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Furuno GP-1850DF Marine GPS System User Manual

1. 2 mavi ye SN GeO t f ONL 270 S810 Yd5 D 1 2 NS 6L 0 d ONi OL 810 Vd9 SNOISN3WIQ JO 3ONYS370L S31V9IQNI 1 318 1 L Sp CY 5 Ovid 318 2 ALON e q Sena ANNO Kx 86 69 99 65 265 Ge 3SV8 VNN31NV 40 SNOISN3WIG SNTINNOW 04EVD OE VDO E1 ON ISYA YNNILNY 1140 ISN 9NIINDON 3579 1 0 d HOIO3NNOO NO SS3MIS ONY 318VO JHL ISIMI VNN3INY JHL ONINUML O S VNN31NV JHL ION 3SV8 YNN31NV NO 3d d VNN3INY NIHM 2 CHVMONYH 18 01 XId 19314 LINN VNN3INV OL 3SV8 VNN3INV 3d d 16 4 310N aevo vain 7 d 1 R 3SY8 YNN3INY 9 R gt 1 QN 2 M3138VIO 34MOW 61 H15N31 GV33H1 2718 1 HOLId 760 H3d SQV3MHL TIWI Le 8 5 3dAL GVAYHL 3414 403 NOISNSWIG GVSYHL 006 1 gt 00 W 0 x 1 gt OS SL 06501 101 NOISN3WIO mE wue 01 906 38 TEYYONYH JHL JO N3138VIO JHL 140 11 908 000 ON 3009 09169 1 ON 3SV8 DNILNNOWN 1 VHONYH ISN 19 LNDON 11 VHONVH 8 5 8 NOYA W907 0193NNOO NO 553815 NIR 1514 30 vta QIOAV 01 3015 FTV 9334 3il 318v9 3317348 01 WOVIS 3AV31 87899 VNN3INV JO 8 0 1SVW NO 5003930 39N
2. Name Type Code No Qty Antenna Unit GPA 018S 000 041 462 1 Beacon GR 7000A 000 143 249 1 Receiver Cable Assy TNC PS 3D 15 000 133 670 1 Ap antenna 5 000 130 046 1 15A type only Connector Assy PH6P W L240 000 141 548 Cable tie CV 100 000 570 322 Pan head screws M3X10 C2700W 000 881 405 Screw Cable Assy M3X12 505304 S FL2 2LP0 7 D WHT 121 000 805 905 000 141 491 Clamp HP 2N 000 570 000 Cable Assy S FL2 2LP0 7 D WHT 250 000 143 877 Screw Not used 3X8 SUS410 GR 802 1650 15N 019S Name Type Code No Qty Antenna Unit GPA 018 000 041 471 1 Beacon GR 7000A 000 143 249 1 Receiver Whip antenna 10A type ony FAW 12 000 130 046 1 Connector PH6P W L240 000 141 548 1 Assy Cable tie CV 100 000 570 322 2 Pan Nead M3X10 C2700W 000 881 405 4 screws Screw M3X12 09304 000 805 905 6 S FL2 2LP0 7 D Cable Assy WHT 121 000 141 491 1 Clamp HP 2N 000 570 000 1 S FL2 2LPO 7 D Cable Assy WHT 250 000 143 877 1 Screw 3X8 SUS410 000 802 951 4 Not used GR 802 1650 10N 019 Name Type Code No Qty Antenna Unit GPA 019 000 041 552 1 5 GR 7000A 000 143 249 1 Connector PH6P W L240 000 141 548 1 Assy Cable tie CV 100 000 570 322 2 M3X10 C2700W 000 881 405 4 screws Screw M3X12 09
3. ona ana 33 05 0 S 3 lt lt 3 lt N 348 lt lt lt ezva 2 S 5 lt Nasa S lt Niasa 802 lt 62 lt lt 2L imus gt 2 Tmira es 103 lt b lt lt 8 lt 192 N30 lt u wa 2t Ws 55 lt E won ei lt 82 lt 12 lt 93 M 30 lt 8L lt ian 220008 7 0 7264 8011940 4 8881 49 01140 s so lt gt 2 0 005604 AINO 40 08481 49 lt s2 lt 9a3 8 57 Hd 858 12981 596 21 lt lt 2 SUPM 895 8d er 271 a siya lt lt iva 20 lt z lt ff WCINY gt B2 6E lt 13 22 wa 185 4 214 541 213 5 81 21178 188 3 214 S lt s 140 eva lt 12 ANY 3 C 14 ar 86bb5b lt 1300 C82 1300 4 INS 04 JNZOSS NE lt s lt 08 66 ao lt 5 amp viv AYIA lt 8t lt DAVIA PETS Irany 55 Gavd INIM 1238 8342 INY ie ir ND 2 yey e gt b gt oer amp 10 quis 2 817175 887285 qq PAD T INS 420 1 gt I 2 lt VW ews gt 8858 8 8 5 8 9 s b z L 38
4. 9 gt 05 15 25 944 1502 409836 03346 4841 33900SNvul 2t gt gt gt 1 gt A SX 110 49 LINN 1 14 xol Rpa 3 0881 49 6810 810 49 30 00S81 do EE Davi L MERO SERMON OND d 0 6 43997 1 088 44 40881 49 6 lt 8 720040 40881 49 a g lt d MQX F L lt QNO r 9 lt ON e 3 8 lt i ON r lt 9 lt r lt lt 0 8 14 01 gt gt gt 5 35 33dS dW31 1 asweo i 81020 1 2 445 asdzo isl L 0 151 gt lt e T 2 lt e gt c m 1 gt e T 79 r I lt dds 8 4501 or 9 lt ON r lt S lt 1 K t lt ads t lt l K t Ki dii IGA 72 601 2 9 906058 8LOV3AN qaius maL 9660 68 ama 1494 4 NOOVd8 8490 25494 4 x 73A X G 1 0 Z 49A E8LOVAWN lt gt xum Tne as FA H uc 000448 4 i lt 1 lt qnis 44459 6n lt dx 9 lt 96 s lt as lt r lt ON E lt 08 lt z lt 1 VOLNO18
5. 304 M3NOS 9NIddVl 91 6 3602 29 4317529 c TP GR RIS LINN ONIH38 H19N31 318 2 d33 42 21 3 8 310N L 378v1 L S 07F 682 NOISN3M1Q 4 fe UJ Jie L 2 4 14 ON INI Ia 3811100 INNON HSW14 LINN AYTES10 NOM SNOISNNIO 100100 PEE 40 3 0 0581 49 59 6 8156 2 L Ui OPI 258 92 TY 39Nv4V319 391835 G3GN3ANO9433 7 2 4 74 SHAG IF 6 DN SNOISN3NIQ JO 39NVH3101 S31V0IQNI 31841 22240204 689 Sg BPI OLA L58 wu NVHL 380W LINN OINI SM3U0S N31SVJ LON 00 2 0045 G L9 H1D5N31 MAYIS 40 5 553 RP DOMBZOCX MW AGEL T IND SHL DNIXIj 804 583895 14441 0059 3SN ESEECTSRIB2IS LINO QNIH3S HIDN31 318Y9 d333 z GUS 42112 48 ME 310N SOF che VY 30 11130 1 1 3W95 ONIN31SV3j 803 1IV13Q CLA Say MARA ESE 39NY13 101 NOISNIAIG 365 uu 45 39 t L D BG Gh 25 GR O2 3 1 ONMa Ia 4 909 98893 19 68 J
6. m M313WV1G HOLId SEM w zp OL we GE HIDNTY TIVHONVH JO M313NVIO SHI PIB 1 Holld 00851 001 13 NOIldO 11 908 000 3002 01 06 091895 1 ON 3SV8 SNIINDON asn epig 7 42 5 RC cup oz WENT TOL 2 17 NOISN3WIQ wu 4 711 908 000 534 2 6 9 1 091 04 6 ON 4 HCZI4 8 5 o Jdid ROWS x PI 4 wo Qi GIOAY 01 301SV 37880 4337 HENK MOLOANNOD NO 653315 Poe 9 39 Vi AAU ISU OL NTS MAYI 37000 YNN31NV n a 4 2 2888 8 C PAS AC WD dans SAAS 9 C f 4 C Ln 4 49 30 VNN3INV XL 8 30 U3I3NVIO 1SVW NO SON3d30 3ONVISIQ 2 GEE n f YOBRX 334408 W907 3d d 311 318v9 hyr MVOVM NIHLIM JON I3XOVM8 ONT INNON 5 2 20199 217 8 6 7 3dVl ONIM 2 13 Y I7 a4 2745 dvi ONIM SUT WSS JYSHVHNI WIFI ION w amp xc c gt X C 4 Z 4 YNN3INV dIHM VNN3INV
7. O9LTSOU ET ON 9564 Sununour re1pueq edAL peo 1 speeJu 052 608 000 6 2 208 000 epoo ON ese OLEYO EL ON euuejue 22 dena MU NANAY uondo eseq JO suoisueuiip WE WOODS e WOO 1 1 16 8 6 JO 19jeuretp jseu uo spuedep eoutjsi 86 01 69 9S9 91 25 OIEVO EL ON 40 Q0 VO T ON 9884 euusjue peuondo os eseq euuejuy g 56 91 S uoneuipou BOLO3NNOO ONL ISEW jou ws NIN m SS guu luv LVSYVWNI Aiddns je2oj UO 85 8 euuejuy BLL o1eJeu 3H 3W XL 40j22uu02 uo 889315 22018 21402 21 1 1514 osoH NIN leyoejg Bununow 01 4489 edid VNN3INV JOU eco 549 adid oj Suixif Z edei 3H 3W diu xL euuejuy diyM VSDUL 0 Wat uay 1541 2did 2504 T S3 LON uuejuv XH doo
8. Extending antenna cable length The standard cable is 10m long For extension in case of the GPA 016 GPA 018 and 0185 an antenna cable set of 15m GPA 018S and GPA 019S 30m or 50m is available Extension cable cannot be used with the GPA 017 or GPA 018 Extension cable line up in case of 30 m or 50 m Fabricate the end of the antenna cable and attach the coaxial connector De tails are shown on next page Antenna Unit GPA 016 GPA 018S Conversion Connector 0195 Cable N h Antenna Cable To display unit 1 30 m or 50m did Fabricate locally See next page Figure 2 3 Cable extension Waterproofing connector Wrap connector with vulcanizing tape and then vinyl tape Bind the tape end with cable tie mm i 3 Figure 2 4 Waterproofing How to attach the N P 8DFB connector Outer Sheath Dimensions in millimeters Armor Inner Sheath Shield Remove outer sheath and armor by the dimensions shown left 50 30 Expose inner sheath and shield by the dimensions shown left Cover with heat shrink tubing and heat Cut off insulator and core by 10mm Twist shield end Ship on clamp nut gasket and clamp as shown left Clamp Gasket Clamp Nut reddish brown Aluminum Foil Fold back shield over clamp and trim Trim shield here Cut aluminum foil at four places 90 from one another Insulator Fold back aluminum foil o
9. DGPS beacon receiver option for GP 1850F Black RS 232C only Transducer Figure 2 1 Display unit rear view Power cable Connect the power cable to the power connector Connect the leads to the battery 12 or 24 VDC white to plus terminal and black to minus terminal Cable connector Power cable w fuse 5 A BATTERY Figure 2 2 Connecting the power cable to the battery 2 1 Antenna unit Connect the antenna cable to the ANT connector Transducer Connect the transducer cable to the XDR connector Water temperature speed sensor Connect the water temperature sensor option or water temperature speed sen sor option to the TEMP SPD connector Ground The display unit contains several CPUs While they are operating the radiate noise which 211 with A CAUTION radio equipment Ground the unit to Ground the equipment to prevent interference The grounding prevent electrical shock wire should be 1 25 sq or larger and and mutual interference as short as possible Connect the grounding wire to ship s ground On a fiberglass boat it is best to install a ground plate that measures about 20 cm by 30 cm on the outside of the hull bottom to provide a ground point If this is not practi cal the engine block can be used Also the antenna unit GPA 0185 option should be grounded Note Use a closed lug to make the ground connection at the display unit Do not use an open type lug
10. O 1103 30981 49 1617 ONIMOVGd 39N343438 404 9NIMVuQ NI 9 015983 147 82 5 8 2 PIC CODE SRD N V 212 5657 lt ON 09 Z 11 000 050 0004dS9Y W 619 621 000 860 61004488 1 L 4 SIVIXJLVN NOLIVTIVISNI 4340 HIHO Orz ste voo 0720 7143 ON 3009 0114189530 3 11100 1 4 ASSV 318V9 ASSV 83 09 QUVH E 4 0986 499 ASSY 31810 NI Galddns Suv VNN31NV dIHM HOJ SNOLLdO AIG PIECES 025 71464 PER LOpc0 Y 144 211 108 000 708505 908 000 MANOS SNIddVI 5418055392 05 H3HSVH EEL 700906 9108 281 808 000 e 10 81704 991 W1 212 119 410 001 3 H8V1 ind 100 8001 590 20 20 7144 90 6 5 000 AS 19V VS V 0994 3 amp fiw C FH 5414055499 1080 14 10 90 000 810 Vd9 0 000 LINA 14514 1 440881 49 94 3409 0114189530 LINA 3 111010 3WVN 8103 440881 49 1511 1 KINO 404 9NIMYNG NI SNOISN3HIG 7 2 BEES PU E CO D d rv 8 807 566992 ON lt ASSV 318V9 PNE 1 4 ASSV 31890 BBY 0 4 STVIUSLVN NOIIVTIVISNI YSHLO HIHO 0L6 SL v00
11. IND 8 8 lt DAD L gt lt L lt INA IND 32 52 sa 8 54 ZDA gt S gt in Ey S S 94 m gt t gt m4 gt is as t uNs NS ONS as gt 225 488 lt 2 lt ia LOLL NI s gt gt a aia S St S X Hd 888 S MHd 8988 5918 1858 8218 549 ba sr bd Ed 18 gt i2 t 3915 ws 4 2 2 SIS yy n A89ISY gt 8 gt lt 86 lt A83ISY 1 gt 64 gt lt 6 lt 915 gt 82 gt lt 915 XL gt 12 gt lt 12 exi 045 gt 32 32 gas 240 gt 52 lt 52 lt gt 2 gt lt 2 kem AINO 41 340581 49 2 4 gt 12 gt lt 2 04 BED SEMI S8 0 8002 92 lt 908 9 8 2129 88 H 04 gt 62 61 lt anussysiy Gn gt 8102 81 lt 8 1 gt gt lt 1 lt 8 01 enSXanod gt 277286 477 502 lt ra gt 9l2 lt 34 4 gt 2 27 637777 27 49 lt 53 09 01 gt SI2 SI lt y a gt E 2 lt 294 9 H x04 03 2 t gt m qi3 SN qia I2 l lt 9 s mas 234 gt 2002 21 lt 22 AINO 40 40881 49 gt 58 WLIS gt b gt uo n U 8 pe V lt 40
12. SMOHS NO739 3un914 IHL 1 ONIM TC LVSMVHN 19207 9NIIN ONW 559318 ONY 218 2 18181 AYN VNN31NV 3H ONTNUAL VNN3INV JHL LON 3Sv8 VNN3JNV MO Jdid NYNA VNN3INV 1 14 N3HM Z ONIM 310N 3SV8 YNN3INV OL WELP 38 AVW lIV3QNVH JHL JO H313WVIO IHL 01140 11 908 000 oN 3009 09195 61 ON 3Sv8 11 71 ISN 3414 3 210 01 3415 31890 4333 ANO V ISN a ONFINDON TIVYGNVH 3190 VNNALNY 11110 0240 LIX 5NIINDON 15 357 6 ONI LINDON ISVW V 7 OO SNIMVYC 3 171100 9 109 48893 5ug NS n ee eS 2 LINN VNN31NY 7 SMV ue FINA YNN3LN R sg 0 1 092 608 000 6 2 08 000 on 3000 44 jm 55 E 018 0 61 ON OC VO E OH 3 ds TRUM james hh LU Rp 3578 VNN3INV 3d l 1 3SV8 YNNGINY rm d A STONY 18919 ihaz 5 ge A bh d el EXC cuir 4 2 S810 810 Vd9
13. 22 30 All dimensions in millimeters 520 5PSD option 520 5MSD option Figure 1 11 outline drawings Acceptable transducer mounting locations Deep V hull Position 1 2 to 1 3 length of the hull from stern 15 to 30 cm off center line inside first lifting strakes Figure 1 12 Transducer mounting location on deep V hull High speed V planing hull Within the wetted bottom area Deadrise angle within 15 Figure 1 13 Transducer mounting location on high speed V planing hull Typical through hull mount transducer installations 2 5 Flat washer airing block 4 Rubber washer iat bottom m T Hull bottom Deep V Hull Flat Hull Figure 1 14 Typical through hull mount transducer installations 1 9 Procedure for installing the thru hull mount transducer 1 With the boat hauled out of the water mark the location selected for mounting the transducer on the bottom of the hull 2 If the hull is not level within 15 in any direction fairing blocks made out of teak should be used between the transducer and hull both inside and outside to keep the transducer face parallel with the water line Fabricate the fairing block as shown below and make the entire surface as smooth as possible to provide an undisturbed flow of water around the transducer The fairing block should be smaller than the transducer itself
14. OLZ SL v00 ASSV QYYH 1090 7143 ug AN 100 144 53418055399 291 008 000 708 000 vedi MANOS N3HSVM VOESnS OZXPN _________ 6 608 000 408 000 8 AYTA 995 SNIddVI E41 02506 8 032 un 91 SAC Me eC 061 808 000 ame 4 81704 991 WL 218 0 7200 144 53190853927 now 790 679 000 8010 VS 0894 L050 v 145 067 170 000 991 0 4 0 ea SLUVd 3qVdS 4 LINA 14510 10481 49 BEBE LINA 3N 1100 JNYN 0 9 40 0068 1 d9 15117 SNIMOVd Connecting DGPS beacon receiver A DGPS beacon receiver whose output format is RS 232C can be connected to the GP 1850F Below is the example of interconnection between the GP 1850F and FURUNO beacon receiver GR 80 GP 1850F GR 80 DATA p setting RS 232C PP ER RD 73 gt YELLOW 1 lt TD B gt 4 gt SD gt 5 gt RED r 3 lt RDB SG 76 gt BLUE 7 lt GND Figure 4 11 Connecting DGPS beacon receiver Can use MJ A7SPF0003 050 OPTION Q10 914 L9373 ONIAVHQ 3 171100 19 0001 90 U39NVH M LINA AV dSIQ t OPT LE 39143535 G30N3WW02933 28 v 27 SNOISN3WIO 40 83101 85310108 3781 k ELGA 2 LINN
15. 3mm 1 8 N Figure 6 Vertical adjustment and cable routing AP 3 8 012 4865793 ON ASSV 31900 09 1 11 000 050 0003dS9V fN WT 1 4 19 6Z1 000 ASSV JIVI 860 81004486 BIA 1 4 NOLIVTIVISNI 3 10 0 4 0 2 418 100 ASSV Y3A09 QuyH lObZ0 v1d4 712 ggg ut 1 0 11 0 SN 3002 40114182530 3NT11n0 251 I 6 8886 X 30v CAINO 308383438 804 NIMYYG N SNOISN3HIQ 722 S PILIS COELO SNOLLdO E TII EA DESEE 10720 14 S4130SS300V 291 008 000 627 yOESNS OZXPN 91 83498 YIHSVA M349S 11 pOesns 91 6 261 808 000 QE l 04 81 ON 991 1 119 712 001 0g 1 4201 690 1 a 07 0 1 3 790 678 000 AGZIO Y3 089 0520 9146 667 170 000 t 266 4 1004 838804 AATE 3 13877 1nd 100 1 4 4 fi CC R 5418055399 E 519 duVds THE P ad LINA AV dS IG OSV q 4 40881 49 170 000 110 49 ON 3002 0114189530 JJS LINA VNN3INV 699 lcm 15 Be ch az LINA 3NI1InDO I
16. 92U219 191UI ENNUI seuuojue JOYIO ssoURISIP uoneredos SMOYS o aq 91181 ou uoneoo OO 28123713 ONIMVEC 3 171100 a 109 00999 ON ONG vc Qo NN ERES _ LINN VNN3INV Renal wA sum peye m 1446 rnm bh an 018V0 1 ON OCtVD 6L oN vNN3INY PN 3SYH YNN3INV 3441 1 3578 VMN3INY JTONY 16019 ERX gt SEIT BO Y wK n4Wn 4464 8610 610 449 DT iac E 23181 724 8 081 d ONL OL 610 49 ore un revo 3d SNOISN3WIQ 30 3ONVM3101 S31VOIONI 310N 656 C 4 Owe RE 3SV8 VNN3INV dO 5 15 10 ONIINDON OLEVO OE VO E ON 3SY8 VNN31NY TWNOILdO 3SN SX Y 2 5 2 YE 9NIINDON 3578 VNN3JNV lt 2 9112 sao L 80102NNOO NO SS3WIS JOVTd ONY 318YO IHL 15 AVW VNN3INY JHL VNN31NV JHL LON 3SV8 VNN3INV 3414 NYNA VNNJINY N3HM Z TVYONVH HO JSVN OL 15414 LINN YNN3INY OL 3SV8 VNN3INY 3414 N3ISVJ 310N 3 ALLAL CEMTIR29 94 304414 2 18 Y EQ GS CLL 1 NE J8VO VNN3INV a C 4 enu 3491 ONIM 3SYg VNN3INV 41 1708 md 37191 1
17. N gt Select a mid boat flat position The sensor does not have to be installed per fectly perpendicular The sensor must not be damaged in dry docking opera tion Select a place apart from equipment generating heat Select a place in the forward direction viewing from the drain hole to allow for circulation of cooling water Select a place free from vibration Dry dock the boat Make a hole of approx 51 mm diameter Unfasten locknut and remove the sensor section Apply high grade sealant to the flange of the sensor Pass the sensor casing through the hole Face the notch on the sensor toward boat s bow and tighten the flange Set the sensor section to the sensor casing and tighten the locknut Launch the boat and check for water leakage around the sensor Locknut Face notch toward bow Flange nut 123 with silicone sealant Figure 1 22 Water temperature speed sensor S T 02MSB ST 02PSB 2 Wiring All wiring are terminated at the rear of the display unit Antenna unit Display unit back GPA 018 GP 1850DF GPA 019 GP 1850DF SIM GP 1850F Earth terminal Ground Speed External Temperature equipment Option
18. 1 5 0183 2 0 RTCM104 O RTCM104 INTRN O RTCM104 OUTPUT v 6 Select NMEA version external DGPS or internal DGPS by the arrow key NMEA0183 Ver1 5 Ver2 0 RTCM104 EXTRN RTCM104 INTRN RTCM104 OUTPUT Select one when connecting PC or RS 232C equipment Select this when connecting external DGPS beacon receiver Select this for builtin internal DGPS beacon receiver Selecct this when outputting differential data of the internal DGPS beacon receiver to other GPS navigator Note 1 You cannot setup sentences when you select RTCM104 as the format Note 2 For RS 422 format the level converter 1432 is required for connection of external equipment 7 Press the software key labeled ENTER 8 Press the PLOT key to finish 3 2 Output Data Sentences Select output data sentences for external equipment as follows Press the MENU key Press the software key labeled CONFIGURATION Press the software key labeled SETUP NMEA PORT 1 Press the software key labeled SELECT SNTNC to display the following list SELECT SNTNC Bom I SELECT SENTENCE Figure 3 3 Output Date Sentences Display Sarpa Input Output Sentences Input NMEA 0183 Ver 2 0 Ver 1 5 Output IEC1162 Select data sentence you want to output data by the arrow key Press the software key labeled ON OFF To output data set to ON Repeat to select othe
19. DGPS TD OPTIONS 3 Press the software key labeled DGPS SETUP OPTIONS to display the fol lowing message DGPS pops OPTION BEACON FREQUENCY BEACON BAUD RATE DGPS ALARM Figure 3 5 DGPS Setup Options Display 3 4 4 Confirm that ON is selected at DGPS field for GP 1850DF 5 Select BEACON BAUD RATE by the arrow key 6 Press the software key labeled EDIT to display the following message BEACON BAUD RATE A O 200 100 50 v Figure 3 6 Beacon Baud Rate Display 7 Select beacon baud rate corresponding to DGPS reference station to use 8 Press the ENTER key 9 Press the PLOT key to return to finish 3 5 Beacon Frequency Setting GP 1850DF only 1 Press the MENU key 2 Press the software key labeled GPS DGPS TD OPTIONS 3 Press the software key labeled DGPS SETUP OPTIONS to display the fol lowing message DGPS j DGPS MODE OPTION BEACON FREQUENCY BAUD RATE DGPS ALARM Figure 3 7 DGPS Setup Options Display 4 Select BEACON FREQUENCY by the arrow key 5 Press the software key labeled EDIT to display the following message BEACON FREQUENCY A AUTO O MANUAL P 284 0 kHz v Figure 3 8 Beacon Frequency Display Select AUTO or MANUAL by the arrow key When you select MANUAL operate the cursor pad to move the cursor to frequency dialog box And press the arrow key to sel
20. Sensors Transom mount water temperature sensor T 02MTB Fix the cable at a convenient location with cable clamp e When the cable is led in through the transom board make a hole of approx 17 mm diameter to pass the connector After passing the cable fill the hole with a sealing compound Mount sensor flush with hull bottom Figure 1 20 How to install transom mount water temperature sensor T 02MTB Thru hull mount water temperature sensor T 02MSB T 03MSB Select a mid boat flat position The sensor does not have to be installed per fectly perpendicular The sensor must not be damaged in dry docking opera tion Select a place apart from equipment generating heat Select a place in the forward direction viewing from the drain hole to allow for circulation of cooling water Select a place free from vibration Mount the sensor as shown below 1 222 Sensor Holder SI Lock Nut Sensor Cable Lock Nut Washer Rubber Packing Lock Nut LI Washer Rubber Packing 225mm Wai Apply sealant 21mm Apply sealant a Thicker Holder Guide than 25mm T 02MSB T 03MSB Figure 1 21 Thru hull mount water temperature sensors T 02MSB T 08MSB Through hull mount water temperature speed sensor ST 02MSB ST 02PSB Select a suitable mounting location considering the following CON O
21. mounting location This type of mounting provides the best performance of all since the transducer protrudes from the hull and the effect of air bubbles and turbulence neat the hull skin is reduced When the boat has a keel the transducer should be at least 30 cm away from it Typical through hull mountings are shown in the figure on the next page The performance of the video sounder is directly related to the mounting location of the transducer especially for high speed cruising The installation should be planned in advance keeping the standard cable length 8 m and the following factors in mind Air bubbles and turbulence caused by movement of the boat seriously degrade the sounding capability of the transducer The transducer should therefore be located in a position where water flow is the smoothest Noise from the propel lers also adversely affects performance and the transducer should not be mounted nearby The lifting strakes are notorious for creating acoustic noise and these must be avoided by keeping the transducer inboard of them The transducer must always remain submerged even when the boat is rolling pitching or up on a plane at high speed Apractical choice would be somewhere between 1 3 and 1 2 of the boat s length from the stern For planing hulls a practical location is generally rather far astern so that the transducer is always in water regardless of the planing attitude Transducer outline drawings
22. the PLOT key to finish Temperature Adjustment 1 Press the MENU key 2 Press the software key labeled DISPLAY OPTIONS 3 Press the software key labeled NEXT PAGE to display the following display gt SPEED SOURCE GPS DISPLAY TEMP SOURCE OWNXbcR LSETUP2 TEMP GRAPH OFF ZOOM MARKER OFF SPEED ADJ 40096 ADJ 00 0 F DEPTH ADJ 0 0ft SPD DEPTH 12 3kt 2000 0ft DGPS 30 Figure 3 14 Display Setup 2 Display 4 Select TEMP ADJ by the arrow key 5 For water temperature sensor equipped sets you may offset the water tem perature readout if it is wrong Watch the water temperature readout at the bottom of the screen If it is unreasonably wrong press the software key la beled EDIT to display the following message TEMP ADJ A 00 0 F v Figure 3 12 Temperature Adjustment Display 6 Correct water temperature readout by the arrow key The adjustment range is 99 9 99 9 For example if the readout is 2 higher than actual temperature enter 2 7 Press the software key labeled RETURN 8 To display a water temperature graph shows present water temperature se lect TEMP GRAPH by arrow key 9 Press the software key labeled EDIT to display following message TEMP GRAPH A O ON OFF Figure 3 13 Temperature Display 10 Select ON 11 Press the software key labeled ENTER 12 Press the SNDR key to finis
23. to provide a channel to divert turbulent water around the sides of the transducer rather than over its face Hole for stuffing tube gt BOW Upper half 7 Saw along slope of hull Figure 1 15 Construction of fairing block 3 Drill a hole just large enough to pass the threaded stuffing tube of the trans ducer through the hull making sure it is drilled vertically 4 Apply a sufficient amount of high quality caulking compound to the top surface ofthe transducer around the threads of the stuffing tube and inside the mount ing hole and fairing blocks if used to ensure watertight mounting 5 Mount the transducer and fairing blocks and tighten the locking nuts Be sure that the transducer is properly oriented and its working face is parallel to the waterline Note Do not over stress the stuffing tube and locking nuts through excessive tight ening since the wood block will swell when the boat is placed in the water It is suggested that the nut be tightened lightly at installation and retightened several days after the boat has been launched Installing the transom mount transducer This type of mounting is very commonly employed usually on relatively small I O or outboard boats Do not use this method on an inboard motor boat because turbulence is created by the propeller ahead of the transducer There are two methods of installation flush with hull for flat hulls and projecting from hull for
24. 1 8 below the bow of the sensor or parallel to the bottom of the hull see Figure 5 Caution Do not position the bow of the sensor lower than the stern because aeration will occur Step 1 latch Step 3 Step 4 Figure 4 Attaching the sensor to the bracket AP 2 2 10 transom angle shim with taper down parallel NO angle reversed 11 transom angle NO SHIM YES parallel 12 18 transom angle NO SHIM YES slight angle 19 22 transom angle shim with taper up YES parallel NO Figure 5 Sensor angle adjustment on transom To adjust the sensor s angle relative to the hull use the tapered plastic shim provided If the bracket has been temporarily fastened to the transom remove it Key the shim in place on the back of the bracket 2 10 transom angle stepped transom and jet boats Position the shim with the tapered end down 197 22 transom angle small aluminum and fiberglass boats Position the shim with the tapered end up If the bracket has been temporarily fastened to the transom remove it Apply a marine sealant to the threads of the two 10 x 1 1 4 self tapping screws to prevent water seeping into the transom Screw the bracket to the hull Do not tighten the screws completely at this time Repeat step 1 to ensure that the angle of the sensor is correct Caution Do not position the sensor farther into the water than nec
25. 10 20 144 FAL ON 3009 N01 19180530 ASSV 83 02 S 5 PS 3 111010 n 2 2986 4291 H3H LO NI Gariddnis 38v VNN31NV dIHM 3 TdWVX3 SNOLLdO LOvc0 vidd 211 108 000 531840553007 MAYIS QV3H H3HSVH 708505 OCXVM 76 408 000 a APETA MIYOS NIddYl x ELL 702505 91 6 AGEL EA 251 808 000 10 8L ON 991 W1 119 0 001 1004 3 H8V 1nd 100 5001 590 1 00700 144 90 674 000 3 6 2 6 H 5314055499 IL VS v 0894 109 0 145 LEES 86 190 000 3 100981 49 ka 917 291 000 LINN 14510 LINA VNN31NV 610 49 SEBS ch LINN 3NI1100 3NVN 6103 31098 1 45 AL O ON 3009 N01 1d 1H2S3G 14511 S9SNIMOVd gt lt 8 127 S627 009 111 000 050 0003dS9V f WW 619 621 000 Ul ON OMG 890 01004456 ON 3409 10114189530 6986 4991 ASSV 318 0 CNE 4 ASSV 318 92 CNE BEY 6 4 3NI 1100 WYN CANO 30N383334 404 ONIMVUG NI 580158310 52 H3H LO NI 5 VNN31NY SNOLLdO Kt BE CELA EA CE HB XE 2S UC 1N3Wdino3 GASN ATNOAWOO SILONG YSINaISY a18nog A C OEY ee DIME 4 1 OREL NOILVTIVISNI Y3H10 0 0
26. 2 on the ANLG Board cable with the cover removed gt pum L c c a xy Figure 3 16 ANLG Board 3 11 6 Remount the cover assembly Note Confirm that the following parts are attached Inside of the cover Shield gaskets GN gasket See Figure 3 17 On ANLG Board Connector gasket See Figure 3 15 GN gasket Shield gaskets Figure 3 17 Inside of the cover 7 lighten nuts to torque shown below and in the order shown in Figure 3 18 No 1 through 5 7 5 8 kgf cm No 6 14 16 kgf cm fo o 0 0 0 01 41 Y Figure 3 18 Display unit rear view 8 Tighten ten binding screws M3 x 10 fixing the cover to torque of 7 5 8 kgf cm 4 Installation of DGPS Beacon Receiver for GP 1850F The DGPS beacon receiver GR 7000A can be incorporated in the GP 1850F to provide it with DGPS capability Six installation kits are available as shown GR 802 1650 10A 018 W whip ant GR 802 1650 10N 018 GR 802 1650 15A 018S W whip ant GR 802 1650 15N 018S
27. 3 670 15m for antenna cable assy extension CP20 01700 004 372 110 30m for antenna cable Antenna cable extension set CP20 01710 004 372 120 50m for antenna cable extension fixture 5 Right angle No 13 QA330 000 803 239 antenna base SL antenna No 13 QA310 000 803 240 for mounting antenna unit Antenna base 45 Ro5180 000 806 114 for rail mounting Optional equipment con t em oem 9 Antenna unit 0185 000 041 462 for GP 1850DF 000 041 536 for GP 1850F 000 041 554 GP 1850DF GPA 016 GPA 019S 10 Transducer 520 5PSD 000 015 125 for 600 W 520 5PWD 000 015 126 w 8m cable transom mount for 600 W w 8m cable and water proof connector for 600 W for 1 kW 520 5MSD 000 015 127 50 200 1T 000 015 170 Cable assy 02S4092 000 134 484 for 1 kW transducer connection 12 Matching box MB 1000 000 040 809 for 1 kW transducer connection ST sensor Inner hull kit S ST 02MSB 000 137 986 Thru hull type ST 02PSB 000 137 987 w 8m cable thru hull type No 13 QA330 000 803 240 for mounting antenna unit Temperature sensor Converter connection 14 15 Triducer 18 Rectifier T 02MTB 000 040 026 000 015 224 T 02MSB 524ST MSD for 600 W 525ST MSD 000 015 263 520ST PWD 000 015 128 for 600 W for 100 525ST PWD 000 015 261 02S4147 000 141 082 000 013 484 000 013 485 for 110 VAC 000 013 4
28. 304 000 805 905 6 S FL2 2LP0 7 D Cable Assy WHT 121 000 141 491 1 Clamp HP 2N 000 570 000 1 S FL2 2LPO 7 D Cable Assy WHT 250 000 143 877 1 Screw 3X8 SUS410 000 802 951 1 Not used 4 1 000 802 951 Name Antenna Unit Type GPA 019S Code No 000 041 554 Receiver Cable Assy GR 7000A TNC PS 3D 15 000 143 249 000 133 670 Connector Assy PH6P W L240 000 141 548 Cable tie CV 100 000 570 322 Pan head screws 3 10 C2700W 000 881 405 Screw M3X12 505304 000 805 905 Cable Assy S FL2 2LPO0 7 D WHT 121 000 141 491 Clamp HP 2N 000 570 000 Cable Assy S FL2 2LP0 7 D WHT 250 000 143 877 Screw Not used 3X8 SUS410 000 802 951 Disassembly Procedure 1 Turn off the power Wait at least one minute before opening the cover to allow capacitors to discharge 2 Remove nuts attached to DGPS NMEA and power supply connectors at the rear of the display unit Nut washer Nuts Binding screws M3x10 10 pcs A WARNING Do not connect the power cable with the cover removed Figure 4 1 Removing cover assembly 3 Remove nut and washer attached to ANT connector 4 Remove ten screws at rear of the display unit to detach panel chassis assem bly from the cover assembly Installation of DGPS receiver Procedure 1 Dismount chassis asse
29. 40881 49 0 2nsaanod gt 6 gt gt s 6 nss3noa nin E RE ene 0 0981 48 9 S LS 1 m a suzy 1 30 40681 496 8 nS eS ESM 3 0881 d9 V 2 3 iu um IMD Mo ydp i433 555 DUm 1 40 40881 49 8 52 34 aa S 3 Sum 7 xa 42 a 556 3 0 0881 40 988 8 828 8829 88 bXA33 Lia oaa S 5 B8 1B6 0E 2 2106 06 82 02 s t lt er k 51650491 zx gt 62 33 77738377 2 216045 a 8 4 iS X 1150461 91v 9 Btt 825 B825 89 Nd s 18 SISSVH2 88 Vb a a x Y WA E v 0H3S81V92Y gt D 82 gt 9 5 b z l MAAA _ C N AR CEAN G1 4 9215199719 ONNAYNA t 9000 90 l V 05 S6t 72 j OX 980 79 NR Z o 42 lt 1 0471 3411 ON 52014 101 318 21144 SSVA 31 35 445068149 132752 NIA 442732 I 44108447 my 220 VO 48 0 11 2221 11 Ju 102975 758317478521 52 62799771628 ran
30. 86 for 220 VAC 000 013 487 for 230 VAC 19 Cable assy MJ A6SPF001 1 050 000 132 244 for connection radar 6P 4P 5m MJ A6SPF001 1 100 000 132 336 for connection radar 6P 4P 10m MJ A6SPF0012 050 000 134 424 navaid or E S 6P 6P 5m MJ A6SPF0012 100 000 133 817 navaid or E S 6P 6P 10m 20 Whip antenna FAW 1 2 000 136 046 for GP 1850DF Remote controller 22 Card DGPS Beacon 23 Receiver RMC 185F E 004 375 320 Controller vinyl cover battery GR 80 System Configuration The GP 1850F 1850DF mainly consists of a display unit a GPS antenna and a dual frequency transducer A DGPS beacon receiver is provided inside the display unit for GP 1850DF type The mini chart card drive in the display unit loads elec tronic charts External equipment which can be connected include water tempera ture and speed sensors autopilot and DGPS beacon receiver GP 1850F GPA 018 for GP 1850DF GPA 017 s u 1 2 m Whip antenna GPA 019 for GP 1850F Option for GP 1850DF ANTENNA UNIT Receives signal from LL GPS satellite and Tf reference station GP 1850DF only DISPLAY UNIT Ship s position is calculated in longitude and latitude from signal received from the an tenna unit and displayed on the screen Matching Box MB 1000 Ship s mains 10 8 31 2 VDC External equipment Autopi
31. CE by the arrow key 5 Press the software key EDIT to display the following message SPEED SOURCE A O OWN PDDWHL GPS v Figure 3 11 Speed Source Display 6 Select source of speed by the arrow key OWN PDDWHL speed sensor or GPS Adjust speed when you select OWN PDDWHL Refer to next page 7 Press the software key labeled ENTER 8 Press the PLOT key to finish Speed Adjustment Adjust speed when you select own speed source OWN PDDWHL 1 Press the MENU key 2 Press the software key labeled DISPLAY OPTIONS 3 Press the software key labeled NEXT PAGE to display the following display SPEED SOURCE GPS TEMP SOURCE OWN XDCR TEMP GRAPH OFF ZOOM MARKER OFF SPEED ADJ 40096 ADJ 00 0 F DEPTH ADJ 0 0ft SPD DEPTH 12 3kt 2000 0ft DGPS 3D Figure 3 12 Display Setup 2 Display 4 Select SPEED ADJ by the arrow key DISPLAY SETUP2 5 For speed sensor equipped sets you may offset the speed readout if it is wrong Run the boat at various speeds and watch the speed readout at the bottom of the screen If it is unreasonably wrong press the software key EDIT to dis play the following message SPEED ADJ Figure 3 13 Speed Adjustment Display 6 Correct speed readout by the arrow key The adjustment range is 50 50 For example if readout is 10 lower than actual speed enter 10 7 Press the software key RETURN 8 Press
32. FURUNO INSTALLATION MANUAL COLOR DGPS PLOTTER SOUNDER GP 1850DF COLOR GPS PLOTTER SOUNDER GP 1850F Safety Instructions for the Installer i Equipment LISUS uyu uuu Z System Configuration iv 1 Installation of Standard Equipment 1 1 1 1 Installation of Display Unit 1 1 1 2 Installation of Antenna Unit 1 3 1 3 Installation of Transducers 1 4 1 4 Installation of Sensors 1 14 Pam ure 2 1 3 Initial Settings 3 1 3 NMEA Sene tot Pod ee ds 3 3 2 Output Data Sentences 3 3 3 3 Antenna Height 3 4 3 4 Baud Rate Setting GP 1850DF 3 4 3 5 Beacon frequency Setting GP 1850DF only 3 5 3 6 Depth AdjJustment 3 6 3 7 External Equipment Setup Option 3 7 3 8 Selecting the Echo Sounder Output Power 3 10 4 Installation of DGPS Beacon Receiver for GP 1850F 4 1 APPENDIX TRIDUCER 525ST PWC PWD AP 1 PACKING LIS T
33. IVSHVMNI V 6 VNNGINV dIHM W W FLO LEG EY YNN31NY 8007 YNNALNY d HM KINO 3414 V 380 11110 00240 LIA SNTLNAON 1SVW ISN EET VUNGEO ROO 3E 94 17 4 ORO 23 QERETI Y 2 2 Ce T Ld t0 0200 HE E 9 EH gt WALA 010 01 SVNN3INV W3HI0 MOUS NOI1VOO1 9 11 S3ONVIS Q 011 4 7435 Q3ON3NNOOJH FHL SMOHS MO138 340914 IHL Jd r XH NI LINNON 1SVN Y 2 V 1 EL CMM ps 5 Ut CABLE ENTRY 21010 234 AC INPUT M ZR z CHANGE TAP CONNECTIONS DEPENDING SUPPLY VOLTAGE A 01 0 D 2 b 203 230 6800 50 Tote O1 9 5 T pp o e RAT ae M s WE RECTIFIER m 0500 04 51 S BILN DRAWING FURUNO ELECTRIC CO LTD OS 215179979 NOI LOSNNOOYSLNI 4411014 Sd 311014 549 610 610 Vd5 Gels R Bi 910 Vd9 OOO Sd G HI C Sd5 30 3 0 0881 d9 L 11 002 05J M41 OL i 103135 We HOSN3S Q33dS dW3l HuOSN3S dW3l hds YAONGSNVYL 0446 0206 058 065 85420 15 0548 0286 95020 15 AOdW31 30 131 5 30 4 30 085 zo T 131HS A00dS A QT3IHS AO0dW31
34. VISIO lt gt 3414 3414 1339V48 DNIINDOMN x Wv38 WVOVH NIHLIM LON 114405 W907 gt 311 37892 350 7 V 3dVl ONIM ONIM IVSNVHNI NIHIIA ION 8 G gt WS 339N01 ISN ION 0d 75 ug YALYOHS MO W ZL ASN I 2 VNN3INV 41 XM VNN31NV 1 5 V 3H0 3HA VNN31NV dIHM 4H SW VNN31NV dIHM YNNA ANO 3did v 3Sn q 711110 0249 113 DNIENNOW JSVW 3SN 2 Pe 30N3H3 hI3IN WALA OL 5 H3HIO 8084 SNIINDnON ISVW V SJONVISIO 1 35 Q3GN3WW02338 SMOHS 330914 FHL NO11V901 5N141NDOH 9 6 1 I Ww 9NIMUYSG 3 Rau 3 LIINA VNN3INV 40J 22uUOO UO 554415 31 38 t 08 49 FAIMA APT 22p d pup A 18104 m ee 2 0015 49 08408441 8 e qe euualuy nb oo 7 7 7 W 12 HAT We 09008 99 p d i i 0912189 231 JOU 29504 11411 sDq EE 910 449 eW0008 Sd AW puu lup o dut Z 84M L 3WO0S8 d eseg guu uy 10 JS11J oj 8804 21504 T S3 ON uuze o oj oq IeIpURY JO ou 40840 11 198 000
35. W VNN3INV XL VNN31NV 549 092 608 000 6 2 08 000 ON OLEVO 1 ON OSEYO E1 ON 3SV8 VNN31NV 3dA1 1 3Sv8 VNN31NV 3DNV 18918 35 8 K of 0 we 8659 59 ONT INDION 286 69 289 cf gee NO HIN OIEVO OEEVO EL ON 3svd VNN3INY VNOILdO 350 9NIINQON 3SV8 VNN31NV 9 CHVSQNVH HO ISVW OL W3HL Xid 15414 LINA VNN3INY OL 3SV8 VNN3INV 3414 N31SY4 QNEM uL LENIN TEN 23 M LINA VNN3INV B 650 V l 81514 es 22 EE we ANOTA bh qana 10 49 yu SNOISN3WIG JO 30 84701 SJLVOIGNI 1 318411 nsi NO FLON 3578 VNN31NV 40 SNOISN3WIQ ON LNNOW M3134VIG aw YO 61 H15N31 OYIYHL 18 1 114 ee 005 1 gt ool VL SZ HONI Yad SAYJYHL TRE Pedum 818 0 1 3dAl QV3SHI 3414 303 NOISN3WIQ QV3UHI 225 uw 7101 NOISNAWIO we 06 01 agit CNW 3041514 870 VIG e dO H313WY Q 15 NO 5083430 1610 NIHLIM LON 414408 1v001 311 Fava S 3H 3W VNN31NV dIHM VNN3INV diHM XH VNN31NV dIHM VNN31NV 4001 30N3J334831INI TWALAN dIOAY 01 SYNN3INY U3H10 S39NVISIQ NOIIVMHVd3S O3ONJWNHOO3H
36. appears on the label at the rear of the display unit Use the correct fuse Use of a wrong fuse can cause fire or equipment damage Keep the following compass safe distance Standard Steering Display Unit When handling the transducer cable keep in mind the following points Keep the cable away from oil and fuel Keep the cable away from the place where it may be damaged during the installation Do not paint the cable The sheath of the transducer cable is made of chlorophrene rubber or vinyl chloride Therefore do not paint the sheath with organic liquid such as toluene since it may harm the sheath Equipment Lists Standard supply Remarks GP 1850F E for GP 1850F Display unit GP 1850DF E for GP 1850DF GPA 017 for GP 1850F Antenna unit GPA 018 for GP 1850DF GPA 019 for GP 1850DF 520 5PSD 000 015 125 Transducer 520 5PWD 000 015 126 for 600W output select one 520 5MSD 000 015 127 Spare parts SP14 02501 004 375 260 Installation materials CP14 05200 000 041 496 Power cable Cable assy FP14 02401 004 375 270 Hard cover Accessories Screws output mark label FP14 02402 004 376 150 rubber cushion Optional equipment s s GPA 018 GR 7000A whip GR 802 1850 10N 018 802 1850 10N 018 000 041 504 041 504 018 GR 7000A 018 GR 7000A kit antenna Antenna cable TNC PS 3D 15 000 13
37. deep V hulls D gt 50 cm Flat Hull Deep V hull Figure 1 16 Transom mount transducer mounting locations Installing the transom mount transducer flush with hull for flat hulls A suitable mounting location is at least 50 cm away from the engine and where the water flow is smooth 1 Drill four pilot holes in the mounting location 2 Attach the transducer to the bracket with tapping screws supplied 3 Adjust the transducer position so the transducer faces right to the seabed Note necessary to improve water flow and minimize air bubbles staying on the transducer face incline the trans ducer about 5 at the rear This may require a certain amount of experimentation for fine tuning at high cruising speeds 4 Fill the gap between the wedge front of the transducer and transom with epoxy material to eliminate any air spaces No 1 M5x 14 Figure 1 17 Transom mount transducer mounting flush with hull Installing the transom mount transducer projecting from hull for deep V hulls This method is employed on deep V hulls and provides good performance be cause the effects of air bubbles are minimal Install the transducer parallel with water surface not flush with hull If the boat is placed on a trailer care must be taken not to damage the transducer when the boat is hauled out of the water and put on the trailer Figure 1 18 Transom mount transducer projecting from hull Transducer preparation Before put
38. e DGPS installation Press the MENU key Press the software key labeled CONFIGURATION Press the software key labeled SYSTEM MENU Press the software key labeled SELF TEST Press the software key labeled MEMORY I O TEST to display the following message OI N gt TEST PROGRAM OK INTERNAL NO 14518310XX BATTERY OK GPS RECEIVER OK NO 48502060XX BEACON RECEIVER OK NO 0850182 0XX NO RETURN Special connections are required to check these port Otherwise bar appears Figure 4 10 Memory Test Display 6 Confirm that BEACON RECEIVER is displayed 7 Press the soft key labeled RETURN 8 Press the PLOT key to return the plotter display APPENDIX TRIDUCER 525ST PWC PWD This appendix provides a copy of the installation instructions for AIRMAR triducer If you loose the original supplied with the triducer use this appendix INSTALLATION INSTRUCTIONS Transom Mount Transducer or TRIDUCER Multisensor with Integral Release Bracket Model P66 U S Patents 4 555 938 4 644 787 5 606 253 Des 334 335 Canadian Patent 1 233 341 IMPORTANT Please read the instructions completely before proceeding with the installation These directions supersede any other instructions in your instrument manual if they differ Applications e Powerboats with outboard inboard inboard outboard or jet drive Not recommended for boats with large or twin
39. e engine room Selecting the mounting location Keep the following points in mind when selecting a mounting location The mounting location should be where the hull is of single hull thickness and is void of air or flotation materials other than solid fiberglass between the trans ducer face and the water Do not place the transducer over hull struts or ribes which run under the hull e Avoid a location where the rising angle of the hull exceeds 15 to minimize the effect of the boat s rolling You will finalize the mounting location through some trial and error The proce dure for this is shown later Center line Mounting location for transducer Figure 1 5 Inside hull transducer mounting location Attaching the transducer 1 Clean the transducer face to remove any foreign material Lightly roughen the transducer face with 100 sandpaper Also roughen the inside of the hull where the transducer is to be mounted 2 Warm the silicone sealant to 40 C before usage to soften it Coat the trans ducer face and mounting location with silicone sealant Transducer face Silicone sealant Figure 1 6 Coating the transducer face with silicone sealant 3 Press the transducer firmly down on the hull and gently twist it back and forth to remove any air which may be trapped in the silicone sealant Squeeze out air bubbles Hull Silicone sealant Figure 1 7 Attaching transducer to hull with silicon
40. e sealant Observing the picture 1 Press the POWER key to turn on the display unit 2 Press the SNDH key to select the sounder display 3 Press the soft key labeled MODE FREQ to display the following message MODE FREQ A O AUTO CRUISING O AUTO FISHING MANUAL v Figure 1 8 MODE selection screen 4 Select MANUAL by the arrow key 5 Press the soft key labeled RETURN 6 Press the soft key labeled GAIN to display the following message Figure 1 9 GAIN adjustment screen 7 Confirm that Gain is set at 50 midpoint 8 Press the soft key labeled RETURN 9 Press the soft key labeled RANGE 10 Select 15ft by the A key 11 Note the depth to the seabed RANGE GAIN FREQ Figure 1 10 Video sounder picture If the bottom is displayed in red and the light blue color appears the mounting location is suitable You can leave the transducer in position If the bottom is not displayed in reddish brown the mounting location is unsuit able Relocate the transducer and do the following 1 Press the POWER key to turn off the power 2 Gently dismount the transducer with piece of wood 3 Dosteps 1 through 5 in the previous procedure Repeat until a suitable location is found Final preparation Support the transducer with a piece of wood to keep it in place wile it is drying Let the transducer dry 24 72 hours Installing the thru hull mount transducer Transducer
41. ect the frequency desired 7 Press the ENTER key 8 Press the PLOT key to finish 3 6 Depth Adjustment N gt Press the MENU key Press the software key labeled DISPLAY OPTIONS Press the software key labeled NEXT PAGE Select DEPTH ADJ by the arrow key Press the software key labeled EDIT to display the following message DEPTH ADJ A 0 0 ft v Figure 3 9 Depth Adjustment Display Set depth adjustment by the arrow key The adjustment range is 9 9 9 9 ft For example if the depth readout from the draft to the transducer is 5 feet lower than actual depth enter 5 feet 7 Press the software key labeled RETURN 8 Press the PLOT key to finish 3 7 External Equipment Setup Option This section shows you how to set up the GP 1850F 1850DF when external equip ment is connected If a water temperature speed sensor is installed you should complete this section with the boat in the water and running to confirm speed water temperature readout Speed Source 1 Press the MENU key 2 Press the software key labeled DISPLAY OPTIONS 3 Press the software key labeled NEXT PAGE to display the following display SPEED SOURCE GPS TEMP SOURCE OWN XDCR TEMP GRAPH OFF ZOOM MARKER OFF SPEED ADJ 40096 ADJ 00 0 F DEPTH ADJ 0 0ft SPD DEPTH 12 3kt 2000 0ft DGPS 3D Figure 3 10 Display Setup 2 Display 4 Select SPEED SOUR
42. essary to avoid increasing drag spray and water noise and reducing boat speed Using the vertical adjustment space on the bracket slots slide the sensor up or down to provide a projection of 3mm 1 8 Tighten the screws see Figure 6 Attaching the Sensor to the Bracket If the retaining cover near the top of the bracket is closed open it by depressing the latch and rotating the cover downward 1 see Figure 4 Insert the sensor s pivot arms into the slots near the top of the bracket Maintain pressure until the pivot arms click into place Rotate the sensor downward until the bottom snaps into the bracket Close the retaining cover to prevent the accidental release of the sensor when the boat is underway APPENDIX TRIDUCER 525ST PWC PWD Cable Routing Route the sensor cable over the transom through a drain hole or thorough a new hole drilled in the transom above the waterline Caution Never cut the cable or remote the connector this will void the warranty Warning Always wear safety goggles and a dust mask 1 hole must be drilled choose a location well above the waterline Check for obstructions such as trim tabs pumps or wiring inside the hull Mark the location with a pencil Drill a hole through the transom using a 19mm or 3 4 bit to accommodate the connector 2 Route the cable over or through the transom 3 On the outside of the hull secure the cable against the transom using t
43. h 3 8 Selecting the Echo Sounder Output Power The echo sounder output power can be selected for 600 W for transducer 520 5PSD 520 5PWD 520 5MSD 1 kW 50 200 1T and the default setting is 600 W Note Matching Box 1000 and cable assembly 0254092 are required for 1kW transducer connection For details see the interconnection diagram at the end of this manual Attach the TX power label supplied to the place shown below and draw a line through the power which you don t use by oil base magic marker Between these fins Attach TX POWER Label to here i 5 D 9 Warning Label Figure 3 14 Display unit top view To change to 1 kW power do the following 1 Turn off the power Wait at least one minute before opening the cover to allow capacitors to discharge 2 Remove nuts attached to XDR SPD TEMP DGPS NMEA and power supply connectors at the rear of the display 3 Remove nut and washer attached to the ANT connector 4 Remove ten binding screws M3 x 10 from the rear of the display unit to sepa rate the panel chassis assembly from the cover assembly Nuts Nut washer o o a E m M3x10 10 pcs Cover assembly we Y Ne x PDD Pro Panel chassis assembly Figure 3 15 Removing cover assembly A WARNING 5 Move the jumper block on JP1 from 3 4 to 1
44. he cable clamps Position a cable clamp 50mm 2 above the bracket and mark the mounting hole with a pencil see Figure 6 4 Position the second cable clamp halfway between the first clamp and the cable hole Mark this mounting hole 5 Ifa hole has been drilled in the transom open the appropriate slot in the transom cable cover Position the cover over the cable where it enters the hull Mark the two mounting holes 6 At each of the marked locations use a 3mm or 1 8 bit to drill a hole 10mm 3 8 deep The prevent drilling too deeply wrap masking tape around the bit 10mm 3 8 from the point 7 Apply marine sealant to the threads of the 6 x 1 2 self tapping screw to prevent water from seeping into the transom If you have drilled a hole through the transom apply marine sealant to the space around the cable where it passes through the transom 8 Position the two cable clamps and fasten them in place If used push the cable cover over the cable and screw it in place 9 Route the cable to the instrument being careful not to tear the cable jacket when passing it though the bulkhead s and other parts of the boat To reduce electrical interference separate the sensor cable from other electrical wiring and noise sources Coil any excess cable and secure it in place with zip ties to prevent damage 10 Refer to your echosounder owner s manual to connect the sensor to the instrument cable cover Hull projection
45. le assembly as shown in the figure below shown right after the DGPS connection Reattach this tape as Connector PH6P W L240 Figure 4 6 Wiring the Cable assembly 8 Mount the ANLG board on the heat sink referring to step 2 Fasten cable assy S FL2 2LP0 7 D WHT 250 8P connector cable and 6P connector cable by cable tie CV 100 supplied as shown in the figure below Fix cable assy S FL2 2LP0 7 D WHT 250 with vinyl tape connector connector Figure 4 7 Attaching cable tie 9 Connect J1 of GR 7000A to J8 of ANLG board Refer to Figure 4 6 10 Mount chassis assembly on the panel assembly Connect 8P connector and 6P connector to Main board as shown in Figure 4 8 4 5 ANLG Board 14P0313B MAIN Board 14P0311B Figure 4 8 Attaching chassis assembly 11 Reassemble the display unit Nut Washer SS Nuts ve Torque 0 74 0 78 Nem 1 37 1 57 Nem 7 Ps 4 2 2 221279 e Binding screws AG gt Z M3x10 10 pcs lt a Q Torque 0 74 0 78 NES NN Ny N Figure 4 9 Remounting the cover Note When reattaching the cover confirm the following parts are attached Inside of the cover Shield gaskets GN gasket See Figure 4 10 e On ANLG Board Connector gasket See Figure 4 1 4 6 GN gasket Shield gaskets Figure 4 10 Inside of the cover Checking th
46. les Near water intake or discharge openings Behind strakes struts fittings or hull irregularities Behind eroding paint an indication of turbulence Caution Avoid mounting the sensor where the boat may be supported during trailering launching hauling and storage Single drive boat Mount on the starboard side at least 75mm 8 beyond the swing radius of the propeller see Figure 2 Twin drive boat Mount between the drives 75 mm 3 minimum beyond swing radius Figure 2 Mounting location on single drive boat AP 1 APPENDIX TRIDUCER 525ST PWC PWD P66 Installation template for starboard side of boat Drill at locations labeled B for the following transom angles 16 through 22 B 48 GA Drill at locations labeled for the following transom angles 2 through 15 Align arrow with bottom of transom 2257 ec auc etum ria Align template vertically FTT deadrise angle slope of hull parallel to FREE 4 waterline Align template arrow with bottom edge of transom Figure 3 Template position Caution Never Use Solvents Cleaners gasoline paint sealants and other products may contain strong solvents such as acetone which can attack many plastics dramatically reducing their strength Installation Bracket 1 2 Cut out the installation tem
47. llow the procedure below to mount the display unit on a tabletop or the over head Tabletop overhead mounting 1 Fix the hanger by four tapping screws M5 X 16 2 Screw knob bolts in display unit set it to hanger and tighten knob bolts 3 Attach hard cover to protect LCD Figure 1 2 Tabletop overhead mounting of display unit Flush mounting Note Use supplied pan head screws when the thickness of the bulkhead is from 11 to 14 mm For bulkhead which exceeds 14 mm in thickness the length of the pan head screws should bulkhead thickness plus 7 3 1 5 mm Also the length of B below should max 7 mm 2 Bm 1 Prepare cutout in the mounting location whose dimensions are as shown in Figure 1 3 2 Fix the display unit by six pan head screws Refer to the outline drawing on page D 2 1 2 Cutout for flush mount 6 2 25 242 0 5 Pan head screws Flush mount 15 0 5 _ Figure 1 3 Flush mounting of display unit 238 1 Installation of Antenna Unit Mounting considerations Install the antenna unit referring to the installation diagram on page D 3 or D 4 When selecting a mounting location for the antenna unit keep in mind the follow ing points Select a location out of the radar beam The radar beam will obstruct or prevent reception of the GPS satellite signal The location should be well away from a VHF antenna A GPS receiver i
48. lot etc Temp sensor option DGPS beacon receiver GP 1850F only Transducer Required for 1 kW transducer only 1 1 1 Installation of Standard Equipment Installation of Display Unit Mounting considerations The display unit can be installed on a tabletop on the overhead or flush mounted in a console or panel Hard Cover Tabletop Overhead Figure 1 1 Tabletop overhead mounting methods When selecting a mounting location for the display unit keep the following in mind Keep the display unit out of direct sunlight The temperature and humidity should be moderate and stable Locate the unit away from exhaust pipes and vents The mounting location should be well ventilated Mount the unit where shock and vibration are minimal Keep the unit away electromagnetic field generating equipment such motor generator For maintenance and checking purposes leave sufficient space at the sides and rear of the unit and leave slack in cables A magnetic compass will be affected if placed too close to the display unit Observe the following compass safe distances to prevent disturbance to the magnetic compass Standard compass 0 98 meters Steering compass 0 74 meters Rubber cushions which absorb vibration supplied may be attached as below if vibration is a problem Rubber cushion TM 166 No 18 black Aline with edge of hanger 1 1 Mounting procedure Fo
49. mbly from panel chassis assembly by disconnecting the connector and PH8P from J8 on MAIN Board shown in the figure below ANLG Board 14P0313B View Remove two ties MAIN Board Cable w 8P 14P0311B connector anel assembly Figure 4 2 Dismounting chassis assembly 2 Dismount heat sink from chassis assembly by unfastening three screws on the ANLG board loosening two screws at TR fixing plates and disconnecting the connector of the mini pin coaxial cable ANLG Board Screws 3 X 8 3pcs Mini pin coaxial cable TR fixing plate Figure 4 3 Chassis assembly Handling of Coaxial Cable e Do not touch the connector with bare hands use gloves e Use radio pincers to remove and pull out straightly e Plug in connector straightly 3 Fasten the GR 7000A DGPS beacon receiver to the heat sink with four 3X8 screws as shown in the figure below Screws 3 X 8 4pcs g DGPS Beacon receiver GR 7000A Figure 4 4 Installation of DGPS beacon receiver 4 Open the cover of GR 7000A to connect two coaxial cables shown below Mini pin coax cable Z Piece of shrink tubing From GN 7707 Cable Ass S FL2 2LP0 7 D WHT 250 Supplied with DGPS kit Figure 4 5 Connecting the coaxial cables in GR 7000A 5 Close the cover of GR 7000A passing the two cables out through respective notches in the cover 6 Plug PH6P W L240 connector to J2 on the GR 7000A through the cover 4 4 7 Wire cab
50. nto shield and trim Trim aluminum tape foil here i Expose the insulator by 1mm D Expose the core by 5mm Clamp Nut Pin Slip the pin onto the conductor Solder them together Shell through the hole on the pin Insert the pin into the shell Screw the clamp nut into shell lt Tighten by turning the clamp nut Do not tighten by Solder through turning the shell the hole Figure 2 5 Fabrication of coaxial cable 2 4 3 Initial Setting 31 Setting port Press the MENU key Press the software key labeled CONFIGURATION Press the software key labeled SETUP NMEA PORT 1 Select FORMAT by the arrow key Press the software key labeled EDIT to display the following message N gt gt FORMAT OUTPUT FORMAT O 0183 1 5 0183 Ver2 0 v Figure 3 1 Output Format Display NMEA port 6 Select NMEA version desired by the arrow key 7 Press the software key labeled ENTER 8 Press the PLOT key to finish 3 1 DGPS port Press the MENU key N gt FORMAT Figure 3 2 Output Format Display DGPS port Press the software key labeled CONFIGURATION Press the software key labeled SETUP NMEA DGPS PORT 2 Select FORMAT by the arrow key Press the software key labeled EDIT to display the following message OUTPUT FORMAT A O 0183
51. plate shown on the left At the selected location position the template so the arrow at the bottom is aligned with the bottom edge of the transom Being sure the template is parallel to the waterline tape it in place see Figure 3 Warning Always wear safety goggles and a dust mask Using a 4mm 23 or 9 64 bit drill three holes 22mm 7 8 deep at the locations indicated To prevent drilling too deeply wrap masking tape around the bit 22mm 7 8 from the point Fiberglass hull Minimize surface cracking by chamfering the gelcoat If a chamfer bit or countersink bit is not available start drilling with a 6mm or 1 4 bit to a depth of 1mm 1 16 If you know your transom angle The bracket is designed for a standard 13 transom angle 11 18 angle No shim is required Skip to Adjusting step 3 Other angles The shim is required Skip to Adjusting step 2 If you do not know the transom angle Temporarily attach the bracket and sensor to the transom to determine if the plastic shim is needed Using the two 10 x 1 1 4 self tapping screws temporarily screw the bracket to the hull Do nottighten the screws completely at this time Follow the instructions for Attaching the Sensor to the Bracket steps 1 4 before proceeding with Adjusting Adjusting 1 Using a straight edge sight the underside of the sensor relative to the underside of the hull The stern of the sensor should be 1 3mm 1 16
52. r sentences Press the software key labeled RETURN Press the PLOT key to finish Data Remarks TLL 1 DWM WPL 1 WPL GP talker only AAM APB BOD BWC BWR GGA GLL RMA RMB RMC VTG WPL XTE ZDA DBT DPT MTW GTD 2 GREAT CIRCLE BWC RHUMB LINE BWR NMEA Ver 1 5 DBT NMEA Ver 2 0 DPT Input NMEA 0183 Ver 2 0 Ver 1 5 Output RS232C RTCM104 1 Cannot be input consecutively TLL 1 DWM WPL 1 WPL GP talker only AAM APB BOD BWC BWR GGA GLL RMA RMB RMC VTG WPL XTE ZDA DBT DPT GTD 2 2 Output automatically when LC or LA is selected 3 3 GREAT CIRCLE BWC RHUMB LINE BWR NMEA Ver 1 5 DBT NMEA Ver 2 0 DPT 3 3 Antenna Height Press the MENU key Press the software key labeled GPS DGPS TD OPTIONS Press the software key labeled GPS SETUP OPTIONS Select ANT HEIGHT by the arrow key Press the software key labeled EDIT to display the following message ANT HEIGHT QU due Oh cem 005 Figure 3 4 Antenna Height Display 6 Enter the height 3 digits of the antenna above sea level using the numeric keys If you enter wrong antenna height press the software key labeled CLEAR 7 Press the ENTER key 8 Press the PLOT key to return to finish 3 4 Baud Rate Setting GP 1850DF only This setting may not be done when AUTO MODE is selected 1 Press the MENU key 2 Press the software key labeled GPS
53. s inter fered by a harmonic wave of a VHF antenna There should be no interfering object within the line of sight to the satellites Objects within line of sight to a satellite for example a mast may block recep tion or prolong acquisition time Mount the antenna unit as high as possible Mounting the antenna unit as high as possible keeps it free of interfering objects and water spray which can inter rupt reception of GPS satellite signal if the water freezes The length of the whip antenna for the GP 1850DF should be no longer than 1 2 meter to prevent antenna damage Do not use a 2 5 meter whip antenna If the antenna cable is to be passed through a hole which is not large enough to pass the connector you may unfasten the connector with a needle nose pliers and 3 8 inch open end wrench Refasten it as shown in Figure 1 4 after run ning the cable through the hole Washer Gasket reddish brown Shield Center pin soldered Connector shell Clamp nut Figure 1 4 How to assemble the connector 1 3 1 3 Installation of Transducers Installing the inside hull mount transducer Necessary tools You will need the following tools Sandpaper 100 Silicone sealant Remarks on installation Do the installation with the boat hauled out of the water Turn off the engine while installing the equipment Install the transducer in th
54. screw inboard motor Bracket protects the sensor form frontal impact only Good operation up to 44kn 50 Orients the sound beam vertically on hulls with deadrise angle up to 30 Adjusts to transom angles from 2 22 Tools and Materials Needed Scissors Masking tape Safety goggles Dust mask Electric drill Drill bit for Bracket holes Fiberglass hull Transom hole Cable clamp holes Screwdrivers Straight edge Marine sealant Pencil Zip ties 4mm 823 or 9 64 chamfer bit preferred 6mm or 1 4 19mm or 3 4 optional 3mm or 1 8 Water based antifouling paint mandatory in salt water Height without speed sensor 191mm 7 1 2 Height with speed sensor 213mm 8 1 2 Figure 1 Height required at mounting location Pre test for Speed and Temperature Connect the sensor to the instrument and spin the paddlewheel Check for a speed reading and the approximate air temperature If there is no reading return the sensor to your place of purchase Mounting Location To ensure the best performance the sensor must be submerged in aeration free and turbulence free water Mount the sensor close to the centerline of the boat On slower heavier displacement hulls positioning it farther from the centerline is acceptable Allow adequate space above the bracket for it to release and rotate the sensor upward see Figure 1 Caution Do not mount the sensor in an area of turbulence or bubb
55. ta 0262 54 aptae gt z gt OQA C 69 0 gt 044 6 104100 26958 YO 4001 IN33309 803 04410034 YALYAANOD T3A31 1 140 NO110313S LINA VNN31NV 304 318 1 01 33433 01140 Q3033N 37870 NOISHJANOO NOI LdO AMOLOVS 031114 Alddfs W907 9 x gu dx 310N EE OG 227 58 C 14 51 9 n S PIL SLMRORMHE 9 C O CE CLE z9 ud ZE 3831311939 Zx WENE 1 1 2 09 05 0VA082 ES 6271 0 44 022 011 001 180 05 0 89 uc 8b 6Sg0 2 21 SNIVN S dIHS mU 1 Ce AXGE dLPN a F AXQE d LCN ve 910 4 aie G4dSZV C A or 8480 5 2 LINA 14610 d ONL U 22211111 ggg w 110 49 610 Vd9 1 3NO 1937135 LINN VNN3AiNV 30 3 0 0581 d9 St MPEG EAT 12 BF ch az 1404 3 303 180 VNN3INY d HM u 2 1 44714206 I WVYOVIG OIIVW3HOS CIYYYNJ J LINN AV IdSIQ AQ A Q 8103 4081 lt sia Ewa k lt 483 lt LL rida lt 6 sia lt lt 23 lava lt I lt 1 2 ea lt 8 tia lt z lt N 392 lt sb wooo 202 lt L zao lt
56. ting the boat in water wipe the face of the transducer thoroughly with a detergent liquid soap This will lessen the time necessary for the transducer to have good contact with the water Otherwise the time required for complete satu ration will be lengthened and performance will be reduced Do not paint the transducer Performance will be affected Triducer 524ST MSD 525ST MSD The triducer is designed for thru hull mounting Mounting considerations When selecting a mounting location keep the following points in mind Air bubbles and turbulence caused by movement of the boat seriously degrade the sounding capability of the transducer The transducer should therefore be located in a position where water flow is the smoothest Noise from the propel lers also adversely affects performance and the transducer should not be mounted nearby The lifting strakes are notorious for creating acoustic noise and these must be avoided by keeping the transducer inboard of them The transducer must always remain submerged even when the boat is rolling pitching or up on a plane at high speed A practical choice would be somewhere between 1 3 and 1 2 of the boat s length from the stern For planing hulls a practical location is generally rather far astern so that the transducer is always in water regardless of the planing attitude 27 mm mm ___ Figure 1 19 Dimensions of triducer 524S T MSD 525S T MSD 1 13 1 4 Installation of
57. uu u A 1 OUTLINE DRAWINGS D 1 INTERCONNECTION DIAGRAM S 1 SCHEMATIC DIAGRAM 5 2 D FURUNO ELECTRIC LTD NISHINOMIYA JAPAN FURUNO ELECTRIC CO LTD 9 52 Ashihara cho Nishinomiya Japan Telephone 0798 65 2111 Telefax 0798 65 4200 All rights reserved _ Printed in Japan PUB No IME 43950 J HIMA GP 1850F 1850DF Your Local Agent Dealer FIRST EDITION FEB 1999 J NOV 01 2001 00080862200 ME43950J00 SAFETY INSTRUCTIONS Safet Instructions for the Installer N WARNING Do not work inside the equipment unless totally familiar with electrical circuits Hazardous voltage which can shock burn or cause serious injury exists inside the equip ment Turn off the power at the mains switchboard before beginning the installation Post a sign near the switch to indicate it should not be turned on while the equip ment is being installed Fire electrical shock or serious injury can result if the power is left on or is applied while the equipment is being installed A CAUTION Ground the equipment to prevent electrical shock and mutual interference Confirm that the power supply voltage is compatible with the voltage rating of the equipment Connection to the wrong power supply can cause fire or equipment damage The voltage rating

Furuno GP-1850DF Marine GPS System User Manual

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