.5

8412

.084

12.5

8413

.084

13.5

8414

.084

14.5

8415

.084

15.5

8416

.0

1206

612

067

1206

812

069

1207

012

071

1207

212

073

1207

412

075

1207

612

077

1207

812

079

1208

012

081

1208

212

083

1208

412

085

1208

612

087

1208

812

089

1209

012

091

1209

212

093

1209

412

095

1209

612

097

1209

812

099

1210

012

101

1210

212

103

1210

412

105

1210

612

107

1210

812

109

1211

012

111

1211

212

113

1211

412

115

1211

612

117

1211

812

119

1212

012

121

1212

212

123

1212

412

125

1212

612

127

1212

812

129

1213

0

1261

2.0

1261

2.5

1261

3.0

1261

3.5

1261

4.0

1261

4.5

1261

5.0

1261

5.5

1261

6.0

1261

6.5

1261

7.0

1261

7.5

1261

8.0

1261

8.5

1261

9.0

1261

9.5

1262

0.0

1262

0.5

1262

1.0

1262

1.5

1262

2.0

1252

0.0

1262

2.5

1262

3.0

1262

3.5

1262

4.0

1262

4.5

1262

5.0

1262

5.5

1262

6.0

1262

6.5

1262

7.0

1262

7.5

1262

8.0

1262

8.5

1262

9.0

1262

9.5

1263

0.0

1263

0.5

1263

1.0

1263

1.5

1263

2.0

1263

2.5

1263

3.0

1263

3.5

1263

4.0

1263

4.5

1263

5.0

1263

5.5

1263

6.0

1263

6.5

1263

7.0

1263

7.5

1263

8.0

1263

8.5

1263

9.0

1263

9.5

1264

0.0

1264

0.5

1264

1.0

1264

1.5

1264

2.0

1264

2.5

1264

3.0

1264

3.5

1250

9.5

1251

0.0

1251

0.5

1251

1.0

1251

1.5

1251

2.0

1251

2.5

1251

3.0

1251

3.5

1251

4.0

1251

4.5

1251

5.0

1251

5.5

1251

6.0

1251

6.5

1251

7.0

1251

7.5

1251

8.0

1251

8.5

1251

9.0

1251

9.5

1252

0.0

1252

0.5

1252

1.0

1252

1.5

1252

2.0

1252

2.5

1252

3.0

1252

3.5

1252

4.0

1252

4.5

1252

5.0

1252

5.5

1252

6.0

1252

6.5

1252

7.0

1252

7.5

1252

8.0

1252

8.5

1252

9.0

1252

9.5

1253

0.0

1253

0.5

1253

1.0

1253

1.5

1253

2.0

1253

2.5

1253

3.0

1253

3.5

1253

4.0

1253

4.5

1253

5.0

1253

5.5

1253

6.0

1253

6.5

1253

7.0

1253

7.5

1253

8.0

1253

8.5

1253

9.0

1253

9.5

1254

0.0

1254

0.5

1254

1.0

1254

1.5

1606

616

067

1606

816

069

1607

016

071

1607

216

073

1607

416

075

1607

616

077

1607

816

079

1608

016

081

1608

216

083

1608

416

085

1608

616

087

1608

816

089

1609

016

091

1609

216

093

1609

416

095

1909

616

097

1609

816

099

1610

016

101

1610

216

103

1610

416

105

1610

616

107

1610

816

109

1611

016

111

1611

216

113

1611

416

115

1611

616

117

1611

816

119

1612

016

121

1612

216

123

1612

416

125

1612

616

127

1612

816

129

1613

0

1683

9.0

1683

9.5

1684

0.0

1684

0.5

1684

1.0

1684

1.5

1684

2.0

1684

2.5

1684

3.0

1684

3.5

1684

4.0

1684

4.5

1684

5.0

1684

5.5

1684

6.0

1684

6.5

1684

7.0

1684

7.5

1684

8.0

1684

8.5

1684

9.0

1684

9.5

1685

0.0

1685

0.5

1685

1.0

1685

1.5

1685

2.0

1685

2.5

1685

3.0

1685

3.5

1685

4.0

1685

4.5

1685

5.0

1685

5.5

1685

6.0

1685

6.5

1685

7.0

1685

7.5

1685

8.0

1685

8.5

1685

9.0

1685

9.5

1686

0.0

1686

0.5

1686

1.0

1686

1.5

1686

2.0

1686

2.5

1686

3.0

1686

3.5

1686

4.0

1686

4.5

1686

5.0

1686

5.5

1686

6.0

1686

6.5

1686

7.0

1686

7.5

1686

8.0

1686

8.5

1686

9.0

1686

9.5

1687

0.0

1687

0.5

1687

1.0

1671

6.0

1671

6.5

1671

7.0

1671

7.5

1671

8.0

1671

8.5

1671

9.0

1671

9.5

1672

0.0

1672

0.5

1672

1.0

1672

1.5

1672

2.0

1672

2.5

1672

3.0

1672

3.5

1672

4.0

1672

4.5

1672

5.0

1672

5.5

1672

6.0

1672

6.5

1672

7.0

1672

7.5

1672

8.0

1672

8.5

1672

9.0

1672

9.5

1673

0.0

1673

0.5

1673

1.0

1673

1.5

1673

2.0

1673

2.5

1673

3.0

1673

3.5

1673

9.0

1673

9.5

1674

0.0

1674

0.5

1674

1.0

1674

1.5

1674

2.0

1674

2.5

1674

3.0

1674

3.5

1674

4.0

1674

4.5

1674

5.0

1674

5.5

1674

6.0

1674

6.5

1674

7.0

1674

7.5

1674

8.0

1674

8.5

1674

9.0

1674

9.5

1675

0.0

1675

0.5

1675

1.0

1675

1.5

1675

2.0

1675

2.5

1675

3.0

2206

622

067

2206

822

069

2207

022

071

2207

220

073

2207

422

075

2207

622

077

2207

822

079

2208

022

081

2208

222

083

2208

422

085

2208

622

087

2208

822

089

2209

022

091

2209

222

093

2209

422

095

2209

622

097

2209

822

099

2210

022

101

2210

222

103

2210

422

105

2210

622

107

2210

822

109

2211

022

111

2211

222

113

2211

422

115

2211

622

117

2211

822

119

2212

022

121

2212

222

123

2212

422

125

2212

622

127

2212

822

129

2213

0

2240

9.0

2249

0.5

2241

0.0

2241

0.5

2241

1.0

2241

1.5

2241

2.0

2241

2.5

2241

3.0

2241

3.5

2241

4.0

2241

4.5

2241

5.0

2241

5.5

2241

6.0

2241

6.5

2241

7.0

2241

7.5

2241

8.0

2241

8.5

2241

9.0

2241

9.5

2242

0.0

2242

0.5

2242

1.0

2242

1.5

2242

2.0

2242

2.5

2242

3.0

2242

3.5

2242

4.0

2242

4.5

2242

5.0

2242

5.5

2242

6.0

2242

6.5

2242

7.0

2242

7.5

2242

8.0

2242

8.5

2242

9.0

2242

9.5

2243

0.0

2243

0.5

2243

1.0

2243

1.5

2243

2.0

2243

2.5

2243

3.0

2243

3.5

2243

4.0

2243

4.5

2243

5.0

2243

5.5

2243

6.0

2243

6.5

2243

7.0

2243

7.5

2243

8.0

2243

8.5

2243

9.0

2243

9.5

2244

0.0

2244

0.5

2244

1.0

2231

7.0

2231

7.5

2231

8.0

2231

8.5

2231

9.0

2231

9.5

2232

0.0

2232

0.5

2232

1.0

2232

1.5

2232

2.0

2232

2.5

2232

3.0

2232

3.5

2232

4.0

2232

4.5

2232

5.0

2232

5.5

2232

6.0

2232

6.5

2232

7.0

2232

7.5

2232

8.0

2232

8.5

2232

9.0

2232

9.5

2233

0.0

2233

0.5

2233

1.0

2233

1.5

2233

2.0

2233

2.5

2233

3.0

2233

3.5

2233

4.0

2233

4.5

2233

5.0

2233

5.5

2233

6.0

2233

6.5

2233

7.0

2233

7.5

2233

8.0

2233

8.5

2233

9.0

2233

9.5

2234

0.0

2234

0.5

2234

1.0

2234

1.5

2234

2.0

2234

2.5

2234

3.0

2234

3.5

2234

4.0

2234

4.5

2234

5.0

2234

5.5

2234

6.0

2234

6.5

2234

7.0

2234

7.5

2234

8.0

2234

8.5

2234

9.0

2506

625

067

2506

825

069

2507

025

071

2507

225

073

2507

4

2520

5.5

2520

6.0

2520

6.5

2520

7.0

2520

7.5

2520

8.0

2612

1.0

2612

1.5

2612

2.0

2520

5.5

2520

6.0

2520

6.5

2520

7.0

2520

7.5

2520

8.0

2520

8.5

2520

9.0

2520

9.5

RX

4 M

Hz

BA

ND

No

.T

XR

X6

MH

z B

AN

DN

o.

TX

RX

8 M

Hz

BA

ND

No

.T

XR

X12

MH

z B

AN

DN

o.

TX

RX

16 M

Hz

BA

ND

No

.T

XR

X18

/19

MH

z B

AN

DN

o.

TX

RX

22 M

Hz

BA

ND

No

.T

XR

X25

/26

MH

z B

AN

DN

o.

TX

ITU

TE

LE

X F

RE

QU

EN

CY

TA

BL

E (

2/4)

AP1-3

1213

112

132

1213

312

134

1213

512

136

1213

712

138

1213

912

140

1214

112

142

1214

312

144

1214

512

146

1214

712

148

1214

912

150

1215

112

152

1215

312

154

1215

512

156

1215

712

158

1215

912

160

1216

112

162

1216

312

164

1216

512

166

1216

712

168

1216

912

170

1217

112

172

1217

312

174

1217

512

176

1217

712

178

1217

912

180

1218

112

182

1218

312

184

1218

512

186

1218

712

188

1218

912

190

1219

112

192

1219

312

194

1264

4.0

1264

4.5

1264

5.0

1264

5.5

1264

6.0

1264

6.5

1264

7.0

1264

7.5

1264

8.0

1264

8.5

1264

9.0

1264

9.5

1265

0.0

1265

0.5

1265

1.0

1265

1.5

1265

2.0

1265

2.5

1265

3.0

1265

3.5

1265

4.0

1265

4.5

1265

5.0

1265

5.5

1265

6.0

1265

6.5

1256

0.0

1256

0.5

1256

1.0

1256

1.5

1256

2.0

1256

2.5

1256

3.0

1256

3.5

1256

4.0

1256

4.5

1256

5.0

1256

5.5

1256

6.0

1256

6.5

1256

7.0

1256

7.5

1256

8.0

1256

8.5

1256

9.0

1256

9.5

1257

0.0

1257

0.5

1257

1.0

1257

1.5

1257

2.0

1257

2.5

1257

3.0

1257

3.5

1257

4.0

1257

4.5

1257

5.0

1257

5.5

1257

6.0

1257

6.5

1257

7.0

1265

7.0

1265

7.5

1265

8.0

1254

2.0

1254

2.5

1254

3.0

1254

3.5

1254

4.0

1254

4.5

1254

5.0

1254

5.5

1254

6.0

1254

6.5

1254

7.0

1254

7.5

1254

8.0

1254

8.5

1254

9.0

1254

9.5

1255

5.0

1255

5.5

1255

6.0

1255

6.5

1255

7.0

1255

7.5

1255

8.0

1255

8.5

1255

9.0

1255

9.5

1256

0.0

1256

0.5

1256

1.0

1256

1.5

1256

2.0

1256

2.5

1256

3.0

1256

3.5

1256

4.0

1256

4.5

1256

5.0

1256

5.5

1256

6.0

1256

6.5

1256

7.0

1256

7.5

1256

8.0

1256

8.5

1256

9.0

1256

9.5

1257

0.0

1257

0.5

1257

1.0

1257

1.5

1257

2.0

1257

2.5

1257

3.0

1257

3.5

1257

4.0

1257

4.5

1257

5.0

1257

5.5

1257

6.0

1257

6.5

1257

7.0

1257

7.5

1257

8.0

1257

8.5

1613

116

132

1613

316

134

1613

516

136

1613

716

138

1613

916

140

1614

116

142

1614

316

144

1614

516

146

1614

716

148

1614

916

150

1615

116

152

1615

316

154

1615

516

156

1615

716

158

1615

916

160

1616

116

162

1616

316

164

1616

516

166

1616

716

168

1616

916

170

1617

116

172

1617

316

174

1617

516

176

1617

716

178

1617

916

180

1618

116

182

1618

316

184

1618

516

186

1618

716

188

1618

916

190

1619

116

192

1619

316

194

1619

5

1687

1.5

1687

2.0

1687

2.5

1687

3.0

1687

3.5

1687

4.0

1687

4.5

1687

5.0

1687

5.5

1687

6.0

1687

6.5

1687

7.0

1687

7.5

1687

8.0

1687

8.5

1687

9.0

1687

9.5

1688

0.0

1688

0.5

1688

1.0

1688

1.5

1688

2.0

1688

2.5

1688

3.0

1688

3.5

1688

4.0

1688

4.5

1688

5.0

1688

5.5

1688

6.0

1688

6.5

1688

7.0

1688

7.5

1688

8.0

1688

8.5

1688

9.0

1688

9.5

1689

0.0

1689

0.5

1689

1.0

1689

1.5

1689

2.0

1689

2.5

1689

3.0

1689

3.5

1689

4.0

1689

4.5

1689

5.0

1689

5.5

1689

6.0

1689

6.5

1689

7.0

1689

7.5

1689

8.0

1689

8.5

1689

9.0

1689

9.5

1690

0.0

1690

0.5

1690

1.0

1690

1.5

1690

2.0

1690

2.5

1678

5.0

1678

5.5

1675

3.5

1675

4.0

1675

4.5

1675

5.0

1675

5.5

1675

6.0

1675

6.5

1675

7.0

1675

7.5

1675

8.0

1675

8.5

1675

9.0

1675

9.5

1676

0.0

1676

0.5

1676

1.0

1676

1.5

1676

2.0

1676

2.5

1676

3.0

1676

3.5

1676

4.0

1676

4.5

1676

5.0

1676

5.5

1676

6.0

1676

6.5

1676

7.0

1676

7.5

1676

8.0

1676

8.5

1676

9.0

1676

9.5

1677

0.0

1677

0.5

1677

1.0

1677

1.5

1677

2.0

1677

2.5

1677

3.0

1677

3.5

1677

4.0

1677

4.5

1677

5.0

1677

5.5

1677

6.0

1677

6.5

1677

7.0

1677

7.5

1677

8.0

1677

8.5

1677

9.0

1677

9.5

1678

0.0

1678

0.5

1678

1.0

1678

1.5

1678

2.0

1678

2.5

1678

3.0

1678

3.5

1678

4.0

1678

4.5

1678

5.0

1678

5.5

2213

122

132

2213

322

134

2213

522

136

2213

722

138

2213

922

140

2214

122

142

2214

322

144

2214

522

146

2214

722

148

2214

922

150

2215

122

152

2215

322

154

2215

522

156

2215

722

158

2215

922

160

2216

122

162

2216

322

164

2216

522

166

2216

722

168

2216

922

170

2217

122

172

2217

322

174

2217

522

176

2217

722

178

2217

922

180

2218

122

182

2218

3

2244

1.5

2244

2.0

2244

2.5

2244

3.0

2244

3.5

2235

2.0

2235

2.5

2235

3.0

2235

3.5

2235

4.0

2235

4.5

2235

5.0

2235

5.5

2235

6.0

2235

6.5

2235

7.0

2235

7.5

2235

8.0

2235

8.5

2235

9.0

2235

9.5

2236

0.0

2236

0.5

2236

1.0

2236

1.5

2236

2.0

2236

2.5

2236

3.0

2236

3.5

2236

4.0

2236

4.5

2236

5.0

2236

5.5

2236

6.0

2236

6.5

2236

7.0

2236

7.5

2236

8.0

2236

8.5

2236

9.0

2236

9.5

2237

0.0

2237

0.5

2237

1.0

2237

1.5

2237

2.0

2237

2.5

2237

3.0

2237

3.5

2237

4.0

2244

4.0

2244

4.5

2244

5.0

2234

9.5

2235

0.0

2235

0.5

2235

1.0

2235

1.5

2235

2.0

2235

2.5

2235

3.0

2235

3.5

2235

4.0

2235

4.5

2235

5.0

2235

5.5

2235

6.0

2235

6.5

2235

7.0

2235

7.5

2235

8.0

2235

8.5

2235

9.0

2235

9.5

2236

0.0

2236

0.5

2236

1.0

2236

1.5

2236

2.0

2236

2.5

2236

3.0

2236

3.5

2236

4.0

2236

4.5

2236

5.0

2236

5.5

2236

6.0

2236

6.5

2236

7.0

2236

7.5

2236

8.0

2236

8.5

2236

9.0

2236

9.5

2237

0.0

2237

0.5

2237

1.0

2237

1.5

2237

2.0

2237

2.5

2237

3.0

2237

3.5

2237

4.0

2237

4.5

2237

5.0

2237

5.5

RX

4 M

Hz

BA

ND

No

.T

XR

X6

MH

z B

AN

DN

o.

TX

RX

8 M

Hz

BA

ND

No

.T

XR

X12

MH

z B

AN

DN

o.

TX

RX

16 M

Hz

BA

ND

No

.T

XR

X18

/19

MH

z B

AN

DN

o.

TX

RX

22 M

Hz

BA

ND

No

.T

XR

X25

/26

MH

z B

AN

DN

o.

TX

ITU

TE

LE

X F

RE

QU

EN

CY

TA

BL

E (

3/4)

AP1-4

1619

616

197

1619

816

199

1620

016

201

1620

216

203

1620

416

205

1620

616

207

1620

816

209

1621

016

211

1621

216

213

1621

416

215

1621

616

217

1621

816

219

1922

016

221

1622

216

223

1622

416

225

1622

616

227

1622

816

229

1623

016

231

1623

216

233

1623

416

235

1623

6

1678

6.0

1678

6.5

1678

7.0

1678

7.5

1678

8.0

1678

8.5

1678

9.0

1678

9.5

1679

0.0

1679

0.5

1679

1.0

1679

1.5

1679

2.0

1679

2.5

1679

3.0

1679

3.5

1679

4.0

1679

4.5

1679

5.0

1679

5.5

1679

6.0

1679

6.5

1679

7.0

1679

7.5

1679

8.0

1679

8.5

1679

9.0

1679

9.5

1680

0.0

1680

0.5

1680

1.0

1680

1.5

1680

2.0

1680

2.5

1680

3.0

1680

3.5

1680

4.0

1680

4.5

1690

3.0

1690

3.5

1690

4.0

1678

6.0

1678

6.5

1678

7.0

1678

7.5

1678

8.0

1678

8.5

1678

9.0

1678

9.5

1679

0.0

1679

0.5

1679

1.0

1679

1.5

1679

2.0

1679

2.5

1679

3.0

1679

3.5

1679

4.0

1679

4.5

1679

5.0

1679

5.5

1679

6.0

1679

6.5

1679

7.0

1679

7.5

1679

8.0

1679

8.5

1679

9.0

1679

9.5

1680

0.0

1680

0.5

1680

1.0

1680

1.5

1680

2.0

1680

2.5

1680

3.0

1680

3.5

1680

4.0

1680

4.5

1680

5.0

1680

5.5

1680

6.0

RX

4 M

Hz

BA

ND

No

.T

XR

X6

MH

z B

AN

DN

o.

TX

RX

8 M

Hz

BA

ND

No

.T

XR

X12

MH

z B

AN

DN

o.

TX

RX

16 M

Hz

BA

ND

No

.T

XR

X18

/19

MH

z B

AN

DN

o.

TX

RX

22 M

Hz

BA

ND

No

.T

XR

X25

/26

MH

z B

AN

DN

o.

TX

ITU

TE

LE

X F

RE

QU

EN

CY

TA

BL

E (

4/4)

AP2-1

APPENDIX 2 INTERNATIONAL TELEXABBREVIATIONS

noitaiverbbA gninaeM

VDAKCANGA

)SG(IBKBMFCLOCVRCREDNWDEEE

MFAGSNMMOMITUM

ANCNHCN

PNRNCCO

KO)0ro(P

)ESP(SLPRPP

)DCR(RPAR

DRERTPRYRSPVSXAT

GSMTSETURHT

)XNT(SKTXLT

esivdAegdelwonkcA

niagAeybdooG

.ffotucImrifnoC

noitalloC?evieceruoyodwoH

redrofotuOnwoDrorrE

morF.daehaoG

setuniM)gnitiaW(tiaW

detalituM.dettimdatonsirebircsbussihtotecnednopserroC

stiucricoN.degnahcneebsahrebmuns'rebircsbuS

.rebircsbusasiregnolonrotonsiytrapdellacehT.rebmunllacruoyetacidnI

.degagnesirebircsbuS.deergA

.noissimsnartruoypotSesaelPrepaP

devieceR.niagauoyllaclliwI

daeRotgnirrrefeR

taepeRyrroS

esaelP?egrahcehtsitahW

?egassemtsetadnesesaelPnoitisopxelethtiwnoitacinummocnierauoY

sknahTxeleT

This page is intentionally left blank.

AP3-1

APPENDIX 3 Digital Interface(IEC 61162-1 Edition 2)

Input sentences

GLL, RMA, RMC

Schematic diagram

IEC1162 (NMEA)

CHASSIS

1

RD-A

J2

RD-B

23456789

10

123

05P0653

J9P609

W9C1

1000p

R2

470 CR1

U181

3

+12V

1SS133

6

4

TLP121-GB

-12V

R1

4.7k 4.7k

R47

Load requirements as listner

Isolation Optocoupler

Input impedance 470 ohms

Max. Voltage ± 15V

Threshold 4 mA

AP3-2

GLL - Geographic position - latitude andlongitude

$--GLL,llll.lll,a,yyyyy.yyy,a,hhmmss.ss,A,a*hh<CR><LF> | | | | | | | | | | | | | | | +------- 6 | | | | | | +--------- 5 | | | | | +----------- 4 | | | | +---------------- 3 | | +------+----------------------- 2 +---+----------------------------------- 1

1. Latitude, N/S 2. Longitude, E/W 3. UTC of position 4. Status: A=data valid, V=data invalid 5. Mode indicator(see note) 6. Checksum

NOTE Positioning system Mode indicator: A = Autonomous D = Differential E = Estimated (dead reckoning) M = Manual input S = Simulator N = Data not valid

The Mode indicator field supplements the Status field. The Status field shall be set to V=invalid for all values of Operating Mode except for A=Autonomous and D=Differential. The positioning system Mode indicator and Status field shall not be null fields.

AP3-3

RMA - Recommended minimum navigationinformation - Loran C data

$--RMA,A,llll.lll,a,yyyyy.yy,a,x.x,x.x,x.x,x.x,x.x,a,a*hh<CR><LF> | | | | | | | | | | | | | | | | | | | | | | | | | +------- 10 | | | | | | | | | | | +--------- 9 | | | | | | | | | +---+----------- 8 | | | | | | | | +------------------ 7 | | | | | | | +---------------------- 6 | | | | | | +-------------------------- 5 | | | | | +------------------------------ 4 | | | +----+--------------------------------- 3 | +---+-------------------------------------------- 2 +------------------------------------------------------- 1

1. Status: A=data valid, V=blink, cycle or SNR warning 2. Latitude, degrees N/S 3. Longitude, degrees E/W 4. Time difference A, microseconds 5. Time difference B, microseconds 6. Speed over ground, knots 7. Course over ground, degrees true 8. Magnetic variation(see note 1),degree E/W 9. Mode indicator(see note 2) 10. Checksum

NOTE 1 - Easterly variation(E) subtracts from true course Westerly variation(W) adds to true course

NOTE 2 Positioning system Mode indicator: A = Autonomous D = Differential E = Estimated (dead reckoning) M = Manual input S = Simulator N = Data not valid


AP3-4

RMC - Recommended minimum specific GPS/TRANSIT data

$--RMC,hhmmss.ss,A,llll.lll,a,yyyyy.yyy,a,x.x,x.x,xxxxxx,x.x,a,a*hh<CR><LF> | | | | | | | | | | | | | | | | | | | | | | | | | +--- 10 | | | | | | | | | | | +----- 9 | | | | | | | | | +--+------- 8 | | | | | | | | +--------------- 7 | | | | | | | +--------------------- 6 | | | | | | +------------------------- 5 | | | | +---+---------------------------- 4 | | +---+---------------------------------------- 3 | +--------------------------------------------------- 2 +---------------------------------------------------------- 1

1. UTC of position fix 2. Status: A=data valid, V=navigation receiver warning 3. Latitude, N/S 4. Longitude, E/W 5. Speed over ground, knots 6. Course over ground, degrees true 7. Date: dd/mm/yy 8. magnetic variation, degrees E/W 9. Mode indicator(see note) 10. Checksum

NOTE Positioning system Mode indicator:

A = Autonomous D = Differential E = Estimated (dead reckoning) M = Manual input S = Simulator N = Data not valid


SP - 1

SPECIFICATIONS OF NBDP TERMINAL DP-6

1. COMMUNICATIONS

(1) Communication Mode ARQ, FEC

(2) Communication Protocol ITU-R Rec. M.625-3, M.490, M.491-1

(3) ID Code 4, 5 and 9 digits

(4) Line Code 4B/3Y fixed mark (International)

(5) Modulation AFSK

(6) Tone Frequency 1615/1785 Hz, 1415/1585Hz,

(mark/space) 1815/1985 Hz (±0.5Hz)

(7) Tone Frequency

Tracking Range 80Hz

(8) Line Input/Output -30 dBm to +10 dBm, 600 ohms balanced

2. COMMUNICATION FEATURES

Automatic transmission and receiving (maximum 10 stations)

Scramble operation (maximum 5 different code sets)

Frequency scanning (maximum 10 groups, 20 channels/group)

Morse code conversion (transmit only)

Storage for up to 100 user channels

Applicable to MARITEX.

3. TERMINAL UNIT (IB-581)

(1) Display Monochrome 9.5" LCD

(2) Microprocessor ALI M6117, 33 MHz

(3) Memory Flash EPROM: 2 MB, DRAM: 2MB

(4) Disk Drive 720kB or 1.44kB 3.5" FDD

(5) Keyboard enhanced 82-key keyboard emulates the IBM PS/2 keyboard and

includes embedded numeric and cursor control overlay and dedicated

cursor control keys.

4. OTHER FEATURES

Text editing screen

Floppy disk management

Nav data input and display

Remote control of transceiver

Printing

Self-test

SP - 2

5. ENVIRONMENTAL CONDITIONS (1) Temperature -15ºC to +55 ºC

(2) Relative Humidity 93% (at 40 ºC)

6. POWER SUPPLY (1) Main Unit: 24 VDC: 0.84 A max.

(2) Terminal Unit: 24 VDC: 0.75 A max.

7. COATING COLOR (1) Main Unit: Munsell 2.5GY5/1.5

(2) Terminal Unit Panel: Munsell N3.0 (not changed)

Cover: Munsell 2.5GY5/1.5

8. PRINTER (PP-510) (3) Printing Paper Plain, impact dot, 216mm wide, 80 characters/line (4) Power Supply 24 VDC: 1.5 A max. (5) Environmental Condition

Ambient Temperature 5 to +35 ºC

Relative Humidity 20 to 85% (non-condensing)

　

FURUNO ELECTRIC CO., LTD.9-52 Ashihara-Cho, Nishinomiya City, 662-8580, Hyogo, JapanTel: +81 798-65-2111 Fax: +81 798-65-4200

Pub NO. DOC-948

Declaration of conformityWe FURUNO ELECTRIC CO., LTD.

-------------------------------------------------------------------------------------------------------------------(Manufacturer)

9-52 Ashihara-Cho, Nishinomiya City, 662-8580, Hyogo, Japan-------------------------------------------------------------------------------------------------------------------

(Address)

hereby declare under our sole responsibility that the product

Narrow-band direct printing (NBDP) terminal Type DP-6 consisting of Main unit DP-6 andTerminal Unit IB-581 or IB-582

------------------------------------------------------------------------------------------------------------------(Model names, type numbers)

to which this declaration relates conforms to the following standard(s) or normative document(s)

Standards Test StandardsIMO Resolutions MSC.36(63), MSC.97(73) ETS 300 067: 1993-10 Amendment 1IMO Resolution A.806(19) EN 60945: 1997-01 (IEC 60945 Ed.03: 1996-11)IMO Resolution A.694(17) IEC 61162-1: 2000-07ITU-R Recommendations M.476-5, M.491-1, M.492-6, M.540-2, M.625-3---------------------------------------------------------------------------------------------------------------------

(title and/or number and date of issue of the standard(s) or other normative document(s))

For assessment, see• EC type-examination (Module B) certificate No: 99212004/AA/04 of 02 May 2007 issued by Telefication,

The Netherlands• Product Quality System (Module D) certificate No. P 112 of 20 May 2005 issued by Telefication, The

Netherlands• Test reports 963286(00) of and 963286(01) of 18 April 1997 issued by Telefication, The Netherlands

This declaration is issued according to the provisions of European Council Directive 96/98/EC onmarine equipment modified by Commission Directive 2002/75/EC.

Nishinomiya City, JapanMay 07, 2007--------------------------------------------------(Place and date of issue)

On behalf of Furuno Electric Co., Ltd.

Hiroaki KomatsuManager,International Rules and Regulations----------------------------------------------------------------(name and signature or equivalent marking of authorized person)

0560

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