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Furuno FELCOM 12 Cell Phone User Manual

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1. SELECTABLE ANTENNA TYPE DEPENDS ON RADAR MODEL SEE INDIVIDUAL SPECIFICATIONS REFER DIMENSION TOLERANCE TO TABLE 1 EM Ez mm oo lt rssoo smn Emm 2000 lt 54000 7 8000 L 1 TABLE 1 NOTE 3 1 03 144 2000 62 FURUNO ELECTRIC Co LTD FURUNO A ANT LENGTH Era TERMINAL BOARDS o H gt ANT I CORROS ON RUBBER AN V Lis FORWARD GND TERMINAL 3300 468 300 i 50 CABLE GLAND FOR PERFORMANCE CABLE ENTRY MONI TOR JIS F8801 A20c 4 15 Wf 7x FIXING HOLES it g NOTE 1 gt lt RECOMMENDED SERVICE CLEARANCE NOTE 2 1 200cm TYPE 240cm TYPE ANT TYPE XN 20AF XN 24AF To N B E 045 ANT CLEARANCE 2 200 mm 300 MOUNT ING DIMENSIONS SELECTABLE ANTENNA TYPE DEPENDS ON RADAR MODEL SEE INDIVIDUAL 4 M4X16 SPECIFICATIONS
2. J411 J402 Figure 4 13 Processor unit inside view 3 Connect J411 to J401 on the PM Board 4 Connect two connector assemblies VH3P L300 AA to J402 and J403 5 Solder the other end of the connector assemblies with external cables one from ship s mains and one from the PM 30 6 Fasten the RBG board and its mounting plate and connect the monitor cable Close the processor unit 4 13 4 5 Alarm Kit The alarm kit mainly consists of a circuit board and connection cables and provides alarm output to ship s bridge alarm system Necessary parts 156 Code no 008 500 650 Name low ALARM Board 03P9262 008 500 680 1 NH Connector Assy 03 1990 9 9P 008 500 700 NH Connector Assy 03 1991 3P 008 500 710 4 Cable Band HP 3N 000 570 001 Cable Tie CV 100 000 570 322 3 3 Pan head Screw B M3X8 C2700W 000 881 404 4 Pan Head ScrewB M3X8 C2700W 000 881 447 Refer to the figure on the next page for parts location 1 B I O 189 5 Open the processor unit Unfasten four screws to dismount the INT Board cover Fasten the ALARM Board to the processor unit with four M3X8 pan head screws supplied Connect the NH connector 9 9P supplied between J471 on the ALARM Board and J451 EXT BUZ on the INT Board passing it through the cable band and binding it with existing cable
3. 00 9 0LtI tvI 0 cl ddd VEG n rh 4 E Ln Co oy ay LI 0141 SSVM 379 951 998 Neun o7 KERLE d4 G c XK 1130 08 0 ELL 310H 9NIX14 SN 0018 SNOISN3WIG 30 39NVd 10 S 1VOIQNI 3789 2 301AN3S Q3ON3MWOO3M Q FTL 32 34 46 F PERRY A 4584 OT 3IV d MYN N l KO rur L Z gsf z uz CL SO Z oy Z Z ff 54 Pa I u a 2222 ia sb amp S xk s U 88 L FOCT NNN NN N 001 L OSP 310N nz ONMIN 21519973 SNOISN3WIQ dO 39NYH3101 S3IVOIONI 31971 JJNVdVd19 391 43 9394380934 FON PIRI EL OWE Z HRY AACR L sd Xx 286 x x Z Go 1 D T Z Z gt Olt 206 770018 19 1 La b 000127 gt 008 JIYJdWWV 5 Z 00151 gt 06 qi um 6 S310H 9NIXIJ 101 NOISN3JMIQ um SZERIRBZI QL 2123713 ONNAN HNVd 1081800 5597 SNOISN3WIG 40 ONYd 101 SSLVOIGNI 1 37871 Z JONYdVd19 391 33 4939430933 1 JION S PILE OWS 1 E 01140 QuYO A
4. NAME OUTLINE DESCRIPTIONS Q TY REMARKS w Fa KB 1339 2570 PLASTIC RIVET 000 570 276 I 16 ROSETTE WASHER BE HANDLE 2 OVAL COUNTERSUNK 96 HEAD SCREW AVE WASHER k DWG NO C3464 FO1 F FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY A 9 E UFE US E QD IogpE 008 485 ACCESSORIES 480 03FS X 9504 5 FP03 06502 Wt FR 2115 2115 B FR 2125 2125 B FR 21966 21358 B FR 2135SW 2125V MARINE RADAR FR 21650S 3 NO NAME OUTLINE DESCRIPTIONS REMARKS 21 03 144 1613 1 3 CODE 0 100 263 831 03 144 1655 1 1 USER KEYSHEET E CODE NO 100 263 881 0 5464 04 E FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY A 10 GD CODE NO 008 490 970 03FS X 9502 4 ___ FP03 06503 1 1 FR 2115 2115 B Cl _ z_ FR 21258 PS FR 2155 2155 B MARINE RADAR FR 2135S 2135SH COLOR VIDEO PLOTTER GD 680 GP 680 COLOR GPS PLOTTER ACCESSORIES Fak sits NO
5. EX BOLT SLOTTED HEAD DWG NO C3453 M04 A FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY t 03FS X 9403 2 s 52 EN CODE NO 008 487 130 TYPE 03 19101 INSTALLATION MATERIALS 1 1 FR 2115 2125 2125W MARINE RADAR OUTLINE DESCRIPTIONS JISB2401 P135 CODE 000 808 309 H REMARKS DWG NO C3464 M04 FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY i rt a 98 2993699688892 FIXING HOLES 2 6 5 OOO COGS MOUNTING WITH KB FIXTURE 1 RECOMMENDED SERVICE CLEARANCE 2 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS 1 TABLE 1 e 56 11 RI y EA 5 03471 603 B 03 144 1690 G OUTLINE DRAWING FURUNO ELECTRIC CO LTD QL1 02 2IH L23 T3 JNIAVdd JANI 1100 LINA 30 39044 318V1 90951200 JWYN 4 AL TYNINN33L QNO
6. Pan head Screw M3X10 Figure 1 6 Processor unit inside view 1 8 1 3 Monitor The 2115 2125 is available with or without a monitor This section shows how to mount the monitor supplied Mounting considerations The monitor is designed to be mounted on a desktop Locate the monitor where it can be easily operated while viewing the screen and operating the control unit DO NOT place the monitor on the top of the processor unit Locate the monitor out of direct sunlight and away from heat sources because of heat that can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Be sure the mounting location is strong enough to support the weight of the unit under the continued vibration which is normally experienced on the ship If necessary reinforce the mounting location The length of the monitor cable which runs between the processor unit and the monitor is 10 m Keep this distance in mind when selecting the mounting location for the monitor Leave sufficient space on the sides and rear of the unit to facilitate maintenance 1 9 1 3 2 Mounting the monitor 1 Drill four holes of 12 mm in diameter in the mounting location referring to the outline drawing for mounting dimensions 2 Unfasten two M4X10 screws to dismount the monitor cover 3 Unfasten two sets of M10 bolts plain washers and spring washers at the front of the monitor to separ
7. NOTE 3 1 CAMP Bike op EA a REFER DIMENSION TOLERANCE TO TABLE 1 COS BRAIDED SHIELD an B DIMENSION gt gt E t 250 Sr 50 lt 1 lt 100 uam INNER SHIELD 100 L2500 Sh lt _ amm KN6 z soo lt rsiooo 9 22595 gt Irooo lt rszooo Zoe zooo lt rssooo MI TD ARMOR IF PROVIDED 7 7 VADE DETAIL OF CABLE ENTRY 1 TABLE 1 TITLE DRAW ___ OTHERS FR 1500 SER _ FR 1700 SER FR 2115 2125 99 2 NAME 03 143 3000 G2 RSB 0074 0075 20 24AF ET ANTENNA UNIT OUTLINE DRAWING FURUNO ELECTRIC CO LTD FURUNO T Y 7 2 Q NORROD MS C 1 15 gt NORWOOD MS T gt Z DION NO NS IC Lid Ltt NS _ Yd ren 1 i 88 2897 soem cor LIZ 340 NO INYI gt 8195111 BIV 1440 NO LN 5 NS 1NYD LIS Hi I IK CMS INY OND gt 918 L5 91V 1089 lt 514 EN 4 SIY lt iras aps 550 21801 4 1 ZIV STON tig SL ii ON 01851 Lite OLY CION P 7719 14 330
8. EH Z 22 Fir NM9 Hee 11 88 dg le 6 a 184 4 44 quon XL 4 amp 5 n NEN 990 FX KE ONI 9 Xa Iri yi BH 03M 42 111 626 YOLINOW 710 8 LUD EME HJ x n Ng 1 9 74 9 X1 Lf POI iy HM 9 a ira HAL L5 D A 66 YT S ALOA LX 2004092 ELS NH MHIGE ACOCHOSZ 9689 MH CONTROL UNIT RCU 01 1 NONMOO MS lt E ONI lt Z AS I Wd 8481 SM 88 VASL 58 L8 8X81 Sdi 98 vX8l Sai gt S8 QND 8 QNO 21 1 28 1 gt 18 8 3NnL OZY gt 61 gt BLY A345 LIV 037 11v3 9IV 1S5VMH1NOO gt FLY gt Z1SY81N09 gt ELY 11531400 gt ZIY 1NOO NIVY OW 1N00 V3S OY 01 1NOO 6Y 8183 Sdi gt 8Y v183 Sai gt LV GAMA 3 gt 9v VAXA Sdi gt CV AZl i gt 1 1 gt AZI gt ZV CN dl d0Z8Sb9 ZTT gt NOWWO0 MS 92208 MS 69 x 02v lt 1437208 81V 10832208 81 lt 430 INY LIV NS INY DIY lt OND SY Xi SM 9v lt 8 91 SY SY VXBL SY COND EY X QNS ev
9. YIYO 191935 8 fy HOLIMSN3INI ES AWN DHE Ber eas M E g T 00920 ASSs s Nosir T 7 5 _ 8 D GND gt Z us iw H911MSW3INI MS gt 1 05 Lo 4 A LONE di 21071 N POL EN OR e YOA GG ir gi v Lyr MEO D 7 CH n xw vue 80108 2 N n Kszd 1 p 4 aw vua 1 2 lt HOLOW 03014 1X3 Brf 1 3 2 tro o 44 i Kezi HOLOW GND 44 IK s wa mao aN s g m t NUD 1 d Kot dd 1X3 wel NEM 1181 i BEC NI 915 BI ns IL deii am 1 3 Sz avav 1X3 L 419 ot 810 Y 1d QNO LM 5 ani see ae n m E 1 fe SIC 831Y3H as _ n mS 540 10H 331V3H OIOLA LPY icy 1G 8 14 O pus fic e mg I N 8 zo Hu bM MS 4 S cS T NI ZD A Ba E 0151215 me gt GS tg eg dl e IN DOL HSS Wd 3 1 8 G NAO DVA oN gt E ui 1 Idd 46 Ra BHH mg 24 11 119 011 688 Web gt
10. Solder 5 NH connector housing 1 Insert NH connector 2 Cut shrink tubing 3 solder connector 4 Heat shrink wire into NH connector in 20 mm lengths and to signal cable tubing with solder housing slip onto each wire ing iron Figure 2 15 How to attach NH connector 2 6 AC Power Specification of Processor Unit For 100 VAC or 220 VAC power add or delete jumper wires on the PTU Board and change the power fuses inside the processor unit as shown in the table below according to ship s mains The figure below shows the location of the power fuses and the jumper wires on the PTU Board Table 2 2 Jumper wire setting on the PTU board fuse rating and power specification Power Spec Antenna Power EN JP91 JP 03P9245A 100 110 115 03P9245D 220 230 Jumper wire to use JP1 0 8 dia gilded wire C Board IMS JP2 JP3 JP4 JP91 JP92 type ERD S2TCOV 1 th penes JP1 Fuse JP2 n JP4 oO 03P9245 PTU Board Figure 2 16 Processor unit inside view 2 13 3 INITIALIZATION AND ADJUSTMENT 3 1 Tuning Initialization Tune the radar as follows Press RADAR MENU 0 0 2 0 0 0 0 TUNE INITIALIZE on RADAR menu and press the ENT key Also confirm that 2 MODEL i
11. RMB RMC GLL ZDA VBW VHW VTG VWT VWR VDR DBT DBS MTW BWR BWC WPT RTE Output RAOSD RARSD RATTM VI 1 MOUNTING 1 1 Antenna Unit 1 1 1 Mounting considerations The antenna unit is generally installed either on top of the wheelhouse or on the radar mast on a suitable platform Locate the antenna unit where there is a good all round view No funnel mast or derrick should be within the vertical beamwidth of the antenna in the bow direction especially zero degrees 5 to prevent blind sectors and false echoes on the radar picture It is rarely possible to place the antenna unit where a completely clear view in all directions is available Thus you should determine the angular width and relative bearing of any shadow sectors for their influence on the radar at the first opportunity after fitting Locate the antenna of a direction finder clear of the antenna unit to prevent interference to the direction finder A separation of more than two meters is recommended To lessen the chance of picking up electrical interference avoid where possible routing the signal cable near other onboard electrical equipment Also avoid running the cable in parallel with power cables A magnetic compass will be affected if placed too close to the antenna unit Observe the following compass safe distances to prevent deviation of a magnetic compass Standard compass 1 70 m FR 2115 B 2 10 m FR 2125 B S
12. 68 bile 6461440 MW OH gagi SY gt 8851 SY gt lt VAL S8 gt LESH Li Su CN EA axal 98 gt 9Y C EXSE SH 5 Q gt Lite SY C VX8L SH 5 I lt i 8 nc me RE roe cam 1 1 h lt TE 9N3 ni 00 i i 078 8 2N3 3NDL MASS P ONT NOL 61 1 1 618 CY 9N K E lt 1 nn OE EK as Ox Ono S Z gt t K Z Ci OND Q 1 1 xL A33 AS S LY 1 AG E EEO E L 437 wae MM EE tt 918 01021 UNDER ouis A cn e 77771 it 918 lt ND HEEL 1SYHINO09 gt FLV I t lt FIS lt ELSYULNOO ICON TICK _ C1SYMLNOD gt 18 lt ZLSVULNOD 1 115 09 1 ZIY E 1 4 7 219 lt LLSYWLNOO 901 lt 01 cN 14 109 NIVY L 119 11809 NIVY OV KOCIONAS A ON C8 1 _ INQ Y3S 9Wi gt 1 1 lt 018 lt 1409 Y3S OY 8 OND lt 8 J 1409 NIY91 gt 6Y gt 1 34 68 lt 1N09 NIYD mini H OND L ci e 9193 SW 884181803 SY 94 GND 099129 me 8 18 0Y18 y Kade 15 SA S 114 98 lt SH OND w 3 VUA SY EN NE i Pal KG OTT m gt Sy La GG VWUA SH lec ang id us T
13. we ay Remis mw il ooo m ul ma gt S oo LES 1 1 RU 1803 000 030 420 1 Mandatory for IMO radar mil 7 Rusa 1 ARP26E 008 492 300 1 Butm ARE262E 00848580 1 Separate order RP26z1E 00849250 1 RP26z2 00848550 1 opestss 00850050 1 OP03 150 008 485 490 Separate order CVV S 000 560 634 I 8X2C 15C OP03 161 24 008 499 760 1 24 antenna OP03 161 42 008 499 770 1 42 antenna IF 2300 BE EN Mandatory for IMO radar 1 et 1 1 1 1 1 1 1 1 1 1 1 1 SYSTEM CONFIGURATION ANTENNA UNIT FR 2115 B XN12AF RSB 0074 062 XN12AF RSB 0075 062 XN20AF RSB 0074 062 XN20AF RSB 0075 062 XN24AF RSB 0074 062 XN24AF RSB 0075 062 FR 2125 B XN12AF RSB 0074 063 XN12AF RSB 0075 063 XN20AF RSB 0074 063 XN20AF RSB 0075 063 XN24AF RSB 0074 063 XN24AF RSB 0075 063 MONITOR M IEC 61162 1 Input Output RDP 124 ES PROCESSOR UNIT Navigator PU 11 Speed Log 156 Slave Display FMD 8010 PU MEET AU EE Performance Monitor AC spec or DC spec to be selected a eae ex X x Transformer Unit RU 1803 Option x Ship s Mains 440 VAC 24 32 VDC e 16 50 60 Hz Or 100 110 115 220 230 VAC 1 50 60 Hz I O Data Sentences Input
14. 4 J4 ren or a F F Yg 109 115YAC i 2 9 arm 5 1 lt 1 22447 2g gt 2 229 230 Su F1 F2 2552 1 8 NC lt 199YAE 188VAC 115YAC 18A t 8131 3553 228 23 5 ILI IN 55 U4 G C BOARD A 64P1106 OPTION _______ TYPE RPU 01 1 555 5 a 7 A Auro 5 SCALE MASS LAG T0 BLOCK NO MODEL 0 NO C3485 K01 03 144 6008 10 SCHEMATIC DIAGRAM FURUNO ELECTRIC CO FURUNO 2 gran S 8888533938 PWB ANTEwA JP92 Ie MM OSP9246 74 34 K 24292 M amami FR 2115 SCALE MASS APPLICABLE T0 BLOCK DWG NO C3464 K18 03 144 6020 5 gt E att SPEED B 7 dc Je Dar ter 1 75 3 s m C 7 Pf e 526 Jee w i s p 8 Re D m Ts zs p pee pm POWER ANTENNA Ji J JP4 Jpel jpez R 03P9245 EH D ZEE TX 7 BLOCK NO NAME D FURUNO ELECTRIC LTD Fr FURUNO S 2 3 AU UOT c
15. 124 TITLE NAME MOL 8SAc 92 L001 In MONITOR UNIT X 24 27 3483 02 B a Q Q Q GP Qs J312 12 gt gt gt gt lt CD lt oe Be 0 w n SO lt CD gt gt Lu Lu Q CQ lt lt gt lt gt w SSS 55 gt cy lt lt e yy uae Q Q Q Q qg Gw vv P314J314 SR b 255568 LISS SENSE lt 9 20 5555 C 3 CSW COMON o z e gt PAL BOARD 892 5399254 NM uo 52 LB 26MKS1 2 POVER ON P711 P311 o wv wv o 55 TEXAS 69 Lom TB XB gt 4 209 p4g PNE BOARD 039255 ES BUZ 0UT gt 2 m e CJ 00 W Ln CD W in OM lt lt lt Co lt lt lt lt CO CD CO CO CD CD CD MYYN NN onr a PAR BOARD 03P 9256 RCU 011
16. 3 wire GLT 201 202 203 TG 6000 DC step OFF OFF ON ON ON OFF 4 2 24V 180x 5 6 11 synchronous iul OFF OFF OFF OFF OFF OFF OFF 1 1 50 60Hz 2 3 Rotor voltage 100V Stator voltage 90V 90x SR 120 ES 16 DC step E 10 20 30 35V 180 Kawasaki AC synchronous ind bad OFF OFF OFF 1 50 60Hz 2 3 Rotor voltage 100 110V Stator voltage 90V 90x MK 10 MKL 1 DC step OFF OFF OFF OFF ON ON OFF OFF 4 2 1 1 SERIES1351 50 180x 5 6 MOD 4 3 wire Robertson 5 80 DC step OFF OFF ON OFF ON ON ON OFF 4 2 2 2 35V 180x 5 6 3 wire Set JP4 and JP5 according to the voltage of the external power supply 1 2 3 Yokogawa Gs A 1 55 B 55 Navtec Plaith type N EE NE os EN Note If CMZ 50 has 35VDC set JP1 to 4 5 6 Location of DIP switches jumper wires on the GYRO CONVERTER Board JP5 JP4 Supply voltage O T Rotor voltage 7m JP3 Stator voltage 64P1106 JP1 J12 Gyro type Data output i port 6 J11 Data output AY b port 5 IE Er cad iE Data output MEER AREE port 4 SW2 DIP switch N J
17. CAUTION DO NOT hoist the antenna unit by the radiator hoist it by the hoist rings Be sure to remove rings after hoisting the antenna unit 1 Construct a suitable mounting platform referring to the outline drawing at the back of the manual 2 Drill four mounting holes of 15 mm diameter and one cable entry hole of about 50 mm diameter in the mounting platform Lay the rubber mat supplied on the mounting platform 4 Place the antenna unit on the rubber mat orienting the unit so the bow mark on its base is facing the ship s bow Ground terminal Hubber mat Bow mark Figure 1 3 Antenna unit front view 5 Fasten the antenna unit to the mounting platform with four sets of M12X60 hex bolts nuts flat washers and seal washers supplied 6 Using hex bolt M6X25 nut M6 and flat washer M6 establish the ground system on the mounting platform as shown in Figure 1 4 The location should be within 370 mm of the ground terminal on the antenna unit Connect the ground wire RW 4747 370 mm supplied between the grounding point and ground terminal on the antenna unit Coat the entire ground system with silicone sealant supplied 1 4 Anticorrosive sealant Seal washer CAUTION Ground the equipment to prevent electrical shock and mutual interference Figure 1 4 How to mount the antenna unit 1 5 1 2 Processor Unit 1 2 1 Mounting considerations When selecting a mounting loc
18. Unfasten screws Screw M4X8 2 pcs Figure 4 15 Processor unit inside view 4 16 A 1 UP U aD CODE NO 008 503 450 03 5 9408 1 1 2 FR 2115 2115 B FR 2125 2125V 21 FR 2135S B 2165DS MARINE RADAR INSTALLATION MATERIALS 22155721558 SR OUTLINE DESCRIPTIONS QTY REMARKS 03 144 1425 1 100 263 601 03 144 1426 0 CODE NO 100 263 610 03 1737 5P CODE NO 008 454 380 03 1738 3P A E 12 CODE NO 008 454 390 3X0 25 D x0 10 CODE NO 000 105 874 AF 1115 10 100 12M4 SHIELD FOAM 4 LL 000 808 456 VH CONNECTOR ASSY VH3 VH CONNECTOR ASSY F Z EAT SHRINK TUBE RIMP ON LUG H1423 079 43 AWG24 10 IMS H CONNECTOR ASSY CODE NO 000 132 342 FV1 25 M3 7 CODE NO 000 538 110 FV5 5 4 CODE 000 538 123 DWG NO C5464 MO7 FURUNO ELECTR
19. uoto Mie K 1 2 lt Cz gt a 991 ans a J H MR VUL RET DEMS 0 Om LN ler x QOL di doz8srorz in ta CATI x 1 gW ZL 3690 OND 9 3 j 4 y 9 SNI dy VIVO SNI SNI lt H XN SNI T S VIVO VIMdS 2 INVIO 26901 SN gt sl 48 LULA dpz 5 89 X600 V lt lt f 80270 5 85 AA3dS 09 INI 99Yr 7 9 5 N P el C Ly 9 18 gs 8 PEK EG ni vay 3 VIVO YddV 0 p 52 g v OCC XL NA I CIN MI gt Ehi 3 DOHIN WRH EAGLE c Y 030 A dO me L3 gt 3 1 LL qub ND cov T 1 9 Y DIM1 40 p r a lt lt ONB 4 40 wos Lk E lt 14810 310838 Lec v Y H 40 2 SELBEN 9 2 0060 54 I NI svn T tf TERPN 1 950 1VNY 8 0301 1 1 OND pom 25 t Y COLL 9 lt bru ON 212 IG QN9 IN eStr vcv ny ______________ 7H09 08 PI 48 va 9 OAdd JVA 062 022 011 001 v tied S 9zx0gg sA9 26 92 VIE
20. 05 44 6008 10 FURUNO ELECTRIC CO LTD LS1 PKB5 3A4 CONTROL UNITCGENERAL SCHEMATIC DIAGRAM FURUNO wl sa SLAVE DISPLAY SLAW DISPLAY EXT ARPA EXT AC ALARM Y POWER THER RADAR 018 FORMAT OPTION OPTION OPTION OPTION meo DISPLAY HU tA OP 1100 OPTION UP TIONS OTHER COPTION 170 SIG IN IAJ64P1196 Jn 4 Le or Zx ON Zx IU PN Zx PAN Z NIN PM Zx Zx Nx Zx N Zx ZX Zx Zx x Zx Zx x Zx Zx Zx Zx Zx x IN Zx x NN Zx Zx o ow Nom Y 4 r an d m m D L TO w m Y u Q Oe m A A A A A A A A A IP IN IS I A AI A A A CQ A A A ND 2 A A A un 4M A A A A un AA AA A AT gm A A A A DAAAANAANAN ey A A A T91 797 9 2 9 gt 9 g 2959292 5 ep 0 gs F T e 860608085 582528252 551555255 558 So 8o8c8 522228 5222 512228 5 825 58255 8 8 c8 52 22 J466 P466 J448 e a s amp lt gt lt gt gt gt gt lt lt X Us n c lt or gt ur iden 5 5 g gt gt gt SS z z z z Z
21. ANALOG lt 1 lt om 2 12 TX SIGNAL J553 ARP 26 OPTION U5 TP GMO 545 lt 2 lt Go 14 13 PV 8 4554 lt 3 lt ANALOG YIDED J SCANNE 2149 18799828 814 4555 RP 26 OPTIQM CARD I F J416 copTion J467 P467 2185 12 4556 U6 gt 16 gt 12Y 14P6298 32Y gt 1 gt J456 OUN HEADING gt 2 PY A SCANNER SEL gt 3 gt 1 lt lt 1 lt GUN BEARING gt 3 1 gt 4 gt ES_232C lt z lt i2Y 219 GND BG 2 f 2 lt FLASH gt 26 gt GND 3 OPTION 3 GND ANT 50 25 21 OWN HEADING MOTHER BOARD 4 4 NC gt lt 221 411 15 B7 222 OUN BEARING 03P 9251 12 1 gt 23 gt MOTOR NC gt 2 95 INT BOARD 2249 MOTOR PH ON OFF gt 3 z lt noTOR B 8329252 gt oe MOTOR NC gt 28 gt EXT TRIG DJ 22328 2923 8 25 2588 4414 Cu 2 kk FFI IS Ji J2 gt 2 gt IF GND c e in lt w e gt w u up om CD lt e w qp c C 1 CCRT VIDEO RED gt 2000 97 re 00 tb Co CD ce c cn DS c m i MAE E IAM s a PATE ALARM lt
22. FR 2115 B Antenna unit 2 10m 1 20 2125 0 90 EQUIPMENT LISTS Standard supply System with monitor Name we ay XN12AF RSB 0074062 XN12AF RSB 0075062 i XN20AF RSB 0074 062 E XN20AF RSB 0075 062 Antenna 1 Unit RF RBA _ AF RIB _ aoAFRSB007406 _ ERS _ jp 3 SS mam Ru i SSS Processor RPU 011 Unit S pare Parts SP03 12500 DC mains SP03 12510 AC mains 20400 000 089 390 SP03 12501 SP03 12505 1 set 000 089 391 SP03 12501 SP03 12506 ne 000 089 584 FPO03 07401 Accessories FP03 06201 Handle 1set FP03 06502 Accessories FP03 06503 Hood Dust cover 03 144 1338 000 089 748 CP03 19105 Monitor CP03 19104 Antenna Unit Signal Cable 503 75 15 15 m Cable Assy UL1007 2C 2V 10 m for monitor 000 089 749 CP03 19105 Monitor S CP03 19104 Antenna Unit elect Signal Cable 503 75 20 20 m Cable Assy UL1007 2C 2V 10 m for monitor 000 089 750 CP03 19105 Monitor CP03 19104 Antenna Unit Signal Cable 503 75 30 30 m CP03 20410 Installation Materials CP03 20420 Cable Assy UL1007 2C 2V 10 m for monitor Standard supply System without monitor XN12AF RSB 0074 062 FR 2115 B 24 rpm 1200 mm XN12AF RSB 0075 062 __ FR 2115 B 42 rpm 1200 mm XN20AF RSB 0074 062 ME FR 2115 B 24 rpm
23. NAME OUTLINE DESCRIPTIONS REMARKS 52 5 SPACER CODE NO 000 808 429 5 10 C2700W 000 808 430 03 144 1335 1 100 263 331 03 144 1336 1 CODE NO 100 266 311 DWG ND C3464 F02 E FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY ACCESSORIES FR 2115 2115 B FR 2125 2125 B FR 2125W FR 2155 2155 B FR 2135S 2135S B FR 2135SW 2165DS FR 2135SW MSA GD 680 GP 680 FSV 24 OUTLINE DESCRIPTIONS 600 NE 700 1 REMARKS DWG N 0 C3464 FO E FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY A 12 E Up m U N QD CODE NO 008 485 360 03FS X 9301 2 TYPE SP03 12501 SETS PER CIN SPARE PARTS LIST FOR USE VESSEL FR 2115 2115 B FR 2125 2125 B FR 2125V MARINE RADAR FOR ANTENNA UNIT DWG NO OR TYPE NO _ QUANTITY PER SPARE SET 1 1 MFR 5 NAME FURUNO ELECTRIC CO LTD DWG NO C e po1 B DIMENSIONS IN DRAWING FOR REFERENCE ONLY REMARKS CODE NO ITEM NAME OF NO PART OUTLINE 77 57 NG120 5X6X11 D8G CARBON BRUSH 9075909 Y Yi A 13 E uS mR UJ EI QD 008 485 370 SR US SHIP NO SPARE PARTS LIST FOR U SE
24. PACKING LISTS A 1 OUTLINE DRAWINGS D 1 INTERCONNECTION DIAGRAM S 1 SCHEMATIC DIAGRAMS 5 2 FURUNO ELECTRIC LTD NISHINOMIYA JAPAN PRINTED IN JAPAN FURUNO ELECTRIC CO LTD 9 52 Ashihara cho Nishinomiya Japan Telephone 0798 65 2111 Telefax 0798 65 4200 Printed in Japan epee AE E EE E E E E E OE PUB No IME 34830 H TENI FR 2115 2125 B Your Local Agent Dealer FIRST EDITION JUL 1999 H NOV 05 2001 00080886000 IME34830H00 A SAFETY INSTRUCTIONS A WARNING Radio Frequency Radiation Hazard The radar antenna emits electromagnetic radio frequency RF energy which can be harmful particularly to your eyes Never look directly into the antenna aperture from a close distance while the radar is in operation or expose yourself to the transmitting antenna at a close distance Distances at which RF radiation levels of 100 and 10 W m exist are given in the table below Note If the antenna unit is installed at a close distance in front of the wheel house your administration may require halt of transmission within a certain sector of antenna revolution This is possible ask your FURUNO representative or dealer to provide this feature ECHELLE dE d point IXN12AF 0 odim 01m m 85m 5m erts FR 2125 B WARNING Do not open the equipment unless totally familiar with electrical circuits and servic
25. ar LX OND 01 0l ETE M _ INT beer fz e Ss 9Add A099 2 09 09 OVA OPP o Wi 7H09 0S 1 OVA 062 KEGIN 022 811 011 001 1 9333 fi 29 19 001 ei EHO 501 SNIVW S d1HS J ooer 2 L sci ns SAN dv y 9 10 SLP 36 9Add A09Z HK E lt H OMAD 58 0849 id 5 YiYO ONAD 25 ON gt E gt 4 MAEqy t lt 1 viva OWAD IY 35 2 gt 4 dZX 0 0 8S AA3d 05 IN ENOWMOD gt gt Lo 41 40 4 92 9Add A09Z I 1X3 103135 x es S 7 k lt 65 OY Y 3 2 4 25 zs x lt 2428 8 D ZNONWOD9 gt 1 1 LLN IE 5 W31SAS 1s 1s KLIS Skje 4 e yn 1 Eu yt iu k 5 JN 2 E gt 4 109 n T ab IN 139HVI Lig zG ORE E INO 09 gt gt iUi 9A 10 NOZ quvno Lk 1 ON zy Y n e vr I iis gt ON jets oz 0v w3zzng 1x3 1 m mv Y an cer T 2 0AdQ A092 0 1844 8 I L MS INY 9 AZ ND gt 9 a BE Eun e LRA gt 44 Juvds 9 XL AWN gt Eee
26. m 21 kg MODEL INT BOARD C2 4 DWG NO 5464 09 B 03 144 6011 5 SCHEMATIC DIAGRAM 7479 J1 J2 43 44 DRAWN Apr 24 99 CHECKED Aap 7 4 5 10 _ _ ue ARPA TX 1B1 ARPA_TX_H 181 ARPA RX H ARPA RX C RE1 18K vt Vi RJT TX 1AD 83 RT_TX C RJI RX AD 183 RR ciga RJ RX C 18K TCT4HC14AF 14 181 183 11 155181 TCT4HC14AAF TCT4HC14AF 183 CYRO_DATA_C 1B3 1B1 lt USED INS LINE gt I NT quie in Es px FURUNO ELECTRIC CO 03P9252 LTD FURUNO 12V 12Y R181 R188 2189 228 229 2 2K 2188 1K 2SC2112_Y NS 034 OPTION BEARING 281 19K 3 2 R165 2x V C1A1 O 032 i24 A TCTAHCAO SAF 25527121 T NN 031 187 228 R186 y tk 188 2SC2712_Y 025 N 2SA1162_Y_TESSL 033 12V R97 1 5K R94 2 2K 4 2SC2712 Y ov 038 R96 V 1 5K 1 OPTION HEADINGRS4 1 5 E R95 2 2K 4 2SC2712_Y 181 aes TCT4HC4049AF 12V V R110 1 5K 2112 2 2K 7 2Sc2712 Y 935 9113 V 1 5K igi EJT HEADING R83 16K 7 48 R111 2 2K 4 25 2712 7 935 174 404 12 2522712 181 05 12 12V R17 R18 245 228 228 2 2K R49 1K 4 2S
27. 1960 BLUE gt 3 gt e en lt un cv ao lt 2 CEXT ALARM N53 54CRT VIDEO 8 NC 24 G 3687 ALARMS 44131 55556 MC gt 5 5 Z 4CEXT ALARMA COMMONZ gt 1 CD gt 5 gt ttt 99926 mm mm 58542 talo Dr J41 lt B Li 048 636v SYNC GND 272 DISPLAY B3 819 8324225 OPTION 555 C164 GND GNO gt 8 gt lt 8 lt COMMON C114 NC gt 9 gt pm PTU BOARD 2 104 P184 diet lt 9 lt IK ALARI 2 EXT ALARIO 5125 510 68VACIZ4rpn 83 9245 14 gt 1 UC GND 5115 83P9245B NC 22 P rb 3 COMMON 1 gt js 15VAC 2ronl63P9245C gt pel peu t Amo 2 gt EXT em 1 5 H SYNC 513 J166 Lem na B lt 1 QUT H NC 3 tron 52506 v 5YK 5145 228VAQ 2 4rpni 83 92450 242 10 20 7 lt 3 lt 12 NC gt 15 gt I 36rpn 63P3245E IO DP I 3m c U2 238 42rpn 83 9245 0052502225 GND gt 4 gt oo 5 Piz2 n2 55288 582 8 zsz gt 5 r P446 w Un DONO ee S S 331 2 sE Y MAIN ei cy ny 2
28. 2222 GND 2 lt 1 lt LOG CLE H amp amp amp x lt E lt HALL D 3 SPEED LOG 424 106 CLK C gt 9 oo gt 4 gt lt 3 lt NC 5 S gt MC gt 6 gt a 4 fx Im w P gt GP Gd Omer f J462 P462 A AERA 25120120122 855 85125155125225 252252221 251 255252 555555552525 5552252552559855855 00525555225525555 5 61 gt gt lt 2 lt EXT 5 gegueengpeve Sas WEY ZESSESTEZSSE SS IEE ggzreazoidgolo jg soa 292 525 ARN lt s COH soe war lt gt me 4 lt gt 4 gt A 4 lt lt RI HHT 2 DJ1 2 225 82802 goa S 5 5 5 5 54 lt EXT TX C 2 gt gt 1 gt PUC Z lt xx 1 1 z z Vee J gt y 4 7B oo 44651 P465 5 lt lt 12W gt 2 gt 58 20 B5 55 55 E SE EE 5 B zzz gg 00925 be d gt ate D a yw 3 pJ TRIG gt e OPTION s Snorer eee 471 165 42 MM cz 551 SPU BOARD TUNE IND gt 2 gt 12 9115 J453 9125 83 3253 B8 CUR gt 3 gt
29. 4 V 7410 7 6 V 6 5to 7 5 V 1 Press RADAR MENUI 0 0 0 2 0 to open the INITIAL SETTING2 menu 2 Press 5 to select both the 5 SCANNER STOPPED field and the TX option and press ENTER Disconnect connector P821 from the antenna unit 3 urn off screen brilliance 4 Measure voltage between pins 12 and 5 on connector P801 on the Board 03P9243 in the antenna unit 5 If the voltage is not within the rating shown in Table 3 1 adjust potentiometer VR1 on the Board 6 Show the INITIAL SETTING 2 menu press 5 to select ST BY and then press ENTER J611 C Figure 3 5 Board 3 8 Initial Setting Menus The INITIAL SETTING menus four menus and the OWN SHIP INFORMATION menu setup the radar according to expected usage authorities specification ship s characteristics operator s preference etc Set items on each menu in accordance with regulations operator s preference After entering initial settings reset the power OWN SHIP INFORMATION 1 INITIAL SETTING 1 2 SHIP S LENGTH 000m 3 SHIP S WIDTH 00m 4 RADAR POSN FOR BOW 000m FOR PORT 00m FOR BOW 000m FOR PORT 00m 00KT 00 0 s 00KT 00 0 s 00KT 0 00KT s 00KT 0 00KT s 5 NAV ANT POSN 6 TURN RATE 7 SPEED RATE Press 0 INITIAL SETTING 4 1 INITIAL SETTING 3 2 MODEL FR 2115 2125 OTHER X BND FR 2165DS 2135SW OTHER S BND R N G D L M H OFF ON OFF ON ANT A FR 2115 21
30. 580 684 4 BuO gt lt ot DIYL Xi 9 ovn 6 gt 6 L 1 00 9NINOL y DIML S p p 91815 3 lt ON ON 9 1 SBW NH L M 9 a DIALS g 4 AI 12 lt 989E 9 F0 2 919 gt gt 7 SEH ON gt 1 gt 1 9N 108AH ioga 0689 sz 8 218 21641 216 Ly del 1089 d 1 HN EN v dE HN d 1 HN MM zi v ONDZ gt gt ONT DNINAL XL 1 Z LINON d 84 ized AH ner de HA de HA 81 5726350 98 FURUNO T0 FOR _ FROM J45B J458 Pa Uer 4 or K BSP SHF BSP_SHF_1AA_K 128A G9GP3A 114 128A 89GP3A 1 14 128A G96P3A L 14A BGP _SHF B4P SHF 1 SF IAA SHF lt ER AR lt gt 080 to L F POu R 24 VTE ay From RJT mex OPTIO 3 for NAVE_DATA BAYRA SYNC 81 OPTION 3 oan T SYNC 182 143 Bag 282 1 813 to lt gt 4 12 OPTION 4C_MV RCC TTA 383 C c3 lt 25 DEGAUSS ______ 182 5 lt 5 N 5 lt 403 2 lt ADS 384 25 lt J49 482 3452 8 10P_SHF_1AA_K 2 lt lt gt 826 BSP_SHF
31. SA RULBP 282 C11 EXT BEARING 380 cag 242 5 344 gt TP2 TPS for RJ 7 RJ TRIG ADING AD LED ______ 4 A12 1B2 3 vec COP TION 9 81B1 25 2112 7 12 lt gt pa I C 282 19 ove FFC_2BMEPIB R175 4 7K 1 lt EXT TEIG DJ NAVARK S L 124 n Cie 3 c 2A2 cts 2 21 so bss 19 se 32 u Ju B 1 AW DRAWN O 05 9252 I NT I 3e 5 ETIN 0 SCALE MASS TO BLOCK NO p INT BOARD 1 4 DWG NO C3464 K08 B 05 144 6011 SCHEMATIC DIAGRAM FURUNO ELECTRIC CO FURUNO 1 3 gt 1A3 1 3 C143 C143 2 C1B3 C1A45 NAV_EX_H NAV_RX_C NAV_TX_C NAV_TX_H INS_RX_H INS TX H INS TX C TXD RXD V CR4 1SS181 ver tuuguo DIC 252 R91 478 4 469 _ 48 INS RX C 155181 SN751178NS 8 1 8 SNT511TSNS V C17 R62 1988p NOTE TCT4HC14AF TCT4HC14AF US US dz 18 D 12 12V 12 R170 33K V 9458 T J463 J1 J2 CURRENT ROOF aaa CURRENT ROOF NAV RX ACD NAV TX cacy JNS TX 181 21 APPROVED
32. functions consists of a circuit board and a card drive both of which are accommodated in the processor unit Note that the RP 26 is not available with the statute mile type radar Necessary parts RP 26 Z 2E Code 008 485 520 cm Remans IF Board Cable assy RP Board 14P0298 008 487 640 Pan head Screw 4 8 C2700W 000 881 445 TTeethed Lock washer wacsioww 1 _ 2 1 Open the processor unit Unfasten one 4 8 pan head screw and two M3X10 pan head screws to remove the RGB Board together with its mounting plate Disconnect the monitor cable at the RGB Board See the figure at the top of the next page for location 4 9 2 Unfasten four M3X8 pan head screws to remove the RP board mounting plate from the RGB board and its mounting plate Pan head Screw 4 8 RP board mounting plate RGB board mounting plate RGB Board Figure 4 9 Processor unit inside view 3 Discon
33. gt P58 LO AAA EE oo HALL 1 gt 1 gt 1 HALL 385 gt lt 4 p579 579 8 1 lt CONTRASTI 5 lt 2 lt CONTRAST RIRC EOIR lt 6 m lt 3 CONTRAST3 uo 5141 14 P5824 J502 2 P5T61 J576 DEGAUSS gt 1 16 DEGAUSS lt lt 1 lt 1407 lt lt lt V SYNC 2 2 Y SYNC 2 lt NC gt 12Y 1 T ev oz 555 GND gt 4 4 lt GND SES VN 12 gt 5 54 12V YN 222 NE h a o 83 e CAS HIN OW Nj D 5 299 For CDT2i368 V DEGAUSS COIL P560 J560 555 Qo 1 CRT VIDEO R 2 VIDEO G lt CRT VIDEO B B15 C C GND CDT2136B ANININ IN ANAN AN ANAN AN AININ AN WIRD OO J N fh Q ends h w TYPE 22 mE MODEL MONITOR UNIT GENERAL C3483 K03 A 03 144 6008 10 SCHEMAT FURUNO ELECTRIC CO LTD i 22 5 FR 2125 B 0 05 11 OO 1209 71 20 d 203 9 3 ON 5425 MVdOVIOd 9I1VW3HOS 241 0141 83 NN 5 eno LINN VNN3INV ERGZG
34. inside the processor unit and the monitor Route it inside the processor unit as below Connect the cable to J2 on the RGB Board If a converter adaptor is used it may be necessary to route the cable differently than shown In any case be sure the cable does not touch the TX HV Board TX HV Board Underneath the plate Locking Wire Saddle Locking Wire Saddle LWS 2H with M3X10 Pan head Screw Cable inside Locking Wire Saddle Locking Wire Saddle Figure 2 11 Processor unit inside view 2 8 2 3 2 Connection of monitor cable inside the monitor Connect the monitor cable inside the monitor as below MONITOR HEAR VIEW D Cable Cover Loosen two 4 10 pan head screws Cable Entrance Plate Unfasten three MX10 screws to remove cable entrance plate Connect to CONNECTOR Board NH3P to J579 Connect D SUB VH3P to J576 connector to J560 on the INTERFACE Board 8 d Fasten ground wire with 9 M4X10 pan head screw Unfasten top or bottom M4X10 pan head screw fixing clamp plate Lay cable in clamp and then close clamp plate 46 Clamp Plate MONITOR CABLE CONNECTOR Board INTERFACE Board Fasten D SUB connector with screw 1 Fasten cable entrance plate 2 Close cable COVer 3 Fasten ground to prevent electrical wire between shock and mutual earth terminal interference and ship s superstructure CAUTION Grou
35. tie Fasten the cable band supplied with a pan head screw 4 12 supplied and attach two cable ties CV 100 supplied Connect NH connector 3P supplied to each of J472 J473 J474 and J475 on the ALARM Board the NH connectors along the cable ties and pass them through the cable clamp Close the INT board cover Close the processor unit 4 14 J472 ARPA guard zone target alarm J473 SYSTEM FAILURE HP BP TRIG VIDEO GYRO and AZI J474 ARPA CPA TCPA J475 Spare Pass cable through here Cable Tie CV 100 2 pcs Pan head Screw SE EE M3X8 4 pcs d 9 NH Connector U MN 03 1991 3P 4 pcs u B go NOL P ALARM Board T Ej 5 03 9262 1 i J451 2 gl NH Connector ER 03 1990 9 9P Rl Pan head screw 1 11 4 12 INT Board Cable Band 03P9252 Existing cable tie HP 3N Figure
36. 0 SUS304 FOR ANTENNA FOR ANTENNA FOR ANTENNA FOR ANTENNA RW 4747 1 0354747 FOR ANTENNA DWG NO C3464 M05 G FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 4 FURUNO pee mers eere 7 2 2 E INSTALLATION MATERIALS REMARKS DESCRIPTIONS M12 SUS304 CODE NO 000 863 112 12 505304 000 864 132 m E FOR ANTENNA UNIT RE OUTLINE L FOR ANTENNA UNIT FOR ANTENNA UNIT M6 SUS304 00 FOR ANTENNA UNIT CODE NO 000 863 109 SUS304 FOR ANTENNA UNIT CODE NO 000 864 129 FOR ANTENNA UNIT 6 505304 CODE NO 000 864 260 DWG NO C3464 MO6 G FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 5 i U R U N aD No 03 5 9405 1 1 1 MARINE RADAR INSTALLATION MATERIALS amp 5 NO DESCRIPTIONS 502 75 15 id 008 485 400 03 75 20 CODE 008 485 410 03 75 30 1 CODE NO 008 485 420 REMA
37. 12vf 7 1 C15 19000 8 OPT1ON R36 PY 7328 1810 q w 2st2T12 Y V R22 012 568 _ _ _ 15 0_ 103 R33 12 198 49 c1 226 293431 Y RS 16v 2206p C13 3390 oem 01 258 16K 2SA1162_Y_TESSL NIS R38 33 AU 12V V Ce 1 160 12Y 12 p c 974 EAR 16V R23 1 _ R38 1 5K 228 1 GGE 134 US DC12Y RTE RT2 68 T 2sc2712_Y V 181 Q24 OP_TRIG_B 183 R147 3 3148 22900 C24 3390 33 549 ee i OP_VIDEO_A C183 B 188u 16 2541152 Y TEBSL R71 Kali 16 252712 Y 041 3 1 R169 CRIS 155226 4 R8 68 N can Pm 2SC2112 Y RIESE 01 4 1K spy 25A1162_Y_ TESS V C22 V 136 399 568 16V 2SA1162_Y_TESSL ECE_Y1CA161P 33 e 12V4 127 039 R131 18K 6 196 13 I C41 2 2K 188u TRIGGER RES 68 148 16V 1812 12 EXT TRIG 25 2712 C1A4 028 228 EXT_TRTC_DJ 1 HK_3_C_T C TRIG 183 103 REV 1812 C21 Pl 2208p 16V 7 G6E 134C US DC 12V ECE V1ICA181P 2SA1162_Y_TESSL EXT TRIGGER 1 12 DRAWN 9 CHECKED YY Kas pon CALE MASS APPLICABLE TO BLOCK NO NAME INT BOARD 4 4 DWG NO C3464 K11 03 144 6011 5 SCHEMATIC DIAGRAM FURUNO ELECTRIC CO LTD
38. 135 VAC 1 R2 20 100 VDC 2 R1 COM Either connection in case of DC polarity J4 191 2 52 3 S3 4T 5 Figure 4 3 Connection of external power supply to GYRO CONVERTER Board Gyrocompass Step type 4 1 3 DIP switch jumper wire settings Default setting The default setting of all DIP switches is off and all jumpers wire are set to 1 Note that the jumper wire JP1 is set at 1 2 and 3 In those settings the gyrocompass having the following characteristics can be directly connected modification of the GYRO CONVERTER Board is not necessary AC synchronous signal 50 60 Hz Rotor voltage 60 to 135 V AC otator voltage 60 to 135 V AC Gear ratio 360X Supply voltage 30 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 as appropriate Settings may be changed according to gyrocompass specifications page 4 4 or make and model of gyrocompass page 4 5 For the location of DIP switches and jumper wires see page 4 6 4 3 Mb method 1 DIP switch settings and gyrocompass specifications Gyrocompass type 2 Frequency Gyrocompass SW SW SW JP1 Frequency SW SW 1 4 1 5 1 6 1 7 1 8 1 2 OFF AC synchronous DC _ 3 OFF AC synchronous pulsating current Full wave 5 ON DC synchronous pulsating current DC step Half wave 4 5 Rotor Voltage between R1 R2 4 Stator Voltag
39. 2000 mm XN20AF RSB 0075 062 _ __ FR 2115 B 42 rpm 2000 mm XN24AF RSB 0074 062 FR 2115 B 24 rpm 2400 mm Anena XN24AF RSB 0075 062 FR 2115 B 42 rpm 2400 1 ne 24201 19101 FR 2125 B 24 rpm 1200 24201 19101 Unit XN12AF RSB 0074 063 XN12AF RSB 0075 063 a XN20AF RSB 0074 063 XN20AF RSB 0075 063 FR 2125 B 42 rpm 1200 mm FR 2125 B 24 rpm 2000 mm FR 2125 B 42 rpm 2000 mm XN24AF RSB 0074 063 XN24AF RSB 0075 063 FR 2125 B 24 rom 2400 mm FR 2125 B 42 rom 2400 mm RCU 011 SP03 12500 DC mains 000 089 390 SP03 12510 AC mains 000 089 391 SP03 12502 5 03 12506 FP03 07510 000 089 586 1 FP03 06502 FP03 07401 Control Unit Processor Unit SP03 12502 SP03 12505 opare Parts Accessories CP03 19100 000 089 393 CP03 19104 Antenna Unit CP03 19105 Monitor Signal Cable 503 75 15 15 m 1 CP03 19110 000 089 394 Select 19104 Antenna Unit Materials B 19105 Monitor Signal Cable 503 75 20 20 m CP03 19120 000 089 395 CP03 19104 Antenna Unit CP03 19105 Monitor Signal Cable 503 75 30 30 m Optional equipment Remote Display Gyro Converter Interswitch Interswitch Performance Monitor Transformer Unit Rectifier ARPA Video Plotter Video Plotter Alarm Kit Performance Monitor Inst Kit Power Cable AC DC Conversion Kit Interface Unit
40. 25 OTHER X BND 21650 2135SW OTHER S BND ANT B FR 2115 2125 OTHER X BND FR 2165DS 2135SW OTHER S BND DEEP SEA FISHING LONG LINE FISHING NM SM km 500m 5000m 3TYPE 4 CTR STC CURVE 5 RJ 7 6 RJ 8 7 SHIP S TYPE 1 8 RANGE UNIT 1 9 CABLE LENGTH 0 FACTORY DEFAULT 2 Press 6 Press RADAR MENU 01 0 0 2 INITIAL SETTING 1 1 FUNCTIONS 4 2 HL ALIGN 3 TIMING ADJ 4 ANT HGT 5 LOG PULSE 6 OWN SHIP INFORMATION 7 MBS 8 ON TIME 9 TX TIME 0 INITIAL SETTING 2 Press 0 EBL 0 0 VRM 00 00 5m 7m 10m 15m 20m 30m MORE 200P NM MBS TIMING VRM 0 MBS LEVEL EBL 0 000000 0H 000000 0H INITIAL SETTING 2 1 INITIAL SETTING 1 2 LOG GYRO INPUT 3 OWN SHIP VECTOR 4 KEY BEEP 5 SCANNER STOPPED 6 VIDEO SIG 7 ALARM LEVEL 8 DISPLAY 9 SECTOR BLKG 0 INITIAL SETTING 3 LOG PULSE SERIAL DATA GYRO AD10 SERIAL DATA COMPASS COURSE ON OFF ST BY TX ANALOG DIGITAL 4 5 6 7 MAIN SUB OFF ON 000 000 000 000 Press 0 INITIAL SETTING 3 1 INITIAL SETTING 2 2 TRAILS RESTART 3 ECHO AVG W O GYRO 4 HEAD UP TB SCALE 5 CTR ECHO STRETCH 6 VIDEO CONTRAST 7 MAXIMUM RANGE 8 ECHO FULL COLOR 1 9 INDEX LINES 0 INITIAL SETTING 4 OFF ON OFF ON DEG 16POINT OFF ON 1 2 3 72 96 120 OFF ON 2 3 6 1 For merchant vessel the settings are DEEP SEA SHIP S TYPE NM RANGE UNIT COLOR ECHO FULL COLOR 2 For factory us
41. 4 Connect the GYRO CONVERTER Board to the INT Board cables supplied with GC 8 as shown below INT Board GYRO CONVERTER Board J446 4P 7 J465 6P J1 14 Fix cable to chassis INT BOARD with cable tie 03 9252 BOARD 64 1106 Figure 4 2 Processor unit inside view 5 Confirm gyrocompass specifications and set the DIP switches and jumper wires on the GYRO CONVERTER Board according to the gyrocompass connected Setting jumper wires and switches by gyrocompass specifications page 4 4 Setting jumper wires and DIP switches by make and model of gyrocompass page 4 5 Location of jumper wires and DIP switches page 4 6 6 Solder the gyrocompass cable to the VH connector assemblies supplied 7 Attach instruction label supplied to shield cover for the INT and GYRO CONVERTER boards 8 Close both the INT Board cover and the processor unit cover 9 Turn the power off and on again to reset the CPU 4 2 4 1 2 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 the jumper wire JP1 on the GYRO CONVERTER Board when an external power supply IS used 2 Connect the gyro cable and power cable as shown below GYRO CONVERTER Board A 64P1106 External Power Supply J5 20
42. 4 14 Processor unit inside view 4 6 AC DC Conversion Kit The AC DC Conversion Kit enables conversion from AC power to DC power and mainly consists of a circuit board and filter AC DC Conversion Kit for 24 rom antenna AC DC Conversion Kit for 42 rom antenna Type OP03 161 24 Code No 008 499 760 Type OP03 161 42 Code No 008 499 770 Name Type CodeNo Name Type CodeNo POWER 03P9246A 008 487 440 1 POWER 03 9246 008 493 700 1 Board Board Filter RDP 124 008 492 460 1 Filter RDP 124 008 492 460 1 DC DC 4 15 1 Open the processor unit 2 Follow a and b of how to access rear left fixing hole on page 7 to remove the PTU Board cover Unplug all connectors from the PTU Board Loosen the screws fixing the PTU Board and then remove the PTU Board Fasten new PTU Board with screws removed in step 4 Plug in six connectors to their proper locations on the PTU Board Do not connect J101 Loosen four screws fixing the AC filter Fasten new filter 49 ib OD Gr ge 309 Connect cable from filter to J101 on the PTU Board 10 Fasten the PTU board cover 11 Connect power cable from ship s mains 12 Close the processor unit PTU Board behind shield cover Screw AME M3X8 5 pcs Slide forward
43. C2712_Y gt 06 R44 ua QA1 1C2 OVN BEARING R114 3 18 2 2K N RJT BP 123 4G49AF 015 12N4 QO TCTAHC 2SC2712 Y TPS 2SA1162_Y_TESSL R16 10K 1 R43 228 220 R48 R46 196 N 2scen v 014 U 183 ARPA_BP 403 m 2541162 Y TESSL MN 017 R41 TP4 18K J471 C HK_3_G_T R141 4 7K R42 7 4 188 R 47K FFC_SBMEP1B OP HO A 182 RHI 444 ao DIC 252 R168 10K E 144 3 9 ANALOG ee RISE A 8 uPC842G2 Cu R161 12K R155 1K ANALOG_P AD 4 OP H0 B _ 483 3 lo 12 uPC842G2 gt A CR18 155226 2 12V _12 4 7K CRIT R154 12V 12V iex 1SS319 R1 V 51 R159 o 151 Risa 168K vx 58k _ U CR RJ7_HD R152 16 ANALOG_N 441 1K 155319 _12 2115 ARPA HD aca 6116 8 x 1812 470K L DRAWN Aora 99 Ta HECKED uj 2c t C A 2 99 OTHE RS OoOO n aya ___________ FR 2119 FURUNO ELECTRIC CO LTD FURUNO 12 12V C39 se R52 3 31219 228 R6 68 181 C3T 15 l ARPA VIDEO 102 2502112 7 02 RJT TRIC 1C3 CS 1088p R128 19680 T A C1 22880 2SC2712_Y 019 C16 RSS 1 _T 2SA1162 Y TEESL OY 33 12Y 12V gt 198 RSE 9 226 12Y q 16 R31 68 owe 2 2K R33 pl SA1162_Y_ TESS 1 5K NNN 4 7K
44. F ON OFF OFF ON ON OFF Remo 2 i COM 3 wire CMZ 250X DC synchronous 360x OFF OFF OFF OFF OFF OFF ON ON ON OFF MM 2 300 500 DC step OFF OFF ON OFF OFF ON ON OFF 4 35V 180x 5 6 COM 3 wire CMZ 100 200 AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF OFF 1 300 50 60Hz 2 3 C 1Jr D 1Z 1 3 Rotor voltage 100V IPS 2 3 Stator voltage 90V 360x CMZ 50 step OFF OFF ON OFF OFF ON ON OFF 2 Note 35V 180x ve COM 3 wire Plaith NAVGAT Will AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF FF 1 2 50 60Hz 72 13 Rotor voltage 50 60V Stator voltage 68V 360x i ES 1 2 11 AC synchronous ON ON OFF OFF OFF OFF OFF OFF OFF OFF 1 1 GLT 101 102 50 60 2 2 3 103 106K 107 Rotor voltage 100 110V Stator voltage 90V 36x ES 11A 110 AC synchronous OFF ON OFF OFF OFF OFF OFF OFF FF 1 1 200 50 60Hz 2 3 PR222R 2000 Rotor voltage 100 110V PR237L H Stator voltage 22V GM 21 90x MK 14 DC step ON OFF OFF ON OFF OFF ON ON OFF OFF 4 2 1 1 MOD 1 2 T 70V 180x 5 6 NK EN NK EI COM 3 wire SR 130 140 DC step ON OFF OFF OFF ON OFF OFF OFF OFF OFF 4 2 1 1 70V 180x 715 426 5 wire open collector TG 100 5000 DC step OFF OFF OFF OFF ON OFF OFF 4 PR 357 130 70V 180x 5 6 140 ES 17
45. FR 2115 2115 B FR 2125 2125 B FR 2125V MARINE RADAR FOR DISPLAY UNIT QUANTITY REMARKS COD DWG NO No OR OUTLINE PER SPARE ITEM NAME OF NO FGMB 2A 250V 8 FUSE 000 122 000 ti X FGBO 20A AC125V 2 2 FUSE ti X 30 FGBO 0 5 39 _ AC250V ay 3 Fuse 0 0 6 000 549 018 1 1 MFR S NAME FURUNO ELECTRIC CO LTD DWG B DIMENSIONS IN DRAWING FOR REFERENCE ONLY L A 14 E UF E 45 QD CODE 008 485 380 O3FS X 9303 4 SP03 12503 0 P CIN SPARE PARTS LIST FOR USE VESSELER ERE FR 21358 2135SW MARINE RADAR DISPLAY UNIT QUANTITY REMARKS CODE DWG NO OR TYPE NO OUTLINE PER PER SPARE SET VES FGMB 2 250V EN FGBO 0 5A i AC250V FGBO 5A AC2SOV EB 2 FUSE UR 1 1 MFR S NAME FURUNO ELECTRIC CO LTD DWG NO C3464 P03 C DIMENSIONS IN DRAWING FOR REFERENCE ONLY 15 FU EL GD INSTALLATION MATERIALS REMARKS KE B OUTLINE DESCRIPTIONS 140 1211 506 135 CODE NO 000 854 118 JISB2401 P135 15 35 gt
46. FURUNO Installation Manual MARINE RADAR FR 2115 B FR 2125 B SAFETY INSTRUCTIONS 3 INITIALIZATION AND EQUIPMENT EIS S lil ADJUSTMENT SYSTEM CONFIGURATION VI 3 1 Tuning Initialization 3 1 3 2 Accessing Menus for Initialization and 1 MOUNTING AQIUSIMeNE zo u a nya yn uyayuq 3 1 B Ae na S Db d su u 1 1 Adjusting Video Signal Level 3 1 1 2 Processor Unit 1 6 3 4 Heading Alignment 3 2 T3 MONO 1 9 3 5 Adjusting Sweep Timing 3 9 1 4 Control Unit 1 11 3 6 Suppressing Main Bang 3 3 3 Confirming Magnetron Heater 2 WIRING Vol eee 3 4 2 1 Antenna Uhnit 2 1 3 8 Initial Setting Menus 3 5 2 2 Processor Unit 2 5 2 UMOR RU ded 2 8 4 OPTIONAL EQUIPMENT 2 4 Control Unit 2 10 4 1 Gyro Converter GC 8 4 1 2 5 External Equipment 2 11 4 2 ARP Board ARP 26 4 7 2 6 AC Power Specification of 4 3 RP Board RP 26 4 9 Processor Unit 2 13 4 4 Performance Monitor PM 30 4 13 4 5 Alarm KIt i 4 14 4 6 AC DC Conversion 4 15
47. IC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 2 CODE 008 503 450 O3FS X 9408 1 2 1 FR 2115 2115 B MMV FR 2125 2125V FR 2135S7213599 FR 2135S B 2165DS MARINE RADAR INSTALLATION MATERIALS ER 5155 2155 B E mig OUTLINE DESCRIPTIONS 11 2 HSP SHF AA REMARKS CODE NO 000 505 598 JC M3X8 C2700 MBNI2 ASHER HEAD SCREW iL CODE 000 881 404 77 UItA2B M5X10 SUS304 HEX BOLT WASHER HEAD 000 802 288 C ce c m e 747 y22PS PIPE BOX SPANNER 000 830 140 VH3P L300 AA 3479 CONNECTOR ASSY CODE NO 000 141 014 77744 AX CODE NO 000 536 100 DWG NO C 464 MO8 B FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 3 EF UF mR UEN CD ew peor 03 5 9404 7 LL 14 INSTALLATION MATERIALS E OUTLINE DESCRIPTIONS REMARKS rT FOR ANTENNA UNIT CORROS 1 ON PROOF RUBBER MAT e 03 001 3002 FOR ANTENNA CODE NO 300 130 FV1 25 M3 FOR ANTENNA FOR ANTENNA FOR ANTENNA CODE NO 000 116 634 M12X6
48. IW GAZ1 028 8 618 Y 818 lt LIB lt Xi 137 918 lt 031 1173 19 ON9 19 lt CLSVHINOO 18 4121 SVH1NOO 218 lt 11SV81N009 lt 1 00 NIVY OV 018 1N00 35 OV 68 4 4800 88 lt 8183 SM L8 v183 Sd 98 lt GAYA Su 58 X SM PH eg GAZ1 AZt Ig c A26 cien ELSVHINO0 7 215 021 lt 9 11593109 lt S 0 9 lt 6 2 lt 8 ND lt I TNH 9 AZI 9 QNOi lt ONAS AKE 51930 lt 1 186 r 4 t 1 1 I e gt gt A21 E gt lt AZ QN9 Z gt COND AG 1 1 6 AG ON lt GIK 29 dEHX ONAS Al lt ple KE ICON ONAS ON Z I lt i lt LI lt iON lt 11 ON9 01 6 lt j9NAS 9 lt 6 lt 758609 0 91 lt 8 lt L GONAS H OND lt L lt 9 lt 1 GND 0 91 lt 9 x 1 lt 9 lt 8 ON lt S Sl r lt p lt OND ON lt b lt 25559 amat lt 6 lt QN9 80 e at Ton de LHX Ir 433379 898 6666d 0 QI Gu 2 c gt AMED 55 3 i MARINE RADAR CONTROL DISPLAY UNIT INTERCONNECTION DIAGRAM FR 2115 2125 B FURUNO ELECTRIC CO LTD
49. NVERTER E BOARD 03P9252 Connect cables to terminal board referring to inter connection diagram Fasten antenna cable to DJ1 with M3X8 screw 2 pcs supplied Figure 2 14 Processor unit inside view 2 11 Connectors on the INT Board Table 2 1 Connectors on the INT Board Signal Name on Connector Connector Applicable Name PCB No Type Equipment INPUT SIGNAL Gyro T VH 3 pin On pcb signal 5 5 wspn A64P1106 option opeed log u ls 3 pin 200 pulses nm signal etc Radar buoy RADAR J445 NH 4 pin signal BUOY Remote EXT RADAR J458 NH 8 pin display or RJ 7 signal OUTPUT SIGNAL External EXT ARPA J444 NH 8 pin Heading ARPA bearing signal Tx trigger Slave display SLAVE J442 NH 8 pin CD 140 Heading signal J443 CD 141 bearing video GD 500 Tx trigger GD 500MK2 FMD 800 FMD 8010 1 1 Monitor for FR 2115 B 2125 B can be used as slave display unit EXT BUZ J451 NH 9 pin Speaker wamp Speaker signal Monitor signal J449 NH 10 pin VER synchronous HOR synchronous video External EXT ALARM J452 NH 3 pin buzzer AC INPUT OUTPUT SIGNAL RJ 8 RJ 8 J416 NH 4 pin Mother Z 03P9251 NAV DATA J450 NH 5 pin ARPA data ARPA DATA J454 NH 5 pin PM ON OFF PM PRINT 4411 XH 3 pin Mother Board 03P9251 2 12 How to attach NH connector HOW TO ATTACH NH CONNECTOR TO SIGNAL CABLE NH connector wire Shrink tubing
50. P6 JP7 AD formal Fuse SW1 m data Tx interval 2A J4 DIP switch EE TAT J5 Stator signal input Data output port 3 Rotor signal input IEC 61162 1 output port Data output port 2 external power input J7 Data output port 1 Figure 4 4 GYRO CONVERTER Board 4 1 3 Setting the heading readout on the radar display Confirm that the gyrocompass is giving a reliable readout Then set the heading readout on the monitor as follows 1 Press the RADAR MENU key to display the FUNCTIONS 1 menu 2 Press the 0 key twice to display the FUNCTIONS 3 menu 3 Press the 9 key to select the GYRO SETTING option 4 Rotate the EBL control to align the 5 HDG readout with the gyrocompass heading 5 Press the ENTER key to finish 4 6 42 ARP Board ARP 26 The ARP Board ARP 26 which provides ARPA functions is an optional circuit board which is accommodated in the processor unit Note that the ARP 26 is not available with the statute mile type radar Necessary Parts 26 2 008 485 500 Name Qty Code No ARP Board 18P9002B 008 473 650 4 2 1 Installation of the ARP board 1 Turn off the power Unfasten the PCB card case cover at the left front of the processor unit by unfastening four screws 2 Set the ARP Board in the center slot of the PCB card case Top RP Board Option Middle ARP Board Option Bottom SPU Board Figure 4 5 Processor unit inside view 3 Adju
51. RKS OUTLINE TO BE SELECTED TO BE SELECTED _ TO BE SELECTED SIGNAL CABLE ASSY L 30M DWG NO 5871 01 FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY m FR 2135 B INSTALLATION MATERIALS MARINE RADAR DESCRIPTIONS REMARKS mae 2VSB RM 000 142 172 DWG NO C5485 MO1 FURUNO ELECTRIC C O LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 7 FURUNO 1 1 jm Tanz FP03 07401 ACCESSORIES REMARKS DESCRIPTIONS 03 144 1651 1 CODE NO 100 263 941 03 144 1693 0 0 UM CODE NO 100 271 160 03 144 1694 0 100 277 860 wsxio SUS304 CODE NO 000 802 288 53 5003 70 CODE NO 000 801 787 OUTLINE 490 d P i e t DWG NO MEM 3483 01 C FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 8 E UFE USE CD cone wo 008 478 830 o3Fs x 9501 5 TPE 03 06201_ ACCESSORIES xe
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53. XT ALARM M KAPARI C6 1825 C184 7 143 188u OPTION 12V 16V for RADAR 2 lt 5 AT lt OPTIONTRIGCER A19 4425 12 1 BUOY 181 8 L _ _ COPTION lt EXT ALARN2 ___ 482 19 lt 06 1 2 2 9 lt 2 3B2 3 OP BP B MEL 1822 C19 c3 12V lo SEU L 5 2 age TIDCHEADING _ 381 Ax C46 J452 c 1 480 B4P SHF AA K DP_Y1DED_ GYRO_DATA_C pg c EXT ALARIG 8 5 183 lt 16 1 _EOQ AC ALAR og 8 484 for AD16 e lt X TUN 283 to EXT AC ALARM 2 FORMAT arce 283 ANTSU cea CRI VIDED OAD 3 lt 4 5 283 x 4456 age D 81383 EIN J444 840 F p BSP_SHF_1AA_K KRD gg EXTAALARNS 182 EVIDED 404 for RS 232C or gt TXD en r RJT HEADING RF VIDEO 382 FLASH ROM HEADING 381 c2 gt OPTION lt o O en 22 EE 182 to EXT_ARPA 4 OPTION 5 lt B10 AC ALARM 203 22 MPAT 2A4 5 CD ST lt DUN HEADING _ lt ARPA VIDE B15P_SHF_1AA_K DUN BEARING EXT HEADING RF VIDEO 9 C4A4 3 1A2 cee 304 c lt x lt for 3UNIT 45 2 RJT_TXC ane BRE 0 A234 ME 182 ARKH 5 ICRI B11 RTRIGGER ___ 4A1 23 lt MPA EX 2A4 JI HD 283
54. YOWSW 759 JONYNHINIVW_IV 246 _STIOH ONIXIS a UR U N CD DRAWN 0 d SCAL 1710 5 DWG V 63464 804 E ANT I CORROS ON RUBBER Hb A 4 15 RFR FIXING HOLES CLAMP RING SERE SF W 250 256 PACKING yoke OTHERS MEM FR 1500 SER 2 ANT LENGTH n B FORWARD 4 300 50 CABLE ENTRY MOUNTING DIMENSIONS 4 4 16 i V F 3 f JL F y COPPER BAND OR BRAIDED SHIELD 4 lt Y INNER SHIELD Ry PROS 2 PESO ee SE 2 L OY CFD ARMOR IF PROVIDED DETAIL OF CABLE ENTRY IFR 1700 SER FR 2115 2125 NAME ANTENNA UNIT 124 5592 10 GND TERMINAL CABLE GLAND FOR PERFORMANCE MONITOR JIS F8801 A20c NOTE 1 lt RECOMMENDED SERVICE CLEARANCE NOTE 2 120cm TYPE ANT TYPE XN 12AF A ANT LENGTH B ANT CLEARANCE E MASS 1 2602 10 mm 1 400
55. _1AA_K PRESS DEGAUSS 4 C2 ci SC da ce 2 to VIDEO or lt BSP_SHF_1AA_K 2 X 2YNC REMOTE 3 AD ARPA TX H _ 243 J448 N A3 args g ALON 394 A21 to PDM 3 pM DISPLAY s CRT VIDEO R age ARPALIX C 543 B3P_SHF_1AA_K 188u B15 RJ7 TX lt 5 lt 12N for DATA _ 2 3 LR 201 53 159 OPTION 7 CRT_VIDEO_G 1B1 OPTION 4C NPA RXC 2A3 from SPEED LOG 2 LOG CLK C 5 lt C27 8 CC HOLD J465 1 4 lt 163 A28 BEB lt 8 GC_LED 4 lt B16 7 244 28 lt J455 EC_UP J442 BSP_SHF_1AA_K J453 c lt 6 lt 21 00028 183 cag to G C AD BEP _1 _ JNS_TX_H 281 B3P_SHF_1AA_K CA S o maaa TX TRIGGER GC uP 8v GC for INS_DATA 2 INS_TX_C 281 so dbz 2 ec Svec O CB COPTIOND INSRXH 281 db TION 2 DPTION BEARING GYRO CLE 4 NS RX C 281 lt ANALOG 383 BS 284 829 lt to SLAVE DISPLAY 5 VIDED SEL C5 483 42 C17 c29 BSP_SHF_1AA_K COPTION XT ALARM ARPA TRIGGER gig EDON 133 EET 181 ET ALARN 181 J445 EXTALARHT 182 B18 RO DATA ____ 284 3 181 _ _1 _ gt ALARMA agi HALL_1 _ _ jen to E
56. ate the monitor from the mounting base 4 Pull the monitor forward about 4 centimeters and then lift if from the mounting base 5 Fasten the mounting base to the mounting location with M10 bolts nuts and washers local supply using the pipe box wrench supplied Make sure there is 3mm protrusion under the nut 6 Lay the monitor on the top of the mounting base making sure the rear pin on the monitor is mated with the slit in the mounting base Fix the mounting base with the two sets of bolts and washers unfastened at step 3 T Fasten the monitor cover Plain Washer M10 2 pcs opring Washer M10 2 pcs Hex Bolt Pin M10X30 d 2 pcs Hex Bolt M10 4 pcs lt gt Washer gt Mounting Base Monitor Cover Pan Head Screw 4 10 2 pcs M ing B ounting Hex Bolt M10 F More than 3mm Figure 1 7 Monitor 1 10 1 4 Control Unit 1 4 1 Mounting procedure 1 Attach rubber to feet to the bottom of the keyboard if the keyboard is not going to be permanently fixed To fix the keyboard to a desired location fasten the KB fixing plate to the keyboard and desired location with two upset screws M5X10 supplied and two tapping screws 06 5 local supply as below KB Fixing Plate CONTROL UNIT GO cere eg Es mE at SIDE VIEW GN Screw Figure 1 8 How to attach KB fixing plate KB Fixing Plate M5X10 Up
57. ation keep in mind the following points The processor unit must be mounted horizontally DO NOT place any item on the top of the processor unit Locate the unit out of direct sunlight and away from heat sources because of heat that can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Be sure the mounting location is strong enough to support the weight of the unit under the continued vibration which is normally experienced on the ship If necessary reinforce the mounting location Determine the mounting location considering the length of the following cables a Signal cable from the antenna unit b Power cable from the ship s mains Monitor cable from the monitor Control cable from the control unit Leave sufficient space on the sides and rear of the unit to facilitate maintenance Also leave a foot or so of service loop in cables behind the unit for servicing ease A magnetic will be adversely affected if placed too close to the processor unit Observe the following compass safety distances to prevent deviation of a magnetic compass Standard compass 1 70 m Steering compass 0 90 m 1 6 1 2 2 Mounting the processor unit 1 Drill four holes of 12 mm in diameter in the mounting location 2 Unfasten 15 binding screws 4 to remove the processor unit cover Binding Screw M4X8 15 pcs Figure 1 5 Processor unit 3 Fasten the processor unit
58. ble to the terminal board RTB801 by referring to the interconnection diagram Leave slack in the coaxial wire to prevent breakage 10 Bind cores of cables with cable ties 11 Mount the transceiver module Connect plugs P611 P801 and P821 Fasten the shield to the ground terminal on the transceiver module 2 2 12 If the antenna is mounted 2 more left of ship s bow adjust the position of S901 so it becomes on contact between 1 and 2 on pcb MP 3795 To access 901 open the bow side cover S901 is above the drive gear Figure 2 4 Antenna unit front view 13 Confirm that all screws are tightened and all wiring is properly made Coat waterproofing gasket bolts and tapping holes of antenna unit with silicone grease Check that the waterproofing gasket is seated as shown in Figure 2 5 Close the antenna unit cover Coat gasket with silicone grease DO NOT use silicone sealant CORRECT WRONG Figure 2 5 Correct seating of waterproofing gasket 2 3 2 1 2 Fabricating signal cable S03 75 VINYL SHEATH 450 mm 1 Remove the vinyl sheath by 450 mm 2 Slide the clamping ring washer rubber gasket and washer onto the signal cable in that order 3 Unravel the outer shield to expose the cores in the outer layer Then unravel the inner shield to expose the cores in the inner layer Label all Inner shield inner cores to aid in identification 4 Attach EMI core
59. connector with this screw TOP VIEW RP Board ARP Board SPU Board Route cable between ARP and SPU Boards FRONT VIEW Figure 4 12 Processor front and top views 10 Fasten the ground wire from the connector with M3X8 pan head screw and teethed lock washer at the location shown in Figure 4 12 11 Fasten the PCB card case cover to the processor unit 12 Connect the monitor cable to the RGB Board Close the processor unit 4 12 4 4 Performance Monitor PM 30 Necessary parts PM 30 and OP03 150 Code 008 485 490 PM IN Board 03P9225 008 487 620 Pan head Screw M3X8 C2700W 000 881 404 Connector Assy VH3P L300 AA 000 141 014 1 Open the processor unit Unfasten three screws to remove the RGB Board together with its mounting plate Unfasten the monitor cable at the RGB Board See Figure 4 9 on page 4 10 for location 2 Fasten the PM Board 03P9225 to the location shown below with three M3X8 pan head Screws J403 PM Board 03 9225 3 40
60. d as below to protect against noise radiation Pan head screw Hex bolt M4X8 Nav equipment 5 12 505 Slave display 2 pcs D Rear clamp plate Hex bolt C Signal clamp Control M5X35 SUS Aluminum unit 2 pcs Hex bolt M5X35 SUS B Power clamp Cable position in cable clamp Alumina Processor unit rear view Rubber plug O When no log or nav equipment is installed insert rubber plug Z supplied to the left of keyboard A Rear clamp base Construction of cable clamp cable to hold the cable in place D Rear clamp plate Make sure shielding foam contacts rear chassis C Signal cable Hear cable entrance Aluminum B Power clamp Aluminum Cable Shielding foam A Rear clamp base Processor unit right hand side view Processor unit rear view Figure 2 10 Cable clamp position e Place shielding foam between cables and then attach foam to aluminum clamps e Fil unused clamp holes with shielding foam e Connect a ground wire between the earth terminal on the processor unit and ship s superstructure CAUTION Ground the equipment to prevent electrical shock and mutual interference 2 3 Monitor 2 3 1 Connection of monitor cable inside processor unit The monitor cable a monitor cable comes with FURUNO supplied monitor runs between the RGB Board
61. default settings OWN SHIP INFORMATION menu Keying sequence RADAR MENU 0 0 0 2 6 SHIP S LENGTH Enter ship s length SHIP S WIDTH Enter ship s width RADAR POSN Enter distance from both bow and port to the radar antenna location NAV ANT POSN Enter distance from both bow and port to the navigation antenna location TURN RATE Enter ship s turn rate SPEED RATE Enter ship s speed rate 3 1 OPTIONAL EQUIPMENT 4 1 Gyro Converter GC 8 The Gyro Converter GC 8 incorporated inside the processor unit converts analog gyrocompass reading into digital coded bearing data for display on the monitor This section explains how to install and the GC 8 mainly consisting of the GYRO CONVERTER Board and set it up according to the gyrocompass connected 4 1 1 Installation and connection of the GYRO CONVERTER Board Necessary Parts GC 8 Code No 008 446 520 Name Twe GodeNo Gyro Converter Board 64P1106 004 412 226 Washer head Screw M3X8 C2700W 000 881 404 1 Turn off the main POWER switch 2 Open the processor unit Turn off the internal power switch if so equipped Unfasten four screws to remove the INT Board cover 3 Fasten the GYRO CONVERTER Board inside the processor unit with four washer head screws supplied PTU BOARD 03P9245A F e INT BOARD 03P9252 Figure 4 1 Processor unit inside view INT board cover removed 4 1
62. e 3 5 INITIAL SETTING1 menu Keying sequence RADAR MENUI 0 0 0 2 HL ALIGN Aligns heading TIMING ADJ Adjusts sweep timing ANT HGT Enter height of scanner above water Select from 5 m 7 m 10 m 15 m 20m or more than 30 m LOG PULSE Enter speed log s pulse rate OWN SHIP INFORMATION Enter ship s characteristics length width radar scanner position navigation antenna position turn rate and speed rate See the description on the next page for further details MBS Suppresses main bang ON TIME TX TIME Shows number of hours the radar has been turned on and transmitted respectively Value can be changed INITIAL SETTING2 menu Keying sequence RADAR MENU 0 0 0 2 0 LOG GYRO INPUT Select LOG or GYRO input type LOG Select pulse or serial data GYRO Digital from A D converter or serial data OWN SHIP VECTOR Select reference for own ship vector compass or course KEY BEEP Turns key response beep on or off SCANNER STOPPED Set to ST BY in normal use TX enables transmission state without scanner rotation VIDEO SIG Set to ANLG analog for normal use Select DIGITAL to adjust QV Quantized Video ALARM LEVEL Sets echo strength which triggers guard alarm 7 is strongest echo 4 is medium strength echo DISPLAY Select radar display function main or sub slave SECTOR BLKG Sets area up to 2 where no radar pulses will be transmitted For example set the area where an interferi
63. e between 51 amp 52 SW Stator SW SW JP2 20 to 45 VAC or 30 to 70 VAC or 30 to 70 VAC OFF 42 LIT to 100 VDC ON OFF 2 Ratio 6 Supply Voltage SW SW SW Stator SW SW JP2 1 1 1 2 1 3 Voltage 2 2 2 3 360X OFF 20 to 45 VAC or O 20 to 60 VDC i sx ore ov 7 AD 10 format data Tx interval 8 NMEA interval Select data transmitting interval for ports 1 to 6 with jumper Tx Interval SW2 4 wires JP6 and JP7 The Tx interval is available in 25 ms or 2 d ON 200 ms 25 ms is for radar 200 ms is for all other equipment seconds ON 4 4 method 2 DIP switch jumper settings and make and model of gyrocompass Specification SW SW SW JP1 JP2 JP3 JP4 JP5 1 3 1 7 2 3 adii GY 700 DC step OFF OFF OFF OFF ON OFF OFF 4 1 1 100V 180x 5 6 5 wire open collector Anschutz Standard 2 3 AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF OFF 1 50 60Hz 42 43 Rotor voltage 50 60V Stator voltage 22V 360x Standard 4 6 AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF OFF OFF 1 1 1 50 60Hz 2 3 Rotor voltage 50 60 Stator voltage 90V 360x Standard 20 DC step OFF OFF OFF OFF ON ON OFF 4 2 2 35V 180x 5 6 3 wire AC synchronous OFF OFF OFF OFF OFF OFF OFF OFF 1 2 2 1 50 60 2 2 3 Rotor voltage 50 60V Stator voltage 22V 360x DC step OFF OF
64. e manual ELECTRICAL SHOCK HAZARD should work inside the equipment Wear a safety belt and hard hat when working on 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 some one falls from the radar antenna mast Turn off the power at the mains switch board before beginning the installation Fire electrical shock or serious injury can result if the power is left on or is applied while the equipment is being installed Do not install the display unit where it may get wet from rain or water splash Water in the display unit can result in fire electrical shock or equipment damage Only qualified personnel WARNING Be sure that the power supply is compatible with the voltage rating of the equipment Connection of an incorrect power supply can cause fire or equipment damage The voltage rating of the equipment appears on the label above the power connector Use only the specified power cable Fire or equipment damage can result if a different cable is used CAUTION Ground the equipment to prevent electrical shock and mutual interference Observe the following compass safe distances to prevent interference to a magnetic compass otandard Steering compass compass Processor 1 EN 0 90 m unit Antenna unit 1 70 m
65. f 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 adjustment will compensate for this error Correct bearing i Apparent position relative to heading of target Target b Target f Apparent e Correct position fe bearing of target 2 relative to rene heading scanner mounted Picture appears Scanner mounted Picture appears error to port deviated clockwise error to starboard deviated counterclockwise HDG SW advanced HDG SW delayed Figure 3 2 Heading alignment 1 Turn on the power Press RADAR MENU 0 0 0 2 2 to select HL ALIGN on the INITIAL SETTING1 menu 2 Select a target echo by gyrocompass for example at a range between 0 125 and 0 25 nm preferably near the heading line 3 Operate the EBL control to bisect the target echo with the heading line The value shown on the display is scanner position in relation to ship s bow 4 Press ENTER to finish 3 2 3 5 Adjusting Sweep Timing oweep timing differs with respect to the length of the signal cable between the antenna unit and the processor unit Adjust sweep timing at installation to prevent the following symptoms echo of a straight target for example pier
66. nd the equipment Figure 2 12 Connection of monitor 2 9 2 4 Control Unit 1 Open the processor unit D Lead in the control unit cable assy option from the rear entrance of the processor unit 3 Inside the processor unit fasten ground the wire of the cable assembly with an M4 screw on the chassis 4 Plug in two connectors of control unit cable to P412 and J583 PTU COVER Control Unit Cable Earth Wire ea P412 Figure 2 13 Processor unit inside view 2 10 2 5 External Equipment Open the processor unit Remove the cover from the INT Board Connect signal power ship s mains and power supply gyro log and monitor cables as below Optional equipment are connected to the INT Board see the next page for information Nav equipment Gyro etc Navigator Monitor PTU BOARD 03 9245 5 x behind cover x 02 290 x Bg D 1 Plug in coaxial Ground terminal cable here Z N 1 P ____ S S L POWER switch AC spec only Normally ON 8 Fasten TX HV line to 1 terminal To fasten 1 Unfasten screws 2 Slide terminal forward 3 Lift terminal to remove it 4 8 2 pcs E B us Ip CP inesse a SS S Je e d i x J453 1466 me J444 J451 T J462 GYRO CO
67. nect RP connector from M card base assy Fasten the M card base assy and RGB board mounting plate with one 4 8 pan head screw Fasten with M4X8 screw Fasten with M3X8 screws 2 pcs Figure 4 10 Processor unit inside view 4 10 4 Fix the M card base assy with two M3X8 pan head screws 5 Set the M card case cover to the hole in the front panel and fix with two M2 6X5 pan head screws Pan head screw B M4X8 i M card base assy Pan head screw A and RGB Board M3X8 Teethed lock washer M3 Pan head screw M2 6X5 2 pcs RC s N Pan head screw B Pull forward M3X8 2 pcs and fix M card case cover Figure 4 11 Processor unit front view 6 Unfasten four M4X8 screws to remove the PCB card case cover at the front of the processor unit 7 Setthe RP Board 14P0298 in the top slot of the PCB card case 4 11 8 Run the connector from the card case in front of the GYRO CONVERTER Board as shown in Figure 4 12 9 Plug the connector from the M card base assy in J1 on the RP Board as shown in Figure 4 12 connector GYRO INT Board CONVERTER 77 O fel FRONT Fasten ground wire from
68. ng object at the rear of the scanner would produce a dead sector area where no echoes appear on the display To enter an area select ON and enter relative bearing range of the area 3 6 INITIAL SETTINGS menu Keying sequence RADAR MENU 0 0 0 2 0 0 TRAILS RESTART Selects whether to restart or discontinue target trails when changing the range ON restarts trailing on newly selected range OFF discontinues trails ECHO AVG W O GYRO Echo averaging can be turned on without gyrocompass connection HEAD UP TB SCALE Bearing scale may be shown in degrees or compass points in the head up mode ECHO STRETCH Turn on to enlarge echoes in the range up to the first range ring VIDEO CONTRAST For factory use Do not change setting MAXIMUM RANGE For factory use Do not change setting ECHO FULL COLOR Echoes may be displayed in one color or multi color Select ON for multi color display INDEX LINES Selects the number of index lines to display 2 3 or 6 INITIAL SETTING4 menu Keying sequence RADAR MENU 0 0 0 2 0 0 0 MODEL Selects radar model TYPE Selects specification of radar R Regular type G Germany N Netherlands D Denmark CTR STC CURVE Selects level of STC affect Low Medium or High RJ 7 RJ 8 Selects which Interswitch unit to use SHIP S TYPE Select class of vessel deep sea fishing long line fishing CABLE LENGTH Set for 500 FACTORY DEFAULT Restores all menus
69. on the 0 25 nm range will appear on the display as being pulled inward or pushed outward See Figure 3 3 e The range of target echoes will also be incorrectly shown 1 Correct 2 Target pushed 3 Target pushed inward outward Figure 3 3 Examples of correct and incorrect sweep timings 1 Turn on the power Press RADAR MENU 0 0 0 2 3 to select TIMING ADJ on the INITIAL SETTING1 menu Transmit on the 0 25 nm range Adjust radar picture controls to display picture properly Select a target echo which should be displayed straightly Adjust the VRM control to straighten the target echo o RF V N Press ENTER 3 6 Suppressing Main Bang If main bang appears at the screen center suppress it as follows 1 Turn on the power Transmit on a long range and then wait ten minutes Adjust GAIN control to show a slight amount of noise on the display Select the 0 25 nm range Adjust the A C SEA control to suppress sea clutter Press 7 to select 7 MBS 2 3 4 Press RADAR MENU 0 0 0 2 to open the INITIAL SETTING1 menu 5 6 Adjust the VRM control to adjust timing the EBL control to adjust level Press ENTER 3 Confirming Magnetron Heater Voltage Magnetron heater voltage is adjusted at the factory However confirm that it is within the prescribed rating Table 3 1 Magnetron heater voltage rating Rating FR 2115 B 12 kW FR 2125 B 25 kW ST BY 0 125 nm 7 4 to 7 6 V 8 2 t0 8
70. rosive sealant Coat fixing holes for the antenna radiator with anticorrosive sealant Grease the O ring and set it to the O ring groove of the radiator flange Set the antenna radiator to the radiator bracket Dt e GE Ge For the XN20AF XN24AF coat hex bolts M8X40 slotted washer head 8 pcs with anticorrosive sealant and use them to loosely fasten the antenna radiator to the antenna unit chassis For the XN12AF coat hex bolts flat washers and spring washers with anticorrosive sealant and use them to loosely fasten the antenna radiator to the antenna unit chassis 8 Forthe XN20AF XN24AF remove two guide pins inserted at step 1 Tighten the bolts loosely fastened at step 7 CAUTION Be sure to remove the guide pins Injury may result if the guide pins loosen and fall Antenna radiator Waveguide Radiator bracket Guide pin XN20AF Hex bolt M8X40 8 pcs XN24AF XN20AF XN24AF only only Hex bolt M8X35 8 pcs Flat washer Spring washer XN12AF only Figure 1 2 Fastening the radiator to the radiator bracket 1 1 3 Fastening the antenna unit to the mounting platform The antenna unit may be assembled before hoisting it to the mounting platform However do not lift the antenna unit by the radiator Always hold the unit by its housing When using a crane or hoist lift the unit by the hoist rings which should be fastened to the bolt fixing covers of the antenna housing
71. s set to FR 2115 2125 on the INITIAL SETTING 4 menu following paragraph 3 2 and then pressing RADAR MENU 0 0 0 2 0 0 0 Trouble may result if the setting is wrong 3 2 Accessing Menus for Initialization and Adjustment 1 Turn on the power 2 Press the RADAR MENU key five times while pressing and holding down the HL OFF key 3 2 1 Restoring default settings Press RADAR MENU 0 0 0 2 0 0 0 to display the INITIAL SETTING 4 menu Press the 0 key to select FACTORY DEFAULT Press the ENTER key five times and turn the power off and on again me Initializing appears during restoring It takes about 90 seconds to restore the default settings after which the normal display appears Confirm that 2 MODEL is set to FR 2115 2125 on the INITIAL SETTING 4 menu 3 3 Adjusting Video Signal Level When the signal cable is very long the video amplifier input level decreases shrinking target echoes To prevent this confirm and adjust if necessary video amplifier input level 1 Connect an oscilloscope to TP6 on the INT Board 03P9252 in the processor unit 2 Transmit on the 12 nm range 3 Adjust R21 on the INT Board so the value of TP6 is 4 Vpp For remote display adjust R134 on the INT Board INT Board 03P9252 Figure 3 1 Processor unit cover opened 3 1 3 4 Heading Alignment You have mounted the antenna unit facing straight ahead in the direction o
72. s to all inner cores and all outer cores and bind them with cable ties etc Note that there are two types of the EMI cores thick Under 70 130 mm Cable tie and thin 5 rim each core except coaxial wire considering its location on the terminal board in the antenna unit 6 Trim the inner and outer shields leaving 500 mm BE cores each Twist shields together and attach crimp on Outer cores RFC 13 thick lug FV5 5 4 blue 64 Inner cores RFC 10 thin 7 Remove insulation of each core by about 6 mm ere mm Fix crimp on lug FV1 25 3 red 03 to each core 8 Fabricate the coaxial cable Make the length 10 mm longer than the shield to prevent wire strain Attach crimp on lug FVD1 25 3 red 3 to E ug coaxial cable Red 03 Clamping Crimp on lug ring 5 5 5 K 75 mm B 6 mm Fold four times Figure 2 7 How to ground signal cable S03 75 Crimp on lug FVD1 25 3 Red 03 Figure 2 6 How to fabricate signal cable S03 75 Crimp on lug 2 4 2 2 Processor Unit Two cables are terminated at the processor unit the signal cable 503 75 and the power cable The signal cable comes with a connector preattached to it for connection to the processor unit Fabricate the power cable as below 2 2 1 Fabricating the AC power cable 1 Remove the vinyl sheath by 80 mm Cut off jute tape wrapped around the armor Unravel the armor to expose the cores by about 35 mm 2 Remove insula
73. set Screw 2 Set KB dust cover supplied to the control unit 2 WIRING 2 1 Antenna Unit CAUTION The magnetron in the transceiver module will de magnetize if it contacts ferrous material When dismounting the transceiver module lay it on its side or on top of non ferrous material as shown Transceiver module magnetron inside Non ferrous block Height more than 5 cm 2 1 1 Mounting the antenna chassis 1 Open the antenna unit cover 2 Disconnect plugs P611 P801 and P821 from the antenna unit 3 Unfasten two bolts to dismount the transceiver module Fixing bolts J611 J801 J821 Figure 2 1 Antenna unit front view 2 1 4 Unfasten the four fixing bolts on the cable gland at the base of the antenna unit Remove clamping ring rubber gasket and washers From left Clamping ring washer rubber gasket and washer Figure 2 2 Antenna unit front view cover removed 5 Pass the signal cable through the cable entry hole in the antenna unit mounting platform Trim the cable so about 80 cm of it protrudes past the cable gland 6 Slide the clamping ring washer rubber gasket and washer onto the cable in that order 7 Fabricate the signal cable as shown on page 2 4 8 Referring to Figure 2 3 pass the outer and inner shields between the signal cable and the clamping ring Fasten the cable gland Figure 2 3 Passing cable shields between cable and clamping ring 9 Connect the signal ca
74. st the ARP Board referring to the procedure on the next page 4 7 4 2 2 ARP board adjustment 1 Turn the GAIN A C SEA and A C RAIN controls fully counterclockwise OFF Transmit on the 12 nm range 2 Connect a digital multimeter between TP7 and TP6 on the ARP Board Tp P6 R104 R103 Figure 4 6 ARP Board 18P9002B 3 Adjust R104 on the ARP Board so the multimeter reads between 0 09 and 0 14 VDC 4 Set controls and switches as below 5 GAIN fully clockwise max Interference rejector OFF Range 24 nm Echo stretch OFF 6 Press RADAR MENU 0 0 0 2 0 to open the INITIAL SETTING2 menu 7 Set the VIDEO SIG field to DIGITAL and press the ENTER key 8 Adjust R103 on the ARP Board so noise just appears on the display o Too little noise Proper noise Too much noise Figure 4 7 How to adjust noise 9 Set VIDEO SIG to ANALOG and press the ENTER key 4 8 4 2 3 Final check of ARP board Connect a gyrocompass and a log to the radar and place the radar under transmit state Confirm that LEDs CR9 CR10 11 CH12 CR15 and CR16 on the ARP Board are off If ship s speed is zero or other signal is not being input corresponding LED will light Refasten the card case cover and close the processor unit CR11 VID OFF OFF OFF OFF CR16 LOG CR15 GYRO CR10 BRG CR9 HDG Figure 4 8 ARP Board 18P9002B 4 3 RP Board RP 26 The RP Board RP 26 which provides video plotter
75. teering compass 0 90 m FR 2115 B 1 20 m FR 2125 B Do not paint the radiator aperture to ensure proper emission of the radar waves The signal cable run between the antenna and the display is available in lengths of 15 m standard 20 m and 30 m Whatever length is used it must be unbroken namely no splicing allowed The antenna base is made of cast aluminum To prevent electrolytic corrosion of the antenna base use the seal washers and corrosion proof rubber mat Deposits and fumes from a funnel or other exhaust vent can adversely affect the aerial performance and hot gases may distort the radiator portion The antenna unit must not be mounted where the temperature is more than 70 C Leave sufficient space around the unit for maintenance and servicing See the antenna unit outline drawing for recommended maintenance space 1 1 1 1 2 Assembling the antenna unit The antenna unit consists of the antenna radiator and the antenna unit chassis and they are packed separately Fasten the antenna radiator to the antenna unit chassis as follows 1 For the XN20AF XN24AF attach two guide pins to the underside of the antenna radiator 2 Remove the waveguide cap from the radiator bracket The cap may be discarded 3 Coat the waveguide flange with anticorrosive sealant as shown in Figure 1 1 10mm O ring Hole for a guide pin Hole for a guide pin Anticorrosive sealant Figure 1 1 Coating the waveguide flange with anticor
76. tion of cores by about 10 mm Fix crimp on lugs to the cores and armor 3 Cover the armor with vinyl tape leaving the portion which will lie inside the cable clamp a DPYCY 3 5 Approx 80 mm Vinyl sheath 40 5mm b EE untaped x Armor 10 mm C Clamp here d Taping sectional view Figure 2 8 Fabricating power cable DPYCY 3 5 2 5 2 2 2 Fabricating the DC power cable CVV S 8X2C option 1 2 3 4 5 6 the vinyl sheath by 100 mm Unravel the braided shield 60 mm from end of cable Remove the jute tape and inclusion from cable Expose the cores by 50 mm Expose the shield by 60 mm Tape the shield leaving 10 mm exposed the sheath of cores by 10 mm Attach crimp on lug type 8NK4 to the cores and crimp on lug type FV5 5 4 yellow to the shield Tape the cable as shown in the figure below Fasten the shield to screw M4 on the cable clamp 100 mm mE CVV S 8X2C Braided Shield a mm M45 Jute Tape lt nclusion 50 mm 8 60 Fasten cable clamp here 22 59 2 on Lu NER NOU EE V terri TO on Lug FV5 5 4 Taping Figure 2 9 Fabricating power cable CVV S 8X2C 2 6 2 2 3 Leading in cables to the processor unit Cables are led in to the processor unit through the cable clamp at the rear of the unit Use the shielding foam supplie
77. to the mounting location with four each of M10 bolts nuts and washers using the pipe box spanner supplied See the figure on the next page for location of fixing holes How to access the rear left fixing hole The rear left fixing hole is hidden under the PTU board cover To access it do the following a Loosen five M3X8 screws at the top of the PTU board cover and two M4X8 screws at the front of the cover b Grasp the knob on the cover and slide the cover toward the front of the unit to release it How to access the front right fixing hole The front right fixing hole is hidden beneath the RGB Board To access it do the following a Unfasten the 4 8 pan head screw from the RGB board mounting plate b Unfasten two pan head screws MSX10 fixing the M card cover 4 After mounting the unit fasten the PTU board cover and RGB board mounting plate and then close the processor unit 1 7 Fixing hole rear Screw Knob E M3X8 5 pcs m Slide forward JL alo Bic Screw 4 8 2 pcs Pan head Screw 4 8 Fixing hole front HP board mounting plate RGB board mounting plate Board

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