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OPERATOR'S MANUAL

GMDSS Radio Station

Model

RC-1800F/1800T

This manual covers the general description of the GMDSS

Radio Station. Refer to the separate manuals for detailed information on individual units mounted in the console.

www.furuno.com

i

TABLE OF CONTENTS

Chapter 1 INTRODUCTION

1.1 Operational Overview ....................................................................................... 1-1

1.2 System Diagram ............................................................................................... 1-2

1.3 Equipment. Description..................................................................................... 1-3

1.4 Mutual Operation of Equipment ........................................................................ 1-4

1.5 Power On/Off .................................................................................................... 1-4

Chapter 2 MAINTENANCE

2.1 Control Panel .................................................................................................... 2-1

2.2 Maintenance ..................................................................................................... 2-4

2.3 Printer PP-510 .................................................................................................. 2-5

2.4 Replacement of the Parts ................................................................................. 2-8

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

ii

Chapter 1 INTRODUCTION

1.1 Operational Overview

The RC-1800F/1800T radio rack console conforms to the IMO regulations for GMDSS radio equipment. It contains an SSB radiotelephone, DSC terminal, NBDP terminal and Inmarsat C mobile earth station.

The RC-1800F is operated with the control panel and the dimmer knob. You can monitor the

AC mains source by the Lamp. Power can be checked with the power meter.

The RC-1800T is operated with the control panel and the dimmer knob (option).

1 – 1

1.2 System Diagram

The figure below shows the system diagram for the RC-1800F/1800T. The RC-1800 series

GMDSS Radio Station consists of two models' RC-1800F (floor deck mount) and 1800T (tabletop mount). Equipment are controlled using FURUNO’s radio interface protocol called MIF (see note below).

The type and number of the component differ from set to set.

Note: MIF is a handshaking type signal exchange protocol developed by FURUNO for remote control of radio equipment. In the RC-1800F/1800T, for example, the MF/HF DSC terminal can automatically set the frequency on the SSB Radiotelephone.

RC-1800F/1800T

NMEA IN

(Nav data)

SSB

Radiotelephone

24VDC 24VDC

NMEA OUT

(Maximum five outputs)

Distribution

PCB

(Inside Console)

24VDC

Inmarsat-C

PP-510

(Printer)

RC-1800F only, built in console

24VDC (To each unit)

24VDC

PP-510

(Printer)

DSC

Terminal*

IF-8500

(Printer

Interface)

24VDC

(Inside Console)

No.1

FM-8500

No.2

FM-8500

NBDP

Terminal**

24VDC

24VDC

(Reverse

Source)

100/110/

220/440VAC

(Main Source)

External VHF

Radiotelephone

(Including DSC)

AC/DC

Power Supply

Radio

Battery

Alarm Unit

(Option)

(Distress Alert Unit)

*: May be incorporated in the SSB radiotelephone depending on

radiotelephone used.

**: NBDP terminal is not incorporated in the dual Inmarsat C radio rack console.

1 – 2

1.3 Equipment Description

Regulations require that all equipment be powered while the vessel is underway.

SSB Radiotelephone

For ship-ship and ship-station radio communications in the MF/HF band (1.6-26.175 MHz), the main communications modes are;

• Voice communications (J3E) via the handset

• DSC communications (Telex:J2B) by the MF/HF DSC terminal

• Telex communications by the NBDP terminal (J2B)

DSC and NBDP functions may or may not be incorporated in the SSB radiotelephone depinding on radiotelephone used.

MF/HF DSC Terminal

DSC function is incorporated in SSB Radiotelephone. However DSC terminal may also carry the DSC function.

The MF/HF DSC Terminal has many functions. Below are its main functions.

• Distress alert: Transmit the distress alert via the SSB Radiotelephone.

• Watches DSC distress and safety frequencies. The MF/HF DSC Terminal receives distress alert from vessel in distress and all ships call (safety and urgent call) from ship or coast station.

• All Ships Call: For urgent situation on own ship (for example, request for medical assistance).

• Individual Call: Place a call to a specific ship or coast station.

NBDP Terminal

NBDP function is incorporated in the SSB radiotelephone. However, NBDP terminal may also carry the NBDP function.

The NBDP Terminal provides Telex communications with coast stations over the MF/HF band via the SSB Radiotelephone. Furthermore, it can receive MSI (Maritime Safety Information) messages via the SSB Radiotelephone (Scan reception).

Note) NBDP Terminal is not incorporated in the dual Inmarsat C type radio rack console.

Inmarsat-C Mobile Earth Station

Provides distress and general Telex communications for mobile and fixed terrestrial subscribers in the Inmarsat-C communications network. Telex messages are processed by what is known as store-and-forward Telex. A Telex message transmitted by you arrives at a coast station where it is stored temporarily and then delivered to the subscriber specified. (Full duplex communications are not possible.)

AC/DC Power Supply

The AC/DC Power Supply consists of a battery charger and two rectifiers (PR-850AR and PR-

300) which can accept both AC and DC powers (RC-1800F only). For RC-1800T the AC/DC

Power Supply is installed externally. In the event of main AC power failure, auxiliary power

(battery) provides power to the equipment, for the amount of time stipulated by radio regulations.

1 – 3

1.4 Mutual Operation of Equipment

As noted earlier, the equipment in this radio console are interfaced by FURUNO's MIF radio interface. For example, to transmit a message over the MF/HF DSC Terminal or NBDP Terminal, the Tx and Rx frequencies and class of emission are automatically set on the SSB Radiotelephone and then the message is transmitted.

Two printers are supplied and one is dedicated to the Inmarsat C. The other printer is shared by up to four units: MF/HF DSC Terminal, NBDP Terminal, and external VHF DSC (maximum two sets, option). It is automatically connected to one of those equipment on a first-come-firstserved basis. For example, if the MF/HF DSC Terminal is used (message transmission or reception), the printer is automatically connected to the MF/HF DSC Terminal and disconnects itself from other equipment.

Connection between MF/HF DSC Terminal and NBDP Terminal

Suppose you transmitted a call over the MF/HF DSC Terminal and want to communicate with the receiving station by the NBDP Terminal instead of the SSB Radiotelephone. If the MF/HF

DSC Terminal and NBDP Terminal were not connected you would have to set the several data such as working frequency, communication mode, etc. manually on the NBDP Terminal. Because they are connected by the remote function, however, the data mentioned above are automatically set on the NBDP Terminal via the MF/HF DSC Terminal.

1.5 Power On/Off

Turning on the system

For RC-1800F use the power switch at the lower left side of the console. For RC-1800T use main switch on the switchboard and power switch on each AC/DC power supply.

1. Turn on breakers and switches on the AC/DC Power Supply in the following order:

1 100/200 VAC main power switch

2 PR-850AR AC input breaker

3 PR-850AR DC output breaker

4 All toggle switches (any order) on right side

2. Turn on power switches (any order) of all equipment in the console.

3 PR-850AR DC

Output Breaker

4 Toggle Switches

PR-850AR

AC IN

1 Main

Switch

2 PR-850AR AC

Input Breaker

1 – 4

Turning off the system

Reverse the order shown at the previous page to turn off the system.

(Example for RC-1800F-15A)

Battery

Charger PR-850AR

FS-1570

(24 VDC backed

up by battery)

PR-300

Inmarsat C

(24 VDC backed

up by battery)

24 VDC

Battery

(Main Switch)

100/110/220 VAC

Turning off the printer interface

1. Remove four screws to remove the control panel.

2. Turn off the switch shown below.

IF-8500

I

ON

OFF

3. Attach the control panel.

1- 5

This page is intentionally left blank.

Chapter 2 MAINTENANCE

The figure which follows is an exploded view of the Control Panel.

4

Dimmer knob: right side of console (refer to page 1-1)

(RC-1800T: option)

3

Voltmeter and Ammeter

5 BUZZER STOP switch

1

EMG LIGHT switch

2

BATTERY

MONITOR lamp

6

BATTERY

CHARGER switch

For flooded lead-acid battery:

Control description

1. EMG LIGHT switch

Turns the emergency lamps at the top of the console on/off (RC-1800T: option).

2-1

2. BATTERY MONITOR lamp

IN USE lamp (AC power failure: orange)

Lights to alert that the AC power has failed and the radio equipment is being powered by the radio battery (DC power) alone. When lit, only the equipment related to distress communication are powered. (Power is not supplied to console lights.)

LOW VOLT lamp (low battery voltage: red)

Lights to alert that the battery voltage is below 22 VDC. (The aural alarm sounds until the voltage becomes higher than 22 VDC.)

3. Voltmeter, Ammeter

Monitors battery voltage and electric current during charging of radio battery. The battery voltage is kept between 25.0 VDC and 28.0 VDC in the flooded lead-acid battery (traditional), and 26.7 VDC in the valve-regulated lead-acid battery.

4. Dimmer knob

Turns on the desk lamp and adjusts lamp brilliance, and is located at the top of the console. The desk lamp does not light during AC power failure; use the emergency light instead.

5. BUZZER STOP switch

This switch silences the buzzer. The buzzer sounds when the battery is abnormal or AC power fails.

2-2

Valve-regulated lead-acid battery (maintenance free battery)

• AUTO: Set the switch to AUTO always. The battery voltage is kept between 26.5

VDC and 27.0 VDC.

• OFF: Disconnects the charger from the radio battery.

1) Care of the battery

The lead-acid battery powers the radio console when the ship’s mains power and emergency power fail, to enable communication in the event of distress. Therefore, follow the points mentioned below to keep the battery in good working order.

WARNING

Do not remove or disassemble the safety tap of the lead-acid battery.

Removal may cause the battery to explode, lower its performance or shorten its life.

The temperature of the electrolyte in the lead-acid battery should keep between -15

°

C and 45

°

C.

The electrolyte can cause explosion if it becomes too hot.

2) Confirming charging

Confirm that the BATTERY CHARGER switch on the Control Panel is set to AUTO.

Further, confirm that the voltage shown on the battery voltage meter on the Control

Panel is normal (between 26.5 VDC and 27.0 VDC).

3) Cleaning

The battery and the area around it should always be clean and dry. Clean the battery case with a water-moistened cloth. Do not use organic solvents, thinner, gasoline, benzine or alcohol to clean the battery. (They may crack the case.) For heavy dirt, clean the case with white kerosene.

4) Environmental conditions

• Keep the battery out of direct sunlight.

• Coat the nuts and bolts which tighten the battery contacts with anticorrosive paint.

Check the battery once a year, retighten nuts and bolts if necessary.

Flooded lead-acid battery (traditional battery)

Turns the battery charger on/off.

• AUTO: Automatically turns on the battery when the battery voltage is below 25.0 VDC and turns it off when the voltage exceeds 28.0 VDC. While the vessel is underway, set the switch in this position.

• OFF: Disconnects the charger from the radio battery.

• MANUAL: Charges the battery manually.

NOTE: When the charging current falls below 2A, wait for about 10 hours and then turn off the switch. (For details, see the manual for the lead-acid battery.)

1) Charging the battery

Before operating the radio, check the voltage and current of the battery. When the

BATTERY CHARGER on the Control Panel is set to AUTO, the battery voltage is kept between 25.0 VDC and 28.0 VDC. If the BATTERY CHARGER switch is kept in the OFF position for a long time the voltage may fall below 24 VDC. In this case, charge the battery as follows.

1. Set the BATTERY CHARGER switch to MANUAL.

The charging current is around 20 A at the start, and is reduced gradually as charging proceeds.

2. When the charging current goes below 2 A, wait for about 10 hours and then turn the BATTERY CHARGER switch off or set it to AUTO.

NOTE: When the AC power fails, the radio battery automatically supplies power to the radio regardless of BATTERY CHARGER switch position. The battery will not discharge as long as the AC power is alive.

2) Care of the battery

The lead-acid battery powers the radio console when the ship’s main power and emergency power fail, to enable communication in the event of distress. Therefore, follow the points mentioned below to keep the battery in good working order.

2-3

WARNING

Keep sparks and lit smoking materials away from the lead-acid battery. Make sure

the battery room is well ventilated.

The battery emits hydrogen gas which can cause explosion.

The electrolyte in the lead-acid battery contains sulfuric acid, which can be harmful to the human body, particularly to the eyes.

If sulfuric acid contacts eyes, skin or clothing, flush directly with water. For eyes, contact a physician. Loss of eyesight can result.

The temperature of the electrolyte in the lead-acid battery should not exceed 45

°

C.

The electrolyte can cause explosion if it becomes too hot.

3) Confirming charging

Confirm that the BATTERY CHARGER switch on the Control Panel is set to AUTO.

Further, confirm that the voltage shown battery voltage meter on the Control Panel shows is normal (between 25.0 VDC and 28.0 VDC).

4) Check the specific gravity of electrolyte

Keep the specific gravity of electrolyte within 1.240 ± 0.010 (20°C).

5) Water supply

The optimum electrolyte level is such that water fills to the highest graduation on the scale at the side of the battery case. When the electrolyte level falls below the highest graduation, fill to the highest graduation with distilled water. Do not use diluted sulfuric acid or tap water; they will shorten battery life.

6) Cleaning

The battery and the area around it should always be clean and dry. Clean the battery case with a water-moistened cloth. Do not use organic solvents, thinner, gasoline, benzine or alcohol to clean the battery. (They may crack the case.) For heavy dirt, clean the case with white kerosene.

7) Environmental condition

• Keep the battery out of direct sunlight.

• Coat the nuts and bolts which tighten the battery contacts with anticorrosive paint. Check the battery once a year, retighten nuts and bolts if necessary.

2.2 Maintenance

1. Cleaning display screens

Dust or dirt on the display screens of equipment may be removed with a soft cloth. Do not use chemical cleaners—they may remove paint and markings.

2-4

2. Cleaning floppy disk drives

The heads in the floppy disk drive of the terminal unit and Inmarsat-C should be cleaned regularly to prevent damage to floppy disks. Use a cleaning floppy disk.

(FURUNO can supply a cleaning floppy disk. It is type MCD-2, code no. 000-116-420.)

Procedure

1. Insert ∞a cleaning floppy disk in the drive.

2. Execute “Format” operation (in the F1 menu). The access lamp on the drive lights.

3. Wait until the access lamp goes off. Remove the disk. (Error message for formatting appears on the screen.)

Turning on the power

Turn on the POWER switch at the front of the printer. The POWER and ON LINE lamps light. The printer is now ready to print. If the ON LINE lamp is off, press the ON LINE switch to turn it on; No print is done when the ON LINE lamp is off.

POWER switch

P.PARK

FF LF NLQ ON LINE

POWER Lamp

P.OUT Lamp

Lights when paper put or internal error is found.

Toggles between online and offline state.

These keys are operative when the printers is in off line state

(ON LINE lamp is off).

Key description

[NLQ] (Near Letter Quality) key

Toggles between draft and NLQ print modes. Lighting the key selects near letter quality

(high quality) print.

[LF] key

Advances the paper one line. Press and hold down the key to advance the paper continuously.

[FF] key

Advances the paper to the top of the next available form. The default form length is 11 inches.

[P.PARK] key

Backs the paper by maximum 18 inches. If the paper is not detected after backing it, the

P. OUT lamp blinks three times and the printer stays in offline state.

2-5

Loading roll paper

This section shows you to load the roll paper.

CAUTION

Keep fingers away from edges on the printer and cover.

Edges can cut fingers.

Observe the following cautions when loading the paper:

• To prevent paper skewing or jamming, be sure the paper is positioned correctly.

• Never turn the platen knob too fast—gears may be damaged.

Paper

Paper Support Bar

Printer Cover

Printer Head

Paper Guide Bar

Platen Knob

PP-510,side view

2-6

Removing remaining paper

1. Press P. PARK the switch to back up the paper. Turn off the power.

2. Unfasten screws A and push back B (for both right and left) shown below to remove the printer cover.

C Paper

Paper Cover

Screw A

B

Printer cover

3. Swing out the paper cover by 100 ° to 120° then lift it from the right-hand side to remove it from the printer.

4. Referring to the figure above, lift the paper bail C. As shown in the figure which follows, remove the roll paper stay D and then take out the roll paper.

D

Loading new roll paper

5. Insert the roll bar into the roll paper from the left side. Set the roll paper to the roll paper cradle.

Roll Bar

Roll Paper

Type : A21PLYW

Code No.: 000-134-903

Type : T-214whiteOKFIP

Code No.: 000-119-433

Roll Paper Cradle

Select either.

(no carbon)

2-7

6. Pull the paper bail forward. Manually feed the paper over the paper guide bar and under the platen. Turn the platen knob clockwise to feed the paper so it reaches the paper guide bar.

Paper Guide Bar

Paper Release Lever

Platen Knob

Platen

Paper Bail

7. Unlock the paper release lever to adjust the paper and then lock it.

8. Slide the left and right guide rings to position the paper straightly.

Guide Ring

Guide Ring

9. Replace the paper cover, the printer cover and roll paper stay .

Remarks on Replacement of Ribbon Cassette

Change the ribbon when print darkness is no longer suitable to your needs.

Type Part

Ribbon Cassette SP-16051NB

Code No.

000-133-029

The print head is hot after printing. Allow it cool before touching it.

2.4 Replacement of the Parts

The parts shown below should be replaced before the expected expiration date. The period of expiration begins from the date of installation. Record the date of replacement. For replacement, request service.

Part Type Code

Distributor PCB 05P0606(LF) 001-046-600 4.1 years

2-8

SPECIFICATIONS OF THE GMDSS RADIO STATION

RC-1800-F/T

1.1 SSB Radiotelephone: FS-1570 (150 W), FS-2570 (250 W), FS-5000 (400 W)

1.2 MF/HF DSC/Watch Receiver: DSC-60

1.3 NBDP Terminal: DP-6

Note) NBDP terminal is not incorporated in the dual Inmarsat

1.4 Inmarsat C MES:

1.5 Printer

C radio rack console.

FELCOM 15

PP-510 (2 sets)

1.6 AC/DC Change-over Unit (standard for RC-1800F, optional for RC-1800T)

Battery Charger

Power Source

Duplex Battery

BC-6158 (RC-1800F), BC-6158/6200 (RC-1800T)

PR-850AR (RC-1800F), PR-850A (RC-1800T)

PR-300

2.1 Main Source/ Battery Charger Source: 100 VAC, 1 phase, 60Hz, 34 A max.

2.2 Reserve Source: 24 VDC, 50 A max. (for reduced emission)

3.1 Ambient Temperature

Below deck equipment:

Printer:

3.2 Relative Humidity

3.3 Vibration

3.4 Waterproof

-15°C to +55°C

+5°C to +30°C

93% at +40°C

IEC 60945

IEC 60945: IPX0

4.1 Cabinet:

4.2 Front Panel:

4.3 Unit Panel:

Munsell 7.5BG7/2

Munsell N3.0

See respective specifications

SP - 1 E5632S01

SPECIFICATIONS OF THE SSB RADIOTELEPHONE FS-5000

1. GENERAL

(1) Communication System

(2) Frequency Range

(3) Class of Emission

(4) Number of Channels

(5) Power Supply

Full-duplex, Semi-duplex or simplex

Transmit: 1.6065 MHz to 29.9999 MHz (100 Hz steps)

Receive: 0.1 MHz to 29.99999 MHz (10 Hz steps)

J3E, J3C (for intership facsimile),

H2B (for selective calling),

H3E/A3E (reception only),

F1B = J2B (for DSC, NBDP terminal),

F3C (for weather facsimile, reception only)

User channel: 400

ITU SSB/TELEX channels

2182 kHz (single action)

24 VDC: 3 A (reception), 60 A (transmission) max.

2. TRANSMITTER

(1) Frequency Range

(2) RF Output Power

(3) Power Reduction

1.6065 MHz to 29.9999 MHz (100Hz steps)

400 Wpep at 50 ohms load

60 W

(5) Modulation AF Response

(6) Keying Speed

(7) AF Input

(8) Line Input

(9) Tone Frequency

3. RECEIVER

(1) Receiving System

(2) Frequency Range

(3) Sensitivity

(4) Selectivity

(5) Spurious Response

(6) Intermodulation

350 Hz to 2700 Hz within 6 dB

CW: 25 bauds, Telex: 100 bauds

-46 dBm/600 ohms

0 dBm/600 ohms

1500 Hz

Double-conversion superheterodyne

10kHz 29.99999MHz (10 Hz steps)

Input level to produce SINAD 20dB, Unit: dBµV

Frequency Range (MHz)

0.1 to 0.3

0.3 to 1.6

J3E

+40

+25

H3E

+54

+39

F1B

1.6 to 4 +15 +29 +6

4 to 30 +3 -7

0.1 to 4 MHz: at 10 ohms + 250 pF, 4 to 30 MHz: at 50 ohms

J3E: 2.4 kHz at –6 dB

H3E: 6 kHz at –6 dB

F1B: 0.3 kHz at –6 dB

Better than 90 dB

Better than 94 dB

SP – 2 E5632S02D

(7) Audio Output

(8) Standard Features

4. ANTENNA COUPLER

(1) Tuning System

(2) Frequency Range

(3) Input Impedance

(4) Antenna

(5) Tuning Power

(6) VSWR

(7) Tuning Time

(8) Dummy Load

(9) Power Source

(10) Antenna BK relay

Internal speaker: 2 W/ 8 ohms

External speaker: 4 W/ 4 ohms

Line output: 0 dBm/ 600 ohms

Scan, Sweep, Noise Blanker, Voice-activated Squelch

CPU controlled fully automatic tuning system

1.6 MHz to 27.5 MHz

50 ohms (viewed from transceiver)

7 m to 18 m wire or whip antenna + wire

10 W less than 1.5

0.2 to 2 seconds typical (within 2 to 15 seconds.)

10 ohms + 250 pF mounted in the coupler

18 VDC: supplied from transceiver unit

Internal, optional supply

SP – 3 E5632S02D

SPECIFICATIONS OF THE DSC/WATCH RECEIVER DSC-60

1. DSC TERMINAL

(1) Line out

(2) Line in

(3) Frequency shift

(4) Baud rate

(5) Protocol

0 dBm (adjustable between -12dBm and +12dBm),

600 ohms, balanced

-30 to +10 dBm, 600 ohms, balanced

Mark: 1615 Hz, Space: 1785 Hz

100 baud’s ± 30 x 10 -6

Complies with ITU-R Rec.493-9, 541-8, 1082-1

2. DSC WATCH KEEPING RECEIVER

(1) Receiving Frequency

For MF spec:

For MF/HF spec:

(2) Class of Emission

(3) Frequency Stability

(4) Intermediate Frequency

(5) Selectivity

2187.5 kHz

2187.5 kHz, 4207.5 kHz, 6312 kHz, 8414.5 kHz,

12577 kHz and 16804.5 kHz

F1B, J2B within ±10 Hz

1st: 54455 kHz, 2nd: 455 kHz

-6 dB: 270 Hz or more

-30 dB: within ±380Hz

(6) RF Input Impedance

(7) Receiving Sensitivity

-60 dB: within ±550Hz

50 ohms

Better than 0 dB µ (at error rate within 1%)

(8) Warming-up Time 1 minute (oven 30 minutes)

3. GENERAL WATCH KEEPING RECEIVER (OPTION)

(1) Receiving Frequency 1.6 MHz to 27.5 MHz

(2) Class of Emission

(3) Frequency Stability

(4) Intermediate Frequency

(5) Selectivity:

F1B, J2B within ±10Hz

1st: 54455 kHz, 2nd: 455 kHz

-6 dB: 270 or more

(6) RF Input Impedance:

(7) Receiving Sensitivity:

-30 dB: within ±380Hz

-60 dB: within ±550Hz

50 ohms

Better than 0 dB µ (at error rate within 1%)

(8) Warming-up Time: 1 minute (oven 30 minutes)

SP - 4 E5632S01D

4. MF/HF SSB TRANSCEIVER REMOTE STATION

(1) Line out: 0 dBm, 600 ohms, balanced

(2) Line in:

(3) AF input (Microphone):

0 dBm, 600 ohms, balanced

-46 dBm, 600 ohms, unbalanced

(4) AF output (Loudspeaker):

(Handset):

5. DISPLAY

3 W, 4 ohms

1 mW, 200 ohms

(1) LCD Unit:

(2) Characters

(3) Back Light:

(4) Contrast:

6. I/O DATA

(1) Nav. Data input:

120 x 64 dots

20 characters x 8 lines (1 character: 5 x 7 dot) max.

20 characters x 10 lines (1 character: 5 x 5 dot) max.

Yellow, 8 tones

64 tones

(2) DMC:

(3) Received Call output:

(4) NBDP:

(5) Printer:

(6) RT (MF/HF Transceiver):

IEC 61162-1, current loop; 1 pair/port

IEC 61162-1/RS232C or

DMC OUT/IN/CTR H/C; 3 pairs/port

RCV BZ OUT/IN/CTR; 3 pairs/port

IEC 61162-1/RS232C

Centronics (parallel)

IEC 61162-1/RS232C,

Line in: 0dBm, 600 ohms,

Line out: 0dBm, 600 ohms, and other control signals

(7) Power Supply

(8) Color

24 VDC (backed up by battery), less than 24 W

Panel: N3.0 (not changeable)

SP - 5 E5632S01D

SPECIFICATIONS OF THE NBDP TERMINAL DP-6

1. COMMUNICATIONS

(1) Communication Mode

(2) Communication Protocol

(3) ID Code

(4) Line Code

(5) Modulation

(6) Tone Frequency

(7) Tracking Range

(8) Line Input/ Output

2. COMMUNICATION FEATURES

(1) Automatic transmission

(2) Frequency scanning

(3) Storage channels

(4) Application to MARITEX.

3. TERMINAL UNIT (IB-581)

(1) Display

(2) Microprocessor

(3) Memory

(4) Disk Drive

(5) Keyboard

Timer Programming

Automatic transmission and receiving (maximum 10 stations) maximum 10 groups, 20 channels/group

Storage for up to 100 user channels

Available

Monochrome 9.5" LCD, 80 x 25 characters (7 x 9 dots) intel 80386SX 40 MHz

Flash ROM and 1 MB RAM

720kB or 1.44kB 3.5" FDD enhanced 82-key keyboard emulates the IBM PS/2 keyboard and includes embedded numeric and cursor control overlay and dedicated cursor control keys.

(6) Other Features

(7) Power Supply

Main Unit:

Terminal Unit:

ARQ, FEC, DIRC (FSK)

ITU-R Rec. 625, 476-3, 490, 491, 492

4 units, 5 units and 9 units

4B/3Y fixed mark (International)

AFSK

1615/1785 Hz

±80Hz

0 dBm (-30 dBm to +10 dBm, 600 ohms balanced)

Text editing screen, Floppy disk management,

Nav data input and display, Remote control of transceiver,

Self-diagnosis

24 VDC: 0.9 A

24 VDC: 0.8 A

SP - 6 E5632S01D

SPECIFICATIONS OF THE PRINTER PP-510

1. GENERAL

(1) Printing System

(2) Character Composition

(3) Printing Speed

(4) Emulation

(5) Type of Characters

(6) Type of Paper

(7) Paper Holder

Maximum width

Maximum diameter

Internal diameter

Paper end sensor

(8) Paper Advance Speed

(9) Data Buffer

(10) Number of Copies

(11) Ink Ribbon

(12) Interface

(13) Noise

Serial Impact dot matrix

9 x 7 dot matrix

Draft: 200 characters/second, NLQ: 50 characters/second

Epson FX850 mode or IBM Proprinter II mode

324 letters (Epson FX850 mode)

262 letters (IBM Proprinter II mode)

Roll paper, type “1P”, non-carbon paper 34g/m 2

209 to 216mm

124mm

25mm (winding core)

Provided

1/6, 1/8 or 1/216 inch steps, 8.3 lines/sec(at 1/6" step)

21K bytes (Epson FX850 mode)

9.3K bytes (IBM Proprinter II mode)

Original plus 2 copies (Total thickness: 0.2mm or less)

Original fabric ribbon (13mm x 14m)

Parallel interface (Centronics)

Less then 59 dBA

2. ENVIRONMENTAL CONDITION

(1) Operating Temperature 5°C to 35°C

(2) Operating Relative Humidity 20% to 85% (non-condensing)

3. POWER SUPPLY

(1) Power Consumption 24 VDC: 1.5 A, 36 W max.

SP - 7 E5632S01D

SPECIFICATIONS OF THE AC/DC CHANGE-OVER UNIT

(RADIO SWITCH BOX)

1. BATTERY CHARGER (BC-6158)

(1) Applicable Battery

(2) Power Source

(3) Output for Battery

(4) Charge/discharge Meter

(5) Control Panel

2. RECTIFIER (PR-850AR)

(1) Power Source

(2) Input Current

(3) Output Voltage

(4) Peak Output Current

(5) Ripple Voltage

(6) Insulation Resistance

200AH Normal ship battery

100/110/200/220 VAC, 1 phase, 50/60 Hz

28 VDC, 30 A nominal built in the radio console panel built in the radio console

100/110/120/200/220/240 VAC, 1 phase, 50/60 Hz or

24 VDC

15 A or less (100VAC input, 30 A output)

30 A or less (100VAC input, 60 A output)

24 V DC ±10%, 30 A

60 A (within 1 min at AC supply)

40 A (within 1 min at DC supply)

200 mVp-p or less

500 VDC, 10 MΩ or more between AC input and chassis

3. RECTIFIER (PR-300)

(1) Power Source

(2) Input Current

(3) Output Voltage

(4) Peak Output Current

(5) Ripple Voltage

(7) Insulation Resistance

100/110/200/220 VAC, 1 phase, 50-60 Hz or 24 VDC

4.1 A or less (100VAC input), 7.5 A or less (DC input)

24 VDC ±10%, 7.5 A

20 A (with rated output current: 15 A, 250 msec, duty 50 %)

100 mVp-p or less

500 VDC, 50 MΩ or more between AC input and chassis

SP - 8 E5632S01D

SPECIFICATIONS OF SSB RADIOTELEPHONE

FS-1570/2570

1 MF/HF DIGITAL RADIOTELEPHONE

1.1 GENERAL

1.1.1 Communication System Semi-duplex or simplex

1.1.2 Class of Emission

1.1.3 Frequency Range

1.1.4 Number of Channel

1.1.5 Display Method

1.1.6 Backlight

1.1.7 Contrast

1.1.8 Warming up

J3E: Telephone

J2B (F1B): DSC and NBDP

H3E: reception only

100.00 kHz to 29,999.99 kHz

User programmable: 255 TX/RX pairs

All ITU channels incorporated (include DSC/NBDP channels)

2182 kHz (single action)

Monochrome LCD (120 x 64 dots)

1 minute approx. (oven 20 minutes approx.)

1.2 TRANSMITTER

1.2.1 Frequency Range 1,606.5 kHz to 26.175 MHz (100 Hz steps)

1.2.2 RF output Power

FS-1570：

FS-2570：

1.6-4 MHz: 75/100 Wpep (J3E, J2B (F1B))

4-26.175 MHz: 150 Wpep (J3E, J2B (F1B))

1.6-4 MHz: 75/100/200 Wpep (J3E, J2B (F1B))

4-26.175 MHz: 250 Wpep (J3E, J2B (F1B))

1.2.3 Frequency Resolution Within ±10 Hz

1.2.4 Modulation AF Response 350 Hz to 2.7 kHz

1.2.5 Modulation System Low power balanced modulation

1.2.6 AF Input

1.2.7 Line in

-46 dBm/600 ohms (Handset/Microphone)

-10 dBm/600 ohms (Handset HS-2001)

0 dBm/600 ohms

1.3 RECEIVER

1.3.1 Receiving System

1.3.2 Frequency Range

1.3.3 Sensitivity

Double-conversion superheterodyne

100 kHz 29,999.9 kHz (10 Hz steps)

Input level at 10 ohms+250 pF (below 4 MHz) and 50 ohms

(above 4MHz) to produce SINAD 20 dB

Frequency Range

100 kHz to 300 kHz

300 kHz to 1.6 MHz

1.6 MHz to 4.0 MHz

4.0 MHz to 30 MHz

J3E/H3E

35 dB

25 dB

13 dB

7 dB µ

µ

µ

µ

V

V

V

V

1.4 Intermediate Frequency 1st: 72,455 kHz, 2nd: 455 kHz

1.5 Selectivity J3E: 2.4kHz at -6dB, H3E: 6kHz at -6dB

J2B (F1B): 300Hz at -6dB

SP - 9 E5637S01F-M

1.6 Inter-modulation

1.7 Spurious Response

1.8 AGC

1.9 BFO Frequency

1.10 Audio Output Power

1.11 Standard Features

Better than 80 dB µ V

Better than 70 dB

SLOW/FAST/OFF

Telex/DSC: 1,700 Hz, Facsimile: 1,900 Hz

Internal speaker: 1W/ 8 ohms

External speaker: 4W/ 4 ohms

Handset: 2.5mW/ 150 ohms

Line output: 0 dBm/ 600 ohms

Noise Blanker, Voice-activated squelch, Pre-selector

2 DSC/WATCH KEEPING RECEIVER

2.1 DIGITAL SELECTIVE CALLING

2.1.1 Frequency Shift

2.1.2 Baud Rate

Space: 1785.0 ± 0.5 Hz, Mark: 1615.0 ± 0.5 Hz

100 bps ± 30 x 10 -6

2.1.3 Protocol

2.1.4 Modulation

Complies with ITU-R Rec.493-10, 541-8, 1082-1

AFSK

2.1.5 Distress Alarm 3.5 s to 4.5 s self-repetition

2.1.6 Distress Alarm Memory 50 messages

MF/HF specification

MF specification

2.2.2 Class of Emission

2.2.3 Antenna Impedance

2.2.4 Local Oscillator

2187.5/ 8414.5 and 4207.5/ 6312/12577/16804.5 kHz

2187.5 kHz

F1B, J2B

50 ohms

1st: F+54,455 kHz, 2nd: 54,000 kHz, 3rd: 456.7 kHz

2.2.6 Intermediate Frequency 1st: 54,455 kHz, 2nd: 455 kHz

2.2.7 Selectivity -6 dB: 270 Hz to 300 Hz,

2.2.8 Receiving System

-30 dB: within ± 380 Hz,

-60 dB: within ± 550 Hz

Double-conversion superheterodyne

2.2.9 Radiation

2.2.10 RX Error Rate

2.2.11 Spurious Response

2.2.12 Scanning Reception

2.2.13 Diagnosis within 2 nW

1 % or less at 1 µ V input voltage

31.6 mV non-modulated at 10 at error rate within 1%

µ V input voltage, max. 6 frequencies within 2 s (MF/HF)

Transmit high frequency signal of DSC

2.3 GENERAL WATCH KEEPING RECEIVER (FS-2570 ONLY, OPTION)

2.3.1 Frequency Range 1,606.5 kHz to 27.5 MHz

2.3.2 Class of Emission

2.3.3 Antenna Impedance

2.3.4 Local Oscillator

J2B, F1B

50 ohms

1st: F+54,455 kHz, 2nd: 54,000 kHz, 3rd: 456.7 kHz

SP - 10 E5637S01F-M

within ±10 Hz

2.3.6 Intermediate Frequency 1st: 54,455 kHz, 2nd: 455 kHz

2.3.7 Selectivity -6 dB: 270 Hz to 300 Hz,

-30 dB: within ± 380 Hz,

2.3.8 Receiving System

2.3.9 Radiation

2.3.10 RX Error Rate

2.3.11 Spurious Response

2.3.12 Scanning Reception

2.3.13 Diagnosis

-60 dB: within ±550 Hz

Double-conversion superheterodyne within 2 nW

1 % or less at 1 µ V input voltage

31.6 mV non-modulated at 10 µ V input voltage, at error rate within 1% max. 6 frequencies within 2 s (MF/HF)

Transmit high frequency signal of DSC

3 NBDP FUNCTION (OPTION)

3.1 GENERAL

3.1.1 Communication Mode ARQ, FEC, DIRC (FSK)

3.1.2 Protocol

ID code

ITU-R M625-3, M476-5, M490, M491-1, M492-6

4, 5, 9 column

Line cord 4B/3Y (Intl.)

Modulation AFSK

Tone frequency

Tracking range

3.1.3 Applications

Auto-reception

1615/1785Hz ± 0.5 Hz (mark/space)

±80 Hz

Frequency scanning

User-channels

Setting timer and frequency (max. 10 settings available)

10 group max., 20 station as each group

100 channels max.

4.1 IB-583

4.1.1 Display

4.1.2 CPU

4.1.3 Memory

4.1.4 FD Drive

4.1.5 Keyboard

10.4” color TFT LCD, 640 x 480 dots

HD6417615 (15.5 MHz)

Flash ROM: 1 MB, S-RAM: 256 KB

1.44MB 3.5”

82 keys, IBM PS/2

4.1.6 Other functions Text editor, FD control, Printer, Remote control for Transceiver,

Diagnosis

4.2 IB-581

4.2.1 Display

4.2.2 CPU

4.2.3 Memory

4.2.4 FD Drive

4.2.5 Keyboard

9.5” monochrome LCD, 680 x 480 dots

ALI M6117 (33 MHz)

Flash ROM 2 MB, DRAM 2 MB

1.44MB 3.5”

82 keys, IBM PS/2

SP - 11 E5637S01F-M

5.1 Tuning System

5.2 Frequency Range

5.3 Input Impedance

5.4 Antenna

CPU controlled fully automatic tuning system

1.6 MHz to 27.5Hz

50 ohms

7m to 30m wire or whip antenna

150 W (FS-1570), 250 W (FS-2570)

5.6 VSWR

5.7 Tuning Speed

5.8 Dummy Load

Within 15 s

FS-1570: 10 ohms + 250 pF/100W mounted in coupler

FS-2570: 10 ohms + 250 pF/200W mounted in coupler

6 INTERFACE

6.1 Input data sentences

Ship’s Position (L/L)

IEC 61162-1 (NMEA 0183-3)

GGA>RMC>GLL

Time ZDA

7.1 Transceiver Unit/Control Unit

FS-1570

FS-2570

24 VDC: 0.8 A, max. 20 A (TX)

24 VDC: 1.5 A, max. 35 A (TX)

7.2 Terminal Unit IB-583: 24 VDC: 0.6 A

IB-581: 24 VDC: 0.8 A

7.3 Printer 24 VDC: 1.5 A

7.4 AC/DC Power Supply Unit (option) 100/110/115/220/230VAC, 1 phase, 50/60 Hz

8.1 Ambient Temperature

8.2 Relative Humidity

8.3 Water proofing

(IEC 60529)

8.4 Vibration

-15°C to +55°C

93 or less at 40°C

Control Unit (Panel): IPX2

Transceiver Unit/ Terminal Unit: IPX0

Antenna Coupler: IPX5

9.1 Control Unit/ Terminal Unit Panel: N3.0, Cover: 2.5GY5/1.5

2.5GY5/1.5

9.3 Antenna Coupler N9.5 (white)

SP - 12 E5637S01F-M

1 GENERAL

SPECIFICATIONS OF INMARSAT C MES

FELCOM 15

1.1 Transmitting Frequency 1626.5 to 1646.5 MHz

1.2 Receiving Frequency 1530.0 to 1545.0 MHz

1.3 Antenna

1.4 G/T

Omnidirectional

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

1.5 EIRP

1.6 Modulation

1.7 Modulation Rate

1.8 Coding

12 to 16 dBW (elevation angle 5°)

BPSK

1200 sps

Convolution with coding rate 1/2 and constraint length 7

1.9 Decoding

1.10 Transmission Speed

1.11 Internal GPS Receiver

600 bps

12 channels, all-in-view

Accuracy: position 15 m rms, speed 0.1 knot rms under the condition of HDOP≦4

1.12 Navigation Data Interface Internal GPS Board (option)

IEC61162-1

SOURCE

2.1 Terminal Unit 12-24 VDC: 13.0-5.0 A (Transmit), 1.7-0.9 A (Receive)

2.2 Rectifier (PR-240-CE, option) 100/110/200/220 VAC, 1 phase, 50/60 Hz

CONDITION

Above deck equipment: -35°C to +70°C

Below deck equipment: -15°C to +55°C

3.2 Relative Humidity

3.3 Waterproof (IEC 60529)

95% (at +40°C)

Antenna Unit IPX6

Others IPX0

3.4 Vibration

COLOR

4.1 Antenna Unit

4.3 Others

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

N3.0

2.5GY5/1.5

SP-13 E5635S01C

9-52 Ashihara-cho,

Nishinomiya, 662-8580, JAPAN

All rights reserved.

Printed in Japan

Pub. No. OME-56320-K

(REFU ) RC-1800F/1800T

The paper used in this manual is elemental chlorine free.

・FURUNO Authorized Distributor/Dealer

A : FEB .

2001

K : DEC . 05, 2012

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