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Canon ZR500 Camcorder User Manual

1. D 1 INTERCONNECTION DIAGRANSS S 1 EQUIPMENT LISTS Standard supply Name Type CodeNo Remarks Control unit RCU 017 C RPU 014 S S S RSB 0094 0075 4 2 RSB 0071 057 2 MODEL1833C BB XN10A RSB 0070 064 MODEL1933C BB 24 rpm XN10A RSB 0073 064 MODEL1933C BB 48 rpm Antenna unit 1 XN12A RSB 0070 059 MODEL1943C BB 24 rpm XN12A RSB 0073 059 MODEL1943C BB 48 rpm XN12A RSB 0072 000 MODEL1953C BB 4ft 24 rpm XN12A RSB 0073 000 MODEL1953C BB 4ft 48 rpm XN13A RSB 0072 060 MODEL1953C BB 6ft 24 rpm Power supplyunit PSU 005 1 ForMODEL1953C BB _ Memory card CU 200 NAVBB 5 _ TI W 5mcables Interface unit CU 200 NAVBB 10 W 10m cables CP03 26000 000 080 049 MJ A7SPF0006 050 For contro 26100 000 080 536 MJ A7SPFO0006 100 unit For Processor unit CP03 25401 008 443 160 antenna unit CP03 16901 008 478 750 For MODEL1833C BB antenna unit CP03 21800 000 080 014 For MODEL1823C BB 1833C BB 10 m signal cable CP03 21810 000 080 015 For MODEL1823C BB 1833C BB 15 m signal cable CP03 21820 000 080 016 For MODEL1823C BB 1833C BB Installation 20 m signal cable materials CP03 21830 000 080 017 For MODEL1823C BB 1833C BB 30 m signal cable CP03 22000 0
2. K10 lt i GND NAVNET DEVICE SC VIDEO 20 2 mue 7 1 SR MJ A6SRMD TM11AP8 MJ A6SPF0014 6 E d HUB UD kso 6 C SHIELD L GND k NOTE 10 250 AU K MIYAZAWA ER MODEL 1823C BB 1 833C BB 2 2 CONECTOR PLUG 2 2 CONNECTOR PLUG FITTED AT FACTORY EDU 2 43 3 SHIELD SHOULD BE EFFECTIVELY GROUNDED AT BOTH UNIT ENDS Y Hatai 4 4 CHANGE SETTING IN THE DISPLAY UNIT FOR USING AS A REMOTE DISPLAY SCALE MASS NENNEN a MARINE RADAR 5 xb OVERSEAS SPECIFICATION ONLY kg 016 No C3531 C01 D 19 023 5001 2 INTERCONNECTION DIAGRAM PROCESSOR UNIT RPU 014 41360 REMOTE FMD DISPLAY lt 1 lt N ANTENNA UNIT RSB 0071 RTR 057 MODEL1833C BB ANTENNA UNIT RSB 0094 RTR 075 MODEL 1823C BB MJ B24LPF0002 10 15 20 30m 11 170 2C2V MAX 30m DJ 0 MES r12V gt 10 ARG i VIP E 12V PD 11 gt nn Ck WHT BRN
3. AUS XE nk i i COMTI 1 CU d 0 Je oa 2 96 1D FIXING HOLES N 100 190 100 Es z 1 TABLE 1 DIMENSIONS TOLERANCE Xx 1 HTK 2 1 3 4xX 1 6 NOTE 1 MINIMUM SERVICE CLEARANCE TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED 3 USE SELF TAPPING SCREWS 4x16 FOR FIXING THE UNIT A PSU 005 AHASHLT Bas APPROVED MDEL 1954C Y Hatal MODEL 1953 JST I Sirak PDVER SUPPLY UNIT Mus OUTLINE DRAWING FURUNO ELECTRIC CO LTD DRA 7 3181393313 ONNANS JNWVdO ANI ILNO o UNIOW HSA d LINA 9 089 MEV Y y t A Y 3 00 09 NN SNOSNHW 100100 OFS OSI 9006 620 6 10 2 3608 HOn HSVHWWI NN SINIS HSOAM J 70 62 OW 0018 00 dU1JJNNOJ 13 3 13 TWNINGAL OND F 005 1 gt 001 Gg Z 001 gt 1 gt 06 Sis 0S5 39NVAHMI gy WW XX 131112345 LON SI HOIHW SNOISNJNIO 30 IOL S3IVOICNI 3181 NC NEE UK 39NVdVH1O 39 435 M
4. ULRAUUUNTK0 INSTALLATION MANUAL MARINE RADAR MODEL1823C BB MARINE RADAR MODEL1833C BB MARINE RADAR MODEL1933C BB MARINE RADAR MODEL1943C BB MARINE RADAR MODEL1953C BB COLOR VIDEO PLOTTER GD 1900C BB FURUNO ELECTRIC CO LTD NISHINOMIYA JAPAN PRINTED IN JAPAN 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 IME 35320 D AKMU M1803C BB_GD1900C BB ESF Elemental Chlorine Free The paper used in this nanual is elenental chl ori ne free Your Local Agent Dealer FIRST EDITION DEC 2003 MAY 20 2005 00014791603 IME35320D00 SAFETY INSTRUCTIONS A WARNING Do not open the equipment unless totally familiar with electrical circuits and service manual Only qualified personnel should work inside the equipment ELECTRICAL SHOCK HAZARD 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 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 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 w
5. eRN RD B 4777 7 en DB NC 5 E ES 12V BLK SHIELD 6 _6 GND Lt Power supply s DC DC CONVERTER Insulation Connecting GP 310B 320B to DATA 2 port NETWORK port Other NavNet equipment should be connected to the NETWORK port with the optional cable MJ A6SPF0014 Available equipment are shown below MODEL1823C BB 1833C BB 1933C BB Facsimile receiver FAX 30 1943 1953 Gb 4oooc pn ETR 6 10N HUB Used WEN OE or other type of ETR 30N FURUNO NavNet radar than two NavNet units are connected 2 3 2 2 Wiring of Power Supply Unit MODEL1953C BB only 1 Loosen three M4 screws to remove the cable clamp of the power supply unit PSU 005 2 Loosen six M4 screws to remove the unit cover 3 Attach the VL connector of power supply cable VL3P VV S2X2C AA050 supplied as Installation material to J1 on the POWER Board 4 Attach the VH and NH connectors of MJ B24LPF0009 050 cable supplied as Installation material to the appropriate locations VH9 J3 VH4 J4 NH13 J5 POWER Board 19P1006 Signal cable to antenna unit Cable tie Ground if necessary terminal Shield Wing bolt Slot small yL_3P vv S2x Slot 2C AA050 MJ B24 large cable LPF0009 050 to ship s cable mains to display unit Power supply unit cover removed Lay two cables on the slots referring to the figure above Reattach the unit cover removed s
6. GU _ 00S 5 1 00 XI fs CD ba AR f E GS Fe as BaD D 2 1 TABLE1 _ 160 4 MI0 DE E sa 0 1 lt 10 100 lt lt 500 3 500 lt L s1000 4 gt BOW 2 8 1 ANTENNA BASE PLATE EFFECTIVE THREAD LENGTH YU A ES A sot LIL TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED ZA ey m SR 1 4 SCALE 1 4 x 1 D TM B m yy Eum sara ANTENNA UNIT dicis Go 001 G DUTLINE DRAWING FURUNO ELECTRIC YEeb3 05 MODEL 1E gac RSB 0071 a TAKAHASH eR wee 1 Sd IUH 0 7 09XZIN G SNUTSNAWIC VES DAL HN SVd 3 18 903 MBC 06 500 jos 203 714130 403 9 13 ZE 464 T ARANT SAH ONIX dHHSVA 9NINd VS KIC 5 0 N Z ZZ LL du RN GOED SW c amp m HIONI Cv az T S Ut 00c ddVONVIS S3 IH 04 qs Cl9 GE DI WMI 34 ER ras IT
7. 9024 dei THSVHVIVL 1 082 III al DIN 3 D OI sa WW 02 07 SI HNVd V SSANDOIHL 31312335 LON SI HJIHA SNDISN3NI 30 39NVeH 01 SALVOIGNI TL 31891 1 J9IAd3S WAWINIW T z 20ZYS0 ISL V RAOS CE F 4 amp E SNDISN3NI SUE WOR 7 SF 008515001 3 DH 330 LSTUN 9 2 00121208 5 d oes Nis 9 SNHISN MI uu gg Siet CR AE _ y be E s ZZ N o XE T gt 0 _ _ W SIWa 2 gt EE d A3IA amp 1 IND J1V Id JWVN 9 9 9 NENNEN 91949373 ONNANS ONWAI 3NI1I 00 6 9000 00 61 D UCI am 3HL ONIXH 04 543495 ONidaVl 0 XS ASN 4055 0442 01414124145 LON SI HOIHM SNOISN3NI JO 19NVdH101 SALVOIGNI 318V1 39NV3V319 JOYIS WAWININ 310 gt Ce 1 XL EE CC gt O IN A AN G F 394105 YMOd amp 4GX CRE g QNO CO NO T 00gs gt 001 G Z 00151 08 AUN Le b NOISN3MIQ WW amp V J18V1 S310H 9NIXIJ
8. at the ANTENNA TYPE on the RADAR SETUP menu OT Note TX blanking function is not available when the MONITOR MODE is set a TX blanking sector select OFF from MONITOR MODE on the NavNet equipment and then set the sector same as the main radar Finally set MONITOR MODE to ON When the MONITOR is the following functions not available auto manual on the RADAR SETUP menu Antenna rotation RADAR SETUP menu TX blanking sector RADAR DISPLAY SETUP menu Watchman RADAR DISPLAY SETUP menu Pulse select Soft key 4 5 4 1 External Connection The optional external buzzer provides a louder alert when the alarm is violated External buzzer Type XH3 BZ L970 Code 000 146 422 1 Unfasten 11 screws and 9 connectors to remove the cover Use a knife to cut a cross in the rubber bushing on the rear cover 3 Pass the 3P connector of the buzzer assembly through the rubber bushing from the outside of the cover 4 Connect the connector to J307 on the 19P1013 board See below Close the cover 6 Fix the buzzer within 1 m from the processor unit with two tapping screws Buzzer 3P Connector p ZE yvauno db mm rm 1r T 4 Ni Processor unit cover removed 4 2 11 Necessary parts Name ARP kit Type A
9. VER 310B 320B AGSPF0009 10m AGSPFO003 5m HHHHHHH NAV RADAR s ve IN GINLH lt 4 lt FDB AGSPF0009 100 6 M A6SPF0003 5mo 6 TMLTAPE 1951005 0 5m MAX 30m HH 1 lt 1 lt Bk lt 2 M B24LPF0010 10 20 30 11 4 M A7SPF a 2 A i maana s O K 2 lt VIN A6SRM7 tit _M A6SPFO0014 9 6 J NOTE 1 12 m9 4 5 1 CANC WEAK 1 TDA BLKLL lt 2 TD B 1351 PROCESSCR UN T SUPPLY UN T NPUT Ul ee RPU 014 303 TARE 1 IIGR r 26S GGmas OUT X 36S GB 24 12V lt 5 NC GOOD K 7 lt K8 lt QD lt 10 lt GND KK IKAD 1 lt 12 lt NC M K 13 SYNC SYNC lt 15 lt 2 11360 lt 1 lt NC K 24GD K 3 lt T TR G Lk 4 lt i EP SE 1 K5 lt INC K6 lt iNC 7 M DEO Lk g GT FD lt 9 lt 0000 i i 622114480 IV DIH s lt TX TRI G5 2 LL L 6c P LA gt y8y Y PL gt 73 lt 8 lt SN lt 9 lt P L B 7 NG gt 9 gt WOCH 1 HD SIG 117 MCRN 5 gt TUE I ND 185 OCH 1522 MOTOR A
10. the period is too long or too short calculation error will result Change this setting if calculation error occurs The default setting 60 seconds is suitable for most conditions The range of adjustment is 0 9999 sec Local Time Offset GPS uses UTC time If you would rather use local time enter the time difference between it and UTC The range of offset is 13 30 to 13 30 and the default setting is zero no offset Adjustment of this setting is not necessary if the time difference has been entered at the GPS navaid connected to the NavNet Temp Calibration Offsets NMEA water temperature data 40 F to 40 F Depth Calibration Offsets NMEA depth data 15 ft to 90 ft 5 For GP 310B 320B press the E RETURN soft key twice to show the SYSTEM CONFIG menu a Press the C SYSTEM SETUP soft key followed by A PORT SETUP and A GPS NMEA PORT soft keys When the GP 310B 320B is connected to the DATA 2 port press the B NMEA PORT soft key b Select FURUNO GPS SENSOR and press the A EDIT soft key to show FURUNO GPS SENSOR window C Select YES and press the C ENTER soft key d Press the E RETURN soft key three times followed by B OPTIONS B GPS SENSOR SETTINGS soft keys to show the GPS SETUP menu 3 12 h j LOCAL TIME OFFSET 00 00 GEODETIC DATUM WGS 84 POSITION SMOOTHING 000 second s SPD CSE SMOOTHING 005 second s GPS SPEED AVERAGE 060 second s LATITUDE OFFSET 0 000 N LONGITUDE OFFSET 0
11. EE MJ B24LPF0002 xxx for M1823C BB M1833C BB x x MJ B24LPF0005 xxx Camera for M1933C BB M1943C BB M1953C BB Processor Unit RPU 014 10 15 20 30 m VGA M i MONITOR 22 _ _0010xxx_ Sub display p 3COX 2P 6C o Power Supply pom Unit M1953C BB External Buzzer 12 24 VDC e ground 002250 1225 2227 MJ A6SPF0012 100 10m i MJ A6SPF0012 050 5m MJ A6SPF0009 100 10 m Heading Sensor depending input voltage as MJ A6SPF0007 100 10 m G aa below MJ A6SPF0003 050 5m H S Input Voltage MJ A6SPF 1 MJ A7SPF0006 050 5 m RCU 017 BATZA WM etwor MJ A6SPF0014 12 24 VDC Equipment GD 1900C BB Sg MJ A6SPF TM11AP8C 0507100 Memory 7A Interface Unit CU 200 Attach appropriate label A supplied to the fuse cover on MJ A3SPF0026 050 100 the power cable 5 m or 10 Use of wrong fuse can result Standard supply damage to the equipment ______ Optional supply SE Local supply The processor unit and power supply unit are shipped with 15 A fuse Replace fuse with 7 A or MJ A3SPF0018 050Z 5 m 2 1 DJ 1 For MODEL1823C BB 1833C BB 1933C BB 1943C BB 1953C BB remove the waterproofing cap from th
12. REMOTE DISPLAY K 2 aM M HK 3 CT TRIG N K 4 lt ZEN lt 5 lt N C EE H N E u 4611 NH13P J810 NH13P lt 7 lt iVIDEO TUNE IND gt 18 GRN lt 1 lt 1 lt 1 di o l K2 lt 9 lt 00 ZE T K3d a E34 I F da ME NE ZEN 0 3 yH 27 s lt 5 lt VIDEO INTERFACE 1 SZ SS ga gt BE b CO AX CABLE K 2 564 K6 lt NTSC PAL inu A MEME 1 Kid J307 GND 24 GRY 8 lt 0 p EXT BUZZER 2 ze MEME K9 lt MJ A7SRMD 1356 5 d zu d 112 106 BEN Ax 1 TD A lt 3 lt I 1 K11 lt lr K 2 lt ITD B VIDEO LDL 2C 2V coax Lieu 115 rx 3 TUNE_CONT gt 6 YEL 4 13 t K13 lt Se 4 lt RD B i i GPS 10m Gn SPARE 1222 RED U RECEIVER TK NC 4 ME ME LGP 310B 320B 7 SHIELD NC 1512 e 2 NC 513 MJ AGSRMD 1355 NC 519 WT AX 1 GTD A EXT_TRIG gt 23 gt BLK H K 2 lt 465770009 10m i Is dw MJ A6SPF0
13. 01 10 20 30me 11 CN NC 22 gt r EX TR G gt 23 gt F BEAR 529 mI ip Li nn gt 205 t IO QAD V 5 2 2V GoOx 3 43 X 7 M FO 15368 O 77 0000000 00000 Omm SETINSINTHE DISPLAY UT FR NGA DSN I NTERCONNECTI OVERSEAS SPEC FI CN C3533 001 19 023 5000 5 FURUNO ELECTRIC L ID EF UR UN O 1 2 1 LOCAL SUPPLY 2 CONNECTOR PLUG FITTED AT FACTORY MJ A3SPF0018 0359368 5m 10 W S 2 0x20 FUSE 12 24 VDC 100 110 220 230VAC 1 50 60Hz DPYC 1 5 VGA VGA MONITOR RGB Analog 0 7 75 9 Sync H 31 5 kHz V 60 Hz TTL F VIDEO INTERFACE 1 CO AX CABLE NTSC PAL 1 BUZZER 1 GPS RECEIVER GP 310B 320B 1 D SUB 15P 15P 2 MJ A3SRMD WHT T 1 BLK lt 2 lt INPUT J1351 PROCESSOR UNIT RPU 014 lt 3 lt GND RGB 001 4303 1 SIG R r lt 2 lt 16 6 lt 3 SIG B 4 lt N C lt 5 lt N C 6 C GND K 7 lt 8 1 lt 9 lt N C 4 lt 10 lt GND K11 lt iGND lt 12 lt
14. 2 1 5m 10m 5m 10m CABLE IS SELECTIVE ON DEMAND DO MNS ON IN DRAWNG FCR REFERENCE O 03090 X 9854 11 EF U E U N CD EATEN Lum DESCR REMARKS SU5304 L1 SU5304 _ _ E le 2 2 MAX50 SU5304 0309 X 9403 UU 00000000 UU 00000 DO MNS ONG IN DRAWNG FOR REFERENCE 12 EF U ER U N 35025502 0 HOUUU uu LESCRI PTI REMARKS 19 023 3081 0 COLE NO 100 316 250 5X20 SU5304 1 COLE 000 802 081 MAX10 C2700W MBN 2 NO 000 881 145 0300 X 9502 UU 00000000 UU 00000 DO MNS ONG IN DRAWNG FOR REFERENCE LT oo ONIS 015356 40 651 00 MdHH1V 01 ONICADIIV 38 HIDNG 3455 AINA ONIXT 03 51108 OW c 031319395 LON SI SNUISN3NI 30 531 10 1 318917 310 T 2 600 7600 800 800 058 qm 201536 022 242388023 Ee 9920 M 21 1 SNETHLOWRE AdlN d VJ OY amp C x lt SJ DH X 119134 NE a TE 1 109 AM HRH HIDNH1 VAHL 341193333 21919 3509 WNNILNY S ERR lt S
15. ANTENNA UNIT INSTALLATION MATERIALS CP03 16901 EMC EMC CORE AUS 10 25 505304 HEX BOLT SLOTTED HEAD 000 862 308 C Ce C 10 SUS304 21 FLAT WASHER KEEN gt 000 864 131 M10 SUS304 SPRING WASHER 000 864 261 ca CR EE 2 161 298 000 1108 XH 702505 09XZIN 4S 1W ARA 601 98 000 e gt 705515 OW je 651 298 000 xm BEEN pas 050 081 008 TWIS 092 798 000 em 21 0 200 100 0 Aah 6 2 001 lt LYN u3aany 7055105 OW 00dd NOISOMM09 081 698 000 GE 919 000 emm een GZX9M Abt A 80 1t1 000 0LOP OFO 611 898 000 61 034 FI LON 000 995 000 9 10 0099 LOESHS ZU BRL JIP Z LPLFSEO 681 798 000 1 1 19 YJHSYM 1V 1J 10781 80 5 1 NOLIVTIVISNI 061 18 800 GLN wat ddNNV9S 92 v98 000 ew b ms 705515 ZIN LINA 4 T oN 34002 0114142530 ANT 1100 ON 3009 0119139 30 JN I 1110 T TEE 0 190 090 650 00 8 4 190 090 2 00 884 640 0 00 5 5NIM2Vd 3 LIST 19AK X 9856 3 1 4 XN10A XN12A 7 L XN10A 12 1 1036 XN10A 1255 XN12A 008 008 523 980 JISB2401
16. Clears the Almanac to receive the latest No Yes Almanac Displays GPS satellite status display 3 6 Setting up Data Ports setup the data ports according to the equipment connected to them as follows Press the MENU key to open the menu 2 Press the E SYSTEM CONFIGURATION C SYSTEM SETUP and A PORT SETUP soft keys 3 Press the A GPS NMEA PORT soft key for DATA 1 port or NMEA PORT soft key for DATA 2 port as appropriate One of the following displays appears depending on your selection FURUNO GPS SENSOR YES FURUNO GPS SENSOR OUTPUT FORMAT NMEA0183 OUTPUT FORMAT NMEA0183 Ver 2 0 Ver 2 0 LAT LON FORMAT DD MM MMM LAT LON FORMAT DD MM MMM OUTPUT DESTINATION NO OUTPUT DESTINATION NO WIRING INFORMATION WHITE WIRING INFORMATION WHITE BLACK YELLOW _ GREEN SHIELD SHIELD DATA 1 port DATA 2 port DATA1 DATA2 PORT menus 4 Select item and press the A EDIT soft key 5 Set option referring to the table on page 3 17 6 To select NMEA data sentences to output press the B SELECT SNTNC soft key For NETWORK port select the sentence to output to the network equipment default all OFF SELECT SNTNC AION OFF SELECT SNTNC Version 2 0 Version 1 5 Range bearing mode Rhumb line Range and bearing mode Great circle NMEA data sentences 3 16 7 Select sentence and press the ON OFF soft key to show out
17. Mod Setting of HEADINGDATA 0 0 with L L data TRUE ESCHER w o L L data SC 60 120 TRUE 1 Open the RADAR SETUP menu and then select HEADING DATA 2 Press the A EDIT soft key to show the setting window HEADING DATA MAGNETIC TRUE v Heading data setting window 3 Select MAGNETIC or TRUE 4 Press the C ENTER soft key 3 10 3 4 Checking Magnetron Heater Voltage Note This confirmation adjustment should only be performed by a qualified service technician Magnetron heater voltage is formed on the PTU 1833C BB MD 1823C BB 1933C BB 1943C BB 1953C BB Board of the antenna unit and preadjusted at the factory Therefore no adjustment is required However check magnetron heater voltage for confirmation as follows 1 Open the antenna unit 2 Turn on the power Do not transmit the radar 3 Connect a multimeter set to 10 VDC range on the MD 1823C BB PTU 1833C BB or RTB 1933C BB 1943C BB 1953C BB Board in the antenna unit referring to the table below 4 Confirm that the multimeter indication is as shown in the table below MODEL 1933C BB TP804 6 and 4 TP802 4 and 6 on J825 4 and 6 GND on on MD Board PTU Board Board Multimeter indication 7 9to 8 1 V 7 410 7 6 V 7 410 7 6 V Adjustment point VR801 on MD Board R106 on PTU Board VR801 on MD Board 3 5 Navigation Data Source The NAV SOURCE SETTINGS menu mainly selects the source of nav d
18. V 2 MA 403 19130 Us fe NN 1 5574 318 903 o lt mt Ba SNUISNANII MA RPE CONLINNOW 4 903 4 IH 19104 4313 NI coi Sj SJ LH JNIH 43803 WUNMALIIW CW MI 014 000 JVIWN fH M KC NANI TV OYRVC G em G17 91949373 DNDSTL 00 800 61 9109 70909 90137901 LIND Du fan 88 ovtgl B8 yr8 1300 tia 2v56 88 70617 da Itel 13008 Cael m Wi va 88 90261 09 G 0497 O g TE MIIA SNOISNINIG 100102 CYB AL pe VOL G 0 lt gt a sr 009512001 9 2 0013712098 Ia t oss JONVdH IOL SNOISNAWIG 27 uu T X LINN 3HL SMAYOS ONiddVL 0ZXG en 131512345 LON SI HOIHM SNOISNHMId 40 101 SALVOIONI 318V1 Z JONVYVIIO 321435 WAWININ 310 2 oble l 0 Z x A A 4 C Tfle ZH S CE ee K 14 e BY d NIVdd JHSIOM dec MMAR Wa 63 I Gp Ra 91949373 ONAWA NII 5001 20 61 UNN HSA 1 10910 PEEN A M Durs qd JrCOI dd 1300
19. Assembling the mounting bracket i Mi 0 x 25 supplied with antenna unit B Fastening antenna to mounting bracket How to assemble and mount the optional mounting bracket 1 4 Mounting the Antenna Unit of MODEL1833C BB Mounting considerations See the mounting considerations for the MODEL1823C BB on page 1 5 The compass safe distance of 0 90 meters standard compass and 0 70 meters steering compass should be observed to prevent deviation of the magnetic compass Mounting the antenna unit of MODEL1833C BB 1 Open the antenna unit packing box carefully 2 Unbolt the four bolts at the base of the radome cover to remove Antenna unit The mounting surface must be parallel with the waterline and provided with five holes four fixing holes and one cable entry whose dimensions are shown in the outline drawing attached at back of this manual The unit is adjusted so a target echo returned from the bow direction will be shown on the zero degree heading line position on the screen When drilling holes be sure they are parallel with the fore and aft line 3 Prepare a platform wood steel or aluminum of 5 to 10 millimeters in thickness for the antenna unit A mounting bracket for mounting the antenna unit on a sailboat mast is optionally available Refer to page 1 17 Find the cable entry on the radome base Next position the radome base so the cable entry faces the stern direction This alignment must be as ac
20. DI FUNCTION KEY SETUP D INSTALLATION SETUP SYSTEM CONFIGURATION RETURN Radar menu System configuration menu Ex MODEL1823C BB 1833C BB 1933C BB 1943C BB 1953C BB How to access the Installation menu 5 Press the D INSTALLATION SETUP soft key to display the INSTALL SETUP menu NETWORK SETUP B RADAR SETUP NETWORK SOUNDER SETUP D NETWORK SETUP FOR AUX RETURN Do not change adjust items in this menu Installation setup menu 3 2 NETWORK SETUP Menu Set up the NavNet network to communicate with other NavNet equipment 1 Open the INSTALL SETUP menu 2 Press the A NETWORK SETUP soft key ADDRESS 172 031 003 007 HOST RADAR RADAR SOURCE RADAR CHART SOURCE 0 MCDRIVE 2 SOUNDER SOURCE SOUNDER AUX SOURCE WXFAX _ SUBNET MASK 255 255 000 000 GATEWAY ADDRESS 000 000 000 000 OFFSET PORT NUMBER 10000 Network setup menu 3 Select menu option and press the EDIT soft key or ENTER knob For example select HOST NAME HOST NAME Host name window 4 Use the trackball to select location and press the alphanumeric keys to set character or value 5 Press the ENTER knob or C ENTER soft key to finish Repeat steps 3 5 to enter other items referring to the table on the next page 7 Press the MENU key to finish The default setting for card drivers is as follows Slot on the processor unit Read only Left slot on the CU 200 Read o
21. gt 6 gt L D 5s HH D eege p 3 See et 1356 PT TR G23 Y Y nn SCH I TDB 3108 3208 KEL 3 lt RD A T dp E EE LH lt 4 lt IRD B RW4747 11353 M A7SPF M A7SPF 506 iud ATSPF0006 5W10mo 7 id CN er ae oot 3 RD DT 27 lt 2 SW RAU 017 Ee M A6SPF J 1355 DC N gt 3 lt 3 RD DT NAV RADAR o L2 1086 WEAK 1 lt TD A PVR SW gt 4 gt H lt 4 lt ITDT BLKLLK 2 lt iTD B HN gt 5 gt y lt V c 2 0 3 lt iRD A gt 6 gt F C ik 6 lt ao IIT GIL 4 SHED5 7 lt 7 lt SH ELD DON 6 SHHD EFIE 1M 26SPFOOO9 10me 6 M A6SPF 1354 EO TAD 56500003 6 mn WAK 1 DATA H HGH ee AD 100 I 4 2 lt DATA Q HGC 00000 F REME D SPLAY Mg YE HHK3 lt iakH 100001 ugs 00000000 10me TITI PK 4CQKC 2 RADR 1 SELECT SENSCR 65 007 10mo lt 5 iNC 2 3 IPG 1000 lt 6 lt SH ED 01 x3 M B24LPFOOIO 107 207 30me 1 4 2490 NC gt 22 gt 43 14 A M ASSPFOQ26 57 10mo 7
22. 000E For GP 320B DISABLE SATELLITE SETUP See operator s LATITUDE 45 35 000 N LONGITUDE 125 00 000 W ANTENNA HEIGHT 005 m GPS FIX MODE 2D 3D COLD START NO GPS setup menu select LOCAL TIME OFFSET and press the A EDIT soft key Enter time difference between local time and UTC time Use the A lt gt soft key to switch from plus to minus and vice versa Press the C ENTER soft key Select ANTENNA HEIGHT and press the A EDIT soft key ANTENNA HEIGHT 05 Antenna height window Enter the height of the GP 310B 320B antenna unit above sea surface Use the trackball to select digit and press the alohanumeric keys to set value The default height is 5 m Press the C ENTER soft key Choose and set other items as appropriate referring to the table on the next page 3 13 Contents of GPS sensor settings menu Local Time Offset Allows the user to use local time instead 13 30 to 13 30 hr 0 hr no offset of UTC time Enter time difference between local time and UTC time Use the A lt gt soft key to switch from plus to minus and vice versa Geodetic Datum Your equipment is preprogrammed with Use the trackball or WGS 84 most of the major chart systems of the ENTER knob to world Although the WGS 84 system the select appropriate GPS standard is now widely used other chart categories of charts still exist Select the chart system used not the are
23. I 4134H SYNC 4146 V SYNC KIB lt IN C J304 OPTION 2 wri fn r 2 MJ A6SRMD DATA 1 lt TD A H 2 lt iTD B rrK 3 lt RD A Hz 4 GRD B 9 lt 12 6 lt GND lt 7 lt SHIELD 1355 NTSC PAL lt 1 lt AGND Q 4 lt VIN J307 1 12V lt 2 lt N C ww 3 lt EXT ALARM WHT A K 1 lt 2 2 lt 0 X lt 3 CRD A NAV RADAR ege GRN H lt 4 lt RD B MJ AGSPF0009 10m MJ A6SPF0003 5m 2 2 5 10m 6P 6P AD A D CONVERTER AD 100 mme 6YRO T n L IHEADING SENSOR IPG 1000 LI MEMORY CARD I F MJ A3SPF0026 5 10m 7 L1 5 lt INC 6 SH 2 MJ A6SRMD IELD DATA3 4 J1354 D lt 1 lt DATA H HDG H BLKA 2 lt DATA C HDG C i lt 5 lt INC lt 6 lt SH MJ A3SRMD J308 lt 1 lt 12V YEL 3 i CLK H 8 CONTROL UNIT RCU 017 IELD CONT J1353 2 MJ A7SPFO006 5m 10m 2 1 j506 TD DT gt 1 RD DT gt 2 y
24. MNT NG PLATE WNG NUT B MIX10 C2700W MBN 2 NO 000 881 446 MASHER HEAD SCREW We COLE NO 000 804 799 WNG SCREW 19AQ X 9503 00000000 HH 00000 DO MNS CNS IN FCR REFERENCE 9 JII 19AN X 9851 1 1 1 PSU 005 OULU UN T SUPPLY UN T HOU SPARE PARTS SPO3 14001 FCBO 7A AC125V 000 549 013 FGBO 15 AC125V 000 549 014 NSTALLATI CN ALS 24501 SELF 5 SCREW UU OTHER NSTALLATI CN MATERI ALS M B24LPF0009 050 000 145 887 W S222C AA050 000 152 217 DO MENS ONS IN DAWNS FCR REFERENCE O 19AN X 9851 EL EE EE E 0300 9854 0 1 1 OU 200 NAVBB 10 HHHH UNT MIMRY CARD 000 081 599 569 O ET EI D NSTALLATI CN MATERI ALS 27401 NSTALLATI CN MATERI ALS 008539520 0 539 520 OTHER NSTALLATI ALS CABLE ASSY SSS 000 146 299 146 289 1 Coo 050 EE ASSY ke Ee 000 149 000 149 4455 1 CODE NUMBER ENDED INDICATES THE NUMBER OF TYPICAL MATERIAL
25. antenna installation materials list appears in the packing lists at the back of this manual see page A 2 to 3 1 Remove the radiator cap from the radiator bracket 2 Coat contacting surface between the antenna radiator and the radiator bracket with silicone sealant as shown in the figure below ANTENNA RADIATOR T bottom view Coat hatched area with silicone sealant Coat grey area with silicone sealant MODEL 1933C BB MODEL 1943C BB 1953C BB Coating the antenna with silicone sealant Coat threaded holes on the antenna radiator with silicone sealant Grease the O ring and set it to the radiator bracket Lay the antenna radiator on the radiator bracket 6 Coat the radiator fixing bolts 4 pcs with silicone sealant Fasten the antenna radiator to the radiator bracket with the radiator fixing bolts flat washers and spring washers Antenna radiator Coat threaded holes with silicone sealant Radiator bracket Flat washer Spring washer Hex head bolt A 8 30 Coat bolts with silicone sealant Fastening the radiator bracket to the antenna unit chassis Mounting the antenna unit The antenna unit can be mounted using the fixing holes on the outside 200 x 200 mm or inside 140 x 150 mm the antenna unit Using outside fixing holes of the antenna housing Use the hex head bolts supplied to mount the antenna unit as below 1 Lay the corrosion pr
26. below 1 22 Hex bolt Flat washer Flat washer wire Spring washer D Hex nut Silicone sealant GROUND POINT Ground Hex nut wire Spring washer How to coat ground point and ground terminal with silicone sealant Using inside fixing holes of the antenna housing This method requires removal of the RF unit in the antenna unit to access inside fixing holes Use hex head bolts flat washers spring washers and nuts local supply to mount the antenna unit confirming length of bolts Unfasten four scanner bolts on the cover to open the antenna unit Unplug connector connected between upper and lower chassis Separate upper chassis from lower chassis by removing two hex head bolts M8x25 Remove the board cover by four pan head screws Remove connector from RF unit Remove RF unit by unfastening four hex head bolts ee Hex head bolt Upper chassis M8X25 2 K RFunit Pd Hex head bolt M10X20 4 pcs T Washer IM10 4 pcs B Pan head screw 7 oard cover pes Antenna unit chassis upper chassis separated 7 Lay the corrosion proof rubber mat supplied on the mounting platform 8 Fasten the lower chassis to the mounting platform with hex head bolts spring washers flat washers and nuts local supply and then coat flat washers nuts and exposed parts of bolts with silicone sealant C
27. from the processor unit Note Do not install the power supply unit on the overhead install it on the deck or bulkhead Service space 150 Service Service space 100 space 100 unit sss s U L Power supply unit 1 27 1 7 Mounting the Memory Card Interface Unit 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 of 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 LO 5 CN H NF LO lt CUTOUT DIMENSIONS 200 40 22 145 Flush mounting Desktop mount For desktop mount the optional desktop mount kit FP03 10201 is required Refer to the end of this manual 1 Put the mounting bracket 19 023 3081 on the unit 2 Fix the mounting bracket to the unit with four screws 3 Mount the above assembly on a desktop with four tapping screws 1 28 2 WIRING 2 1 Standard Wiring All wirings are terminated at the rear of the processor unit Antenna unit RSB 0094 0075 RSB 0071 057 XN10A RSB 0070 064 XN12A RSB 0070 059 XN12A RSB 0072 060 XN10A RSB 0073 064 XN12A RSB 0073 059 XN12A RSB 0073 060 XN13A RSB 0072 060
28. gt Gasket Flat CABLE GLAND How to fix signal cable cable gland 6 Unfasten four screws shown in the figure below Antenna unit chassis cover opened 7 Pass the signal cable through the cable protector protector Antenna unit chassis cover opened 1 25 8 Connect the signal cable to the RTB Board 03 9249 03 9250 referring to the Interconnection diagram and the figure below 9 Attach three EMI cores to the signal cable as shown below RTB Board J821 VH9P P an 7 Sele We 1824 1 Lead in cable here 4823 VH4P 5 13 Route cable along here Antenna unit chassis cover opened 10 Fix the signal cable with the cable clamp 11 Release the stay and close the cover Loosely fasten the scanner bolts you will have to make some adjustments inside after completion of wiring Note When closing the cover set the gaskets to grooves in the bottom chassis then tighten bolts BOTTOM CHASSIS CANNER BOLT Torque 9 8 0 1 1 26 16 X Mounting the Power Supply Unit of MODEL1953C BB A power supply unit is shipped with the M1953C BB because of its high power consumption The power supply unit can be installed almost anywhere provided the location is dry well ventilated sufficient maintenance space is provided and is installed within 5 m cable length
29. show the setting window TUNING ON OFF Tuning setup menu 4 Select ON 5 Press the ENTER knob or C ENTER soft key to start the auto tuning After the adjustment is completed the message NOW TUNING disappears and control returns to the menu screen automatically TIMING ADJUSTMENT This adjustment ensures proper radar performance especially on short ranges The radar measures the time required for a transmitted echo to travel to the target and return to the source The received echo appears on the display based on this time Thus at the instant the transmitter is fired the sweep should start from the center of the display Sometimes called sweep origin A trigger pulse generated in the processor unit goes to the antenna unit through the signal cable to trigger the transmitter magnetron The time taken by the signal to travel up to the antenna unit varies depending largely on the length of signal cable During this period the processor unit should wait before starting the sweep When the processor unit is not adjusted correctly the echoes from a straight local object for example a harbor wall or straight pier will not appear with straight edges namely they will be seen as pushed out or pulled in near the picture center The range of objects will also be incorrectly shown 1 Target 2 Correct 3 Target pushed pulled outward Examples of improper and correct sweep timing 1
30. 0 or 30 m and procure HUB CAT5 STP cable locally Connect as shown the figure below Memory card IF unit MJ A3SPF0026 050 100 5 10 m No 1 Processor OUTPUT 12 VDC 12 VDC two mini cards unit MJ A6SPF0014 010 050 100 NETWORK 200 300 cross NETWORK CAT5 STP cable HUB local supply owner supply As MJ A6SPF0014 010 E Processor 050 100 200 300 E unt WN 7777777 Po MJ A6SRMD TM11AP8 005 ce No 3 Processor Ze 1 MJ A6SPF0014 010 050 100 200 300 unn 8 No 4 MJ A6SPF0014 010 050 100 200 300 Processor unit 2 6 3 ADJUSTMENT 3 1 How to Access the Installation Menu Set up the equipment through the installation menu after completing the installation To access the installation menu follow the steps below 1 With the display powered off hold down the MENU key Then momentarily press the POWER TX key while continuing to hold the MENU key down You may release the MENU key when a blue start up screen appears 2 Release the MENU key when the message STARTING INSTALLATION MODE appears 3 After the radar screen appears press the MENU key to show the RADAR MENU 4 Press the E SYSTEM CONFIGURATION soft key to show the SYSTEM CONFIG menu RADAR DISPLAY SETUP B RADAR RANGE SETUP GENERAL SETUP B OPTION ARP SETUP SYSTEM SETUP
31. 00 080 021 For 1933C BB 1943C BB 1953C BB 10 m signal cable CP03 22010 000 080 022 For 1933C BB 1943C BB 1953C BB 15 m signal cable CP03 22020 000 080 023 For 1933C BB 1943C BB 1953C BB 20 m signal cable CP03 22030 000 080 024 For 1933 1943 1953 30 m signal cable CP03 18401 008 503 360 For 1933C BB 1943C BB 1953C BB antenna unit For 1933C BB 1943C BB 1953C BB antenna radiator XN10A XN12A CP03 24500 000 080 191 For 1953C BB power supply unit CP03 27401 008 539 520 For CU 200 flush mount FP03 09301 008 522 970 Accessories FP03 10001 008 537 530 For RCU 017 06 021 2121 100 320 101 SP03 14501 008 444 420 Fuses for processor unit Spare parts PU Fuses for power supply unit SP03 14001 000 080 018 1953C BB onl Optional Rectifier External buzzer Cable assy ARP kit Mounting bracket 1 Mounting bracket 2 Chart card RAM card EMI core Ring unit Desktop mount kit ply Type PR 62 RU 3423 XH3 BZ L970 MJ A6SPF0014 010 MJ A6SPF0014 050 MJ A6SPF0014 100 MJ A6SPF0014 200 MJ A6SPF0014 300 MJ A6SPF0012 050 MJ A6SPF0012 100 MJ A6SPF0003 050 MJ A6SPF0009 100 MJ A6SPF0007 100 MJ A7SPF0007 050 MJ A6SRMD TM11AP8 005 3COX 2P 6C 5M 3COX 2P 6C 10M MJ B24L PF0010 100 MJ B24LPFO0010 200 MJ B24LPF0010 300 ARP 11 OP03 92 OP03 93 OORAMO8MC 0015 CP03 24801 MU3721 FP03 09901 FP03 10201 Code No 000 013 484 000 013 485 000 013 486 000 013 487 000 030 443 000
32. 012 5 10m 6P 6P CN 7 wl 9 J1353 MJ A7SPF0006 5m 10m 2 J506 II AD a MJ AGSRMD 1354 TD DT 1 3 RD DT FOR REMOTE DISPLAY GRO poco A D CONVERTER 65 F0005 9m 96 1 DATA H HDG H RD DT gt 2 y AA TD DT 40 100 7 n 1 4 14 lt 2 IDATA C HDG C 2 3 9 40 lt IDC_N F oe YEL 3 lt CLK H PWR_SW gt 4 gt K 2 SII i ae 3t A E GRN 4 lt CLK 12V D 5 gt 5 ES IMEADING SENSOR Wy AGSPF0007 10m 6 J RN V its SE MJ B24LPF0010 I IPG 1000 cas s s lt 6 CSHIELD SHIELD Y 7 SHIELD 10 20 30m 11 4 OPTION 2 lt GND 1 gt 22 gt rf YEL 1308 EXT_TRIGD23 gt 4 L4L 1 4 K 3 lt ITRIG MEMORY CARD FL KT lt r12V wm BER 44 K 4 E CU 200 CAER CF 6 NN I 6 GNC HD SIG D174 14 8 EXT EQUIP MJ AGSPFOOI4 d NETWORK lt NAVNET MAX 30m GND 24 gt
33. 146 422 000 144 421 000 144 422 000 144 423 000 144 424 000 144 425 000 134 42 000 133 91 000 117 60 000 125 23 OC 000 125 23 000 144 418 000 144 463 000 146 500 000 146 50 000 147 88 000 147 88 000 147 882 008 523 050 008 445 070 008 445 080 004 376 740 008 481 410 000 144 645 008 443 540 008 539 530 Qty 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 For GD 1900C BB 100 VAC For GD 1900C BB 110 VAC For GD 1900C BB 220 VAC For GD 1900C BB 230 VAC For MODEL series For NavNet 1 m For NavNet 5 m For NavNet 10 m For NavNet 20 m For NavNet 30 m For navaid 5 m 6P 6P cross For navaid 10 m 6P 6P cross w 6P connector 5 m w 6P connector 10 m For compass 10 m 6P 6P straight w P connector 5 m Adapter cable for HUB For monitor D sub 15 For remote display 10 m For remote display 20 m For remote display 30 m ARP Board for radar only For MODEL1833C BB For MODEL1823C BB Specified when ordering 8 MB For remote display cable connection For trackball of control unit For control unit RCU 017 For memory card IF CU 200 SYSTEM CONFIGURATIONS All NavNet products incorporate a network circuit board to integrate each NavNet product on board through an optional LAN cable Ethernet 10BASE T Each NavNet product is assigned an IP address to enable transfer of images between other NavNet products For example video plotter pictu
34. 195 MS L gt 3 MIRA gt 4 gt QD 24 xien 22 M A SPF 11356 lt 2 lt lt 1 lt 3 ALARM wee rrX 3GRDA PEK 4 GRDB Je che 5 HN aD 7 SH ELD A6SFF 1355 n J 5 NHL3P QDb521 M LEO 16 gt TUE QNI gt 6 gt 12V gt 13 3 412 512 NC gt 23 gt YEL LHK 3 lt RDA lt 6 lt SH ELD NC gt 22 gt 2 DATA EXT_TR G gt 23 gt M 6SPF 1354 a lt 14DA HHGH BLA 2 lt DATA Q HG E lt 3 lt GNUK4 ILKC 5 lt NC lt 6 lt SH FLD x M A SFFOOO6 Sm 10m 1353 M A7SPF TDDI gt 1 lt 3 lt FD RD DT gt 2zy DC N 33 4 DN PVR SW 4 EE HJ X 2 SW gt 5 A 54 42V GND gt 62 L SH ELD gt 73 2 M 5 J 308 lt 1 lt 12 lt 2 lt i 1352 EEK 1 ETDP lt 2 lt E TDN 3 lt E RDP 4E RON I 5 INC lt 6 lt lt 5 1 15 GD IV 25Q 1 SH PYARD SUPPLY PLUG FI TTED AT FACTORY SH ELD SHOLLD BE EFFECT VELY GROUNDED AT BOH UN T ENS sl sz ANTENA UN T RSB 0072 24r np RSB 0073 48r FCR A HHHH B24LPFO010
35. 1A G80 lt gt 000 000 851 313 313 AA 140 506 E 000 000 854 0118 118 AU 505304 HEX BOLT 000 862 151 862 151 505304 FLAT WASHER 000 864 130 864 130 _ SUS304 SPRING WASHER 000 864 262 864 262 EF UP rR USEN D coe NO Ao INSTALLATION MATERIALS 1 1 MODEL 1833 1833 Ez ZR DESCRIPTIONS Q MJ B24LPF0002 100 R OUTLINE FE RS REMARKS Xx TO SELECTED CODE NO 000 138 972 MJ B24LPF0002 150 0 BE SELECTED CODE NO 000 138 970 7 MJ MJ B24LPF0002 200 0 BE SELECTED EE CABLE ASSY 2 lt gt CODE NO 000 138 974 20M MJ B24LPF0002 300 TO BE SELECTED 1 000 138 973 L 30M cw me INSTALLATION MATERIALS M1933C BB 1943C BB NO NAME OUTLINE DESCRIPTIONS Q TY REMARKS MJ B24LPF0005 100 0 BE SELECTED 000 140 434 MJ B24LPF0005 150 BE SELECTED CODE NO 000 140 435 MJ B24LPF0005 200 SELECTED MJ B24LPF0005 300 CODE NO 000 140 437 R EN 0 BE SELECTED A 4 PACKING LIST 19AQ X 0851 0 1 4 RPU 014 E 6S RPU 014 E
36. 3 21GROV 30n RSB 0073 48r pm 60 BZ4LPF 516 DSUB15P 303 0000 YET gedet ML l AK 1 SIGR amp 2V 21Di U D D a RECTI FI ER 2 24966 gt 20 4 LRU 3423 h E 34S GB 1v 51451 3 000 WWT a lt 64 0 0 0 nr 5 V 2SQ lt 7 40D TX TR 6225 01 6 I H 84D 8 gt H HH rTK10 lt GD P L B 7 HHH H x 8c VOX MN TIR RE Prolog 07 Wp 75 0 Hi QD lt 9 lt Gye H 315 ke V 60 Hz TIL HK 134 H SYN Rod J 823 HAP EH 14 lt i V SYNC PEAR 5 gt 9 gt 00 WT s W F AA lt 15 lt NC MOR 12 BUB 2 lt FM O SPLAY H SIG 17 AB3 lt M ALOSPF 1360 MICR gt 5 gt LILKH PRB lt 1 NC ion OOOO Y 114 TUE IND gt 18 gt wyn l e REMOTE Le 3 lt T TR G MOOR 22 PB lt 4 lt SS lt N A 1519 41 4 lt MS 13 00 RED 5 Le 7 lt M DEO MIRA gt 4 gt RG A H 84T HD E L 9 GD 0 gt 24 s 4 10 AD x x 1 F 1 2C 2V OX ENS INTERFACE MAX 49 lt 2 lt TUE GNT
37. 30N FAX 30 ETR 30N option option option Three or more unit NavNet system vii Two unit NavNet system Radar Antenna Unit OR OR GPS Receiver GP 310B 320B RADAR Or PLOTTER PLOTTER Radar plotter data Radar plotter data Two unit NavNet system viii 1 1 1 Mounting the Control Unit The control unit can be installed on a desktop or flush mounted in a console or panel For flush mounting the optional flush mount kit is required When selecting a mounting location for the control unit keep the following in mind e Keep the control unit out of direct sunlight The temperature and humidity of the mounting location should be moderate and stable e Locate the unit away from exhaust pipes and vents e The mounting location should be well ventilated e Mount the unit where shock and vibration are minimal e Keep the unit away from electromagnetic field generating equipment such as motor generator e For maintenance and checking purposes leave sufficient space at the sides and rear of the unit and leave slack in cables e A magnetic compass will be atfected if the control unit is placed too close to the magnetic compass Observe the following compass safe distances to prevent disturbance to the magnetic compass Standard compass 0 45m Steering compass 0 30 1 1 Mounting procedure Flush mounting Follow the procedure below to
38. 833C BB 1933C BB 1943C BB 1953C BB V Single unit NavNet system GD 1900C BB GPS receiver Processor unit Control unit Interface unit CU 200 aS SS eS Erd Other NavNet P 1 Plotter etc system T Ne a Model 1833C BB etc EN Rectifier PR 62 Facsimile 12 24 VDC Receiver EE 2 100 110 115 220 230 VAC FAX 30 10 50 60 Hz ETR 30N Standard Option Single unit NavNet system GD 1900C BB Note The output signal from the processor unit for a monitor is as follows RGB signal Analog 0 7 Vpp Output impedance 75 Synchro signal H 31 5 kHz V 60Hz Separate TLL level VGA signal Choose a monitor whose aspect ratio is 4 3 for example VGA SVGA XGA SXGAX VXGA etc VI Three or more unit NavNet system Radar Antenna Unit Radar Antenna Unit GPS Receiver GP 310B 320B GPS Receiver GP 310B 320B OR e 4 RADAR or PLOTTER Or PLOTTER t Radar data Plotter data f 9 Sounder data Sounder data T Facsimile data S t Network Sounder Facsimile Network Sounder ETR 6 10N Receiver ETR 6 10N ETR
39. A 1 2 fixing holes Processor unit mounting dimensions 1 4 1 3 Mounting the Antenna Unit of MODEL1823C BB Mounting considerations When selecting a mounting location for the antenna unit keep in mind the following points e Install the antenna unit on the hardtop radar arch or on a mast an appropriate platform For sailboats a mounting bracket is optionally available It should be placed where there is a good all round view with as far as possible no part of the ship s superstructure or rigging intercepting the scanning beam Any obstruction will cause shadow and blind sectors A mast for instance with a diameter considerably less than the width of the antenna unit will cause only a small blind sector However a horizontal spreader or crosstrees in the same horizontal plane would be a much more serious obstruction place the antenna unit well above or below it Antenna unit cow Antenna unit Typical antenna unit placement on sailboat and powerboat e n order to minimize the chance of picking up electrical interference avoid where possible routing the antenna cable near other electrical equipment onboard Also avoid running the cable in parallel with power cables e he compass safe distance of 1 25 meters standard compass and 0 85 meters steering compass should be observed to prevent deviation of the magnetic compass 1 5 Mounting the antenna unit of MODEL1823C BB 1 Remove mounting hardware at t
40. B 7 2 lt lt H WHT RED B Q lt 12V D14 J CK WHT GRN B 12V i gt 15 WHT BLK B F lt I I TX TRIG gt 2 gt H lt 64 6 lt P L Ai 8 PPL K lt 7 P L Bi 7 BLU 8 lt l g lt BENI 94 55950 i i 1 z J802 VH4P J809 VH4P BEARING i gt 9 gt WHT i T MOTOR gt 1 L WHT BLU B 2 lt 4 d HD SIG 174 BLK 34 lt 3 lt MOTOR C gt 5 PKIB FURUNO ELECTRIC CO LTD
41. M ASSPF 1308 gt 23 4 1 GRY 1l K34TRG A MEMORY CARD I F p HR 5 1000 ______ 1 95 4a BEARINGI gt 9 gt DD RED lt 4 lt A 103200 LM A6SPE TMIAPS S 10mg 3 lt 2 lt MEM BON N 11 INETVORKI RE 1 8 lt Gbb20 8 44 K9dao AVNET 0 1 lt KI10 QD GK ACE RON HB M AGRMYTMIAPE hoos w i CBHBD 1 Ge Ges 2 CPTI CN Ulli tll 20000000000008 NEOR AUG TED FATE CNET NN 1000 EP ED REGEL u ynin 4 SH ELD SHQLLD BE VELY GROUNDED AT BOTH UN T ENS SCALE MASS 30000000000000000000000000000 5 CANE SEMNGINTE DSPAY E S UI MRNERAPR 00005 1000000 iis aud pe 0 6 3532 CO1 19 023 5002 4 NTERGCNNECTI CN D AGRAM FURUNO ELECTRIC CO LTD EF URUN CD 2 2 A 050 5me 10 0359801 A3SPF0018 oer ee 0359368 5me 10 W S 2 09 7A 12V 100 110 229 230vac HYG 15 1 1g 50 60H RGB Anal og 0 7 75 Sync 31 5 V 60H REMOTE A 1 00 10m PS
42. N PROCESSOR UNIT S 000 080 540 xx P i oo SPARE PARTS 008 444 420 ACCESSORIES 008 522 970 H 03 25901 008 443 690 FOR FUSE REPLACEMENT H 000 809 188 WE AECH 35320 INSTALLATION MANUAL 000 147 916 ME i OPERATOR MANUAL 000 147 497 OTHER INSTALLATION MATERIALS 1 2 F DI M J A3SPF0018 0507 GABLE ASSY 000 139 872 5 6 008 443 690 19 0 9401 0 INSTALLATION MATERIALS El SE NAME OUTLINE 9 REMARKS DU A USE LABEL TAPPING SCRER Up E US E ap 008 522 970 19A0 X 9501 0 FP03 09301 ACCESSORIES s A s r1 Hk cim OUTLINE DESCRIPTIONS HI REMARKS ARD REMOVER QUANTITY MORE FGBO_15A AG125V 1949 9852 2 V1 RCU 017 E 5 RAJ 017 E 10 C5 06 021 2121 1 100320101 320 101 10001 008 537 530 537 530 A7SPF0006 100 000 143 578 OUUU NSTALLATI ON MATERI ALS M A7SPF0006 050 1 000 147 879 MARKED CABLES ARE SELECTABLE OMNI DAWNS FCR REFERENCE 19AQ X 9852 8 FURUNO 10001 S m LL Ld LESCRI PTI REMARKS 19 023 1051 0 ere ma 200 307 920 307 920 iiu MBN 2 X30 YBSC2
43. NI 1 5574 3 MVJ 903 LSVW DNLINDUN 06 628 V DNW Ss JHL eH SL E d 0 a 000251 gt 0001 3117345 LON SI HIN S ve 0001575008 SNOISNSHIG D 2 DI 5319910 gg lt E 008515001 OO0IsT gt OS co E ENEE NT SNUISNANIC Oe CMM E AMIN 31892 71 CI 503 SHUH DOYR C Z E CHEM 1891 c DISLOS 143 ONNAaNSA JNIAV4U ANI Ge le 1 0 3 609 6576 oan WI DON 2 mn 89 25617 7561 T3 UN T G bd 44 2 961 2 961 T3 DN SUE NAVAL IL JNI MVJ 30 MLN 319 19 4 1 SY xd LNT WAN OPE VEINX dd l RB 0002 gt 1 gt 0001 wwe 00655752001 OO1S7 gt 0 680821812 DES DU C 6006 629 AF cuti M 2 OWH amp UM t IHN 01 SLIS SAULA 36 W ITM JAV SNUTSNWIC J H EN3W3QV 1934 303 ALON AMINA 31872 903 3998 ONTLNAOW NO 06 500 3 10H V LINA JHL ONIXLI 403 SL 04 c Pt 9001212008 11112345 UN 51 SNOISNAWIC 30 7NWT TDL SALYJIANI T 37991 1
44. ONN 27 JNIXH 903 SLAN ONY 1913 51108 OSXVN 3SN ALON CC c ROOMY WN SHEVONW NUS OV 31V Id3WN 91949373 ONNANS m o9NIMVMG 1 901 60 61 9 609 4 5 0 ONMO INNON 401 1841 LINN 3 VAGIN KT AOI l C Hl ms e RNG eH 25681 HOW 1 IHSVHVW1 PN TI we 931935 5 33 OO Lif 002 07 Vax g YOLOINNOD NMHHI1 YOLOINNOD YMOd 54 amp 1 e4 Y Z amp X 00Ss1 gt 00 95 001051208 JONV44101 7 SNOISNAWIG GAAP 31412345 LON NH 4034 00 5 543425 1 41453510 SI HJIHW SNOISN3NIC 30 2 3101 S31VOIONE 12 5 WAWININ I ALON RIPOHBZOTXGHNOMKXELASSEYC N PGCHDH 5 C X 7 SATOH 9 0001 Lo 006 NH NI URUN O sl s 2 4 5 M A3SPF0018 24V WS 12 ANTENNA LN T D M E241 PFOO05 10 15 20 30mo 11 RSB 0070 24r pn d Et 220 230VAC ESCH _ SSC e
45. RP 11 Code 008 523 050 Table ARP 11 contents 18P9013 008 521 830 M3x6 C2700W 000 881 403 509 000 801 850 5015 000 801 779 C5191W 000 864 204 Not used 1 Unfasten 11 screws and 9 connectors to remove the cover 2 Disconnect P1361 and P1357 from the 19P1015 board and unfasten six screws to remove the 19P1015 board and shield plate J1361 1121 058 3 be SR T FURUNO w Japan 1921015 Ooo 41357 19 1015 board 4 2 3 Mate 107 on the ARP Board to J112 on the 19P1001 board and fasten the ARP board with four screws f 4 nm bett Jf F e a We see A A d E Ey LS Re 19 1001 board 4112 4 Mount the shield plate the19P1015 board connect 1361 1357 to the 19P1015 5 Reassemble the processor unit This page is intentionally left blank 4 4 MODEL 1823 P A C L 1 19 0 9851 1 1 1 RSB 0094 075 qw UNIT RSB 0094 075 ANIENNA UNIT 000 080 237 401 AE MIOX25 505304 HEX BOLT SLOTTED HEAD 4 000 862 308 RFC 10 CORE 000 141 085 MODEL 1833C BB P A C K N G L S T 19AL X 9852 1 1 1 RSB 0071 057 NAME 0UTLINE DESCRIPTION CODE No 52 602 RSB 0071 057 ANTENNA UNIT ES 000 086 830
46. Transmit on the shortest range and confirm that gain and A C SEA are properly adjusted 2 Visually select a target which forms a straight line harbor wall straight piers 3 Open the RADAR SETUP menu and select TIMING ADJUST 3 6 4 Press the soft key to show the setting window TIMING ADJUST A OFF Timing adjust setting menu 5 Select ON and press the C ENTER soft key to show the radar display OTT wy PUSH ENTER AFTER ADJUSTING SWEEP TIMING S Z 7 V LH Ld ua aa ua a a S Timing adjustment setting display 6 Rotate the ENTER knob to straighten the target selected at step 2 and then press the E RETURN soft key to finish VIDEO ADJUSTMENT Adjust video amplifier input level as below 1 2 A Open the RADAR SETUP menu and select VIDEO ADJUST by the trackball Press the A EDIT soft key to show the setting window VIDEO ADJUST A OON v OFF Video adjustment setting window Select ON Press the C ENTER soft key to start video adjustment When the adjustment is completed the message NOW ADJUSTING VIDEO disappears and control returns to the menu screen automatically 3 7 HEADING ADJUSTMENT 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 z
47. U 4 lt TD DT CU 200 MJ A6SPF TM11AP8 C 5 10m 65 1 2 OUTPUT DON 3 44 ie DON uc 3 CF G PWR_SW gt 4 32121 K2 lt PWR_SW iB 12V gt 5 9M tk 5 lt 12V EXT EQUIP MJ AGSPFO014 A8 teg Tp p NETWORK GND gt 6 lt 6ND NAVNET DEVICE KZ 2 GE TD N SHIELD gt 73 5 1 lt 6 10 pu J lt 3 E lt 4 GE RD N MJ A6SRMD TM11AP8 MJ A6SPF0014 6 J SN d 9 0 UL Ws E 6 CSHIELD L GND V 28Q ore 204 MIYAZAWA 00o GD 1900C BB CHECKED TAKAHASHI T Jet 747 Hy2 APPROVED Hatai 18 Ht SCALE MASS 4 21 COLOR VIDEO PLOTTER INTERCONNECTION DIAGRAM FURUNO ELECTRIC CO LID UR UN O FUSE MJ A3SPF0018 v 0359368 5m 10 MJ A3SRND use W S 2 0x2C pe 12 24 VDC WI 0 DPYC 1 5 ai 2n BK CE GO 100 110 220 230VAC DPY6 1 9 1 3 lt GND 1 50 60Hz Li UM que S TE JIL RECTIFIER ar ME L RU S425 I lt 4 CN C GN ____ lt 5 lt N C V 280 K 6 lt GND VGA J lt 7 lt GND VGA MONITOR 7 RGB Analog 0 7 Vpp 05 9 8 Sync H 31 5 kHz V 60 Hz lt 9 CN C lt 10 lt GND K11 lt GND 1 lt 12 lt N 13 lt H SYNC 2 lt 14 lt V SYNC lt 15 lt C MJ B24LPFOO10 10 20 30m 611 4 BI TRI ae
48. a where your boat is sailing Position Smoothing When the DOP or receiving condition 5 0 999 sec 0 sec no position unfavorable the GPS fix may change Smoothing even if the vessel is dead in water This change can be reduced by smoothing the raw GPS fixes A setting between 000 to 999 is available The higher setting the more smoothed the raw data however too high a setting shows response time to change in latitude and longitude This is especially noticeable at high ship s speeds Increase the setting if the GPS fix changes S pd Cse During position fixing ship s velocity 0 999 sec 5 Sec Smoothing Speed and course Is directly measured by receiving GPS satellite signals The raw velocity data may change randomly depending on receiving conditions and other factors You can reduce this random variation by increasing the Smoothing Like with latitude and longitude smoothing the higher the speed and course smoothing the more smoothed the raw data If the setting is too high however the response to speed and course change slows For no Smoothing enter all zeroes GPS Speed Calculation of ETA is based on average 0 999 sec 60 sec Average ship s speed over a given period If the period is too long or too short calculation error will result Change this setting if calculation error occurs The default setting is 60 seconds which is suitable for most conditions Latitude Offset Offsets latitude position to further refin
49. ata For navigator other than the FURUNO GP 310B 320B speed averaging and local time offset to use local time instead of U TC time are also available from this menu Check point 1 Press the MENU key followed by E SYSTEM CONFIGURATION B NAV OPTION and A NAV SOURCE SETTINGS soft keys to show the NAV SETUP menu POSITION SOURCE ALL SPEED AVERAGING 0060second s LOCAL TIME OFFSET 00 00 TEMP CALIBRATION 00 F DEPTH CALIBRATION OOft For GPS receiver other than GP 310B 320B setup menu 2 Select POSITION SOURCE and then press the soft key to show the position source window POSITION SOURCE O FURUNO BB GPS O GP O LC ALL v 3 Select FURUNO BB GPS GP LC or ALL as appropriate and press the C ENTER soft key FURUNO BB GPS GPS Receiver GP 310B 320B GP GPS navigator via NETWORK DATA 1 or DATA2 connector LC Loran C via NETWORK DATA 1 or DATA 2 connector ALL Multiple navaid connection via NETWORK DATA 1 or DATA 2 connector 4 For GPS receiver other than the GP 310B 320B you may adjust speed averaging and use local time a Choose desired item and press the A EDIT soft key b Use the trackball to select location and rotate the ENTER knob to set value For time use the A lt gt soft key to switch from plus to minus and vice versa C Press the C ENTER soft key Speed Averaging Calculation of is based on average ship s speed over a given period
50. completely closed after inserting it into the cable entrance Sectional view Shrink tube Pinch the gasket l tightly Do not allow t the shrink tube to contact the Gasket Rubber gasket Mounting base gasket Antenna cable Antenna unit inside view 8 Twist antenna connector cables at the position between the shrink tube and the cable tie and then attach EMI core supplied to cables as follows After attachment shift EMI core slightly to confirm that it does not pinch cables Attach EMI core Twist cables here Shrink tube Cable tie Mounting base Location of EMI core 1 9 9 Attach connectors of the antenna cable to the locations shown the figure below then fasten a pan head screw M4x10 to fix shield cable and core case removed at step Pan head screws M4x10 9 pcs Antenna unit connector location and fixing the shield cable w core case 10 Put the EMI core on the antenna cable into the core case attached at step 9 The flat side of the core should face downward EMI core EMI core putting into core case 11 Refasten the shield plate and core case cover with 15 screws Be sure that the cable from the rotation detector passes through the notch between the two cable ties To rotation detector lt base How to pass the rotation detector cable 1 10 12 Pass the cable from the rotation detector thro
51. curate as possible For steel platform take appropriate measures to prevent corrosion Ship s bow r 4 210 Holes Cable entry hole approx 220 Flat washer Spring washer M10 x 25 Hex bolt 7 5 0 Platform 1 13 Antenna unit cover removed Antenna base plate Effective Ba Gasket thread length pu d Radome G di LIZ 0m Flat washer Spring Platform washer M10 x 25 Apply silicone sealant Hex bolt How to fasten the radome base to the mounting platform Wirinq and final preparation 4 Drill a hole of approx 20 mm diameter through the deck or bulkhead to run the signal cable between the antenna unit and the processor unit To prevent electrical Interference avoid running the signal cable near other electrical equipment and in parallel with power cables Pass the cable through the hole Then seal the hole with sealing compound for waterproofing 5 Remove two shield covers in the radome 6 Remove the cable clamping plate by unfastening four screws and removing a gasket Pan head screws M4x8 4 pcs Cable clamping plate S Shield cover Gasket m Puer Pan head screws M4x8 pcs 9 Shield cover e ee e head screws M4x8 7 pcs 7 ee ee Antenna unit inside view 7 Pass the cable through the hole at the bottom of the
52. d chart cards SOUNDER SOURCE The host name of the network sounder ETR 6 10N or ETR 30N Is preset SOUNDER for use with the video SOUNDER sounder display Clear the host name when no network sounder is connected AUX SOURCE bin facsimile receiver FAX 30 Use the default WX FAX Not used Reserved for future use 000 000 000 000 NavNet equipment default settings IP ADDRESS HOST NAME MODEL1823C BB 1833C BB 1933C BB 172 031 003 007 RADAR PLOTTER 1943C BB 1953C BB GD 1900C BB MODEL1823C 1833C 1933C 172 031 003 003 RADAR PLOTTER 1943C 1953C GD 1900C MODEL1833 1933 1943 172 031 003 002 RADAR MODEL1722C 1732C 1742C 1762C 1752C 172 031 003 001 RADAR MODEL1722 1732 1742 1762 172 031 003 004 RADAR GD 1700 1700C 172 031 014 001 PLOTTER CU 200 172 031 014 100 MCDRIVE 3 3 3 3 RADAR SETUP Menu After setting up the network do the following in order to adjust the radar Open the INSTALL SETUP menu and then press the B RADAR SETUP soft key to display the RADAR SETUP menu When the message RADAR DOES NOT TRANSMIT TRANSMIT RADAR appears press the ENTER knob to transmit or CLEAR key to cancel transmitting ANTENNA HEADING ROTATE TUNING TIMING ADJUST VIDEO ADJUST SUPPRESSION RADAR ANTENNA HEIGHT STC CURVE MONITOR MODE Page 1 gt HEADING ADJUST OFF TOTAL ON TIME 000000 0 h TOTAL TX TIME 000000 0 h Page 2 Radar
53. e 9 9995 9 999 N 0 0 no offset position accuracy Use the A N lt gt 5 soft key to switch coordinate Disable Satellite Latitude Longitude Antenna Height Cold Start GPS STATUS Soft key Contents of GPS sensor settings menu con Longitude Offset Offset for longitude Use the lt gt 9 999E 9 999W 0 0 no offset soft key to switch coordinate Every GPS satellite is broadcasting abnormal satellite number 5 in its Almanac which contains general orbital data about all GPS satellites including those which are malfunctioning Using this information the GPS receiver automatically eliminates any malfunctioning satellite from the GPS satellite schedule However the Almanac sometimes may not contain this information If you hear about a malfunctioning satellite from another source you can disable it manually Enter satellite number max 3 satellites in two digits and press the ENTER soft key None Set initial latitude position after cold start 9095 90 N 45 35 000 N Use the A N lt gt S soft key to switch coordinate Set initial longitude position after cold 180 E 180 W 125 00 000W start Use the A W lt gt E soft key to Switch coordinate Choose position fixing method 2D three 2D 2D 3D 2D 3D satellites in view 2D 3D three or four Satellites in view whichever is greater Enter the height of the GPS antenna unit 0 99 m 5m above sea surface
54. e DJ 1 port on the processor unit and discard it GD 1900C BB Do not remove the waterproofing cap Wrap the connector nut and cap with vinyl tape as shown below Waterproofing cap yellow E Vinyl tape MESH Connector nut for 24P Waterproofing cap and connector nut sectional view DATA1 to DATA3 Other equipment be connected to DATA1 DATA3 as shown below GPS receiver GP 310B 320B NMEA sentence Heading sensor ex SC 60 120 ex navaid MODEL series only This equipment can receive the following NMEA 0183 format sentence from external equipment e Own ship s position e Ships speed e Satellites in view e Heading True e Heading Magnetic e Course e Depth Temperature GGA gt RMC gt RMA gt GLL e ZDA RMC gt RMA gt VTG gt VHW e Other ship e information GSV e Wind speed and angle HDT gt HDG gt HDM HWV gt VWT gt VWR HDT gt HDG gt HDM RMC gt RMA gt VTG DPT gt DBT MTW You will need the optional NMEA cable to connect with other equipment E S navaid etc 2 2 Connecting GP 310B 320B to DATA 2 port GPS receiver GP 310B 320B can be connected to DATA 2 port as shown below when port 1 is not available You need a junction box and optional cable MJ A6SPF0003 050 or MJ A6SPF0009 100 MJ A6SPF0003 050 MJ A6SPF0009 100 DATA 2 __ JUNCTION BOX GP 310B 320B WHT WHT MEN N RD A TOA BK npe tbe YEL RDA
55. ero degrees In practice you will probably observe some small error on the display because the difficulty in achieving accurate initial positioning of the antenna unit he following adjustment will compensate for this error 1 Set ship s heading toward a suitable target for example ship or buoy at a range between 0 125 and 0 25 nautical mile 2 Open the RADAR SETUP menu and press the D NEXT PAGE soft key 3 Select HEADING ADJUST and press the A EDIT soft key to show the HEADING ADJUST window 4 Select ON followed by the C ENTER soft key to show the radar display PUSH SOFTKEY SET AFTER ADJUSTING HEADING LINE Ny petal linn Heading adjustment setting display SS 5 Rotate the ENTER knob to bisect the target with the EBL Press the A SET soft key 7 As a final test move the boat towards a small buoy and confirm that the buoy shows up dead ahead on the radar when it is visually dead ahead e Main Bang SUPPRESSION Main bang black hole which appears at the display center on short ranges can suppressed as follows Open the RADAR SETUP menu and select M B SUPPRESSION by trackball Press the A EDIT soft key to show the setting window Select ON Press the C ENTER soft key to start the adjustment 7 lt S Vor HH epu us Da ua la a Main bung suppression setting window 5 Rotate the ENTER knob to suppress main bang betwee
56. he bottom of the antenna unit four each of hex bolts M10X20 spring washers and flat washers Save mounting hardware to use it to fix the antenna unit to the mounting platform later on Stern Bow X Screws two screws on other side Cable entry Flat washer Spring washer amp b Hex bolt M10 x 20 Antenna unit showing location of mounting hardware 2 Construct a platform wood steel or aluminum of 5 10 mm recommended dimension in thickness referring to the outline drawing at back of this manual A mounting bracket for mounting the antenna unit on a sailboat mast is optionally available Refer to page 1 11 Fasten the platform to the mounting location Next position the mounting base on the platform so the cable entrance faces the stern direction For steel platform take appropriate measures to prevent corrosion Note When drilling holes in the platform be sure they are parallel with the fore and aft line 3 Using the hex bolts flat washers and spring washers removed at step 1 fasten the mounting base to the platform The torque should be between 19 6 24 5 Nem Note Longer hex bolts M10X25 are supplied with the installation materials Use them instead of the hex bolts removed earlier if the mounting platform thickness is 5 10 mm Effect Antenna base ective thread Mj assy length 12 Wu uy 5 mm or under M10x20 5 10 mm M10x25 over 10 mm locally suppl
57. hile the equipment is being installed CAUTION Observe the following compass safe distances to prevent deviation of a magnetic compass Standard MODEL1833C BB antenna unit MODEL1933C BB antenna unit MODEL1943C BB antenna unit MODEL1953C BB antenna unit Power supply unit 1953C BB Memory card I F unit 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 trans mitting 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 Distance to Distance to 100 W m2 10 W m point point MODEL 1823C BB MODEL 1833C BB MODEL Nil 27m 1933C BB MODEL x MODEL Nil BB XN13A 2 3m Ni TABLE CONTENTS EQUIPMENT LISTS u sees i ees cent Seca teas a ELE iii SYSTEM CONFIGURATIONS cca LaLa ean V es com m 1 1 1 1 Mounting the Control 1 1 1 2 Mounti
58. ied bolts Flat washer Platform Spring washer Hex bolt Apply silicone sealant M10 x 25 or M10 x 20 How to fasten the mounting base to platform 1 6 K N SX Remove and discard the packing material Antenna unit inside view 4 The mounting base is fitted with a snap holder which may be used to hang the cover after removal Use the hole next to screw hole inside the cover to hang it a Unfasten the snap assy with the string attached at the holder in the mounting base b Unwind the string C Attach the snap to a screw hole on the inside of the cover Note Do not hang any other objects with the snap 1 7 5 Unfasten the rotation detector cable from the cable clamps 6 Unfasten 16 screws in the following figure to dismount the shield plate core case and core case cover Pan head screws M3x10 2 pcs Core case cover Cable clamps 5 2 5 N Shield plate Pan head screws M4x8 9 pcs 1 Caution Be careful not to pinch the rotation detector cable when remounting the shield plate 7 Pass the antenna cable with connector through the cable gland gasket and cable entrance of the antenna unit and then tighten cable gland Note 1 Be sure the shrink tube on the antenna cable does not contact the gasket Note 2 Pinch the gasket tightly and insert it into the cable entrance Confirm that the slit in the gasket is
59. mount the control unit on a panel with accessories FP03 10001 1 Prepare a cutout in the mounting location referring to the outline drawing at the end of this manual set the control unit to the cutout Attach the mounting plate to the control unit with four screws M4 x 10 from the rear side screw four wing bolts into wing nuts Fasten the control unit to the mounting location with four wing bolts and wing nuts assembled at step 4 St OY 80 1 20 5 Thickness of panel 10 lt A lt 20 mm Flush mounting of display unit 6 Attach hard cover to protect the control unit How to remove the hard cover Place your thumbs at the locations shown with circles in the illustration at right and then lift the cover while pressing it with your thumbs 1 2 Desktop mounting Use the optional desktop mount kit 09901 Code number 008 443 540 wei 9 Qy Hanger fixture 19 023 1061 100 307 941 Hanger fixture 19 023 1062 100 307 951 Tapping screw 000 802 081 Hex bolt M5 x 10 000 802 288 1 Fix the hanger fixture 19 023 1062 on a desktop with four tapping screws 5x20 2 Fix the fixture 19 023 1061 to the rear panel of the control unit with four M4x10 supplied as accessories 3 Setthe control unit to the hanger fixture 19 023 1062 fixed at step 1 and fit it with two hex bolts Hanger fixture 19 023 1061 Hex bolt Hanger fixture 19 023 1062 Desktop mounting of displa
60. n 0 and 25 6 Press the E RETURN soft key RADAR ANTENNA HEIGHT The A C SEA function changes with respects to antenna height above the waterline Set antenna height above the waterline to optimize the A C SEA function 1 Open the RADAR SETUP menu and select RADAR ANTENNA HEIGHT 2 Press the A EDIT soft key to show the setting window RADAR ANT HEIGHT Radar antenna height setting window 3 Select antenna height above the waterline HIGH 6 10 m MEDIUM 3 6 m or LOW 0 3 m The default setting is MEDIUM 4 Press the C ENTER soft key to finish STC CURVE The default STC curve can be maintained in most cases If necessary the STC curve can be changed as follows 1 Open the RADAR SETUP menu and select STC CURVE 2 Press the A EDIT soft key to show the setting window NARROW O NORMAL STC curve setting window 3 Select STC curve NARROW The effective range of the A C SEA adjustment is relatively short NORMAL Between NARROW and WIDE WIDE The effective range of the A C SEA adjustment is relatively long 4 Press the E RETURN soft key to finish HEADING DATA Select the heading reference MAGNETIC or TRUE Select MAGNETIC when connecting with a magnetic compass or select TRUE when connecting with a true heading compass For your reference when connecting with the FURUNO Satellite Compass SC 60 120 or Integrated Heading Sensor PG 1000 set the heading data as in the table shown below
61. ng the Processor nennen nnne nennen nnn nens nnn nne nnns 1 4 1 3 Mounting the Antenna Unit of MODEL1823C BB 1 5 1 4 Mounting the Antenna Unit of MODEL1833C BB 1 13 1 5 Mounting the Antenna Unit of MODEL1933C BB 1943C BB 1953C BB 1 18 1 6 Mounting the Power Supply Unit 1953 1 27 1 7 Mounting the Memory Card Interface Unit enema 1 28 2 uice 2 1 aNd a ERROR ER ee PRE OE Nee OO RT 2 1 2 2 Wiring of Power Supply Unit MODEL1953C BB 2 4 2 56 200 DEE 2 6 S ADJUSITIMENIEQS RBS 3 1 3 1 How to Access the Installation Menu 3 1 32 NE PNWORK SETUP MENU 3 2 3 S RADAR SETUP E EE 3 4 3 4 Checking Magnetron Heater Voltage 3 11 9 5 Navigation Data SOURCE EE 3 11 3 6 Selling UD Data POEIS uu L LL LL u a 3 16 SA Fierro e System SEMIN 3 18 A OPTIONS cra ii 4 1 4 1 External Buzzer CONNEC E 4 1 uuu 4 2 PACKING LISTS EE A 1 OUTLINE DRAWINGS
62. nly Right slot on the CU 200 Read and Write For the CHART SOURCE setting the card drive 1 or 2 on the CU 200 can be selected by the soft key A 1 2 1 or 2 is also displayed for other device for example RADAR 1 or PLOTTER 1 but these numbers may be ignored Contents of Network setup menu IP ADDRESS This address is assigned at the factory Change the address last three digits 001 to 254 when like models are connected directly or through the hub Do this Radar change before connecting the equipment to the other 172 031 003 007 equipment or hub in order to distinguish equipment Do not set the same IP address in the network HOST NAME Set the name for radar or plotter to distinguish it from others in the NavNet system Confirm that no two EE RADAR equipment have same host names The host name has been preset depending on the series of NavNet See the table below This host name is used for RADAR GD 1900C BB SOURCE and CHART SOURCE PLOTTER RADAR SOURCE Enter the host name RADAR preset or the new name set at HOST NAME if the unit has been changed of the network radar to use for the radar display Clear RADAR the RADAR SOURCE name when your equipment is GD 1900C BB and no radar is connected CHART SOURCE The driver names of the memory card interface unit are MCDRIVE 1 left side and MCDRIVE 2 right side Additionally enter a host name set at HOST NAME of MCDRIVE network display unit max 3 which can rea
63. oof rubber mat supplied on the mounting platform Ground terminal Rubber mat Bow mark Location of rubber mat 2 Lay the antenna unit on the mounting platform orienting it as shown in below Antenna unit CAUTION Do not lift the antenna unit by the radiator lift it by the housing Lifting it by radiator will damage the radiator 1 20 Insert four hex bolts M12x60 supplied and seal washers 30 supplied from the top of the antenna housing as shown below Seal washer Flat washer Spring washer Nut Fixing the antenna unit chassis 4 Pass flat washers M12 supplied spring washers M12 supplied and nuts M12 supplied onto hex bolts Fasten by tightening nuts Do not fasten by tightening the hex bolts seal washers may be damaged Seal washer MATTH Antenna gt gt VW i Rubber mat Z unit Ne Mounting platform Silicone sealant Flat washer How to fasten antenna unit to mounting platform 5 Coat flat washers spring washers nuts and exposed parts of bolts with anticorrosive sealant 6 Prepare ground point in mounting platform within 300 mm of ground terminal on antenna unit using 6 x 25 bolt nut flat washer supplied 7 Run the ground wire RW 4747 340 mm supplied between the ground terminal and ground point 1 21 8 Coat ground terminal and ground point with silicone sealant as shown
64. put or no output as appropriate 8 Press the E RETURN key 9 Press the MENU key to quit Contents of DATA 1 PORT menus FURUNO GPS Selects whether the GPS Receiver Yes No Yes DATA1 Sensor GP 310B 320B 15 connected to the No DATA2 DATAI or DATA2 port or not Output Format Selects NMEA output version for the NMEA0183 Ver NMEA0183 Ver 2 0 equipment connected 1 5 NMEA0183 Ver 2 0 Lat Lon Format Selects latitude longitude format to DD MM MMM output DD MM MMM DD MM MMMM Output Destination Selects whether to output route data sentence RTE and waypoint data data sentence WPL when destination 15 set SELECT SNTNC Selects data sentence s to output Select sentence with the trackball and press the Soft key ON OFF soft key to show or OFF as appropriate See the figure on page 3 16 sentence and default settings 3 7 Remote System Setting MODEL 1800C 1900C BB series NavNet system can be used as a remote system for FAR FR 2805 2105 series etc by using optional cable assy MJ B24LPF0008 100 10 m 200 20 m or 300 30 m use the processor unit as a remote system do the following 1 Open the RADAR SETUP menu 2 Use the trackball or ENTER knob to select MONITOR MODE and press the A EDIT soft key select ON Turn the MBS function off at the main radar Turn the VIDEO ADJUST on at the NavNet processor unit Select
65. radome base 8 Secure the cable with the cable clamping plate and gasket Ground the shield wire by 1 14 of the screws of the cable plate 9 Attach three connectors of the signal cable to respective receptacles as shown below to one of the screws of the cable clamping plate 4 A 9 pin connector to J801 on MD 9208 4 pin connector to J802 on MD 9208 N ny M Z 13 pin connector to J611 on IF 9214A Z Signal cable antenna unit side IF 9214A RF unit 10 Attach the supplied as shown below MD 9208 J806 entrance clamping plate EMI core E04SS251512 Above cable clamping plate s 3 PTU 9335 IF9214A J611 How to attach EMI core 11 Fix the shield cover Do not pinch the cable 12 Attach the radome cover aligning triangle mark on radome cover with that on radome base Radome cover A V Radome base How to position the radome cover 13 Loosely fasten the radome fixing bolts You will tighten them after confirming magnetron heater voltage 1 16 Mounting the optional mounting bracket mounting bracket for fastening the antenna unit for the MODEL1833C BB to a mast sailboat is optionally available Mounting bracket 1 Type OP03 92 Code No 008 445 070 Table 1 1 Mounting bracket contents Type Code No Q
66. res can be transferred to a radar and vice versa Pictures received via the NavNet may be adjusted at the receiving end The number of processor units which may be installed depends on the number of network sounder connected For a system incorporating three or more products a hub is required to process data For one network sounder one radar and three plotters or four plotters For two network sounder one radar and two plotters or four plotters NavNet system Model 1823C BB 1833C BB 1933C BB 1943C BB 1953C BB Antenna Unit MODEL1823C BB MODEL MODEL MODEL 1953C BB 1933C BB 1943C BB MODEL GPS receiver Qc cr esp e EE GP 310B 320B i Power Supply 1 Unit PSU 005 Processor unit Control unit RPU 014 cc LL To Plotter etc 99009 monto o pe 1 Owner supply Memory card jc i next page interface unit CU 200 pc CE ee Heading tM sensor Rectifier RU 342 1 d Standard T Receiver 1 Option FAX 30 001 Other NavNet system GD 1900C BB etc 100 110 115 220 230 12 24 VDC s 1 50 60 Hz Gd Network The power for the power supply unit Sounder and display unit must be drawn from 6 10 the same power source A ETR 30N presen NavNet system Model 1823C BB 1
67. setup menu Select the antenna type connected to your display unit Default setting is F Select the antenna type referring to the table shown below After selecting type press the ENTER knob Sem TUNING MODEL 1953C BB Go to Tuning for 1953C BB power supply unit and then Antenna tuning Other models Go to Antenna tuning Tuning for 1953C BB power supply unit For MODEL1953C BB first tune the power supply unit to adjust the tuning point of the tuning indicator 1 Open the power supply unit cover 2 On the RADAR SETUP menu select STOP at ANTENNA ROTATION 3 Close the menu and then transmit the radar with the range more than 6 nm 4 Flipthe SW1 on the POWER Board upward for tuning position 5 Adjust R36 potentiometer clockwise so that LED CR13 lights in the highest brilliance Also connect a multimeter to 5 and and then adjust R36 to show maximum voltage on the multimeter 6 Flip the SW1 downward normal position default setting 7 Reassemble the power supply unit 8 Go to Antenna tuning on the next page POWER Board 19P1006 no C Hed R36 Upward bs Power supply unit cover removed Antenna tuning Initialize the tuning as follows 1 Transmit the radar 2 Open the RADAR SETUP menu and then select TUNING by the trackball or ENTER knob 3 Press the A EDIT soft key to
68. tep 2 Reattach the cable clamp removed at step 1 to fix the two cables Connect the antenna cable to the ANT port on the power supply unit Connect the ground wire local supply 25 between the ground terminal and ship s ground 2 4 Note power for the power supply unit processor unit must be drawn from the same power switch on the ship s power terminal board Other Equipment ex GPS E S etc Processor unit Power supply unit Other Equipment GPS 5 etc Other Equipment ex GPS E S etc Other Equipment GPS 5 etc Other Equipment ex GPS E S etc Ship s power terminal board Replacement of the fuse The power supply unit is shipped with a 15 A fuse Replace the 15 A fuse with a 7 A fuse Supplied when the ship s battery is 24 VDC The fuse in the processor unit is also 15 A Replace it with a 3A fuse 2 5 2 3 Connection of CU 200 1 Connection between processor unit and one memory card IF unit Connect as shown in the figure below 12 VDC MJ A3SPF0026 050 100 5 10 m Memory card IF unit 12 VDC Processor unit OUTPUT 12VDC two mini cards MJ A6SPF TM1 1AP8C050 100 5 1 NETWORK NETWORK RJ 45 2 Connection between one memory card IF unit and multiple processor units Prepare optional cable MJ A6SPF0014 010 050 100 200 300 1 5 10 2
69. ty Hex bolt M4X12 000 804 725 4 Hex bolt M8X20 000 805 707 8 Mounting plate 03 018 9001 0 100 206 740 1 Support plate 1 03 018 9005 0 100 206 780 1 Support plate 2 03 018 9006 0 100 206 790 1 Bracket 1 03 018 9002 1 100 206 751 1 Bracket 2 03 018 9003 1 100 206 761 1 Fixing plate 03 018 9004 1 100 206 771 2 Assemble the mounting bracket and fasten it to a mast Fasten the antenna unit to the bracket For details see the figure on page 1 12 1 17 15 Mounting the Antenna Unit of MODEL1933C BB 1943C BB 1953C BB 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 Any obstruction will cause shadow and blind sectors mast for instance with a diameter considerably less than the width of the radiator will cause only a small blind sector but a horizontal spreader or crosstrees in the same horizontal plane as the antenna unit would be a much more serious obstruction you would need to place the antenna unit well above or below it 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 To lessen the chance of picking up electrical interference avoid
70. ugh two cable clamps Rotate detector Cable tie Another should s SS be inside Antenna unit clamping the rotation detector cable 13 Follow the instructions on the label inside the mounting base to secure the snap assy 14 Confirm that the rubber gasket is properly positioned and that the triangle mark on the radome cover is aligned with the triangle mark on the mounting base then tighten the fixing screws for the cover Refer to the figure of sectional view on the previous page for positioning of rubber gasket Mounting the optional mounting bracket A mounting bracket for fastening the antenna unit to a mast on a sailboat is optionally available Mounting bracket 2 Type OP03 93 Code No 008 445 080 12 Type CodeNo om Hex bot 000805707 8 Mounting plate 03 018 9001 0 100 206 740 1 Support plate 1 03 018 90050 100206780 1 Support plate 2 03 018 9006 0 7 100 20 70 1 Bracket 1 03 028 9101 0 100 2080 1 Bracket 2 7 03 028 01020 7 100 2062 1 Fixing plate 03 028 9103 100 206 830 2 Assemble the mounting bracket fasten it to mast Fasten the antenna unit to the bracket For details see the figure on the next page 1 12 ASSEMBLED BRACKET M8 x 20 Mounting plate u M8x20 2 ap Fixing plate Ys XK Support plate 2 S 2555 Support plate 1 M8 x 20 5 5 A Bracket 2 et M4 x 12 A
71. ut a slit in the rubber bushing and insert bolt into the bushing Do not use seal washers 9 Reassemble RF unit cover and chassis 10 Set four knob caps supplied into outside fixing holes 11 Do steps 6 8 in Outside fixing holes 1 23 Connecting the signal cable Only the signal cable runs from the processor unit 1953C BB power supply unit to the antenna unit order to minimize the chance 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 Pass the cable through the hole and apply sealing compound around the hole for waterproofing 1 Open the antenna cover by loosening four scanner bolts and then fix the stay Scanner Bolt Antenna unit chassis cover opened 2 Unfasten the cable gland assembly plate gasket flat washer 3 Pass the signal cable with connector through the bottom of the antenna unit chassis Pass the cable through the gland assembly as shown below Bolt Flat washer Passing the signal cable through the cable gland assembly 4 Fasten the crimp on lug on the shield to one of the fixing bolts of the cable gland assembly 5 Position the signal cable so that no more than 4 cm of the sheath is exposed as shown in the figure at the top of the next page Tighten fixing bolts 1 24 Vinyl sheath Bolt within 4 cm was Plate amp
72. 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 the antenna unit is placed too close to the magnetic compass Observe the following compass safe distances to prevent deviation of a magnetic compass Standard compass 1 00 m Steering compass 0 80 m 1953C BB 0 75 Do not paint the radiator aperture to ensure proper emission of the radar waves a When this radar is to be installed on larger vessels consider the following points The signal cable run between the antenna and the processor units comes in lengths of 10 m 15 m 20 m and 30 b 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 As shown in the figure below the antenna unit may be installed on the bridge on a common mast or on the radar mast a On bridge b Common mast c Radar mast 1 18 Mounting the antenna unit of MODEL1933C BB 1943C BB 1953C BB Referring to the outline drawing at the back of this manual drill five holes in the mounting platform four holes of 15 mm diameter for fixing the antenna unit and one hole of 25 30 mm diameter for the signal cable Fastening the radiator to the radiator bracket For your reference the
73. y unit 4 Attach hard cover to protect the control unit 1 3 12 Mounting the Processor Unit The unit can be mounted on the deck a desktop or on a bulkhead Select a mounting location considering the points below Locate the unit out of direct sunlight e Select a location where temperature and humidity are moderate and stable Consider the length of the cable connected among the processor unit antenna unit or power supply unit and control unit e For mounting on a bulkhead be sure the mounting location is strong enough to support the unit 4 1kg under the pitching and rolling normally encountered on the vessel Leave sufficient space around the unit for maintenance and servicing Recommended maintenance space appears in the outline drawing at the back of this manual e A magnetic compass will be affected if the processor unit is placed too close to the magnetic compass Observe the following compass safe distances to prevent disturbance to the magnetic compass Standard compass 1 75 m Steering compass 1 10 m Tabletop or deck mounting Fasten with four tapping screws Bulkhead mounting Mark four fixing hole positions on the bulkhead Screw in two tapping screws at lower fixing positions leaving 5 mm protruding Set the processor unit to the screws and screw in two tapping screws at upper positions Tighten all screws 2 07 fixing holes 2 0 250 0 5 235 Cc e 9 DJ 1 p NETWORK CONT DATA 3 DATA 2 DAT

Canon ZR500 Camcorder User Manual

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