Furuno FM-8800D Service Manual
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Furuno FM-8800D Service Manual

Vhf radiotelephone
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Download this manual See also: Operator's Manual, Installation Manual
VHF RADIOTELEPHONE
FM-8800D/8800S
FM-8800S/D INTL Ver.
FM-8800: 0550215-02.xx/03.xx
HS-8800: 0550216-01.xx
FM-8800S Russian Ver.
FM-8800: 0550220-01.xx
HS-8800: 0550221-01.xx

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  • Page 1 VHF RADIOTELEPHONE FM-8800D/8800S FM-8800S/D INTL Ver. FM-8800: 0550215-02.xx/03.xx HS-8800: 0550216-01.xx FM-8800S Russian Ver. FM-8800: 0550220-01.xx HS-8800: 0550221-01.xx...
  • Page 2 : +81-(0)798-65-4200 A : JUL 2005 Printed in Japan All rights reserved. C : AUG . 18, 2010 Pub. No. SME-56420-C *00015637400* *00015637400* (NAYO ) FM-8800D/S *00015637400* *00015637400* * 0 0 0 1 5 6 3 7 4 0 0 *...
  • Page 12 (Addenda No.9 of this page is missing.)
  • Page 14 Procedure: DSC Test between No. 1 and No. 2 FM-8800S/Ds Dotted line shows DSC TEST CALL is received by CH70 WR. Check LOG When TEST ACK is transmitted from own ship, “TEST ACK” log is not recorded in “RCVED ORDINARY” window. Fig.
  • Page 15 3) On No. 2 FM-8800S/D, TEST message is received from No. 1 FM-8800S/D. “Test request call received” message appears and alarm is released. Press [CANCEL] key and stop the alarm. 4) Press [ENT] key on No. 2 FM-8800S/D. Then “Received Message” window is changed to “Send Message”...
  • Page 16 DSC Test by only one FM-8800S/D Note: When RT ANT is used together with CH70 WR ANT, TX radio wave is transmitted to RX Circuit of CH70 WR. So, function test for DSC and CH70 WR can be carried out. Procedure: 1) Select [SHIFT] ->...
  • Page 17 3) Press [ENT] key. Then “Received Message” window is changed to “Send Message”. Press and hold down [CALL] key more than 3 seconds to transmit TEST ACK message. After the transmission, the “CH16” window is displayed. 4) Open “RCVD ORDINARY” LOG window and check a LOG of “TEST CALL”.
  • Page 19 Changes in FM-8800D/S system 1. Software update history No. 6 and 7 units in below table are manufactured in October 2009. CPU Board INTL or Ext. ALM Type Unit Software Ver. ITU-R No. RTC kit Ｖｅｒ． Russian output approval 05P0773...
  • Page 20 6. Distress relay When the same distress relay message is received more than twice within one hour, the alarm is not activated. 7. Compose Message The indication on “Compose Message” window is changed from “TCmd1” and “TCmd2” to “KAIND”, “COMM MODE” and “COMM MODE”. On the last line, a message is displayed whether transmitted message is requested ACK or not.
  • Page 21 9. Pop-up window when MMSI is not registered When turning on the power without registration of MMSI, the pop-up message displayed is changed from “NO MMSI” to “This unit CAN’T send any DSC calls until ship’s MMSI is entered. Press any key!”. 10.
  • Page 22 11. Cancel of Distress Alert DSC Distress Alert can be cancelled from DSC message. Cancelled DSC message is as shown in Fig. 1. After this message is transmitted, the distress alert is cancelled by a radio telephone and it is available on “CH16”. To use this function, “SELF TERMINATE”...
  • Page 23 12. Alarm sound The alarm sound level when receiving all DSC messages turns up increasingly. Freq: Freq: Duration: Duration: ALM sound Tone-1 Tone-2 Tone-1 Tone-2 Distress Received 2200 Hz 1300 Hz 250 ms 250 ms Distress ACK Received 2200 Hz 1300 Hz 500 ms 500 ms...
  • Page 24 Menu Tree (Program: INTL Ver. 0550215-04.01) 1 User menu Menu-1 Menu-2 Menu-3 Menu-4 Note POSITION OLDER 0.5 H ALARM DIST/URG Fixed on “ON” SAFETY EXT ALARM ROUTINE COMPLY ABLE STATUS UNABLE NO REASON BUSY UNABLE EQUIP DISBLD Selects when COMPLY STATUS is AUTO ACK REASON MODE UNAVAIL...
  • Page 25 2: Handset 2 NAMING indicated to recognize the caller side 3: Handset 3 easily. 4: Handset 4 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550215-xx VERSION FM-8800D and FM-8800S are the EXT: ENT same version.
  • Page 26 4: Handset 4 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550215-04 VERSION FM-8800D and FM-8800S are the EXT: ENT same version. AUTO 1W ID ENTRY xxxxxxxxx ID CLEAR ATIS ID...
  • Page 27 System menu Menu-1 Menu-2 Menu-3 Note SCAN SCAN/DW Effective for FM-8800D, SP MUTE Set up ON/OFF for SP at the time of Duplex operation. TIMEOUT TIMER Effective for USA channel 170 (0 to 255) TX POWER 44 (0 to 255) TEMP.
  • Page 28 System menu Menu-1 Menu-2 Menu-3 Note FSK LOOP REMOTE LOOP TEST LOOP NMEA LOOP “ALL” is automatically executed. And then, RAM, MEMORY TEST ROM and EEPROM are checked. EEPROM Prints out PRINTER “FM-8800 PRINTER TEST”. The detailed version is FM-8800: PROG.
  • Page 29 System menu Menu-1 Menu-2 Menu-3 Note 155.00 MHz To set the frequency data of 160.00 MHz PLL circuit, use in a factory. DUP RX 165.00 MHz AGC Test No function TEST P: 100 / A: 19655 4528 L Input/Output Test DDS/CODEC P: 100 / A: 19962 for CODEC and DDS...
  • Page 30 3. DSC Call Menu Menu-1 Menu-2 Menu-3 Menu-4 Note COAST ID 00________ ROUTINE Category SAFETY Select Category URGENCY TELEPHONE COMM When the category is SAFETY or MODE DATA URGENCY, TELEPHONE is fixed. COMM NO INFO OPTION COAST - When the category is SAFETY, CH is CALL selected from CH list when selecting SELECT CH.
  • Page 31 Menu-1 Menu-2 Menu-3 Menu-4 Note COAST ID 00xxxxxx ALLMODES TP COMM Select CH from [MENU] -> PSTN DUPLEX TP MODE DATA PSTN CALL COMM NO INFO Fixed on “NO INFO” OPTION xxxxxxxxxxxxxxxx Max. 16 digits ACK REQ SAFETY Category URGENCY COMM TELEPHONE Fixed on “TELEPHONE”.
  • Page 32 Menu-1 Menu-2 Menu-3 Menu-4 Note xxxxxxxxx ID IN DIST (NO INFO) KIND DISTRESS RELAY Fixed on “DISTRESS RELAY” UNDESIGNATED Fire Flooding Collision Grounding Listing NATURE Sinking RELAY Disabled & Adr Abandoning Piracy Man over board EPIRB AUTO GGA>RMC>GNS>GLL MANUAL Time/Pos.: Manual NO INFO Time/Pos.: NO INFO xx;xx...
  • Page 33 Menu-1 Menu-2 Menu-3 Menu-4 Note NEUTRAL CRAFT Fixed on “NEUTRAL CRAFT” Category URGENCY Fixed on “URGENCY” COMM MODE TELEPHONE Fixed on “TELEPHONE” NEUTRAL NEUTRAL KIND Fixed on “NEUTRAL CRAFT” CRAFT CH16 Fixed on “CH16” NO ACK REQ SPECIAL MEDICAL Fixed on “MEDICAL TRANSPORT” Note: TRANSPORT Category...
  • Page 34 4. Remote Handset Menu (Program: Ver. 0550216-01.03) To call the below menus, press [MENU] key. Setting values in Remote Handset [MENU] and FM-8800S/D [MENU] are the same, and the way of setting also. DSC Call menu from Remote Handset is the same as “3.5 DSC Call menu.”...
  • Page 35 Menu-1 Menu-2 Menu-3 Menu-4 AUTO XMTD CALL MANUAL AUTO PRINT OUT RCVD CALL MANUAL AUTO DAILY TEST MANUAL KEY CLICK 8 (0 to 16) EARPIECE 9 (8 to 16) VOLUME INTERCOM 8 (1 to 16) OFF HOOK SPKR ENABLE AUTO CH AUTO CH DISABLE PROPOSE CH...

  • Page 37: Table Of Contents

    Contents Check List Chapter 1. Overview 1.1 General ........................1-1 1.1.1 Configurations ....................1-1 1.2 Operation .........................1-3 1.2.1 LCD display ....................1-3 1.2.2 LCD display and Operation ................1-4 Chapter 2. Location of Parts 2.1 Main Unit .........................2-1 2.1.1 Panel ......................2-1 2.1.2 Interior ......................2-2 2.1.3 Board ......................2-7 2.2 Handset/Remote ......................2-13 2.2.1 HS-2003 ......................2-13...
  • Page 38 Contents 3.5 DSC Call Menu (Russian Ver.)..................3-20 3.6 Remote Handset Menu (Russian Ver.)...............3-24 Chapter 4. System Setting 4.1 Call up for Option Menu ..................4-1 4.2 ID Setting .........................4-3 4.2.1 SELF ID ......................4-3 4.2.2 GROUP ID .....................4-4 4.2.3 Setting Remote Handset ID ................4-6 4.2.4 INTERCOM NAMING .................4-7 4.2.5 Setting of Transceiver unit function ID ............4-9 4.2.6 ATIS ID Setting .....................4-10...
  • Page 39 Contents 4.5 Jumper Setting ......................4-29 4.5.1 Remote station ....................4-29 4.5.2 Select Wing MIC ...................4-31 4.5.3 When using Handset with removed (HS-2003) ..........4-32 4.6 When TR Antenna is used for CH70 WR..............4-33 4.7 μTP-80F Setup ......................4-34 1. DIP Switch Setting ..................4-35 4.8 Change the Specification Power for PR-240-CE ............4-36 Chapter 5.
  • Page 40 Contents Chapter 7. Updating Program 7.1 Updating ........................7-1 7.1.1 Program file ....................7-1 7.1.2 Note .......................7-3 7.1.3 Setup ......................7-4 7.2 Updating Procedure ....................7-7 7.2.1 Procedure .......................7-7 7.2.2 Check the detailed program number ..............7-10 Chapter 8. Maintenance 8.1 Self-test and Error Message ..................8-1 8.1.1 Daily test ......................8-1 1.
  • Page 41 Q17. Will the Program-Ver. indication remain the same even after updating the program? ........................9-4 Q18. Is the Main program commonly used for FM-8800D and FM-8800S? ....9-4 Q19. I cannot update the program/How do I update the program? (Case 1) ....9-4 Q20.
  • Page 42 Contents Appendix 1) Specifications 1. General ........................AP1-1 2. Transmitter .........................AP1-1 3. Receiver ........................AP1-2 4. DSC ...........................AP1-2 5. CH70 WATCH Receiver ....................AP1-2 6. Power Supply ......................AP1-3 7. Digital Interface ......................AP1-3 8. Environmental Conditions ..................AP1-3 9. Coating Color ......................AP1-4 Appendix 2) Channel List AP2.1 International/USA/Canadian/Inland Waterways ..........AP2-1 AP2.2 US Weather Channel ..................AP2-3 AP2.3 Private Channel ....................AP2-4...

  • Page 43: Check List

    Check List Check List How to call up option menus (MMSI registration etc,) 1. Make a jumper connection between #2 and #15 on [PRINTER] port. Or, jumper connection between #25 and #26 of IF-8810. 2. [Menu] -> System -> [ENT] -> Password: xxxxxx (Same as FM-8500, Ref to FQ-2005-015) Items Remarks and Reference Pages...
  • Page 44 Check List 3. Adjustment and Measurement See page 6-1. Is TX output between 20 and 25 W? As for CH70 measurement, see Is reflection power lower than 2 W (10%)? page 6-4. See page 6-3. Is the frequency tolerance within +10 ppm? There is no adjustment part.

  • Page 45: Chapter 1. Overview

    Chapter 1. Overview 1.1 General 1.1 General FM-8800S and FM-8800D are the international VHF radiotelephones that are farther developed as successors to FM-8500 and FM-8700. Outline of the unit: 1. Built-in Class A DSC function and CH70 WR. 2. The FM-8800S offers simplex/semi-duplex, the FM-8800D offers simplex/full duplex voice communication.
  • Page 46 1.1 General Ｖｅｒ Note; INTL Ver. only (except for Russian Case - 2) DMC-5 Installation DMC-5 is connected via DMC IF (IF-8820). Handset (RB-8800/HS-8800 and RB-8810/HS-8800) can be connected to the maximum of 4 sets via IF-8810 and/or IF-8820. RB-8800/HS-8800 RB-8810/HS-8800 NOTE: Total 4 sets...

  • Page 47: Operation

    1.2 Operation 1.2 Operation 1.2.1 LCD display INTL Ver. Russian Ver. (17R) INTL SHIFT INTL SHIFT SCAN (10) SCAN (10) AUTO ACK WATCH CH70 (13) (11) AUTO ACK AUTO CH: ENA (11) (13R) (14) LAT: 34 45’ N 10:45 UTC LAT : 34 45.1111’...

  • Page 48: Lcd Display And Operation

    1.2 Operation 1.2.2 LCD display and Operation The following item numbers in Table 1.2.1 are the number displayed on LCD in the previous page. The same display is shown while operating Transceiver unit and Remote Handset. [SHIFT] selection must be made in 3 seconds. After 3 seconds, “SHIFT” indication on the LCD display disappears.
  • Page 49 1.2 Operation Item Indication Operation key Outline Indicates “DUP” when selecting DUP channel NOTE: Indicates a mode channel allowed by (ON/OFF) [MENU]->SYSTEM->CH MODE according to the power setting in [MENU]->SYSTEM->CH CONFIG Indicates the operational SCAN or DW mode. DUAL: [SHIFT]->[9: DW] SCAN, DUAL When operating SCAN or DW, the channel SCAN: [SHIFT]->[8: SCAN]...
  • Page 50 1.2 Operation Indicates Remote Handset number NOTE: Turn on the power while pressing Remote Handset [MENU] key to set, and set Remote Handset ID number. Display registered MMSI on [MENU] -> System -> MMSI Self-ID ↑ ↓ VOL: SP volume adjustments for Remote Handset VOL 0-10 VOL: [SHIFT]->[ ], [...
  • Page 51 1.2 Operation ALARM Display Table 1.2.2 Alarm Display Conditions Alarm sounds How to stop conditions While pressing [Distress] 2200 Hz and 0 Hz button for 3 seconds (125 ms) During the transmission of Red: 2200 Hz continuous sound continuous light Distress Alert Press [CANCEL] key.

  • Page 52: Chapter 2. Location Of Parts

    Chapter 2. Location of Parts 2.1 Main Unit 2.1 Main Unit 2.1.1 Panel 265 mm 3 W/4 ohm SP 110 mm Handset: HS-2003 AF Gain/Power SW SQ VR/Auto SQ SW CH SW/Enter SW Photo 2.1.1 FM-8800S/D Front Panel TR ANT +24 VDC IN CH 70 ANT Printer port (PP-510)

  • Page 53: Interior

    2.1 Main Unit 2.1.2 Interior 285 mm CH 70 Rx Photo 2.1.3 FM-8800S/D, Bottom Shield Tx/Rx Photo 2.1.4 FM-8800S, Top Shield...
  • Page 54 2.1 Main Unit Duplexer (CDH_156_10_06A) Photo 2.1.5 FM-8800D, Top View (05P0776) Duplexer Tx/Rx (05P0774B) Photo 2.1.6 FM-8800D, Open View...
  • Page 55 2.1 Main Unit 写真 2.1.7 FM-8800S 下面 写真 2.1.8 FM-8800Ｄ下面 (05P0773) CH70 Rx (05P0775) Photo 2.1.7 FM-8800S, Bottom View (05P0773) DUP Rx (05P0777) CH70 Rx (05P0775) Photo 2.1.8 FM-8800D, Bottom View...
  • Page 56 2.1 Main Unit RTC(05P0804) Russian Ver. Photo 2.1.9 FM-8800S, D Front Panel removed (Connect to RTC board) Russian Ver. Photo 2.1.10 FM-8800S, D For RTC board connector:J14 on CPU board...
  • Page 57 2.1 Main Unit 写真 2.1.9 FM-8800S 上面 (05P0776) PANEL (05P0772) Tx/Rx (05P0774A) Photo 2.1.11 FM-8800S, Open View CR5 (Remains of Key Back Light LED) 3 W/4 ohm SP PANEL (05P0772) Photo 2.1.12 FM-8800S/D, Panel...

  • Page 58: Board

    2.1 Main Unit 2.1.3 Board J15 (Handset OFF) U30 (H8S CPU) U36 (LCD CONT) TP1 (38.4 MHz) Y1 (TCXO: 25.6 MHz) TP2 (25.6 MHz) J13 (REF OSC: 25.6 MHz) J3 (DUP REF: 25.6 MHz) J11 (CH70 OSC 38.4 MHz) J9 (Tx MIX: 45 MHz out) Photo 2.1.13 CPU (05P0773), A side J5 (Wing MIC sel.) U20 (DSP) U29 (E...
  • Page 59 Photo 2.1.15 FM-8800S: Tx/Rx (05P0774A) J1 (DUP OUT) J2 (DUP IN1) PA (RA35H1516M) J4 (DUP IN2) J3 (ANT) - Tx/Rx (05P0774A) J1, 2, 4 NO - Tx/Rx (05P0774B) J1, 2, 4 YES * Shield cover removed Photo 2.1.16 FM-8800D: Tx/Rx (05P0774B)
  • Page 60 TP3 (2 Lo: 51.2 MHz) TP4 (1 Lo VCO CONT) J1 (ANT) TP1 (1 Lo: F+51.2375 MHz) Photo 2.1.17 FM-8800D: DUP Rx (05P0777) J2 (ANT) TP1 (1 Lo: 118.1625 MHz) TP4 (2 Lo: 38.4 MHz) J1 (CH70 OSC: 38.4 MHz)
  • Page 61 2.1 Main Unit +15 VDC out #1 to #3: +15 VDC #4: PWR SW P #5: PWR SW M #6 to #8: 0 V Photo 2.1.19 PWR (05P0776), A side DC-DC Converter: CBS2002415 T Photo 2.1.20 PWR (05P0776), B side 2-10...
  • Page 62 2.1 Main Unit LCD p.c.b Photo 2.1.21 PANEL (05P0772), A side Photo 2.1.22 PANEL (05P0772), B side 2-11...
  • Page 63 2.1 Main Unit Russian Ver. Photo 2.1.23 RTC board (05P0804) 2-12...

  • Page 64: Handset/Remote

    2.2 Handset/Remote 2.2 Handset/Remote 2.2.1 HS-2003 Ear SP Condenser MIC (1.5 mW/150 ohm) (-49 dBm/1.6 k ohm) 05P0780 Hanger PTT SW H=57 mm L=208 mm W=65 mm Magnet Hanger Photo 2.2.1 Handset (HS-2003) 2-13...

  • Page 65: Rb-8800/Hs-8800

    2.2 Handset/Remote 2.2.2 RB-8800/HS-8800 HS-8800 H=77 mm L=208 mm W=140 mm SP (0.5 W/8 ohm) RB-8800 Photo 2.2.2 RB-8800/HS-8800 3 W/4 ohm SP Max. 5 W 05P0782 05P0779 TB1 and TB2 are connected in parallel. TB3 (GND) Photo 2.2.3 RB-8800, Open view 2-14...

  • Page 66: Rb-8810/Hs-8800

    2.2 Handset/Remote 2.2.3 RB-8810/HS-8800 Handset: HS-8800 Hanger: RB-8810 0.4 W/8 ohm SP Hanger H=57 mm L=208 mm W=65 mm 05P0798 Photo 2.2.4 RB-8810/HS-8800 2-15...
  • Page 67 2.2 Handset/Remote Ear SP Condenser MIC (1.5 mW/150 ohm) (-49 dBm/1.6 k ohm) U2 CPU PTT SW 05P0781 B side 05P0781 A side 05P0715 A side LCD p.c.b 05P0715 B side Photo 2.2.5 HS-8800 2-16...

  • Page 68: Junction Box/Dmc If

    2.3Junction Box/DMC IF 2.3 Junction Box/DMC IF 2.3.1 Junction Box: IF-8810 H=40 mm L=150 mm W=290 mm Outer size of IF-8810 and DMC IF is the same. 05P0790 Photo 2.3.1 Junction Box 2-17...

  • Page 69: Dmc If: If-8820

    2.3Junction Box/DMC IF 2.3.2 DMC IF: IF-8820 U1: CPU 05P0778 TP2: GND TP1: CPU CK (18.432 MHz) AD0: Not used AD1: Not used J4: Termination Photo 2.3.2 DMC I/F 2-18...

  • Page 70: Vhf Console: Rc-8800

    2.4 VHF Console: RC-8800 2.4 VHF Console : RC-8800 IF-8810 Printer (μTP-80F) Photo 2.4.1 VHF Console Photo 2.4.2 Front cover, Open view Printer I/F: 05P0541 Power terminal board Photo 2.4.3 IF-8810, Open view Photo 2.4.4 Printer, Open view 2-19...
  • Page 71 2.5 Printer: PP-8800 2.5 Printer: PP-8800 Installed μTP-80F +24 VDC Printer Connector Photo 2.5.2 PP-8800, Rear panel Photo 2.5.1 PP-8800 Printer I/F: 05P0541 Photo 2.5.4 Pulled out μTP-80F Photo 2.5.3 Cover, Open view Printer Power supply +5 VDC/6 A Power supply (DC-DC Converter: HGE05006) Photo 2.5.5 Printer I/F : 05P0541 2-20...

  • Page 72: Chapter 3. Menu Tree

    Chapter 3. Menu Tree 3.1 Main Menu List(INTL Ver.) 3.1 Main Menu List (Program: INTL Ver. 0550215-02/03.xx) 3.1.1 User menu To call the below menus, press [MENU] key. Table 3.1.1 User Menu List Menu-1 Menu-2 Menu-3 Menu-4 Note POSITION OLDER 0.5 H ALARM DIST/URG...
  • Page 73 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550215-xx VERSION FM-8800D and FM-8800S are the EXT: ENT same version. SYSTEM Password and Jumper setting are necessary to enter the next menu. See 4.1 for details. (Option...

  • Page 74: Option Menu (Intl Ver.)

    4: Handset 4 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550215-xx VERSION FM-8800D and FM-8800S are the EXT: ENT same version. AUTO 1W AUTO REVERT ID ENTRY xxxxxxxxx ID CLEAR...
  • Page 75 CH MODE CANADA Switch ON/OFF by entering INLND ATIS ID. PRIV SCAN SCAN/DW Effective for FM-8800D, SP MUTE Set up ON/OFF for SP at the time of Duplex operation. TIMEOUT TIMER Effective for USA channel 127 (0 to 255) TX POWER 127 (0 to 255) TEMP.
  • Page 76 3.1 Main Menu List(INTL Ver.) System menu Note FSK LOOP REMOTE LOOP TEST LOOP NMEA LOOP “ALL” is automatically executed. And then, RAM, MEMORY TEST ROM and EEPROM are checked. EEPROM Prints out PRINTER “FM-8800 PRINTER TEST”. The detailed version is FM-8800: PROG.
  • Page 77 3.1 Main Menu List(INTL Ver.) System menu Note 155.00 MHz To set the frequency data of 160.00 MHz PLL circuit, use in a factory. DUP RX 165.00 MHz AGC Test No function TEST P: 100 / A: 19655 4528 L Input/Output Test DDS/CODEC P: 100 / A: 19962...

  • Page 78: Dsc Call Menu (Intl Ver.)

    3.2 DSC Call Menu(INTL Ver.) 3.2 DSC Call Menu (Program: INTL Ver. 0550215-02/03.xx) To call DSC CALL message menus as below, press [CALL/MSG] key. Table 3.2.1 DSC Call Menu List Menu-1 Menu-2 Menu-3 Menu-4 Note COAST ID 00________ ROUTINE BUSINESS Select Category Category SAFETY...
  • Page 79 3.2 DSC Call Menu(INTL Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note GROUP ID 0xxxxxxxx ROUTINE BUSINESS Select Category Category SAFETY URGENCY DISTRESS SIMPLEX TP DUPLEX TP TCmd1 DATA GROUP NO INFO CALL V.21 V.22 V.22 bis TCmd2 V.23 When selecting DATA by the TCmd1 V.26 bis V.26 ter V.27 ter...
  • Page 80 3.2 DSC Call Menu(INTL Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note AREA N/E, S/W Designates coordinate ROUTINE BUSINESS Category Select Category SAFETY URGENCY DISTRESS SIMPLEX TP DUPLEX TP TCmd1 DATA AREA NO INFO CALL V.21 V.22 V.22 bis TCmd2 V.23 When selecting DATA by the TCmd1 V.26 bis V.26 ter V.27 ter...
  • Page 81 3.2 DSC Call Menu(INTL Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note Category URGENCY Fixed on “URGENCY” TCmd1 SIMPLEX TP Fixed on “SIMPLEX TP” MEDICAL TCmd2 MEDICAL TRSPRT Fixed on “MEDICAL TRSPRT” CH16 Fixed on “CH16” xxxxxxxxx ID IN DIST (NO INFO) TCmd DISTRESS RELAY Fixed on “DISTRESS RELAY”...
  • Page 82 3.2 DSC Call Menu(INTL Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note UNDESIGNATED Default Fire Flooding Collision Grounding NATURE Listing Sinking Disabled & Adr DISTRESS Abandoning Piracy Man over board AUTO GGA>RMC>GNS>GLL MANUAL Time/Pos.: Manual NO INFO Time/Pos.: NO INFO xx;xx Time for Pos. SIMP TP Fixed on “CH16”...

  • Page 83: Remote Handset Menu (Intl Ver.)

    3.3 Remote Handset Menu(INTL Ver.) 3.3 Remote Handset Menu (Program: INTL Ver. 0550216-02.xx) To call the below menus, press [MENU] key. Setting values in Remote Handset [MENU] and FM-8800S/D [MENU] are the same, and the way of setting also. DSC Call menu from Remote Handset is the same as “3.2 DSC Call menu.”...
  • Page 84 - DUP Rx board (Yes): FM8800D PROGRAM - DUP Rx board (No): FM8800S VERSION FM-8800D and FM-8800S are the same version. Alternative Operations - Turn on the power while pressing [MENU] key. Set the ID number for Handset (See Chapter 4 System Setting for details.) - Turn on the power while pressing [TEST] key.

  • Page 85: Main Menu List (Russian Ver.)

    (Russian Ver.) 3.4 Main Menu List 3.4 Main Menu List (Program: Russian Ver. 0550220-01.xx) 3.4.1 User menu To call the below menus, press [MENU] key. Table 3.4.1 User Menu List Menu-1 Menu-2 Menu-3 Menu-4 Note POSITION OLDER 0.5H ALARM DIST/URG Fixed on “ON”...
  • Page 86 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550220-01 VERSION FM-8800D and FM-8800S are the EXT: ENT same version. SYSTEM (Option Password and Jumper setting are necessary to enter the next menu. See 4.1 for details.

  • Page 87: Option Menu (Russian Ver.)

    -DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM -DUP Rx board (No): 0550220-01 VERSION FM8800S EXT: ENT FM-8800D and FM-8800S are the same version. AUTO 1W AUTO REVERT ID ENTRY xxxxxxxxx ID CLEAR ATIS ID RIVER Selectable by recording ATIS AREA RIVER &...
  • Page 88 CH MODE CANADA Switch ON/OFF by entering INLND ATIS ID. PRIV SCAN SCAN/DW Effective for FM-8800D, SP MUTE Set up ON/OFF for SP at the time of Duplex operation. TIMEOUT TIMER Effective for USA channel 170(0 - 255) TX POWER 44(0 - 255) TEMP.
  • Page 89 (Russian Ver.) 3.4 Main Menu List System menu Note FSK LOOP REMOTE LOOP TEST LOOP NMEA LOOP “ALL” is automatically executed. And then, RAM, MEMORY TEST ROM and EEPROM are checked. EEPROM Prints out PRINTER “FM-8800 PRINTER TEST”. The detailed version is FM-8800: PROG.
  • Page 90 (Russian Ver.) 3.4 Main Menu List System menu Note 155.00 MHz To set the frequency data of 160.00 MHz PLL circuit, use in a factory. DUP RX 165.00 MHz AGC Test No function TEST P: 100 / A: 19655 Input/Output Test 4528 L DDS/CODEC P: 100 / A: 19962...

  • Page 91: Dsc Call Menu (Russian Ver.)

    3.5 DSC Call Menu (Russian Ver.) 3.5 DSC Call Menu (Program: Russian Ver. 0550220-01.xx) To call DSC CALL message menus as below, press [CALL/MSG] key. Table 3.5.1 DSC Call Menu List Menu-1 Menu-2 Menu-3 Menu-4 Note COAST ID 00________ ROUTINE Category Select Category SAFETY...
  • Page 92 3.5 DSC Call Menu (Russian Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note COAST ID 00xxxxxx ALLMODES TP Specify the CH setting by [MENU] -> TCmd1 DUPLEX TP PSTN CH. DATA PSTN CALL TCmd2 NO INFO Fixed on “NO INFO” xxxxxxxxxxxxxxxx Max. 16 digits SAFETY Category URGENCY...
  • Page 93 3.5 DSC Call Menu (Russian Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note xxxxxxxxx ID IN DIST (NO INFO) TCmd DISTRESS RELAY Fixed on “ DISTRESS RELAY” UNDESIGNATED Fire Flooding Collision Grounding Listing NATURE Sinking RELAY ALL Disabled & Adr Abandoning Piracy Man over board EPIRB AUTO...
  • Page 94 3.5 DSC Call Menu (Russian Ver.) Menu-1 Menu-2 Menu-3 Menu-4 Note NEUTRAL CRAFT Fixed on “NEUTRAL CRAFT” Category URGENCY Fixed on “URGENCY” TCmd1 TELEPHONE Fixed on “TELEPHONE” NEUTRAL NEUTRAL TCmd2 Fixed on “NEUTRAL CRAFT” CRAFT CH16 Fixed on “CH16” SPECIAL Fixed on “EOS”...

  • Page 95: Remote Handset Menu (Russian Ver.)

    （ ） 3.6 Remote Handset Menu Russian Ver. 3.6 Remote Handset Menu (Program: Russian Ver. 0550221-01.xx) To call the below menus, press [MENU] key. Setting values in Remote Handset [MENU] and FM-8800S/D [MENU] are the same, and the way of setting also. DSC Call menu from Remote Handset is the same as “3.5 DSC Call menu.”...
  • Page 96 - DUP Rx board (Yes): FM8800D FM8800D/S PROGRAM - DUP Rx board (No): FM8800S 0550220-01 VERSION FM-8800D and FM-8800S are the EXT: ENT same version. Alternative Operations - Turn on the power while pressing [MENU] key. Set the ID number for Handset (See Chapter 4 System Setting for details.)

  • Page 97: Chapter 4. System Setting

    Chapter 4. System Setting 4.1 Call up for Option Menu Adjustment of LCD Dimmer: [SHIFT] -> [2] Adjustment of LCD Contrast: [SHIFT] -> [SHIFT], [LOG] or CHANNEL knob 4.1 Call up for Option Menu MMSI, Channel and Power settings can be set up by going to SYSTEM menu and then to “option”.
  • Page 98 4.1 Call up for Option Menu 2. Turn on the power and press [MENU] key. Then menu list comes on. 3. Select SYSTEM using the [▼] key from the menu list and press [ENT] key. * SYSTEM SETUP MENU * SELF ID - - - - - - - - - - - GROUP ID LIST...

  • Page 99: Id Setting

    4.2 ID Setting 4.2 ID Setting 4.2.1 SELF ID When your own ID (MMSI) is not registered FM-8800S/D becomes the only operable VHF function. 1. DSC communication is not available. Even if you press “CALL” key, “NO MMSI” comes on, switch to DSC display can not be made, and editing DSC TX message can not be done.

  • Page 100: Group Id

    4.2 ID Setting Procedure 1. Call up the option menu. See page.4-1 for details. [MENU] -> SYSTEM -> [ENT] -> Input the password -> [ENT] 2. Select “SELF ID ______” and press [ENT] key. 3. ID ENTRY and ID CLEAR pop-up menus will appear. ID ENTRY ID CLEAR 4.
  • Page 101 4.2 ID Setting 2. Bring a cursor onto the file number to register and press [ENT] key. COAST CALL COAST CALL SHIP CALL SHIP CALL GROUP CALL GROUP CALL PSTN CALL PSTN CALL AREA CALL INTL Ver. Russian Ver. 3. Bring a cursor onto GROUP CALL and press [ENT] key. GROUP ID consists of 9 digits that starts from “0”.

  • Page 102: Setting Remote Handset Id

    4.2 ID Setting 4.2.3 Setting Remote Handset ID Transceiver unit can be connected to a maximum 4 Handsets (RB-8800/HS-8800 and/or RB-8810/HS-8800). A parallel connection is made with the data line between Transceiver unit and Remote Handsets. Communication between each Remote Handset and Transceiver unit is carried out on the basis of ID number set up for each Remote Handset.

  • Page 103: Intercom Naming

    4.2 ID Setting Prioritizing of Remote Handset The lower the ID number, the higher the priority level. - Priority in this case means that indication/display of the Remote Handset’s detailed program Ver. starts with the lowest ID number on top followed by the second lowest ID number down to other program versions with higher ID numbers.
  • Page 104 4.2 ID Setting How to use INTERCOM INTERCOM can be used between two Remote Handsets, and/or, between a Remote Handset and Transceiver unit. While INTERCOM is being used caller’s Intercom Naming: “OCCUPIED xxxxx” is displayed on other Handset, which is meant to indicate that the intercom is in use.

  • Page 105: Setting Of Transceiver Unit Function Id

    4.2 ID Setting 4.2.5 Setting of Transceiver unit function ID This function is currently inoperative. (2005/5) By setting up the Transceiver unit function ID in the put equipment side by side, the next control can be carried out from one of FM-8800S/D. For example: - Prevention of incoming Tx noise.

  • Page 106: Atis Id Setting

    4.2 ID Setting 4.2.6 ATIS ID Setting ATIS (Automatic Transmitter Identification System) automatically transmits at the end of each transmission. This is monitored by authorities to keep surveillance over illegal transmission. When ATIS ID is set up, following menus can be set up as well. 1.
  • Page 107 4.2 ID Setting Outline of ATIS The operating INLAND channel transmits ATIS signals. When carrying this out is: - When a continuous transmission takes place, at the end of each transmission. - When transmitting continuously, ATIS signal is transmitted every 5 minutes. TX output is normal and audio(voice) input is automatically set to OFF during a ATIS signal transmission.

  • Page 108: System Setting: User Menu

    4.3 System Setting: User Menu 4.3 System Setting: User Menu 4.3.1 ALARM 1. POSITION OLDER When manually setting up the positioning data by [MENU] -> POSITION, and update is not set up within a designated time, alarm is outputted. Select the setup time from 0.5, 1, 2, 3 and 4 H.

  • Page 109: Ext Alarm

    4.3 System Setting: User Menu 2. EXT ALARM This is to set up the external alarm, which is in relation with a category of received DSC message. In Distress (DIS) or Urgency (URG) category, this is always set to ON. In ROUTINE or SAFETY categories, ON/OFF set up can be made.

  • Page 110: Auto Ack

    4.3 System Setting: User Menu 4.3.2 AUTO ACK Select AUTO or MANUAL by [SHIFT] -> [5:ACK] whether to respond (BQ: COMPLY STATUS) to Ship call, Coast Call, Position Call and Polling Call can be set up. With AUTO, BQ is transmitted automatically, and with MANUAL, BQ is transmitted manually.

  • Page 111: Position Call, Polling Call

    4.3 System Setting: User Menu Procedure 1. Select [MENU] -> AUTO ACK and press [ENT] key. 2. Select COMPLY STATUS and set up either ABLE or UNABL. And then, press [ENT] key. 3. When setting UNABL setting, select UNABLE REASON. [ENT] [ENT] * SETUP MENU *...

  • Page 112: Message File Entry

    4.3 System Setting: User Menu Procedure 1. Select [MENU] -> MEMORY CHANNEL and press [ENT] key. 2. Select a “Memory Channel” and press [ENT] key. 3. Select a mode and press [ENT] key. 4. Select a channel of the mode and press [ENT] key. * SETUP MENU * [ENT] [ENT]...
  • Page 113 4.3 System Setting: User Menu * SETUP MENU * [ENT] [ENT] * MESSAGE FILE 1/13 * ALARM COAST CALL AUTO ACK SHIP CALL [ENT] ERASE LOG GROUP CALL MEMORY CHANNEL PSTN CALL MESSAGE FILE ENTRY AREA CALL Note; AREA CALL is deleted in Russian Ver.

  • Page 114: Position

    4.3 System Setting: User Menu 4.3.5 POSITION This is to select a positioning data either by MANUAL or AUTO. Sentences to receive are IEC61162-1 (equal to NMEA Ver.3): GGA > RMC > GNS > GLL and ZDA. When manual input position, it changes to GPS data automatically when inputted the position data from GPS and so on.

  • Page 115: Rtc (Russian Ver.)

    4.3 System Setting: User Menu 4.3.6 RTC （Russian Ver.） To activate this function, the RTC board is necessary. RTC of date/time is used for Time stamp in the [LOG] menu. The input sentence to be used proofreads RTC for every second by ZDA>RMC.

  • Page 116: Volume

    4.3 System Setting: User Menu 4.3.8 VOLUME This is to set up volume. - KEY CLICK - EARPIECE LEVEL : EARPIECE for Transceiver unit - INTERCOM VOLUME : EARPIECE at the time of INTERCOM - OFFHOOK SPKR : ON/OFF of SP at the time of OFF HOOK These are set up respectively.

  • Page 117: Auto Ch (Russian Ver.)

    4.3 System Setting: User Menu 4.3.9 AUTO CH （Russian Ver.） The state of AUTO ACK is set to ON and ON-HOOK. When received the INDVIDUAL/ROUTINE call, communication CH changes automatically after returning AUTO ACK. (ENABLE: Auto change, DISABLE: Manual change) In case of OFF-HOOK, even if AUTO CH is set to ENABLE, it is not automatically changed to the communication CH.

  • Page 118: System Setting: Option Menu

    4.4 System Setting: Option Menu 4.4 System Setting: Option Menu To call up the option menu, see page 4-1. 4.4.1 AUTO 1W In case of ON setup, VHF channel output is automatically reduced to 1W. VHF to control channel is as follow: - “LOW POWER”...

  • Page 119: Ch Config

    4.4 System Setting: Option Menu 4.4.4 CH CONFIG This is to set up operating channels for INTL, USA, WX, CANADA, INLAND-WA and PRIV mode. Setting items are as below. Table 4.4.1 CH CONFIG. Setting Setting The setting items Remarks INTL When setting the specified mode to MODE operate, carry out ON/OFF setup of each...

  • Page 120: Ch Mode

    4.4 System Setting: Option Menu 4.4.5 CH MODE This is to set up ON/OFF for INTL, USA/WX, CANADA, INLND and PRIV mode. You can switch the mode by pressing [SHIFT] -> [7: INTL/USA]. The mode set up by CH CONFIG. has to be set to ON in order for it to be available in this mode setting. MODE [ENT] INTL : ON...
  • Page 121 4.4 System Setting: Option Menu Scan Watch ! CH14 ! CH16 ! CH 15 ! CH 16 ! CH 17 ! CH 16 !  CH 03  CH 16  CH 02  CH 16  CH 01  CH 16  1.

  • Page 122: Sp Mute

    4.4 System Setting: Option Menu 4.4.7 SP MUTE This setting is effective in FM-8800D. This sets up whether you want the Transceiver unit’s audio output from speaker to go off or not during transmission through Duplex channel. This function is in relation with the setup by [SYSTEM] -> VOLUME -> OFF HOOK SPKR.

  • Page 123: Regulation

    4.4 System Setting: Option Menu 4.4.9 REGULATION This function is currently inoperative. (2005/5) This is a setup to reserve in Russian Type Approval. - INTL Ver. : Set to INTL. - Russian Ver. : Set to RUSSIAN. 4.4.10 VDR OUTPUT LEVEL The VDR connection port is connected to #23 and #24 inside the Junction box (IF-8810).

  • Page 124: Station Type

    4.4 System Setting: Option Menu 4.4.11 STATION TYPE COAST setting is prohibited. This function is not supported. When setting to COAST, TX and RX frequency will be interchanged. Since FM-8800D has Duplex Filter built in, COAST setup is prohibited. 4-28...

  • Page 125: Jumper Setting

    - When DMC IF is connected only to DMC-5 and DMC I/F is installed electrically far from Remote station, terminate DATA line on DMC I/F side. Junction box Terminater RS-485 and LINE IF-8810 DATA A/B FM-8800D/S LINE IN/OUT DMC I/F IF-8820 Terminater RS-485 and LINE DATA A/B...
  • Page 126 4.5 Jumper Setting RS-485 TERMINATION LINE TERMINATION 05P0798 Fig. 4.5.3 RB-8810, Jumper Setting RS-485 TERMINATION Note: AD0 and AD1 are erased. JP3:P.LOAD JP3 is to load a program of DMC I/F CPU, and is also used in the factory. AD0, AD1: Not used 05P0779 Fig.

  • Page 127: Select Wing Mic

    4.5 Jumper Setting 4.5.2 Select Wing MIC You can select Carbon MIC or Dynamic MIC depending on Wing MIC type. The factory setting is Dynamic MIC. Table 4.5.1 W. MIC setting J5 Setting MIC Input Level Remarks Dynamic MIC: HS-6000FZ5 1 to 2 -48 dBm/600 ohm Factory default...

  • Page 128: When Using Handset With Removed (Hs-2003)

    4.5 Jumper Setting 4.5.3 When using Handset with removed (HS-2003) When removing Handset (HS-2003) of Transceiver unit and operating only from the Remote Handset, make a jumper connection between #1 and #2 of J15 on the CPU board. This setup is made by compellingly wetting HOOK SW to ON HOOK on CPU board.

  • Page 129: When Tr Antenna Is Used For Ch70 Wr

    4.6 When TR Antenna is used for CH70 WR 4.6 When TR Antenna is used for CH70 WR When watching CH70 through TR antenna, a modification of internal wiring will be necessary. In this case, CH70 cannot receive during VHF transmission. CH70 RX CH70 RX OUT (05P0775)

  • Page 130: Μtp-80F Setup

    μ TP-80F Setup 4.7 μTP-80F Setup This describes how to set up the printer:μTP-80F which is built in the RC-8800 wall rack console. The factory setting of μTP-80F is a normal character. When switching between normal and reversed characters, carry out the DIP switch setup.

  • Page 131: Dip Switch Setting

    μ TP-80F Setup 1. DIP Switch Setting The factory setting is the meshed state of Table 1 and 2. Switch #2 switches between normal and reversed characters. When you switched the DIP switch, turn on the power again. Table 4.7.1 Function of DIP Switch Function/Switch No.

  • Page 132: Change The Specification Power For Pr-240-Ce

    4.8 Change the Specification Power for PR-240-CE 4.8 Change the Specification Power for PR-240-CE When switching the power supply, switch is made below two spots. Factory shipment is 220 VAC specification. Change wiring Change the jumper 1. Change of wiring White Black White...

  • Page 133: Chapter 5. Block Description

    Chapter 5. Block Description 5.2 Outline of Connection 5.1 Outline of Connection Basically, equipments are connected via connection box/IF-8810. DMC-5, for example, is connected via DMC IF(IF-8820). A total of 4 Remote Handsets can be connected via IF-8810 and/or IF-8820. Communication between the Transceiver unit, Remote Handsets, and DMC IF are carried out using RS-485.

  • Page 134: I/O Port Specification

    5.2 I/O Port Specification 5.2 I/O Port Specification 5.2.1 IEC61162/REMOTE Port (D-Sub 37P) Table 5.2.1 IEC61162/REMOTE Port IN/OUT Pin No. Signal Specification Remarks 1 – 4 +15 VDC Use jumper connection of 5 – 6 System Protection unlock TXD (H) Outputs a position of other IEC61162-1 ships from DSC RX...

  • Page 135: Printer Port(D-Sub 25P)

    5.2 I/O Port Specification 5.2.2 PRINTER Port(D-Sub 25P) Table 5.2.2 PRINTER Port IN/OUT Pin No. Signal Specification Remarks STROBE N ACK N BUSY SELECT ALF N ERROR N INT. N SLCT IN N F.GND 20 – 25 F. GND Note; In addition, use jumper connection of System protection unlock between #2 and #15 of [Printer] port 5.2.3 Handset MIC Connector...

  • Page 136: Outline Of Boards

    5.3 Outline of Boards 5.3 Outline of Boards The difference between FM-8800D and FM-8800S is whether there are DUPLEXER and DUP RX board or not and TX/RX board. - FM-8800S DUPLEXER and DUP RX board: No TX/RX board: 05P0774A - FM-8800D...
  • Page 137 TX/RX board with 45 MHz. Consists of TX/RX circuit. 05P0774A, SIMP-equipped FM-8800S, and 05P0774B are installed in DUP-equipped FM-8800D. The difference is whether there is a connector for TX/RX DUPLEXER. (05P0774A/B) - RX circuit: receives RX signal of 150 MHz, converts it into 2nd IF: 37.5 kHz and outputs it into CPU board.

  • Page 138: Block Description

    5.4 Block Description 5.4 Block Description 5.4.1 CH70 RX (05P0775) This board is a CH70 WR. This board converts frequency from CH70 (156.525 MHz) to 1F and outputs it into CPU board. A self- test of this board does not check RX circuit but inputs CH70 test signal from CH70 IF OUT line to see if that can be detected or not.
  • Page 139 5.4 Block Description CH70 receiving signal(156.525 MHz) inputted from the antenna reduce out-of-band signals/noise with BPF (L/C) of 20 MHz and uses Q3 (RF AMP) to amplify it by approximately 10 dB. Then, FL2 (SAW FIL, BW: ± 10 kHz) is installed in order to improve “Blocking”...

  • Page 140: Dup Rx (05P0777)

    5.4 Block Description 5.4.2 DUP RX (05P0777) This board is to be installed in FM-8800D and converts 160 MHz band RX signal of DUPLEX RX frequency to 2 IF and outputs it into CPU board. The self-test of this board detects Un-Lock/Lock signal upon assessing the function of PLL circuit of 1 local on this board.
  • Page 141 5.4 Block Description 160 MHz band RX signal of from DUPLEXER will be amplified by approximately 7 dB. BPF (L/C) of 156 to 163 MHz range is installed on Q1 input/output circuit. CR10 and 11 are 1 MIXER circuit that converts 160 MHz band RX signal into 1 IF signal of 51.2375 MHz by Fo＋51.2375 MHz.
  • Page 142 R VSWR J9-#13 R VSWR J9-#23 RX ON T+15V Q12, 17 J9-#22 TX ON Q16, 18 R+15V TX/RX J9-#1-4 +15V 05P0774A (For FM-8800S) +15V J9-#9 05P0774B (For FM-8800D) TEMP. Sensor PA TEMP J9-#15 (LM60CIM3) Fig. 5.4.5 TX/RX (05P0774) Block Diagram 5-10...
  • Page 143 MIXER, PA, and APC circuit. PLL circuit is used for both TX and RX. However, FM-8800D carries out DUPLEX RX on DUP RX board. The self-test of TX/RX PCB detects Un-Lock/Lock signal by assessing the efficiency of PLL circuit of 1 Local on this board.
  • Page 144 5.4 Block Description RX CIRCUIT The Rx signal reduce out-of-band signals/noise between 156.025 MHz and 162.025 MHz by BPF (L/C) on Q7 input/output circuit and Q7 (RF AMP) will amplify it by 10dB. CR 104 is 1 MIXER circuit that converts RX signal by 1 Local of Fo＋51.2375 MHz into 1 IF signal of 51.2375 MHz.
  • Page 145 5.4 Block Description TX CIRCUIT A signal of 45 MHz inputted from CPU board is a FM-compatible signal modulated by DDS on CPU board. This modulated signal is amplified by U10 and U5. Then, it is converted by TX local frequency of Fo + 45 MHz of PLL output frequency on CR101 into Fo.

  • Page 146: Tx/Rx 05P0774

    5.4 Block Description APC, R VSWR, F VSWR CIRCUIT CM Coupler Driver Tx out (DCS3D20) U1(RA35H1516M) Q1:Driver Bias T15V PWR CONT Q102 Q1:Driver Bias T15V UN LOCK (From U12: PLL IC) T15V1 05P0773 TEST ON Not used TEST ON Not used F-VSWR DET (1/2) PWR CONT...
  • Page 147 5.4 Block Description Measured CH16 Low Power Hi Power Power Data PWR CONT 0.54 V 1.93 V F VSWR 0.65 V 3.04 V Power 0.75 W 21.2 W Fig. 5.4.8 V vs Output Power TEMPERATURE DETECTION When the temperature sensor: U13 (LM60CIM3) detects 60 degrees, it automatically reduces TX output to 14W.

  • Page 148: Duplexer

    5.4 Block Description 5.4.4 DUPLEXER Duplexer is to be installed in FM-8800D. TX is composed in LPF and RX in HPF. Estimated attenuation of effective frequency range for both from TX range to RX range and RX range to TX range is approximately -60 to -70 dB. Since RX signal of simplex channel attenuates in DUPLEXER, FM-8800D receives RX of duplex channels on DUP RX board and RX of simplex channel on TX/RX board.
  • Page 149 5.4 Block Description Below chart shows Return Loss and Attenuation characteristic. Carry out +1.8 dB off-set Return Loss Attenuation Fig. 5.4.11 DUPLEXER, RX FIL characteristic Return Loss Attenuation Fig. 5.4.12 DUPLEXER, TX FIL characteristic 5-17...
  • Page 150 5.4 Block Description 5.4.5 CPU (05P0773) Wing Handset MIC HANDSET MIC Remote Line IN Handset SP Wing SP1 Wing SP2 Remote Line OUT SP Connector EXT SP TDA2003 VDR AF 25.6MHz TCXO EEPROM 25.6 MHz (AT26BV256) EXT Alarm D-RAM U15,14 For CLK (IC41LV16100S) TXD/RXD...
  • Page 151 5.4 Block Description MEMORY CONTENTS Memory configurations are as follow. CPU(H8S) DRAM (Data) FROM (Program) EEPROM SRAM Fig. 5.4.14 Memory Configurations Table 5.4.5 Memories Memory Function Program storage domain - Boot loader program - CPU program FROM U30: CPU (H8S) BUILT-IN - DSP program (forwarded from CPU to DSP) - Letter indication font - CH frequency table...
  • Page 152 5.4 Block Description TCXO TCXO(Temperature Compensate Crystal Oscillators) PLL reference frequency and of TX/RX board and DUP RX board is created based on TCXO of Y1: 25.6 MHz/+5ppm. There is no specific part where frequency is adjusted. If TX frequency tolerance is over +10 ppm, replace CPU board or TCXO.

  • Page 153: Cpu (05P0773)

    5.4 Block Description Audio signal from the Transceiver handset, Remote handsets, and Wing MIC are digitized on U10: CODEC (A/D conversion) and is inputted into U20: DSP. DSC TX message is inputted into DSP from U30: CPU. These data are processed in DSP as DDS setup data.
  • Page 154 5.4 Block Description SQ/Auto SQ FUNCTION SQ FUNCTIONS are below; - Threshold level : -3 to –6 dBuV (approximately SINAD 12 dB) - Tight level : below +6 dB CAUTION: SQ auto function is the position of SQ volume at around 7 o'clock. Note that dose not control audio spectrum as FM-8500 does.
  • Page 155 5.4 Block Description ANTENNA BAR INDICATION This indicates ratio (SNAD) between the level of audio range and the level of noise range. Just as SQ control, they are detected by SQ Cont inside DSP. Adequate SINAD conversions of AF output are below. - No antenna indication : no signal received.
  • Page 156 5.4 Block Description For this communication to be in use, proper ID number has to be set up for each CPU. Refer to page 4-4 for this ID setup. ID for DMC IF unit is fixed. Data is composed of ID transmitting cycle that designates the Receiving station (a Remote Handset) and a data transmitting cycle that responds to Receiving station.

  • Page 157: Pwr (05P0776)

    5.4 Block Description 5.4.6 PWR (05P0776) This outputs the voltage of +15 VDC from +24 VDC input power. Each protection circuit and their functions are as below. U1: CBS2002415 C1-7 C8-10 J1-#1-3 +15V +Vout 24VDC(+) C14,15 C11,12 J1-#6-8 -Vout 24VDC(-) (+12V) R7,9 Voltage...
  • Page 158 5.4 Block Description OVER CURRENT PROTECTION ON U1 This protection functions to stop the output when U1 output current increases more than 14 A and also functions as an automatic recovery function. LOW VOLTAGE OUTPUT PROTECTION ON U1 This protection functions to stop the output when the voltage is over +17 VDC. Turn off the power temporarily when this happens.

  • Page 159: Hs Cont (05P0781)

    5.4 Block Description 5.4.7 HS CONT (05P0781) CPU on HS CONT board responds to the polling from the Transceiver unit and sends out the information. For example, handset is OFF HOOK etc. CPU on the Transceiver unit responds to it and carries out appropriate actions and sends a command to the Remote Handset CPU at the time of responding.
  • Page 160 5.4 Block Description U13 is IC that switches MIC and SP line. There are two different switch functions as below. - X and Y (linked function) : switch between a normal state and DTMF(Not used) : ON/OFF switch of loud speaker. Mulutiplexer U13: TC4053 Line in...

  • Page 161: Chapter 6. Measurement

    6.1.1 Output Power Adjusts output power for HI, LOW and TEMP REDUCE. Adjustment procedure for FM-8800D and FM-8800S are the same. Power Data are curried out on the selected channels and they are not memorized separately for each channel. Therefore, make an adjustment with intermediate channel (CH14) of VHF.
  • Page 162 Transceiver unit.) Adjustments of “HI”, “LOW” and “TEMP. REDUCE” are the same curve and they can be adjusted respectively. Power Reference only 45 W FM-8800S FM-8800D 25Ｗ 14Ｗ Default setting of Power data (Russian Ver, ,and INTL Ver. 03.01 and after) 1Ｗ...

  • Page 163: Measurement

    The frequency tolerance: within +10 ppm Antenna Handset 50 ohm Dummy FM-8800S FM-8800D 50 ohm CH70 ANT Power meter Freq. Counter The input to a frequency counter approximates the pick-up coil to a dummy load or ANT coaxial cable and picks up TX frequency.

  • Page 164: Ch70 Output

    6.2 Measurement 6.2.2 CH70 Output As CH70 is assigned to DSC channel, it cannot be selected as normal channel can be. See diagrams in Fig. 6.1.1 and 6.2.1 of the output power and the frequency for CH70. Note that there is no output power adjustment only for CH70. Procedure 1.

  • Page 165: Dsc Tone Frequency

    In this section, monitoring procedures with FM-8800S, D are described. Antenna Handset For Monitor 50 ohm Dummy FM-8800S FM-8800S FM-8800D FM-8800D CH70 CH70 ANT CH70 ANT Freq. Counter - MARK: 1300 Hz + 10 Hz - SPACE: 2100 Hz + 10 Hz Fig.
  • Page 166 6.2 Measurement *** FM 8800S/D preparation and transmission on the TX side *** 5. Any channel may be selected. 6. Call up the option menus. Refer to page 4-1. - Make a jumper connection between #2 and #15 of [Printer] port - Or, jumper connection between #25 and #26 of IF-8810 - Press [MENU] ->...

  • Page 167: Spurious Emission

    Connect the spectrum analyzer to the antenna terminal of FM-8800S/D as below and turn on PTT switch to take spurious emissions measurements. Handset Spectrum FM-8800S Analyzer FM-8800D 50 ohm ATT(30dB) CH70 ANT Fig. 6.2.3 Spurious Emissions Measurement Fundamental signal Measure Spurious emission Fig.

  • Page 168: Frequency Deviation For A Radiotelephone

    Connect FM Liner Detector as below. Connect AF OSC (AF Oscillator) and an appropriate switch as a substitution to PTT switch. 50 ohm ATT 50 ohm (20dB) Dummy Pick-up FM-8800S HANDSET FM-8800D AF OSC 600 ohm CH70 ANT FM Liner Detector PTT SW Fig. 6.2.5 Measurement of Frequency Deviation Procedure 1.

  • Page 169: Sensitivity Of A Radiotelephone: Nq Method

    Connect SSG as below. 4 ohm SP or 4 ohm dummy 50 ohm FM-8800S (Standard FM-8800D Signal GEN.) AF V.V Fig. 6.2.6 Measurement of Receiving Sensitivity Procedure 1. Set up SSG (Standard Signal Generator) as follows. - Set up CH16 (156.8 MHz), for example.

  • Page 170: Chapter 7. Updating Program

    7.1.1 Program file This program consists of Transceiver unit (FM-8800S/D), Handset (HS-8800) and DMC I/F (IF-8820). Main program is use with both FM-8800S and FM-8800D. Program folder and their contents are indicated in the table below. Table 7.1.1 Program File List...
  • Page 171 7.1 Updating VER.txt file 1) In case of the INTL Ver. “Program version” is indicated in VER.txt file. e.g. If the program version is FM-8800 (MAIN), the last two digits ”02” of “0550215-02.02” indicate the detailed version. Check the detailed program numbers, see page 7-11.

  • Page 172: Note

    7.1 Updating 7.1.2 Note 1. For electrical specification Electric specification of the communication port on FM-8800S/D side for updating a program, is RS-422. Communication speed is 57.6 kbps. Provide the RS-422 level converter with the specification more than 57.6 kbps. The level converter (IC-485SN) for updating FA-100 is available.

  • Page 173: Setup

    7.1 Updating 7.1.3 Setup 1. Connection Set up the slide switch of IC-485SN as below when using the level converter (IC-485SN). - T-ON/R-ON side - DCE side (FA-100 is on the DTE side.) T-ON/R-ON Fig. 7.1.1 Setting IC-485SN Cable wiring between PC (9P) and IC-458SN (25P) is as below. DSR, DTR and etc, cannot be used as the control signals.
  • Page 174 IEC61162/Remote port 37 Pin D-sub Serial port 10.RxD-C 1. T+ FM-8800S [COM-1] 9.RxD-H 2. T- IC-485SN FM-8800D 7.TxD-H 3. R- 8.TxD-C 4. R+ RS-232C RS-422 Straight Cable Fig. 7.1.2 Case-1: Update Wiring FM-8800 - Updating Transceiver unit (FM-8800S/D), Remote Handset (HS-8800) and DMC I/F (IF-8820)
  • Page 175 7.1 Updating 2. Changing batch files 1) Checking PC’s COM port number: Open [Control PANEL] –> [System] –> [Device Manager] and check COM port number. (e.g. COM3 the installed USB - RS-232C Driver) 2) Select the updating batch file and open the batch file from [File] – “Edit”. 3) Change the underlined digit of each batch file to PC’s COM port digit.

  • Page 176: Updating Procedure

    7.2 Updating Procedure 7.2 Updating Procedure 7.2.1 Procedure 1. Turn off Transceiver unit and connect the PC to the Junction Box (IF-8810) or Transceiver unit. See page 7-4 for setup. 2. Open the FM UP program holder. (Russian Ver: FM8800 R) 3.
  • Page 177 7.2 Updating Procedure 5. Update program starts automatically. During updating, there is no indication shown in LCD of Transceiver unit and Remote Handset. However, the “ALARM” LED of Remote Handset light. If a normal display is shown on LCD, check the connection and try again from the step 2.
  • Page 178 7.2 Updating Procedure Transfer the program from the PC into the memory of Transceiver unit. Remote 30: Updating Handset ID=1 Remote 32: Updating Handset ID=3 Complete updating Fig. 7.2.2 Screen of Updating Handset Program Transfer the program from the PC into the memory of Transceiver unit.

  • Page 179: Check The Detailed Program Number

    7.2 Updating Procedure 7.2.2 Check the detailed program number 1. Make a jumper between #2 and #15 of [PRINTER] port. Or, jumper connection between #25 and #26 of IF-8810. See page 4-1. [PRINTER] 2. Press [Menu] key and select “SYSTEM” and then, followed by [ENT] key. 3.
  • Page 180 7.2 Updating Procedure 7. Press [SHIFT] key once and [1] key 5 times. The detailed program version appears. PROGRAM VERSION FM-8800 : 0550215-02-0x HS-8800 : 0550216-01-0x HS-8800 : 0550216-01-0x The last 2 digits indicate the detailed version. HS-8800 : 0550216-01-0x HS-8800 : 0550216-01-0x IF-8820 : 0550217-01-0x...

  • Page 181: Chapter 8. Maintenance

    TX/RX PCB : OK CPU PCB : OK CH70 RX PCB : OK Displays only FM-8800D DUP RX PCB : OK 1. TX POWER This test stores the last minute state of TX output (F-VSWR and R-VSWR) before the self-test in memory and checks to see if the output value is over the designated value or not.

  • Page 182: Tx/Rx Pcb

    8.1 Self-test and Error Message 2. TX/RX PCB This is to check the unlocked state of PLL circuit on TX/RX board (05P0774A, B). Frequency to be checked is the frequency set up at the time of self-test. The Un-lock/Lock signal is outputted from U12: PLL IC on TX/RX board. PLL circuit on this board is used with both TX and RX.

  • Page 183: Ch70 Rx Pcb

    Fig. 8.1.4 CH70 RX PCB Test 5. DUP RX PCB This is indicated when FM-8800D is in use. This is to check the unlocked state of PLL circuit on DUP RX board (05P0777). Frequency to be checked it is 161.5 MHz at the time of self-test.

  • Page 184: Error Messages

    See fig.8.1.2 for a detector circuit. 2. PLL2 Unlock As for FM-8800D, when unlocked state of PLL circuit on DUP RX board (05P0777) is detected, a pop-up widow will appear as an error. This checks the changing of channels and switching of TX/RX function.
  • Page 185 8.1 Self-test and Error Message Note: Continuous alarm sounds When DSP detects CPU malfunction, alarm will go off. U20: DSP and U30: CPU are in constant contact. If CPU does not respond to a command from DSP, DSP will recognize this as an error and alarm of 2200 Hz will continuously go off.

  • Page 186: Dsc Communication Test

    8.2 DSC Communication Test 8.2 DSC Communication Test This is a communication test between FM-8800S/Ds. Conditions under which this can be done with the same MMSI are below only: - CALL TYPE: Individual (SHIP CALL) - CATEGORY: Routine In this case, TX output of CH70 will automatically be reduced to Low Power. NOTE: FM-8500, etc can receive signals with the same MMSI.
  • Page 187 8.2 DSC Communication Test 4. When receiving ACK BQ from No.2 VHF “ABLE ACKNOWLEDGE CALL RECEIVED” will appear and alarm will go off. If you press [CANCEL] key, a display will switch to VHF display and CH6 will be automatically set up. 5.

  • Page 188: T/A, Test, Reset Dsp

    8.3 T/A, TEST, RESET DSP 8.3 T/A, TEST, RESET DSP Call up the option menu with reference to page 4-1. Select [MENU] -> SYSTEM -> [ENT] -> and input the password. This section explains what T/A, TEST, and REST DSP are. 8.3.1 T/A You can carry out DSC RX TEST by selecting this item and pressing [ENT] key.
  • Page 189 8.3 T/A, TEST, RESET DSP 1.2 MEMORY TEST *** MEMORY TEST *** There is no need to select RAM, ROM and EEPROM separately to carry out a memory test. Just open a window shown on the right and the test results show in it. EEPROM - RAM : is a test for U31 on CPU board and checks...

  • Page 190: Panel

    8.3 T/A, TEST, RESET DSP 1.4 PROG. VER. Displays the program version of connecting unit. PROGRAM VERSION FM-8800 : 0550215-02 - Remote Handset version number is indicated from a HS-8800 : 0550216-01 low ID number in order. (See page.4-4 for details.) HS-8800 : 0550216-01 - Version number of the unconnected unit is not...
  • Page 191 8.3 T/A, TEST, RESET DSP 2.2 BACK LIGHT Select this item and press [ENT] key to carry out LCD back light test. Back light changes can be adjusted from 1-4 every time you press [ENT] key. *** PANEL TEST *** *** PANEL TEST *** *** PANEL TEST *** *** PANEL TEST ***...

  • Page 192: Ch70 Rx

    8.3 T/A, TEST, RESET DSP 2.3.4 SQ : xxxxx This is a test for “SQUELCH” volume. Turning this volume will change the value in every 64 steps turned ranging from 00000-65472(65536). Range of outputted voltage (0-3.3V) is digitized by 10-bit A/D converter with built-in CPU and will be indicated. When a position acquired on AUTO, 00000 will be indicated.

  • Page 193: Tx/Rx

    8.3 T/A, TEST, RESET DSP 4. TX/RX 4.1 PLL This adjusts PLL circuit on TX/RX board. Frequency selected is set up as TX/RX PLL frequency data. - RX 1st Lo frequency ** TX/RX PLL ** Fo + 51.2375 MHz １55.00 MHz - TX Lo frequency 160.00 MHz Fo + 45 MHz...
  • Page 194 This indicates the state (Q10 output) of PLL circuit on DUP RX board. PLL frequency data inputted into DUP RX board is the channel set up in this display. When FM-8800D is in SIMP mode, ''155'' is normally indicated. - The state of PLL LOCK: UL LEVEL indicates below 50 which is normally “0”.
  • Page 195 8.3 T/A, TEST, RESET DSP NOTE: Below chart shows the changing levels of FM-8800D RX IF LEVEL and AF NOISE. Especially, IF LEVEL changes due to unsteadiness of RX gain. Also, antenna being connected and not connected contributes to this change according to noise in the air as well.

  • Page 196: Dup Rx

    8.3 T/A, TEST, RESET DSP 5. DUP RX 5.1 PLL This adjusts the PLL circuit on DUP RX board. Frequency selected is set up as DUP RX PLL frequency data. ** DUP RX PLL ** １55.00 MHz RX: 1st Lo frequency Fo + 51.2375 MHz 160.00 MHz 165.00 MHz...

  • Page 197: Reset Dsp

    8.3 T/A, TEST, RESET DSP TX/RX IF OUT(37.5kHz) CODEC CH70 RX OUT(37.5kHz) U17: AK4528 AGC CONT(Not used) CH70 TEST ADUTL ADUTR CHK CODEC Key-in H.S MIC VIDEO L VIDEO R R. H.S MIC Wing MIC CPU(H8S) Display CODEC U30: HD64F2377 U20: ADSP2186 U10: AK4543 H.S SP...

  • Page 198: Memory Clear

    8.4 Memory Clear 8.4 Memory Clear Execute MMSI CLEAR and ALL CLEAR - Clear MMSI CLEAR: MMSI - ALL CLEAR: Erase all registered/stored data. It returns to the default setting. Procedure 1. Call up the option menu with reference to page 4-1. Select [MENU] ->...

  • Page 199: Compatibility Of Boards

    Change of TX/RX board (05P0774A/B) The difference between 05P0774A and 05P0774B is whether there are connecting DUPLEXER input/output ports, J1, J2, and J4 or not. FM-8800S and FM-8800D are interchangeably used in case it is necessary since they share the same circuit. Same circuits are common used for FM-8800S and FM-8800D when board is substituted.
  • Page 200 J1 and J2 on the B side. 05P0774B: FM-8800D There are no chips, JP1, 2, and 3. J1, J2, and J3 are installed. When using 05P0774A in FM-8800D, remove chips JP1, 2, and 3 and install J1, JP1, 2, 3 J2, and J3.

  • Page 201: Remote Handset Test

    8.6 Remote Handset Test 8.6 Remote Handset Test This test is carried out separately with each Remote Handset. The transceiver and the Remote Handsets can be used while one Remote Handset is being tested. Turn on the power while pressing [3: TEST] key in order to enter this test mode. Upon entering, alarm LED will blink every 2 seconds.
  • Page 202 8.6 Remote Handset Test After entering the test, characters corresponding to a key will be shown as below. CM : [CALL/MSG] LO : [LOG] CA : [CANCEL] HK : [HOOK ON/OFF CM LO FI : [FILE] AC : [ACK] EN : [ENT] ME UP ME : [MENU] UP : [...
  • Page 203 DTMF tone will be outputted into the monitor speaker of the Remote Handset and will change in 2 different volume. Step-6) EEPROM To end DTMF test, press [▼]. EEPROM The registered ID number for Remote Handset is indicated. FURUNO FM-880 See page.4-4 for the registration method. ID=1 8-23...
  • Page 204 8.6 Remote Handset Test Step-7) RB DIST LED To end EEPROM test, press[▼]. Then, RB DIST LED test display will be shown as below and pressing [▼] again will pop up RB SP test. Each test will continue until another test begins. RB DIST LED RB SP RB DIST LED...

  • Page 205: Chapter 9. Q & A

    FM-8800D has FULL-DUPLEX function and FM-8800S has SEMI-DUPLEX function. FM-8800D with DUPLEX has DUPLEXER and DUP RX board installed in it. The main program is commonly used by both FM-8800D and FM-8800S. Switching a program detects whether DUP RX board is installed or not and is carried out automatically.

  • Page 206: Q6. Please Tell Me About The Alarm Output

    Chapter 9. Q & A Q6. Please tell me about the Alarm output. See page. 4-11. When you receive Distress/Urgency DSC message, the alarm always goes off but when you receive Routine and Safety DSC message, you can set up ON/OFF by selecting [MENU] ->...

  • Page 207: Q12. How To Adjust Lcd Contrast

    [2] key. Q13. How to cancel menu’s protection? See page. 4-1. See FURUNO Information: FQ5-2005-015 for the password. Make a jumper connection between #2 and #15 pin of [PRINTER] port. Or, jumper connection between #25 and #26 of IF-8810.

  • Page 208: Q17. Will The Program-Ver. Indication Remain The Same Even After Updating The Program

    TEST -> CPU -> PRG. VER and then, press [1] key 5 times while pressing [SHIFT] key. The detailed version will appear. Q18. Is the Main program commonly used for FM-8800D and FM-8800S? See page. 5-8. Yes it is. A change of the program is automatically carried out by detecting whether DUP RX board is installed or not.

  • Page 209: Q23. What Are The Differences Between 05P0774A And B On Tx/Rx Pcb

    Q23. What are the differences between 05P0774A and B on TX/RX PCB? See page. 8-19. The 05P0774A is used for FM-8800S and the 05P0774B is used for FM-8800D. The only difference is whether the input/output connector circuit is connected to DUPLEXER or not.

  • Page 210: Q29. Would Disconnecting Or Short-Circuiting Antenna Break Transceiver Unit

    Chapter 9. Q & A Q29. Would disconnecting or short-circuiting antenna break Transceiver unit? See page. 5-14. Transceiver unit: PA, No problem. When R-VSWR was detected to be over designated voltage, FM-8800S/D automatically reduces PA output to keep it within its designated output. Q30.

  • Page 211: Q36. Please Tell Me About Communication Range

    Chapter 9. Q & A Q36. Please tell me about communication range? Below graph is to help you figure out the electric field intensity within a range of h1(10 m) and h2(the height of the other ship) when the signal is transmitted with 144 MHz and 10 W.

  • Page 212: Q37. An Inspector Cautioned Me About Contents Of Comsar/Cir.32

    Chapter 9. Q & A Q37. An inspector cautioned me about contents of COMSAR/Cir.32 regarding installation of equipment. What is it about? COMSAR/Circ.32 is about GMDSS requirements for radio installation issued by IMO on 08/16/2004. The heading is ''Harmonization of GMDSS requirements for radio installation on SOLAS ship.
  • Page 213 Chapter 9. Q & A 5 ANTENNA INSTALLATION 5.1 General Special attention should be paid to the location and installation of the different antennas on a ship in order to ensure effective and efficient communication. Incorrect installed antennas will degrade the performance of the radio equipment and will reduce the range of radio communications.

  • Page 214: Appendix 1) Specifications

    INLND-WA: 55 (57) Private: 20 Memory: 50 *CH75/76 can be included for some countries (2) Frequency stability Within ±1.5kHz (3) Communication system FM-8800D: Simplex/Full-duplex FM-8800S: Simplex/Semi-duplex (4) Class of Emission 16K0G3E (Voice) 16K0G2B (DSC) (5) Antenna impedance 50 ohms 2. Transmitter...

  • Page 215: Receiver

    AP1) Specifications 3. Receiver (1) Frequency range Simplex 155.000 to 158.000 MHz FM-8800D Duplex 160.625 to 162.600 MHz Simplex 155.000 to 159.600 MHz FM-8800S Semi-duplex 161.475 to 164.200 MHz (2) Receiving system Double superheterodyne (3) Intermediate frequency 1st: 51.2375 MHz, 2nd: 37.5 kHz µ...

  • Page 216: Power Supply

    0.5 A At the time of reception 1.6 A（4 W audio output） 2 A（1 W output） At the time of transmission FM-8800D 6 A（25 W output） 3.6 A（1 W output） At the time of DUP transmission 7.6 A（25 W output）...

  • Page 217: Coating Color

    AP1) Specifications (4) Viblation-registant (IEC60945 4 edition) 2 Hz – 5 Hz to 13.2 Hz: Vibration amplitude ± 1 mm ± 10 % (Maximum acceleration 7 m/s with13.2 Hz ) 3.2 Hz to 100 Hz: Maximum acceleration 7 m/s Fixed 9.

  • Page 218: Appendix 2) Channel List

    Appendix 2) Channel List AP2.1 International/USA/Canadian/Inland Waterways AP2.1 International/USA/Canadian/Inland Waterways Inland International Canadian Ｗaterways Channels Channels Channels Channel 156.025 160.625 156.025 160.625 156.025 160.625 156.050 160.650 156.050 156.050 160.650 156.050 160.650 (Low Power) 156.075 160.675 156.075 156.075 160.675 156.100 160.700 156.100 160.700 156.100...
  • Page 219 AP2.1 International/USA/Canadian/Inland Waterways Inland International Canadian Ｗaterways Channels Channels Channels Channel 156.650 156.650 156.650 156.650 (Low Power) (Low Power) 156.675 156.675 156.675 156.675 156.700 156.700 156.700 156.700 (Low Power) 156.725 156.725 156.725 156.725 (Low Power) 156.750 156.750 156.750 156.750 (Low Power) (Low Power) (Low Power) 156.775...

  • Page 220: Ap2.2 Us Weather Channel

    AP2.2 US Weather Channel Inland International Canadian Channel Ｗaterways Channels Channels Channels 157.325 161.925 157.325 161.925 157.325 161.925 157.325 161.925 157.350 161.950 157.350 161.950 157.350 161.950 157.350 161.950 157.375 157.375 157.375 157.375 157.400 162.000 157.400 162.000 157.400 162.000 157.400 162.000 157.425 157.425 157.425...

  • Page 221: Ap2.3 Private Channel

    AP2.3 Private Channel AP2.3 Private Channel Note: Bold and Italic are for FM-8800D Duplex Tx Frequency FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 155.000 155.000 159.600 155.025 155.025 159.625 155.050 155.050 159.650 155.075 155.075 159.675 155.100 155.100 159.700 155.125...
  • Page 222 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 155.700 155.700 160.300 155.700 155.700 155.725 155.725 160.325 155.725 155.725 155.750 155.750 160.350 155.750 155.750 131(F2)(P2) 155.775 155.775 160.375 155.775 155.775 155.800 155.800 160.400 155.800 155.800 133(F3)(P3) 155.825 155.825...
  • Page 223 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 156.450 156.450 161.050 156.450 156.450 161.050 156.475 156.475 161.075 156.475 161.075 156.475 156.500 156.500 161.100 156.500 156.500 161.100 156.525 156.525 161.125 156.525 156.525 161.125 156.550 156.550 161.150 156.550 156.550...
  • Page 224 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 157.200 157.200 161.800 157.200 157.200 161.800 157.225 157.225 161.825 157.225 157.225 161.825 157.250 157.250 161.850 157.250 157.250 161.850 157.275 157.275 161.875 157.275 157.275 161.875 157.300 157.300 161.900 157.300 157.300...
  • Page 225 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 157.950 157.950 162.550 157.950 157.950 157.975 157.975 162.575 157.975 157.975 158.000 158.000 162.600 158.000 158.000 158.025 158.025 162.625 158.025 158.050 158.050 162.650 158.050 158.075 158.075 162.675 158.075 158.100 158.100...
  • Page 226 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 158.700 158.700 163.300 158.700 158.725 158.725 163.325 158.725 158.750 158.750 163.350 158.750 158.775 158.775 163.375 158.775 158.800 158.800 163.400 158.800 158.825 158.825 163.425 158.825 158.850 158.850 163.450 158.850 158.875...
  • Page 227 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 159.450 159.450 159.450 159.475 159.475 159.475 159.500 159.500 159.500 159.525 159.525 159.525 159.550 159.550 159.550 159.575 159.575 159.575 159.600 159.600 159.600 159.625 159.625 159.625 159.650 159.650 159.650 159.675 159.675...
  • Page 228 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 160.200 160.200 160.200 160.225 160.225 160.225 160.250 160.250 160.250 160.275 160.275 160.275 160.300 160.300 160.300 160.325 160.325 160.325 160.350 160.350 160.350 160.375 160.375 160.375 160.400 160.400 160.400 160.425 160.425...
  • Page 229 AP2.3 Private Channel FM-8800S FM-8800D Channel Simplex Simplex Semi-Dup Simp/Dup Simplex Duplex 160.950 160.950 160.950 160.975 160.975 160.975 161.000 161.000 161.000 161.025 161.025 161.025 161.050 161.050 161.050 161.075 161.075 161.075 161.100 161.100 161.100 161.125 161.125 161.125 161.150 161.150 161.150 161.175 161.175...
  • Page 230 TX/RXﾌﾟﾘﾝﾄ TX/RX PCB (005-377-680) 05P0774A SPﾃｰﾌﾟ REMOTEﾌﾟﾘﾝﾄ FM-8800S SP TAPE (005-378-220) REMOTE PCB ﾃﾞﾝﾘﾕｳﾊﾘﾏｰｸ LABEL 05-093-1012-1 05P0779 CHﾌﾟﾘﾝﾄ 05P0774B 05-093-1151-0 SPｽﾍﾟｰｻ FM-8800D FM-8800S CH PCB (005-378-300) (005-378-230) (100-324-910) SP SPACER 05P0788 05-093-1251-0 05-093-1013-0 +-ﾅﾍﾞｾﾑｽﾈｼﾞB (005-378-200) FM-8800D (100-324-920) ｶﾊﾞｰ WASHER HEAD SCREW PHｺﾈｸﾀ...
  • Page 231 Ｄ-２ +-ﾅﾍﾞｾﾑｽB WASHER HEAD SCREW *B* +-ﾅﾍﾞｾﾑｽB M3X8 WASHER HEAD SCREW *B* (000-881-404) M3X8 (000-881-404) (P)SQ/VRﾌﾟﾘﾝﾄ SQ/VR BOAD 05P0787 SPｷﾖｳﾒｲﾊﾞｺ (005-378-190) (P)PANELﾌﾟﾘﾝﾄ RESONATOR PANEL BOAD 05-093-1011 05P0772 (100-314-600) (005-377-920) SPｽﾍﾟｰｻ SP SPACER ｹｰﾌﾞﾙ(FPC) 05-093-1013 FLAT CABLE (100-322-960) SML2CD50X200AD6P.5S4 (組)SP-PHｺﾈｸﾀ (000-151-676) SP-PH CONNECTOR (組)PHｺﾈｸﾀ...
  • Page 232 Ｄ-３ +-ﾊﾞｲﾝﾄﾞｾﾑｽF WASHER HEAD SCREW M4X8 C2700 MBCR2 (000-806-407) ﾌﾀ 24-003-4002-3 (100-299-703) +-ﾅﾍﾞｾﾑｽﾈｼﾞB WASHER HEAD SCREW *B* M3X8 C2700W MBNI2 (000-881-404) IF-8810 IF-8820 JUNCTIONﾌﾟﾘﾝﾄ JUNCTION PCB WING NUT M4 SUS304 05P0790 M4 SUS304 (005-378-280) M4 SUS304 ｵｻｴｲﾀB FIXING PLATE B 24-003-4007-0 (100-303-990) ｵｻｴｲﾀA...

  • Page 233: Contents Of Drawings

    Contents of Drawings Name Type Dwg. No. Page Interconnection Diagram FM-8800S/D C5642-C01 General Schematic Diagram FM-8800S/D C5642-K01 TX/RX(1/4) C5642-K17 TX/RX(2/4) C5642-K18 05P0774 TX/RX(3/4) C5642-K19 TX/RX(4/4) C5642-K20 CH70 RX 05P0775 C5642-K21 DUP RX(1/2) C5642-K23 05P0777 DUP RX(2/2) C5642-K24 05P0776 C5642-K22 S-10 CPU(1/6) C5642-K11 S-11...
  • Page 234 PP-8800 *5. CONNECT JUMPERS (J2 & J3) MASS SCALE NAME ON TERMINATED REMOTE STATION. VHF RADIOTELEPHONE IV-2sq. *6. P: TWISTED PAIR CABLE DWG No. INTERCONNECTION DIAGRAM C5642-C01- G *7. OPEN-COLLECTOR OUTPUT, MAX. 1A, LESS THAN 50VDC FURUNO ELECTRIC CO., LTD.
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