Furuno FS-1562-15, FS-1562-25 User Manual

Download

Page 1

Page 2

PUB. No. OME- 55722

( YOSH)

FIRST EDITION : OCT. 1993

9-52, Ashihara- cho, Nishinomiya, Japan

Telephone: 0798-65-2111 Telefax: 0798-65-4200

Printed in Japan

Your Local Agent/Dealer

N1 : AUG. 19, 2002

FS-1562-15/25

Page 3

SAFETY INSTRUCTIONS

"DANGER", "WARNING " and "CAUTION" notices appear throughout this manual. It is the responsibility of the operator of the equipment to read, understand and follow these notices. If you have any questions regarding these safety instructions, please contact a FURUNO agent or dealer.

The level of risk appearing in the notices is defined as follows:

This notice indicates a potentially hazardous situation which, if not

DANGER

WARNING

avoided, will result in death or serious injury.

This notice indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION

This notice indicates a potentially hazardous situation which, if not avoided, could result in minor or moderate injury, or property damage.

iiiiiiiiiiiii

Page 4

DANGER

WARNING

Do not work inside the equipment unless totally familiar with electrical circuits.

Hazardous voltage which will cause death or serious injury exists at the following locations:

• Transceiver unit

• Antenna and antenna coupler (both at TX)

HAZARDOUS VOLTAGE

is present at these points.

Do not operate the equipment with wet hands.

Electrical shock can result.

Keep heater away from equipment.

Heat can alter equipment shape and melt the power cord, which can cause fire or electrical shock.

Any repair must be done by a licensed radio technician.

Improper repair work can cause fire or electrical shock.

ANTENNA COUPLER

CAUTION

WARNING

Do not disassemble or modify the equipment.

Fire, electrical shock or serious injury can result.

Turn off the power immediately if water leaks into the equipment or the equipment is emitting smoke or fire.

Continued use of the equipment can cause fire or electrical shock.

Do not place liquid-filled containers on the top of the equipment.

Use the proper fuse.

Use of a wrong fuse can result in fire or permanent equipment damage.

Do not use the equipment for other than its intended purpose.

Personal injury can result if the equipment is used as a chair or stepping stool, for example.

Do not place objects on the top of the equipment.

The equipment can overheat or personal injury can result if the object falls.

Fire or electrical shock can result if a liquid spills into the equipment.

Page 5

LIST OF CONTENTS

INTRODUCTION ..................................................................................................iv

Specifications of MF/HF Radiotelephone model FS-1562...................................... v

Chapter 1 OPERATION................................................................................ 1.1

1.1 SYSTEM SET-UP........................................................................ 1.1

1.2 Front View of Transceiver Unit.................................................... 1.2

1.3 Power Supply Unit ....................................................................... 1.4

1.4 Starting operation ......................................................................... 1.5

1.5 Selecting Frequency ..................................................................... 1.5

1.6 Transmitting................................................................................ 1.10

1.7 Distress Call on 2182 kHz.......................................................... 1.11

1.8 In the Event of Antenna Coupler Failure.................................... 1.13

1.9 DSC Distress Calling.................................................................. 1.13

1.10 Receiving.................................................................................... 1.14

1.11 Frequency Scan .......................................................................... 1.15

1.12 Frequency Sweep........................................................................ 1.16

Chapter 2 OPERATION of OPTIONAL DEVICES..................................... 2.1

2.1 Telex Communication................................................................... 2.1

2.2 Intercom........................................................................................ 2.2

2.3 Remote Station ............................................................................. 2.2

Chapter 3 CHANGING SYSTEM SETTING .............................................. 3.1

3.1 SYSTEM SETUP ......................................................................... 3.1

3.2 CUSTOMIZING BY OPERATOR............................................... 3.1

Chapter 4 MAINTENANCE.........................................................................4.1

4.1 Weekly Checks ............................................................................. 4.1

4.2 Diagnostic T est .............................................................................4.1

4.3 LCD/Keyboard Test & ROM Version No. Confirmation............. 4.3

4.4 Antenna Coupler Test ................................................................... 4.4

4.5 Maintenance ................................................................................. 4.5

Chapter 5 TROUBLESHOOTING ............................................................... 5.1

5.1 Troubleshooting List..................................................................... 5.1

5.2 Error Indication ............................................................................ 5.3

5.3 Replacing Fuses............................................................................ 5.3

APPENDIX........................................................................................................ AP.1

Declaration of conformity to type

iii

Page 6

INTRODUCTION

FURUNO Electric Company thanks you for selecting the FS-1562 MF/HF SSB Radiotelephone. We are confident you will discover why FURUNO has become synonymous with quality and reliability. To get maximum performance from your unit, please carefully read and follow the recommended procedures for operation and maintenance.

The FS-1562 is an all-purpose radiotelephone system especially designed for marine mobile communication in the frequency range 1.6 to 27.5 MHz. All ITU channels are preprogrammed. In addition, TX/RX frequencies can be preprogrammed into a E2 PROM having a capacity of 200 frequency pairs.

There are two types of the FS-1562: FS-1562-15 (150 Wpep) and FS-1562-25 (250 Wpep), where pep is peak envelope power, the unit for addressing an output power in a Single Sideband (SSB) transmitter .

• Installation information is contained in the installation manual.

• System initialization after installation is described in the service manual.

Features

• GMDSS operation: DSC and NBDP connections

• 2182 key provides for immediate selection of 2182 kHz (at FULL power automatically)

• Scan/Sweep receiving function

• PROM stores all ITU SSB and TELEX frequencies

• Dummy load (in the Antenna Coupler) permits checking of transmitter

• Effective noise blanker cancels pulse noise

• Advanced “voice” detecting type squelch circuit filters out noise

• Remote station (RB-500) optionally available

• System diagnostics program

• The AC FAIL Board (option) functions to reduce Tx power automatically when AC power fails (only FS-1562-25).

Notes

1. Use a battery having sufficient capacity (more than 120 AH for 150 W set, 200 AH for 250 W set). Otherwise, battery cannot provide sufficient transmission power.

2. Handle the microphone carefully. Heat, humidity and shock will affect performance.

3. Do not adjust the potentiometers inside the unit. Improper adjustment may cause serious damage.

Page 7

Specifications of MF/HF Radiotelephone model FS-1562

The model FS-1562-15/25 complies with the following rules and regulations:

- IMO A.421(XI), A.610(15), A613(15), A.694(17)

- International Convention on Safety of Life at Sea 1974, as amended 1988 (GMDSS Conference)

- ITU Radio Regulations

- ETS 300 373

- IEC 1097-9 draft, IEC 945 General Requirements

- EC EMC Directive for CE marking requirements

- Other relevant rules

GENERAL

Communication System Simplex or semi-duplex Frequency Range 1.6 to 27.5 MHz (transmit), 0.1 to 30 MHz (receive) Frequency Resolution Transmit: 100 Hz Receive: 10 Hz Class of Emission J3E SSB, suppressed carrier , signal channel containing analogue information, telephony;

when 2182 kHz is first selected, H3E is set. H3E SSB, full carrier, signal channel containing analogue information. J2B for DSC, NBDP; SSB, suppressed carrier, signal channel containing quantized

or digital information with the use of a modulating sub-carrier, telegraphy for

automatic reception F3C weather facsimile, reception only

Frequency Error ±10 Hz (Both Transmitter and Receiver) Number of Channels Custom channels: 200 max programmed by Furuno authorized service representatives

ITU SSB/TELEX Channels as listed in Appendix 2182 kHz (single action)

2187.5 kHz (automatically selected on DSC equipment)

Environmental IEC 945: -15°C to +55°C Transceiver unit, -25°C to +70°C ACU; 93% at 40°C Power Supply 24 VDC +30%, -10%. For AC, a rectifier unit required.

Receive: 2 A Transmit (max.): FS-1562-15...20 A

FS-1562-25...40 A

Radiotelephone Signal Generator Two tones of 2200Hz and 1300Hz transmitted alternately.

TRANSMITTER

Output Impedance 50 ohms Output Power J3E/H3E: FS-1562-15...150 W pep, FS-1562-25...250 W pep

J2B: FS-1562-15...150 W pep, FS-1562-25...250 W pep

(FEC mode: reduced to 60 W)

Tune: 10 to 20 W approx.

Power Reduction 60 W Controls Output HI/LOW, test

ANTENNA COUPLER

Power Capability AT-1560-15...150 W pep

AT-1560-25...250 W pep

Tuning System CPU controlled fully automatic tuning system

Page 8

Frequency Range 1.6 to 27.5 MHz

Input Impedance 50 ohms (viewed from transceiver) Antenna Required 7 to 30 meters wire or whip Tuning Power 10 to 20 W pep VSWR Less than 1.5 Tuning Time Within 2 to 15 seconds, Within 0.5 seconds for an ever tuned frequency Dummy Load 10 ohms + 250 pF for check of Two-tone alarm generator at 2191 kHz Power Requirement 15 VDC, 1A (supplied from transceiver) Construction Waterproof plastic cabinet, stainless steel mount

RECEIVER

Receiving System Double-conversion superheterodyne

IF: 54.455 MHz and 455 kHz.

Sensitivity Input level to produce SINAD 20 dB, or BER 10

J3E J2B

1.6 - 4 MHz Below +16 dBµV Below +6 dBµV across 10 Ω + 250 pF 4-27.5 MHz Below +3 dBµV Below -7 dBµV across 50 Ω

-2

Pass Band 350 - 2700 Hz -6 dB Cross Modulation Unwanted signal +90 dBµV ±20 kHz from +60 dBµV wanted signal Audio Output 2 W (8 Ω internal loudspeaker), 5 W (4Ω optional external loudspeaker)

0 dBm/600Ω line output (for NBDP, DSC)

Other Features RF Gain: Adjustable

Squelch: ON/OFF, Activated by voice/signal strength Dimmer: OFF/Low/Medium/High Loudspeaker: ON/OFF (Handset always alive) AGC: ON/OFF Noise blanker: always ON

POWER AMP UNIT (Type PA-2500 for FS-1562-25)

Power capability Input Power: 60 Wpep, Output Power: 250 Wpep Input/Output Impedance 50 ohms Power Supply 24 VDC, 30 A

DIMENSIONS

Transceiver Unit 108 mm(W) x 258 mm(H) x 300 mm(D), 6.5 kg Antenna Coupler Unit 297 mm(W) x 390 mm(H) x 90 mm(D), 3.1 kg approx.

COMPASS SAFE DISTANCE

Unit Standard Steerin Transceiver 1.2 m 0.9 m

Antenna cou Antenna cou

Handset 0.6 m 0.4 m PA-2500 0.9 m 0.7 m PR-300 0.9 m 0.7 m

PR-850A 1.0 m 0.7 m

ler AT-1560-15 1.0 m 0.7 m ler AT-1560-25 1.0 m 0.7 m

NOTE

Furuno recommendation based on the ISO R 694 Method A tests for the variant models, added with correction factors which Furuno considers adequate.

Page 9

Chapter 1 OPERATION

1.1 SYSTEM SET-UP

The basic 24 VDC FS-1562 consists of a Transceiver Unit, a Power Amp Unit (for 250 W), an Antenna Coupler, and a Handset. Shown below are the system setup for 150 W and 250 W with DSC (Digital Selective Calling) terminal and other ancillaries.

FS-1562-15 SYSTEM DIAGRAM

Antenna Coupler AT-1560-15

Telephone Handset

External Speaker

Antenna Coupler AT-1560-25

Transceiver Unit

MIC

OFF

SSB TRANSCEIVE FS-1562-15

SIMP

0246810

AGC NB

H3E

VOLUME RF GAIN FREQ/CH

24 VDC

DSC Terminal

DSC-60

NBDP Terminal

DP-6

Remote Station

RB-500

Distributor

DB-120

MODE

CURS3CLARIFY

SCAN

5SQ6

TX TUNE

HI LOW

9 RCL

INTERCOM

START

2182

ALARM

ENT

STOP

TEST

S/N:

Rectifier with

changeover facility

PR-300

100V 10A 220V 5A

OFF

AC IN DC IN DC OUT

LNG +- +- + -24V

PR-300

125V 20A

OFF

DSC Terminal

DSC-60

NBDP Terminal

115/230 VAC 24 VDC

DP-6

Option

FS-1562-25 SYSTEM DIAGRAM

Telephone Handset

External Speaker

Transceiver Unit

MIC

OFF

SSB TRANSCEIVE FS-1562-15

MODE

CURS3CLARIFY

SIMP

0246810

VOLUME RF GAIN FREQ/CH

5SQ6

TX TUNE

HI LOW

AGC NB

H3E

INTERCOM

2182

Rectifier with

changeover facility

24 VDC

SCAN

9 RCL

START

ALARM

ENT

STOP

TEST

S/N:

AC FAIL

PR-850A

Power Amp

PR-2500

POWER

ON ON

OFF

AC INPUT 50/60Hz DC OUTPUT

115/230 VAC 24 VDC

-1.1-

DSC Terminal

DSC-60

NBDP Terminal

DP-6

Remote Station

RB-500

Distributor

DB-120

DSC Terminal

DSC-60

NBDP Terminal

DP-6

Option

Page 10

1.2 Fr ont View of T ransceiver Unit

(Same for FS-1562-15 and FS-1562-25)

Loudspeaker Operation Display

Microphone Hndset Jack

Rotary controls

SSB TRANSCEIVE FS-1562-15

MIC

VOLUME RF GAIN FREQ/CH

OFF

Volume control w/Power ON/OFF

SIMP

0246810

RF GAIN control

AGC NB

H3E

FREQ/CHANNEL selector

Keyboard

MODE

TX TUNE

HI LOW

INTERCOM

2182

CURS3CLARIFY

SQ6SCAN

9 RCL

START

ALARM

TEST

S/N:

Xtal oven light (LED)

ENT

STOP

VOLUME Turns the power on and off and adjust the loudspeaker volume.

When FS-1562 is connected to DB-500 and RB-500, FS-1562 can be turned on by RB-500.

This is possible with the RB-500 having ROM version 1.04 and after. RF GAIN Adjusts the receiver sensitivity. FREQ/CH Changes the frequency in conjunction with the [TX] or [RX] key. Also changes

the channel numbers set with the [RCL] key.

Keys

[1] (MODE) Selects a class of emission and controls AGC on and off. Press the [1] key

repeatedly until the wanted class of emission appears. [2] (CURSor) Shifts cursor (underline marking). Press the [2] key to move the cursor. [3] (CLARIFY) Adjusts the receiver frequency for fine tuning when the frequency is set in

terms of Channel NO. Not active in direct frequency entry. The adjustable

range is ±150 Hz in 10 Hz steps. [TX] Selects a TX frequency. [4] (speaker) Turns the internal or external loudspeaker on or off. The speaker mark appears

on the display when the speaker is off.

-1.2-

Page 11

Page 12

1.3 Power Supply Unit

The transceiver unit FS-1562-15 or FS-1562-25 works direct on 24 VDC or through a Power Supply Unit on AC mains supply (115 or 230 VAC). The power supply unit is type PR-300 supplying 24 VDC power (20 A) to the FS-1562-15 (150 W) Transceiver Unit or type PR-850A, supplying 24 VDC (40 A) for the FS-1562-25 (250 W). Both 115/230 VAC and 24 VDC power can be connected simultaneously. In this case, the system normally operates on the AC mains supply and when AC power is lost, the PSU automatically switches to the DC power source.

This power supply arrangement satisfies the GMDSS requirements. The FS-1562-15/25 can be operated direct from 24 VDC without a rectifier unit.

OVEN power supply: The crystal oven is always powered even when the Power Switch is OFF. It draws 50 mA approx. The Oven LED lights while the oven is powered.

AC and DC power switches

Both AC and DC power switches on the PSU can be always kept “on”. (These switches are provided to turn off the power supply for maintenance.) The transceiver may be turned on or off with the PSU kept on.

BREAKER POWER LAMP

RED LIGHT GREEN LIGHT

POWER

ON ON

OFF

AC INPUT 50/60Hz DC OUTPUT

TERMINAL COVER

100V 10A 220V 5A

OFF

LNG +- +- + -24V

125V 20A

OFF

AC IN DC IN DC OUT

PR-300

FRONT PANEL OF PR-300 FRONT PANEL OF PR-850A

Lamp (red): Lights when AC power source is in use. Lamp (green) Lights when DC power source is in use.

NOTE: Both lamps light when changing to DC power supply (PR-300). These lamps also light when the internal temperature excessively rises. The PR-300 or PR-850A is not required on 24 VDC vessels.

Fuses

The PR-300 has 2 fuses, each for AC and DC power. 100-120 VAC: 10 A 200-240 VAC: 5 A DC fuse: 20 A

The PR-850A has a breaker and a power lamp on the front panel. The fuse is provided in the power cable.

-1.4-

Page 13

1.4 Starting operation

The power switch is combined with the Volume Control. Turn the Volume Control clockwise until you hear a click. Further clockwise rotation of the control raises the loudspeaker volume. To turn off the power, turn the control fully counterclockwise until you hear the click.

Adjusting the backlighting:

The dimmer [9] key adjusts the backlighting for the operation display and the keyboard. Each time the key is pressed, the backlighting changes in the sequence of high, medium, low and off.

Turning the loudspeaker on or off:

When you are using a handset and therefore do not require the internal or external loudspeaker, you can turn it off by pressing the loudspeaker [4] key. The “loudspeaker off mark” appears .

Turning the squelch on or off:

The squelch mutes the audio output in the absence of an incoming signal. Each time the [5] key is pressed, the squelch is turned on or off. When radio noise is too jarring during stand-by condition, it may be muted by activating the squelch. “SQ” appears when the squelch function is active.

NOTE: The squelch is disabled on the class of emission TLX or FAX; “SQ” blinks.

Selecting class of emission/turning AGC on or off: The MODE [1] key selects the class of emission and turns the AGC on or off. Each time the key is pressed, the class of emission changes and AGC is turned on or off in the following sequence. “AGC” appears on the display when AGC is active (ON).

J3E AGC ON → J3E AGC OFF → H3E AGC ON → H3E AGC OFF

↑↓

FAX* AGC OFF ← FAX * AGC ON ← TLX AGC OFF ← TLX AGC ON

Indication Symbol Class of Emission J3E J3E Single Sideband radiotelephony

H3E H3E Equivalent to AM radiotelephony. TLX J2B Radio Telex

FAX F3C Reception of weather facsimile broadcast

(*available with system setting by Furuno authorized service agent)

1.5 Selecting Frequency

Frequency can be selected by;

- Direct key entry (Free selection within marine bands for Netherlands or for ship stations where a qualified Radio Operator is available)

- Channel number entry

- FREQ/CH selector

A receiving frequency can be selected by one of the above methods, but there is a restriction in selecting a transmitting frequency. This depends on how the equipment is programmed according to the national radio regulation.

-1.5-

Page 14

The frequencies are indicated by: Voice frequencies: Designated by the CARRIER frequency. Assigned frequencies are 1.4

kHz higher than the carrier frequencies.

Telex, DSC: Designated by the CENTER frequencies

TX Freq

selection

Standard type Netherlands type Special type

Free selection NO YES (Marine band only)

indicated by frequency

ITU Channels All channels in the APPENDIX

Indicated by frequency

Custom Channels YES, indicated by frequency

Preset by Furuno authorized service agent

- Netherlands in Sea area A2-4

- USA ships calling

foreign coastal stations

User countries

- Asia

- CEPT countries

- USA

indicated by frequency

YES

Indicated by CH or

frequencies as required

Indicated by CH or

frequencies as required

if required on ship with

competent radio personnel,

subject to Authorities

-1.6-

Page 15

Direct frequency entry

Free selection is possible in Dutch Version (in marine bands only). RX: To set for a receive frequency of 1636.4 kHz, for example; Press [RX], [1], [6], [3], [6], [4], [ENT] in this order. The decimal point is not required to enter. TX: To set for a transmit frequency of 2061.4 kHz, for example; Press [TX], [2], [0], [6], [1], [4], [ENT].

DUP

0246810

AGC NB

J3E

• The [2] Cursor key shifts the cursor among last 4 places.

• To modify a value at a particular digit (receive frequency only), you can use the rotary control. The FREQ/CH control changes the value above the cursor .

Paired RX/TX: To set for 2161 kHz simplex channel, for instance, press as below; [RX], [TX], [2], [1], [6], [1], [0], [ENT].

Do not miss the last zero in the above example. The last numeral represents the 1/10 decimal place. Simply hitting [RX], [TX], [2], [1], [6], [1], [ENT] will set 216.1kHz.

-1.7-

Page 16

Custom channels

Up to 200 custom channels can be programmed in addition to 412 ITU channels. You can recall them through the keyboard by channel numbers. Once a channel is selected with the keyboard, the channel can be changed with the FREQ/CH rotary selector.

NOTE: Custom channel programming should be done by a FURUNO service agent. To call the channel 120, for example: TX only

Press [TX], [RCL], [1], [2], [0], [ENT] RX only

Press [RX], [RCL], [1], [2], [0], [ENT] TX and RX paired

Press [RCL], [1], [2], [0], [ENT]

NOTE: The standard sets provide readout of frequencies in kHz. Pressing the [ENT] key or operating the FREQ/CH selector shows up the CH NO. temporarily.

ITU telephony channels (SSB)

To recall ITU SSB channel 412, for example, select J3E with the [MODE] key. Press [RCL], [4], [1], [2], [ENT], and a combination of TX frequency of 4098 kHz and RX

frequency of 4390 kHz is selected. To select only RX or TX frequency, hit [RX] or [TX] to start with.

RX freq ITU CHANNEL NO.BAND

DUP

0246810

TX freq

J3E

AGC NB

DUP

0246810

AGC NB

J3E

Frequency indication type. Frequencies are normally displayed. CH NO. is also displayed temporarily by operating the FREQ/CH selector or by pressing the [ENT] key.

Channel NO. indication type Identify the frequencies by referring to the APPENDIX. Entering 412 reads 4012 as above. Frequencies can be read temporarily by operating the FREQ/CH selector or by pressing the [ENT] key.

-1.8-

Page 17

• The [CURS (cursor)] key shifts the cursor to band or channel number.

• To change the channel number, you can use the rotary control. The [FREQ/CH] control changes the number above the cursor, a band or channel designator.

ITU TELEX channels

To select the ITU TELEX channel 4012, for example, first select TLX with the [MODE] key. This radiotelephone is furnished with J2B class of emission. The J2B is compatible with F1B which may be used on other parties. You do not have to worry about F1B or J2B; you can just select TELEX mode for narrow-band direct-printing.

Press [RCL], [4], [0], [1], [2], [ENT], and a combination of TX frequency of 4178.0 kHz and RX frequency of 4215.5 kHz is selected with the display as below. To select only RX or TX frequency, hit [RX] or [TX] to start with.

RX freq ITU CHANNEL NO.BAND

DUP

0246810

TX freq

AGC

TLX

DUP

0246810

AGC

TLX

NOTE: You can recall an ITU channel by entering 3 or 4 digits. To recall ITU telex channel 4012 by three digits, for example, select “TLX” then enter 412 (instead of 4012).

-1.9-

Page 18

1.6 Transmitting

After selecting class of emission and frequency, you can transmit by pressing the PTT (press-to-talk) switch on the handset or microphone. Output power can be evaluated on the operation display.

other than emergency during the silence period, 00 to 03 min and 30 to 33 min of every hour.

Do not transmit any signal

Tuning the antenna:

Maximum transmission power is achieved only when the antenna impedance and transmitter impedance match each other. Because the antenna impedance changes with frequency a means must be provided to match (tune) the antenna impedance with the transmitter impedance. This is done with the antenna coupler. The antenna coupler automatically tunes the transmitter to a wide range of different antenna length (7 - 30 m). To initiate the automatic tuning, do the following:

• Press the PTT switch on the handset (microphone); or

• Press [7] TX TUNE key. After one of the above is done;

1. “TUNE” appears on the display.

2. Tuning will be completed within 2 to 5 seconds for a newly selected frequency, or less than

0.5 seconds for a once tuned frequency. (A built-in memory remembers coil and capacitor settings.)

3. When the tuning process is successfully completed “OK” appears.

Using the handset:

Hold the handset close to your mouth, press the PTT switch and speak clearly.

Monitoring transceiver output power:

During transmission, the meter deflects depending on the current being fed to the antenna feeder from the ATU. The unit of readout is amperes. The antenna current varies with the effective antenna impedance. The swing differs by the frequency or antenna length. The output power is proportional to the square of an antenna current. But don’t be very nervous about the meter swing.

012345

ANT

J3E

-1.10-

Page 19

Reducing transmitter power:

To conserve energy and to minimize possible interference to other stations, reduce the transmission power . This should be done when using the transceiver in a harbor, near the shore or close to communication partner (other ship). Each pressing of the [HI/LOW] key selects high or low output power. “LOW” appears on the display when low output power is selected. Low power is 60 Wpep for FS-1562-15 and FS-1562-25, both. The output power on 2182 kHz (Distress and calling) and 2187.5 kHz (DSC) is the rated maximum regardless of the position of the [HI/LOW] switch. If the optional AC FAIL Board is installed, Tx power is automatically reduced when AC power fails.

1.7 Distress Call on 2182 kHz

The frequency 2182 kHz is an International radiotelephony distress, urgency and safety frequency for ship stations, public and private coast stations, and survival craft stations. It is also used for call and reply by ship stations on a primary basis and by public coast stations on a secondary basis (US CFR 47, § 80.369).

Distress or emergency call is generally initiated by a radiotelephone on 2182kHz.

When the FS-1562 is installed with a DSC Terminal as required on GMDSS vessel, press the DISTRESS switch on the DSC Terminal prior to commencing the vocal communications.

1. Press the [2182] key. 2182kHz in the class of emission J3E is automatically selected.

When the [2182] key is pressed, the following parameters are set automatically. Output power: Maximum

Loudspeaker: On Squelch: Off

-1.11-

Page 20

2. Distress calls and Distress message

(1) Speak slowly and distinctly, “MAYDAY, MAYDAY, MAYDAY, pronounced as the

French expression “m’aider”. (2) This is; (3) The name of your vessel and call sign three times.

Then, continue with the distress message, which consists of:

(1) The distress signal MAYDAY; (2) The name of the mobile station in distress; (3) Particulars of its position (in latitude and longitude)

(4) The nature of the distress; (5) The kind of assistance desired; (6) Any other information which might facilitate rescue, for length, color, and type of

vessels, number of persons on board.

3. Indicate the end of message by saying “Over.”

4. When you receive no answer to a distress message, repeat at intervals over again the radiotelephone alarm signal, the distress call and the distress message. Repeat the same on other distress frequencies.

Distress frequencies

All distress frequencies including 2182 kHz are shown below:

Telephony SSB (kHz, Carrier) DSC (kHz, Center) Telex (kHz, Center)

2 182 2 187.5V 2 174.5 4 125 <ITU 421> 4 207.5 4 177.5 6 215 <ITU 606> 6 312 6 268

8 291 <ITU 833> 8 414.5 8 376.5 12 290 <ITU 1221> 12 577 12 520 16 420 <ITU 1621> 16 804.5 16 695

For other Telex frequencies, refer to Appendix.

-1.12-

Page 21

1.8 In the Event of Antenna Coupler Failure

HIGH TENSION HAZARD

DO NOT TRANSMIT WHEN ATU IS OPENED

The Antenna Coupler automatically tunes a wire or whip antenna to the transceiver. When the tuning cannot be completed for all frequencies, TUNE OK will not appear on the operation display. In this case, you can take tuning on 2182 kHz by manually operating Coupler as below:

1. Turn off the transceiver unit. Remove the cover of the Antenna Coupler.

2. Set the MANUAL-AUTO switch to the MANUAL position.

COUPLER BOARD

DUMMY

LOAD

BOARD

MANUAL AUTO

3. Replace the cover.

4. Turn the FS-1562 on and press the [2182] key for selection of 2182 kHz.

1.9 DSC Distress Calling

■ When connected to a Digital Selective Calling (DSC) terminal having the capability of controlling the FS-1562 such as FURUNO DSC-6:

1. Press the [DISTRESS] key on the DSC Terminal (Model DSC-6 for instance).

2. When a coast station acknowledges the call, the DSC Terminal displays “Received Dist Ack” and sets the predetermined DISTRESS frequency (2182 kHz) on the FS-1562.

3. Communicate with the coast station.

■ When connected to a DSC Terminal without remote control:

1. Select 2187.5 kHz on the FS-1562. (This step is not required with Furuno DSC-6.)

2. Press the [DISTRESS] key on the DSC Terminal. The DSC distress signal is transmitted over

2187.5 kHz.

3. After the DSC terminal notifies that a coast station has acknowledged the call, press the [2182] key on the FS-1562.

4. Communicate with the coast station.

NOTE: For details of distress calling by a DSC Terminal, refer to the operator’s manual for the

DSC T erminal.

-1.13-

Page 22

1.10 Receiving

You can select a receiving frequency by one of the following methods:

- Direct frequency entry, or

- Channel number entry

Adjusting RF gain:

In normal use the RF GAIN control should be set for maximum. If the audio on the received channel is unclear or interfered with other signals, adjust (usually reduce) the RF gain to improve clarity.

Clarifier adjustment:

If reception is unclear, try to clarify the signal as follows. For manual entry of frequency, simply turn the FREQ/CH control for fine tuning.

1. Press the [3] CLARIFY key. (if a frequency is selected by CH NO., the cursor which was located at the channel number, moves under the 10 Hz place.)

2. Turn the FREQ/CH control to fine tune the receiver on the wanted frequency.

3. To terminate this operation, press the [3] CLARIFY key again. The cursor returns to the channel number.

NOTE: The clarify working range can be adjusted, by an authorized FURUNO representative, for ± 100 Hz or ± 150 Hz (factory setting: ± 150 Hz) on system code 9921. Note however that the range on AM is fixed at ± 5 kHz (100 Hz steps).

S - Meter:

During reception, the meter works as a Sensitivity Meter indicating the relative signal strength coming into the receiver frontend. While in transmission, it indicates the antenna current.

NOTE: S-meter will not work with AGC off.

0246810

Monitoring traffic on intended transmit frequency:

When a semi-duplex (two-frequency simplex) channel is selected, it is recommended to monitor if there is no existing traffic on the frequency you are going to use. To do this, press the [RX] key followed by the [ENT] key. The transceiver unit monitors traffic on the selected frequency for 3 seconds.

Receiving AM broadcasting stations:

1. Press the [1] MODE key repeatedly until H3E with AGC is selected.

2. To tune in a 15,260 kHz shortwave station, for instance, press as below: [RX], [1], [5], [2], [6], [0], [0], [ENT]. Do not miss the last zero.

-1.14-

Page 23

Squelch control:

Squelch is used to mute the receiver audio output when the receiver input is less than a preset value or dominant noise is higher than a preset (1000 Hz) level. To switch the squelch function ON, press the [5] SQUELCH key. Make sure the label “SQ” appears on the display. To pick up a weak signal at high audio frequencies, you should remove the squelch function notwithstanding a possible increase of background noise. To do this, press the [5] SQ switch again. Make sure the label “SQ” goes off.

Noise blanker (NB):

Always in circuit. This function is to clip off inputs noise resulting from an engine ignition or motor brush sparks.

1.11 Frequency Scan

Channel scan:

Scan is the function where the receiver watches 10/group custom or ITU channels in succession at predetermined intervals. The scan-stop signal level and scan-stop time can be changed on system codes 9951 and 9952, respectively. Prior to the use of the scan function, turn AGC on.

1. Recall Custom or ITU channel

Custom channels

Custom channels are divided into 20 groups in the scan mode as below.

Scan Group Custom Channel No.

1 1 to 10 2 11 to 20 3 21 to 30

4 31 to 40 5 41 to 50 6 51 to 60 7 61 to 70 8 71 to 80

9 81 to 90 10 91 to 100 11 101 to 110 12 111 to 120 13 121 to 130

14 131 to 140 15 141 to 150 16 151 to 160 17 161 to 170 18 171 to 180

19 181 to 190 20 191 to 200

-1.15-

Page 24

ITU channels:

To select the scan group (band or channel), shift the cursor to either the position of the band or channel number by pressing the [2] CURS key. (Band scan is useful to watch frequencies on the same channel in different bands.)

2. Press the [6] SCAN key, and “SCAN” appears. The receiver starts scanning, stopping at a channel where the signal is stronger than the scan-stop level. The receiver will restart scanning when the traffic goes out of that channel.

For example, the scan group is “channel” and scan starts at ITU 1203:

SIMP

0246810

LOW

AGC NB SWEEP SCAN

J3E

3. To stop scanning, press the [6] SCAN key. “SCAN” disappears from the operation display.

1.12 Frequency Sweep

Sweep is the function where the receiver searches for a signal within a selected frequency coverage. For sweep operation, the AGC function should be ON.

The defaults of respective parameters are as follows: Sweep stop signal level 3

Sweep stop time 2 s Sweep width 100 kHz Step frequency 1 kHz

These can be adjusted on system codes 9951 through 9954.

NOTE: Sweep width is the frequency width to sweep on both sides of the selected frequency. Sweep step is the frequency interval at which the receiver sweeps the sweep width.

Procedure

1. Select the sweep center by key operation.

2. Press the [6] SCAN key. “SWEEP” appears and the receiver starts sweeping.

3. To stop sweeping, press the [6].

-1.16-

Page 25

Chapter 2 OPERA TION of

OPTIONAL DEVICES

2.1 Telex Communication

Telex communication is performed with a Narrow-band direct-printing (NBDP) Terminal connected with an SSB transceiver. The recommended terminal for the FS-1562 is FURUNO DP-6. Other makes can also be connected with the FS-1562, if they comply with the interfacing requirements.

FURUNO NBDP Terminal DP-6 No special operation is required; class of emission and frequencies are automatically set on the

DP-6. Other makes of NBDP Terminal:

1. Select “TLX” with the [1] MODE key.

2. Select a desired frequency.

3. Tune the antenna coupler by pressing the [7] TX TUNE key.

NOTE:

The DP-6 provides Forward Error Correction (FEC) mode to ensure quality communications. Continuous transmission on FEC can cause the transceiver internal temperature to go up beyond the temperature control sensor actuating point. When the internal temperature of the 150 W transceiver is above the sensor actuating temperature, the power is reduced to the LOW power. When the temperature goes down, the power is restored to the high rating. If this can cause an inconvenience of operation, it is recommend to install the fan kit (option), for added cooling effect.

The FS-1562-25, 250 W version, handles the high power in the Power Amp Unit PA-2500. The PA-2500 is provided with a cooling fan and not subject to the internal temperature rise. Continuous telex operation is possible with the high rated power.

Distress frequencies for telephony and telegraphy are as below. For other traffic frequencies, refer to Appendix.

Telephony SSB

(kHz, Carrier)

DSC

(kHz, Center)

Telex

(kHz, Center)

2 182 2 187.5 2 174.5 4 125 4 207.5 4 177.5 6 215 6 312 6 268

8 291 8 414.5 8 376.5 12 290 12 577 12 520 16 420 16 804.5 16 695

-2.1-

Page 26

2.2 Intercom

The intercom provides communications between the FS-1562 and the RB-500 Remote Station (option). They must be wire-connected. When intercom mode is in use, there is no radio transmission.

Calling RB-500

1. Press the [0] INTERCOM key. “COM” appears on the FS-1562 display panel.

2. Press [1]*, [ENT] keys. Calling beeps on the FS-1562 sound. The buzzer stops when the handset of the RB-500 is picked up. * Designated number of the RB-500 if more than one is installed.

3. Press the PTT switch to talk. Release the switch to listen.

Call from RB-500

When the FS-1562 is called from the RB-500, the FS-1562 releases a beep. Press the [ENT] key to silence the buzzer. Press the PTT switch to talk. Release the switch to listen.

Terminating the intercom

Press the [0] INTERCOM key to terminate intercom function. “COM” disappears.

2.3 Remote Station

Priority: The Remote Station usually has higher priority than the FS-1562. This means that operation of the

FS-1562 is disabled when the handset of the RB-500 is picked up. The label “REM” appears on the FS-1562 display when the remote control unit is in operation.

Communication on 2182 kHz When 2182 kHz is selected on the FS-1562, the FS-1562 takes priority.

However the Remote Station can control FS-1562 when you give priority to the Remote Station by system setting on the FS-1562 (ROM ver. 107 and after of FS-1562).

-2.2-

Page 27

Chapter 3 CHANGING SYSTEM

SETTING

3.1 SYSTEM SETUP

1. While pressing and holding down the [RCL] key, turn on the power. Release the [RCL] key when the “MEMO” appears on the display.

System code

Setting value

MEMO

2. Turn the FREQ/CH control to select a desired code number.

3. Press the [RCL] key, enter desired setting by a numeral key, then press the [ENT] key.

4. To change setting for another code, repeat steps 2 and 3.

5. Turn off the power, then turn it on.

3.2 CUSTOMIZING BY OPERATOR

The operator can customize the parameters for scan, sweep and squelch function. The table below shows the system codes and their function, setting range and factory setting.

Code Function, Setting 9918 Key response

Turns on/off key beep which sounds when wrong key is operated. 0: OFF 1: ON (Factory Setting)

9919 Noise blanker activation

Turns on/off noise blanker. 0: OFF 1: ON (Factory Setting)

9920 AGC activation

Turns on/off AGC. ON/OFF automatically activates or deactivates AGC depending on class of emission. 0: OFF 1: ON 2: MODE (Factory Setting)

-3.1-

Page 28

9951 Scan/sweep-stop signal level

When the receiver detects a signal whose level is stronger than the preset level it stops scanning and receives the signal. The setting on system code 9955 is available only when “0” (SQ working condition) is selected here.

Setting range: 0 (Squelch working condition is effective as set on code 9995), 1-10 (S-meter level); Factory setting 3

9952 Scan/sweep-stop time

When a signal is detected, the receiver stops scanning/sweeping and dwells on this channel frequency. When “0” (RX) is selected, the receiver keeps receiving until the traffic goes out of this channel frequency. Define the dwell time between 1 and 99 s.

Setting range: 0 (RX), 1-99 s; Factory setting 2 9953 Sweep width setting range: 0.01-30000.00 kHz; Factory setting 100.0 9954 Sweep step frequency

Setting range: 0.01-30000.00 kHz; Factory setting 1.00 9955 Squelch activation

“Squelch activation” is the method by which the squelch is activated.

Setting range: 0, 1, 2, 3; Factory setting: 3.

0: Voice

The squelch is opened by signal frequency less than 1000 Hz (factory setting).

This frequency can be changed between 500 - 2000 Hz on system code 9958.

The loudspeaker reproduces a sound when the signal is lower than the preset

frequency.

Squelch OPEN:

Audio signal is detected and a sound is reproduced through the loudspeaker.

Squelch CLOSED:

No input signal but only noise is coming into the receiver. The receiver is

muted.

1: Level

The squelch is activated depending on “signal strength”. The factory setting is

“5”. You can change the level between 0 - 10 on system code 9956.

2: And

The squelch opens when both “voice” and “signal strength” meet the setting.

3: Or

The squelch opens by either “voice” or “signal strength”, whichever meets the

setting. 9956 Squelch level. Setting range: 0-10; Factory setting 5. 9957 Squelch delay - a delay until the squelch mutes (closes) the receiver after the

signal has gone.

(Ex) 9957: 1000 ms

Squelch closes 1000 ms after the signal has gone.

Setting range: 500-4000 ms; Factory setting 1000 ms.

-3.2-

Page 29

9958 Squelch activating frequency

Setting range: 500-2000 Hz; Factory setting 1000 Hz.

9959 Sets squelch opening frequency when 2-tone alarm on 2182 kHz is received.

0: No change (frequency set on 9958) 1: 1300 Hz

Factory setting 1: 1300 Hz (Loudspeaker reproduces an audio with an input at 1300 Hz as the squelch opens at that frequency.)

9999 This is for frequency programming by service technicians. Needs a password to

open.

NOTE: FURUNO Electric Company will assume no responsibility for the inconvenience or disturbance to communications due to inadequate or unlawful presetting of this equipment.

-3.3-

Page 30

This page is intentionally left blank .

Page 31

Chapter 4 MAINTENANCE

4.1 Weekly Checks

Check the radiotelephone at appropriate intervals as required by Administration. For instance, Japanese Administration requires check of DSC every day. US 47 CFR 47, PART 80.869-Test of radiotelephone station calls for: Unless the normal use of the required radiotelephone station demonstrates that the equipment is operating, a test communication on a required or working frequency must be made each day the ship is navigated.

Testing the transmitter with a dummy antenna

1. While pressing and holding down the [ALARM] key, press the [0] key. The dummy antenna in the antenna coupler is connected to the FS-1562 instead of the antenna. “DUMMY” appears and the test signal at 2191 kHz, modulated by two tones (1300 Hz and 2200 Hz), is generated across the dummy load for 45 seconds.

2. To stop the emission, press the [ALARM] key. The dummy load is disconnected and the transceiver restores the previous frequency setting.

4.2 Diagnostic Test

This test checks the transceiver for proper operation. It should be conducted regularly to ensure proper operation. If a DSC or NBDP terminal is connected, the test should be conducted together with them. Before starting the test, set the RF GAIN control to maximum (fully clockwise).

1. While pressing and holding down the [TX] key, turn on the power. All LCD segments appear.

2. Release the [TX] key. The FS-1562 starts diagnostics and the following indications appear.

-4.1-

Page 32

Receiver section tested successfully.

Transmitter Exciter stage is tested successfully.

Transmitter Power Amplifier stage and Antenna Coupler (Coupler and Dummy Board) are tested successfully.

If a fault is detected, “no Good” appears instead of “Good” and the associated indication blinks after completion of this test.

Turn off the transceiver on completion of tests. Turn on again for normal operation.

-4.2-

Page 33

4.3 LCD/Keyboard Test & ROM Version No. Confirmation

1. While pressing and holding down the [ENT] key, turn on the power. All LCD segments appear.

2. Release the [ENT] key.

3. Press keys one by one. Check if the indication on the operation display is correct as shown below:

Key

Indication

Key

Indication

Key

Indication

Key

Indication

1 2 3 TX

4 5 6 RX

7 8 9 RCL

2182 0 ALARM ENT

Example: The [2] key is pressed. The following appears. In a few seconds, 7 characters x 2 lines readout change to all .

PRIVUSA WXITU

DUP

CLAR

SIMP

012345

0246810

ATTPREAGCNBSWEEPSCAN MEMOREMCOMDUMMYTONE

SRF

LOW TUNE

ANT

ROM VERSION NO.

LSBJ3ER3ECWH3ETLXFAX

Turn off the transceiver on completion of tests. Turn on again for normal operation.

-4.3-

Page 34

4.4 Antenna Coupler Test

The CPU and the relays which select capacitors and coils for tuning can be checked. For Competent technicians only

DANGER

HIGH VOLTAGE

Still alive at OFF

Discharge before

servicing

Procedure

1. Open the antenna coupler cover.

2. Open the shield cover inside the coupler.

3. Turn on No. 2 of the DIP switch S2.

4. Press the TUNE switch in the antenna coupler.

5. 24 LEDs (CR1 to CR24) light one by one every second. The relays trip on with the corresponding LEDs.

CR1 ON - K1 ON CR2 ON - K2 ON . . . CR22 ON - K22 ON (CR23 not provided) CR24 ON - K24, K25 ON

6. Turn off No. 2 of the DIP switch S2.

7. Close the cover.

DANGER - Electrical Shock Hazard

If a CPU error is detected, CR1 lights for ROM error, CR2 for RAM error, CR3 for A/D converter error. (ROM/RAM/AD Converter is incorporated in the CPU.)

COUPLER BOARD

TUNE SWITCH

LED

DIP switch S2 behind the shield case

-4.4-

Page 35

4.5 Maintenance

This radiotelephone equipment is designed and manufactured to provide years of intended performance. For this, a regular maintenance program should be established and should at least include the items listed in below:

Item Check Point Remedy/Remarks

Whip antenna Check for physical damage, corrosion and

water leakage

Replace damaged parts.

Wire antenna Check that antenna is properly spanned

and separated sufficiently apart from metallic structures.

Insulators for antenna installation

Antenna coupler Check contact at

Transceiver Check contact at

Check for salt water accumulation on insulators.

Check that connection at lead-in insulator is tight and rust-free.

* Antenna terminal * Ground connection * Coaxial cable * Control cable(terminal board)

Check that coupler lid and cable glands are firmly secured.

Check for physical damage, corrosion and salt water deposits.

* Antenna cable * Ground connection * Power cable * Control cable

If necessary, re-span the antenna.

Replace damaged insulators. Remove salt water deposits. Clean with fresh water, then dry. Remove rust, then tighten bolts and lock nuts. Cover metallic surface with sealing compound.

Tighten loosened connections.

Fasten lid firmly and evenly to prevent water leakage.

Replace if damaged.

Tighten loosened connections; remove foreign material from connectors.

Confirm that there are no objects on the top of the cabinet.

Power Amp Unit (PA-2500)

(for 250 W set)

Power supply Check that supply voltage at transmission

Check contact at * Coaxial cable * Antenna cable * Power cable

Confirm that there are no objects on the top of the cabinet.

is within the rated range. (21.6 to 31.2 VDC at the power connector)

-4.5-

Remove objects to prevent overheating.

Tighten loosened connections; remove foreign material from connectors.

Remove objects to prevent overheating.

If not within the range, call for service, Low voltage may cause erratic operation.

Page 36

Item Check Point Remedy/Remarks

Power cable Check for loosened or corroded

connection at power terminals.

Battery Check that the battery is fully charged. If discharged, charge.

Clean and tighten.

Feeder (coax cable, control cable)

PCB connection Check that jumper cables between boards

Microphone Check that jumper cables between boards

Check for physical damage. Replace if damaged.

are firmly connected.

Reconnect loosened connections of jumper cables.

Fasten if loosened.

-4.6-

Page 37

Chapter 5 TROUBLESHOOTING

5.1 Troubleshooting List

For qualified personnel only

The troubleshooting list below gives common symptoms of equipment malfunction and means to restore normal operation. If you cannot restore normal operation, please do not check inside any unit. Any repair is best left to a qualified radiotelephone technician. Improper handling or adjustment may cause more serious damage.

Troubleshooting list

TROUBLE PROBABLE CAUSE REMEDY

Power can not be turned on The mains switchboard may be

off.

Turn on the mains switch.

DC overvoltage input. The battery may have

discharged, or poor contact at terminals.

Check fuse on the power cable or Power Supply Unit.

Frequency readout appears but no lamps light

Power is on but no sound from loudspeaker

Poor articulation Wrong class of emission may

The [DIMMER] key may be off.

The [SPEAKER] key is off. Volume may be too low. Squelch is on.

Reduced RF Gain.

be in use. (For example, receiving signal in J3E mode. J3E should be used only on 2182 kHz.)

Receiver detuned.

Check supply voltage. It should be less than 31.2V Recharge battery and tighten terminal connections.

Replace the blown fuses.

Operate the [DIMMER] key.

Press the [SPEAKER] key. Adjust the VOLUME control. Press the [SQ] key if "SQ"

appears on the display. Turn the RF Gain control

clockwise. Select class of emission same as

that of incoming signal.

In Custom or ITU channel mode, press the [CLARIFY] key then fine tune frequency by the FREQ/CH control.

Output power is reduced to low ("LOW" indication blinks)

Power is automatically reduced to protect against overheating due to continuous transmission.

-5.1-

Wait until the unit returns to normal condition.

Page 38

TROUBLE PROBABLE CAUSE REMEDY

Key input is not accepted FS-1562 is under control of

external equipment

"REM" appears when controlled by external equipment. Suspend operation of external operation.

Antenna coupler can’t tune antenna

Can not tune in a broadcast station

Antenna may be disconnected or shorted to ground

Antenna is out of tunable length.

Poor grounding of the coupler. Breaker in coupler has tripped.

Connection cable loosened or disconnected.

Missing last numeral at the digit of 1 when trying to tune in the station.

Wrong setting of MODE The station is off air

Check antenna connection.

Recommended length is 7 to 30 meters.

Check coupler ground. Check mains voltage and

polarity. If they are normal, reset breaker.

Check cable.

To tune in 9640 kHz for instance, press [RX], [9], [6], [4], [0], [0], [ENT]. Do not miss the last [0]; otherwise you will set 964.0 kHz.

Select H3E. Select another frequency.

-5.2-

Page 39

5.2 Error Indication

When the FS-1562 detects a fault in the synthesizer unit (frequency unlocked), the frequency or channel number blinks.

5.3 Replacing Fuses

To protect the unit from overcurrent and equipment fault, two 20 A fuses for the transceiver unit (and two 30 A fuses for the PA-2500) are provided in snap-in holders on the power cable and two fuses in the PR-300 Power Supply Unit (for 150 W set).

Power Cable Fuse: 20 A (for both 150 W/250 W) and 30 A (for PA-2500 power amplifier unit) Power supply unit (for 150 W sets)

Remove the fuse cover using a screwdriver (+), then replace: Fuse 10 A for 100-120 VAC (5 A for 200-240 VAC)

20 A for 24 VDC

RED LIGHT GREEN LIGHT

FUSE

100V 10A 220V 5A

OFF

AC POWER Switch

125V 20A

AC IN DC IN DC OUT

LNG + - +- + -24V

OFF

PR-300

DC POWER Switch

FRONT PANEL OF PR-300

The Power Supply Unit PR-850A does not have a fuse on the front panel but a circuit breaker. If this has been tripped off, remove the cause of tripping and turn it on (Upward position on the front panel). A fuse (20 A) is provided in the power cable.

BREAKER POWER LAMP

POWER

ON ON

OFF

AC INPUT 50/60Hz DC OUTPUT

TERMINAL COVER

FRONT PANEL OF PR-850A

-5.3-

Page 40

This page is intentionally left blank .

Page 41

APPENDIX

CUSTOM CHANNELS/FREQUENCIES - To be programmed by Furuno Dealers

CH NO Ship Receive (kHz) Ship Transmit (kHz) Remarks

-AP.1-

Page 42

MF band working carrier frequencies - ref. US CFR 47 Part 80.371

Region

Ship Transmit

(kHz)

Ship Receive

(kHz)

Region

Ship Transmit

(kHz)

Ship Receive

(kHz)

East Coast 2031.5 2490.0 Gulf Coast 2009.0 2466.0

2118.0 2514.0 2134.0 2530.0

2126.0 2522.0 2142.0 2538.0

2142.0 2538.0 2158.0

2550.0

2166.0 2558.0 2166.0 2558.0

2198.0 2590.0 2206.0 2598.0

2366.0 2450.0 2366.0 2450.0

2382.0 2482.0 2382.0 2482.0

2390.0 2566.0 2430.0 2572.0

2400.0 2400.0 2458.0 2506.0

2406.0 2506.0 Great Lakes

2118.0 2514.0

West Coast 2003.0 2450.0 2158.0 2550.0

2009.0 2442.0 2206.0 2582.0

2009.0 2566.0 Alaska 2131.0 2309.0

2031.5 2566.0 2134.0 2312.0

2126.0 2522.0 2240.0 2400.0

2206.0 2598.0 Hawaii 2134.0 2530.0

2382.0 2466.0 Caribbean 2009.0 2506.0

2430.0 2482.0 2086.0

2585.0

2134.0 2530.0

Guam 2009.0 2506.0

Above is not factory programmed, should be programmed by Furuno representatives.

Unlimited use December 15 to April 1 2 2206 kHz for distress only.

Limited to pep of 150 W.

NOTE: 1 to 3 indicate the outline only. Refer to the relative documentation for full detail. For other coast stations, consult with your dealers.

-AP.2-

Page 43

MF band SSB working carrier frequencies

CH NO

241 1635 2060 271 1725 2069 242 1638 2063 272 1728 2072 243 1641 2066 273 1731 2075 244 1644 2069 274 1734 2078 245 1647 2072 275 1737 2081 246 1650 2075 276 1740 2084 247 1653 2078 277 1743 2087 248 1656 2081 278 1746 2090 249 1659 2084 279 1749 2093 250 1662 2087 280 1752 2096 251 1665 2090 281 1755 2099 252 1668 2093 282 1758 2102 253 1671 2096 283 1761 2105 254 1674 2099 284 1764 2108 255 1677 2102 285 1767 2111 256 1680 2105 286 1770 2114 257 1683 2108 287 1773 2117 258 1686 2111 288 1776 2120 259 1689 2114 289 1779 2123 260 1692 2117 290 1782 2126 261 1695 2120 291 1785 2129 262 1698 2123 292 1788 2132 263 1701 2126 293 1791 2135 264 1704 2129 294 1794 2138 265 1707 2132 295 1797 2060 266 1710 2135 267 1713 2138 268 1716 2060 269 1719 2063 270 1722 2066

Ship Receive

(kHz)

Ship Transmit

(kHz)

CH NO

Ship Receive

(kHz)

Ship Transmit

(kHz)

Above is factory programmed. A channel can be recalled by hitting the keys [RCL], [2], [4], [1], [ENT] for channel 241 as an example. Transmit and receive frequencies appear on the display. The channel number is checked by pressing the [ENT] key or by turning the FREQ/CH selector; the channel number is displayed in 4 digits, such as 2041, for a few seconds. (Additional zero is inserted automatically.)

-AP.3-

Page 44

4/6 MHz ITU SSB carrier frequencies (ITU RR APPENDIX 16)

The following frequencies are factory programmed.

4 MHz SSB (J3E) 6 MHz SSB (J3E)

ITU CH NO Ship RX Ship TX ITU CH NO Ship RX Ship TX

401 4357 4065 601 6501 6200 402 4360 4068 602 6504 6203 403 4363 4071 603 6507 6206 404 4366 4074 604 6510 6209 405 4369 4077 605 6513 6212 406 4372 4080 606 6516 6215 407 4375 4083 607 6519 6218 408 4378 4086 608 6522 6221 409 4381 4089 609 6224 6224 410 4384 4092 610 6227 6227 411 4387 4095 611 6230 6230 412 4390 4098 413 4393 4101 414 4396 4104 415 4399 4107 416 4402 4110 417 4405 4113 418 4408 4116 419 4411 4119 420 4414 4122 421 4417 4125 422 4420 4128 423 4423 4131 424 4426 4134 425 4429 4137 426 4432 4140 427 4435 4143 428 4351 4351 429 4354 4354 430 4146 4146

431 4149 4149 432 (01) 4000 4000 433 (02) 4003 4003 434 (03) 4006 4006 435 (04) 4009 4009 436 (05) 4012 4012 437 (06) 4015 4015 438 (07) 4018 4018 439 (08) 4021 4021 440 (09) 4024 4024 441 (10) 4027 4027 442 (11) 4030 4030 443 (12) 4033 4033 444 (13) 4036 4036 445 (14) 4039 4039 446 (15) 4042 4042 447 (16) 4045 4045 448 (17) 4048 4048 449 (18) 4051 4051 450 (19) 4054 4054 451 (20) 4057 4057 452 (21) 4060 4060

A channel can be recalled by hitting the keys [RCL], [4], [0], [1], [ENT] for channel 401 as an example.

Transmit and receive frequencies appear on the display. To see the CH NO, press [ENT] or turn the FREQ/CH selector; the channel NO appears in 4 digits such as 4001 for a few sec.

CH NOs in ( ) are ITU NOs (RR Section C-1). Use 3-digit Furuno’s designators for selection.

-AP.4-

Page 45

8 MHz ITU SSB carrier frequencies (ITU RR APPENDIX 16)

The following frequencies are factory programmed.

xelpuD-)E3J(BSSzHM8 xelpmiS-)E3J(BSSzHM8

ONHCUTIXRpihSXTpihS)ONHCUTI(XRpihSXTpihS

10891785918)10(04810181018

20822788918)20(14840184018

30852781028)30(24870187018

40882784028)40(34801180118

50813787028)50(44831183118

60843780128)60(54861186118

70873783128)70(64891189118

80804786128)80(74822182218

90834789128)90(84852185218

01864782228)01(94882188218

11894785228)11(05813181318

21825788228)21(15843184318

31855781328)31(25873187318

41885784328)41(35804180418

51816787328)51(45834183418

61846780428)61(55864186418

71876783428)71(65894189418

81807786428)81(75825182518

91837789428)91(85855185518

02867782528)02(95885188518

12897785528)12(06816181618

22828788528)22(16846184618

32858781628)32(26876187618

42888784628)42(36807180718

52819787628)52(46837183718

62849780728)62(56867186718

72879783728)72(66897189718

82800886728)82(76828182818

92830889728)92(86858185818

03860882828)03(96888188818

13890885828)13(07819181918 23821888828 33819281928 43870787078 53801780178 63831783178 73861786178

.enohpeletoidar

.)1-CnoitceSRR(sONUTIera)(nisONHC

sihtninoitcelesrofsrotangiseds'onuruFtigid-3esU

83849284928 93879287928

-AP.5-

Page 46

12/16 MHz ITU SSB carrier frequencies (ITU RR APPENDIX 16)

12 MHz SSB (J3E) 16 MHz SSB (J3E) 16 MHz SSB (J3E)

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

1201 13077 12230 1601 17242 16360 1651 17392 16510 1202 13080 12233 1602 17245 16363 1652 17395 16513

1203 13083 12236 1603 17248 16366 1653 17398 16516 1204 13086 12239 1604 17251 16369 1654 17401 16519 1205 13089 12242 1605 17254 16372 1655 17404 16522 1206 13092 12245 1606 17257 16375 1656 17407 16525 1207 13095 12248 1607 17260 16378 1657 16528 16528 1208 13098 12251 1608 17263 16381 1658 16531 16531 1209 13101 12254 1609 17266 16384 1659 16534 16534 1210 13104 12257 1610 17269 16387 1660 16537 16537 1211 13107 12260 1611 17272 16390 1661 16540 16540

1212 13110 12263 1612 17275 16393 1662 16543 16543 1213 13113 12266 1613 17278 16396 1663 16546 16546 1214 13116 12269 1614 17281 16399 1215 13119 12272 1615 17284 16402 1216 13122 12275 1616 17287 16405 1217 13125 12278 1617 17290 16408 1218 13128 12281 1618 17293 16411 1219 13131 12284 1619 17296 16414 1220 13134 12287 1620 17299 16417 1221 13137 12290 1621 17302 16420

1222 13140 12293 1622 17305 16423 1223 13143 12296 1623 17308 16426 1224 13146 12299 1624 17311 16429 1225 13149 12302 1625 17314 16432 1226 13152 12305 1626 17317 16435 1227 13155 12308 1627 17320 16438 1228 13158 12311 1628 17323 16441 1229 13161 12314 1629 17326 16444 1230 13164 12317 1630 17329 16447 1231 13167 12320 1631 17332 16450

1232 13170 12323 1632 17335 16453 1233 13173 12326 1633 17338 16456 1234 13176 12329 1634 17341 16459 1235 13179 12332 1635 17344 16462 1236 13182 12335 1636 17347 16465 A channel can be recalled by hitting 1237 13185 12338 1637 17350 16468 1238 13188 12341 1638 17353 16471 1239 13191 12344 1639 17356 16474 1240 13194 12347 1640 17359 16477 1241 13197 12350 1641 17362 16480

1242 12353 12353 1642 17365 16483 1243 12356 12356 1643 17368 16486 1244 12359 12359 1644 17371 16489 1245 12362 12362 1645 17374 16492 1246 12365 12365 1646 17377 16495

1647 17380 16498 1648 17383 16501 1649 17386 16504 1650 17389 16507

Above is factory programmed.

the keys [RCL], [1], [2], [0], [1], [ENT] for channel 1201 as an example. Transmit and receive frequencies appear on the display.

The CH NO is checked by pressing the [ENT] key or by turning the FREQ/ CH selector; it is displayed in 5 digits, such as 12001, for a few seconds. (Additional zero is inserted automatically.)

-AP.6-

Page 47

18/19, 22, 25/26 MHz ITU SSB carrier frequencies (ITU RR APPENDIX 16)

The following frequencies are factory programmed.

18/19 MHz SSB (J3E) 22 MHz SSB (J3E) 22 MHz SSB (J3E)

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

1801 19755 18780 2201 22696 22000 2251 22846 22150 1802 19758 18783 2202 22699 22003 2252 22849 22153 1803 19761 18786 2203 22702 22006 2253 22852 22156 1804 19764 18789 2204 22705 22009 2254 22159 22159

1805 19767 18792 2205 22708 22012 2255 22162 22162 1806 19770 18795 2206 22711 22015 2256 22165 22165 1807 19773 18798 2207 22714 22018 2257 22168 22168 1808 19776 18801 2208 22717 22021 2258 22171 22171 1809 19779 18804 2209 22720 22024 2259 22174 22174

1810 19782 18807 2210 22723 22027 2260 22177 22177 1811 19785 18810 2211 22726 22030 1812 19788 18813 2212 22729 22033 1813 19791 18816 2213 22732 22036 1814 19794 18819 2214 22735 22039

1815 19797 18822 2215 22738 22042 1816 18825 18825 2216 22741 22045 1817 18828 18828 2217 22744 22048 1818 18831 18831 2218 22747 22051 25/26 MHz SSB (J3E) 1819 18834 18834 2219 22750 22054 CH NO Ship RX Ship TX

1820 18837 18837 2220 22753 22057 2501 26145 25070 1821 18840 18840 2221 22756 22060 2502 26148 25073 1822 18843 18843 2222 22759 22063 2503 26151 25076

2223 22762 22066 2504 26154 25079 2224 22765 22069 2505 26157 25082

2225 22768 22072 2506 26160 25085 2226 22771 22075 2507 26163 25088 2227 22774 22078 2508 26166 25091 2228 22777 22081 2509 26169 25094

2229 22780 22084 2510 26172 25097 A channel can be recalled by hitting the keys [RCL], [1], [8], [0], [1], [ENT] for channel 1801 as an example. Transmit and receive frequencies appear on the display.

The CH NO is checked by pressing the [ENT] key or by turning the FREQ/ CH selector; it is displayed in 5 digits, such as 18001, for a few seconds. (Additional zero is inserted automatically.)

2230 22783 22087 2511 25100 25100

2231 22786 22090 2512 25103 25103

2232 22789 22093 2513 25106 25106

2233 22792 22096 2514 25109 25109

2234 22795 22099 2515 25112 25112

2235 22798 22102 2516 25115 25115

2236 22801 22105 2517 25118 25118

2237 22804 22108

2238 22807 22111

2239 22810 22114

2240 22813 22117

2241 22816 22120

2242 22819 22123

2243 22822 22126

2244 22825 22129

2245 22828 22132

2246 22831 22135

2247 22834 22138

2248 22837 22141

2249 22840 22144

2250 22843 22147

-AP.7-

Page 48

TELEX CHANNELS

MF BAND Telex FREQUENCY TABLE

The following frequencies are factory programmed.

.ONHC

1020.24120.7061

2025.24125.7061

3020.34120.8061

4025.34125.8061

5020.44120.9061

6025.44125.9061

7020.54120.0161

8025.54125.0161

9020.64120.1161

0125.64125.1161

1120.74120.2161

2125.74125.2161

3120.84120.3161

4125.84125.3161

5120.94120.4161

6125.94125.4161

7120.05120.5161

8125.05125.5161

9120.15120.6161

0225.15125.6161

timsnarTpihS )CSD,PDBN(

evieceRpihS

)CSD,PDBN(

CSD/PDBN

1220.25120.7161

2225.25125.7161

3220.35120.8161

4225.35125.8161

5220.45120.9161

6225.45125.9161

7220.55120.0261

8225.55125.0261

9220.65120.1261

0325.65125.1261

1320.75120.2261

2325.75125.2261

3320.85120.3261

4325.85125.3261

5320.95120.4261

6325.95125.4261

CSD

A channel can be recalled by hitting the keys [RCL], [2], [0], [1], [ENT] for channel 201 as an example. Transmit and receive frequencies appear on the display. The channel number is checked by pressing the [ENT] key or by turning the FREQ/CH selector; the channel number is displayed in 4 digits, such as 2001, for a few seconds. (Additional zero is inserted automatically.)

-AP.8-

Page 49

4/6 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

(ITU RR APPENDIX 32)

4 MHz TELEX 6 MHz TELEX 6 MHz TELEX

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

4001 4210.5 4172.5 6001 6314.5 6263.0 6041 6303.5 6303.5 4002 4211.0 4173.0 6002 6315.0 6263.5 6042 6304.0 6304.0

4003 4211.5 4173.5 6003 6315.5 6264.0 6043 6304.5 6304.5 4004 4212.0 4174.0 6004 6316.0 6264.5 6044 6305.0 6305.0

4005 4212.5 4174.5 6005 6316.5 6265.0 6045 6305.5 6305.5 4006 4213.0 4175.0 6006 6317.0 6265.5 6046 6306.0 6306.0

4007 4213.5 4175.5 6007 6317.5 6266.0 6047 6306.5 6306.5 4008 4214.0 4176.0 6008 6318.0 6266.5 6048 6307.0 6307.0

4009 4214.5 4176.5 6009 6318.5 6267.0 6049 6307.5 6307.5 4010 4215.0 4177.0 6010 6319.0 6267.5 6050 6308.0 6308.0 4011 4177.5 4177.5 6011 6268.0 6268.0 6051 6308.5 6308.5

4012 4215.5 4178.0 6012 6319.5 6268.5 6052 6309.0 6309.0 4013 4216.0 4178.5 6013 6320.0 6269.0 6053 6309.5 6309.5

4014 4216.5 4179.0 6014 6320.5 6269.5 6054 6310.0 6310.0 4015 4217.0 4179.5 6015 6321.0 6270.0 6055 6310.5 6310.5 4016 4217.5 4180.0 6016 6321.5 6270.5 6056 6311.0 6311.0

4017 4218.0 4180.5 6017 6322.0 6271.0 6057 6311.5 6311.5 4018 4218.5 4181.0 6018 6322.5 6271.5 6058 6312.0 6312.0

4019 4219.0 4181.5 6019 6323.0 6272.0 6059 6331.0 6312.5 4020 4202.5 4202.5 6020 6323.5 6272.5 6060 6331.5 6313.0 4021 4203.0 4203.0 6021 6324.0 6273.0 6061 6332.0 6313.5

4022 4203.5 4203.5 6022 6324.5 6273.5 4023 4204.0 4204.0 6023 6325.0 6274.0

4024 4204.5 4204.5 6024 6325.5 6274.5 4025 4205.0 4205.0 6025 6326.0 6275.0 4026 4205.5 4205.5 6026 6326.5 6275.5

4027 4206.0 4206.0 6027 6327.0 6281.0 4028 4206.5 4206.5 6028 6327.5 6281.5

4029 4207.0 4207.0 6029 6328.0 6282.0 4030 4207.5 4207.5 6030 6328.5 6282.5 4031 4219.5 4208.0 6031 6329.0 6283.0

4032 4220.0 4208.5 6032 6329.5 6283.5 4033 4220.5 4209.0 6033 6330.0 6284.0

6034 6330.5 6284.5

6035 6300.5 6300.5

6036 6301.0 6301.0

6037 6301.5 6301.5

6038 6302.0 6302.0

6039 6302.5 6302.5

6040 6303.0 6303.0 Above is factory programmed.

-AP.9-

Page 50

8 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

(ITU RR APPENDIX 32)

8 MHz TELEX 8 MHz TELEX

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

8001 8376.5 8376.5 8046 8399.0 8399.0 8002 8417 8377 8047 8399.5 8399.5

8003 8417.5 8377.5 8048 8400.0 8400.0 8004 8418 8378 8049 8400.5 8400.5 8005 8418.5 8378.5 8050 8401.0 8401.0 8006 8419 8379 8051 8401.5 8401.5

8007 8419.5 8379.5 8052 8402.0 8402.0 8008 8420 8380 8053 8402.5 8402.5 8009 8420.5 8380.5 8054 8403.0 8403.0 8010 8421 8381 8055 8403.5 8403.5 8011 8421.5 8381.5 8056 8404.0 8404.0

8012 8422 8382 8057 8404.5 8404.5 8013 8422.5 8382.5 8058 8405.0 8405.0 8014 8423 8383 8059 8405.5 8405.5 8015 8423.5 8383.5 8060 8406.0 8406.0 8016 8424 8384 8061 8406.5 8406.5

8017 8424.5 8384.5 8062 8407.0 8407.0 8018 8425 8385 8063 8407.5 8407.5 8019 8425.5 8385.5 8064 6312.0 8408.0 8020 8426 8386 8065 6331.0 8408.5 8021 8426.5 8386.5 8066 6331.5 8409.0

8022 8427 8387 8067 6332.0 8409.5 8023 8427.5 8387.5 8068 6332.5 8410.0 8024 8428 8388 8069 6333.0 8410.5 8025 8428.5 8388.5 8070 6333.5 8411.0 8026 8429 8389 8071 6334.0 8411.5

8027 8429.5 8389.5 8072 6334.5 8412.0 8028 8430 8390 8073 6335.0 8412.5 8029 8430.5 8390.5 8074 6335.5 8413.0 8030 8431 8391 8075 6336.0 8413.5 8031 8431.5 8391.5 8076 8414.0 8414.0

8032 8432 8392 8077 8414.5 8414.5 8033 8432.5 8392.5 8078 8436.5 8415.0 8034 8433 8393 8079 8437.0 8415.5 8035 8433.5 8393.5 8080 8437.5 8416.0 8036 8434 8394

8037 8434.5 8394.5 8038 8435 8395 8039 8435.5 8395.5 8040 8436 8396 8041 8396.5 8396.5

8042 8397.0 8397.0 8043 8397.5 8397.5 8044 8398.0 8398.0 8045 8398.5 8398.5

Above is factory programmed.

-AP.10-

Page 51

12 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

12 MHz TELEX 12 MHz TELEX 12 MHz TELEX

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

12001 12579.5 12477.0 12056 12607.0 12504.5 12111 12634.0 12532.0 12002 12580.0 12477.5 12057 12607.5 12505.0 12112 12634.5 12532.5

12003 12580.5 12478.0 12058 12608.0 12505.5 12113 12635.0 12533.0 12004 12581.0 12478.5 12059 12608.5 12506.0 12114 12635.5 12533.5 12005 12581.5 12479.0 12060 12609.0 12506.5 12115 12636.0 12534.0 12006 12582.0 12479.5 12061 12609.5 12507.0 12116 12636.5 12534.5

12007 12582.5 12480.0 12062 12610.0 12507.5 12117 12637.0 12535.0 12008 12583.0 12480.5 12063 12610.5 12508.0 12118 12637.5 12535.5 12009 12583.5 12481.0 12064 12611.0 12508.5 12119 12638.0 12536.0 12010 12584.0 12481.5 12065 12611.5 12509.0 12120 12638.5 12536.5 12011 12584.5 12482.0 12066 12612.0 12509.5 12121 12639.0 12537.0

12012 12585.0 12482.5 12067 12612.5 12510.0 12122 12639.5 12537.5 12013 12585.5 12483.0 12068 12613.0 12510.5 12123 12640.0 12538.0 12014 12586.0 12483.5 12069 12613.5 12511.0 12124 12640.5 12538.5 12015 12586.5 12484.0 12070 12614.0 12511.5 12125 12641.0 12539.0 12016 12587.0 12484.5 12071 12614.5 12512.0 12126 12641.5 12539.5

12017 12587.5 12485.0 12072 12615.0 12512.5 12127 12642.0 12540.0 12018 12588.0 12485.5 12073 12615.5 12513.0 12128 12642.5 12540.5 12019 12588.5 12486.0 12074 12616.0 12513.5 12129 12643.0 12541.0 12020 12589.0 12486.5 12075 12616.5 12514.0 12130 12643.5 12541.5 12021 12589.5 12487.0 12076 12617.0 12514.5 12131 12644.0 12542.0

12022 12590.0 12487.5 12077 12617.5 12515.0 12132 12644.5 12542.5 12023 12590.5 12488.0 12078 12618.0 12515.5 12133 12645.0 12543.0 12024 12591.0 12488.5 12079 12618.5 12516.0 12134 12645.5 12543.5 12025 12591.5 12489.0 12080 12619.0 12516.5 12135 12646.0 12544.0 12026 12592.0 12489.5 12081 12619.5 12517.0 12136 12646.5 12544.5

12027 12592.5 12490.0 12082 12620.0 12517.5 12137 12647.0 12545.0 12028 12593.0 12490.5 12083 12620.5 12518.0 12138 12647.5 12545.5 12029 12593.5 12491.0 12084 12621.0 12518.5 12139 12648.0 12546.0 12030 12594.0 12491.5 12085 12621.5 12519.0 12140 12648.5 12546.5 12031 12594.5 12492.0 12086 12622.0 12519.5 12141 12649.0 12547.0

12032 12595.0 12492.5 12087 12520.0 12520.0 12142 12649.5 12547.5 12033 12595.5 12493.0 12088 12622.5 12520.5 12143 12650.0 12548.0 12034 12596.0 12493.5 12089 12623.0 12521.0 12144 12650.5 12548.5 12035 12596.5 12494.0 12090 12623.5 12521.5 12145 12651.0 12549.0 12036 12597.0 12494.5 12091 12624.0 12522.0 12146 12651.5 12549.5

12037 12597.5 12495.0 12092 12624.5 12522.5 12147 12652.0 12555.0 12038 12598.0 12495.5 12093 12625.0 12523.0 12148 12652.5 12555.5 12039 12598.5 12496.0 12094 12625.5 12523.5 12149 12653.0 12556.0 12040 12599.0 12496.5 12095 12626.0 12524.0 12150 12653.5 12556.5 12041 12599.5 12497.0 12096 12626.5 12524.5 12151 12654.0 12557.0

12042 12600.0 12497.5 12097 12627.0 12525.0 12152 12654.5 12557.5 12043 12600.5 12498.0 12098 12627.5 12525.5 12153 12655.0 12558.0 12044 12601.0 12498.5 12099 12628.0 12526.0 12154 12655.5 12558.5 12045 12601.5 12499.0 12100 12628.5 12526.5 12155 12656.0 12559.0 12046 12602.0 12499.5 12101 12629.0 12527.0 12156 12656.5 12559.5

12047 12602.5 12500.0 12102 12629.5 12527.5 12157 12560.0 12560.0 12048 12603.0 12500.5 12103 12630.0 12528.0 12158 12560.5 12560.5 12049 12603.5 12501.0 12104 12630.5 12528.5 12159 12561.0 12561.0 12050 12604.0 12501.5 12105 12631.0 12529.0 12160 12561.5 12561.5 12051 12604.5 12502.0 12106 12631.5 12529.5 12161 12562.0 12562.0

12052 12605.0 12502.5 12107 12632.0 12530.0 12162 12562.5 12562.5 12053 12605.5 12503.0 12108 12632.5 12530.5 12163 12563.0 12563.0 12054 12606.0 12503.5 12109 12633.0 12531.0 12164 12563.5 12563.5 12055 12606.5 12504.0 12110 12633.5 12531.5 12165 12564.0 12564.0

-AP.11-

Page 52

12/16 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

XELETzHM21XELETzHM61XELETzHM61

.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS

661215.465215.46521100610.708615.38661650610.438610.11761

761210.565210.56521200615.708610.48661750615.438615.11761

861215.565215.56521300610.808615.48661850610.538610.21761

961210.665210.66521400615.808610.58661950615.538615.21761

071215.665215.66521500610.908615.58661060610.638610.31761

171210.765210.76521600615.908610.68661160615.638615.31761

271215.765215.76521700610.018615.68661260610.738610.41761

371210.865210.86521800615.018610.78661360615.738615.41761

471215.865215.86521900610.118615.78661460610.838610.51761

571210.965210.96521010615.118610.88661560615.838615.51761

671215.965215.96521110610.218615.88661660610.938610.61761

771210.075210.07521210615.218610.98661760615.938615.61761

871215.075215.07521310610.318615.98661860610.048610.71761

971210.175210.17521410615.318610.09661960615.048615.71761

081215.175215.17521510610.418615.09661070610.148610.81761

181210.275210.27521610615.418610.19661170615.148615.81761

281215.275215.27521710610.518615.19661270610.248610.91761

381210.375210.37521810615.518610.29661370615.248615.91761

481215.375215.37521910610.618615.29661470610.348610.02761

581210.475210.47521020615.618610.39661570615.348615.02761

681215.475215.47521120610.718615.39661670610.448610.12761

781210.575210.57521220615.718610.49661770615.448615.12761

881215.575215.57521320610.818615.49661870610.548610.22761

981210.675210.67521420610.596610.59661970615.548615.22761

091215.675215.67521520615.818615.59661080610.648610.32761

191210.775210.77521620610.918610.69661180615.327615.64861

291210.756215.77521720615.918615.69661280610.427610.74861

391215.756210.87521820610.028610.79661380615.427615.74861

491210.856215.87521920615.028615.79661480610.527610.84861

030610.128610.89661580615.527615.84861

130615.128615.89661680610.627610.94861

230610.228610.99661780615.627615.94861

330615.228615.99661880610.727610.05861

430610.328610.00761980615.727615.05861

530615.328615.00761090610.827610.15861

630610.428610.10761190615.827615.15861

730615.428615.10761290610.927610.25861

830610.528610.20761390615.927615.25861

930615.528615.20761490610.037610.35861

040610.628610.30761590615.037615.35861

140615.628615.30761690610.137610.45861

240610.728610.40761790615.137615.45861

340615.728615.40761890610.237610.55861

440610.828610.50761990615.237615.55861

540615.828615.50761001610.337610.65861

640610.928610.60761101615.337615.65861

740615.928615.60761201610.937610.75861

840610.038610.70761301615.937615.75861

940615.038615.70761401610.047610.85861

050610.138610.80761501615.047615.85861

150615.138615.80761601610.147610.95861

250610.238610.90761701615.147615.95861

350615.238615.90761801610.247610.06861

450610.338610.01761901615.247615.06861

550615.338615.01761011610.347610.16861

-AP.12-

Page 53

16 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

XELETzHM61XELETzHM61XELETzHM61

.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS

111615.347615.16861661610.988610.17761122615.897615.89761

211610.447610.26861761615.988615.17761222610.997610.99761

311615.447615.26861861610.098610.27761322615.997615.99761

411610.547610.36861961615.098615.27761422610.008610.00861

511615.547615.36861071610.198610.37761522615.008615.00861

611610.647610.46861171615.198615.37761622610.108610.10861

711615.647615.46861271610.298610.47761722615.108615.10861

811610.747610.56861371615.298615.47761822610.208610.20861

911615.747615.56861471610.398610.57761922615.208615.20861

021610.847610.66861571615.398615.57761032610.308610.30861

121615.847615.66861671610.498610.67761132615.308615.30861

221610.947610.76861771615.498615.67761232610.408610.40861

321615.947615.76861871610.598610.77761332615.408615.40861

421610.057610.86861971615.598615.77761432610.309610.50861

521615.057615.86861081610.698610.87761532615.309615.50861

621610.157610.96861181615.698615.87761632610.409610.60861

721615.157615.96861281610.798610.97761

821610.257610.07861381615.798615.97761

921615.257615.07861481610.898610.08761

031610.357610.17861581615.898615.08761

131615.357615.17861681610.998610.18761

231610.457610.27861781615.998615.18761

331615.457615.27861881610.009610.28761

431610.557610.37861981615.009615.28761

531615.557615.37861091610.109610.38761

631610.657610.47861191615.109615.38761

731615.657615.47861291610.209610.48761

831610.757610.57861391615.209615.48761

931615.757615.57861491610.587610.58761

041610.857610.67861591615.587615.58761

141615.857615.67861691610.687610.68761

241610.957610.77861791615.687615.68761

341615.957615.77861891610.787610.78761

441610.067610.87861991615.787615.78761

541615.067615.87861002610.887610.88761

641610.167610.97861102615.887615.88761

741615.167615.97861202610.987610.98761

841610.267610.08861302615.987615.98761

941615.267615.08861402610.097610.09761

051610.367610.18861502615.097615.09761

151615.367615.18861602610.197610.19761

251610.467610.28861702615.197615.19761

351615.467615.28861802610.297610.29761

451610.567610.38861902615.297615.29761

551615.567615.38861012610.397610.39761

651610.667610.48861112615.397615.39761

751615.667615.48861212610.497610.49761

851610.767610.58861312615.497615.49761

951615.767615.58861412610.597610.59761

061610.867610.68861512615.597615.59761

161615.688615.86761612610.697610.69761

261610.788610.96761712615.697615.69761

361615.788615.96761812610.797610.79761

461610.888610.07761912615.797615.79761

561615.888615.07761022610.897610.89761

-AP.13-

Page 54

18/19 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

XELETzHM91/81XELETzHM91/81

.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS

100810.186915.07881150815.598815.59881

200815.186910.17881250810.698810.69881

300810.286915.17881350815.698815.69881

400815.286910.27881450810.798810.79881

500810.386915.27881550815.798815.79881

600815.386910.37881650810.898810.89881

700810.486915.37881750815.307915.89881

800815.486910.47881850810.407910.99881

900810.586915.47881950815.407915.99881

010815.586910.57881

110810.686915.57881

210815.686910.67881

310810.786915.67881

410815.786910.77881

510810.886915.77881

610815.886910.87881

710810.986915.87881

810815.986910.97881

910810.096915.97881

020815.096910.08881

120810.196915.08881

220815.196910.18881

320810.296915.18881

420815.296910.28881

520810.396915.28881

620815.396910.38881

720810.496915.38881

820815.496910.48881

920810.596915.48881

030815.596910.58881

130810.696915.58881

230815.696910.68881

330810.796915.68881

430815.796910.78881

530810.896915.78881

630815.896910.88881

730810.996915.88881

830815.996910.98881

930810.007915.98881

040815.007910.09881

140810.107915.09881

240815.107910.19881

340810.207915.19881

440815.207910.29881

540810.307915.29881

640810.398810.39881

740815.398815.39881

840810.498810.49881

940815.498815.49881

050810.598810.59881

-AP.14-

Page 55

22 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

22 MHz TELEX 22 MHz TELEX 22 MHz TELEX

CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX CH NO. SHIP RX SHIP TX

22001 22376.5 22284.5 22051 22401.5 22309.5 22101 22426.5 22334.5 22002 22377.0 22285.0 22052 22402.0 22310.0 22102 22427.0 22335.0

22003 22377.5 22285.5 22053 22402.5 22310.5 22103 22427.5 22335.5 22004 22378.0 22286.0 22054 22403.0 22311.0 22104 22428.0 22336.0 22005 22378.5 22286.5 22055 22403.5 22311.5 22105 22428.5 22336.5 22006 22379.0 22287.0 22056 22404.0 22312.0 22106 22429.0 22337.0

22007 22379.5 22287.5 22057 22404.5 22312.5 22107 22429.5 22337.5 22008 22380.0 22288.0 22058 22405.0 22313.0 22108 22430.0 22338.0 22009 22380.5 22288.5 22059 22405.5 22313.5 22109 22430.5 22338.5 22010 22381.0 22289.0 22060 22406.0 22314.0 22110 22431.0 22339.0 22011 22381.5 22289.5 22061 22406.5 22314.5 22111 22431.5 22339.5

22012 22382.0 22290.0 22062 22407.0 22315.0 22112 22432.0 22340.0 22013 22382.5 22290.5 22063 22407.5 22315.5 22113 22432.5 22340.5 22014 22383.0 22291.0 22064 22408.0 22316.0 22114 22433.0 22341.0 22015 22383.5 22291.5 22065 22408.5 22316.5 22115 22433.5 22341.5 22016 22384.0 22292.0 22066 22409.0 22317.0 22116 22434.0 22342.0

22017 22384.5 22292.5 22067 22409.5 22317.5 22117 22434.5 22342.5 22018 22385.0 22293.0 22068 22410.0 22318.0 22118 22435.0 22343.0 22019 22385.5 22293.5 22069 22410.5 22318.5 22119 22435.5 22343.5 22020 22386.0 22294.0 22070 22411.0 22319.0 22120 22436.0 22344.0 22021 22386.5 22294.5 22071 22411.5 22319.5 22121 22436.5 22344.5

22022 22387.0 22295.0 22072 22412.0 22320.0 22122 22437.0 22345.0 22023 22387.5 22295.5 22073 22412.5 22320.5 22123 22437.5 22345.5 22024 22388.0 22296.0 22074 22413.0 22321.0 22124 22438.0 22346.0 22025 22388.5 22296.5 22075 22413.5 22321.5 22125 22438.5 22346.5 22026 22389.0 22297.0 22076 22414.0 22322.0 22126 22439.0 22347.0

22027 22389.5 22297.5 22077 22414.5 22322.5 22127 22439.5 22347.5 22028 22390.0 22298.0 22078 22415.0 22323.0 22128 22440.0 22348.0 22029 22390.5 22298.5 22079 22415.5 22323.5 22129 22440.5 22348.5 22030 22391.0 22299.0 22080 22416.0 22324.0 22130 22441.0 22349.0 22031 22391.5 22299.5 22081 22416.5 22324.5 22131 22441.5 22349.5

22032 22392.0 22300.0 22082 22417.0 22325.0 22132 22442.0 22350.0 22033 22392.5 22300.5 22083 22417.5 22325.5 22133 22442.5 22350.5 22034 22393.0 22301.0 22084 22418.0 22326.0 22134 22443.0 22351.0 22035 22393.5 22301.5 22085 22418.5 22326.5 22135 22443.5 22351.5 22036 22394.0 22302.0 22086 22419.0 22327.0 22136 22352.0 22352.0

22037 22394.5 22302.5 22087 22419.5 22327.5 22137 22352.5 22352.5 22038 22395.0 22303.0 22088 22420.0 22328.0 22138 22353.0 22353.0 22039 22395.5 22303.5 22089 22420.5 22328.5 22139 22353.5 22353.5 22040 22396.0 22304.0 22090 22421.0 22329.0 22140 22354.0 22354.0 22041 22396.5 22304.5 22091 22421.5 22329.5 22141 22354.5 22354.5

22042 22397.0 22305.0 22092 22422.0 22330.0 22142 22355.0 22355.0 22043 22397.5 22305.5 22093 22422.5 22330.5 22143 22355.5 22355.5 22044 22398.0 22306.0 22094 22423.0 22331.0 22144 22356.0 22356.0 22045 22398.5 22306.5 22095 22423.5 22331.5 22145 22356.5 22356.5 22046 22399.0 22307.0 22096 22424.0 22332.0 22146 22357.0 22357.0

22047 22399.5 22307.5 22097 22424.5 22332.5 22147 22357.5 22357.5 22048 22400.0 22308.0 22098 22425.0 22333.0 22148 22358.0 22358.0 22049 22400.5 22308.5 22099 22425.5 22333.5 22149 22358.5 22358.5 22050 22401.0 22309.0 22100 22426.0 22334.0 22150 22359.0 22359.0

-AP.15-

Page 56

22, 25/26 MHz BAND ITU NBDP (Telex) FREQUENCY TABLE

The following frequencies are factory programmed.

XELETzHM22XELETzHM62/52XELETzHM62/52

.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS.ONHCXRPIHSXTPIHS

151225.953225.95322100520.101620.37152150520.891520.89152

251220.063220.06322200525.101625.37152250525.891525.89152

351225.063225.06322300520.201620.47152350520.991520.99152

451220.163220.16322400525.201625.47152450525.991525.99152

551225.163225.16322500520.301620.57152550520.002520.00252

651220.263220.26322600525.301625.57152650525.002525.00252

751225.263225.26322700520.401620.67152750520.102520.10252

851220.363220.36322800525.401625.67152850525.102525.10252

951225.363225.36322900520.501620.77152950520.202520.20252

061220.463220.46322010525.501625.77152060525.202525.20252

161225.463225.46322110520.601620.87152160520.302520.30252

261220.563220.56322210525.601625.87152260525.302525.30252

361225.563225.56322310520.701620.97152360520.402520.40252

461220.663220.66322410525.701625.97152460525.402525.40252

561225.663225.66322510520.801620.08152560520.502520.50252

661220.763220.76322610525.801625.08152660525.502525.50252

761225.763225.76322710520.901620.18152760520.602520.60252

861220.863220.86322810525.901625.18152860525.602525.60252

961225.863225.86322910520.011620.28152960520.702520.70252

071220.963220.96322020525.011625.28152070525.702525.70252

171225.963225.96322120520.111620.38152170520.802520.80252

271220.073220.07322220525.111625.38152270520.121625.80252

371225.073225.07322320520.211620.48152370525.121620.90252

471220.173220.17322420525.211625.48152470520.221625.90252

571225.173225.17322520520.311620.58152

671220.273220.27322620525.311625.58152

771225.273225.27322720520.411620.68152

871220.373220.37322820525.411625.68152

971225.373225.37322920520.511620.78152

081220.473220.47322030525.511625.78152

181220.444225.47322130520.611620.88152

281225.444220.57322230525.611625.88152

381220.544225.57322330520.711620.98152

430525.711625.98152

530520.811620.09152

630525.811625.09152

730520.911620.19152

830525.911625.19152

930520.021620.29152

040525.021625.29152

140520.391520.39152

240525.391525.39152

340520.491520.49152

440525.491525.49152

540520.591520.59152

640525.591525.59152

740520.691520.69152

840525.691525.69152

940520.791520.79152

050525.791525.79152

-AP.16-

Page 57

Page 58

Furuno FS-1562-15, FS-1562-25 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SAFETY INSTRUCTIONS

LIST OF CONTENTS

INTRODUCTION

Chapter 1 OPERATION

1.1 SYSTEM SET-UP

1.2 Fr ont View of T ransceiver Unit

1.3 Power Supply Unit

1.4 Starting operation

1.5 Selecting Frequency

1.6 Transmitting

1.7 Distress Call on 2182 kHz

1.8 In the Event of Antenna Coupler Failure

1.9 DSC Distress Calling

1.10 Receiving

1.11 Frequency Scan

1.12 Frequency Sweep

2.1 Telex Communication

2.2 Intercom

2.3 Remote Station

3.1 SYSTEM SETUP

3.2 CUSTOMIZING BY OPERATOR

Chapter 4 MAINTENANCE

4.1 Weekly Checks

4.2 Diagnostic Test

4.3 LCD/Keyboard Test & ROM Version No. Confirmation

4.4 Antenna Coupler Test

4.5 Maintenance

Chapter 5 TROUBLESHOOTING

5.1 Troubleshooting List

5.2 Error Indication

5.3 Replacing Fuses

APPENDIX