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for FAR-2157 - Survive Outdoor

1. 2 03GX X 9851 DIMENSIONS IN DRAWING FOR REFERENCE ONLY 3 ALO 1 2 03GX X 9401 0 008 572 970 00 CODE 03 001 3002 0 CP03 31301 35013620520 000 538 118 00 5 m a hU A C SEAL WASHER CORROSION PROOF RUBBER MAT TERMINAL OPENER CRIMP ON LUG INSTALLATION MATERIALS 6486 4860 68 84 000 908 4 14 MOOD8 S 690 066 09 2 9002 854 161 698 000 YOESNS OEX8N 671 298 000 065 5 46 81 011 698 000 vOESNS 81 061 98 000 vOESNS 81 696 Y98 000 vOESNS 8M 911 698 000 voesns OEXbN ON 3002 01141840530 ddddld 091715 1 6 dMV19 3d1093AVM Z gt BL 1108 1108 fy M YEM LAN 10 446 1414 ME ONIMdS SM 1108 X3H 44 YEM 1 111010 VI 6486 3860 CRIMP ON LUG 000 538 123 00 000864713200 600 150 8861 M12X60 505304 M6 505304 M12 505304 M12 505304 M12 505304 SPRING WASHER FLAT WASHER 247 HEX BOLT INO 3404 NIMYYA NI SNOISNAWIC 03GX X 9401
2. ONNAN JNIAVd ANI 100 AHL 14 403 0659 3425 91 ISN 6 13131 38S LON SI HJIHA SNOISNGWIC 3H 39NVel3 IDL t dvl T BEY dE 2oo0BEFoexoktAna svYci c nmuym dJUc IN zuu FS FULT 04648 1 SNIIINJMIU 11011 394105 ASN OF Ur Sg 5 Y REM 06v WNIWN3L 010 4 FD dl1JjNNU IWNDIS 6 ONIX ves OLN 8S F 1 908 SJ 10H SNIXTS BN 1905 ver 1 96 642 v 000127 gt 009 sm 009215001 00154506 S I 0951 SNOISNANIC ES i EARE 1 318123313 Nne rna3 ANI OE LINN JHL 14 804 69 SAJNIS MU SLIDE 003808 31412345 LON SI SNUISN3WIC 30 39NV33 5319310 131891 2 are eee 089837032835 WANININ 7 31UN GIAN 8 12152 220241 04 Cc F 2qZ Z2P AN ENAH 301140 INVH 8d 2 AER Ek E4 9 I 607 015 LY ld JWWN OY RE NE ne VINA DNIXI 99 IVNIMdHL IND v 000151 000 00gs gt 001 ERI 001 gt 1 gt 06 SNOISNAWIC cxx EET USE 111111 T alar3313 ANI 1
3. THE LOWER PRODUCT BE SHIPPED IN PLACE THE UPPER PRODUCT DIMENSIONS IN DRAWING FOR REFERENCE ONLY TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM QUALITY IS THE 2 O De i WIHALVW 3ALLV LN3S38Hd3H dO YSEWNN 3809 SALVOIGNI 9NIGN3 3809 4 E YE y CO PI De 4 210 688 000 vo YOESNS 9LXVTM 961 98 000 voesns 9G6 98 000 YN 0OY8 I98 000 EE d 8111 GZI 899SV 0 0 0v 00 9 00 00 0 SIVIdd1VW NOI IVTIVISNI VNN3INV L 086 227 800 66V 900 DU r t 0r6 ZZF 800 cch 800 VGNX LINA ON 3409 0114189530 3NI 1100 VGNX 1511 9S9NIMOVd ddHSVM 01311015 1109 fy 13 ME ddHSVM HNIYdS 301093AVM Ed 3JQI 9dAVM SEE IL VNNHINV 4144 LTD FURUNO ELECTRIC CANO 404 O9NIMVHO NI 5 015 3 10 7 82 5 2 f Z P CO Ds 0 17 oo O1YLOATA 1096 1960 616 71 000 11880 TVN9IS 3180 Kana 8 03193
4. 081 9 1 sr 009512001 00151506 SNOISNAWIC jLUN IHSUAIN 4 1 01 6166 D C o 99 19 70 94951 ct 98 401 11 41 GH x8Y 720 8 L 3 236 2 GYS c 250 0H 2 X MA CE HOE Cc 028 V V Y 104 ACC 6 H 14 1107 3038 A ERI E LERIN x 1 102 X 3181393313 ONNANS JNIM 0 ANI 10 INAOW HSN 104109 TIVAAOVAL D 10 1 IHSVHVY1 41 13 2 C 0210 1089 NOL 11883 SIAMINI SSYW 8 WW OL 4 SSINY9IHL JOIS Y0 ANINI 11892 103HS 13400345 LON SI H2IEM NOISN3INIQ 110179 COSI SNOISNJNIQ 40 10L SALV IONI Lv 39Nv3V310 39AA3S WAWININ 71 ALON 96 WOT VLC LPBSE 9 v 22 VHS 4 0 P rH CT WOLLOG 318V2 Et NI Ep s G2 m 100 O 99 er 0085315001 SNOISNANIC GIRE 1 12 0 12 4 37
5. 3181393313 ONNANS D ONIM VS 431110 0991910 a HIHONHJIWS I LNG 55 90 nan OOl ENH sw VVT 0 18 DN 10193109 amp Z L XIAN 061 061 001 001 JONVUYSTO JOINS NNNININ 7 031410395 LON SI HOIHM SNOISNANIG JO SONYAL IOL S3LVOIONLL STEVE 6 s PUES LINN JHL 404 999 514895 ISA 1 T OO metas ALON e ERREZA AVERE CE SOPIIDEPEEVXDRA r 2 0 0 0 736568 1 x Ai STIOH MPEGS 0 2 F 00851 500I QNO 501238802 8304 5 6 8 c 00151209 FUSE 1A SNOISNAWIG x lt 12 1 i 5 1 8 9 8 907 INAS CAV IdSId 805 rt 030IA 40 po xL OND uy Pig 19181 do Cos diea E joe 001 10 004 12 VOR d RI LAV1dSI0 ens 2409 03 91 996 we 1155250 Ty 211060 001 SAam 075109 5 cR lt 8 9N F3 lt 8 lt NI 030IA 40 Ndg LHM 4 1008 89 ptt 1 lt 1 lt p 9 0 o pr 16 9 lt 19141 dO MIHM 4 lt 4400 SS Heke amp mM
6. DESCRIPTION CODE oD E o O INSTALLATION MATERIALS SPARE PARTS UNIT 21 INSTALLATION MATERIALS LLI D LLI lt ANTENNA DRIVE UNIT SPARE PARTS 1NO 3ON334443 3404 9NIMVHO NI SNOISN3WIQ 62 2 8 PIS TS CO Ds a VVNX WIHALVW 3ALLV LN3S3Hd3H dO 3009 SALVOIGNI SNIQN3 3009 ETE A E PL Des CO SE SE B 4 961 98 000 s voesns 9656 198 000 ue YOESNS YN FMEN T a x us UR vi 002 1 000 1 00 13 S IU AS 098 148 000 869 2 2 2 9NDIOVd 3d1093AVM SNS es 2007 200 20 i spl EU 717 81153148 NOIIVTVISNI VNNINV HU eo YYNX aA 3d1093AVM 0E 1 16 800 C VNN31NV VNX 4444 LINA J6TT ON 1002 01141 9530 3JNI 1100 1511 ONIWOVd TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM THE LOWER PRODUCT MAY BE SHIPPED IN PLACE OF THE UPPER PRODUCT QUALITY IS THE SAME CODE NUMBER ENDING WITH INDICATES THE CODE NUMBER OF REPRESENTATIVE MATERIAL
7. 9 VGA DVLRGB papel 2 iConversion Female O VS m BNC CONNECTOR CONVERTER DSUB BNC 1 BNC connnector converter 4 16 5 IO DATA Available input and output data are shown in the tables below and input and output sentences shown on the next page Note This radar accepts position data fixed by WGS 84 geodetic datum only Set the datum to WGS 84 on the EPFS GPS etc connected to this radar If other type of datum is input the error message DATUM appears and the AIS feature is inoperative Input Heading Synchro or step GC 10 required Switching between AD 10 signal and IEC 61162 is done from menu AD 10 format External AD 100 e Z Speed signal IEC 61162 1 T NI Navigator IEC 61162 1 Position course speed LORAN data C TD waypoint route time wind speedand direction current data depth water temperature roll pitch ROT External Heading Bearing No GAIN STC control Operate as remote display radar signal Trigger Video Alarm ACK Contact closure Input signal from alarm input signal system unit Output RS 232C RSD OSD TLL For PC plotter data ARPA data IEC 61162 1 For ECDIS Remote display Heading Bearing Tx 2 ports signal Trigger Video External LCD Same monitor unit 2 systems max monitor signal Ex
8. gt 4 a 1 4 ZH09 0G 55 9 MOV SAS gt lt 9 OV SAS ND gt 2 r 38 HL H re ou 04 082 002 asp SAS gt X H X 1 H XOV SAS IAZ gt NHB 191 gx 001 001 0 1 45180023 249 stor Sal PETTI utl SAS gt 1 gt 28 165 1 K o l 2109 08 91 gt uk co Z9P 0GP M Hoo a 1528 1 5 08000 410016 ON 9 1IVH SAS 50151 1 K014 9 1V4 SAS 22222 950 r Pe 9 096 lt 6 lt ON H 1IV4 SAS gt 6 K 6 TSAS 8822224 RS S9g9 ON pDr xs 825 00089 8 ON9 OND gt 9 gt K 8 lt 00 22 wool 1 L gt lt G AZ L gt H L Ki NM 52 02 CIC AZ 8 ONIS H oc ND gt 9 gt 409010 ND gt 9 gt N p OND L lt ON ZL MS dMd i gt 87 K 9 lt i IIS ld MS NMd DoH Ks lt MS NMd SALUKI DLH V 4 A34 p gt lt y lt AM ADD gt Cy lt NO gt 2 K0I lt I i ND gt 012 gt r 8 00 333 R 8 00 8 001 333 gt gt K lt i Kg
9. p 2 TIS es Ed P 2 eig E M z wn SES z T 2 gt co Wie do H 2 Ed s rm m i i e e Ro e Wi iris H 5 ua 8486 19680 3NVS JHL SI FT JHL 40 NI Q3ddIHS 38 AVA LONGOYd JHL WALI NV 041611 38 AVW 53809 ANY S3dAL OML KINO 39N3H3H3H NI SNOISN3WIG 2 BS WALI 3ALLO3 13S NOLLVOIJIO3dS 1VOIQNI Z 18 EXTERIS f 18 2 841 912 1812 4 5 VId LV 3ALLV LN3S3Hd3H 40 YSEWNN 3809 JHL S31VOIGNI DNIdN ATN 3009 e Ew LAY OF 541912 1912 4A EXES CO E PI DR CO SEE E E EY XI GSS OF WHR CON EE ACE lt 5 01V214d0 INAWND0d SIWIYSLVW TTIVISNI HET S IVIS31VW NOILYTIVISNI MAST SLUVd 3 45 TAE sldVd 4 30119 S OIVMHd0 3MVdS f 2 TWANVW NOIIVTTVISNI SENE ES RU gt Hfl gt RU ESI E NS LINN 805542044 S 011540 fe 668 pay Al Ea e A LINN JATT ON 3d09 NO 1d 0S3 INNO ETTI ON 3009 10114150530
10. 6886 1960 ATNO 12383438 804 9NIMV Q NI SNOISN3WIQ 62 CANO 328383438 404 5NIMVHO NI 58401543414 6 2 8 11 OD 21 12313 ONnund 2046 1960 0 860 0d4 Z 62 06860 60447 06860 0d4 HOA 1 amp 2 Bf07c860 0d4 F 1 AVIS d35NVH lt 0L S0 001 0 1700 691 60 EZ Ihh WV 061 508 001 1 AVIS d35NVH 0 6111 691 60 02 Thh WU 0v L S0 00L 1 d35NVH 0 1111 691 60 0c 1 4A 081 lt 0 lt 001 d39NVH 0c Y HAI 171 000 9014 310 4 06 4 4E 11 4 9 Z 0 S 000 05 lt 798 000 d3HSVM 3AVM sns 9 1 1AIM 2115 14 6 4 hh X LY H LEL 798 000 SLv 198 000 13425 VHH ANASYALNNOD IVAO 04 Ah 100723 OZXOW KNIT 016 798 000 706505 OLW GS 19 798 000 706505 OLW SHY M 81 08 000 wa 706505 OXOLM JW LLL C08 000 VH YIHSYM 03110165 706505 5ZX9W ff d3HSVM 3113509 04 11 601 00202 OW EMA 2 1 240 110 0 8 INVH 2 4611 000 1 SMMVW3M 5101141 2530 3 111010 SE 5319055399 OLe nW HOLOZ nW 104 0 860 07860 0d4 S41 YOSSI IV 1 ON 3003 01141254 31811100 uondO dopiseq 62 102 011 04 0 860 07860 0d4 L L 0 6586 19 0 1511 DNIADVd
11. board 9 Close the processor unit Connection of external power supply An external power supply is necessary when the repeater signal is step by step type and the step voltage is below 20 V or output voltage is less than 5 W 1 Cut jumper wire JP1 on the GYRO CONVERTER board when an external power supply is used 2 Connect the gyrocompass cable and power cable as shown below GYRO CONVERTER board A 64P1106 External Power Supply J5 20 135 1 gt R2 20 100 VDC 2 gt R1 COM Either connection In case Of DC polarity 4 1 gt 51 2552 35953 4 1 gt E Connection of external power supply to board Gyrocompass Step type DIP switch jumper wire settings Default setting The gyro converter GC 10 is set at the factory for connection with the gyrocompass specifications below AC synchronous signal 50 60 Hz Rotor voltage 60 V to 135 V AC Stator voltage 60 V to 135 V AC Gear ratio 360x Supply voltage 30 V to 135 V AC If the specifications of the gyrocompass differ from those mentioned above change jumper wire and DIP switch settings on the GYRO CONVERTER board Settings may be changed according to gyrocompass specifications see page 4 6 or make and model of gyrocompass see page 4 7 For the location of DIP switches and jumper wires see page 4 8 Note If you change the setting with the power turned on set 8 of SW2 from OFF to ON the
12. 211 NOTE 1 1 MINIMUM SERVICE CLEARANCE 1 2 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED D D 6C Xx 20 3 USE SELF TAPPING SCREWS 6x20 FOR FIXING THE UNIT MN 30 707 E MIYOSHI PSU 006 JS C O SCALE S Ho NAME ys 2 POWER UNIT adii VUES A T 03 171 9006 3 OUTLINE DRAWING FURUNO ELECTRIC CO LTD APPROVED D3 1 TABLE 1 DIMENSIONS NAMEPLATE 100 360 POWER CABLE CLAMP I i gt A N 2 72 ee 1 CLEARANCE 1 2 2 52 1 TABLE 1 INDICATES TOLERANCE DIMENSIONS 3 MB WHICH IS NOT SPECIFIED D 6 3 USE M6 BELTS DR COACH SCREWS 6 FUR FIXING THE UNIT EMIYHSHI m RPU 013 UR APPROVED H w e OS io LE PROCESSOR UNIT wale E C OUTLINE DRAWING FURUNO ELECTRIC CO LTD
13. Krdn 228 FTT xY LNI 4840 5 9 0 LHM KEA 357 K5 ION9 MD as lt GH 40 Nd9 HM qu AS Ki Cdk dVOVY HILSVN v 4 1 ELD 06 02 01 49 0414 44 2 889540 LL 919 0 1V9 TdV9 NYT 2 11V4 SAS 1IV4 SAS 9N gt 8 gt lt 8 ON gt FTT xv MTV 1x3 UN i KL lt i ON P rra 883114 30188340 Nu D 9 Nu 78831114 30188340 ON nm tr dXdi gt Tage 1 Wavy pr 144 p Panis Mp ass i n ni p TRO rr WAISAS S35 07 viv TS 219 ns 44 Bol ge 2 4 1 2 ya o4 9 lt lt 00 BES ND SIV 7 2 py 190 2 9 SIV 4 09119 931 1219 01 SIV 111544 v arsiv 211328 S9Al1 C ar 4 i EN RE N9 2007 A Te sO 3115546 Si HOIINOM 133 Qu MYL i 22 1 29119 011 504 OIM ptt Z 1 YOLINOW Q 1AQ 10841809 ain ee a b SOALL eee N
14. CANO 404 O9NIMVHO NI 5 015 3 10 7 82 5 2 f Z P CO Ds 0 17 oo O1Y LOATA ONnan 0 6 X 0960 664 71 000 004 0 0 706505 ocXvW 34 AF 901 98 000 LAN YOESNS B LBN 921 798 000 ddHSVM 14 706505 LS 986 198 000 ddHSVM 9NIddS YOESNS VN FHN 816 051 000 HMII90dd 9NIHOVLIV 19971 10900 269 ELE BREAST ak 601 110 001 138V1 HHM 9 143315 1880 108 0 HS8 4 2 1 FH Bae SMMVWHM 940114199530 331100 SH BW OE 4 4 SIVIdd1VW NOIIVIIV1SNI 1740 5044 dl 00b 9 800 3002 9cV 4486 0960 NI SNOISN3WIQ 262586 f Z 001 3NVS 3HL SI LONGOYd 40 NI GaddIHS VM LONGOYd HL IN31I NV 1 38 VM 59005 ANY 544 1 po 8 4 L YE 1 40 941 000 ASSV 318 9 2001 51004456 CWE EA 0 4 00 019 000 SSV 318990 18 X1dt 3G8d BM C A SIVIdd1VM NOI LVTIVISNI ddH10 00 00rF rVS 900 SIVIdd1VW NOLIVTIVISNI 16 70 6049 RHEI SIVIdd1VM NOIIVTIVISNI HEI 00 699 180 000 HDVHddlN GVO AdOMHW Yy1C 6 4 3 LINN 6ST ON 3109 0114150830 4 000 9 I L 9986 X 090 151 5NIMOVd 28 27 90 554980 CATNO 3
15. 55 4 7 9 3 1 3 4 Ina 3 1 3 2 Heading mmment Z 2 M F s 3 2 3 3 5 Tinfing 3 5 3 4 Wang i a 5 3 6 3 5 Other SEINS eS nno 3 7 4 EMENT LLLI 2 EM 4 1 41 2 4 1 4 2 Unit SEN __ 4 10 4 3 DVI H B amp REED __ 4 13 4 4 BNC Connector onv C a l s s 5 J 4 16 5 IODATA M Z 5 1 PACKING LISTS J BM7 J Leere erreurs 1 OUTLINE DRAWINGS es D 1 INTERCONNECTION DIAGRANMN 5 1 SYSTEM CONFIGURATION UNIT XN4A RSB 106 XN4A RSB 107 XN5A RSB 106 XN5A RSB 107 POWER SUPPLY UNIT PSU 006 RECTIFIER 100 110 115 220 230 VAC RU 3423 1 50 60 Hz
16. SAD LH 6 A ON gt 62 lea 23 72 YOL 0 AM 2 gt KKZ lt V 1 AM I 080 3 084008 RE an gt 8 1 lt 5 00 A351 lt lt lt 8 0OXL AIA 8 0 gt LCS QXL gita SH gt lt L lt INAS H B5 S3 00 gt 1 gt L LOSP ZZ9P Z09P 109 1007 209 00 50 5 094040 59 4 Len MOA bt mE AOI gt 6 gt lt 9 lt 03IA 82 8 S N gt S gt TM 69 06 00 01 69 i ot NAE 0008 3 000 EES gt 13925 T RR 49 8 401 SSE 60041889 030IA gDe 48892 20 NOD gt 9 gt lt NO 0301 u d OL di WIOL div SSS I KY L9 n uu SOIINOM 1X3 998 er T 31879 VOA 252 oe 9 bol 255 a E oa 181034 5 dH1MAN09 0 m c gt Sa alNA9 11 98 EP 1HM 04 1 01 8 4 nas 49 4 6802 0 X nu 116 v a nes a 94 54 OUAD gt 8 gt Tdd Nub 8 8 0 4 9 70 Wirt a 2 9 1141 1 0449 gt y gt 4 91 44 f of L WV nds HY uaa 980 Ke lt H IHS S 0895 gt NA9 45 6 11
17. Flat head screw torque 7 6 Nm How to attach hand grips 1 3 Control Unit Mounting considerations The control unit may be mounted on a desktop with or without the KB fixing metal supplied which mounts the control unit at an angle When selecting a mounting location keep in mind the fol lowing points Select a location where the control unit can be operated conveniently while observing the dis play screen Locate the unit 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 Determine the mounting location considering the length of the signal cable between the control unit and the processor unit A 10 m signal cable is attached to the control unit Amagnetic compass will be affected if the control unit is placed too close to it Observe the com pass safe distances on page ii to prevent interference to a magnetic compass Mounting procedure Fixing with KB kevboard fixing plate The KB fixing plate sits the control unit at a comfortable angle like the retractable legs on a PC keyboard 1 Fix the KB fixing plate to the bottom of the control unit 2 Attach cushions three for RCU 014 two for RCU 015 RCU 016 to the bottom of the control unit as shown below 3 Fix the unit to a desired location with self tapping screws local supply 77 Cushion KB fixing plate Control unit RCU 014 015 016
18. Remove the vinyl sheath by 35 mm Remove the insulation from the cores by about 10 mm Peel paint from the armor by 40 mm N the of the armor with vinyl tape Fix crimp on lugs FV2 4 blue supplied to the cores Approx 40 mm Armor 35mm 2 Conductor S 2 5 mm Vinyl sheath 2 01 mm SECTIONAL VIEW 10 mm 3 40 paint Crimp on lug Taping Fabricating power cable DPYC 2 5 w reelschematic com Connection of cables The power cable is connected to the terminal board on the rear panel and the signal cable from the monitor unit is connected to the DVI D connector Other cables are connected to the printed circuit board 03P9342 Be sure to ground the unit with IV 8sq wire local supply Monitor unit Cable clamp for power cable Terminal board for power cable Network DVI D monitor Remove the protective cover Control unit Heading senor Speed log Er L L 441 Navigator HI Q wami ars M Memory IF unit Cable clamp Antenna unit VDR OUT GND TERMINAL VDR IN Power supply unit Gyrocompass AD 100 AIS Processor unit rear view The connector with EMI core should be connected to the processor unit The configuration of optional cable between the processor unit an
19. __ CHECKED FAR 2157 2157 BB 1 07 Feb SHIPYARD SUPPLY 1 X 2 ARPA 2 OPTION 3 TAKAHASHI APPROVED IS REQUIRED FOR EXTENSION 4 USE GRN YEL VINYL INSULATION WIRE FOR PROTECTIVE EARTH JUNCTION BOX RJB 001 NOT SUPPLIED FOR FAR 2157 BB 100m 3 100m RJB 001 I ME MARINE RADAR ARPA mes 2221 0221 INTERCONNECTION DIAGRAM 5 FAR 2157 BB 4 FURUNO ELECTRIC LTD PASS LINE THROUGH A DOUBLE CONTACT BREAKER SHIPYARD SUPPLY 6
20. maintenance Choose type of radar Select BB for FAR 2157 BB www reelschematic com INSTALLATION menu Open the INSTALLATION menu by choosing 4 INSTAL LATION from the INITIALIZE menu RADAR Choose main radar or sub radar RANGE UNIT Choose NM SM km or kyd kilo yard as appropriate For the IMO and A type radars the range unit is fixed at NM RADAR NO and RADAR POSN For multiple radar system using the network hub set number name and antenna position for each system to easily distinguish radars from one another MODEL Choose 50 TYPE Choose radar type from among the following options IMO IMO compliant A Near IMO specifications B International fishing vessels C Japanese flag vessels W Washington state USA ferry ON TIME and TX TIME INSTALLATION BACK 2 RADAR MAIN SUB RANGE UNIT NM SM km kyd RADAR 1 2 3 4 5 6 7 8 RADAR POSN FORE MAIN MAIN 2ND MAIN 3RD AFT PORT STARBOARD MODEL 6 12 25 UP 25 DOWN 50 30 UP 30 DOWN 60 TYPE IMO A B C W ON TIME XX XH TX TIME 1 Not shown on IMO A type 52 No 1 4 with antenna unit No 5 8 without antenna unit INSTALLATION menu These items show number of hours the radar has been turned on and transmitted respectively Value can be changed for example after replacing magnetron TX Time can be re
21. sr 008535001 ace 00154506 SNOISNANIG EHRE 1811 O INI gh Ca gh ailar3313 4 IDH JNIAVdU ANT HU 5 1 EI 2 983 84 710 1900 25 80 99 IEIEH I 800 3189 SAAN TINI 403 51 108 9W 99 9NIddv1 ISN 131112345 LON SI HJIHA SNBISNGWIC FINVAL TL 53199101 T 11891 MHES 99 EGA 4 c LINN 31D JONVdV 3 19 39171835 TAIA d gt VAIA 401410 Vd MOVAL OL OVE IHSUAIN j 704 141 03 01 EH ca d ig 22 OE S x4 08220401 11 41 vy YE 9 0 56 1 CE SPDT ZS KL F 661 05 SNOISNAWIC SARL 111 1 T 1 O D alara3313 JNIAVAU CINAUW LINN 104100 38 39V NIINIHN 5 DNIXI3 403 ASN 31112345 LON ST HJIHA 30 J9NV43 TOL 531 910 T 31871 SJONVAVA 3JIAeHS WAWINIW 1 514546 BET m dez 0 008 691 60 OD 31999 SAEN TINI SSVN c 6711 XM SI 3SUHA AHdJS ASN 4010349 405 8734
22. 21 4198138 oNnuna 8076 1960 JWYS JHL SI ALITYND 71000084 N3ddn M04 NI SNOISNAWIG 2 Conse JHL dO 39Vld NI ddIHS 38 AVW 19000044 ddMO1 JHL NV 803 041511 48 AVW 54009 NV 5 4 1 VS JHL SI 191084 v UE _ 20540 djddn 40 30 14 NI ddIHS 38 AVW 1200084 MO IHL WAL NY 80 4 041511 39 AVW 54002 S3dAL OML PH MIT 1 SHOW AREE E E iE y CATNO 804 ONIMVYG NI SNOISN3WIQ 6 2 9 CO D E HY 6 172 C Y 7 t 1 S SOS Z CEs 4 L y E Ul 60 6 X 19 0 11 00 21419414 3WVN S ASSV 31V ld 14002 a Bz 00 5 3 8 MAYOS QV3H ddHSVM 25 GVSH YSHSVM ua 2 3NI100 1AVd AETH NM 9gNIMAOM uo JO 3AVN 510114189540 3NI 1100 AE SIE i SH gt SIWIYSLVW NOTLVTIVISNI YOLO NW 0 1Od uondo Je3seped x L L 281 2080 00 099 464 800 ON 3000 d 0061 0048 13554 ddd 51 5 Y 80F6 X 1960 ha fi fh ft L L Z 20 6 X 19 0 00 0gz 6uy e00 ON 3009 la 0C V 6cV 1986 1960 NI SNOISN3WI
23. 44000100 VAG for processor unit Transformer RUS693 110 10 280 VAC 8j for antenna unit ____ ___ ____ 22010 200 VAC 3 for antenna unit RUS4661 _ 440 10200 VAG 3j for antenna unit 000 081 568 Memory Card CU 200 FAR w CP03 27430 see Chapter 4 Interface Unit External Alarm OP03 21 000 030 097 Buzzer Control Uni OORAMOBMC 005 DVHRGB Cable Assy 503 9 10 8 8 008 206 650 External radar 10 8 8 S03 9 15 8 8P 008 209 160 External radar 15 m 8 8P Installation CP03 28900 000 082 658 10 m modular Materials connector MPS588 C 2 pcs Armored LAN CP03 28910 000 082 659 20 modular Cable Kit connector MPS588 C 2 CP03 28920 000 082 660 FR FTPC CY 30 m modular connector MPS588 C 2 pcs Bracket Assy FP03 09820 008 535 560 Hanger assy for monitor unit Handgrip Assy FP03 09840 008 535 570 For monitor unit 03 163 1201 100 307 260 For monitor unit Clamp Assy OP03 182 008 535 620 For RCU 014 Flush Mount Kit 09870 008 535 630 For control unit OP03 198 001 008 050 Connection OP03 183 008 535 640 RCU 014 MU 201CR OP03 185 008 535 660 RCU 014 10201 008 539 530 Desktop inst for CU 200 FAR BNC DSUB BNC 1 000 148 528 For connecting VDR Connector Converter Switching HUB 100 See Operator s Manualfor HUB 100 issued separately Unit VI 1 MOUNTING 1 1 Antenna Unit Mounting consid
24. 45156 3d 0189 8 DNLLN0DN 30 55 NN NN SS DNIXI 403 ASN E 131112345 LON ST HJIHA SNUISNQWIC 30 32NV9H 101 S31VOTINE T 31871 19 3 3 WAWINIW 7 E LUN 5039 S3 DH 04 V gt 11493 t C 3 1 081 F 00851 001 8 2 00151 08 0851 ___ SNOISNAWIC EIRE 9G 13101 12 e JNIAVdU ANI TAD 828 691 60 1 1091 LINA AIND 44 46 SINH das at 910 024 NIA du X E 3 SNIISNHMIOU MY MS 90 0 cx J 19 616 IHSUAIN J 409783 9886 ey ONDAC 03H NAV 1 9 4035 51 108 OW 40 99 DNIddV1 350 031319395 LON ST H3IHA SNDISNJWI 30 131891 JJNVdV 1 WAWINIW YE oxodcrAAa svcimcszBl E 04254 Cc F SPARSE C SS S61 OS 1 x 318 1 C 4 3 6 I DNNN NN 09 JNIMY A 4110 90 194 OL d 663081 7 NOISNAWIG LNOLND 2 305 40 VH 108441 41882 193135 ZLOM Z 114046 LON SI MM Ah
25. 200 3 5082 2 a 220 VAC 36 60 Hz MONITOR UNIT MU 201CR 220 VAC 30 50 TRANSFORMER P E RU 6522 Ae CONTROL UNIT E RCU 014 TRANSFORMER 4 100 230 TRANSFORMER j For HV power 10 50 60 Hz 100 115V 220 230 1 50 60 Hz Trackball 440 1 W RER CONTROL UNIT RCU 01 50 60 7 0C PROCESSOR CU 016 ENS Navigator a EC 61162 Serial data UNIT Radar Remote 9 I O RPU 013 Display Speed IEC 61162 data 46 _ SWITCHING HUB Gyrocompass GYROCONVERTER HUB 100 XM RENE AD 100 gt Alarm AIS amp 4 VDR Track Controller Q 22 Ku R External MEMORY CARD Nc Monitor INTERFACE UNIT 1 CU200FAR TRANSFORMER RU 1803 100 115 Standard supply 220 230 440 VAC Optional supply Local supply 19 50 60 Hz Equipment category FAR 2157 BB is not equipped with a Unit monitor unit Procure one locally Category Exposed to weather Other units Protected from weather EQUIPMENT LISTS Standard Ante
26. 0 to 359 9 RCU 015 Spin the thumbwheel to set the bearing difference and then push the thumbwheel The setting range 15 0 to 359 9 10 Confirm that the target echo is displayed at correct bearing on the screen and then push the thumbwheel 11 RCU 014 Press the MENU key to finish RCU 015 Left click the MENU box to finish www reelschematic com How to access the INITIALIZE Menu with Control Unit RCU 015 1 Use the trackball to place the pointer on the MENU box so it is highlighted DO NOT click the menu box just leave the pointer over MENU 2 Press and hold down the F1 key Keep it held down during the next step 3 Push the right button five times You should hear three beeps on the fifth push The INITIALIZE menu appears Choose 4 INSTALLATION to show the installation menus Menu operation with trackball module 1 Roll the trackball to choose the MENU box and then push the thumbwheel or left button 2 Spin the thumbwheel to choose menu item and then push the thumbwheel or left button 3 Spin the thumbwheel to choose menu option and then push the thumbwheel or left button 4 Left click the MENU box to close the menu 15 3 3 Adjusting Sweep Timing Sweep timing differs with respect to the length of the signal cable between the antenna unit and the processor unit Adjust sweep timing to prevent the following symptoms The echo of a str
27. 14 59 262926492629 l Coaxial cable Conductor Fold back shield Fasten cable clamp here Coaxial cable Power cable TPYC 1 5 Armor 60 Peel paint x L According to location of connector Cables for optional equipment use 5 1 or TTYCS 4 or equivalent gt gt w L Depends on equipment L connected Measure at 5 processor unit Expose cores and then wind shield around armor he 5999 59 9 2099 Y C Cy C Cd Sy w SAKA Fasten cable clamp here 2 12 Wiring WAGO connector Fastening coaxial cable Push down Fasten shield EJ yo rere Terminal opener Taping Fasten conductor with screw WAGO connector S NOTICE 1 Twist core 2 Insert terminal opener as shown and Fasten BARE conductor Do not use push down crimp on lug to prevent increased 3 Insert core into hole contact resistance 4 Release terminal opener 5 Pull wire to confirm that it is firmly in place Connection of Sub display A conventional remote display and or FAR 2xx series radar can be connected to J617 FULL LOG and J618 SEMI LOG in the processor unit as a sub display However the control for GAIN and STC are different depending on J617 and J618 Refer to the table to connect sub displays Pr Conventional remote display FAR 2157 J617 FULL gain Even if input video level is adjusted T
28. 360x Standard 4 6 AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 50 60Hz 2 3 Rotor voltage 50 60 Stator voltage 90V 360x Standard 20 DC step OFF 44 2 2 35V 180 5 6 3 wire 1 1 2 3 synchronous OFF OFF OFF OFF OFF OFF OFF OFF OFF ON OFF 1 2 55 55 50 60Hz 2 3 Rotor voltage 50 60 Stator voltage 22V 360x I DC step OFF OFF ON OFF OFF ON ON OFF 244 0 24V 180x COM 3 wire CMZ 250X DC synchronous 360x I Lx id E e F 300X 500 DC step a o u 2 2 35V 180 5 6 COM 3 wire CMZ 100 200 AC synchronous OFF OFF OFF OFF OFF 4 OFF OFF OFF 1 1 1 300 50 60Hz 2 3 1 0 12 1 3 Rotor voltage 100 5 2 3 Stator 90V 360x 2 1 1 N 7 50 step OFF OFF OFF OFF ON ON OFF 2 35V 180x ve See note below COM 3 wire Plath NAVGAT AC synchronous OFF OFF 4OFF OFF OFF OFF OFF OFF 1 2 1 50 60 2 12 43 Rotor voltage 50 60V Stator voltage 68V 360x zz F Tokimec ES 1 2 1 AC synchronous ON ON OFF OFF 1 1 1 1 Sperry GLT 101 102 50 60 2 2 3 type 103 10
29. 4066 960 ON 11 09 91419373 HMVN 5 99 0 4 0 3574 I 06 X T awas 088 a ON 3dAL 1MVd 0 40 3NVN nali ON 3002 5 ON W NOGGIN LINA 1081090 ddMOd 13554 PES ISN 804 1511 SIMVd 3uvds ETA ono ___ 0080 0048 aqu SE 00 ee 5 JHL SI AIIIVIO 190084 dddd 40 39V1d NI ddIHS 38 AVN 19110084 ddMO1 JHL WALI NV 803 041511 38 AVW 54009 NV SddAl RENQ OHLY SHOH CER E F CANO 30N34343H 304 NIMVYGA NI SNOISN3WIQ 7 25 24 PAE OR MM Ul 1066 960 ON 11 09 9Id19 1 HMVN YAN 488 544 ON 3441 1MVd 30 INN wall ON 3009 SXYVWJY ON o a 00 LOW LINNA TONLNOO ddMOd 13554 MES IS N 804 1517 SIAVd 3MVdS ON dIHS 0881 6046 iau NM LL 80 4 9NIMVHO NI SNOISN3WIQ 62 8 PIE Ts Ob RD CATNO 328343338 3904 5NIMVHO NI SNOISNIWIG 622 B 2E PIE S OPS alq oo 11 77 02 21 4124134 ON und G0G6 X 190 LLY6 X 15 0 v0 08 000 NOIHSNO LINA 1041NOO 304 EH dg 3 3 60 081 N L A A MAG LiV 188 000 MAYIS QV3H H3HSVM LINA 1041NOO 304 EH Sit 3 3 INdW MOOLZO CLXVW g ALT L91 Lv 1 000 138 089 LINA 10
30. 5 6 3 wire Set JP4 and JP5 according to the voltage of the external power supply Note If CMZ 50 has 35 VDC set JP1 to 4 5 6 4 7 www reelschematic com Location of DIP switches jumper wires on the GYRO CONVERTER board JP5 JP4 Supply voltage 4 Stator voltage 7 in s JP3 Rotor voltage JP1 12 Gyro type Data output 5 44 port 6 l J11 EE Data output 7 5 i r Data output 4 port 4 SW2 DIP switch N A AD format HMS Tx interval eA J4 DIP switch u J5 Stator signal input J6 J8 Data output port 3 Rotor signal input IEC 61 162 1 output port Data output 2 7 external power input Data output port 1 GYRO CONVERTER board 4 8 www reelschematic com Setting the heading readout on the radar display Confirm that the gyrocompass is giving a reliable readout Then set the heading readout on the radar display with the gyrocompass readout as follows 1 Right click the HDG box at the top right corner on the screen HDG MENU 1 HbG SOURCE AD 10 SERIAL 2 GC 10 SETTING 000 0 HDG menu Spin the thumbwheel to choose 1 HDG SOURCE and push the left button Spin the thumbwheel to choose AD 10 and push the left button Spin the thumbwheel to choose 2 GC 10 SETTING and
31. 9 o vivd aviz 34 2 9 IVIVO 05 OAD Z gt HA TT fg 050108 H vivq av Ng Aa 1 lt IS 0448 gt gt 940 E T TII p 809 48 1604 80 HWT HAY Gd To 5 COSOLON AG 99 gt 9 gt Xv ON 5 1 SSVdM000HA9 a HA Z SMNIN AZ 20 6 LOMA 2 089 181980 g 5014 AZ NMO 0999 0008951 3 Kx UU Tour 410906 8 0 0602 20 Ds 2 04 0 06 01 0096 MH c se BS 5 asm 60 e url 27285 499090 SRS 2 52 1042 _ 1 SETA 1 1 9999 08 J DOTA 2108 OVAOVY xn Ll 2299 8 ZH09 2020 2 wid 02 6 aw 26 ns 819181 10 69S M emg 2109 ovAOLI rz Z PQ AH XL 5 AZ A 5 05 AM Abe 20 72 ES 2 EbE ji 2909 09 091062 022 811 011 001 io G 9AdQ 2H09 09 1 OVA0 C 0cc 811 001 Tre 6081 08 2809 0870 1 LE TYPE NOTES x1 __Feb 1 07 Maki
32. INNO 9 8986 1980 610054 511 AWVS SHI SI ALITYNO 19010084 ddddn JHL 40 30Vld NI 03441 5 38 AVW 19110084 ddMO1 JHL WALI NV 803 041511 48 AVW 53000 NV SddAl RENQ SY ro HIATT SHOH CES 1 INO 39N333433 304 9NIMVHO NI SNOISN3NIQ 6 2 8 PAE CO Ds MM LINNA 405549084 404 EHOCCOV SJA 13S juVdS Ydd 34 ON 341 MO 40 ON OMG 13554 5135 OX ON L L 1 90 6 X 19 0 00 006 965 800 ON 3002 E 3WVS SHL SI 1 190084 dddd 1 dO 22 14 NI 38 AVW 1000044 ddMO1 JHL WALI NV 803 041511 38 53009 NV 534 1 OML SHR 22212 CY iG S gt 00154 9 C E E AINO 308344434 DNIMV3Q NI SNOISN3WIQ 7 2 PL 01 908 44 1 000 484 VOL ASCI 0893 LINN 05549084 04 H0015V ON 3dAL 1MVd ONDMON SE 40 3NVN ON 3409 5 ON OMA 13554 ddd 51 5 d onxod adM ON L L L S0 6 X 1560 016 466 800 ON 3009 H 0486 980 CAINO ON d NI SNOISN AI 11 IWYS IHL SI 1OnqOdd 2076 0 J
33. TOSI NOISNAWIG 110109 APOE 294 SNOISN3NIC 40 30 43101 531 0 J1AYL 6 27 39NYAVHD JONES 040 9 4 aT ial GEROTYSE HOR Cv TOYE YMA 1 0 CC 22 6 SBPSLhBH CI x J 101109 ALN3 11692 091 Fm R V MIA VEY G 41 100 O 99 VE 31892 009857 gt 001 S Z 00121208 SNOISNANIC o uu EIKE lt 31875 LINN 1041 09 ll To LERIJS NT ZEIT B 3181393313 ONNANS 200 20 86 1 8 040 a SNR 1 17 340346 LON SI HOIHM SNOISN3HIO JO S3LVOIONI 1 FVL JOYS 7 9NXH 0 SLAN NV 9NNdS N 6 iY yg 1 HSVHVWI NT 173 99121108 OSXEW ISN 310N 000 10 S335 1 HSOA 47060408 T 2 1 2220 493 MA I ON 4 1 E X vc N Srl 22 os 71 0014 007 40103100 13843813 SNOISNINIG 110170 T ALY Id3IWN WNINGAL ONO YOLIINNOD 4104 Na
34. assembly 03 2092 to J4 on the DVI RGB CONVERSION board 8 Remove connector housing J615 from the 03P9342 board Connect the cable from J3 on the 229 board and the cable from J4 on the DVI RGB CONVERSION board to J615 Attach J615 to the 03P9342 board To connect wires to the WAGO connector use the terminal opener supplied as installation materials as shown below Terminal opener J615 Housing 1 Press downward RED 4 ORG 5 L Ye gt inse core Connecting wires to the housing 9 Connect the DVI cable to J3 on the DVI RGB CONVERSION board Connect the end that does not have the ferrite core 10 Pass an RGB cable local supply through the cable clamp and connect it to J2 on the 03P9229B board 11 Pass the DVI cable through the cable clamp laying the section with copper tape in the cable clamp 12 Assemble the processor unit and connect the other end of the cable to the DVI D port 4 15 4 4 BNC Connector Converter To connect the FURUNO Voyage Data Recorder VR 5000 to this radar the DVI RGB conversion kit mentioned at previous paragraph and the BNC connector converter are required Also VGA cable between the processor unit and the BNC connector converter and five 75 ohm coaxial cables between the BNC connector converter and VR 5000 are required FAR 2157 BB VR 5000 PROCESSOR UNIT BNC CONNECTOR 75 W coax cable DATA COLLECTING CONVERTER R C UU m
35. in the figure below Unravel the shield to expose cores c Shorten cores except coax considering their locations on the terminal inside the antenna unit d Shorten the shield leaving 300 mm Attach crimp on lug FV5 5 4 yellow 04 to shield e Remove the sheath of cores by 6 mm f Unravel armor g Fix vinyl wire coaxial cable and shield by taping the shield with vinyl tape at the location shown below Vinyl Armor Sheath Shield SU 550 mm 5 mm 500 mm Coaxial cable Vinyl wire Shield Taping ZN Fold back shield Shield Crimp on lug Fabricating signal cable RW 9600 Coaxial cable www reelschematic com 4 In the order shown in the figure below pass the gland nut flat washers 3 pcs and gasket onto the signal cable Armor Gasket Signal cable 222 2 52 lt lt lt SKY 22 22 gt aa 4 92227 2 252 22 Flat washer Gland nut 1 Flat washer 2 5 As shown in the figure below fold back the armor onto flat washer 2 and insert remaining armor through flat washer 3 Cut off the part of the armor that protrudes past the flat washers Flat washer 2 and 3 Fold back armor Cut off armor that protrudes past flat washer Flat washer 2 6 Lead the signal cable through its cable gland and then into the chassis Coat the threaded part of gland nut with sealant supplied and then tighten the nut s
36. push the left button Spin the thumbwheel to set gyrocompass reading and push the left button Push the right button close the menu OI N 4 2 Memory Interface Unit Mounting considerations When selecting a mounting location observe the following points Locate the unit away from heat sources because of heat that can build up inside the cabinet Locate the unit away from places subject to water splash and rain Leave sufficient space at the sides and rear of the unit to facilitate maintenance A magnetic compass will be affected if the unit is placed too close to the magnetic compass Observe the compass safe distances on page ii to prevent interference to a magnetic compass Mounting procedure Flush mounting This unit can be flush mounted in a panel with the standard installation materials 1 Prepare a cutout in the mounting location referring to the outline drawing at the end of this manual 2 Screw in the threaded rods to the flange on the front panel of the unit securely by hands 3 Set the unit to the cutout 4 Insert the flat washer spring washer and nut in that order for each rod and fasten the nuts 150 5 0 5 LC 3 l H lt LC 747 CUTOUT DIMENSIONS 200 40 22 145 Flush mounting dimensions for memory card interface unit 4 10 1 1 m gy lt Desktop mount Requires the optional desktop mount kit FP03 10201 Refer to th
37. side view 1 10 wae r zischematic com Fixing without KB fixing plate 1 Drill four mounting holes of 5 mm diameter referring to the outline drawing at the back of this manual 2 Fix the control unit with four screws M4 from the under side of the desktop M4 screws with a sufficient length for the thickness of the desktop should be provided locally 4 M4 Fixing holes bottom A A N 4 M4 Fixing holes REAR Mounting dimensions for control unit RCU 015 RCU 016 1 11 Flush mounting Use the optional flush mount kit FP03 09870 Code No 008 535 630 to flush mount the control unit RCU 014 RCU 015 and or RCU016 in a console Contents of flush mount kit for RCU 014 015 016 me _ Mounting plate 03 163 7531 4 1 Prepare cutout in the mounting location as shown in the figure below Z Z 2 7 P 2 2 2 388 2 150 2 Flush mount cutout for RCU 014 Flush mount cutout for RCU 015 and RCU 016 2 Set the control unit to the cutout 3 From the rear side attach the mounting plate to the control unit with four screws 4 Screw the wing screw to each mounting plate and then insert hex bolt to each wing screw 5 Fasten each wing screw and then fasten the hex nuts as shown in the figure below 70 FN 5 Note P 90 Minimum recommended service space To change location of cable entrance see page 1 14 Flush mountmounti
38. 1IOI SALVOIGN 318VL c 3ONVUV31 35 MIMNN 1 300N 2OooBH3ziaxwciwePpcsxBly CE F PIT RPEVALOVWLH F 0 7 I NN ddddlld NOISOSSODILNY 1 ONO 2 I Wy dd HOLMS 00027225 11179 may 2 022 62092 f x XY 7 2 n 8 04108 TYNINYLL ceam 9 it e Mog MXH 9 I H 7 cj Cf E3 01 EZ lt 04108 31 81 l al 04108 44 81 AE VE iie Sel HIONJEVNN3INV 22 e 0007 5 120007 T _ 6 4 _ SSVW 0004 gt 1 gt 000 5 a ye 001 gt 1 gt 005 PNVD TN 00Ss1 gt 001 uugoz z DW ING EN 00851 001 820 My pL IN _56 00151206 LOOF 015010 2 025 O ewes cis 002101 412 Sg 22009 gt 1NY VGNX V NX lA XC INXU NOILVLON 10 33 2 E Z 18011 X Onnan a UES GD 242 1 TABLE 1 mm DIMENSIONS TOLERANCE 2 40 1 50 FIXING HOLES 21 NAMEPLATE 440 T 1 H Al Or ES Kaw 240 41 7 2 E CND TERMINAL C gt 344 7 J CABLE ENTRY
39. 2 1 Wiring Overview 2 MONITOR UNIT gt TB802 POWER SUPPLY UNIT s 24 VDC 200 3 50 Hz 220 VAC 3 60 Hz S A RW 9600 5 100 110 115 RU 3423 15 30 40 50 m 2 220 230 100 16 50 60 Hz 110 30 RU 5693 2 DPYC 2 5 eH 2 3 220 30 aU 65221 PROCESSOR UNIT 5 CONTROL UNIT 272 a gt gt RCU 014 RCU 015 50Hz M MEMORY CARD BE INTERFACE 100 115 VAC 220 230V T CU200 TAR 1 50 60 Hz 4 440 VAC 7 14 50 60 Hz WRH 7 10 50 60Hz XH10P W 6P L 1 5 10 20 20m DPYC 2 5 CONTROL UNIT RCU 016 TI CN W Fabrication required 100 115V 220 230 VAC WO 16 50 60Hz SO 2 1 www reelschematic com 2 2 Antenna Unit Gland for HV cable TPYCY 1 5 PCB 03P9436 PCB 03P9435 Terminal strip Cover Cover Gland for power cable TPYCY 2 5 Ground terminal Gland for signal cable RW 9600 Antenna unit front view Fabricating signal cable RW 9600 1 Use a ratchet or box wrench diagonal 13 mm to open port and starboard side covers on the antenna unit 2 Unfasten the gland nut for the signal cable and remove the gasket flat washers 3 pcs and gland cap The gland cap may be discarded 3 Fabricate the signal cable as follows a Remove the vinyl sheath armor and sheath by the amounts shown
40. 28343438 404 5NIMVHO SNOISN3WIG 7 6 2 Eze E PIS S CODI ER Lt V 1 000 YOLIINNOD 4 920 101 162 LEZ 1 1 000 lt 80123NNO2 4 610 109 16 LEZ 60 0 17 00 18 08 055320 44 19011499 qch LEZ 0 9 7 lt 5 800 ASSY Hd HX 481 9 8802 60 47 amp LHd HX 099 5800 ASSY HODINNOD HA 45 6802 60 099 amp 800 0E0 ES 800 ASSY d01 NN0 HA ASSV 29 46 0602 60 990 08 WH MED 0 9 800 8 108 000 T SSV YOLIINNOD HN 10 13435 V3H dHSVM E dS 1600 0 CINAW 0LX9 W V n Docu Ob L88 000 SluVd 10 e da 2 cINSW MOOLZ SXEW 4 n EF IR mE 00661 6045 188 000 13825 VHH 4HHSVM SLUVd 38 45 Lir cINSW MOOZCO AYT M ON 3002 0119192530 3 111010 WVN ON 1002 0114192530 JNI 1100 LL 2 2686 1960 01 23 1517 ONINDVd d 03G0 X 9502 03G0 X 9502 0 008 539 530 10201 DESCRIPTIONS FURUNO ELECTRIC CO DIMENSIONS IN DRAWING FOR REFERENCE ONLY 5X20 SUS304 171 000 802 081 19 023 3081 0 CODE NO TYPE c 2 o Q O LL MOUNTING BRACKET VAY TAPPING SCREW LZY A ACCESS0RIES TT
41. 41NOO 304 EH 336 16800 166 90 001 TV1dW 9NIXI 13425 QV3H d3HSVM LINN 7041402 304 22 1094 691 60 SEH Hay 9 Ms 50114182530 3 11100 y E LEE SN0I1dI9253d 3NITL00 zal SE WE Bik D ES EH SH Dd 5314055499 S1VId31VW NOIIVTIVISNI xu E 08860 6044 dl 095 504 9096 7920 019 469 800 3000 0 1156 1960 0 lt 8 665 800 3002 6L V CAINO 358343338 404 5NIMVHO NI 50153014 622 8 3 11 77 OD DIYLIATA ONTndn 056 19 0 166 671 000 1641 691 60 540114142530 ANT LAO 8 SH A 5 y 3unouJ usnid 9L079L0 0 1Od 404 0 860 60444 Z 056 X 19 0 09 SEs 800 ON 300 8825 11 35 LAN BM 13435 V3H g 4474 Mo 5114055322 17 CAINO 39N383338 1 SNOISN3NIQ OIMHlOZ3 3 ONNANSG 9096 1920 LC V 270 208 000 LINA _IOdIN09 404 228572 LINNA 1O041NOO 304 EH Slee 3 3 LINA IOdINO9 404 EH dg 3 35 LINN 1041NOO 304 EH She 3 5 LINNA 104110 304 EH dg 3 35 1 1681 691 60 510114189530 2a H WHY ik 09860 6044 9086 X 1960 069 529 800 ON 3000 uS NOIHSI19 C Xr MA MAYIS VdH ddHSVM 8 9NIXIJ 89 D Sl 3NI 1100 SH 3140 399V EY
42. 5 series ECDIS LAN When connecting FEA 2107 series ECDIS 3 13 www reelschematic com This page intentionally left blank 3 14 4 OPTIONAL 4 1 Gyro Converter GC 10 The Gyro Converter GC 10 incorporated inside the processor unit converts analog gyrocompass reading into digital coded bearing data for display on the radar screen This section explains how to install the GC 10 mainly consisting of the GYRO CONVERTER board and set it up according to the gyrocompass connected Installing the GYRO CONVERTER board Necessary Parts Gyro Converter GC 10 2 Code no 000 080 440 See packing list at the back of this manual for details 1 Open the processor unit Processor unit inside view 4 1 www reelschematic com 2 Fasten the GYRO CONVERTER board inside the processor unit with five washer head screws 3 Fix connector 231 607 019 FUR called J602 with two screws Screw GYRO CONVERTER board M3X8 5 pcs 64P1106A v Screw M2 6X10 2 pcs Connector 231 Connector 231 231 607 019 FUR PCB 03P9342 Fixing GYRO CONVERTER board inside the processor unit 4 Connect the GYRO CONVERTER board to the 03P9342 board with XH PH 03 2088 connector assy 6 14P and NH connector assy 03 2091 ww reelschematic com 5 Connect J602 attached at step 3 to the GYRO CONVERTER board with two VH connector assemblies 03 2089 3P and 03 2090 5P Wiring WAGO connec
43. 6K 107 Rotor voltage 100 110V Stator voltage 90V 36x OFF ES 11A 110 AC synchronous OFF GFF OFE 1 1 200 50 60Hz 2 3 PR222R 2000 Rotor voltage 100 110V PR237L H Stator voltage 22V 21 90 14 DC step ON OFF OFF OFF OFF ON ON OFF 44 2 1 1 MOD 1 2 T 70V 180x 5 6 3 wire SR 130 140 DC step ON OFF OFF OFF ON OFF OFF OFF OFF 4 2 1 1 70V 180 5 6 5 wire open collector TG 100 5000 DC step OFF 4 PR 357 130 70V 180x 5 6 140 5 17 3 wire GLT 201 202 203 TG 6000 DC step ii IE 24V 180x IE i GM 11 AC synchronous y OFF OFF OFF OFF OFF 1 50 60 2 2 3 Rotor voltage 100V Stator voltage 90V 90x SR 120 ES 16 DC step OFF OFF 44 2 10 20 30 35 180 5 6 Kawasaki GX 81 AC synchronous ni OFF OFF OFF OFF OFF OFF OFF 1 50 60Hz 2 3 Rotor voltage 100 110 Stator voltage 90V 90x Armabrown MK 10 MKL 1 DC step OFF OFF ON ON OFF 44 2 1 1 SERIES1351 50V 180x 5 6 4 COM 3 wire Robertson SKR 80 DC step OFF OFF OFF OFF ON ON OFF 4 2 2 2 35V 180x
44. 735 38 OL NOG 0096 MM 291 L 4 067 051 000 31880 TVN9IS 3189 12 18 04194135 38 01 0096 OV L L 4 261 671 000 1dV9 VN9IS 3199 1 2058 03193135 38 OL NOE 0096 Oy L 4 L 4 0 LV 1 000 11880 TVN9IS 3189 4 amp amp 03193138 38 01 NGL 0096 9 L 4t 4 940114199530 33111100 y FE 4 4 SIVIdd1VW NOIIVIIV1SNI 891498 110 4 e 1096 1060 17 OO OrIHLlOH H 1096 980 KINO NI 5 1 2 6 2 8 NVS JHL SI ALITVNO 101084 JHL 40 49 14 NI ddIHS 38 AVW 190084 ddMO1 FHL WLI NV 803 041511 38 AVW 53009 534 1 y C Y q AFD 1 SHOW ER E E E 10 000 99g 000 ON 3009 l C LYLYSEO MJ ME 0 HHIA 9NIdNIOd9 Y 4 00 081 498 000 ON 3009 YOESNS 92X9M 1104 XH LRL 01 48 841 000 ON 3009 voesns 91 ddHSVM 1V 13 Sat GS 01 448 841 000 ON 3009 706505 OW 21 ddHSVM 9NIddS LE PHEN 5 0114182530 F iE 3NI 1100 x Xd SIVIYSLVW NOILIVTIVISNI SEEK A EET 2 6 10618 6040 dl 0 1096 980 00 016 218 800 ON 3000 4486 1960 6 Ss hor MVS JHL 51 ALITVAO 190044 YAddN AWO 398303438 303 INIMV
45. 82 689 Cable FR FTPC CY 20 m Modular connector 2 pcs OP03 28920 000 082 660 Cable FR FTPC CY 30 m Modular connector 2 pcs Note When two memory card interface units are connected via a network change ID code for the second unit 1 Remove the cover and set the IPO bit of the DIP switch S1 on the CARDCPU board 03P9333 to ON 2 Set INIT bit of S1 to ON and turn on the radar Wait until CR2 starts blinking DO NOT turn off the power until CR2 starts blinking 3 Turn off the power and set INIT bit to OFF 314 IP1 2 CJ 5 10 R2 Default all OFF e O IN CARDCPU board 03P9333 Memory card interface unit showing location of DIP switch S1 4 12 www reelschematic com 4 3 DVI RGB Conversion Kit This information provides the procedure necessary for the installation of the DVI RGB conversion kit This kit is installed in the processor unit to enable connection of an RGB monitor or VDR Voyage Data Recorder Name DVI RGB conversion kit Type OP03 180 2 Code no 008 536 070 oee packing list for contents Refer to the figure below for modification DVI RGB CONVERSION board M3x8 SLB FRN4 A 6 pcs RGB BUFF board 03P9229B gt Female RGB Cable User Spring washer 0 Fixing holes P ud Ferrite core as
46. 83 4240 10119 2941 UWI AMLN3 31892 DJ Y c x 218 LINN 10851009 UC 953 CONJICIT 91519373 ONNAN on QUOD 318 SANTI NI SSWW JNIAVdU ANI LL GLA ZA 0 414101 LINN 0 14 46 Sim 210 198 11 005 gt 1 gt 001 8765 SNOTSNAWIC g ARE JHL 414 51 108 9W 9 543425 9NIddvl JS 131112445 LON SI H31IA 1 SNOISNAWIG 30 FNVAL TL S31VJIQNE T SHV J 2 U J39NV4V41 JJIAd3S WAWINIW 92 11 41 Cv 2208 LASSE CY PIM CE 04654 CC pi CI 2 K NN AJI gt gt e ES 24 6 13 11992 113110 NULLdD 11892 103102 3 UC L 5993 KER CLE Y r 1 SHH 9NIXTJ VEEG I Ps v I ONnNANS D 12 DNTAVSIC 271101 908 691 60 9910 61689 CINAUW LINN 9 98 EAS 20 28 740 98 Lt REREAHU THSOAIN J 0793 25205152 0 TX M 4 7 CE NHN MINIS ON S PIT ZF 8 14 SI HLONTT SHHA 4 X REE amp MANIS ISN 55 SILVANO ONISA AD 1
47. 9X10IA 0010750 1 Pu ON d OXLOIAG ez Kez lt 30010 SQMI b S 1 09119 931 ND V 22 224 013188 39019 SONL fia 3 51008 20 08512 104 ON Lor ON Oe Koc ON ND V 5561 013188 9 0 1 0 SANL d QI0IA gt 8 1 gt 810 G 8v1vq Sani 1 29119 931 FT 907 N 10IA i D C dVIV Sau 90103348 sm V 901 9141 193130 9014 10H A oor GND SD Ks GOD 99A A9 ON ON lt 1 09119 931 d AVN 921 YOLVD AVN Lt EL V AWN NY gt il gt 8 1140 E IVIVO SONL NN m oor LIXOM DoD KOLCI VIVd SONL NA 56 8 640 VIVO SONL 2 182 ND 9H 5 ON D8 8 ON 22 088010 00000 za NP g cusa gg YOSNAS 90H 01 5911 25 es KZT TEBE LESI 82 65 00 oj gt SC gt 272 ag lt t lt ERG lt 6 lt 0N QN V Dey CHINS v 2ING E 209 05 i gt 14 z Sa ed 63 KILN amp 0 er dE T E Od CRE Eas YD 01 Eu YOLINOW Q 1AQ LHH e 0016 GE V uo gt G gt FN49 fi 43 109 x 2a
48. AULT ANT HEIGHT 5 7 5 10 15 20 25 30 35 40 45 more 50 m NEAR STC CURVE 2 2 5 3 3 5 4 2 MID STC CURVE 3 4 5 6 FAR STC CURVE 6 7 8 RING SUPPRESSION 0 ECHO ADJ menu 5 Spin the thumbwheel to set a suitable value so that the main bang disappears The setting range is 0 to 255 6 Left click the MENU box to finish 3 5 Other Settings ECHO menu setting Open the ECHO ADJ menu as described on page 3 3 and 3 4 ECHO BACK 2 CABLE ATT ADJ AUTO MANUAL 30 HD ALIGN 000 0 TIMING ADJ 0 MBS 0 DEFAULT ANT HEIGHT 5 7 5 10 15 20 25 30 35 40 45 50 5 2 2 5 3 3 5 4 2 MID STC CURVE 3 4 5 6 FAR STC CURVE 6 7 8 RING SUPPRESSION 0 ECHO ADJ menu CABLE ATT ADJ Before adjusting set the radar as follows Same as default setting of PICTURE1 IR 2 ES off EAV off 24nm range long pulse To adjust the cable attenuation manually choose MANUAL and push the thumbwheel With the gain set to 80 spin the thumbwheel until noise just appears on the screen Default setting is 30 for the antenna cable length of 15 m The setting range is O to 73 To adjust the cable attenuation automatically choose AUTO and push the thumbwheel The message CABLE ATT ADJ appears in red at the bottom of the screen It takes about five min utes to complete the adjustment after which the radar goes into stand by DEFAULT ANT HEIGHT Select height m of the radar antenna unit fro
49. Clamp copper tape section by cable clamp Ferrite core side Connect to DVI D port on the upper part of the processor unit To external monitor or BNC connector converter see page 4 15 How to wire the DVI RBG conversion board 4 13 www reelschematic com 1 Remove the top cover and open the upper part of the processor unit DVI D port Nome DVI cable at step 12 em 9 He Go S CPUs 1 Processor unit side view 2 Fix the RGB BUFF board 03P9229B board with four screws See the figure below 3 Attach the connector assemblies to J1 and J3 on the 03P9229B board as follows J1 13 pin connector of the connector assembly 03 2094 J3 3 pin connector of the connector assembly 03 2093 4 Attach six sets of spring washers and spacers at the locations shown below Spring washer spacer 03P9229B board NSS 42 Connect RGB Cable at step 10 i L L pes 4615 Connect connector assembies step 8 Processor unit bottom chassis 4 14 www reelschematic com 5 Attach the DVI RGB CONVERSION board to the location shown below DVI RGB CONVERSION board JA J9 43 Connect cable ai step 9 ET gt gt Fixing the DVI RGB conversion board inside the processor unit 6 Attach the 10 pin connector from J1 on the 03P9229B board to J9 on the DVI RGB board 7 Attach the connector
50. LAD WOT 11892 530110 NISSW LIND 381 9 13 A04 513308 SHIS ISN 31412345 LON SI HOIHA SNDISNGNIG 40 39NV83 1 53192101 3181 110 FOIANSS WANININ 9982 401 11 42 V lt gt 220B92 P 1 7 E 8725 00127208 oS Z MRmYA 4 111101 T X c 3 D 72 Set 02 1 80 Y AJIA JU Y cs 5E YT f 0505 081 FOET 1 KERLE 81 30 011140 10718 KER LER SONG 664 EH dz d 14 3181393313 ONNANS 3NIETLOO 0 0181 131 10 C 1 LINN 1041802 IK P 44 98309 ws 1710 0199 XVI WW 00 d SSINYOIHL 101 TIVO 530110 SSVW 11419345 LON SI SNOISN3II 40 39NV33101 SALVOIGNI 1 31891 39NV3Y319 3017825 WAWINIAL 100102 916 08 NOILdO 31842 LINN 10MIN0 310138 E T c 28 10140 31872 1014 OVI KEK LE UC GYSBY SONG ACH S 62 886 2400 9000 Ja 5 gp C ms IHSVHVAVI IHSOAIN 4 v0 L DN ALON 1189 LINN 109109 H ig s 2 0 d PAHOR F VLC LPBB CE F PIT 4 amp B rH cl NOISNANIG 100100 2041
51. PCB 03P9436 Cable gland for signal cable RW 9600 Antenna unit front view www reelschematic com 7 Using the terminal opener provided connect cores except coaxial cable to their appropriate locations on TB801 on the PCB 03P9436 Refer to the interconnection diagram for wiring details Push down Terminal opener Procedure 1 Twist core 2 Insert terminal opener as shown and push down 3 Insert core into hole Wire 4 Release terminal Twist WAGO connector 5 Tug on wire to confirm that it is firmly in place How to wire WAGO connector TB802 on PCB 03P9435 Cable gland for HV cable TPYCY1 5 Cable gland for Terminal TB901 power cable TPYCY 2 5 Fix coax cable with with this clamp Fasten shield of signal cable here Antenna unit front view 2 4 www reelschematic com 8 Connect coaxial cable to TB802 on the PCB 03P9435 Fix the shield and conductor as shown below NOTICE Fasten BARE conductor Do not use a crimp on lug to prevent increased contact resistance Taping Fasten conductor with screw How to fasten coaxial conductor 9 Referring to the illustration above for location fasten shield crimp on lug FV5 5 4 attached of signal cable with screw on chassis 10 Pocess unused wires as follows a Slip shrink tubing onto cores and heat b Bind the wires with a cable tie and pass them through the
52. Q 262586 f Z 001 3NVS 3HL SI LONGOYd 40 NI G3ddIHS VM LONGOYd AHL WALI NV 43151 38 VM 59005 Sd Uy RHREROCGESEPIERS CEPR 2 05 01134794 018 E 5 INO 39N34343H 9NIMVHO NI SNOISN3WIQ 7 82 PIXETS Co bi Eg 17 OO 91819413 LO0V6 X 1920 00 702 798 000 ddHSVM 9NIddS CINW M16160 EN AEN 00 199 108 000 930VdS k h vY SSV 318V9 Bet L 4 SSV YOLOANNOD HX 1 SSV 80193NNO9 HX 13 SSV YOLOANNOD HA a BS ddVOd 4408 898 66 8V 1 000 15 3308 894 019 09 WV nao 41 9 884541 ET 4 SMMVWHM 940114199530 331100 SH BW OE 4 4 SSV 894 1 0 13 9 9 1 0 SIVIdd1VW NOIIVIIV1SNI NV 404 T MAYIS QV3H ddHSV MC 0682 5044 3dA1 45 HH OO 2 1096 1960 09 2 5 800 ON 3009 uondO gOY IAT 2 081 0d0 L L 9 1986 X 1980 1511 ce v Lev 81418414 JNWVdO LINN VNNHINV 0 3006 111 40 I P4 ds BY ch az q 01 901 854 IHSOAIN 190 Z 590 WW AHL ONIXIH 404 51108 CIN SNE 31410345 LON SI HOIHM 30 JONVS
53. RP SENSOR DATA 0 DEFAULT Not shown on IMO radar ACQ PRESET 1 BACK 2 LAND SIZE 800 M 3 ANT SELECT XN12AF XN20AF XN24AF XN4A XNSA SN30AF SN36AF SNAA SN5A 4 AUTO ACQ CORRE 5 SCAN 5 AUTO ACQ WEED 1 SCAN TRACK PRESET 1 BACK 2 GATE SIZE S M L LL 3 FILTER RESPONSE 1 2 3 4 4 LOST COUNT 9 SCAN 5 SPEED 100 5 6 TRACKING 1 2 3 4 7 START TIME TGT VECT TIME SCAN 50 SEC 20 SCAN ARP related menus TIM OUTPUT Set the output format of tracked targets among OFF REL and TRUE OFF No output REL relative Target bearing from own ship degree relative Target course degree relative Target bearing degree true Target course degree true TRUE Note The TTM OUTPUT port changes according to the setting for INS as described on page 3 13 INS OFF Output from J619 port INS SERIAL Output from J620 port INS LAN Output from NETWORK port MAX RANGE Choose the maximum ARPA tracking range 24 or 32 nm ECHO LEVEL Set echo detection level The setting range is 1 to 31 QV DISPLAY OFF Normal picture ON Quantized picture Always off at power on ARP W O GYRO Not shown on IMO radar ARPA may be used without a gyrocompass Choose ON to use ARPA without a gyrocompass 3 11 LAND SIZE Set the minimum echo size to be considered a landmass The setting range is 100 to 1000 m in Increments of 100 m ANT SELECT Set the model of antenna radiator used AUTO ACQ CORRE Se
54. WIQ amp 2 8 F I Oly Ul 2066 1920 ON 11 09 91419373 HMVN S YAN 00 000 201 000 01 6 141 000 EISE 1 LINA 14510 3404 ddd 02 EE Vc 0GZ 8194 X T HMVdS H u d 3NI1InO lud DNDBOM uo 40 3NVN WALI ON 3009 SyuvW3H ON 14553 ddd 5135 zd ____4 2045 iau L L l 6066 1960 066 925 800 08 3000 104 1511 SldVd d4VdS ON dIHS 17 1413414 ONn n 7096 190 CATNO 30N343J3H 804 ONIMVUG NI SNOISNAWIG 628 5 JHL SI ALI TVA 191084 JHL 40 39V d NI ddIHS 38 AVW 19100084 ddMO 1 dI WLI NV 3404 041511 38 AVW 53009 534 1 722312 AFD NPHL SHO E F RR 00 480 408 000 01 19 091 000 3005 13498 144 1 4148 LINA 14510 404 EH dg Se X TAL ANGLEN HNVd LINA 14510 404 EC SCA M HNVd LINA 510 304 5 EH dg E XE MEE M 5 0114149530 3NI 1100 EIE 277 uH 3140 399V 1 1 01860 6044 Z 7086 7920 00 010 988 800 ON 3002 12 e e T ee P cc cc cc E A A A A T EP EP EP gt lt cc mec mea Hga Hga Hga cc 48 cc 5 ES ES ES
55. YG SNOISN3NIQ 32828 40 40 1 NI ddIHS 39 AVW LONGOYd ddMO1 JHL WALI NV 404 041511 39 AVW 54009 534 1 VAL 4 Ce S SH OM HHT PH S C E iE CANO 398383434 9NIMVHO NI SNOISN3WIQ 7 82 5 2 00658 AOd HO OV NO SLYVd d3HVdS 3SOOHO 6 0 6 X Z0 0 4 T ON 1 09 91810313 oNnun4 3MVN S TN WdInO 5 ATNOWWOO S 1ON d JSId 1SV 122 4 E ig D EE 01 90 671 000 ASSY 3187 WS 1319 15 0 0 1 4 L 4 S1VId 1VW NOIIVTIVISNI d3H10 0095 00 Tews 01860 6044 5114055422 x 066 SES 800 a b LObtL 0dS HEPS SluVd 38 45 TUE y Hsnyg NOGNVO SIVd 38 45 39745 Ydd ON 3dAL jyyvd ON 006 0 0dS LE ONT YOM 10 3WVN wall SIHVd 3845 oat ON x88Z 080 000 LINN 14510 2102 gg LINN 1402 138831 ON dIHS ON 3002 0114182530 834 5138 DLOZ nN a L L 2 86 10 0 LS I1ONIWIOVd JNVS JHL SI ALITVNO 19200084 YAddN JHL 40 39 14 NI 0344 5 38 AVW 19110084 4 01 JHL Wall NV 404 041511 38 AVW 54009 NV SddAl y 3 11 SR 7282 2 SHO e Erik 1 X INO 39N343334 404 NIMVYA NI SNOISN3
56. aight target for example pier on the 0 25 m range will appear on the dis play as being pulled inward or pushed outward See the figure below The range of target echoes will also be incorrectly shown 1 Correct 2 Target pushed 3 Target pushed inward outward Examples of correct and incorrect sweep timings 1 Transmit on the 0 25 nm range 2 Adjust the radar picture controls to display picture properly 3 Select a target echo which should be displayed straightly 4 On the ECHO ADJ menu choose 4 TIMING ADJ ECHO ADJ BACK 2 CABLE ATT ADJ AUTO MANUAL 30 HD ALIGN 000 0 TIMING ADJ MBS 0 DEFAULT ANT HEIGHT 5 7 5 10 15 20 25 30 35 40 45 50 NEAR STC CURVE 2 2 5 3 3 5 4 2 MID STC CURVE 3 4 5 6 FAR STC CURVE 6 7 8 RING SUPPRESSION 0 ECHO ADJ menu 5 Spin the thumbwheel to set a suitable value which causes the target to be displayed straightly The setting range 15 0 to 4095 6 Left click the MENU box to finish www reelschematic com 3 4 Suppressing Main Bang If main bang appears at the screen center suppress it as follows 1 Transmit the radar on a long range and then wait ten minutes 2 Adjust gain to show a slight amount of noise on the display 3 Select the 0 25 nm range Adjust sea clutter control to suppress sea clutter 4 On the ECHO ADJ menu choose 5 MBS ECHO ADJ 1 BACK CABLE ATT ADJ AUTO MANUAL 30 HD ALIGN 000 0 TIMING ADJ 0 MBS DEF
57. cable gland on the chassis 11 Close the cover which protects pcb 436 12 Seal the cable gland for the signal cable with putty 15 com Fabricating HV cable TYPCY 1 5 and power cable TYPCY 2 5 1 Unfasten the gland nut for the HV cable and remove gasket flat washers 3 pcs and gland cap The gland cap may be discarded 2 Fabricate the HV cable as shown below Vinyl Armor 2 1 56 SECTIONAL VIEW How to fabricate HV cable TYPCY 1 5 3 In the order shown in the figure below pass the gland nut flat washers 3 pcs and gasket onto the HV cable 4 As shown in the figure below fold back the armor onto flat washer 2 and insert remaining armor through flat washer 3 Cut off the part of the armor that protrudes past the flat washers 2 and 3 Flat washer 1 2 3 N Cut off armor that protrudes past washer Gasket Gland nut Passing flat washer etc onto HV cable 5 Pass the HV cable through its cable gland and then tighten gland nut 6 Connect wiring to TB901 referring to the interconnection diagram 7 Unfasten the gland nut for the power cable and remove gasket flat washer 3 pcs and gland cap The gland cap may be discarded 15 com 8 Fabricate the power cable as shown below E mm 5 mm Sheath FV2 4 Conductor 5 2 50 2 01 mm SECTIONAL VIEW 500 mm Vin
58. creen can be viewed conveniently while facing the bow Locate the unit out of direct sunlight and away from heat sources because of heat that can build up inside the cabinet Locate the unit away from places subject to water splash and rain Leave sufficient space on the sides and rear of the unit to facilitate maintenance referring to the outline drawing for maintenance space he monitor unit will give interference to a magnetic compass if it is placed too close to the com pass Observe the compass safe distances on page ii to prevent interference to the compass Mounting procedure Flush mounting Follow the procedure below to mount the monitor unit in a console 1 Make a cutout in the mounting location referring to the outline drawing shown below 2 Set the monitor unit to the hole and fix it with four self tapping screws 6x30 3 Attach panel hooks near the fixing holes upper part See next page These are used to pull out the monitor unit from the panel for servicing 4 Attach four panel covers to the fixing holes 2063 1 4 FIXING HOLES 08 FIXING HOLES Mounting dimensions for flush mounting the monitor unit hook Fixing screw How to attach panel hook and panel cover Note If you need to remove the monitor unit from the console remove the four panel covers with your fingernail and use two panel hooks supplied as accessories to lift the monit
59. d the control unit is as follows Note that the cable fabrication for each end is different lt Control unit Processor unit 180 mm 10 20 30 m 300 Option Cable XH10P W 6P L 20 30M When the RCU 016 is installed optional cable XH10P W 5P A L 10 20 30M is required Cable fabrication for each end is the same Control unit Processor unit 150 mm 10 20 30 m 150 mm Cable XH10P W 5P A L 10 20 30M 2 10 www reelschematic com Location of connectors Open the processor unit as shown below to access the 03P9342 board which is for connection of external equipment Cable clamp Cables from power supply unit O3P9342 Gyro converter board or AD 100 External alarm opeed log Track control MS Navigator ECDIS Gyro converter board Heading sensor To Sub display SEMI LOG Cable from the To control unit From Master radar Cable from antenna unit 12V for card I F Tx HV line Coaxial wire Location of connectors inside the processor unit See page 2 12 for details 2 11 w reelschematic com Cable fabrication for the cables connected to the 03P9342 board Signal cable RW 9600 Between antenna unit and processor unit sheath Shield 60 x 450 x 5 Vinyl tape Expose cores and then wind shield around armor 8 Set 49261 49 89 9103 55425045504 ES 069 060 PES DSS PAY
60. e packing list at the back of this manual for further information about this kit 1 Fix the mounting bracket 19 023 3081 to the unit with four screws 2 Mount the above assembly on a desktop with four self tapping screws Connections One memory card IF unit and one processor unit Connect as shown below 12 IF un Processor unit MJ A3SPF0015 100 10 m BIO J614 12 VDC two mini cards PSE APTX BL 10 m NETWORK NETWORK RJ 45 Connections for one memory card interface unit One memory unit and multiple processor units Prepare optional armored LAN cable kit and Switching Hub HUB 100 Connect as shown below 12 VDC unit Nea MJ A3SPF0015 100 10 m 9614 12 Processor two mini cards unit FR FTPC CY 10 20 30 m NETWORK 21210711 NETWORK FR FTPC CY 10 20 30 1 ri Switching hub ne FR FTPC CY No 2 10 20 30 m E Processor m straight c unit 1 oe ae eo P i n HUB 100 No 3 option E FR FTPC CY 10 20 30 m straight 4 10 20 30 m straight Processor 1 2227 unit Connecting one memory card interface unit and multiple processor units via switching hub 4 11 LAN cable OP03 28900 000 082 658 Cable FR FTPC CY 10 m Modular connector 2 pcs OP03 28910 000 0
61. ea 40 NI Q3ddIHS 38 AVIN LONGOYd JHL WALI NV 151 38 VA 54009 ANY Sd 1 OML Diss NP EORR ZEE AL ER 191084 ddddil JHL 40 49 14 NI ddIHS 38 AVW 19100084 YAMOT NL WLI NV 3404 041511 38 AVW 54003 NV 534 1 0 1 HA AFD WMS CMI 1 SHOWS Ces E E E VA0ZZ 20881 6048 HO 001 10681 6046 SNOILVOIJIO3dS 5 HOSS OOdd OL JNO 193138 0661 0dS 022 0 10991 2035 122 Z EET E E 8 40 1 00 04 014 800 SIVIdd1VW NOIIVIIVISNI Obl 0d9 RHEI SIVIdd1VM HEI 00 07 0 9 800 SLUVd 49VdS 00451 6045 wee 00 0 618 800 SLUVd 3uVds 10441 6045 901 NO dMId9 EEES 5 0114149530 3NI 1100 SH WHY ui pj 5 amp 8 00 499 060 000 N LINN 7041902 d3MOd 0900 054 SEEK A EET SIVIdd1VW NOIIVIIV1SNI UI 10818 6040 dl 0 2076 980 00 08 218 800 ON 3002 900 5 I L 0 2986 020 1511 SNI 13MOVd OL V GL V AWVS SHI SI ALITYNO 19010084 ddddn JHL 40 30Vld NI 03441 5 38 AVW 19110084 ddMO1 JHL WALI NV 803 041511 48 AVW 53000 NV SddAl RENQ SY ro SHOH CES 1 INO 30N34343H 304 DNIMV3Q NI SNOISN3NIQ 6 2 8 PAE ORM Ul
62. en The message TUNE INITIALIZE appears in red during automatic tuning When this message disappears the tuning is completed If nec essary adjust the GAIN control to show echoes clearly 7 Push the right button twice to close the menu www reelschematic com 3 2 Heading Alignment You have mounted the antenna unit facing straight ahead in the direction of the bow Therefore a small but conspicuous target dead ahead visually should appear on the heading line zero degrees In practice you will probably observe some small bearing error on the display because of the difficulty in achieving accurate initial positioning of the antenna unit The following adjust ment will compensate for this error Correct bearing relative to heading Target Apparent position of target Antenna mounted error Picture appears to port HDG SW deviated clockwise advance Apparent position of target p Target Correct gt bearing relative to heading Antenna mounted error Picture appears to starboard HDG deviated counterclockwise SW delayed Heading alignment 1 Select a stationary target echo at a range between 0 125 and 0 25 nm preferably near the heading line 2 Operate the EBL control to bisect the target echo a Roll the trackball to place the arrow in the EBL1 or EBL2 box at bottom left corner whichever EBL you want to use b Push the left button to turn on the EBL c Push the left button again to se
63. erations The antenna unit is generally installed either on top of the wheelhouse on the radar mast or on a suitable platform The mounting location should afford a good all round view and satisfy the siting and mounting considerations mentioned below Siting No funnel mast or derrick should be within the vertical beamwidth of the antenna unit in the bow direction especially zero degrees 5 to prevent blind sectors and false echoes on the radar picture Deposits and fumes from a funnel or other exhaust vent can adversely affect the aerial perfor mance and hot gases may deform the radiator The antenna unit must not be mounted where the temperature is more than 70 Locate a direction finder antenna clear of the antenna unit to prevent interference to the direc tion finder A separation of more than two meters is recommended Choose location where reflections from the radar reflector will not be received by the radar antenna The standard antenna unit orientation has the cable glands directed toward the bow Leave sufficient space around the unit for maintenance and servicing See the antenna unit out line drawing for recommended maintenance space Mounting Use rope and crane to hoist the antenna unit to the mounting location Lifting fixtures are pro vided on the antenna chassis to which to fasten rope Mount the unit parallel to the waterline A hole is required in the mounting platform for the antenna cable An ap
64. ge with silicon rubber 1 Do not let sealant contact O ring groove 2 Evenly coat flange with silicon rubber at the locations shown below Use enough silicon rubber so that it oozes out when fastening bolts Wipe off surplus Be sure silicon rubber does not contact choke guide or feeder waveguide lt Silicon O ring Choke guide O ring Silicon rubber Note The surface to be coated with silicon rubber should be cleaned beforehand to remove foreign material or silicon rubber previously applied How to coat waveguide flange with silicon rubber www reelschematic com Antenna Radiator Feeder Waveguide Parts of antenna unit XN4A XN5A List of parts for assembling antenna unit Type ne Tens 7 2 HexBoltB 000 Bolt B 4 16 505304 vees 8 288 ee ES Hex Bolt M8x30 SUS304 4 7 paws eeso a Sng Washer u 47 3 4 38 Tat Spring m0 3 su N www reelschematic com How to hoist antenna unit 1 Referring to the illustration below fasten rope A of approx 85 cm in length and fasten rope B of approx 100 cm in length 2 Place protective material cardboard foam etc between rope and radiator at the asterisk marked locations shown below to prevent damage to the radiator 3 Hois
65. he gain is 8 dB lower than that LOG GAIN to 4 Vp p the gain is 8 db lower on the master radar and STC are than that on the master radar con GAIN control The GAIN control is effective The GAIN control has no effect trolled Video signal for STC control The STC control is effective The STC control has no effect conventional sub display is output J618 SEMI Overall gain When input video level is adjusted The gain is almost same as that LOG Video to 4 gain becomes the on the master radar signal of same as that on the master radar main radar GAIN control The GAIN control is effective The GAIN control has no effect controlled GAIN and STC control The STC control changes the The STC control has no effect STC is image however STC is doubly output applied resulting in improper radar picture Therefore it is not recom mended to use this port 2 13 www reelschematic com 2 5 Power Supply Unit Wire the power supply unit referring to the interconnection diagram Be sure to ground the unit with IV 8sq wire local supply Note 1 Motor specification cannot be changed in the field Note 2 Pass the AC line through a double contact breaker shipyard supply Further for vessels where the power line is grounded connect one end of the line to the C common terminal and the other end to the H terminal High voltage is present at the No 6 pin of TB3 Miswiring a
66. is os SNO5N3WO gy XX YOLOANNOO 14 4 14 NO 0 1 WW 8 SI SS3NDIDIHL ASV ONILNNOW LINNA AHL 803 YW LAN 350 31410345 LON SI SNOISNANIG 40 9NVdHI01 531 10 41891 x 39NVJVH10 3OA33S 37 ALON S Mm 002 7 VMA 72 YOLOINNOD 33800 amp 5X Cs 2 u u 9 Y W TH hte NRIN S F O2 TXTPISEVXCPS OA 3 81 F a Baz Y 3 6 STI 22 028 028 1108 9NIXH 006 401 104102 SIGNTONISSVN a 3HL 9NIXIJ 69 SM3YIS HOV09 MO 51108 OIN ISA 131412345 LON SI HOIHM SNOISN3NIC JO 1101 S3LVOIONI 1 AYL 7 IHSVHVNI JOINTS 1 310 3 YO SEN WOT 12 483 8 5 22208 52362504 471 4 2 41 01 CE 2 lt c 6 A 1 50140 JI0NVH 0G veS 00 Lf S L LL III lI I I ___ l 6 OSG NI E al V MAA 53 0 V E Lo 9 IVNINS3L ONO uu JONVYFIOL uu SNOISN3JAK WW T 08 IVNINS3I dJ3MOd 4013 10910956 T X E 25
67. lly until the overvoltage detection cir cuit activates i e power supply cuts off 6 Lower the output voltage of the variable transformer and confirm that the radar automatically turns on with a voltage lower than 142 VAC or 284 VAC 7 Gradually increase the output voltage of the variable transformer and confirm that the over voltage detection circuit activates at 144 V or 288 VAC of the variable transformer output 8 Assemble and connect the power supply unit 2 18 3 ADJUSTMENTS This section provides information necessary for setting and adjusting the radar which 15 ried out from the radar s menu system Menus may be accessed from the keyboard or on screen menu in case of Control Unit RCU 014 or on screen menu in case of Control Unit RCU 015 The menu illustrations in this chapter show default settings in bold face 3 1 Initializing Tuning Transmit the radar on 48 nm range Rotate the GAIN control until the value on the gain bar is 70 80 Left click the MENU box at the right side of the screen opin the thumbwheel to choose 1 ECHO and then push the thumbwheel N ECHO BACK 2 20 ECHO REJ OFF ON TUNE INITIALIZE WIPER OFF 1 2 ECHO AREA CIRCLE WIDE ALL Not available with IMO radar ECHO menu 5 Spin the thumbwheel to choose 3 TUNE INITIALIZE 6 Push the thumbwheel to initialize automatic tuning In a few moments echoes appear on the scre
68. m the sea surface from among 5 7 5 10 15 20 25 30 35 40 45 and more 50 m NEAR STC CURVE MID STC CURVE AND FAR STC CURVE The default setting is suitable for most conditions If necessary change the setting according to sea conditions RING SUPPRESSION This is mainly used to removes ring noise that appears in the waveguide type radar Adjust so the rings disappear at the range of 0 125 nm The setting range is O to 255 3 7 15 com SCANNER menu 1 Open the INITIALIZE menu as described on 3 3 and 3 4 2 Choose 3 SCANNER to open the SCANNER menu SCANNER 1 BACK 2 BLIND SECTOR 1 START 000 ANGLE 000 BLIND SECTOR 2 START 000 ANGLE 000 ANT REVOLUTION LO HI AUTO ANT SW OFF ON ANT STOPPED STBY TX M SPEC OFF ON NORMAL BB SCANNER menu BLIND SECTOR 1 BLIND SECTOR 2 Set area up to 2 where no radar pulses will be transmitted Heading should be adjusted before setting any blind sector For example set the area where an interfering object at the rear of the antenna would produce a dead sector area where no echoes appear on the display To enter an area enter start bearing relative to heading and dead sector angle To erase the area enter O for both the START and ANGLE options The setting range of START is 0 to 359 and ANGLE is 0 to 180 REVOLUTION SW STOPPED This 15 used for
69. mper connector P108 from the PWR board 03P9339 and change the fuse in the processor unit according to ship s mains Then adjust the overvoltage detection circuit the pro cedure for which is shown on the next page Note When switching from 220 VAC to 100 VAC construct a jumper connector locally referring to the illustration on the next page VH8 connector housing is to be plugged into J108 Power supply Fuse Jumper connector P108 Cover of PWR board PWR board Upper part of processor unit SPU assembly omitted Processor unit inside view 2 16 recischematic com PWR board Jumper connector VH8P Processor unit inside view How to adiust the overvoltage detection circuit 1 Add or remove the jumper connector P108 as appropriate and change the fuse referring to the table on the previous page for details 2 On the PWR board set R21 fully clockwise 3 Connect a variable transformer between ship s mains and the input power terminal board TB 1 in the processor unit 4 Adjust the variable transformer output i e input voltage to the processor unit as follows For 100 set 144 For 220 VAC set 288 VAC 5 Turn on the radar and rotate R21 counterclockwise gradually until the overvoltage detection cir cuit activates i e power supply cuts off 6 Lower the output voltage of the variable transformer and confirm that the radar automatically turns on with a voltage lo
70. n OFF again to effect changes Setting method 1 DIP switch settings and qvrocompass specifications 1 Gyrocompass type 2 Frequency Frequency type 1 5 pulsating current pulsating current DC step ON OFF 44 85 6 500 Hz OFF ON AC synchronous bae aca putin cure Full wave OFF ON OFF 4 5 6 DC ON DC synchronous mamme pese __ Half wave 44 45 46 eee 3 Rotor voltage between R1 4 R2 4 Stator voltage between S1 amp S2 5772 300 70 VAC OFF 5 Ratio 6 Supply voltage 7 AD 10 format data 8 0183 Tx interval and output sentence Select data Tx interval for ports 1 to 6 with jumper wires JP6 and JP7 The Tx interval TX IS available in 25 msec 200 msec Use Interval 25 for radar Output sentence 9 0183 10 0183 11 Power fail 12 Stator signal Version no baud rate detection loss detection OFF Use OFF for radar only SW2 4 factory use only SW3 4 not used After setting jumpers and DIP switches reset the power or set SW2 8 to CPU 4 6 www reelschematic com S etting method 2 make and model of 55 uu 7 Anschutz Standard 2 3 AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF ON OFF 1 50 60Hz 22 43 Rotor voltage 50 60V Stator voltage 22V
71. nd the cursor inside the effective display area d Roll the trackball coarse adjustment or spin the thumbwheel fine adjustment to bisect the target with the EBL 3 Read the target bearing 4 Measure the bearing of the stationary target on the navigation chart and calculate the difference between actual bearing and apparent bearing on the radar screen 5 Left click the MENU box at the right side of the screen to close the menu 15 com 6 For Control Unit RCU 014 a While pressing and holding down the HL OFF key press the MENU key five times b Press the 0 key to show the INITIALIZE menu For Control Unit RCU 015 oee the procedure on the next page for how to show the INITIALIZE menu INITIALIZE 1 BACK 2 ECHO ADJ 3 SCANNER 4 INSTALLATION 5 OWN SHIP INFO 6 ARP PRESET 7 NETWORK 8 OTHER INITIALIZE menu 7 RCU 014 Press the 2 key to open the ECHO ADJ menu RCU 015 Choose 2 ECHO ADJ and then push the thumbwheel ECHO ADJ BACK 2 CABLE ATT ADJ AUTO MANUAL 30 HD ALIGN 000 0 TIMING ADJ 0 MBS 0 DEFAULT ANT HEIGHT 5 7 5 10 15 20 25 30 35 40 45 more 50 m NEAR STC CURVE 2 2 5 3 3 5 4 2 MID STC CURVE 3 4 5 6 FAR STC CURVE 6 7 8 RING SUPPRESSION 0 ECHO ADJ menu 8 RCU 014 Press the 3 key to choose HD ALIGN RCU 015 Choose 3 HD ALIGN and then push the thumbwheel 9 RCU 014 Key in the bearing difference The setting range is
72. ng dimensions for control unit RCU 014 left and RCU 015 RCU 016 1 12 www reelschematic com Connecting RCU 016 in series with RCU 014 1 Pass the cable from RCU 016 2 Plug in connector to J502 3 Clamp the copper part of the cable with the cable clamp Control unit RCU 014 inside view www reelschematic com Changing the cable entrance on control unit RCU 015 RCU 016 To change the cable entrance from the side default to the bottom modify the unit as shown below Screw M3X8 torque 10 78 Nm Bottom of unit 2 Pull out cable Cable clam 3 Pass cable thru this hole Screw 4 8 torque 1 47 Nm 4 In here clamp copper part f E of cable with cable clamp removed at step 1 P 1 Remove cable clamp NOS J522 Plug in here to connect RCU 016 in series with RCU 015 Changing cable entrance on control unit RCU 015 RCU 016 1 14 www reelschematic com 1 4 Processor Unit Mounting considerations When selecting a mounting location keep in mind the following points Locate the processor unit away from heat sources because of heat that can build up inside the cabinet Locate the unit away from places subject to water splash and rain Leave sufficient space at the sides and rear of the unit to facilitate maintenance referring to the outline drawing A magnetic compass will be affected if the processor unit is placed too close to it Observe the c
73. nna Unit XN4A RSB 106 200 220 2570 mm XN4A RSB 107 24 VDC 2570 mm XN5A RSB 106 200 220 VAC 3210 mm XN5A RSB 107 24 VDC 3210 mm Power Unit PSU 006 Monitor Unit MU 201CR For FAR 2157 Processor Unit RPU 013 Control Unit RCU 014 Standard type RCU 015 Trackball type Installation CP03 31301 008 572 970 For antenna unit Materials CP03 25700 000 080 435 15 m signal cable RW 9600 CP03 25710 000 080 436 30 m signal cable RW 9600 CP03 25730 000 082 191 40 m signal cable RW 9600 CP03 25720 _ 000 080 437 50 m signal cable RW 9600 CP03 25800 000 080 434 Cable assy for monitor unit CP03 25602 008 535 940 For processor unit CP03 31401 008 572 750 For power supply unit CP03 25604 008 539 850 For control unit Accessories FP03 09810 008 536 010 For monitor unit FP03 09850 008 535 610 For standard type control unit FP03 09860 008 535 690 For trackball type control unit Spare Parts SP03 14404 008 535 910 For processor unit 100 SP03 14405 008 535 920 For processor unit 220 SP03 09203 008 424 380 For 24 VDC antenna unit SP03 14401 008 535 990 For FAR 2157 s monitor unit SP03 15501 008 572 730 For power supply unit 100 VAC For power supply unit 220 VAG SP03 15501 008 572 740 See packing list at end of this manual Optional equipment Name Type Code No GC 10 2 000 080 440 See Chapter 4 LL MEME ae for power supply unit Siepdown 0485
74. ompass safe distances on page ii to prevent interference to a magnetic compass Mounting procedure Fix the unit with four M6 bolts or self tapping screws 2 7 FIXING HOLES Minimum recommended service space Mounting dimensions for processor unit Upper case assy Note If you fix the unit with the cable entry up do not unfasten the screw 3 10 that fastens the upper case assy and lower case assy of the processor unit Do not unfasten this screw T 1 15 1 5 Power Supply Unit Mounting considerations The power supply unit may be mounted on a bulkhead or a deck Because it has no operation requirements it can be located almost anywhere provided the location is well ventilated Mounting procedure Fix the unit to the mounting location with four 6x20 self tapping screws local supply For mounting on a bulkhead do the following 1 Mark location for mounting holes 2 Screw in the self tapping screws at the location for the bottom fixing holes leaving a gap of about 5 mm between the bottom of the screw head and bulkhead 3 Set the unit to the screws inserted at step 1 4 Fasten the self tapping screws at the top of the unit 5 Tighten all self tapping screws A 240 1 50 WINDOW 440 LED TERMINAL TERMINAL T 11 I r1 mI E GND E 24041 TERMINAL 4 MAINTENANCE SPACE Mounting dimensions for power supply unit 1 16 2 WIRING
75. or unit Desktop mounting Use the optional desktop mouting kit Type FP03 09820 Code No 008 535 560 to mount the monitor unit on a desktop Contents of desktop mounting kit 09820 Hanger stay 100 305 191 Snap button KB 13 Black Hex M10x30 000 162 884 10 Spring washer 000 864 261 Flat washer 000 864 131 Assemble two hangers and hanger stay with two hex bolts M10x30 washers and spring washers and cover each hex bolt with hole plug Fix above assembly to mounting location with four hex bolts M12 dockyard supply Fasten the monitor unit to the mounting hanger assembly with four hex bolts M6x25 supplied Cover each hex bolt with a panel cover 4 pcs O N Cover fixing holes for hand grips with snap buttons 4 pcs www reelschematic com Panel cover Hex bolt M6x25 M12 bolts for fixing q Dockyard supply Hanger stay Hanger Snap button Flat Washer M10 opring Washer M10 Hex bolt M10x30 Hole plug Panel cover To remove this insert fingernail in groove Fastening monitor unit to hanger Attaching hand grips Hand grips are optionally available for the desktop mount monitor unit Attach them as follows 1 Remove the snap buttons attached at step 5 on the previous page 2 Fix hand grips with wave washers rosette washers and flat head screws 0 0 mG in Hand grip Wave washer Rosette washer
76. ose distance in front of the wheel house it may be necessary to halt transmission within a certain sector of antenna revolution This can be done from the SCANNER menu Distance to Distance to n d 100 Wim 10 W m point point XN4A 13 60 m 12 30 m A WARNING CAUTION Do open the equipment unless totally familiar with electrical circuits and service manual A proper license is necessary to install a radar See your dealer details Only qualified personnel should work inside the equipment Observe the following compass safe distances to prevent interference to a magnetic compass Wear a hard hat and safety belt when mounting the antenna unit Standard Steering Serious injury or death can result if compass compass someone falls from the radar antenna mast i Construct a suitable service platform Monitor Unit from which to install the antenna unit MU 201CR LOS Ma 1 00 m 2 Processor Unit Serious injury or death can result if RPU 013 1 35 0 85 falls from the radar antenna Control Unit Unit Do install units other than the RCU 015 antenna unit in a place subject to rain Control Unit or water splash RCU 016 0 65 0 45 Fire electrical shock or injury result if Unit PSU 006 0 30 9 30 water leaks into those units Memory Card In
77. propriate platform should be constructed at the mounting location to facilitate installation and maintenance work Connect ground wire between antenna terminal on antenna chassis and ground point If the mounting platform is made of steel paint it to prevent electrolytic corrosion DO NOT paint the antenna radiator Assembling the antenna unit The antenna unit should be assembled before mounting it Follow the procedure below to assemble the antenna unit The numbers in parentheses refer to the parts numbers shown in the illustration on the next page 1 Grease the O ring 1 and set it to the O ring groove in the flange on the rotation coupler on the antenna base Fasten the feeder waveguide to the antenna base with hex bolts B 2 Coat the surface of the waveguide flange with silicon rubber referring to the illustration below for instruc tions Loosely fasten the antenna radiator to the antenna base with hex bolts 3 and 6 flat washers 5 and 7 spring washers 4 and 8 and hex nut 9 Grease the O ring 1 for the antenna radiator and set it to the O ring groove on the feeder waveguide flange on the antenna radiator Fasten the feeder waveguide to the antenna radiator with hex head bolts 2 Fasten the waveguide clamp 13 to the waveguide clamp insulator 14 with hex head bolt 10 flat washer 12 and spring washer 11 fasten the antenna radiator to the antenna base How to coat waveguide flan
78. s NICE Fury 4 amp CE Nem j GO G 0GI __ 00 51 00 762 001 gt 1 gt 06 a V V 2 x TONVUTIOL SNORNMO uu 7 EARE 2 ONNANS 3 100 wq JHL 9NXH 304 OZXS 583505 9NddVl JHS 3807 411811 LIN OVD wi adi 38 13410345 LON SI SNOISN3AIQ 40 39NV33101 S31VOIONI 78 r CG JONVYVITO 32435 6 Ui 2008 GOW HSVHVyV1 2 SUS TIN I 0 6 ON 7 RIOOHBROTXGHNOMCLELASSY CAN P CCH CE dL 006 09 m Win Z amp c 028 20 001 002 30193809 13 13 10193 02 33104 amp 4 XU 4 t amp y 4 2 0 D 006 gt 1 gt 001 8 0001 Lo ___ 006 No mm 9 U A 00151 06 JA 61 0921 ___ H N 8 310 50514110 9 0 WW 20 EARE A ONNIN 3l 8123313 ONNANS in 0 3NEILOO 1 002 00 6 a INNON LINN JOVANALNI GNI ow Hi I P WEHY Y TC 4A 3 UiEWU XSL GN 1 000 mw lai SON 3 PO 60 20 a 2 001 006 gt 1 gt 001 001 gt 1 gt 06 ay o
79. set to OWN SHIP INFO menu Open the OWN SHIP INFO menu by choosing 5 OWN SHIP INFO from the INITIALIZE menu OWNSHIP INFO 1 BACK 2 LENGTH WIDTH LENGTH 100m WIDTH 50m 3 SCANNER POSN BOW Om PORT Om 4 GPS1 ANT POSN BOW Om PORT Om 5 GPS2 ANT POSN BOW Om LEFT Om 6 CONNING POSN BOW Om PORT Om OWN SHIP INFO menu LENGTH WIDTH and SCANNER POSN To accurately inscribe own ship marker on the screen enter length and width of the ship and antenna position from the bow and left sides The setting ranges are as follows LENGTH 0 to 999 m WIDTH Oto 999 BOW to 999 m LEFT to 999 m GPS 1 ANT POSN and GPS 2 ANT POSN This is for AIS Enter the GPS antenna position from the bow and left side The setting ranges are the same as above CONNING POSN Enter the conning position from the bow and left side The setting ranges are the same as those shown on the preceding page When you set the reference point as the conning position these values are used to correct the radar antenna position Note If two or more radars are installed all items on the OWN SHIP INFO menu should be the same except 3 SCANNER 3 10 ARPA PRESET menu www reelschematic com Open the ARPA PRESET menu by choosing 6 ARP PRESET from the INITIALIZE menu ARP PRESET 1 BACK 2 TTM OUTPUT OFF REL TRUE 3 MAX RANGE 24 32 4 ECHO LEVEL 16 5 QV DISPLAY OFF ON 6 ARP W O GYRO OFF ON 7 ACQ PRESET 8 TRACK PRESET 9 A
80. t this pin can damage the unit Penne oe MEN c Ground Cable clamp Locate armor of cables in 1 2 Power input Power supply unit inside view Fabricating cable connected to terminal TB1 TB2 TB3 Terminal TB1 cable DPYC 2 5 See page 2 8 for sectional view of cable if using equivalent cable 30 Remove paint Armor x FV2 4 2 14 www reelschematic com Terminal TB2 cable TPYC 2 5 for antenna motor Terminal TB3 11 13 cable TYPC 1 5 between power control section and processor page 2 5 for sectional views of these cables if using equivalent cables Armor x 100 For 2 5 150 For 1 5 Terminal TB3 1 3 TPYCY 2 5 between power control section and antenn Terminal TB3 6 8 9 TPYCY 1 5 between power control section and antenna Vinyl sheath Armor FV2 4 y L 80 For TPYCY 2 5 120 For TPYCY 1 5 TYPCY 1 5 14 5 mm TPYCY 2 5 15 5 mm Conductor S TPYCY 1 5 1 52 mm TPYCY 2 5 2 52 mm TPYCY 1 5 1 56 mm 2 5 2 01 mm 2 15 2 6 Changing AC Power Specification To change AC power specification from 100 VAC to 220 VAC and vice versa change fuse and jumper wire settings and adjust the overvoltage detection circuit following the instructions in this section Processor unit Add or remove ju
81. t the antenna slightly and confirm that the load applied to the radiator is not excessive If load is excessive lower the antenna unit and adjust lengths of ropes 4 Hoist the antenna unit to the mounting location How to attach hoisting ropes to antenna unit Fastening antenna unit to the mounting platform A WARNING Do not open the equipment unless totally familiar with electrical circuits and service manual Only qualified personnel should work inside the equipment Wear a hard hat and safety belt when mounting the antenna unit Serious injury or death can result if someone falls from the radar antenna mast Construct a suitable service platform from which to install the antenna unit Serious injury or death can result if someone falls from the radar antenna mast Note The antenna unit is made of cast aluminum which is subject to electrolytic corrosion if the mounting platform is steel or iron To prevent electrolytic corrosion use the supplied seal washers and corrosion proof rubber mat Fix the antenna unit to the mounting location referring to the procedure below and the illustration on the next page 1 Referring to the antenna unit outline drawing prepare a mounting platform at the mounting location for the antenna unit Lay the corrosion proof rubber mat supplied on the mounting platform aligning the holes on the rubber mat with the fixing holes on the mounting platform Lay the an
82. t the number of consecutive echoes to receive from a target before initiating automatic acqui sition on it The setting range is 3 to 10 AUTO ACQ WEED oet the number of consecutive no echoes from a target before canceling automatic acquisition on it The setting range is 1 to 5 GATE SIZE Set the gate size among S M L or LL FILTER RESPONSE the filter response function The setting range is 1 to 4 Choose 1 for better trackability 4 for better stability LOST COUNT the number of consecutive no echoes before an acquired target is declared as a lost target The setting range is 1 to 20 MAX SPEED Set the maximum tracking speed The setting range is 40 to 150 TRACKING MODE Set the tracking mode among 1 to 4 START TIME TGT VECT Choose how to wait from time of acquisition to display of vector Choose TIME to set by time sec onds or SCAN to set by number of antenna scans 3 12 www reelschematic com OTHER menu Open the OTHER menu by choosing 8 OTHERS from the INITIALIZE menu OTHERS BACK DEMO ECHO OFF EG SPU PC EAV w o GYRO OFF ON ARP SELECT ARPA ATA INS OFF SERIAL LAN OTHER menu EAV w o GYRO Echo averaging can be used without a gyrocompass Choose ON to use echo averaging without a gyrocompass ARP SELECT Choose ARPA or ATA depending on your radar system INS Choose appropriate item according to the ECDIS connected OFF No connection SERIAL When connecting FEA 210
83. tenna unit on the rubber mat orienting it so the cable gland is directed toward ship s bow Use hex bolts M12x60 nuts flat washers and seal washers to fix the antenna unit to the mounting platform Arrange the ground point at a location on the mounting platform that is within 300 mm from the ground terminal on the antenna unit Fasten the ground wire RW 4747 340 mm there using the M6x25 hex bolt nut and washers Connect the other end of the ground wire to the ground terminal on the antenna unit Coat the ground terminal ground point on the mounting platform and fixing bolts on the antenna unit with anticorrosive sealant Supplied www reelschematic com Coat with anticorrosive sealant Lay rubber fix antenna with bolts nuts Ts and seal washers 1 Coat with anticorrosive Y sealant Ground terminal is provided on antenna unit Anticorrosive sealant Flat washer Hex bolt Welding How to mount antenna unit 1 6 1 2 Monitor Unit for FAR 2157 The monitor unit is can flush mounted in a panel or mounted on a desktop requires optional accessories The FAR 2157 BB is not equipped with a monitor unit Procure a suitable monitor unit locally Rec ommended monitor SXGA 1280x1024 aspect ratio 5 4 Mounting considerations When selecting a mounting location keep in mind the following points Select a location where the s
84. terface Unit 0 90 0 60m Turn off the power at the switchboard CU 200 before beginning the installation Switching Hub 9 9 HUB 100 1 00 m 0 60 m Fire electrical shock or injury can result if the power is on during the installation Use only the specified power cables Use of power cables that are thinner than those specified can cause fire Securely attach protective earth to the ship s body The protective earth is required to prevent electrical shock TABLE CONTENTS SYSTEM CONFIGURA TIO Nae a ud iV EQUIPMENT Bip V T siu ce 1 1 IEEE cni UNE x 1 1 t2 Montor PAR 21 i 1 7 BE m eed ME 1 10 TA T E 1 15 Gpr y UN m E 1 16 2 WIRING 2 1 2 1 Wiring 2 1 2 2 Antenna Unit NN 2 2 2 3 Monitor Unit fo EE 2 8 2 4 Processor Uy u 6487 2 9 2 5 4 27 2 14 2 6 5 77 2 16 3
85. ternal CRT R G B H V Same as main monitor unit Option monitor signal Alarm signal Contact closure Output to alarm system by using 4 outputs output signal photo relay content selected from menu 61162 input sentence and priority Speed STW VBW gt VHW Speed SOG VBW Speed position VTG gt RMC Heading True HDT Position GGA gt GLL gt RMC gt RMA Waypoint BWR gt BWC gt RMB Date ZDA Depth DPT gt DBT gt DBS Water temperature MTW Wind MWV IEC 61162 output sentence Sentence Target L L TLL Not on IMO radar Radar system data RSD Own ship data OSD ARPA target data TTM HDT is IEC61162 2 all other sentences are IEC61162 1 ed2 1 1 1 0 03GX X 9851 PACKING LIST RSB 106 083 S RSB 107 083 S 1 0 0486 448 0 68 84 000 ww DOG C TZi14 MOOb8 S 4651 690 066 09 dMV19 3d1093AVM 2 9002 854 med Z gt gl Z98 000 QV3H 0311075 1108 706515 GEX8M leit 161 698 000 1108 702505 OCXSM fiai Y M YH 061 98 000 ul E vOESNS 81 SA at LS 696 Y98 000 1 YOESNS 81 SEDEM 011 698 000 LAN YOESNS eM dM 911 698 000 1 1108 706505 0 fiai Y 34353 610 688 000 VH 0311015 1708 YOESNS 91XVMW 4 8 48 ON 3002 01141840530 3NI 1100 3WVN VI 0486 3860 008 424 380 00 008 572 970 00 T T ic
86. the power line is grounded connect one end of the line to the C common terminal and the other end to the H terminal Fabricating the power cable DPYC 2 5 Remove the armor from the cable by 40 mm Remove the vinyl sheath by 35 mm Remove the insulation from the cores by about 10 mm Peel paint from the armor by 40 mm Cover the end of the armor with vinyl tape Fix crimp on lugs FV2 4 blue supplied to the cores A OO N 4 ___ umm Approx 40 mm Armor 35mm 2 Conductor S 2 5 mm Vinyl sheath 2 01 mm SECTIONAL VIEW 10 mm 3 II 40 mm Peel paint Crimp on lug Taping Fabricating power cable DPYC 2 5 Cable entrance for signal cable Connect end which has no EMI core here Cable entrance for power cable Monitor unit MU 201CR rear view 2 4 Processor Unit Four cables are terminated at the processor unit the antenna unit cable monitor unit cable FAR 2157 only control unit cable and the power cable Cables other than the power cable come with a connector preattached to them Fabricate the power cable as below Note Pass the AC line through a double contact breaker shipyard supply Further for vessels where the power line is grounded connect one end of the line to the C common terminal and the other end to the H terminal Fabricating the power cable DPYC 2 5 Remove the armor from the cable by 40 mm
87. tor Press downward Terminal opener Connection for J602 Connection for P608 P608 J vet ge PP From J4m BL Umm GRN YEL From J5 RED BR Ni WAGO connector Procedure 1 Twist 2 Press terminal opener downward VH connector assy nee wire to NH connector assy 4 Remove terminal opener 03 2089 SP 5 Pull wire to 27 it is secure 03 2091 VH connector assy 03 2090 3P N XH PH connector assy 03 2088 6 14P P1 3 777 Connecting assemblies inside unit 6 Confirm gyrocompass specifications and set up the DIP switches and jumper wires on the GYRO CONVERTER board according to gyrocompass connected Setting jumper wires and DIP switches by gyrocompass specifications page 4 6 Setting jumper wires and DIP switches by make and model of gyrocompass page 4 7 Location of jumper wires and DIP switches page 4 8 www reelschematic com 7 Pass the gyrocompass cable through the cable clamp and connect it to connector J602 as shown in the figure below 8 Attach the clamps to the plastic cover and then attach the cover to the GYRO CONVERTER board as shown in the figure below Pass cables thru the clamp ED 1 Screw Plastic cover 4 8 3 pcs N v Insert cables to these Clamp EDS 1 amp EDS1 FR up Clamp CKS 13 L clamp Attaching plastic cover for GYRO
88. wer than 142 VAC or 284 VAC 7 Gradually increase the output voltage of the variable transformer and confirm that the over voltage detection circuit activates at 144 V or 288 VAC of the variable transformer output 8 Assemble and connect the processor unit 2 17 www reelschematic com Power supply unit Refer to the illustration and table below to add or remove jumper connector P8 from the TX HV Board 03P9350 and change fuse After completing jumper and fuse arrangements adjust the overvoltage detection circuit using a variable transformer Note When switching from 220 VAC to 100 VAC construct a jumper connector locally referring to the illustration below VH6 connector housing is to be plugged into J8 Jumper connector P8 220 VAC Unnecessary Unfasten four screws and remove lt cover for TX HV Board lt Jumper connector UM VH6P TX HV Board TB1 How to adjust the overvoltage detection circuit 1 Add or remove the jumper connector P8 as appropriate and change the fuse referring to the table above for details 2 On the PWR board set R21 fully clockwise 3 Connect a variable transformer between ship s mains and the input power terminal board TB 1 in the processor unit 4 Adjust the variable transformer output i e input voltage to the processor unit as follows For 100 VAC set 144 VAC For 220 VAC set 288 VAC 5 Turn on the radar and rotate R21 counterclockwise gradua
89. www reelschematic COO INSTALLATION MANUAL MARINE RADAR ___ 2157 FURUNO ELECTRIC CO LTD NISHINOMIYA JAPAN PRINTED I N 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 35220 A DAMI FAR 2157 BB ESF Elemental Chlorine Free he paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer FIRST EDITION FEB 2007 00014869200 N SAFETY INSTRUCTIONS The installer must read and follow all the safety instructions before attempting to install the equipment A WARNING Indicates a potentially hazardous situation which if not avoided could result in death or serious injury A CAUTION Indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury A WARNING Radio Frequency Radiation Hazard be harmful particularly to your eyes Never look directly into the antenna aperture from a close distance while theradar is in operation or expose yourself to the transmitting antenna at a close distance The radar antenna emits electromagnetic radio frequency RF energy which Distances at which RF radiation levels of 100 W m and 10 W m exist are given in the table below Note If the antenna unit is installed at a cl
90. yl sheath Armor How to fabricate power cable 2 5 9 In the order shown in figure below pass the gland nut flat washers 3 pcs and gasket onto the power cable 10 As shown in the figure below fold back the armor onto flat washer 2 and insert remaining armor through flat washer 3 Cut off the part of the armor that protrudes past the flat washers 2 and 3 Flat washer 1 2 3 Gland nut Cut off armor that protrudes past washer Gasket Passing flat washer etc onto power cable 11 Pass the power cable through its cable gland and tighten gland nut 12 Connect wiring to the terminal TB901 referring to the interconnection diagram CAUTION High voltage is present at the No 6 pin of TB901 Miswiring at this pin can damage the antenna unit 13 Close the cover that protects pcb 435 14 Seal the cable gland for the power cable and HV cable with putty 2 3 Monitor Unit for FAR 2157 Two cables are terminated at the monitor unit the signal cable from the processor unit 5 m or 10 m cable and the power cable from the ship s mains The signal cable comes with a connector pre attached to it for connection to the monitor unit Fabricate the power cable as below Use cable DPYC 2 5 Japan Industry Standard or the equivalent Be sure to ground the unit with IV 8sq wire local supply Note Pass the AC line through a double contact breaker shipyard supply Further for vessels where

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