Furuno FA-100 Marine RADAR User Manual
Contents
1. 3599 VNN3LNV uf 1 0 40 XGLSNVIC SUN I TA BIL 100069 C iM LAZAT 15 yo LSWW Aa INNON IN 00 14408 1907 1201992107 4 6 1 31V VNNJINV JLL 271809 INVM3SHIA 3182 XI JWV 2 4 UE GELCL 4 424 7 AN dld Ae NI OL CSV 31893 933 C fuf C hy Q 199 WUT 311 318 1471 NIA 28 3 V C WV ONISN o amp c aoka c L y AINO 3dld V 1467 30207 Sd9 M CNN AVE TON 00 INGIN Sf u p NYHL 44570 3SDH 1439940 JNIINIUM TM LC GPUS jdld VNN3INV dIHM 3991 NIA CAHN JHA VNNJINV dIHA 4 6 FX AGING dA WNHINV dam ty gt VNNAINV 4 4 LYSAVWNI x C E ISN 0 0 2 LDI ONTINAOW LSVW 350 PICHREOLS VG e 62B2Y22 GHI DTTTIO 02 OR EHI 4 Y2 0 WALAN OL EYAD NN SVNNHIN USHIO SIINYLSIC NIIHVNMd3S JHL 38013 SIHL eT YS OROLSULLCLORMOR gl JNIINTUM LSVN alo v Y V D 12 9104199713 INAYA INL UIT 1 LINN JHL 9ND04 A04 6 SAJNIS DNIddVL 3D 1108 900 TEA SNHRNHMI 40 JONWSTTOL S3IOTINL 1 34V2. 000 053 873 053 873 26 5X20 SU5304 11 TIAPPI NG SCREW 00820 802 081 1 DOUBLE ASTERISK DENOTES COMMONLY USED EQUIPMENT 00000000000000 DO MNS IN FCR REFERENCE ONLY O 24AA X 9851 EE EE E 0 24M X 9853 3 1 1 G A 100 OUTLINE Ud UNT DUBIE CPS MT CMB NED ANTENNA 000 053 810 CP24 00141 N P SCFB 0000 CONECTOR 000 140 463 T CV 200HT PLASTI M 000 809 226 82 ES FLAT WASHER 4 000 864 130 0000 00 SU5304 OMENS ONS IN DAWNS FCR REFERENCE 24AA X 9853 A 4 EF UE U N CD 9003 71 DU uuu HHHHH DESCRI PTI CNS QTY REMARKS 20 007 3011 2 CODE NO 100 183 262 20 007 3012 1 1 CODE NO 100 183 271 0 NSTALLI NG SPACER NO 6348 55303 HO5E CLAMP CODE NO 000 805 906 20AG 9403 EE BE Ts DO MNS OAS IN FOR REFERENCE A 5 K I N G L 24AA X 9852 5 1 1 PR 240 CE DESORIPTION CODE Q TY UNIT AC DC PR 240 CE POWER SUPPLY UNIT 000 053 879 053 879 s 00151 PR 240 CE 052 00205
3. DO MNS OAS IN FOR REFERENCE 03 318 19313 DNNN 000 00 Y ON DAC Hu iw 3H1 4035 9 553425 NU 1709 94 ISN SNUISN3HIC 30 SINVAS TOL S31V29IINI 97891 2 11 391335 Q3IN3HNDO3S Hee GEOMY Ve t ChA SPIT HoE C ERREALA 181 a e OSH 052 OSH 44 901 PLO d MIA VEY TWNOIS 299105 8 d 49 I X VNNJINV amp 6tC XAL3HA 3 NH 89 624111549 p 5 r CT NIN V LNAUW HS 14 y wcwiesrecc li g 0 1 0 0c SNOISNAWIC 170119 EY 2 Obl 131001 1 00857 gt 001 001 7 gt 08 S I 0921 JJNVd TUL NOISNAWIC 357 SARL LINN JHL ONIXIA 903 Se X SAH9JS JNIddV ISN SNOTSNAWIG JJNVdd TUL S3IVOIONI c JJNVdV TJ JJIA AAS Q3UN3WWDO I G XG CN s ie CC 310 2 2 P Cl 1 O23 91195373 SNOISNAWIG JJNVdd IDE SSLVOIONE JJNVdVH 1 331935 39 3 0239 T 12WSVMVA 1 0 AL OWES ERREZA 4 9
4. 00 Ty k4AGARTKFACC Cycdl NIHM HS 14 2 Ocl Voce SNOISNAWIC 11011 Nee 1 F 00827 gt 001 S c 00171209 9 0551 NIINNHMIU 27 uu SS Op eas 269 1 TABLE 1 mm SEMM DIMENS IUN 50 Ls100 I00 lt Ls500 43 1 14UNSIB ia viis CO 4mm 14 1 8143 02417 mm 19 mm 1 PER 254mm 1 INCH 14 CH 1 mm THREAD LENGTH 2417 mm PITCH DIAMETER 19 mm OR MORE TABLE 7 JWk 292 BB 0 10 GPA 017 TNC P 3 106 1 GPA OITS TNC J 3 NOTE TABLE 1 INDICATES TOLERANCE DIMENSIONS WHICH IS NOT SPECIFIED DRAWN GPA O17 0178 ep 2 m Z cnm ub APPROVED SK xt f RR wr Wy 000 ANTENNA UNIT pw 4384 G04 K DRAWING FURUNO ELECTRIC CO LTD D 4a Cm m mm DIMENSION TOLERANCE E UPESUEINCD 1 Leectsses ss lt 1 TABLE 1 1 14UNS1B CO 4mm 14 1 8143 mm 1517 mm FYHR 24 17 mm THREAD PER 254mm 1 INCH 14 PITCH 1 8143 mm THREAD LENGTH 15 17 mm PITCH DIAMETER 24 17 mm 1
5. P UUERUUJ IO INSTALLATION MANUAL UAIS TRANSPONDER MODEL FA 100 FURUNO ELECTRIC CO LTD NISHINOMIYA JAPAN PRI NTED I J FURUNO ELECTRIC LTD 9 52 Ashihara cho Nishinomiya 662 8580 JAPAN Telephone 0798 65 2111 Fax 0798 65 4200 All rights reserved Printed in Japan Pub No IME 44170 H5 AKMU FA 100 Elemental Chlorine Free he paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer FIRST EDITION SEP 2002 H5 OCT 17 2005 00080932513 SAFETY INSTRUCTIONS WARNING CAUTION ELECTRICAL SHOCK HAZARD Observe the following compass safe Do not open the equipment distances to prevent interference to a unless totally familiar with magnetic compass electrical circuits and NN ee ieee compass Only qualified personnel 4 4 Should work inside the FA 100 equipment Turn off the power at the switchboard CB 100 before beginning the installation GVA 100 0 3 m 0 3 m Fire or electrical shock can result if the power IS left on DB 1 0 3 m 0 3 m Do not install the equipment where it may get wet from rain or water splash PR 240 CE Water in the equipment can result in fire electrical shock or damage the equipment Attach securely protection earth to the ship s body Be sure that the power supply is compatible with the voltage rating of The protection earth is required
6. 1 NOTE 1 TABLE 1 INDICATES DIMENDIONS ve T Mo 2 ME CPS ANTENNA UN 447 607 8 OUTLINE DRAWING FURUNO ELECTRIC CO LTD b Na LIEF tH FURUNO ps 26 1 TABLE 1 1 50 lt 1 100 hn 100 lt Ls500 500 lt L lt 1000 4 1000 lt L lt 2000 5 pe 400 250 3oCD 40 D D DIAMETER OF H 1510 1245 15 GSC 001 METAL iB JECTS SHOULD BE BEYOND THIS POINT E3020 40 50 STANCHION 1 1 NOTE 1 TABLE 1 INDICATES TOLERANCE UF DIMENSIONS WHICH IS NOT SPECIFIED 09 8 TYAMASAKL ME GVA 100 Feb Mi SPS VHAG 20 cg if uu pm 33 ME E COMBINED ANTENNA M 4417 00 F OUTLINE DRAWING FURUNO ELECTRIC CO LTD D og 218121313 ONnNYNS LINA SHI 403 0656 SAHMJS NIddVL ISN SNOISNAWIC SALV IANI T 31891 JONVAVS 19 391 435 NNN 38 RIOHMAZOCXGHOMK ELA R CCD CE 016584 CC CT E L1 Y Bc 3 MVJ 051 0013 5 0 001 HI9N31 318 0 z _ ocrU
7. TTYCS 10 613 5 1 25 CO 0 2x2P 30m 3 B 1 6 8 9 TOH TTYCS 10 613 5 GYRO OR CO 0 2x2P 30m THD IMO Res MSC 116 73 4 TTYCS 10 13 5 OR 0 0 2x2P MAX 30m ROT OR LOG 121 DGPS DGPS BEACON RECEIVER Soc OPH SOS LONG RANGE COMMUNICATION OR TT m 30M RADAR ECDIS MAX 305 gt EXTRA 1 0 1EC61162 1 2 lt UNIT 8 EMEN HT TUIGc4 16 eL Les TX B gt 4 PEERS RX A 5 i RU xk B gt 6 yj NEN MUN SHIELD 9 gt EU 44 43 OR C0 0 2x2P depre imi a NN IEC61162 1 4800BPS IEC61162 2 38 4KBPS IEC61162 4 10BASE T BLU REDI 2 1 lt TD3 A 1D3 B lt 2 74 n1 BLU BLKIY 11 x 2 lt TD3 B VE ADS AK PNK RED1 K3 lt GNDISO RD3 B lt 4 t n1 PNK BLK1 K4 lt RD3 A SNSR2 TD2 Ai 5 4L T3 7 6RN RED1 K 5 lt RD3 B IEC61162 1 2 10278 6 GL 2n1 GRN BLKI 11 lt 6 4 NDISO RD2 A lt 7 7 1 ORG RED1 K 7 lt TD2 A RD2 B lt 8 lt H y 4 01 ORG BLKI K 8 lt TD2 B OSNSRT 01 KX 9 lt GRY REDI 9 4 80180 IEC
8. 000 80 S TANCHIDN 6 500 CABLE OD 2V STD LENGTH 10m 5 Sic J 500 COAX CABLE 10m 4 AMURG 14 2 4 CONNECTOR CAP CONNECTOR _ be 00 1 SET 150M WPVN Nov 5 1C0MHzk4y77 73 V5 I 07 w j50MHz WHIP ANTENNA 91 4 0 DRAWING FURUNO ELECTRIC CO LTD D 11 102 FANTAIL NIV IVISNI YOLIINNOI 381 30V 1d ONY 3182 IHL LSTAL AVW YNNGINY ININANL 5895 UdH 2576 VNNJINV 30 SNOISNANIC VNNHINV JHL LUN ASV XO 3414 VNNILNY 9NIXI NIHA IIVdUNVH 90 LSWW OL WAHL XIA 15813 LINA VNNGINV OL 3598 VNNILNY 1593 7 31EN CEO RS 1941 LCL IBS S EP RP AVQAMNLLO LS Y wes AS EZ Z Z OD TFLCLEYL VFLC LAG ie 808 W0 2 08 00 NAD anri 1 Galt Y VLLC LE 1DE NIX SP ceo UL W610 MUG AVH 1VAUNVH JHL 40 3313WI JHL NOLLdD II 908 0009N 3002 0916 9 3594 ONTINNOW TIVeKINVH JSN 711 908 000 4 2 CC lt 61 ziBa 7128 PED S 09024 CAUMACECCEY AT SW VNHINV NNDD 397 T RT Cd Rr wf irr ECCE JONNGINV XL mor
9. 4 S06 COG GPS 5 ROT 6 AD 107 GYRO IEC61162 7 12V 0 5m AMP 1 SHIPYARD SUPPLY 2 OPTION 3 POSITION DATA L L IS REQUIRED BY EXTERNAL GPS RECEIVER 4 SPEED LOG 15 NOT REQUIRED WHEN SOG SPEED OVER GROUND AND COG COURSE OVER GROUND DATA ARE FED BY EXTERNAL GPS RECEIVER 5 ROT RATE OF TURN INDICATOR CAN BE CONNECTED IF PROVIDED GYRO CONVERTOR AD 100 IS REQUIRED WHEN GYRO SIGNAL IEC61162 IS NOT AVAILABLE MAX CABLE LENGTH IS 0 5m FOR 12 VDC SPECIFICATIONS 8 SUPPLIED BY AMP INC 00 0 2x2P CO SPEVV SB C 0 2x2P 10 5 gt VHF ANT gt GPS ANT POWER MJ A3SPFD J1 FM C3MR F 1 lt WHT BLK L 2 lt Y 3 GND 24P0020 Jl SNSR3 ID3 A lt 1 LARX H lt 3 er XM2A 3110 4 5 CB 100 J1 JUNCTION BOX 2450058 3 3m LARX L 4 j GND lt 8 lt FG lt 9 lt IN D SUB 9P 6 GDAT H AD 100 f p GYRO 6 GDAT L 224 4 OR 0 0 2x2P GCK H lt 2 lt GCK L 4 lt LL GND lt 84 FG lt 9 AUX 1 PRIX GPEXT NOT USED NOT USED __
10. 9 Press the ENT key to return to the INIT SETTING sub menu 25 10 Press the MENU key The SAVE confirmation window appears SAVE confirmation window 11 With YES selected press the ENT key to save the data 4 3 System Settings 1 Press the MENU key to open the main menu 2 Press the 6 key to open the SYSTEM SETTINGS sub menu SYSTEM SETTINGS 1 SET I O PORT 2 SET CHANNEL 3 SET LR MODE 4 SET OTHER I O 5 SET BUZZER SYSTEM SETTINGS sub menu 3 Press the 1 key to display the SET I O PORT sub menu SET I O PORT 1 I O SPEED 2 FUNCTION 3 I O PRIORITY 4 SET LAN IP ADDR SET I O PORT sub menu 4 Press the 1 key to display the I O SPEED window SPEED NEXT key I O SPEED A x PCI O 38 4 X ER 38 4 SNSR1 38 4 BCON 4800 SNSR2 38 4 EXTRA1 38 4 SNSR3 38 4 XTRA I O 4800 SFT NENT key I O SPEED window 26 9 Select the appropriate data transmission rate from 4800 bps and 38 4 kbps for PC SNSR 1 SNSR 2 SNSR LR BCON beacon receiver EXTRA1 and EXTRA2 by pressing the SFT key To select each item press the NEXT key To go backward press the NEXT key while pressing the SFT key Press the ENT key to return to the SET I O PORT sub menu Press the 2 key to display the FUCTION window I O FUNCTION PORT LR EXT DISP FUNCTION window Press the SF T key to select EXT DISP or L
11. 20 3 9 Changing Ship s Mains 21 4 SETTING AND ADJUSTMENT 22 4 1 Setting MMSI IMO No Name and Call Sign 22 4 2 Setting GPS Antenna Position and Ship s Type 24 4 9 System 26 PACKING LIST OUTLINE DRAWINGS INTERCONNECTION DIAGRAM SYSTEM CONFIGURATION Either GPS antenna VHF whip antenna 0175 GSC 001 GPS VHF GVA 100 DB 1 FA 100 Power supply 222 240 100 M 5 Ship s mains 100 115 200 230 24 VDC 11 50 60Hz 12 24 VDC of the units GPA 017S GSC 001 GVA 100 FA 100 CB 100 Protected from the weather DB 1 Protected from the weather PR 240 CE Protected from the weather MMMM combined antenna Distributor unit Transponder unit Junction box CB 100 Other external equipments ees Gyrocompass Standard Option __ Local supply External GPS Navigation is required EQUIPMENT LISTS Standard nol Name Tipe Com Oy Remate _ r 3 GPS Antenna GPA 017S GPSAntema Antenn
12. Kt114 TD8 A 1PPSIN 3460 1 7 4 PNK BLK4 K12 lt TD8 B J TM GRN RED4 lt GNDISO GND lt 36 2 4 GRN BLKA a RD8 A FG aer Us RD8 B GND SO D SUB 9P TD 2320 IEC61162 1 07 lt 1 3 OS A 135 __ RD 2320 707 8 K 2 lt OR CO 0 2x2P 30m AOL lt AOH AOC GND lt 8 x IPPSIN FG lt 9 x D SUB 9P CABLE EXTERNAL EQUIPMENT ene UCI Ee a ea MAX 30m GPEXT B GPEXR A GPEXR B 24P0025 G lt We FA 100 mR We C4417 C02 q INTERCONNECTION DIAGRAM O FURUNO ELECTRIC CO LTD
13. BENG s sss T x puru JOIAYSS CCXINGIAHEO I 7080 e iU on gt OHSS ELA SEY CE jaz Y 1 dl JJNNUJ DIS 64 x 2 001 SJ 9NIXLI ACER GG9 Cavid SNDISN3WIC 100109 WZ L MIN 6 59 FcS 131071 1 WWE 008512001 59 592 amp e 59 SNJMIU VAAL EF US E US Ei aD 2 T GPS TRANSPONDER UNIT GPS ANTENNA FA 100 GPS VHF ANTENNA GPA 017S GVA 100 OR 6SC 001 VHF VHF ANTENNA FAB 151D jo LM FAB 151D GSC 001 Pe _ J1 RG 10 UY SANT E T NJ TP 3DXV 1 2 GPS ANT 8D FB CV 30 50m L gt 20m 2 Im 5 3 UI RG 10 UY MAX 20m 1 N P 8DFB N P 8DFB N P 8DFB 2 8D FB CV 30 50m L gt 20m RG 10 UY 20m 1 RUE SHIP K MAIN AND EMERGENCY SOURCE 7 MJ A3SPF0015 3 5 6 12 24VDC 02S4100 0 AC DC 1 AC DC SUPPLY 100 115 200 230VAC_ DPYC 1 5 PR 240 CE va 8 E V72 050 1 ee 2 3 GPS L L
14. s Cosmetic panel 24 003 2811 100 299 540 1 Cut out a hole in the mounting location referring to outline drawing 2 Remove two hex bolts to dismount the mounting base 3 Remove six hex bolts from the bottom of the transponder unit to dismount the mounting pedestal 4 Set the transponder unit to the cosmetic panel and fix them with six hex bolts 5 Set the assembly transponder unit and cosmetic panel to the hole and fix it with four tapping screws 5x25 Flush mount kit B OP24 2 Code no 005 950 750 SU T e ee Mounting bracket 24 003 2821 100 299 550 Hex M5x25 000 862 125 6 1 Cut out a hole in the mounting location referring to the outline drawing 2 Dismount the mounting base and mounting pedestal from the transponder unit 3 Set the transponder unit to the hole Using six hex bolts attach the mounting bracket at the bottom of the transponder unit from the rear of the flush mounting panel 4 Fix with six sets of hex bolt nut flat washers and spring washers from the rear of the flush mounting panel 1 3 Junction Mount junction box where junction box 1 protected from rain water splash Mounting 1 Open the lid of the junction box and fix the junction box with four tapping screws 5x20 Avoid bundling the 3 3 m cable of the junction box together with any power cable This causes malfunction 2 Connect cables to the terminal board referring to
15. 34 5 FLW d3NVN S3 DH MXH MHE 99 13101 sm 008515001 00121509 NOISN WIG AMINA 14 DIYE C Q 5 og 218121313 ONTANI N LINN FHL 9NXH SD SAJNIS DNI TN 71 n MM SNOISNGWIC JD FINN TDL 531971 13189102 WANG JINVAVJ 1 39 3 22 0Hd3Sz0 amp XpntAAa sw c f0nn65rtBlm 2 C 77 772 CT K L 2 018 08 86 0c IN 2 PO Co C 13180 T 00127208 STH ONT C NOISNAWIC CZ uu v 5 09 91419373 MENDES OL e sr 008535001 CES 90151 gt 06 NOISNANIG T t 009 500 776 72 09 _ ON OHO OddV ON SVWWAT ON OO INJA 31005 HHV MMOd 2 2 2909 05 1 ZH09 0 1 01 571 OWA 086 006 VO C C OWA 611 001 HOIVA 076 006 MOVA 61 00 53 0H 9NIXIH Y ONIXH 804 969 53995 ISN E 30S C 419305 LON SI HJIHW SNOISNANIG 30 32 43101 S3EVOIONE didy CXELASEY CN P CCHS 59 SS 6 3631 P UEC c 356 ALON OrZ
16. These ports can receive IEC61162 1 2 standard data The transmission rate of sensor 1 2 and 3 is selectable from 4800 bps and 38 4 kbps through the menu Input sentences are as follows xxDTM xxGBS xxGGA xxGLL xxGNS xxHDT xxOSD xxRMC xxROT xxVBW xxVTG Note The talker of the underlined sentences has priority as follows GN gt GP gt GL gt LC gt IN Other sentences disregard talker 2 PC I O LR or ECDIS RADAR EXTRA I O and EXTRA 1 I O ports These ports can receive or output IEC61162 1 2 standard data The transmission rate of signals is selectable from 4800 bps and 38 4 kbps through the menu The transmission rate of the EXTRA IO port signal is fixed to 4800 bps Input sentences are as follows xxABM xxACA xxACK xxAIR xxBBM xxDTM xxGBS xxGGA xxGLL xxGNS xxHDT xxLRF xxLRI xxOSD xxRMC xxROT xxSSD xxVBW xxVSD xxVTG Note The talker of the underlined sentences has priority as follows GN gt GP gt GL gt LC gt IN Other sentences disregard talker Output sentences are as follows SAIABK AIACA SAIALR AILRF SAILR1 AILR2 AILR3 SAITXT SAIVDM AIVDO 20 3 9 Changing Ship s Mains Specifications The power supply PR 240 CE is shipped ready for connection to a 200 230 VAC ship s mains If the ship 5 mains is 100 VAC 115 VAC change the tap connection and terminal board connection as below Attach label supplied as accessories to the punch mark in the front panel accor
17. 1 code no 000 123 809 coaxial connector N P 8DFB supplied vulcanizing tape and vinyl tape are required Fabricate both ends of the cable as shown in the figure on the next page How to attach the connector N P 8DFB cable 8D FB CV Outer Sheath Dimensions in millimeters Armor Inner Sheath Shield Remove outer sheath and armor by the dimensions Cy shown left 50 30 Expose inner sheath and shield by the dimensions shown left Cover with heat shrink tubing and heat Cut off insulator and core by 10mm Twist shield end Ship on clamp nut gasket and clamp as shown left Clamp Gasket Clamp Nut reddish brown Fold back shield over clamp and trim Cut aluminum foil at four places 90 from one another Insulator Fold back aluminum foil onto shield and trim Trim aluminum tape foil here Expose the insulator by 1mm ____ core 5mm Clamp Nut Pin Slip the pin onto the conductor Solder them together Shell through the hole on the pin Insert the pin into the shell Screw the clamp nut into the shell lt Tighten by turning the clamp nut Do not tighten by Solder through turning the shell the hole How to attach connector N P 8DFB 1 1 2 VHF antenna Location Location of the mandatory AIS VHF antenna should be carefully considered Digital communication is more sensitive than analog voice communication to interference created by reflections in obstruc
18. Md AlddNS 20 2 14909 IVNINALL 43MOd 6 OG 06 9 ALV Id3AVN EN Nat e SNOILONYLSNI AL33VS 992 1 ONMIN D 9 210 2 W 1 tas N 1146 30 SEAL WITH SELF B NDING TAPE PVC FUR WATERTIGHTNESS re NN 1 METAL OBJECTS SHOULD NN BE BEYOND THIS POINT 9 500 50 DR LESS COAX CABLE ANTENNA STANCHION gt 1 PIPE VINYL CHLORIDE N N NN lt Y om 69 OA OR s T NA lt gt STEN m Ks T Tw jwmB o FAB 151 gt M Feb 1 05 T YAMASAKI Feb105 TMATSUGUCHI 150MHz APPROVED Feb 02 05 yh ist EET es ME 150MHz WHIP ANTENNA wao C5013 9 J 110718 DUTLINE DRAWING FURUNO ELECTRIC CO LTD de gt NC Gs Be 10 4 C CE 3 Dig A A d RE
19. NONE LAN EX1 or LR as appropriate Set an output port for response from other party after you transmit messages or interrogation from the PC ECDIS LR or LAN NONE No output for response PC Output to PC I O port LAN Output to LAN port LR Output to LR or ECDIS RADAR port EX1 Output to EXTRA1 port The PC I O port provides RS 422 and RS 232C terminals For example to connect a PC for pilot connect it to the RS 422 terminal and set 34 8 Kbps for bit rate on the PC I O option the I O SPEED window 17 Press the NEXT key to select EX1 LR PC or LAN 18 Press the SFT key to select ENBL enable or DSBL disable as appropriate This setting is for communication between FA 100 and each external equipment DSBL disables communication with selected item 19 Press the ENT key and then MENU key to return to the SET I O PORT sub menu 28 20 Press 4 key to display the SET LAN IP ADRS window SET LAN IP ADRS IP ADDRESS 000 000 000 000 SUB NET MASK 000 000 000 000 PORT NO 10000 SET LAN IP ADDR window 21 1 the FA 100 is connected to a network enter IP address sub net mask and port number with the numeric keys and the NEXT key 22 Press the ENT key and then the MENU key to return to the SYSTEM SETTINGS sub menu 23 Press the 4 key to display the SET OTHER window SET OTHER I O x AD 10 DSBL y ROT 01 SEC SET OTHER window 24 Select or set other
20. RD gt 3 gt E RD GND gt 8 gt F GND 3 6 Pilot Plug Use the twisted cable TTYCS 4 between the junction box and the pilot plug The cable between the PC and the pilot plug should be prepared by the ship s pilot Pilot plug Junction box J1 Terminal board x TB4 1 A 37ITpeA 38 1 E Hojos gt 6 HHQ SHIELD gt 7 gt 55 s ds 7 77 1 3mm Crimp on lug 206486 1 AMP 18 3 7 Jumper Setting the Junction Box Each RS 422 RX line on the PCB 24P0031 in the junction box has a jumper block with 240 ohms termination resistor The junction box is shipped with all jumper blocks connected between the 3 and 4 terminals pins terminating RX lines with 240 ohms Assuming that an external equipment has the output voltage of 5 V more than 21 mA of output current is required If multiple equipment are connected to an output port of an external equipment change to jumper block setting to between the 1 and 2 pins to reduce the load on the FA 100 Then the input impedance of the RS 422 RX lines in the FA 100 becomes more than 2 4 k ohms We recommend that you leave the connection of the jumper block between 3 and 4 pins if only the FA 100 is connected to an external equipment Jumper block 6 pcs T Factory setting 3 4 1 4 4 19 3 8 Input Output Sentences 1 SENSOR 1 SENSOR2 and SENSORS ports
21. the equipment to the power supply to prevent electrical shock Connection of an incorrect power supply can cause fire or damage the equipment The voltage rating of the equipment appears on the label above the power connector TABLE OF CONTENTS SYSIEMCONFIGURALTION EQUIPMENT LISTS ___ _ IV 1 MOUNTINQuu u u 1 TE 1 GPS antenna UN mt 1 Lob WEE ated sdb tsi ieri _____ _6_____ _ RUM 3 11 9 sese eae e Gate eaten 5 Lansponde ___________ _______ ha O JUIGliOiB6X 2u uuu k 10 POWeI S DpIY ODIO 11 OUP HO FUG WODUON L hu 11 2 WIRING z uuu ua u usss 12 3 INPUT OUTPUT SIGNAL J 15 2 1 Inputs TOM SENSONMS uy y a uu sin i 15 2 2 INPUU OUIDUL OF __ ____ ____ _ 6__ _ 16 2 9 Gyrocompass 17 SAlarm gnal Olei 5 5 x 17 ZOLAN PUTO ULDU HH 18 0 Pilot PUG ku yu M s 18 3 7 Jumper Setting in the Junction 19 2 9 INDPUBPOUTDUL SENIGNCOS SR
22. 61162 1 2 101 8 X10 0 7 1 RD2 A RDI A lt 11 lt fp 74 742 BLU RED2 RD2 B RD1 B lt 12 lt 71 912 BLU BLKO N GNDISO IN N lt TD1 A BEACON BEACON TD5 A lt 13 lt t 7h2 PNK RED2 K3 lt GNDISO lt 104 109 8 21468 t n2 PNK BLK2 4 lt RD1 A RD5 A i 15 UTR GRN RED2 5 lt RD1 B RD5 B i162 H 3r ym GRN BLK2 K6 lt GNDISO LR OR ECDIS RADAR D4 A aue 54 712 ORG RED2 K 14 TD5 A IEC61162 1 2 104 8 IK18 2 0R6 BLK2 K8 lt TD5 B RD4 A lt 19 lt Tp 7h GRY RED2 K 9 lt GND RD4 B lt 20 lt 752 GRY BLK2 RD5 A aca RD5 B EXTRAT 170 106 A e Tp 17 723 BLU REDS Em GND RD6 A lt 23 TT 1 fp 9 73 PNK RED3 ZEN TD4 B RD6 B 24 403 lt GND ISO NM lt RD4 A PC 1 0 108 A K25 lt fp 97 3 6RN RED3 K 3 lt RD4 B TD8 B lt 26 V 9 503 GRM BLK3 K 4 lt GNDISO 85 422 RD8 A 27 1 73 OR6 RED3 3 5 lt TD6 A RD8 B lt 28 y 4 403 ORG BLK3 _ 6 lt TD6 B RD H M R3 GRY BLK3 K8 lt RD6 A ALOL 431 gt 74 744 BLU REDA lt RD6 B CONTACT SIG 01 74 704 BLU BLK4 K10 lt GNDISO ose T nm PNK REDA
23. Chapter 2 and 3 Fix the lid after connecting external equipment 4 Clamp the cable with several U type cable clamps local supply at suitable intervals 59 YA Clamp the cable with U type cable clamps Fixing holes 5x20 tapping screws Cable clamp 10 1 4 Power Supply option The length of the power cable between the power supply and the transponder unit is 3 5 m Keep this length in mind when selecting a mounting location A longer cable should not be used voltage drop will result affecting performance When selecting a mounting location for the unit keep the following in mind e Keep the unit out away from areas subject to water splash e Locate the unit away from exhaust pipes and vents e The mounting location should be well ventilated e Mount the unit where shock and vibration are minimal e A magnetic compass will be affected if the unit is placed too close to it Observe the following compass safe distances to prevent disturbance to the magnetic compass Steering compass 0 6 m Standard compass 0 9 m Fix the unit with four tapping screws 4x16 to a desktop or the deck as shown in the figure below It is not necessary to open the cover 1 5 Pilot Plug option The pilot plug should be mounted near where the pilot steers the ship This plug is used to connect a PC to display AIS information for use by the pilot Refer to the outline drawing at the back of this manual for mounting dimen
24. Example TTYCS 1Q cable CLOCK H232 ti to DATA terminal of AD 100 CLOCK L gt 4 gt GND gt 8 gt F GND o l E Note Set data output interval for 200 ms instead of 25 ms by internal jumper inside the AD 100 3 4 Alarm Signal Output The FA 100 generates an alarm signal relay contact signal for hardware failure such as transmitter block or sensor abnormality For details of alarm type see the operator s manual Two kinds of contact signals on normal closure or off normal open are output and are selected at the junction box CB 100 according to the alarm generator connected The maximum current and voltage of the contact are 1 A 125 VAC and 60 VDC Normally connect to the NC normal close between 45 and 47 TB 1 in the junction box 45 47 Normal Close 46 47 Normal Open 47 common line 17 3 5 LAN Input Output The FA 100 supports Ethernet based on LAN Its protocol is 10BASE T and the transmission rate is 10 Mbps To connect the FA 100 with other equipment such as a PC use a LAN cable category 4 or higher with shield SDT Connect it to the PC with an RJ 45 connector and connect to the FA 100 with a D sub 9 pin connector to avoid noise leakage To use a commercial LAN cable remove one connector and solder a D sub 9 pin connector supplied in the installation materials RJ 45 Category 4 and higher SDT FA 100 Twisted pair cable LAN 10B T TD gt 1 gt E TD gt 2 gt
25. I O as follows 1 AD 10 Select ENBL to use AD 10 format gyrocompass signal 2 ROT Set smoothing time 1 to 10 seconds of the ship s rate of turn if you are using a ROT meter This time is used to smooth the variations of data from the AD 100 for calculation of ROT 3 Press the ENT key to register setting The display returns to the SYSTEM SETTINGS sub menu 25 Press the MENU key The following confirmation window appears SAVE YES NO CANCEL SAVE confirmation window 26 Select YES and press the ENT key The main menu appears 29 This page is intentionally left blank 1 24AA X 9854 1 11 FA 100 FA 100 J E HK RPT VCE Ne TRANSPCNLER UN T 000 053 889 XMPS 0912 HASI NG CASE 000 145 422 OOM U M A3SPF0015 035 CABLE ASSY 0901 CONNECTCR XMP 2w M 44170 NSTALLATI ON MANUAL OM 44170 000 809 322 5 MANUAL 1 CODE NUMBER ENDED BY INDICATES THE NUMBER OF TYPICAL MATERIAL 00000000000000 DO MNS ON IN DRAWNG FCR REFERENCE O 24AA X 9854 A 2 24AA X 9851 4 11 CB 100 A KB 100 A FK RPT VGH NOT CB 100 1
26. ING DG HS OR MP B CARRYING DG HS OR MP C CARGO SHIPS CARRYING DG HS OR MP C CARRYING DG HS MP D CARGO SHIPS CARRYING DG HS OR MP D FUTURE USE CARGO SHIPS FUTURE USE FUTURE USE CARGO SHIPS FUTURE USE FUTURE USE CARGO SHIPS FUTURE USE FUTURE USE CARGO SHIPS FUTURE USE NONE CARGO SHIPS NONE ALL SHIPS OF THIS TYPE CARRYING DG HS OR MP A CARRYING DG HS OR MP B CARRYING DG HS OR MP C 84 CARRYING DG HS OR MP D FUTURE USE FUTURE USE FUTURE USE FUTURE USE NONE ALL SHIPS OF THIS TYPE 90 OTHER TYPE OF SHI ALL SHIPS OF THIS CARRYING DG HS OR MP A OTHER OF SHI CARRYING DG HS MP A CARRYING DG HS OR MP B OTHER TYPE OF SHI CARRYING DG HS OR MP B CARRYING DG HS OR MP C OTHER OF SHI CARRYING DG HS OR MP C CARRYING DG HS OR MP D OTHER TYPE OF SHI CARRYING DG HS MP D FUTURE USE OTHER TYPE OF SHI FUTURE USE FUTURE USE 96 OTHER TYPE OF SHI FUTURE USE FUTURE USE OTHER TYPE OF SHI FUTURE USE FUTURE USE 98 OTHER TYPE OF SHI FUTURE USE NONE 99 OTHER TYPE OF SHI NONE WIG Wing in ground HSC High speed craft DG Dangerous goods HS Harmful substances MP Marine pollutants 0 9 Undefined PORT TENDERS VESSELS WITH ANTI POLUUTION FACILITIES OR EQUIPMENT LAW ENFOREMENT VESSELS SPARE FOR ASSIGNMENTS TO LOCAL VESSELS SPARE FOR ASSIGNMENTS TO LOCAL VESSELS MEDICAL TRANSPORTS SHIPS ACCORDING TO RESOLUTION NO 18
27. POWER MODIFICATION PROCEDURES 000 147 013 147 013 bth NENNEN 003 4101 3 POWER LABEL 100 299 773 299 173 YAY 505304 1 TAPPING SCREW 000 802 080 802 080 DIMENSIONS IN DRAWING FOR REFERENCE ONLY 24 9852 CP 80 CP 90 SG 55 3500 1850 GP 1650 FA 100 1640 F SG 60 120 dy CP 280 680 380 NSTALLATI CN MATERI ALS HHHHH DESCRI ONS CODE NO 000 111 547 8D FB CV 50 CODE NO 000 117 599 TOBE SELECTED UU QTY 80 FB CV 30MF TO BE SELECTED 1 20AG 9404 B ODER 00000000000000 DO MNS IN FOR REFERENCE O A EF UE U N ap TAG 71 0 DESCRI ONS QTY REMARKS 0 0 AHU CONVERT CABLE ASSY M NYL IITKN 3 UIII 0 5 19 5 SELF BOND NG TAPE an 1 20AG 9405 SEDED UPS 00000000000000 DO MNS ONS IN FCR REFERENCE O 8 FURUNO 9103 71 y1 DU uuu HHHHH DESCRI PTI CNS QTY REMARKS 20 007 3011 2 CODE NO 100 183 262 20 007 3012 1 1 CODE NO 100 183 271 0 NSTALLI NG SPACER NO 6348 55303 HO5E CLAMP CODE NO 000 805 906 20AG 9403 EE BE Ts
28. R depending on equipment connected EXT DISP External display such as radar ECDIS LR Long range communication such INMARSAT communication equipment Press the ENT key to return to the SET I O PORT sub menu 10 Press the 3 key to display the I O PRIORITY window PRIORITY x 1L L COG SOG 2 HDG 3 ROT 4 5 PRIORITY window 11 Press the 1 key to display the L L COG SOG window L L COG SOG 5 2 SN3 3 EX1 4 LR 5 PC 6 LAN 7 DEFAULT CLR L L COG SOG PRIORITY window 27 12 Set L L position COG and SOG data priority with the numeric keys according to sensors connected COG Course over ground SOG Speed over ground 13 Press the ENT key to return to the I O PRIORITY window Note If you have entered 8 9 or the same value for more than one item at step 12 the following error message appears In this case press the ENT key and set the priority correctly ERROR ERROR CAN NOT INPUT OUT OF RANGE SAME VALUE PRIORITY 1 7 ESC ENT ESC ENT ERROR message 14 Set the priority for HDG and ROT similar to how you did for L L COG SOG The priority of heading data entered from the AD 10 IN port is the lowest 15 To set the priority of AIS press the 4 key to choose AIS AIS RESPONSE PC EX1 LR ENBL PC ENBL LAN ENBL DEFAULT CLR AIS PRIORITY setting window 16 With RESPONSE selected press the SFT key to select PC
29. a GSC 001 Combined GVA 100 1 Select one Antenna Installation Materials CP24 00101 005 950 730 For DB 1 24 00102 005 950 700 For 100 CP05 08701 005 949 280 For CB 100 CP24 00121 005 952 350 For GPA 017S CP24 00141 005 952 330 For GVA 100 for Japan only gt supply Nae we Antenna cable set CP20 01700 30m 004 372 110 For GPS or Combined antenna Ll tsi a Antenna cable set CP20 01710 50m 004 372 120 For GPS or Combined antenna OLS meer sa OPT EZ Flush mount kit A OP24 1 005 950 740 EN Flush mount kitB OP24 2 005 950 EX Mast mount fixture CP20 01111 004 365 780 For 017S Right angle No 13 QA330 000 803 239 For GPA 017S L angle antenna No 13 QA310 000 803 240 For GPA 017S base Antenna base for No 13 RC5160 000 806 114 For GPA 017S rail mount VHF whip antenna FAB 1510 000 572 029 572 029 For Japan Japan only 10 Antenna fixing sil s 31007 1 eae 572 184 FAB 151D bracket 11 VHF VHF whip antenna antenna 150MW2VN 000 113 498 113 498 For outside For outside Japan 0 Ki Power 240 a installation materials CP24 00151 Pilotplug IOP24 3 3 000 053 911 2 a 100 AD 100 aa For gyrocompass 15 PCAIS OP24 24 1 005 954 420 CD ROM USB protect key software kit 080 Mast mount kit OP24 5 005 954 510 Refer to pack
30. ceiver 24 GND GND 0V 15 3 2 Input Output of AIS Signal Three input output ports are provided for RS 422 protocol based on the IEC 61162 1 2 Data transmission rate is selectable from 4800 bps and 38 4 kbps Normally Radar ECDIS PC etc are connected to these ports to exchange data with the AlS PC standard protocol RS 232C is also provided in the D sub port of the transponder unit TB1 in the junctionbox TTYCS 4 RD A RD B 27 GND ISO lt X X GND E 29 RD4 B b 0 Isolated GND 31 TD6 A A 47 TTYCS 4 TD6 B 33 LXXX X Isolated GND RD6 B TD B GND ISO lt X X X Isolated GND 37 TD8 A gr 39 GND ISO XD X Isolated GND TD B 42 lt OO Isolated GND 43 TD 2320 Rx port 44 RD 232C Tx port GND TTYCS 1Q TD A ese 7 SC CENE L R INMARSAT ECDIS RADAR EXTRA I O PC I O Note For TD 232C and RD 232C use one twisted pair for TD and one twisted pair for RD separately Use pin 21 for SG 16 3 3 Input of Gyrocompass Signal If the gyrocompass has no HDT signal the AD 10 format FURUNO format signal can be input via the FURUNO A D Converter AD 100 Connect the AD 100 to the AD 10 IN port D sub 9 pin on the rear panel of the transponder unit FA 100 AD 10 IN DATA H gt 1 gt DATA L 72 Twisted pair cable
31. ctor here Coupling ring sides of hole 1 1 3 GPS VHF combined antenna Install the combined antenna unit referring to the outline drawing When selecting a mounting location for the antenna keep in mind the following points e Select a location out of the radar beam The radar beam will obstruct or prevent reception of the GPS satellite signal e There should be no interfering object within the line of sight to the satellites Objects within line of sight to a satellite for example a mast may block reception or prolong acquisition time e Mount the antenna unit as high as possible Mounting it this way keeps it free of interfering objects and water spray which can interrupt reception of GPS satellite signal if the water freezes e Also refer to the antenna installation guidelines page 3 ZY Outdoor Indoor Distributor DB 1 Transponder unit l N P 8DFB N P 8DFB RG 10U Y Installation overview of GPS VHF combined antenna Note Optional 80 mast mount kit OP24 5 Code no 005 954 510 is required to fix the GPS VHF combined antenna to the mast 060 80 Mounting procedures 1 Dismount the bottom cover cut the cable tie inside the unit and take out the coaxial connector attached to the combined box Loosen four screws to loosen whip antenna fixture and pull out the coaxial connector coming from the combined box through the hole in the whip antenna fixture Conn
32. d e Keep the transponder out of direct sunlight e The temperature and humidity should be moderate and stable Operating temperature range 15 C to 55 C Locate the unit away from exhaust pipes and vents e The mounting location should be well ventilated e Mount the unit where shock and vibration are minimal e Keep the unit away from electromagnetic field generating equipment such as motor generator For maintenance and checking purposes leave sufficient space at the sides and rear of the unit and leave slack in cables Refer to the outline drawing e A magnetic compass will be affected if the unit is placed too close to it Observe the following compass safe distances to prevent disturbance to the magnetic compass Standard compass 1 0 meters Steering compass 0 6 meters Desktop mounting 1 Remove two hex bolts from the lower part of the transponder unit and dismount the mounting base _ Remove two hex bolts 2 Fix the mounting base to the desktop with four tapping screws 6x20 supplied or hex bolts L 120mm 22 206 Service clearance more than 130 mm Mounting base 3 Place the transponder unit on the mounting base and secure it with two hex bolts Flush mounting Optional flush mount kit A or B is required for flush mounting For mounting dimensions refer to the outline drawing at the back of this manual Flush mount kit A OP24 1 Code 005 950 740
33. ding to the ship s mains Ship s mains Tap connection Terminal board connection 1 amp 2 100 115 VAC SEL 115 V ef 200 230 VAC SEL 230 V 100 115 VAC 200 230 VAC White Back 126 1 2 3 Punch mark Terminal board connection Top view Cover removed Front Heat sink Tap connection Pull out to remove 21 4 SETTING AND ADJUSTMENT After installing the equipment set up the own ship s static information MMSI IMO number ship s name call sign type of ship and GPS antenna position Also set up the system settings 4 1 Setting MMSI IMO No Name and Call Sign 1 2 9 22 While holding down the 0 key press the POWER key After the following message appears release the 0 key It takes several seconds before the message appears NOW STARTING CHECKING MEMORY After the following window appears enter the password Note that the password is known by only the FURUNO dealer ENTER PASSWORD PASSWORD ul Press the ENT key to display the SET MMSI amp IMO window SET MMSI amp IMO Asterisk marks current selection SET ENT Enter ships MMSI Maritime Mobile Service Identity in nine digits Press the NEXT key to select IMO Enter ship s IMO number in nine digits If the IMO number has 7 digits enter 0 twice followed by IMO IF the ship has no IMO number enter all zeroes Press the NEXT
34. ect the coaxial connector to the whip antenna base and wrap the junction part of the whip antenna with vulcanizing tape and then vinyl tape for waterproofing Insert the whip antenna from the top of the combined antenna Secure the whip antenna with whip antenna fixture Using a new plastic band supplied secure the cables and coaxial connector inside the antenna case Mount the bottom cover Fix the GPS VHF combined antenna to the ship s stanchion 40 to 50 mm diameter with antenna fixing brackets flat washers and hex nuts Note Coat the exposed parts of bolts and nuts with silicon sealant Whip antenna fixture Loosen four screws M5x16 Combined box Bottom cover GPS VHF Combined antenna Installing distributor unit DB 1 The length of the cable between the distributor unit and transponder unit is 1 so locate the distributor unit within 1 m from the transponder unit Fix the distributor unit on the bulkhead facing the cable entrance downward Remove the lid of the distributor unit and secure the unit with two tapping screws Tapping screw 4x30 Note Be sure foreign material water enters the distributor unit 1 2 Transponder Unit The transponder unit can be installed on a desktop or flush mounted in a panel Install it on the chart table or near the steering place referring to the outline drawing When selecting a mounting location for the transponder keep the following in min
35. er external GPS antenna position similar to how you entered internal GPS antenna position 5 Press the MENU key to return to the INIT SETTINGS sub menu 6 Press the 4 key to display the SET TYPE amp CREW window SET TYPE amp CREW x CREW 0012 TYPE CLASS TYPE CLASS cannot TYPE NO 0 be changed TYPE NAME A IMO type TYPE amp CREW window 24 7 Press the key to select Confirm type of ship with ship s captain before setting it 8 Press the 2 4 6 or 8 key as appropriate to select your ship s type referring to the list on below FUTURE USE ALL SHIPS OF THIS TYPE GO PASSENGER SHIPS ALL SHIPS OF THIS TYPE FUTURE USE CARRYING DG HS OR MP A PASSENGER SHIPS CARRYING DG HS OR MP A FUTURE USE CARRYING DG HS OR MP B PASSENGER SHIPS CARRYING DG HS OR MP B FUTURE USE CARRYING DG HS OR MP C PASSENGER SHIPS CARRYING DG HS OR MP C FUTURE USE CARRYING DG HS OR MP D PASSENGER SHIPS CARRYING DG HS OR MP D FUTURE USE FUTURE USE 65 FUTURE USE FUTURE USE FUTURE USE FUTURE USE FUTURE USE FUTURE USE PASSENGER SHIPS FUTURE USE 66 PASSENGER SHIPS FUTURE USE PASSENGER SHIPS FUTURE USE 68 PASSENGER SHIPS FUTURE USE 69 PASSENGER SHIPS NONE ALL SHIPS OF THIS TYPE CARGO SHIPS ALL SHIPS OF THIS TYPE CARRYING DG HS OR MP A CARGO SHIPS CARRYING DG HS OR MP A CARRYING DG HS OR MP B CARGO SHIPS CARRY
36. ing list at the back of this manual IV 1 MOUNTING 1 1 Antenna Unit 1 1 1 GPS antenna unit Install the GPS antenna unit referring to the drawing at the back of this manual D 1 When selecting a mounting location for the antenna keep in mind the following points Select a location out of the radar beam The radar beam will obstruct or prevent reception of the GPS satellite signal There should be no interfering object within the line of sight to the satellites Objects within line of sight to a satellite for example a mast may block reception or prolong acquisition time Mount the antenna unit as high as possible to keep it free of interfering objects and water spray which can interrupt reception of GPS satellite signal if the water freezes Extending antenna cable Three types of antenna cable extensions are optionally available a Antenna cable set CP20 01 700 Antenna Unit Conversion Connector Cable Assy NJ TP 3DXV 1 Antenna Cable Han L FA 100 Fp m 1m locally See next page Waterproofing connector Wrap connector with vulcanizing tape and then vinyl tape Bind the tape end with a cable tie Waterproofing connector b Antenna cable set CP20 01710 8D FB CV 50m Connect the cable the same as a above c Cable type RG 10U Y shipyard supply Note The length of this cable should be less than 20 m to prevent signal loss The coax coupling cable assy type NJ TP 3DXV
37. key to select NAME 9 Enter ship s name using up to 20 alphanumeric characters switch between alphabet and numerical character press the SFT key To enter an alphabet press corresponding key several times until desired letter is displayed For example if you press the 2 key continuously the character A B and C appear cyclically If you want to enter the same letter or an other letter with the same key for example AA or AC press the 6 key while pressing the SFT key to send the cursor to the next position 10 Press the NEXT key to select C SIGN 11 Enter call sign using up to seven alphanumeric characters 12 Press the ENT key to register data The INIT SETTINGS sub menu appears 23 4 2 Setting GPS Antenna Position and Ship s Type 1 In the INIT SETTING sub menu press the 6 key to open the SET ANTENNA POS window SET ANTENNA POS 1 INTERNAL ANT POS 2 EXTERNAL ANT POS SET ANTENNA POS window 2 With 1 selected press the ENT key The 1 is for entering internal GPS antenna position and 2 is for external GPS which is connected to the AIS INTERNAL ANT POS INTERNAL ANT POS window 3 Enter locations of GPS antenna by using the numeric keys and the NEXT key and finally press the ENT key A Distance from bow to GPS antenna position B Distance from stern to GPS antenna position C Distance from port to GPS antenna position D Distance from starboard to GPS antenna position 4 Ent
38. l cables should be installed in separate signal cable channels tubes and at least 10 cm away from power supply cables Crossing of cables should be done at right angles 90 The minimum bend radius of the coaxial cable should be 5 times the cable s outer diameter Install the VHF whip antenna referring to the outline drawing at the back of this manual Separate this antenna from other VHF radiotelephone antennas as shown on the next page to prevent interference to the FA 100 Horizontal separation distance Other VHF whip antenna Whip antenna for AIS GPS VHF combined antenna More than 10 m Vertical separation distance More than 2 8 m pe lt More than 0 5 m e When coaxial cable RG 10U Y shipyard supply is used attach the coaxial plug 7 dockyard supply as shown on the next page How to attach the plug 7 Lay the coaxial cable and attach an M type plug if necessary to the cable as follows 30mm Sheath Remove the sheath by 30 mm 2 Bare 23 mm of the center conductor Trim braided shield by 5 mm and tin Slide coupling ring onto cable 7 Conductor Screw the plug assembly on the cable Braided shield Insulator 5 Solder plug assembly to braided shield through solder holes Solder contact sleeve 2mm am Plug assembl Contact sl to conductor Y ontact sleeve 6 Screw coupling ring into plug assembly N Solder both Cut condu
39. sions 11 2 WIRING Connect the equipment referring to the interconnection diagram at the back this manual GPS Antenna GPA 017S GSC 001 1 150M W2VN GPS VHF Conbined Antenna GVA 100 Either one Distributor unit RG 10 UY y RG 10 UY approx 1m og d is not required 8D FB CV 30 m 50 Option t ground is not require q LAN cable RG 10 UY Local supply OcepsANrvHFANT 9 category 4 Or higher age px TTYCS 1Q sah BR TIYCS IQ p sea AD 100 Gyrocompass zm SR ee e n p Transponder AlS sentence out Power Supply unit 4800 bps PR 240 CE FA 100 eter ee ee eee Ee et Alarm out GPS receiver Heading sensor Speed sensor or ROT sedeo Beacon receiver MJ A3SPF0013 035 3 5 m DPYC 1 5 Approx 3 3 m L AIS data In Out Ship s mains O VAL Junction TTYCS 10 orTTYCS 4 12 24 VDC CB 100 Connect to the alternative Standard source 0 Option SS Local Supply If the ship s mains is 12 VDC cable length should be less than 50 EXTRA IO port Outputs AIS sentence 4800 bps AUX 1 AUX 2 por
40. t Not used 12 1 5 TTYCS 1Q and TTYCS 4 are Japan Industry Standard cable Use them or the equivalents DPYC 1 5 TTYCS 1Q Four core twisted Waterproofing connectors Wrap connector with vulcanizing tape and then vinyl tape Bind the tape end with a cable tie Waterproofing connector 13 Cable Connection at Junction Box Cable fabrication Sheath Shield 5106 mm SV 1 Clamp here by cable clamp Connection BY 3 Core 5 6 mm Procedure 1 Insert driver from direction 1 2 Tilt slightly toward 2 3 Insert cable core to 14 3 INPUT OUTPUT SIGNAL 3 1 Inputs from Sensors There are three input ports SENSOR 1 2 and 3 which are based on the IEC 61162 1 2 The protocol is RS422 If there is no HDT signal from a gyrocompass connect the gyrocompass signal Synchro or step signal to the AD 10 IN port D sub 9 pins of the transponder unit via the FURUNO A D Converter AD 100 See page 16 TB1 in the junction box TD3 A SENSOR 3 EXT GPS IN 4 RD3A 4 cores twisted GPS navigator only 5 _ 6 GNDISO_ Isolated GND 7 2 SENSOR 2 _ TTYCS 1Q Heading Signal HDT i Isolated GND SENSOR 1 15 GND ISO TTYCS 1Q opeed Signal SOG Isolated GND s O TTYCS 1Q DGPS ss Beacon 23 RD5 B Re
41. tions like masts and booms It may be necessary to relocate the VHF radiotelephone antenna to minimize interference effects To minimise interference effects the following guidelines apply The AIS VHF antenna should be placed in an elevated position that is as free as possible with a minimum of 0 5 meters in the horizontal direction from constructions made of conductive materials The antenna should not be installed close to any large vertical obstruction The objective for the AIS VHF antenna is to see the horizon freely through 360 degrees The AlS VHF antenna should be installed safely away from interfering high power energy sources like radar and other transmitting radio antennas preferably at least 3 meters away from and out of the transmitting beam There should not be more than one antenna on the same plane The AIS VHF antenna should be mounted directly above or below the ship 5 primary VHF radiotelephone antenna with no horizontal separation and with a minimum of 2 8 meters vertical separation If it is located on the same plane as other antennas the distance apart should be at least 10 meters Cabling The cable should be kept as short as possible to minimize signal attenuation Coaxial cables equal to or better than RG10U Y are recommended All outdoor installed connectors on coaxial cables should be fitted with preventive isolation such as vulcanizing tape to protect against water penetration into the antenna cable Coaxia
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