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Furuno FSV-24 User's Manual

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2. CIF 513 S0NDE 9 GND i 2 4 24 TED SUE 514 GND SONDE 1 yep ane gt 16 gt GND GND lt 4 SEEN NOTE SONDE 2 lt 5 ST 1 SHIPYARD SUPPLY lt 6 ST is SONDE KP lt 7 2 OPTION GND K 8 4144 3 CONNECTOR PLAG FITTED AT FACTORY SONDE_WL 94774 4 GROUND THRU CONNECTOR CLAMP 5 SELECT CIF OR NMEA AT S2 8 ON IFES BOARD DEFAULT IS CIF OFF 0 0 2x2P CO SPEVV SB C 0 2x2P 10 5 CO 0 2x5P CO SPEVV SB C 0 2 5 613 5 Dec 26 06 E MIYOS TAKAHASHI T FSV 24 248 30 30S 84 84L SAE ME PROCESSOR UNIT EXTERNAL INTERFACE mM INTERCONNECTION DIAGM o FURUNO ELECTRIC Co LTD APPROVED 17 OO 215129979 ONNaNS s L HHHHL HHHHHHHH na au VOCT 2 491 lt 7 lt o OS lt a 9 IHHS D QDi lt gd ne THHS 130 101 2 C Ls te EE prece gt t gt D Od 4 D H lt s LH gt gt H Qd HD I gt z gt D O 4D HQL KNIKE FE 7 T KE gt T gt H OLD MEM i dS ENNS Y 1 6 23 D evaw Lil oro TH 5 lt lt gt HS E02 764 Cd S D Prez no LD A das Od MO uD TWN lt J gt T g
3. HULL UNIT FSV 243E 1200 mm stroke FSV 244E 1600 mm stroke DPYCY 4 3 10S2140 15 m 10S2141 14 5 m 5 6 3 Japan Industrial Standard cable 4 The same type of connector is fitted at each end however the connector where the amount of sheath removed is greater should be connected to the transceiver unit 5 When running the cables of 10S2078 10S2140 and 10S2141 refer to next page 6 When using cable for extension kit the length of the cable between the transceiver unit and the hull unit is 10 m or 20 m Interconnection Transceiver unit side 0 38m gorm 1 Clamp point 0 46m 0 48m 7 2m 10S2140 10S2141 10S2078 15m 14 5m am 13 3m 13 3m Clamp point 0 07 0 28m Hull unit side Raise lower control box of the hull unit side Cable length between the transceiver and hull unit 2 3 2 3 Monitor Unit 2 3 1 SHIELD 1 Others gt G Po GRY No 1 BLK WHT GRY No 2 BLK RED GRY No 3 BLK GRN GRY No 4 BLK YEL ANTICORROSIVE SHEATH 9 GRY No 5 10 BLK BLU 11 BLK BRN 12 BLK PPL 13 WHT RED 14 WHT GRN 15 WHT YEL 16 WHT BLU 3 5 7 9 Coaxial cables Twisted pair cables 1052074 sectional view 17 WHT BRN 18 WHT PPL 19 RED GRN 20 RED YEL 21 RED BLU 22 RED BRN 23 RED PPL 24 GRN YEL Fabrication of connector 00 8016 038 313761HV CN A303 Anticorrosive Sheath
4. 32 55400 MAKE A CABLE ENTRY HOLE WHEN THE MOUNTING BASE IS NOT USED DRA won 18 02 T YAMA CHECKED Jaa 7 2 0 _ gt FNV 24724 C1318 G13 A 0 0 1 660G FURUNO ELECTRIC CO LTD FURUNO C 10 FIXING HOLES 1 B 2 100 100 2 HN l 1 ML TI aL Z 7 AHmT GND TERMINAL CABLEENTRY 1 2 1 3 MS8 8 NOTE 1 RECOMMENDED SERVICE CLEARANCE TABLE 1 INDICATES TOLERANCE OF DIMENSIONS 3 USE M8 BOLTS OR COACH BOLTS 8 FOR FIXING THE UNIT ILES NENNEN SERE o POWER SUPPLY LUILINE DRAWIN FURUNO ELECTRIC CO LTD FURUNO 1 RAISE LOWER UNIT HANDLE ROTATION 1050 DIMENSIUN TOLERANCE 1 5 1 TABLE HULL UNIT seo_ 100 lt Ls500 TANK 260 TOTAL 2 TABLE 2 1 2 1
5. Hex bolt db ex DO Hex bolt Spring washer Li O ring Flat washer rin Insulation gasket SS SS B 23 d J Retraction tank Insulation gasket 2 lee Flat washer Hex bolt Hex nut Spring washer Stern side Bow side Seven locations 17 locations Using the optional attachment kit 1 20 2 WIRING 2 1 How to Use the Crimping Tool Pin Extractor A special crimping tool is necessary for connection of wires to the contact pins of the 38P connector The pin extractor removes the contact pin from the connector body This paragraph describes how to crimp and extract the contact pin Crimping Tool Contact Pin 06 1001 016 60 801 7 0313 00 339 000 519 542 Crimping tool contact pin pin extractor How to use the crimping tool 1 2 Strip the vinyl sheath of the wire to expose the core by 3 mm to 4 mm Hold the crimping tool horizontally and Insert the contact pin with its slit facing downward into the crimp hole on the crimping tool Insert the wire onto the contact pin and squeeze the handle until the rachet releases The wire should be placed deep enough into the contact pin so that its end comes in contact with the stopper plate of the crimping tool With crimping completed pull the wire while holding the contact pin to make sure that it is tightly fastened How to use the pin extractor
6. 3 M20 NOTE RECOMMENDED SERVICE CLEARANCE d p7 1300 650 RE 1750 SCALE 1 50 3 QI 4 EYEBOLTS E o TABLE 1 INDICATES TOLERANCE UF DIMENSIONS 3 USE M20 BOLTS FOR FIXING THE UNIT Jon 28 03 L YAMASAKT Jon 28 03 YKIMURA Um Pto Ww CI318 GH 10 077 300G 2 DRAWN lt c c IUILINE DRAWING FURUNO ELECTRIC CO LTD z 1 1 4 1300 690 RE 1 90 SCALE 1 50 UE RAISE LOWER UNIT ROTATION j 2 TABLE 1 1 2 1 3 M20 RECUMMENDED SERVICE CLEARANCE TABLE 1 INDICATES TOLERANCE UF DIMENSIONS USE M20 BELTS FUR FIXING THE UNIT FSV 248 28 03 zx DEN meae 1600mm Wu Ax ER RV 94 st BI AE wi SHULL UNIT 160mm TRAVEL M C1318 G15 A 10 077 5056 2 UTLINE DRAWING FURUNO ELECTRIC CO LTD 1 44 1 NOTE 1 DNE OF 24 BOLT HOLES SHOULD BE FACED DEAD AHEAD D Zl csl
7. 3 1 E e ee 3 1 2 Ir uuu 3 4 2 9 Conhidguring OW Sh Ma u uu u sausage na UE uua d ecc a essa ratus nS ad n e bs iE 3 6 3 4 Other 5 5 3 8 3 5 CONE Board Setting in the Processor Unit 3 12 26 DIP SWIC SOWING BRETT E TETTE 3 13 3 7 Testing TX RX Independently at hull unit 3 15 4 CONNECTING THE EXTERNAL INTERFACE CS 120A 4 1 Stile EISE omana eee ee ee AP 1 PACKING EN A 1 OUTLINE DRAWINGS kkk D 1 INTERCONNECTION DIAGRANS 5 1 FURUNO ELECTRIC CO LTD www luruno co jp FURUNO ELECTRIC CO LTD 0 52 Ashihara cho Nishinomiya 662 8580 JAPAN Telephone 81 0 798 65 2111 Fax 81 0 798 65 4200 All rights reserved Printed in Japan Pub No IME 13180 L YOSH FSV 24 24S Elemental Chlorine Free he paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer A APR 2001 L JUN 15 2007 00080916714 AN SAFETY INSTRUCTIONS DANGER Keep away fr
8. CYR i u u Sui sS IIHHHHHHHHH TV TYPES AND CODES MAY BE LISTED FOR AN I TEM THE LOWER PRODUCT MAY BE SH PPED IN PLACE THE UPPER PRODUCT QUALITY S THE SAM OMENS OS DAWNS FCR REFERENCE CN Y HU 1000 X 9401 2 FURUNO IND 40 5 v NSTALLATI CN MATERI ALS OJILI NE LESCRI PTI Q TY REMARKS n FCR PROCESSCR UN T l 8017 8017 CONTACT N 8017 2 TEES F n NT HEX BOLT SLOTTED WASHER HEAD 7 d FCR PROCESSCR UN T 1 000 506 50 10 IIH 7HIHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHH TV TYPES AND COLES MAY BE LISTED FCR AN I TEM THE LO ER PRODUCT BE SH PPED IN PLACE UPPER PRODUCT QUALI TY IS THE SANE DO MNI OS IN ERAWNG FCR REFERENE OY 10CD 9402 OE HHDDU FURUNO 1 1 L 10 04505 NSTALLATI CN MATERI ALS LESCRI REMARKS 8016 008016 038 313761HVF FCR TRANSCEI VER UN T COMECTCR 8016 HHHHL 8017 FOR TRANSCEI VER UN T CONTACT PI N 8017 h ECR VER UN T CRI MP CN LUG LL ECR IRANECEI VER UN T CCPPER STRAP IIH 7HIHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHH TV TYPES AND COLES MAY BE LISTED FCR
9. Check output power B voltage Good No Good Test Check the following tests Good No Good Sheet2 Board test Panel test RX test Channel Installation test1 Channel test2 Noise test manual 7 Check the user program setting Shee3 E Operation check Check pictures after turning on power Good No Good DATA SHEET I General check CK DT digital tester AT analog tester OS oscilloscope WC watch Check point CK CK Connection All connection 1 Transducer transceiver unit WC Refer to should be checked 2 Processor unit Transceiver unit installation refering to the 3 Processor unit Control unit manual interconnection 4 Processor unit Others equipment diagram 5 Ship s mains Power supply unit Processor unit Grounding All grounding 1 Monitor unit WC Refer to should be checked 2 Processor unit installation by installation 3 Transceiver unit manual manual 4 Power supply unit 5 Junction box Option Power Supply ship s main voltage Check point J CN A110 AC100 110 115 220 230V 1 0 Power supply unit TB D102 AC100 110 115 220 230V 10 TB C101 AC220V I p Transceiver unit TB B101 41 42 DT 90 to ACIISV J 1 Note that The input voltage may be dropped while the capacitors are being charged before transmission For accurate data please check the voltages during TX on and off as well when you check the input voltage of a transceiver unit
10. LI LI LT D FCR CONTROLL UN T DOMY FI LM LI LI LT D FOR CONTROLL UN T HOU FOR CONTROLL UN T HOU FOR CONTROLL UN T FLAT WASHER FOR CONTROLL UN T E LI CI ET D FCR CONTROLL UN T LI LL IL FCR CONTROLL UN T 25 rh AJ 000 801 787 00 i u u Sui sS IIHHHHHHHHH TV TYPES AND CODES MAY BE LISTED FOR AN I TEM THE LOWER PRODUCT MAY BE SH PPED IN PLACE THE UPPER PRODUCT QUALITY S THE SAM OMENS OS DAWNS FCR REFERENCE CN Y HU 1009 X 9501 E UFF USEN ap CODE 006 924 320 10C0 X 9503 0 E ACCESSORIES H E mi WE NO NAME OUTLINE DESCRIPTIONS Q TY REMARKS 03 144 1336 1 FOR MONITOR UNIT SPACER 10 071 1141 0 EI HOOD RETAINER FOR MONITOR UNIT c c c mi FOR MONITOR UNIT CODE NO 100 289 020 M5X10 C2700W CODE NO 000 808 430 m u7T3 FOR MONITOR UNIT FOR MONITOR UNIT DWG ND C1318 F02 B FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY E E U QD CODE 006 924 350
11. 15 1 4201 gt A gt lt A 0 1 RED A gt TRXRXD H YEL lt 3 lt CNIRXD H RED LI gt B gt MRDC i lt B lt H 11 LLS B gt iTRXDC KB 4 BK 4 lt iqmRpC lt C lt 00 10 BLK i TRXDD H lt GNITXD H BK TS D gt MDDC D H 00 10 LLS D gt TRXDD C lt 0 lt DD 3ek k2 lt amoc IIT PPL r gt E gt UPLSWH iC E lt 00 12 ORG gt E gt S G D H IC Ee LH 5 BLU 12 5 lt Wir gt F gt ULSWC 1 L gt F gt SIG DD C lt F lt 00 5BkK LL lt 6 lt GuTx C gt H gt EMA P H lt H H 00 19 RED gt H gt DEMGLP H lt J SHa OO 6BRNN F lt 7 lt JQNDG H BkK LL gt LL2 gt MPC LL H 19 GG 5 gt lt lt 00 6ak t lt s lt amnec BRN gt J gt MLSWH iX J lt 4 9 BLK gt J gt SIG Di H 7 PPL k 9 lt CNITYA H wm gt K gt MLSWC K l 00 9GY I H K gt SIGDI C lt MEH 7 BK lt 10 lt IQMTYAC BU gt N gt LIN SWH iC L lt _ 13 YEL gt L gt S G p H IC EE 8 RED 11 CNITYB H wr tts P ENSWC lt lt 00 13 BN gt M gt SI G p C lt P H HH H K1x lt iNITB
12. Core Insulating Tape After exposing cores wind shield around the armor Fabrication of connector 00 8016 038 313761HV 2 4 Fabrication of monitor cable 1052074 10 m 10S2075 30 m 25 GRN BLU 26 GRN BRN 2 GRN PPL 28 YEL BLU 29 YEL BRN 30 YEL PPL 223 3 2 Position No 9 Guide Pin A Guide Pin B Large Small Assembling 38P connector Positioning guide pins Guide pins of the connector identify the mating receptacle They are e Guide pin A Large 4 e Guide pin B Small 1 Assembling BNC connector CN A304 to 308 Housing Clamp washer Nut 1 Remove vinyl sheath of the cable by 7 5 mm 2 Pass the cable through the nut washer gasket 7 E DIET and clamp Center Pin Gasket 3 Unravel the shield and fold it back onto the clamp D 4 Remove the insulator leaving 3 mm 5 Trim the shield as shown in the drawing Solder the center chip to the conductor of the cable 6 Pass the cable through the housing and tighten the nut M 18 2 5 2 3 2 2 6 Assembling D SUB connector CN A302 1 Remove vinyl sheath of cores by 3 mm 2 Pass the cores through shrink tubes local supply 3 Solder cores to connector pins referring to the schematic diagram at the back of this manual 4 Assemble the connector Assembling D sub connector Control cable For FURUNO supplied monitor attach the cable from the control unit to the CN A
13. 0 1 e A lt c lo n E 6 MI2 6D R r MOD L P CABLE ENTRY F abe B Za MOUNTING 200 0 52 200 40 5 914 CABLE CLAMP IXING HOLES 800 Nu T 7 60 2 4 14 BAX MOUNTING BASE AND CABLE ENTRY DIMENSTUNS FIXING HOLES 8 UJ C04 Li 120 0 5 8 8 2 LE TL JHH HU if HAHAHA N ATR 7 AMT S mm 2 mm NAMEPLATE GND TERMINAL 820 MOUNT BAS ABLF FNTRY 1000 lt Ls2000 000 lt L lt 2000 5 CABLE ENTRY UNE SIDE ONLY amp 1 TABLE NOTE 1 RECOMMENDED SERVICE CLEARANCE 2 1 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS 3 M12 SGUS304 3 USE MP BOLTS FOR FIXING THE UNIT 4 4 DIMENSIONS OF MOUNTING BASE AND CABLE ENTRY ARE REFERENCE ONLY BHRREZOWMSNOARHT 7 N ADZ2 205 RSMAS ORS AMIUNTING BASE SS400 SHOULD BE SUPPLIED BY SHIPYARD
14. Flat Washer Hex Bolt Spring Washer Stern side seven locations Bow side 17 locations Installation of hull unit 1 6 1 1 5 Installing stays anti vibration measure Install stays from the top of the hull unit to the ship s hull The stays should be angle iron with a size of 75X75X9 mm or more and at least two pieces should be used one each to ship s bow and stern directions Install if possible two more stays in ship s transverse direction Stay UY a Hull Unit Proper installation of stays Do not install the stays as shown below Vibration resistance effect is reduced since vibration is applied to the stays as rotation force Install them horizontally Crossbeam on ceiling wrong installation method Proper installation Proper and wrong installation of stay Hull Unit Note Install stays as shown above otherwise the transducer may be damaged 1 2 1 2 1 1 8 Mounting the Display Unit The display unit is composed of the processor monitor and control units Processor unit Mounting considerations When selecting a mounting location keep in mind the following points The processor unit must be mounted upright Locate the unit out of direct sunlight and away from heat sources because of heat that can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Be sure the mounting location is str
15. Installation Manual COLOR SCANNING SONAR FSV 24 24S SAFETY INSIRUC LION i SYSTEM CONFIGURATION I a nennen ii EQUIPMENT IN V 1 MOUNTING THE EQUIPMENT eee eee 1 1 1 1 Mounting the Hull Un 1 1 1 2 Mounting the Display Unit a nennen nnne 1 8 1 3 Mounting the Transceiver Unit a 1 14 1 4 Mounting the Power Supply Unit 1 14 129 GLOUNGING TNE Edulbment LU Lu uu tUm Aa 1 15 1 6 Installing Attachment Flange option 1 15 1 7 Mounting the Cable for Extension Kit option 1 18 1 8 Attachment Kt cs ao ne aA A 1 19 2 WIRING u EE EE ee eee 2 1 2 1 How to Use the Crimping Tool Pin Extractor 2 1 ZZ EOCAUOM On CONNEC O aE E T MT 2 2 edil 2 4 24 HOOG6SSOT UE 2 8 29 10 0011 2 14 2 6 Power S pply UNIE 2 17 2 7 Cable for Extension Kit u u uuu nenne seins nnns 2 17 3 ADJUSTMENT AND CHECK
16. NU O FINISHING UF O RING GROOVE L RE SCALE 1 1 NII 12 SECTION 10 07 5501 TOU Y Hatai rsy oty MO I 20 RETRACTION TANK C C o o o mem OUTLINE DRAWING FURUNO ELECTRIC CO LTD D 10 OO Oe ORE ONNAN Yd N V 04 81919 ON IMG TINH HHIS Di n NOWONYL coy V das 8 xz ICH CCE MBS 42 LUSPEL np DVN 20 0095 uo EM pm sg 4 AWN 0109 3 440 H 4 133A NO T4 OWH gi ALV Id ONIMIV II 1H COLE 31V ld busy S V s gt 0 GI51H a lt gt lt 21 D 6 SI 6 NZ004 HAVdl YOOX OLH 6 110091 TAVAL 490X 1009 TAVAL au 6 09 6 Nr006 TAVAL 490X 0 1091
17. o00Ts1 gt 009 F 00851 001 EE 00151208 SNOISNAWIC 31491 T X E NR LII MET 3 9NIXI 89 9 SAN T AT n INIH3d H19N3 1 41892 131913305 d332 v AHL 9NIXI3 405 51 108 OW ASN L3141 JdS SI HJIHA SNOISNAWIG 4 39Nval3 101 SSLVOIGNT T 116 lt T a 10 1 19 391 15 WAWINIW 8 22 PR WLA AMIL V Ix Gel Tx 00c LLY UG T4091 GG UBH3ziaTxo9wNmMASrHBHICESE SPIT KD o46 38 Z BY 1 a INIA NIV Dyg Q Z T 34 OSH 9G2 0G GDEXS BecSE G17 0J 2181329313 4 Wu 0 NVH1 delli LINN OLNI 51108 N31SV 3 LON DG AHL ONIXI4 4035 51108 SW ASA WG d EVIA SSWW SI HJIHA 30 JJNVdd IDL SALVOIANI 119 33IA33S W OWINIW IN 2217 0 YdYau u 0 x 148 SY UMOGONECEHDE Ogg PER 5 55 Bj Y 2 6 lt gt 6S SS MMC jIV Id JWVN WUZE OL x 0 9 WE GG NX 55552001 DNIXIJ eres porros _ mE 401109 37899 DYx x 839 393943101 BY cuu 1211891 2 1
18. Depending on the input port select the DIP switch setting as follows The default setting is FNZ Input port DIP switch S3 1 FNZ default CIF1 or NMEA2 CIF2 Board 10P6900 or 10 69005 Note1 When the NMEA2 CIF2 port is used the DIP switch 52 88 on the IFES board should be OFF See page 3 13 Note2 Do not change the setting of S3 4 default OFF The hull unit may be damaged if the setting is changed Selecting echosounder signal There are two kinds of echosounder signals AC signal and DC signal Depending on the signal select the jumper setting at J496 and J497 on the CONE board as follows The default setting is AC See page 3 13 for parts location input port J497 ES2 NET J496 Note SIGOUT AC signal terminal and REC terminal DC signal in the output port are provided for FURUNO echosounder Therefore when using SIGOUT terminal it is not necessary to change jumper setting 3 7 Testing TX RX independently at hull unit To check the Tx Rx function of the hull unit independently follow the steps below Note his test should not be done at the dry dock The transducer will be f 8 9 damaged Turn ON DIP switch S3 1 on the TRCPU Board 10P6926 in the transceiver unit Turn the TEST NORMAL switch in the control unit of the hull unit to TEST Turn ON the maintenance switch in the transceiver unit Power on the transceiver unit and then press the DOWN switch in t
19. HH 8PPL LLSP gt iSIGPB C I RS lt 23PPL WW gt T gt POD H R HH 406 gt R gt ISGDLH KS 23 gt S gt CNIPON C p BK T gt U gt POD C i lt s lt HH 4BK HP 52 SIG DEC T 24 YEL TT 00 SGD5 H KU 24 GN gt U gt QNIPCF C e BK LL gt X UPLSWC U H 00 LL gt U gt SGBC KV HHH 25 GN gt gt RED gt W gt TSFLG lt Vv lt 5 YEL 0252 DPLSWH wi tts Y gt TSFLG C i Xe HH 5BLK LLS X gt PLSWC lt X 25BLU T gt gt 2 s III GN gt Z gt lt WH 00 2 BRN gt S W gt ADOH KY lt BIK SAA gt I MRAD Y H 2 LLSv iAnoc lt 2 lt 26 BN RED BB MPI TH 6 GN gt Z gt HV KMK H 000 26 GN gt MP GD D BK gt MP GD lt lt 1 00 6BK GD lt 1 I III GN JJ gt PVRHLL H BB III SHE D gt BB gt EXTKP C PP amp 34 00 27PPL 12V wr 1 50 PVRHUL C ace CORE JJ H 27 GN 0 YEL gt PP gt PVRHL H 14 GN OD 9 6 06 lt
20. TRRDH lt OM o MN e OO 17 BN A CNLRXD H gt B gt MRD C i BL 11EN B LH 7 WT gt B gt CNLRXD C T s MDO lt C lt 4 00 10 BK gt C gt C 3 18 PPL j T 1 55 gt MDDC lt 0 lt 1 pp 10WT LOS gt TRXDODC 18 WT H gt DINTO C ITI PPL E UPLSW H iX lt 0 12 RG gt E gt SIG D H lt E 19 GRN Jj WT SF gt UPLSWC 12 SF gt ISIGPOC XF4 4 1 19 RED 1 5 gt CNLTXA C BRN gt H gt Stee 00 19 RED gt KH lt 11 mM Bk E LL CLE 0 19 CRG LLSLL gt PEMUP C KJ lt H n 20 YEL BRN gt J gt MISWH eL 9 BLK gt J gt SGPL H lt lt 1 HH 20RD gt K gt CNLT B C WI gt K gt MWC lt kett 9GY LLSK gt ISIGD C I lt L 21BU O BU gt N gt DNLSWH 13 YEL gt gt lt M lt 21FED gt M gt GNITYA C LS p gt EN SWC MeL 00 13 BN LIS M gt SIGEC XN amp 4H 2 EN p P NZOUINEH Ri IND N lt H 0 0 SGERH P amp H 22RED gt gt CNITYB C s gt DNC i lt P lt H
21. x 3 6 ro FV5 5 4 Vinyl Armor Sheath sheath Clamp here by cable clamp Power cable fabrication 2 20 3 ADJUSTMENT AND CHECK 3 1 Hull Unit Check Note Before conducting this check at the dry dock transmission must be stopped Default setting of TX transmission is OFF Confirm as follows 1 Turn on the power and then press the MENU key to show the main menu TX PULSE LENGTH H 9 TX POWER H 9 TVG NEAR H 0 TVG MEDIUM H 0 0 0 0 TVG FAR H AGC H 2ND AGC H ECHO AVERAGE H 0 COLOR H COLOR 1 COLOR RESPONSE H COLOR CURVE H SCAN SETTING V SCAN SETTING OTHERS Main menu 2 Use the trackball to select OTHERS and press the MENU key MENU QUIT OTHERS QUIT ES1 SETTING ES2 SETTING ERASE MARKS DISPLAY SETTING FISH ALARM amp AUDIO PRESET MEMORY CARD INITIAL SETTING OTHERS menu 3 1 3 Select INITIAL SETTING and press the MENU key CAUTION THIS ITEM IS DEFINED AS NON CHANGEABLE ITEM ARE YOU SURE TO CHANGE IT TO CHANGEABLE 4 Select YES and press the MENU key MENU OTHERS QUI INITIAL SETTING QUIT MARK DISPLAY MARK SIZE DATA DISPLAY CURRENT VEC amp WIND NET SONDE SETTING NET SHOOT SETTING TARGET LOCK STABILIZATION TEST INITIALIZATION INITIAL SETTING menu 5 Select TEST and press the MENU key BOARD TEST PANEL TEST TEST PATTE
22. If a contact pin is inserted into an incorrect hole on the connector body remove it with the pin extractor 1 Push the pin extractor into the pin hole from the side opposite to the pin inserting side contact pin can be removed Pin Extractor 06 1877 04 000 519 595 Push in the head of the pin extractor The retaining spring comes free and the 2 1 2 2 Location of Connectors MONITOR UNIT Fsy o199 10S2076 5 10 m 10S2076 5 10 m CONTROL UNIT FSV 2401 Monitor Local supply Transceiver unit Monitor unit Control unit Monit b pm onitor Cable Local supply Monitor unit 2 de Control unit e le LR External o monitor 2 If connector may loosen by a m vibration the monitor may also Processor unit clamp I be connected inside 2 Lo TRANSCEIVER UNIT ESV 241E 5 e PROCESSOR UNIT DPYCY 1 5 3 FSV 2402 2402S 100 110 115 220 230 VAC 10 50 60 Hz 1052078 8m 4 lt POWER SUPLY UNIT 5 6 I FSV 242 i i 220 VAC Z k 3 50 60 Hz 100 110 115 TPYCY 4 3 i4 st gt 220 230 VAC O6 16 50 60 Hz A C
23. J J J mineval f P Pr eee j j J p gp j p yn j S J ry f o Tj P j Tj U Display gain P j _ mrs 1 j j Bam 4 setting TXwegh j J j jj RXwegh H o 5 J j RXwegh V j 5 LAutofilter j j j j j Bandwidth J j pj COR start distance To T T COR window length J j Gina COR J 1 1 d TRX setting2 Near TYG curve H j Near TVG curve V_ Near gain H Near gain V PeTVGH l PeTVGV l j PostTVGH l L PostTVGV l L Absorption coeff D Color response curve sheet H Color response curve Color response curve sheet V Color response curre RM REN a ipai ne es a ii AP 5 1 1 1 EF U R U N CD 1007900176 UUUUU NSTALLATI ON ALS OJILI NE DESCRI REMARKS
24. RECEVER 000 157 874 10 m MR S NAME FURUNO ELECIRC CO LTD D G NO 1000 X 9302 1 1 IN DRAWNG FCR REFERENCE ONLY O E EE E E Ee eevee TV TYPES AND CLES MAY BE LISTED FCR AN I TEM LOVER PRODUCT MAY BE SH PPED I N PLACE CF UPPER PRODUCT QUALI TY IS SAM EF U R UN Dox SP10 02601 BXNQ P PER MIS OT RR 88 3 gt x pe RENAE COE 10 TEM CF am Na PART me TYPE NQ PER PER SPARE SET VES 30 FCBO 250V 10A PBF 2 2 FCR D SPLAY UNT 1 FUSE 0 6 000 155 839 10 OV 000 549 067 00 MR S NAME FURIND ELECIRC CO LTD DMG NO 1 16 E 1 FCR REFERENCE CN Y O REA ERR CE TV TYPES AND CODES MAY LISTED FCR AN I TEM LOVER PRODUCT MAY BE SH PPED I N PLACE CF UPPER PRODUCT QUALI TY IS SAME A 13 TI II DG NO amr RMRSOIEND ITEM NAME CF NO po TYPE NO PER SPARE z ee cal 1 FUSE 5 L X 2A 250V ae 157 49 10 000 122 000000 122 000 00 3 MR S NAME FURNO ELECIRC CO LTD D G NO C1318 PO4 B OMENS ON IN DRAWNG FOR REFERENCE ONLY O D ee TV TYPES AND COLES THE LOWER PRODUC
25. The input voltage monitoring circuit in transceiver unit detects low voltage when AC 100V power source drops to 65V On the other hand if the input voltage is 120 to 130V the over voltage flag is set and an alarm is displayed to monitor AP 2 DATA SHEET 2 DISPALY UNIT FSV 2400 Software Check software version on Self check WC version the each board display DCON 1050714 DUAL 10507089 IFES 1050715 KEY 10506859 0 TRCPU 105017 X 1050665 to 1050684 TRANSCEIVER UNIT FSV 241 Check point TX output Check transmission output OS See fig 1 power voltage at following the TRX boards conditions 1 setting 9 9 314 laver Tilt 0 Stabilize OFF TX weight all 1 T 2e Measuring point TP108 137 Measure peak to peak voltage at 5ms from the leading edge of the transmission pulse There are 15 channels of TX P N on each TRX board Totally 600ch Fig 1 TX output power and B voltage Normally the output power voltage should read 1400Vp p However it varies within 15 because of transducer impedance B voltage is normally 120V at each transmission 1400Vp p AP 3 DATA SHEET 3 User menu Ree avn LL j mo J J cr LJ CE T Ch Display gain IL j _ pro j j j j pup pur Jj Range _
26. consumption in comparison with off the keel If the hull unit can not be installed on the keel the center of the retraction tank should be within 600 mm of the keel to prevent a rolling effect For large ship with deep dratt the hull unit can be Installed at the bow Within 600 meter Hull unit mounting location Select a place where the hull bottom is flat and the draft is sufficiently deep Normally the transducer should protrude at least 500 mm beyond the keel to minimize the effect of air foam and bubbles Select a place where interference from other equipment is minimal The hull unit should be at least 2 5 m away from the transducers of other equipment No obstacle should be in the fore direction since it causes a shadow zone and aerated water resulting in poor sonar performance The space shown in the figure on the next page is required around the hull unit for wiring and maintenance If the ambient temperature of the unit is below 0 C provide the sonar compartment with a heater to keep the temperature above 0 C 1 1 Heater Insulator Maintenance space example sonar compariment Note After mounting the equipment install stays for anti vibration See page 1 7 Shortening the retraction tank The retraction tank is 1300 mm in length when supplied Shorten the tank as necessary so that the transducer is placed well below the keel when it is fully lowered The following table provides guidelines for shorten
27. the back of the processor unit between right and left side And then tie each group with a cable tie at the position 150 mm from connectors This is necessary to prevent cable stress Cable tie 2 4 1 10S1258 1 cable This cable runs between the processor unit and transceiver unit SHIELD ANTICORROSIVE SHEATH 1 BLK 9 BLK GRY 2 BLK BRN 10 BLK WHT 3 BLK RED 11 BRN RED 4 BLK ORG 12 BRN ORG 5 BLK YEL 13 BRN YEL 6 BLK GRN 14 BRN GRN 7 BLK BLU 15 BRN BLU 8 BLK PPL 16 BRN PPL 1 Coaxial cable 2 to 19 Twisted pair cable Cable type 10S1258 1 sectional view 2 8 17 BRN GRY 18 BRN WHT 19 RED ORG Fabrication of connector 00 8016 038 313761HV CN A101 320 4 Anticorrosive smeid 15 Sheath Core Insulating Tape After exposing cores wind shield around the armor Fabrication of connector 00 8016 038 313761HV 23 3 2 T ne O Guide PinA Guide Pin B Large Small Assembling 38P connector Positioning guide pins Guide pins of the connector identify the mating receptacle They are e Guide pin A Large 1 e Guide pin Small 1 2 4 2 Power cable Attach the NCS 253 P connector CN A110 to the power cable DPYCY 1 5 Japan Industrial Standard JIS cable or the equivalent for connection the ship s mains 2 4 3 2 4 4 2 10 Cable 1 5 Armor Vinyl sheath Armor 2 af ns lt 3 Vinyl sheath
28. 06 Specify length E S Interface VI 1100A For connection of Power Supply Kit FSV 2403 000 067 013 CS 120A NMEA Cable MJ A6SPF0012 100C 000 154 037 10 10 m 6P 6P MJ A6SPF0012 050C 000 154 053 10 5 m 6P 6P E S cable VVS 0 3X8C 6M 000 555 043 6m For CSH 20 1200 mm IN nage stroke w flange FSV 247 Attachment Flange stroke w flange FSV 248 Using retraction tank of _ Loudspeaker SEM 21Q 000 144 917 FP03 06503 008 490 970 Installation Material CP10 04801 006 934 240 for interface Cable for 5 m cable extension Extension Kit 1082138 5m FSV 2451 000 067 030 1082139 5m 10S2144 12 9m FSV 2452 000 067 031 Vi 15 m cable extension 1082138 15m 1082139 15m 1082145 22 9m 1 MOUNTING THE EQUIPMENT 1 1 Mounting the Hull Unit Note1 The rise lower control box of the hull unit contains motion sensor Therefore never drop the hull unit Note2 Take care the handling of the transducer Do not give a strong shock Location of hull unit Decide the location of the hull unit through consultation with the dockyard and ship owner When deciding the location the following points should be taken into account Select an area where propeller noise cruising noise air bubbles and Interference from turbulence are at a minimum Generally the point at 1 3 to 1 2 of the ship s length from the bow on or near the keel is optimum On the keel installation is advantageous for minimizing oil
29. 100 9504 0 __ EI ACCESSORIES Ez OUTLINE DESCRIPTIONS REMARKS FP10 02204 CODE NO 006 924 850 DWG NO C1318 F03 FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY A A UFE US E a mm TE 478 830 03F5S X 9501 5 ACCESSORIES 1 1 8t OUTLINE DESCRIPTIONS 14 002 1125 2 eme wo 840 211 252 KB 22 000 570 216 2700W K 2 000 864 910 M6X20 C2700 CODE NO 000 861 475 CODE NO 000 864 350 REMARKS AVE WASHER DWG NO C3464 FO1 F FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 11 FURUNO PeE 5010 02902 PER HPN SPRE PARTS LIST pe ES CE PER PER SPARE SET VES PEL 000 144 382 O0 FOR VERY RECEVER JE Q NE 100 30 20 g a 1 1 E ins 0 6 jigs PBF OFU 01095 32 1 Ji 6 30 PBF 000 155 840 10 FOR VERY RECEVER 000 157 470 10 HUUHUHH FOR TORN5CEI VER RECEVER 000 155 870 10 HOUOUU FOR TORN5CEI VER
30. 3 Fix the control unit with four bolts M5 from under the tabletop M5 bolts with a sufficient length for the thickness of the tabletop should be provided locally 46 3 Fixing hole Control unit 3 Usinq KB fixinq plate mountin 1 To the control unit to a desired location at an angle fasten the KB fixing plate to the control unit and desired location with two upset screws M5X10 supplied and two tapping screws 06 5 local supply as below Upset screw M5X10 salt eee cd gt S e JQ How to attach KB fixing plate KB fixing plate 2 Set dust cover supplied to the control unit Passing the cable through the bottom of the control unit For permanent mounting 2 and 3 above the control cable can be passed through the bottom of the control unit Do the steps in below 1 Unfasten eight screws M4 to remove the cover from the bottom of the control unit 2 Unscrew two screws M4x10 to remove the cable clamp Disconnect two connectors J1 and J2 from the circuit board 4 Attach the cable to the control unit cover with the cable clamp removed at step 2 two flat head screws M4 flat washers spring washers and nuts hardware supplied eo PN Screw E M4X8 8 Nut Spring washer Flar washer Flat head screw Fasten the cable with the clamp here Control unit cover removed 5 Re connect two connectors disconnected at step 3 to the prev
31. 3 2 11 Check that LEDs on the panel of the raise lower control box light as follows a UP MD and DN LEDs light when corresponding limit switch is kicked b UP and DOWN LEDs light while UP and DOWN switches are pressed and extinguish when switches are released Set the TEST NORMAL switch to NORMAL At the control unit for the display unit press the WW mid position switch Confirm that the lamp above the switch blinks while the transducer is being lowered a short beep sounds when the mid limit switch kicks and the lamp lights when the transducer is fully lowered Press the switch Confirm that the lamp above the switch blinks while the transducer is being lowered a short beep sounds when the mid limit switch is kicked and the lamp lights when the transducer is fully lowered Press the 4 switch Confirm that the lamp above the switch blinks while the transducer is being raised a short beep sounds when the mid limit switch Is kicked and the lamp lights when the transducer is fully raised Press the OFF switch Confirm that the transducer is completely retracted and then the power is turned off With the transducer lowered confirm that the transducer is raised when or OFF is pressed Heading Adjustment When the BOW mark on the flange of the hull unit cannot be directed toward ship s bow adjust the heading so an echo which is dead ahead appears dead ahead on the display 1 Referring to the previou
32. 301 connector on the monitor unit as shown in the next section For blackbox type this cable should be connected to the CN A103 connector in the processor unit 2 3 3 Connector board How to connect cables to the monitor unit Connect the monitor cable and control cable to the monitor FURUNO supplied monitor unit as below 1 Unfasten four screws M4x10 at the rear of the monitor to loosen the cable cover 2 Lift and pull the cable cover to remove it 3 Unfasten two screws M4x10 to remove the clamp cover 4 Lay the monitor and control cables on the clamp and then reattach the clamp plate to fix cables 5 Connect eight connectors referring to the instruction sticker by the connector board 6 Reattach the cable cover CN A301 CN A303 CONTROL UNIT PROCESSOR Monitor cable Control cable Co Clamp 0 6 C O OC O O O O O OOO OO COCO OCO O ON O O O O O OOO O O O O O O O OOO O O C OO O O O O C O O O O OO OO OO O OO OO OO me E Cable cover Monitor unit rear view 2 4 Processor Unit Cables 10S2074 10S1258 1 and control cable from the various units are connected to the CONE Board 10P6905 via the cable clamp See page 2 2 CAUTION Divide cables attached to
33. 4 Add a doubling plate at the location where the retraction tank is welded to the hull bottom The size of the doubling plate is normally 1300 mm in diameter so that it may lie across two bottom frames 5 Make the bow mark on the attachment flange with a chisel Installing hull unit retraction tank After welding the retraction tank and allowing sufficient time for cooling install the hull unit as follows 1 Clean the hull unit flange the O ring and O ring groove Coat them with a slight amount of grease Place the O ring in position on the tank flange 2 Orient the hull unit so that the bow mark inscribed on its flange points toward the ship s bow Note that heading adjustment in the display unit is required if the bow mark does not face the ship s bow 3 Confirm that the O ring is in position Place the hull unit on the tank 4 Coat every bolt washer and nut with a slight amount of grease to ease removal Fasten the hull unit to the retraction tank with flat washers spring washers and hex bolts 5 Reinforce the hull unit against vibration by extending stays to the ship s hull from the two eye bolts at the top of the hull unit referring to the figure at the top of page 1 7 68 Spring Washer DL Flat Washer amp gt Bow Mark Hull Unit Flange oc Tank Flange Flat Washer Ea fa i Hex Bolt Spring Washer Flat Washer Retraction Tank
34. AN I TEM THE LO ER PRODUCT BE SH PPED IN PLACE UPPER PRODUCT QUALI TY IS THE SANE DO MNI OS IN ERAWNG FCR REFERENE OY 10CD X 9403 OE HHDDU 4 FUR UNO GE T Ti5xsu i i HUU U NSTALLATI CN ALS LUG OR NG SPRI NG WASHER HHLHUHHH FEX NUT COD HL FLAT VASHER O 0 HL FEX BOLT COPPER STRAP IIH 7HIHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHH TV TYPES AND COLES MAY BE LISTED FCR AN I TEM THE LO ER PRODUCT BE SH PPED IN PLACE UPPER PRODUCT QUALI TY IS THE SANE DO MNI OS IN ERAWNG FCR REFERENE OY 10CD X 9412 OE HHDDU AU E eee ere ee cone 006 660 669 100030050 eee INSTALLATION MATERIALS WB NO NAME OUTLINE DESCRIPTIONS REMARKS FV5 5 S4 FOR POWER SUPPLY UNIT CRIMP ON LUG 000 538 121 Te CODE NO 500 310 040 FOR POWER SUPPLY UNIT DWG NO C1518 MO5 A FURUNO ELECTRIC CO LTO DIMENSIONS IN DRAWING FOR REFERENCE ONLY FURUNO 1 1 NSTALLATI ON MATERI ALS HE EE DESCRI PTI REMARKS L SRON QJNNECTOY
35. ARAMA 1 NOTE 1 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED _ Now506 MIYOSHI _ _ SLM Il TAKAHASHI M E e P054 LOUDSPEAKER ONI6 07 C DUTLINE DRAWING FURUNO ELECTRIC CO LTD 1 Ty a INE 1 FIXING HOLES 790 671 y 7 VAT 300 CABLE CLAMP 1 PTR CARATECTS 2 1 3 M 1 0 4 4 1 NOTE 1 RECOMMENDED SERVICE CLEARANCE TABLE 1 INDICATES TOLERANCE OF DIMENSIONS 3 USE MIO BOLTS FOR FIXING THE UNIT 4 SELECT UNE GROUND TERMINAL AMONG FOUR 1 TABLE 1 p T YAMASAKI ME Fey 245 140 DR CHECKED 9 g 5 Tan MNA s fols FSV b C1318 Gl0 A 10 071 7006 2 ee s 1052145 20m 3 1052144 10m 3 O0 O0 0O OO FSV 241E VER UN T FSV 2402 2402 PROCESSCR UN T TCR UN T 1052078 5m 1052075 30me 25 SB 0 3x14P o 11 4 2 6 J 1LQN B102 QN B101 2 6 1 1051258 1 18 100 1 6 J J 411 421 6 1052074 10me 25 6 j 1 III CRN gt A gt MPD H cae UE 11 RED
36. C E cM eee iX NC l 8 POVNET 04 14 13 QGND S BK H S iDNMC i PH HH 8PPL gt P gt S G DB C K lt lt D WT T gt R lt H 40G gt R gt S G DHH lt lt lt 15 GD 1 5 0 gt 0 i 5S lt HH 4 1 2 S SIG DEC Y III PPL gt V DLPLSWH T 44 00 gt T gt IGH BENIN 11XHP 14 2 202 aS XSi APLC i U 0 0 3 RED 01150596 CRAT UU 1Wr 1 lt IPOH 05 RED gt W gt TSFLG H lt lt 5 YEL lt s lt DU 2 em 1 5 Y gt TSFLGC K X H L 00 5AK H gt X DLPLSWC Tera 00 2 RED H K 3 lt iQMPCF H N III GN gt Z gt lt W 00 2 BRN gt W gt ADOH KUK OO 2 BK lt 4 lt OIPE C BK AN MR QD vY ppg 2 Y gt ADOC systa 9 WI 14 lt 5 lt iONIAD L RED BB gt MPI lt Z lt _ 000 6GN Z gt 42V lt x lt 000 9 GN lt 6 lt GNIAD2 BkK L Sco MP GD i lt AAc H HOM GND oar n 10 YE H K 7 lt NADZ TIT GN gt J gt PVRHL H SH ELD BB EXTKP C WE OO 10 wr K lt 8 lt GNIBRLV1 war xL LN PHL C aoc II FE LL SCC EXIKP H crei 11 Wr P 9 cau v YE PP PVRH
37. Cable clamp Note Capacitors not present on latest version of board CKS clamp bs 7 Junction box cover removed front view 4 a F Ha i A Note Capacitors not present on latest version of MTC board i J m zi Signal cables from transceiver unit 10S2138 10S2139 Junction box cover removed front view Transducer cable 10S2140 10S2141 4 Fasten the shield part of the cable with metal clamp 5 Fasten the fixing plates 2 18 2 7 2 Raise Lower Control Box Connect power cable 3 and the transceiver unit cable 1052078 as shown below CN C101 Connect the transceiver cable 10S2078 to here Cable TPYCY 4 TB C101 Connect the power cable TPYCY 4 Japan Industrial Standard or the equivalent to this board Vinyl LED Red sheath For detection of phase reversal on Conductor 3 phase power cable S 4 mm 2 55 mm Confirm LED after completing the installation The LED lights in red if power connection is correct If it is off turn off power from the mains switchboard check the cable connection and recheck the LED The hull unit does not work if this connection is wrong Normal phase LED lights in red Phase reversal LED does not light Power cable 30 I TPYCY 4 Cable from transceiver unit 1052078 Raise lower control cover removed 2 19 100 M4 yellow
38. G ADJUST 0 ES2 SELECT ES ES DRAFT OFFSET 0 0 m EVENT KEY EVENT AUTO TILT WIDE SELECT USER PROG H V INTERLOCK TRACKBALL SPEED NORMAL HULL UNIT STROKE 1200mm OTHERS menu LANGUAQE Select the language JAPANESE ENGLISH HEADING ADJUST See 3 2 Heading Adjustment ES2 SELECT Select the equipment connected to the ES2 port among echosounder and net recorder ES NET REC ES DRAFT OFFSET When connecting echosounder set the ship s draft line to use depth from draft rather than depth from transducer 0 0 m to 10 0 m 0 1 m steps EVENT KEY Select the key for entering own ship s position EVENT or SHOOT When selecting SHOOT the shoot function is not available EVENT SHOOT AUTO TILT Select the range for the auto tilt WIDE 2 to 10 4 to 16 6 to 20 or NARROW 1 to 4 2 to 6 3 to 8 WIDE NARROW SELECT USER PROG select whether to program horizontal and vertical displays together or individually by the USER PROG control H V INTERLOCK the default setting commonly applies control settings to the horizontal and vertical displays H V INDVIDUAL enables individual adjustment TRACKBALL SPEED Select the speed of trackball movement inside menu window only SLOW NORMAL FAST HULL UNIT STROKE Select the stroke length of the hull unit 1200 mm 1600 mm 3 5 CONE Board Setting in the Processor Unit Adjust the potentiometers on the CONE Board in the proc
39. IPO H CNIPF C lt U lt HH 2 BLK 4 lt JMPCF C oo 9 wr k5 lt qwAbi CNIAD2 lt X lt HHH 9 GN k 6 lt CMA D2 Gud eee 10 lt 7 lt CNIADA CNIBRL VI WE 10 Wr lt 8 Gau CNLBRLV2 lt Y lt H 11 war 11 lt 9 i NIBRLV2 lt lt oo a lt CNIBRL V3 12 lt lt 13PPL 1 7 lt 11 lt 92 CYS 12 1241 12 DANG oo Ww CD NO lt SS lt llHHHHHHHH llHHHHHHHHHHHHHHHL llHHHHHHHHHHHHHHHHHHLH llHHHHHHHHHHHHHHHHHH 00 8016 038 313761 IlHHHHHHHHHHHHHS5mHHHHHH llHHHHHHHHHHHHHHHHHHH NOTE 1 SH PYARD SUPPLY 2 QONNECTCR PLAG FI AT FACTORY 3 CPTI CN 4 GROUND NG THRU CONNECTCR CLAMP 5 CHANCE TAPPI NG ON AS VOLTAGE 6 00 8016 038 313761HV 7 CABLE LENGIH BETWEEN THE UN TS 5mQR LESS EI CPTI CNAL T REQU RED FCR EXTENSI CN V 850 NTE FSV 24 245 _ HUHHHHHHHHHHH k CACR SCAN NG SONAR C1318 007 A 10 071 0103 0 NTERGONNECTI AGRAM FURUND ELECTR C LTD FURUNO 1052145 20m 3 0 O O FSV 241E 2402 TRANSCEI VER UN T PRAE 1052144 10m 3 1052078 5m ChF AIO 108 we 550 26 11 QB102 CNB101 2 6 1051258 1 18 MX 100 6 2 105207710m FSV 2401 ONIRA UN T
40. L H lt D 000 14 GN SDD gt S G D H OO 11 BU K10 lt CNIBRLV3 WT TT PVRHLL C KESH 0 0 14 BN LSEE gt SIG 6 C l 13 PPL lt 11 lt a2V T I lt FFE 7 FF gt iSGD H KMK 13WW K13 lt idD KHK 7 BLU LLSH S G Dy C te oo 12 BRN 1 lt 12 lt 12V 15 BLU gt J J gt KP H INN OO 14 lt 15 BRN KP C lt 55 lt 7 18 BRN MP FS H lt TT lt 18 WT LLSNyi FS C 16 PPL PP ENB H nnm 16 BRN LTRRO AJUT 17 gt SS gt FSQLK H 245 17 GY gt TT gt 8201 mie E220 sol 11 16 J1 16 m l L o0 4 D MI 3 ccc c cuc IO OOOO HH p HHHHHHHHH 41242 kcrP MNTRORE HHHHHHHHHHHHHHHHH 2 0 1 HHHHHHHHH GD 6 3 FE Gc 2 1 7 lt HHHHHHHHHHHHHHHHHHH 00 8016 038 313 61 LT LI HH FNV 1 5 2244 21 5 000000 SH P S N5 SUPPLY UN T 0 lt 5 lt HHHHHHHHHHHHHHHHHHHH 100 110 115 1 5 ie 220 230 VAC EPYCr4 1 SH PYARD SUPPLY MM 5253 EAD 2 CONNECTOR PLAS FI TTED AT FACTORY gt 3 gt ACINH 3 CPTI CN HP 2WCINC 4 GROUND NG THRU CCNNECTCR CLAMP Y 1S siHD i i V 850 b CHANCE TAPPI NG ON AS VOLTAGE 6 00 8016 038 313761HV 7 CABLE LENGTH BETWEEN THE UN TS 5
41. NT EU aos 12 100 110 115 _ TB D102 LO dn D d BNC EAS 220 230 Umer4 ES EMG 2 lt 2 OM H Bv 1 50 60Hz 20724 TELS aD BNC J LEN A309 om QD 8 2 ae TEE BNC J 524 307 0 e OM 99 ALTO GD 5 lt 2 0 100 110 115 I 5 J 16 T BAC J55 CN A308 COPPAR STRAP COPPER STRAP 220 230 VAC 3 gt AC INH deg rd 10 50 60Hz 2 gt ACINC GND 10 29D 2 Jan 28 03 FSV 2400 ao CN 2301 DEN 6 A 1052076 5 2 XP 15 HEA a 3 iCNIRD H CNIRXD C lt B lt H 48 MPO HS 008 3 GN 1 lt NIDO H NIDO C lt DEH DD 3BK V lt j2 lt iCNID C n 5 BLU K5 lt CNITXA C lt F lt H 00 5BK HK 6 lt iOITXA C lt e Ttg 6 lt 7 C CONIDB H lt lt oo 6BkK L 8 auec 7 PPL o 9 lt CNITYA H CNTYACG MEH 7BK H 0camc H lt 9 8 RED HH lt 11 lt iONITYB H CNITYB C lt P lt H oo 8 wr H n amwec aD lt J lt HHH 14 GN lt 13 lt iGD 14 RED 1 lt 14 lt 90 DL lt 15 lt 2 XHP 14 2 2202 i 1 Wr 1 NIPOY H NIPON C lt S lt 1 BK HHK lt 2 lt ONIPO C CNLPOF H lt T 2 RED L4 3 lt CN
42. Nagative for port SHIP S WIDTH Ship shape description 3 4 3 4 1 3 8 Other SYSTEM Menu Items This section shows you how to set up external equipment Default settings are underlined INTERFACE SETTING menu MENU QUIT INTERFACE SETTING NMEA 1 BAUD RATE 4800 bps NMEA 2 BAUD RATE 4800 bps CIF BAUD RATE 4800 bps AUX BAUD RATE 19200 bps EXT KP INPUT DISABLE EXT KP OUTPUT NEGATIVE INTERFACE SETTING menu NMEA 1 BAUD RATE Set the transmission rate for the NMEA 1 port 2400 bps 4800 bps 9600 bps 19200 bps NMEA 2 BAUD RATE Set the transmission rate for the NMEA 2 port 2400 bps 4800 bps 9600 bps 19200 bps CIF BAUD RATE Set the transmission rate for the CIF port 2400 bps 4800 bps 9600 bps 19200 bps If the CS 120A is connected select 2400 bps AUX BAUD RATE Set the transmission rate for the AUX port 2400 bps 4800 bps 9600 bps 19200 bps EXT KP INPUT Select whether the KP signal from external equipment is used or not and set the edge polarity DISABLE POSITIVE NEGATIVE Note Set TX INTERVAL in H SCAN SETTING menu to O for transmission with external kp signal EXT KP OUTPUT Select the KP output logic POSITIVE or NEGATIVE POSITIVE NEGATIVE 3 4 2 EXT DATA SETTING menu DATE amp TIME HEADING LOG PULSE SPEED amp COURSE SPEED SENSOR LAT LON POSITIONING SENSOR WATER DEPTH WATER TEMP WATER CURRENT WIND EXT DATA SETTING menu DATE amp
43. RN RX TEST NOISE TEST TX TEST MENU 6 Select TX and press the MENU key 7 Select OFF and press the MENU key 8 Select QUIT at the top of the menu screen and press the MENU key How to check the hull unit 1 Press the POWER switch on the control unit for the display unit to turn on the equipment Confirm that the lamps above the ON and switches light Transducer switches 2 Confirm that the 5V and UP lamps on the raise lower control box are lit 3 Remove the cover of the raise lower control box and use a multimeter to measure the following voltages TB C101 1 2 6 7 220 VAC 2 3 7 8 220 VAC 1 3 6 B 220 VAC 4 In the raise lower control box set the TEST NORMAL switch to TEST Press the DOWN switch to confirm that the transducer lowers Also while the transducer is being lowered check that the MD LED lights when the MD L SW kicks Note that the MD L SW does not stop the transducer when the TEST NORMAL switch is in the TEST position TEST o O NORMAL 5V L SW O O UP MD DN o Yo UP DOWN Control unit for the hull unit 5 Press and release DOWN switch Confirm that the transducer stops at the moment the switch is released 6 Press the DOWN switch again Confirm that the transducer stops at the moment the lower limit switch kick 7 Confirm that the UP switch operators in a similar manner
44. RR amp 28 BU wr OTI 14 BRN LLSEEMSIGDeC IKKKK 44 28 YEL KK gt G D 7 BLK FF gt SIGD H X SS amp 3 29 EN 7 BLU LLSHDISGD C 29 NiGD 15 BU JJ gt KP H TTS OO 30 PPL er KKKH 0 15 BRN gt lt LL 30YEL H 7 B201 E220 K CM KH A 18 BRN SMD FS H C COON KNK H 18WT HE Ni FS C H 2501 L w C201 202 iCPP lt H 16PPL PP gt NBH lt 1 lt HH 12 P pt OD P6 PH KRC 00 16 EMB C i 14 lt RAK 14 gt GD pP vos ye i vom os Sms make 15 BW 7h WY goo ga eo b bab iN p 2 7 KIS mee Bw m M lt 8 33 28 iQ0 H HH 15 WW ES sian IS 2 lt 16 BLU 23 1 16Wr 23 gt NC i 13 lt 000 6 N lt lo _ nn 10 gt idD 4 RED gl lt 21 lt HH 48K 21 gt IGD G 6 NAW 109 SH P S ooog FSV242 08 ACP JER Sum
45. SRCN E i u E S Sui sS IIHHHHHHHHH TV TYPES AND CODES MAY BE LISTED FOR AN I TEM THE LOWER PRODUCT MAY BE SH PPED IN PLACE THE UPPER PRODUCT QUALITY S THE SAM OMENS OS DAWNS FCR REFERENCE CN Y HU 1009 X 9406 A 6A EF U E U N D TE ui HUU NSTALLATI CN MATERI ALS sk ER Ee HE NAME Q IY REMARKS SRON 1 QJNNECTOY SRN LITT SRN QJNNECTOY SRAY SRON GONNECTCR SRCN LIT SRCN GONNECTCR SRCN LIT SRON GONNECTCR SRAN i u u Sui sS IIHHHHHHHHH TV TYPES AND CODES MAY BE LISTED FOR AN I TEM THE LOWER PRODUCT MAY BE SH PPED IN PLACE THE UPPER PRODUCT QUALITY S THE SAM OMENS OS DAWNS FCR REFERENCE CN Y HU 1009 X 9410 7 HHHHL NSTALLATI CN MATERI ALS 000 144 389 00 IIH HIHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH HHHHHHHHHHHHH TV TYPES AND CODES MAY BE LISTED FOR AN ITEM THE LOVER PRODUCT BE SH PPED IN PLACE THE UPPER PRODUCT QUALI TY IS THE SAM OMENS ONS IN DAWNS FCR REFERENCE ONLY O HHHHHH oo oooog 318 8 FURUNO v ACCESSCRI ES l D D E gu QUTLI NE LESCRI PTI ONS Q TY REMARKS KH FCR CONTROLL UN T FCR CONTROLL UN T
46. Solder lead wire to armor and Taping connect it to 1 pin of connector Conductor Use cable DPYCY 1 5 S 1 5 mm Japan standard cable or equivalent cable 1 56 mm Assembling connector NCS 253 P Monitor cable 1052074 or 1052075 Connect the monitor cable 10S2074 or 10S2075 from the monitor unit to the connectors in the processor unit shown below 38P connector CN A103 For the optional sub display CN A108 D sub 25 pin CN A102 For the optional sub display CN A107 D sub 15 pin CN A104 For the optional sub display CN A109 Control cable For blackbox type attach the control cable 1052076 to the CN A103 connector in the processor unit The control unit for the sub display unit should be connected to the CN A108 connector 2 4 5 Optional equipment With connection of navigator and electronic fishing equipment the function of the FSV 24 is expanded to include true motion presentation target lock echo sounder picture FNZ marker presentation and digital indication of position water temperature and depth Use the SRCN connectors optionally supplied Type CP10 4801 Code no 006 934 240 to connect equipment to the rear of the processor unit referring to the interconnection diagram at the back of this manual Cable list Outline of core ome wishield CO Twisted Schematic view of cables 2 YEL WHT 2 11 2 12 J5 CIF1 SRCN6A13 5P J7 GYRO SRCN6A16 10P Cable
47. T MAY BE SH PPED I N PLACE UPPER PRODUCT QUALI TY 15 THE SAM E OLOZ T3 ANI LE LINA JHL 9NDXLI 405 69 S 38S HIV A SL OIN ASN 6 1 1 419445 LON ST H3IHA SNOISNAWIC 30 32Nv8 TUL 31V2IQNI T 31891 lt O LiM Ew 11 JOTAGSS WAWINIW 220B 3 6305144 V X N B gt F tol FP oC SE Or c AS J 20 e 2 XEEYA GVEIQPMEBHUI OZ IMNIM4H ND dMV 19 MVJ EWL L 4 7 001 OES KESHE 655 Cavia eL JNNUJ YEECECO 809 C79 S oe Fik 3 10H ONIX SNOISNAWIC WW 111091 GG vs ooorznzoos ss 009215001 e z 00157509 Se see O O SNDISN3WIQ 27 131871 I 3H1 ONIXTs 403 6 SA 82S ONIddv1 AU SL Id SW 401 WG 3 18 31V ld 14 801 SAI SSWW 131 419 jdS LON 9017 SI HJIHA SNUISN3WIG SONVaS IDL 11 T 4 1891 3jJNV8V3 491 dS WAWINIW ALUN OH 24 W GHOMCE CLASSY CVPR CEHNE d AdIA d 82 5 5 WG VC LNY WBienlBESITISE CE F FIT HOLE 6 K WOLLUG 31V Id3WVN V WHY ATT AHE 3 1 I og EE ONDA D 3 INJA AIV o 6 0 8 i mas 6 AGING d IdVJ OY 1 x P
48. TIME Select input port of data and time data NONE CIF NMEA HEADING Select input port of the heading data NONE AD10S CIF NMEA LOG PULSE Set the pulse rate per 1 nm for the distance pulse signal 200 p NM 400 p NM SPEED amp COURSE Select the input port for the ship s speed and course data input When selecting the LOG amp HEADING the heading data is used instead of the course data NONE LOG amp HEADING CIF NMEA SPEED SENSOR Select the source for the speed and course data This setting is ineffective when LOG amp HEADING is selected as speed and course source NONE GPS DR DOPPLER DR LAT LON Select the input port for the ship s position data NONE CIF NMEA POSITIONING SENSOR Select the type of the navigator When selecting AUTO SEL the priority is GPS DR gt LORAN C LORAN C GPS DR AUTO SEL 9 4 9 WATER DEPTH Select the input port for the depth data NONE CIF NMEA WATER Select the input port for the water temperature data NONE CIF NMEA WATER CURRENT Select the input port for the water current data NONE CIF NMEA WIND Select the format for the wind data NONE CIF NMEA B NMEA 0183 Data Input Position L L GGA GLL RMA RMC Heading HCC HCD HDG HDM HDT Course VTG opeed VBW VHW Current CUR VDR Depth DBS DBT DPT Temperature MIW Wind MWV Date Time ZDA Output Position TLL OTHERS menu MENU QUIT OTHERS LANGUAGE English HEADIN
49. UMOUS SD OSID SI 19A9 aay 990 4 Q eJ CLESIA CM 9 ERST gt S YUD jo DU9 WOY OG 05 JOU j 1 559 3 pinoys i ujbuo SAUDI y OH 8I 83662 S mo afa xw C 6 s HE PRAE SI J99nDSUD U9UW 199 Aq 0 0 si up q Jednpsuo A 329 2MBORO 1H e800 4 X086cec on UIMDIP 3U 1 99 3904 jo E D69U6 90 SI uo 109 YZ 10 9U0 329 7 940 B Or oM y WU S dius 10 b uozuog opx9 si 990 9DUD 28 PNA C CC 6 x 1010220 01ul S UIOd ay elly yi 91DI 0 yuo 0 5 F SHYMS LBS NGA AC COMB 218 SS ANY NOLO TL 38 10 GOHAN NOLLV TVISN ES SS LT oJ D 11 O yg 01 39 131971 I 293 13 ONTAVAE NI VU IND LIN 8 I A WNIN231 OND 041 CO 3 IDH DNIXI 4 V BE r M 700 KCIJ ONA 312822 P ge APA A AV HS H SNOISNSKIC 40 SONVATIOL S3IVOTINI 1 3709 2 1 19 T3 IN3NW0 IS 8 T HON C 0 061 D 12 1 TABLE T 4 END L 90 1 UU 365 100 lt L lt 500 lt 1 BEIT
50. V 241E a 220 VAC 3 3 50 60 Hz X CC Hull unit Specifications FSV 247 1200 mm stroke FSV 248 1600 mm stroke HULL UNIT Select one AS 100 110 115 220 230 VAC 16 50 60 Hz Note 1 Power Kit FSV 2403 option installed in processor unit required to connect CS 120A misc nium polar aum 7 EQUIPMENT LISTS Standard supply Tye CodeNo Qty Remarks FSV2400 12 olor monitor S a OOOO Processor Unit ER FSV24008 Transceiver Unit FSV241E 1 EAR FSV248 For system with monitor CP10 04501 1082074 CP10 05100 000 067 027 CP10 04502 CP10 04503 CP10 04505 CP10 04506 1082078 For system with monitor Installation Materials 1 set E ey s 10 05110 000 067 028 CP10 04502 CP10 04503 CP10 04505 CP10 04506 10S2078 For system without monitor CP10 04502 CP10 04503 L CP10 04505 CP10 04506 10S2078 SP10 02601 SP1 02602 FP03 06201 FP10 02202 FP10 02200 000 067 006 FP10 02201 FP10 02203 Accessories 1 set dust cover FP10 02201 FP10 02203 Select one Options Monitor Unit FSV 2400 10 With CP10 04501 FP03 06201 FP10 02202 Dust cover amp 1085207 10 m cable FSV 2400 30 With CP10 04501 FP03 06201 FP10 02202 Dust cover amp 10S2075 30 m cable 1 Cable E 10 With FP10 02201 amp 10m 37 cores Cable 000 101 0
51. cs Spring Washer M10 2 pcs Hex Bolt Pin M10X30 DW 2 pcs Hex Bolt M10X30 4 pcs Front Cover Washer Pan Head Screw d M4X10 2 pcs e Mounting Base Monitor unit 1 10 1 2 3 Attaching the CRT filter 1 Attach two spacer 5x2 5 supplied with screws M5x10 supplied to the location shown below 2 Screw two hood retainer supplied into the filter supplied Turn two washers 12 supplied into two hood retainer attached at step 2 4 Attach the filter to the monitor unit as shown below Hood retainer 2 DcS Washer 2 Filter M5 tapping hole Up side Notch Down side J Spacer 2 pcs Screw 2 pcs How to attach the hood Control unit The control unit may be mounted on a tabletop with or without the KB fixing plate Supplied which mounts the control unit at an angle If the control unit is not to be fastened lay it atop the rubber feet Supplied as accessory 1 Rubber feet Attach four rubber feet to the bottom of the control unit if it is not going to be permanently fixed 1 12 2 Fixinq without KB fixinq plate 1 Drill four mounting holes of 6 mm diameter to fasten the control unit referring to the outline drawing at the back of this manual 2 Make a cutout in the mounting location large enough to accommodate the name plate so the control unit will lie flat For dimensions see the outline drawing at the back of this manual
52. ect QUIT at the top of the menu screen and press the MENU key to close all menus 3 3 Configuring Own Ship Mark Set own ship s dimensions and the location of the transducer to accurately display the own ship mark on the display 1 Press the MENU key to display the SYSTEM menu SYSTEM MENU QUIT INTERFACE SETTING EXT DATA SETTING OWN SHIP MARK TEST amp INITIALIZATION TRX SETTING 1 TRX SETTING 2 OTHERS System menu 2 Use the trackball to select OWN SHIP MARK and press the MENU key MENU QUIT OWN SHIP MARK SHIP S LENGTH SHIP S WIDTH TD POSITION 1 TD POSITION 2 OWN SHIP MARK menu 3 Use the trackball to select SHIP S LENGTH 4 Press the MENU key to show the setting window MENU QUIT OWN SHIP MARK QUIT QUIT SHIP S LENGTH CANCEL SHIP S WIDTH U TD POSITION 1 TD POSITION 2 OWN SHIP menu setting window Select or and then press the MENU key several times to set the ship s length 15 to 150 Select QUIT to finish the setting Setthe SHIP S WIDTH 5 to 30 m TD POSITION 1 5 to 50 m or TD POSITION 2 10 0 to 10 0 m similarly TD POSITION 1 Set the transducer s distance from the bow TD POSITION 2 Set the transducer s distance from the keel Select the for starboard for port Select QUIT at the top of the menu screen and press the MENU key to close all menus TD POSITION 1 SHIP S LENGTH TD POSITION 2
53. essor unit referring to the table shown below audio alarm CCW Small offset CCW Noise increase CCW Gain decrease CCW Noise increase CCW Gain decrease 3 5 1 3 5 2 3 12 Adjustment of signal level echo sounder connected Adjusts the output level of the echo sounder on the CONE Board as below 1 Select an echo sounder display ES1 or ES2 from the menu 2 For ES 1 adjust R168 to suppress noise and then adjust R209 so that the picture condition is similar to that of connected echo sounder connected to the FSV 24 3 For E S 2 adjust R119 to suppress noise and then adjust R167 so that the picture condition is similar to that of echo sounder connected to the FSV 24 Adjusting the volume of audio alarm The audio alarm volume cannot be adjusted from the control unit If necessary adjust R118 on the CONE Board to choose desired volume 3 6 DIP Switch Setting J496 J49 DCON board 10P6900 or 10P6900S IFES board10P6903 Processor unit inside view 3 6 1 CIF2 NMEA2 connector interface selection The signal format of the CIF2 NMEA2 port at the back of the processor unit can be set for CIF or NMEA by DIP switch S2 8 on the IFES Board 10P6903 The default format is OFF CIF DIP switch setting S2 8 ON NMEA S2 8 OFF IFES Board 10P6903 3 6 2 3 6 3 3 14 Selecting the Net Sonde information The net depth information from the Net Sonde can be entered from the FNZ port or CIF port
54. g and O ring groove Coat them with a slight amount grease 2 1200 mm stroke Use 24 hex bolts 48 hex nuts flat washers and spring washers to fasten the attachment flange to retraction tank 1600 mm stroke 24 bolts have already been fitted Use the bolts 48 hex nuts flat washers and spring washers to fasten the attachment flange to retraction tank 3 Place the O ring in position on the attachment flange To install the attachment flange and the hull unit see 1 1 4 Installing hull unit on retraction tank on page 1 5 The sectional view for the attachment flanges are shown on the next two pages x Hex Bolt Flat Washer Hull Unit Flange O ring Flat Washer Spring Washer ana Hex Bolt Hex Nut Flat Washer M20 r Attachment Flange O ring Existing Tank Flat Washer x Lo Spring Washer Hex Nut za Attachment flange for 1200 mm stroke transducer sectional view Hex Bolt Flat Washer i Hull Unit Flange O ring Flat Washer Spring Washer Hex Nut Attachment Flan
55. ge O ring Existing Tank Flat Washer Spring Washer Hex Nut FSV 244E only Attachment flange for 1600 mm stroke transducer sectional view 1 17 1 7 Mounting the Cable for Extension Kit option For extension of the transducer cable between the hull unit and the transceiver unit use the extension cable kit option The kit is available in 5 and 15 meter lengths Name Cable for Extension Kit Type FSV 2451 Code No 000 067 030 FSV 245 000 067 032 1 10S2138 5m 000 145 350 1 Cable assembly 10S2139 5m 000 145 354 1 10S2144 12 9m 000 145 360 1 Name Cable for Extension Kit Type FSV 2452 Code No 000 067 031 FSV 245 000 067 032 1 10S2138 15m 000 145 351 1 10S2139 15m 000 145 355 1 assembly 10S2144 22 9m 000 145 361 1 Fasten the Junction Box to bulkhead with 4 bolts 8 local supply Junction box Attachment Kit option When using the retraction tank of FSV 243E 244E for FSV 247 248 the optional attachment kit OP10 24 is necessary Name Attachment kit Type OP10 24 Code no 006 943 530 Insulation gasket MS 1000 67 000 857 220 Insulation gasket 2 MS 1000 68 000 857 221 1 Clean the hull unit flange the O ring and O ring groove Coat them with a slight amount of grease Place the O ring in position
56. he control unit for the hull unit to lower the transducer to the mid or fully lower position Confirm the MID or DN LED for the transducer position When the transducer reaches to mid or fully lower position the transducer starts the transmission automatically with low power Check the transmission channel Press the UP switch in the control unit for the hull unit to retract the transducer Transmission stops Turn OFF the maintenance switch in the transceiver unit Turn the TEST NORMAL switch in the control unit of hull unit to NORMAL 10 Turn OFF DIP switch S3 1 on the TRCPU Board in the transceiver unit 53 10 6926 This page is intentionally left blank 4 CONNECTING THE EXTERNAL INTERFACE CS 120A When upgrading from the CSH 20 series sonar the External Interface CS 120A can be used Connect between the processor unit and the CS 120A as shown below However we recommend to connect external device to processor unit instead of using the CS 120A to avoid signal delay The following power supply kit option is required to install on the processor unit Name Power Supply Kit Type FSV 2403 Code No 000 067 013 Power supply pcb LEA5OF 24 XFND 000 143 913 1 SQ 22 000 159 305 10 4 Protection sheet 10 071 3508 100 290 712 1 f f M3x8 C2700W 000 163 190 10 4 Connector NJC NJC 203 PM 000 160 184 10 1 1 Remover the front cover of the pr
57. he cable between the hull unit and transceiver unit is 5 meters If a longer cable is required use the extension kit This kit provides a junction box and a 5 meters cable or 15 meters cable 2 7 1 Junction box Connect the 1052138 and 1052139 of extension cables and transducer cables to the MTC1 and MTC2 in the junction box included with the cable extension kit matching cable number with board location number 1 Open the junction box cover 2 Unfasten the metal clamp and fixing plates from the junction box Location Number ge aa Tn Note The transducer cables are not long enough to reach the junction box HH Peel off the yellow tape at the end Fixing plates of the cables and then connect WI them to the appropriate connectors on the junction box Metal clamp Junction box 1052138 1052139 ransceiver unit 900 o 000990 6696 66999989908 9669 GGG98 90000 66666 960990 00090 CGE B Nul oe 1052140 cable 1052141 cable Transducer cables Junction box cover removed 2 17 3 Starting from the right side of the junction box fix the cables by CSK clamp pass them through cable clamps and connect XH connectors to the board
58. ication of connector 00 8016 038 313761HV Shorten the unused wires appropriately and treat their ends with vinyl tape to prevent short circuit Position No 2 Guide PinA Guide Pin B Large Small Assembling 38P connector Positioning guide pins Guide pins of the connector identify the mating receptacle They are e Guide pin Large 1 e Guide pin B Small 1 2 5 2 Fabrication of power cable type DPYCY 4 TB B101 Fabricate the cable DPYCY 4 as below for connection to the power unit Cable DPYCY 4 Armor Vinyl sheath Conductor S 4 mm 2 55 mm 140 Power unit side 200 35 30 M4 YEL x2 86 FV5 5 4 Anticorrosive Vinyl sheath Armor sheath Fabrication of cable type DPYCY 4 2 5 3 Hull control cable 10S2078 Connect the hull control cable 10S2078 to the CN B102 Note The same type of connector is fitted at each end however the connector where the amount of sheath removed is greater should be connected to the transceiver unit 2 15 2 5 4 Connection 1 Open the transceiver unit cover 2 Plug the XH connectors at the end of signal cables 10S2140 10S2141 into the proper receptacles in the transceiver unit referring to the labels on the cables and numbers on the TRX board 3 Lead the cables into the transceiver unit appropriately For clamping lay the cables as shown in the figure Cable location at metal clamp top view below 4 Unfasten the cable fixing strip af
59. ing the tank Refer also to the retraction tank installation drawing at the back of this manual Installation Method XDCR Travel T Remove 130 Remove 130 to 140 mm thru 140 mm from the bottom from the Note that the length Same as left Same as left g ric bottom D must be less than 1170 mm Remove Remove less than less than 140 mm from the 1600 mm 140 lsame as bottom Note that the Same as left siroke from the length D must be less bottom than 1570 mm Guidelines for shortening the retraction tank Note 1 In the 1200 mm stroke type hull unit the transducer will not fully protrude unless the tank is shortened by at least 130 mm from the bottom and cannot be fully retracted if more than 140 mm is removed Note 2 In the 1600 mm stroke type hull unit the transducer cannot be fully retracted if the tank is removed more than 140 mm Note 3 When 140 mm is removed and D is minimum the effect of air foam is minimized because the transducer fully protrudes in water 1 1 3 Remarks for installation of retraction tank 1 Make if possible the installation location a double bottom structure 2 Install if possible the tank on the keel where the tank can be most firmly fixed 3 Install the reinforcement ribs as near as possible to the top of the retraction tank allowing space for tightening of bolts and nuts Retraction tank Reinforcement rib 250 300 mm How to install reinforcement ribs
60. ious locations 6 Fasten eight screws to attach the control unit cover 7 Attach the connector seal Supplied to the hole at the rear of the control unit 8 Drill a hole to pass the cable from the bottom of the control unit through the tabletop The diameter of the hole should be 30 mm 9 Attach the connector seal Supplied to the hole at the bottom of the control unit when the above modification is not done 10 Fix the control unit referring to 2 or 3 on the previous page Gable Cable w o KB fixing plate w KB fixing plate Control unit side view 1 3 1 4 Mounting the Transceiver Unit The transceiver unit should be mounted on a mounting base shipyard supply whose dimensions are as shown in the outline drawing of the transceiver unit at the back of this manual The transceiver unit should be reinforced against vibration by stays extending from the eyebolts on the top of the unit Fasten 10 bolts M12 local supply at the bottom and back of the transceiver unit to fasten it to the mounting location Transceiver unit Mounting the Power Supply Unit Weld four bolts M8 local supply referring to the outline drawing at the back of this manual Sets the power supply unit to the bolts welded and then turn four nuts local supply to fix Note If necessary reinforce the bulkhead since the unit weights 25 kg 57 3 lbs 150 Power supply unit Grounding the Equipment The power supply
61. lt EXT KP IN C CIF RXD H lt 3 lt 10 lt EXT 12VKP IN CIF RXD C lt 4 SHIELD lt 44 J15 CN A105 gt 1 gt AUX J6 17JE 13260 02 D1 2 gt o 2 gt 3 gt AUX TXD lt 2 ae 54 AUX RXD lt 3 555 GND K 7 FOR MAINTENANCE gt 6 gt NC 25K ad SRCNGA16 10P 2 gt 8 gt GYRO J7 CNEAO6 EXTERNAL SPEAKER 3 85 AD CONVERTER SFM 210 2L YP 1 gt SP AUDI0 AD DATA CK 3 CLE AD 100 gt 2 gt GND AD CLK HK 6 AD CLK CK 7 eL NJC 203PM J17 CS 120Al SHIELD lt 10 lt 4 CS 120A uis 1 gt 24VDC 2 J gt 2 gt OV LOG J8 US 3 S SHIELD LO6 1 lt 4 A EY SRCN2A21 16S J11 FNZ AUX NC lt 3 lt i 1 gt SONDE_3 2 gt 2 gt GND RESERVE ES1 Jo SRCN6A16 7P gt 3 2 SONDE_4 EST SIG IN 1 lt EUR ae gt 4 gt GND GND i lt 2 gt 5 gt SONDE_5 ES1 KP IN pane gt 6 gt GND NC 4 tt 1 7 gt 1SONDE_6 ES1 WL IN 654457 8 gt GND SHIELD 66 2 gt 9 S0NDE 7 GND lt 7 lt 3 4 27 4 gt 11 gt SONDE_8 FNZ J10 SRCN6A21 10P les 5 IFES S2 8 12 gt GND SONDE_0 1
62. m LESS 100 110 115 KI T REQU RED FCR EXTENSI ON 220 230 VAC 19 50 60Hz FSV 24 24S HHHHL 1318 008 A NTERCCNNECTI CN AGRAM FURUND ELECTR C LID PPP 28 03 1 1 I a S 3 2 3 PCS E J14 PC MONITOR J1 KEC 15P DATA RECORDER TEE me lt E EXTERNAL MONITOR PROCESSOR UNIT mp ek2 G FOR MAINTENANCE FSV 2402 2402S 00 oc _ FSV 3002 3002S T FSV 8402 sd MD V SYNC RI 1 F 0258040 gm 10 Ji2IES2 NET GND 5 I o 1 2 ESZ SIG IN MD H SYNC K134 O 3 VI 1100A gt GND GND 9997 4 Ire 3 gt KP DN IN 3 J3 MJ A6SPF 2 MJ A6SPF0011 0012 MER ps acu y 5 10m 6 T NMEA1 RXD H lt TUNE NMEA1 RXD C lt 4 SHIELD lt 6 4 4 3 2 J ENWER2 G 2 J4 188 NIKE 15 SRCN6A21 10S 5 J13 EXT KP 5 NMEA2 TXD H lt 16 6 M LE BRAD ARTE ey 1 lt INTKP1 NMEA2 TXD C i 24144 EATERNAL KP lt GND NMEA2 RXD H lt 3 14 KL L 123 lt NMEA2 RXD C x lt 4 JJ 1 2 4 lt GND SHIELD APEN SRCN6A13 5P 2 1 46 lt GND CIF1 J5 LLL dap CIF TXD H 1 go 50 0 2x2P HK 8 lt EXT KP IN H CIF TXD C lt 2 41 7 CURRENT INDICATOR 9
63. ocessor unit Screw 4 8 7 pcs 1 Details omitted 4 1 2 lt Detach J503 J502 Power supply J501 J504 and ocb VHSP J506 Remove two upset screws detach the plugs J503 J502 J501 J504 J506 and J507 thus pull out the power block Protection sheet Oe gt VH4P i opacer 4 Power Block Upset screws M5x25 SUS 2 pcs N Fix the power supply pcb supplied to the power block with spacers supplied Connect two VH connectors provided on the power block to the power supply pcb Put protection sheet Supplied on the power supply pcb and fasten it with four screws Reattach the power block Connect between the processor unit CS 120A as follows Processor Unit IPOWER FOR CS 120A FOR CS 120Alport CS 120A NJC 203 PM J201 7 24V H lt 1 L gt 24V 24V C lt 2 E gt 0V GND lt 3 Pes PP gt GND 1lorINMEA2 CIF2 port CIF TXD H lt 1 NN gt TD H CIF TXD C lt 2 Pet MM gt TD C CIF RXD lt 3 JJ gt RD H CIF RXD C lt 4 L el KK gt RD C SHIELD lt 10 BB gt GND EE gt DSR C DD gt DSR H Z gt DTR H 37 cores cable 10S1258 Note Echosounder should be connected to the processor unit directly 8 Setthe DIP switch as follows Input port DIP switch setting CIF 1 S3 2 ON NMEA 2 CIF 2 S3 3 ON DCON Board 10P6900 or 10P69005 Note Do not change the
64. om moving shaft of the hull unit Gears may cause injury WARNING Do not open the cover unless totally familiar with electrical circuits and service manual High voltage exists inside the equipment and a residual charge remains in capacitors several minutes after the power is turned off Improper handling can result in electri cal shock Turn off the power at the switchboard before beginning the installation Fire or electrical shock can result if the power is left on Do not install the equipment where it may get wet from rain or water splash Water in the equipment can result in fire electrical shock or equipment damage Be sure no water leaks in at the trans ducer installation site Water leakage can sink the vessel Also confirm that the transducer will not loosen by ship s vibration The installer of the equipment is solely responsible for the proper installation of the equipment FURUNO will assume no responsibility for any damage associated with improper installation WARNING Install the specified transducer tank in accordance with the installation instructions If a different tank is to be installed the shipyard is solely respon sible for its installation and it should be installed so the hull will not be damaged if the tank strikes an object The tank or hull may be damaged if the tank strikes an object If a steel tank is installed on a wooden or FRP vessel take appropriate measure
65. on the tank flange 2 Lay the insulation gasket 1 on the top of the tank flange 3 Orient the hull unit so that the bow mark inscribed on its flange points toward the ship s bow Note that heading adjustment in the display unit is required if the bow mark does not face the ship s bow 4 Confirm that the O ring and the insulation gasket 1 are in position 5 Place the hull unit on the tank 6 Seven of the 24 bolt holes on the hull unit flange have already been fitted with bolts stern side Insert the insulator gasket 2 into the bolt holes of the tank flange to which these seven bolts are fitted 7 Coat every bolt washer and nut with a slight amount of grease to ease removal Fit the insulation gasket 2 into the bolt holes of the tank flange Fasten the hull unit to the retraction tank with insulation gasket 2 flat washers spring washers and hex bolts 8 Reinforce the hull unit against vibration by extending stays to the ship s hull from the two eye bolts at the top of the hull unit referring to the figure at the top of page 1 7 Hex nut YY N Spring washer Flat washer Flange of the hull unit Flange of the hull unit O ring O ring x Insulation gasket 1 Insulation gasket x m di Insulation gasket 2 Flat washer Flat wa Spring washer Hex nor
66. ong enough to support the weight of the unit under the continued vibration which is normally experienced on the ship If necessary reinforce the mounting location Determine the mounting location considering the length of the cables below a Signal cable from the transceiver unit b Monitor cable from the monitor c Control cable from the control unit when locally supplied monitor is used Leave sufficient space on the sides and rear of the unit to facilitate maintenance Also leave a foot or so of service loop in cables behind the unit so it can be pulled forward for servicing or easy removal of connectors Make free space of 400 mm between the processor unit and bulkhead to prevent cable stress 1 2 2 Mounting procedure 1 Unfasten two bolts from the bottom of the front side of the processor unit and pull the unit toward you to separate the unit from the mounting base 2 Fasten six bolts M6x20 supplied as installation material to install the mounting base 3 Place the processor unit in front of the mounting base 4 Push the unit forward until it touches the end of the mounting base 5 Retfasten two bolts removed at step 1 to fix the unit 200 1 195 1 Front view Top view Processor unit Monitor unit Mounting considerations The monitor unit is designed for mounting on a tabletop Locate the monitor unit where it can be easily operated while viewing the screen and operating the control unit Locate the m
67. onitor unit out of direct sunlight and away from heat sources because of heat that can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Be sure the mounting location is strong enough to support the weight of the unit under the continued vibration which is normally experienced on the ship If necessary reinforce the mounting location The length of the monitor cable which runs between the processor unit and the monitor unit is 10 m Keep this distance in mind when selecting a mounting location Leave sufficient space on the sides and rear of the unit to facilitate maintenance Mounting procedure 1 Drill four holes of 12 mm in diameter in the mounting location referring to the outline drawing for mounting dimensions 2 Unfasten two M4X10 screws to dismount the front cover 3 Unfasten two sets of M10 bolts plain washers and spring washers to separate the monitor from the mounting base 4 Pull the monitor forward about four centimeters and then lift it to separate it from the mounting base 5 Fasten the mounting base to the mounting location with M10 bolts nuts and washers local supply 6 Lay the monitor on the top of the mounting base making sure the rear pin on the monitor is mated to the slit in the mounting base Fix the monitor to the mounting base with the two sets of bolts nuts and washers unfastened at step 3 7 Close the front cover Plain Washer M10 2 p
68. rder puru INavigator 2 HVL100A Exema INetSonde 3VE1100A Interface CS 120A O t Junction Box already installed 1 CS 170 Net Sonde Noti i S l Q 9 100 110 115 220 230 T Cablefor Extension Kit POWER TRANSCEIVER ii FSV 2451 UNIT FSV2452 UNIT FSV 241E 220 VAC FSV 242 i 36 50 60 Hz e Hull unit Specifications 100 110 115 220 230 VAC 076 10 50 60 Hz Note 1 Power Kit FSV 2403 option installedin X processor unit required to connect CS 120A Black box type CONTROL UNIT FSV 2401 Monitor L 7 1 Local Supply Option _ _iAD Converter Gyrocompass T IAD 10 _ _ iLoudSDeaker Current 1 ISub Monitor i Indicator __ Current Echo Sounder 4 Indicator Log Current Indicator L JES interface FSV 2402 r I Net Recorder INavigator 2 eee eee ss Es rt VI 1 100A iEtemal 1 cM Interface CS 120A iNet Sonde VI 1100A already installed 2 MJuncionBox Note1 987170 Net Sondel 220 230 VAC Cable for 19 50 60 Hz Extension Kit O TRANSCEIVER FSV 2451 FSV 2452 UNIT UNIT FSV 242 FS
69. s section set the TX transmission to ON 2 Locate target in the bow direction buoy for example and display it on a near range If the target appears at 12 oclock the heading alignment is correct If it does not measure the error and go to step 2 Buoy target s on screen position is right of ship s bow for example hull unit heading is skewed left Heading adjustment 3 After turning off the power turn it again on the power while pressing and holding down the MENU key Release the figure from the MENU key after the self test screen appears And then after picture appears press the MENU key three times to open the SYSTEM menu SYSTEM MENU QUIT INTERFACE SETTING EXT DATA SETTING OWN SHIP MARK TEST amp INITIALIZATION TRX SETTING 1 TRX SETTING 2 OTHERS SYSTEM menu 4 Use the trackball to select OTHERS and press the MENU key 5 Select HEADING ADJUST and press the MENU key LANGUAGE ENGLISH HEADING ADJUST 0 QUIT ES2 SELECT ES ES DRAFT OFFSET 0 0 m EVENT KEY EVENT AUTO TILT WIDE SELECT USER PROG H V INTERLOCK TRACKBALL SPEED NORMAL HULL UNIT STROKE 1200mm OTHERS menu HEADING ADJUST 6 Select or and press the MENU key to adjust the heading Each pressing of the MENU key changes the setting in 1 steps The setting range is 180 to 179 7 Select QUIT to finish the adjustment and press the MENU key 8 Sel
70. s to prevent electrolytic corrosion Electrolytic corrosion can damage the hull Be sure that the power supply is compatible with the voltage rating of the equipment Connection of an incorrect power supply can cause fire or equipment damage The voltage rating of the equipment appears on the label above the power connector CAUTION Ground the equipment to prevent electrical shock and mutual interference CAUTION Maximum speed while the transducer is projected and being raised or lowered is as below to prevent damage to the transducer Projected Raising Lowering 1200 mm stroke Max 18 kt Max 15 kt 1600 mm stroke Max 15 kt Max 12 kt Observe the following compass safe distances to prevent interference to a magnetic compass Standard Steering compass compass Other equipment should be positioned at least 7 m away from a magnetic compass SYSTEM CONFIGURATION Standard type MONITOR Wa Si UNIT UNIT SV 2401 FSV 2400 Local Supply Option _ Converter Gyrocompass 5 JAD 10 L E i Loudspeaker Current Indicator ISub Monitori mE oe eo s Echo Sounder IndicatorLog I Current Indicator L NT other eS Mn JE S Interface e PROCESSOR UNIT VI 1100A INavigator 1 ny p A FSV 2402 1 Reco
71. setting of S3 4 default OFF The hull unit may be damaged if the setting is changed Note If the CIF is select baud rate should be changed to 2400 bps See page 3 9 for detail Check List Ship Name Date Location SCANNING TYPE FSV 24 RESULT SONAR S N Monitor unit FSV 2400 Control unit FS V 2401 CS 120A 1 1100 CS 170 Hull unit FSV 243E 244E Reference S O 24KHz Note NO CHECKITEMS covrNT RESULT PATA ITEMS CONTENT RESULT DATA units are installed Pose d uc l to installation Good No Good 5 2 Groundine Copper plate should be connected for the Good No Good Sheet 1 following units 1 Power supply unit 2 Transceiver unit 3 Junction box Option IV 8sq is connected for the following units 1 Raise lower box 2 Processor unit 3 Monitor unit Connection Check the connection between each unit Good No Good Sheet 1 1 Transducer Transceiver unit 2 Transceiver unit Processor unit 3 Processor unit Monitor unit 4 Monitor unit Control unit 5 Processor unit Other equipments 6 Ship s mains Power supply unit 7 Ship s mains Hull unit 8 Ship s mains Processor unit Power Supply Check ship s mains voltage for following units Good No Good Sheet 1 Ship s mains 1 Power supply unit 2 Raise lower motor line Check whether led of phase detector is light or not The 3 phase line must be changed if led is light 3 Processor unit
72. t r Wr Toc f RES ES NO UD WO OL 5 82501 9108 00 NOCT SZOOE 00c ScOvc COvc Sd DSS4DOdd HH r D ba AR f Gn E
73. ter wiring the hull unit THH 10P6923 to 6926 10P6931 19 to 1 Metal clamps for upper Slot 10P6931 2 to 20 Clamps for upper slot o O O ojo o oF Clamps for upper lower Secure Slot here with DR ood BRI 5 Mera Metal clamps for signal cable up See the figure Hull unit ORION Processor unit Transceiver unit cover removed 1052141 Transceiver unit ss r ss Creer rere Clamps for DOO 2 2 198 lower slot Cable 49 42 93 OAOOH Clumps for amber upper slot Cable location at metal clamp top view 2 16 2 6 Power Supply Unit Connect the power cable DPYCY 4 or equivalent as below For 220 230 230V Ship s mains Transceiver unit Lay the armor 11041415V A 100V Lay the armor of cable in the clamp OV S of cable in the clamp For 100 110 115 Power unit connection 2 7 Cable for Extension Kit The standard length of t
74. unit processor unit and hull unit have protective grounding Ground the units with a ground wire IV 8SQ local supply or copper strap to prevent electrical shock Ground the monitor unit and transceiver unit with a ground wire IV 8SQ local supply or copper strap fastened to the ship s superstructure For the power supply unit transceiver unit and junction box option use a supplied copper strap Grounding for junction box Use one of four butterfly bolts to ground the junction box Installing Attachment Flange option The tank for the CSH 20 series may be used by installing the optional attachment flange In case that 1200 mm stroke was used in CSH 20 series Attachment flange set For FSV 247 10 22 Code no 000 067 037 Attachment flange 10 077 5801 100 303 601 1 CO 0318A V585 000 166 370 10 1 bolt 20 120 508304 000 162 825 10 24 Hex nut M20SUS304 000 863 116 48 Flat washer _ M20 SUS304 000 864 136 48 Spring washer M20SUS304 0008642760 24 In case that 1600 mm stroke was used in CSH 20 series Attachment flange set For FSV 248 10 23 Code no 000 067 038 Attachment flange 10 077 5802 100 303 610 1 CO 0318A V585 000 166 370 10 1 M20 SUS304 000 863 116 48 Flat washer M20 SUS304 000 864 136 24 Spring washer M20 SUS304 000 864 270 24 Procedure 1 Clean the hull unit flange O rin
75. with armor J8 LOG SRCN6A13 3P J10 FNZ SRCN6A21 10P J13 EXT KP SRCN6A21 10S Solder unused cores and Clamp fixing screw earth to braided shield Te _ Set screw iei Solgering side Clamp shielding tape with connector clamp for grounding J9 ES1 SRCN6A16 7P Wes J12 ES2 NET SRCN6A16 10P Shield Vinyl sheath Clamp fixing screw Solder unused cores and 9 earh wire to braided shieeld Clamp Set screw Vinyl sheath Wind vinyl tape Soldering side Synchronizinq with echo sounder other sonar To synchronize the transmission of the FSV 24 with an echo sounder or other type of sonar make connections as shown below For current driven KP input Processor unit KP signal EXT KP IN H gt 8 E S EXT KP IN C gt 9 Sonar _ For voltage driven KP 12 V input Processor unit KP signal EXT 12VKP H gt 10 gt f E S 27 Sonar _ Voltage driven KP output Processor ExT KP KP signal unit INTKP1 gt 1 GND gt 2 Prat INTKP2 gt 3 1 GND gt 4 gt lh urren INTKP3 gt 5 Indicator GND 76 gt Menu setting see EXT KP INPUT on page 3 8 2 13 2 5 Transceiver Unit 2 5 1 Fabrication of connector 00 8016 038 313761HV CN B101 400 Anticorrosive Shield ee 40 Sheath ZRN Insulating After exposing cores wind shield around the armor Fabr

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