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GP-170 Installation Manual English

1. zE 049 540 000 IdMHSSV VNN3INV SIVIdd1VW qx eh HEI IdMHSSV VNN3INV LIM ONTINAOW LSVW Jawa rH nea B SP SM LINA VNN3INV WEM L 4 LINN 4 ON 3009 101 14180530 3MVN IdMHSSV 318 oN 4009 NOILdIY9S30 _____ Il 0 1686 4802 11 00149 LST S N I 1 S Vd 2486 4804 3INVS 5 LONGOYd JHL JO AOV Id NI 38 VM LONGOYd 1 Wall NV 303 dALST1 38 AVA 540009 Sd OML PY PFPC HUGG AF 2 IVIINVMI TIVISNI LUE E 20119 5 401 40 Eo et Bo us 5 401 440 1 SIVIdd1VW HEI LIM ONTINAOW LSVW pea 5 P KH4Y2 ON 3009 0119149 34 ANI 1110 JWYN 1 1 0 5486 4406 A TNO 3ON3H3H3H SNOISN3WIG 2 81 5 PIE s CO Dg Ba NOLLVOIJIO3dS d NIWH 1 d N338 SVH LINN VNN 1NVZ I az 0 1 0 VIdALVW dALLV 5 dO YIANNN 3009 JHL S ITVOIdNI 33000 ETE 01 999 9 1 000 IdMdSSV 318 9460 6100 456 C334 L 4 01V 0 06d9 AEI 0l L9 09 00 9NINV3IO 001 f4
2. 7 131312345 LON SI HOIHM SNOISN3INQ 40 JONVYSTOL SALVOIONI 318VL L 308 3936 18 3 lt 6 C 26 BE Y 3 c 1 COE IVNDIS 3lV NE nu C 224005 4 OMAMa Z 034 094 0 DSSVW NOOV 38 50400 SH lt 25890 C 3181 c 006 gt 1 gt 001 SZ 001 gt 1 gt 06 SNOISNANIG 110110 95 0921 ___ NVAHOL Www GARE f LX 11 0 9IiH LO3 T3 391032089 VISNI LINN VNNJINV De BS 2 MCG CH E TV VNNHINV 40 SNOISNSWIC ONTLNNOW a3 Y over A 3919 WOY4 Ael NI 01 30150 41899 433 APVASUC L CHM 318v VNNHINV C 4 1995 MHD dil 318 1 0 807 m DNN H 0Z ASN 07 508 000 666 608 000 g a 0TEVO ETON EEVO ETON MA INV 3599 VNNHINV 3941 11 5 VNN3IN FDNY IDB gt Y VLLOCLE LEA ILIH 3A JNIINIHM 3599 VNN3INV 90 EST QC EC k SV8 VNNILNV 2292 18 aN 9 19907 311 1164 CHEW EE INV WS 31899 XIJ c amp ax E BU C 62 2 1 1 4
3. Data1 Data1 3 Select 1 HDG User Priority 4 Select the port for heading data For 5 Ethernet go to step 5 For 7 User Priority go to step 6 Ethernet SFI HDG 23456789 BS Enter Cancel 5 When selecting 5 Ethernet do the following 1 Press the ACK DELETE key to move the cursor to the leftmost of the input position Ethernet SFI HDG K Press the U 01 23456789 key BS Enter Cancel BS Enter Cancel Backspace 3 17 3 ADJUSTMENTS 10 2 Enterthe Ethernet with the cursorpad and the numeric keys combination of two alphabets and four numerals SFI System Function ID is an identifi cation code used by the system Note Set the 5 to eliminate overlap with other ones 3 Move the cursor to Enter then press the NU CU ENT key Go to step 9 Select 1 Select 7 User Priority High Low Data Priority 1 Data1 2 Data2 4 Data4 Enter Cancel Enter priority heading among 1 Data1 2 Data2 4 Data4 with the numeric keys Set the input data for 2 STW speed through water 8 SST sea surface tem perature and 4 DPT water depth as well Press the MENU ESC key to close the main menu 3 6 3 7 3 ADJUSTMENTS Sound Test Note It is recommended to keep the default setting Do not change the setting unless absolutely necessary 1 2 3 4 Access
4. GPS 69 GPA020S 020S For GPS 156 Improved re sistance to multipath GPA 021S eeee For DGPS Display Unit GP170 EA Sk eee Beacon RX GP170 EN Without Beacon RX With Mast Mount Kit D p DS With Antenna Cable Assy With Mast Mount Kit OO Without Antenna Cable Assy Installation Materials Without Mast Mount Kit With Antenna Cable Assy Without Mast Mount Kit Without Antenna Cable Assy LCD Cleaning Cloth Accessories FP20 01100 000 042 239 1 Code No 100 360 672 10 Ae 19 028 3125 2 Spare Parts SP20 01401 001 243 840 1 Code No 000 155 850 10 FGBO A 125 Optional Name CodeNo Qty Remarks gt 1 24 Flush Mount KitS OP20 40 001 243 890 jH For display unit 00 Wt Flush Mount KitF 20 41 001 243 900 CP20 01701 30m cable CP20 01700 004 372 110 Cable type 8D FB 02701 30 cable 20 02700 004 381 160 Cable tvpe 8D FB CP20 01720 001 207 980 Cable type 80 Antenna Cable Set CP20 02701 40 b CP20 02720 001 207 990 eue CP20 01710 004 372 120 CP20 02710 004 381 170 Cable 6D FB CP20 01701 50m cable Cable 6D FB CP20 02701 50m cable Cable mum 6D FB Antenna Cable Assy TNC Ps PS 3D L15M R 001 173 110 10 Ey E type 3D 2V EQUIPMENT LISTS x gs CodeNo GF Remaks oAnge arora Antenna No 13 QA
5. E Track Mark Navigation Notice Setting amp 3 Alert Maintenance 1 0 System Setting Y 4 Select 6 Maintenance Maintenance TITI Self Test Backup SW Database Update Exchange Service Tech Menu 5 Select 2 Self Test Self Test Memory Test amp 3 Keyboard Test LCD Test Automatic Test Sound Test 6 Select 1 Memory Test Confirm for all items except for Data1 Data2 Data3 Data4 and LAN on the self test display Note 1 BEACON is displayed when DGPS function is provided Note 2 OK is displayed in the USB field when a USB flash memory is connect ed to the GP 170 3 2 3 2 1 3 ADJUSTMENTS Self Test memory 170 Data test Restart Push NU CU ENT or hirE k Key Exit Push MENU ESC or 21 Kev Start Time 2013 11 01 01 35 OK 2013 OK 2013 OK 2013 OK 2013 OK 2013 Beacon OK 2013 OK 2013 OK 2013 OK 2013 OK 2013 OK 2013 11 ROM OK 2013 OK 2013 11 RAM OK 2013 OK 2013 11 Memory OK 2013 OK 2013 11 U OK 2013 7 Press the MENU ESC key to close the main menu Beacon Setup The default setting is automatic GP 170 can automatically select optimum DGPS station Note Use the manual mode for the following cases It takes more than five 5 minutes to fix DGPS position The external beacon receiver cannot select a station automatically
6. GPVTG x x T x x M x x N x x K a hh lt CR gt lt LF gt 123456 789 Course over ground degrees T True fixed Course over ground degrees M Magnetic fixed Speed over ground knots N Knots fixed Speed over ground K km h fixed Mode indicator A Autonomous D Differential E Estimated dead reckoning M Manual input S Simulator N Data not valid 5 WCV Waypoint closure velocity WOV x x N c c a hh CR LF 1 2 3 1 Velocity component knots 2 Waypoint identifier 3 Mode indicator A Autonomous D Differential S Simulator N Data not valid WNC Distance waypoint to waypoint WNC x x N x x K c c c c hh lt CR gt lt LF gt 1 2 3 4 1 Distance nautcal miles 2 Distance km 3 To waypoint identifier 4 FROM waypoint identifier AP 16 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 WNR Waypoint to waypoint distance Rhumb line WNR x x N x x K c c c c hh CR LF 1234 5 6 1 Distance nautcal miles 2 fixed 3 Distance km 4 fixed 5 To waypoint identifier 6 FROM waypoint identifier WPL Waypoint location WPL IIIII a yyyyy yy a c c hh CR LF 1 2 3 4 5 1 Waypoint latitude 2 N S 3 Waypoint longitude 4 5 Waypoint identifier No use XTE Cross track error measured GPXTE A A x x a N a Ah lt CR gt lt LF gt 123456 1 Status A data valid V LORAN C blink or SNR warning V general w
7. 3 81 dx 2 4 x lt 40164 SSVW NO2V38 5490 Zl gt YOLOANNOO IWNOIS MJA 4 34 YOLJINNOD TWNOIS 2 YNOS INY TE IVNINS3L INO Vom ciu 006512001 SZ 00151208 ECL ANNE NOISNAWIC h PU C V 5587 27 WW 623 1 SATOH 9 T imd COFO G ON 35 11 OO 914103743 gt ONIS JNI 07900 600 0 wml Y 209 0900 m cae som 7 615156 11 SSINYOIHL SOMES WANININ 2 4149402 LON SI HOIHM SNOISNAIIO 30 S3IVOIONI 318V ALON FG ERIVYIGTIWME O AOR 5 F MY a BPMhpt c 31V Id3WN AY RE NE pie 399105 JOIOJNNOO TWNOIS ud 9 x I JO K EMY 4 066 8 4 SM 0 M GIRL CS SS E E ES 1 SNOISN3INIC 100110 006 1 gt 00 04 02 XI StF 0015106 08s 0GZ 08 30NVHHDOI 3187 e 11 IH1 ONNHNS e 55 2 n o EL LINN JHL 9NIXH 010ZG 543905 ONIdd L 360 weca onl ms JONES
8. Before selecting data to output confirm what data the external equipment requires Output necessary data only Outputting unnecessary data can cause receiving prob lems at the external equipment Talker data transmitted by marine electronics equipment is prefixed with a two character code which tells external equipment what equipment is transmitting data This two character code is called the talker The GP 170 contains the talkers GP and GN Input Output sentence Output sentence of IEC 61162 1 Ed 3 4 and NMEA 0183 Ver 1 5 2 0 Sentence Descripion tw Set alarm state APA Autopilot sentence A Magnitude of cross track error direction to steer arrival alarm bearing or igin to destination Autopilot sentence B Magnitude of cross track error direction to steer arrival alarm bearing to waypoint Heading to steer to destination waypoint data not used Alert command refused Bearing origin to destination Bearing and distance to waypoint great circle Bearing and distance to waypoint rhumb line Bearing waypoint to waypoint Datum reference GNSS satellite fault detection Global positioning system GPS fix data Time of fix latitude longitude quality indicator number of satellites in use altitude geoidal separation age of dgps data and differential reference station ID Geographic position latitude longitude GNSS fix data GNSS range residuals GNSS DOP and
9. U R U N Installation Manual GPS NAVIGATOR Model GP 170 SAFETY INSTRUCTIONS J RUSO Pe Q J i SYSTEM CONFIGURATIONS uvas ERN FE Qu ER E RV skua UT IV L edm cc 1 1 EE 1 1 u 5 EO 1 3 2 WIRING 2 1 sj 61 6 7 E c 2 1 29 EXGMA EUDEN uuu 2 2 047 a 2 2 ADJUSIMENT S 3 1 3 1 Checking Operation 3 1 2 PEIO __ __ 3 3 39 Uberallom CHECKIN 3 7 34 5 3 8 39 dh aio CUBE SII PC ee 3 10 3 19 3 7 How to Set Dual 3 19 APPENDIX 1 DIGITAL INTERFACE 61162 1 EDITION 4 2010 11 AP 1 PACKING LISTS 1 1 6 1 OUTLINE DRAWINGS D 1 INTERCONNECTION DIAGRAMS nhu 5 1 FURUNO ELECTRIC CO LTD www furuno com All brand
10. 6n L 3140SS3990V f 6 861 860 61 00110 06d3 00 078 74 100 oldVd ddVd S 4 4 S1uVd 0710 0445 00 169 60 000 LINA AV 19510 EERE IdMHSSV VNNALNY IdMHSSV VNN3INV 12 CH LINA VNN3INV ON 3909 01194139 34 2 111010 JWVN 019 1611 N I 2 S V d 3 6G86 X d0Z JWVS JHL SI 1ITVTnO LOnQOdd E 30 NI GaddIHS 38 VN 1OnQdOdd H3MOT13HL NALI NV HOJ 03151 38 VA S3309 ANY S3dAL NI SNOISN3WIG amp 2 8l 2 CO bs Ed FEE PY OG BHR CO Ad TOPs erg l NOLLVOIJIO3dS NIWdH 1 d N338 SVH LINN VNN31NV Z BUS 1 1 0 1 0 VIdALVW dALLV 5 dO YIANNN 3009 JHL S ITVOIdNI 33000 ETE 18 355 318 C334 L 4 AEI 9NINV3IO 001 f4 6n L 00110 06d3 3140SS3990V f oldVd ddVd S IVIINVMI TIVISNI M Me ES sldVd HMVdS Bae 39115 SdO1Vddd0 da 8 2 LINA AV 19510 5 401 440 0 ch 1N3Nn90G 2 2 IdMHSSV VNN3INV IdMHSSV VNN3INV 12 CH S
11. Autonomous D Differential S Simulator OO GQ N BWR Bearing and distance to waypoint Rhumb line GPBWR hhmmss ss llIl Il a Illll 1 a yyy y Lyyy y M yyy y N c c A hh lt CR gt lt LF gt 1 23 4 5 6 7 8 9 1011 1213 of observation latitude 5 Waypoint longitude E W Bearing degrees true Unit True Bearing degrees Unit Magnetic 10 Distance nautical miles 11 Unit N 12 Waypoint ID Max 13 characters 13 Mode Indicator A Autonomous D Differential S Simulator Q N BWW Bearing waypoint to waypoint BWW x x T x x M c c c c hh CR LF 1 2 3 4 5 1 Bearing degrees true 2 Bearing degrees magnetic 3 waypoint ID 4 FROM waypoint ID 5 Checksum DBT Depth below transducer DBT ooocc x f oxxx x M xxxx x F hh CR LF 1 2 3 4 5 5 1 Water depth 2 feet 3 Water depth 4 Meters 5 Water depth 6 Fathoms 9 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 DPT Depth DPT x x x X x x hh CR LF 1 2 3 1 Water depth relative to the transducer meters 2 Offset from transducer meters 3 Minimum range scale in use no use DTM Datum reference DTM ccc a x x a X X a X X CCC hh lt CR gt lt LF gt 1234567 8 1 Local datum W84 WGS84 W72 WGS 72 S85 SGS85 P90 PE90 User defined 999 IHO datum code Local datum subdivision code NULL or one character
12. Lat offset min N S Lon offset min no use E W Altitude offset meters no use Reference datum W84 WGS84 W72 WGS72 S85 SGS85 90 90 GBS GNSS satellite fault detection GBS hhmmss ss XX X x h h hh lt CR gt lt LF gt 1 23 45 6 7 8 9 10 UTC time of GGA or GNS fix associated with this sentence Expected error in latitude Expected error in longitude Expected error in altitude no use ID number of most likely failed satellite no use Probability of missed detection for most likely failed satellite no use Estimate of bias in meters on most likely failed satellite no use Standard deviation of bias estimate no use GNSS System ID 10 GNSS Signal ID GGA Global positioning system GPS fix data N O GGA hhmmss ssillll lll a yyyyy yyy a x xx x x x x M x x M x x xxxx hh lt CR gt lt LF gt 1 2 3 4 567 8 9 10111213 14 UTC of position no use Latitude N S Longitude E W GPS quality indicator Number of satllite in use Horizontal dilution of precision Antenna altitude above below mean sealevel 10 Unit m 11 Geoidal separation 12 Unit m 13 Age of differential GPS data 14 Differential reference station ID o c OY Ol Soc AP 10 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 GLL Geographic position Latitude longitude GLL IIIIIIl a yyyyy yyy a hhmmss ss a x hh lt CR gt lt LF gt
13. Manual beacon setup How to set the differential corrections to use 1 Press the MENU ESC key open the main menu 2 Select 8 System Setting System Setting ET TE gt amp 3 Plotter Unit Setup Correction Offset amp 3 Clear Memory 3 3 3 ADJUSTMENTS 3 Select 6 Beacon SBAS SBAS amp 3 SBAS Search Auto Beacon Station Auto Station database Registered Stations amp 3 Not Used Satellite Test 4 Select 1 GNSS SBAS 0755 E3 GNSS Internal Beacon 55 Data1 GNSS Beacon 2 6 55 Data4 Auto 5 Select 3 GNSS Internal Beacon How to set the beacon station Press the MENU ESC key open the main menu Select 8 System Setting then 6 Beacon SBAS Select 3 Beacon Station Auto amp 3 Set Parameter Select Station ID 4 Select 2 Set Parameter Beacon Station Frequency 285 0kHz Bit Rate 100bps 5 Select 1 Frequency Input Frequency 85 0 kHz Enter Cancel Enter frequency in four digits 283 5 kHz to 325 0 kHz Move the cursor to select Enter Press the NU CU ENT key 3 2 2 3 ADJUSTMENTS 9 Select 2 Bit Rate 10 Press the cursorpad Y to select baud rate 25 50 100 150 or 200 11 Press the NU CU ENT
14. NMEA V2 0 NMEA V1 5 Select 1 IEC 61162 1 Ed 4 2 IEC 61162 1 Ed 3 NMEA V2 0 or NMEA V1 5 Select 3 Talker No 2 and 3 are reserved for future use Select 1 GP or 4 GN Select 4 BPS select 1 4800 bps 2 9600 bps or 3 38400 bps 3 ADJUSTMENTS 12 Select 5 Sentence EN 6584 35 45 6789 N 135 45 6789 E GP S3D Safe Data1 Output Sentence Select 4800bps Load Rate 96 AAM BOD BWC Waypoint Arrival Alarm For Autopilot etc Select an active Item LITE Close 13 Press the cursorpad to select the sentence then press the NU CU ENT key 14 Press the cursorpad 4 or gt to select the TX interval TX interval 0 15 0 2s 1s 2s 3s 4s 5s 6s 10s 15s 20s 30s 60s 90s Only for GGA GLL GNS and VTG when selecting 38400 bps step 11 Note 1 Keep the Load Rate below 100 when setting the TX interval The TX interval for other than the ZDA sentence cannot be guaranteed if the rate exceeds 100 Note 2 For the TX interval of 0 15 0 25 the positioning cycle Refer to the Operator 5 Manual as follows 0 15 set the positioning cycle at 10Hz 0 25 set the positioning cycle at 5Hz 10Hz 15 Press the NU CU ENT key 16 Set 2 Output Data2 8 Output Data3 and 4 Output Data4 as well 17 Press the MENU ESC key to close the main menu 3 15
15. TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED Ph CCS id 14 Moy 2013 V YAMASAKI GP5 019 0195 0c 0S 0c 1S ud 14 Moy 2013 Z DR Bh ANTENNA UNIT OUTLINE DRAWING FURUNO ELECTRIC CO LTD 2154123719 NVIIVTG N0I193NNOOUINI NPV oun 1350 318 2 NYT AVQNYIS NAHM ITVANI SI 1HNYd SO19NN09 LY 00HdMdIVM b 43113538 Sd9 123135 ps ey Er By DNN H ETOC I HIE oyday 01140 Z WES ue VW H 27027717702 AddnS MVAdIHS 1 HION 0 1 49 31111 NMVJO SY RR T FT x 5367 A gt 4 PHEW OHS L ES Hassman lt L 94 2 09 ma 4 co moosi 4314119341 3i FL CCG QN 3 C RER MA9 i i get THCY 9 9 91 HININd HAI393M NOOV3d 490 7 14dAN09 T3A31 IN3WdI003 AVN df 671 044 15 BEA Cv A wienn 9 ug 2050 20004454 AdSLV PW T 40 FIE Era 54 42 ALS Y Viva bsz A lx 3 OY df1 M9 V8 C 9 94 mpage of 04 445 s Hemza 20 72 um TOU Eu ue 2409 04 90 HOLIMS INJA 4 v dpi EN M c PIE 471 29 44 0OVAO6Z 0ZZ gW pit Bu per ee SEX 811 001 ii IE C Be qui 0G 222021 IHS gt p 079169 Vu scene teca 04 fV 43
16. a hh lt CR gt lt LF gt 123 4 9 6 7 89 1 Target number NULL 2 Latitude 3 5 4 Longitude 5 E W 6 Target name NULL 7 UTC of data 8 Target status NULL L lost tracked target has been lost Q query target the process of acquisition T tracking 9 Reference target R NULL otherwise VBW Dual ground water speed V BW X X X X X X X X X X X X X X X X hh lt CR gt lt LF gt 12345 6 78910 1 Longitudinal water speed knots 2 Transverse water speed knots 3 Status water speed A data valid V data invalid 4 Longitudinal ground speed knots 5 Transverse ground speed knots 6 Status ground speed A data valid V data invalid 7 Stern transverse water speed knots 8 Status stern water speed A data valid V data invalid 9 Stern transverse ground speed knots 10 Status stern ground speed A data valid V data invalid AP 15 APPENDIX 1 DIGITAL INTERFACE 61162 1 EDITION 4 2010 11 VDR Set and drift VDR x x T x x M x x N hh lt CR gt lt LF gt 123 45 6 1 Direction degrees 2 T7 True fixed 3 Direction degrees 4 M Magnetic fixed 5 Current speed 6 N Knots fixed VHW Water speed and heading GPVHW x x ToX x M x X N x x K hh lt CR gt lt LF gt 12345 67 8 Heading degrees T True fixed Heading degrees M Magnetic fixed Speed knots N Knots fixed Speed knots K km hr fixed VTG Course over ground and ground speed
17. destination 9 M Magnetic T True 10 Destination waypoint ID 11 Bearing present position to destination 12 M Magnetic T True 13 Heading to steer to destination waypoint 14 M Magnetic T True 15 Mode indicator A Autonomous mode D differential mode S Simulator mode ARC Alert command refused ARC hhmmss ss aaa X X X X C hh lt CR gt lt LF gt 1 2 34 5 1 Release time of the Alert Command Refused UTC 2 Used for proprietary alerts defined by the manufacturer 3 alert identifier 9999999 4 The alert instance 1 to 99 5 Refused Alert Command A 5 A acknowledge Q request repeat information O responsibility transfer S silence BOD Bearing origin to destination BOD x x 1 x x M c c c c hh lt CR gt lt LF gt 1234 5 6 1 Bearing degrees 2 True 3 Bearing degrees 4 Magnetic 5 Destination waypoint ID Max 13 characters 6 Origin waypoint ID Max 13 characters AP 8 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 BWC Bearing and distance to waypoint Great circle GPBWC hhmmss ss llII Il a yyy y M yyy y N c c A hh lt CR gt lt LF gt 1 2 3 456 7 8 9 10 111213 UTC of observation Waypoint latitude N S Waypoint longitude Bearing degrees true Unit True Bearing degrees Unit Magnetic 10 Distance nautical miles 11 Unit N 12 Waypoint ID Max 13 characters 13 Mode Indicator A
18. key 12 Press the MENU ESC key to close the main menu Automatic beacon setup How to set the differential corrections to use 1 Press the MENU ESC key open the main menu 2 Select 8 System Setting then 6 Beacon SBAS 3 Select 1 Mode 4 Select 3 GNSS Internal Beacon How to set the beacon station Press the MENU ESC key open the main menu Select 8 System Setting then 6 Beacon SBAS Select 3 Beacon Station Select 1 Auto Press the MENU ESC key to close the main menu x 3 5 3 ADJUSTMENTS 3 2 3 station beacon station list shows the 10 closest beacon stations including user pro grammed stations For user programmed stations see the Operator s Manual 1 Press the MENU ESC key open the main menu 2 Select 8 System Setting then 6 Beacon SBAS 3 Select 3 Beacon Station 4 Select 3 Select Station ID WGS84 34 23 4567 N 134 23 4567 E GP S3D Safe Manual Input Station DIST Update WER Health E Saki 19 09 35 09 17 2013 0 OK Tango 09 17 2013 EB Nagoya 09 34 09 17 2013 Daio Saki NM 09 34 09 17 2013 amp 3 Muroto Sa 09 34 09 17 2013 K3 Ohama NM 09 35 09 17 2013 2 09 35 09 17 2013 E Seto 09 35 09 17 2013 Hekura Sh NM 09 35 09 17 2013 amp 3 Tsurugi S ONSE MEA Select an active Item Close 5 Press the cursorpad or Y to select a DGPS st
19. to the Ethernet SFI 1 Press key to move the cursor to the leftmost of the input position Ethernet SFI HDG U Press the Hg 23456789 ACK DELETE key BS Enter Cancel BS Enter Cancel Backspace 2 Enter the Ethernet SFI with the cursorpad and the numeric keys combination of two alphabets and four numerals Note Set the SFI to eliminate overlap with other ones 5 Move the cursor to Enter then press the NU CU ENT key 6 Press the MENU ESC key to close the main menu Alert Mode 1 Press the MENU ESC key to open the main menu 2 Select 5 Alert then 2 Mode Active Alert Mode Alert I F 1 crt F 1 Alert I F 2 Remote Ack I F Ack Alert Log Note 3 Remote Ack I F is available when selecting 3 Legacy in 2 Mode 3 Select what sentences to use to manage alerts For 1 Alert I F 1 or 2 Alert 21 90 to step 6 For 3 Legacy go to step 4 1 Alert 1 Use ALR and sentences 2 Alert 2 Use ALC ALF and sentences Legacy Use and llals sentences 4 Select 3 Remote Ack I F Ack amp 3 BuzzerStop 5 Select 1 Ack or 2 BuzzerStop Ack Acknowledge an alert and stop the buzzer BuzzerStop Stop the buzzer 6 Press the MENU ESC key to close the main menu 3 ADJUSTMENTS 3 9 3 5 1 3 5 2 Input Output Signal The GP 170 can receive or output various navigation data
20. v edi 2X8 2 INSWdINOA AVN Anca E EN 6 9 Ge a VIVO m ur ver osco veloosasev rw 74 61 C 9 54 C G ON 1800580 uz bsc A 9 008 209 z 2 E partite 9 11 LOG 4 90 06 61 TE 06 5060 0004459 Cl Ve iH zr UE ET 99 US 9080 6000d69V Wacomm m ri 0 VIV ON AZL 9 2 C 9 94 2 04 6 TA CG N 0 07 671 9 1 92 11 1 L mp fi A C p 9 10 1 Dm el 1 Tisi IMS wy Fu dl 19 LHCE me 109 1 2911993 E YI z 1 tyg H G ayt LC 7 g AXQE d1 PN _ 2 SEIN aq om 2211 i 8 09 ya 2 11 9 101 I gane a FRESE v qu Too ties TT bi 9 NEN 7 7 7 00044S9 PN r ya gy IL VIVO IS Y bsGZ A T fre 3089 81 0 415 OVA06Z 00 a qu I3NM3HI3 gt E nc SEM YO 2122 02 38 IVNN3INI 9 ISAA dd0ZJN y zn LINN AV 14510 lt aa SOZ0 Vd9 1N3WdIn0 WYOMLIN BERSA 5140 40 Sd LO LINN VNN3INV uu TWN 8179 415 23 ch az 6 pms sa FURUNO _ ANTENNA UNIT TRAN GPA 017S GPA 020S GPA 02
21. 1 2 3 4 5 6 7 Latitude N S Longitude EAN UTC of position no use Status A data valid V data invalid Mode indicator A Autonomous D Differential S Simulator NOORWN GNS GNSS fix data GNS hhmmss ss IL a lt gt lt gt 1 2 3 4 56 7 8 9 10 11 1213 1 UTC of position no use 2 Latitude N S 4 Longitude 5 E W 6 Mode indicator N No fix A Autonomous D Differential P Precise R Real Time Kinematic F Float RTK E Estimated Mode M Manual Input Mode S Simulator Mode 7 Total number of satellites in use 8 HDOP 9 Antenna altitude meters 10 Geoidal separation 11 Age of differential data 12 Differential reference station ID 13 Naivgational status indicator GRS GNSS range residuals GRS hhmmss ss x X X X X X X X X X X X X X X X X X X X X X X X xX NM A hh lt CR gt lt LF gt 1 2 3 4 5 1 UTC time of the GGA or GNS fix associated with this sentence 2 Mode 0 residuals were used to calculate the position given in the matching GGA or GNS sentence 1 residuals were re computed after the GGA or GNS position was computed 3 Range residuals for satellites used in the navigation solution Order should match order of satellite ID numbers in GSA When is used GSA GSV aregenerally required Null for unused fields 4 GNSS System ID 5 Signal ID GSA GNSS DOP and active satellites GSA a X XX XX XX XX XX XX XX XX
22. 100 SIVIdd1VW 0750 0649 oN 4009 NOILdIY9S30 _____ I 0 7586 4802 XH N0 0LI9 4511 S N I3 9 Vd 5 CODE No 001 243 920 00 20BF X 9401 0 CP20 03401 1 1 INSTALLATION MATERIALS HW NO NAME OUTLINE DESCRIPTIONS E 2472 du 20 SELF TAPPING SCREW 5 TN 974 CV 125N CODE 000 1 72 164 10 CONVEX 2 TWO TYPES AND CODES BE LISTED FOR AN ITEM THE LOWER PRODUCT MAY BE SHIPPED IN PLACE OF THE UPPER PRODUCT QUALITY 1 THE SAME DIMENSIONS IN DRAWING FOR REFERENCE ONLY FURUNO ELECTRIC CO LTD 20BF X 9401 G11 914103474 ONn n gt bass El L 00 or LIN JHL ONIXI4 503 02550 5349 9NddVl ISN 33S E ms L JONVYVITO JOINS 7 KEE HS 021510395 LON SI HOIHM SNOKNHM JO 3ONVM3IOI S3LVOIONL 318VL 1 ALON SET 0 49 50 SSE Y CV CE jvdNN C QK RMRYA 4 SPALhH CI 725 zc
23. 16 Sug 13 TDIA 58 TD1 B TD1 B 9 5 6 RD1 H 5 5 RD1 C 9 545 3 Shield Pa MJ A6SRMD R 21 470 1 30 MJ AGSRMD R NFM21CC470R1H3D 7 FL33 Sa 1 3 TD3 A 5 6 MOB H ron MOB C N C JO 5 Shield 5 0 MJ A7SRMD R NFM21CC470R1H3D E 7 FL41 64 13 TD4 A TD4 A s 644 TD4 B TD4 B iu RD4 A 6 RD4 B 6 6 6 ISOGND ISOGND Shield 6 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 Ethernet NYTQN9 9 A 649 lt 0 27 x 23 18 MOTISAG3T3ALOV 2 e BEST lt A oce Bry mm 281 NVTQN9 9 NVTQN9 9 5 a AC e LV 9QN 233 0 6hd TATE 0 O a ig 1 ne 4 EOP MXN X 58 OO OT c801 Bo S eR NIN EM 8 282 au uu WW ene eae aaron c A ELVANd POXA HY 282 14 lt du 2 NH XL 934 QN9 9 race 2 ZdVAHd VES e Ol _ 03G0W 00 8 7 NYT QN9 9 Ed M 280 29 LVALd YX UMIWOL93 2 1 Vs 90L 6 saz soz 9 u L d I 0 54 MW m YMIAPODIOATPLNS ZEN 3 0 ua 90 B EZ 1 ACG e q Age Slo Slo gt a 2 O Ca NH88UIXH 5525445 YOA
24. 1S GPA 01 7S GPA 020S GPA 021S J 3 I a 9E E aot ec Big T ih SE S E Used 7 100 230VAC NR203PF WST 25 9 1 50 60 2 5 91 STP CATS OM EQUIPMENT Km 9 DISPLAY UNIT NETWORK 55 LS INS P METMORK NETWORK DISPLAY UNIT E w 68 9 GP 170 J2 HUB _ s GP 170 a S Fle de gt MOD WPAS0001 030 3m_ a ETHERNET HUB gt gt MOD WPAS0001 030 3m _ _ og le te RS OR HUB 100 ES dg SS STP CAT5 CABLE 1 x4 1 J STP CAT5 CABLE 4 S 51 mS JB IV 1 25sq MJ A6SPF0003 NJ TP 3DXV MJ A6SPF0003 050C 5m 6 irem 0500 5m 6 NJ TP 3DXV 4 G TD2 A 1 WHT WHT 1 TD2 A m TD2 B 2 gt BLK Vals BLK 2 TD2 B RD2 H 3 YEL YEL 34 RD2 H RD2 C 4 gt GRN GRN rC 4 RD2 C POWER NC 5 gt Ru wa C 5 NC J1 MJ A3SPF FG 6 gt 2 C6 FG e150 m 12 24 VDC B 11 25031 BK INTERFACE UNIT 2 42 SHIELD 3 JM ATSPFOO03 0500 5m 6 J6 J3 _ MJ A6SPF0003 050C 5m 6 m ABSPFOQ03 0506 5
25. 20 01710 004 372 120 CP20 02710 004 381 170 How to extend the antenna cable Fabricate the end of antenna cable and attach the coaxial connector then connect the antenna cable as shown below Antenna Unit 021 0205 0175 TA s Connector For CP20 01700 CP20 01710 CP20 01720 Conversion Cable Assy Antenna Cable T 30 m 40 m or 50 m 1m abricate locally See the next page gt To display unit OR For CP20 02700 CP20 02710 CP20 02720 u TNCP NJ Conversion Cable To display unit 30 m 40 m or 50 m ee locally See the next Waterproofing the connector Wrap connector with vulcanizing tape and then vinyl tape Bind the tape end with ca ble tie ES a 2 How to waterproof the of the antenna cable 1 4 1 MOUNTING How to attach the N P 8DFB connector Outer Sheath Armor Inner Sheath Shield Remove outer sheath and armor by the dimensions shown 50 30 sheath shield by dimensions shown left Cover with heat shrink tubing and heat Cut off insulator and core by 10 mm Twist shield end Slip on clamp nut gasket and clamp as shown left Clamp Gasket Clamp Nut reddish brown Aluminum Foil Fold back shield over clamp and trim 1 Trim shield here Cut aluminum foil at
26. 234 5 1 Time of alarm condition change UTC 2 Unique alarm number identifier at alarm source 3 Alarm condition A threshold exceeded V not exceeded 4 Alarm acknowledge state A acknowledged V not acknowledged 5 Alarm description text alphanumeric APA Autopilot Sentence A APA A A x xx L N A A xxx M c c hh lt CR gt lt LF gt 123 4567 8 9 10 1 2 A for correct position V for error 3 XTD value 4 Direction to steer LorR 5 XTD units N nautical miles 6 Status circle entered V arrival circle not passed 7 Status A perpendicular passed at waypoint V perpendicular not entered 8 Bearing origin to destination 9 M Magnetic 10 Destination waypoint ID AP 7 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 APB Heading track controller autopilot sentence lt gt lt 1 gt 12 345 67 89 10 11 12131415 Status A Data valid V LORAN C blink or SNR warning V general warning flag for other navigation systems when a reliable fix is not available 2 Status or no use V LORAN C cycle lock warning flag 3 XTD cross track distance Magnitiude 4 Direction to steer L or R 5 XTD units N nautical miles 6 7 8 Status A arrival circle entered V arrival circle not passed Status A perpendicular passed at waypoint V perpendicular not entered Bearing origin to
27. 26 LLL L IN 7 VNNHINV J LVSAVWNI 1 8 1VSSVANI TW 39N341HMHINI TWALAW 01 SWNNHINV HI 53991510 NIIIVAVdS FHL SADHS NULLO SNILNADW 5100944106080 CD INI GR af 6 B EF GS R U D 5 1 TABLE 1 069 mn DIMENSION TOLERANCE GE lt 11 90 lt L 100 25 A 4 0 lt Ls 50 3 q R100 85 CO 4mm 14 18143 mm 036 19 mn ARVAME 24171 THREAD PER 254mm 1 INCH 14 PITCH 18143 mm THREAD LENGTH 19 mm OR MORE PITCH DIAMETER 24 17mm xo TABLE zit J 352 107 re 7 10 TNC P 3 1 10 173 06 GPA 0178 TNC J 3 NOTE TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED mf GPA O17 017S M ITE mri C4846 o DRAWING FURUNO ELECTRIC CO LTD FURUNO CO 4mm 18143 mm 15 17 mm ARVAME 0417 mm 14 THREAD 23 4mm 1 INCH 14 PITCH 1 8143 mm THREAD LENGTH 15 17 mm PITCH DIAMETER 24 17 1 TABLE1 X 4 4s NO 2 TABLE cre EP e 1 1 TABLE 1 INDICATES
28. 3 ADJUSTMENTS 3 5 5 Ethernet output setting Press the MENU ESC key to open the main menu 2 Select 7 1 0 then 5 Ethernet Ethernet 1 Sentence E IP ADR Port MP IP ADR Port Select 1 Sentence Press the cursorpad to select the sentence then press the NU CU ENT key Press the cursorpad 4 or gt to select the TX interval TX interval is available in 0 1s 0 25 1sec 2sec 3sec 4sec 5sec 6sec 10sec 15sec 20sec 30sec 60sec and 90sec Only for GGA GLL GNS and VTG Note For the TX interval of 0 1s or 0 2s set the positioning cycle Refer to Op 5 Manual as follows For 0 1s set the positioning cycle at 10Hz For 0 2s set the positioning cycle at 5Hz 10Hz Press the NU CU ENT key Press the MENU ESC key Select 2 IP ADR Port IP Address 399 192 000 004 Port 60004 Enter Cancel Enter the IP address and port setting value 49152 to 65535 for the output des tination with the numeric keys When setting dual configuration see section 3 7 set 239 192 000 004 for IP address and 60004 for port 10 Move the cursor to select Enter then press the NU CU ENT key 11 Press the MENU ESC key to close the main menu 3 ADJUSTMENTS 3 5 6 DATA 2 or 4 input setting 1 Press the MENU ESC key to open the main menu 2 Select 7 then 6 Data Source Select Data Source Select Data1
29. 330 001 111 910 10 antenna unit ype Antenna No 13 QA310 001 111 900 10 Base Antenna No 13 No 13 RC5160 001 111 920 10 Mount Kit 01111 004 365 780 MJ AGSPF0011 050C Cross cable 5m 6 4 0359202 000 156 690 10 2 3 100 Cross cable 10m 6P 4P For DATA1 2 3 MJ MA6SPFO011 200C s aA MJ emen 050C w connector 5m 7P L DATAA Cable Assy p a m ugue Cd WPAS0001 030 000 164 609 10 1 3m Waterproof Beacon Receiver Set OP20 42 000 023 637 100 i For 220VAC sd Rectifier 1 00 115V AC200 9 PP 505FP Data Switch Box _ MD 200 Interface Unit IF 2503 1411 EQUIPMENT LISTS VI This page is intentionally left blank 1 MOUNTING NOTICE Do not apply paint anti corrosive sealant or contact spray to coating or plastic parts of the equipment Those items contain organic solvents that can damage coating and plastic parts especially plastic connectors 1 1 Display Unit When selecting a mounting location for GP 170 keep in mind the following points Keep the display unit out of direct sunlight Locate the unit away from air conditioner or heater The temperature at the mounting location shall be between 15 and 55 Locate the unit away from exhaust pipes and vents The mounting lo
30. BT Heartbeat sentence HBT x x A x hh lt CR gt lt LF gt 123 1 Configured repeat interval 00 0 to 99 9 s 2 Equipment status A Normal V System fail 3 Sequential sequence identifier 0 to 9 HDG Heading deviation and variation HDG x x X X a X X a hh lt CR gt lt LF gt 12345 1 Magnetic sensor heading degrees 2 Magnetic deviation degrees 3 E W 4 Magnetic variation degrees 5 E W HDM Heading Magnetic HDM x x M hh lt CR gt lt LF gt 1 2 1 Heading degrees 2 Magnetic M AP 12 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 HDT Heading true HDT xxx x T hnh CR LF 12 1 Heading 5 2 MSK MSK receiver interface MSK x xX a X X a X X X a nh lt CR gt lt LF gt 1234567 1 Beacon frequency 2 Auto manual frequency A M 3 Beacon bit rate bits s 4 Auto manual bit rate A M 5 Interval for sending MSS status in seconds 6 Channel number 7 Sentence status Flag MSS MSK receiver signal status CRMSS 32 1 43 2 312 5 100 1 hh lt CR gt lt LF gt 1 2 3 4 5 1 Signal strength 2 Signal to noise ratio SN db 3 Beacon frequency kHz 4 Beacon bit rate bits s 5 Channel number equal to 1 or NULL for single channel receivers MTW Water temperature MTW x x C lt CR gt lt LF gt L__ 1 1 Water temperature degrees POS Device position and ship dimensions report or configura
31. C BOD BWC BWR BWW DTM GBS GGA GLL GNS GRS GSA GST GSV HBT POS RTE VTG WCV WNC WPL XTE ZDA Input sentences DATA 1 DATA 2 DATA 4 ACK ACN DBT DPT HBT HDG MSK MSS MTW THS TLL VBW VHW Not used for SOLAS ships When using an internal or external beacon When using an internal beacon Ethernet ACK DBT HBT MTW THS TLL VBW VHW Not used for SOLAS ships FURUNO proprietary sentences DATA 1 DATA 2 DATA 4 Input PFEC pireq GPatt GPhve DATA 1 DATA 2 DATA 3 DATA 4 Output PFEC pidat GPals DATA 2 Input Output DUAL mode only PFEC GPalm GPasc GPdst GPmr2 GPmsk GPreq GPrt2 GPtrp GPrai GPxfr Ethernet Input PFEC AGFPA pireq GPatt GPhve Ethernet Output PFEC pidat rminf AP 1 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 Ethernet Input Output DUAL mode only PFEC GPasc GPdst GPmr2 GPmsk GPreq GPrt2 GPtrp GPalm GPrai Transmission interval All sentences except ALR and HBT output at the interval selected 00 90 s Load requirements as listener Isolation Photo coupler Input impedance 470 ohms Max voltage 15V Threshold 3 mA in case of connection of FURUNO device talker Data transmission Data is transmitted in serial asynchronous form in accordance with the standard referenced
32. IVIdd1VW HEI LINA VNN3INV az C LINN 4 amp ON 3002 N011d13053d 1 111010 MVN IdMdSSV 318 oN 4009 NOILdIY9S30 _____ Il 0 986 490 GIO 07ldD LST ONIWOVd 4 G86 X d0Z JWVS JHL SI 1ITVTnO LOnQOdd E 30 NI GaddIHS 38 VN LONGOYd 43MO13HL NALI NV 303 03151 38 VA 530090 ANY S3dAL NI SNOISN3WIG amp 2 8l 2 CO bs Ed FEE PY OG BHR CO Ad TOPs erg l NOLLVOIJIO3dS NIWdH 1 d N338 SVH LINN VNN31NV Z BUS 1 1 0 1 0 VIdALVW dALLV 5 dO YIANNN 3009 JHL S ITVOIdNI 33000 ETE 18 355 318 C334 L 4 AEI 9NINV3IO 001 f4 6n L 00110 06d3 3140SS3990V f oldVd ddVd S 4 4 S1uVd 6 111 000 IVIINVM TIVISNI BR LINA AV 19510 da 8 2 068VV W 116 1 000 30119 5 401 4390 LI 3 5 IdMHSSV VNNALNY 068YV S0 96 1 1 000 5 401 440 1 200 IdMHSSV VNN3INV 12 CH 068YV NO LINA VNN3INV LIE LINN 4 amp r ON 3009 101 14180530 3MVN 00 006 lt 74
33. JNIINIUM dMV 1 KOH HEB E e 340 3901 ONIA 341 3187 C G HI 3 1893 SNISN 94e FORN C MESES 3419 9 350 RaCdzvOCG TiO0 0 d ONTINAUW LSVN ASN 318v2 VNNINW ST g EZMAN Y 22 0 4 Ri Y 0 NIINIM 1SW ONMOVY YA V LO NNDO 553415 39V 19 31899 JHL LSTAL AVW VNNJINV WNNGINY JHL LUN 3SV8 VNNHINV 3919 NANL VNNHINV INIXIS IIVAUNVH LSWW OL WAHL XIA 15814 VNNGINV OL 3598 VNNILNY 1414 N3LSVA T ALON Z0 MOSS Gods CEO RS C LOL AS d ZT LLC LEY 3491 NIA JS VNNJINV MMCC9 OL MM6I9 38 AVW IIVdUNVH HL 30 4313912 HL 0190 YII 908 0009N 3009 091628 1574 HV NVH 35 IIVdUNVH v11 908 000 o L CC lt 6 ln 091638 Ye eee La RIZACAY OAUMACECCEY LE Len 0 40 431 19 3934 JONVISIC WNW NIA INNON UN 2050 22Y082 X ABE 2E HAV ACK Sd9 T IVSWRNI NIRIIA INTI ION T 50 T THUE VNNHINV CAHA JHAD 6 4 FX VNNJINV dIHA C HH JW FLO 6 X VNNHINV ATI ES 4204664
34. Noise is less than 7 WER Word Error Rate shows 100 check the following Check the grounding Check for radar interference Check for noise from the ship s mains 3 7 3 ADJUSTMENTS 3 4 3 4 1 3 4 2 Ethernet Setup The settings described in this section are done at the service menu which the custom er cannot access to Do as follows to access it 1 2 Change the display to the course display see the Operator s Manual Press the cursorpad A V V 4 and then press a a a a The color of the menus changes from gray to black How to Set the IP Address Press the MENU ESC key to open the main menu 2 Select 8 System Setting then Network IP Address 72 031 018 011 Subnet Mask 255 255 000 000 Default Gateway 172 031 001 001 Enter Cancel 3 Select 2 Ethernetl 4 Enter the IP addresses for your equipment setting range 172 16 0 1 to 172 31 255 254 subnet mask and default gateway with the numeric keys Note Be sure the IP address is not the same as other equipment on the network 5 Move the cursor to Enter then press the NU CU ENT key SFI Setup SFI System Function ID is an identification code used by the system 1 2 Press the MENU ESC key to open the main menu Select 8 System Setting then 7 Network 3 Select 4 SFI SFI ccnnnn GP00 0 23456789 BS Enter 3 4 3 3 ADJUSTMENTS 4 Do the following
35. PODLOATPANS PIN zr ne NvTAEE j AS GINS Z dSH 78 e aa 6 74 q NVTAEE q AC NYT qe d 89 d QON ZHWOS gv 6 22050 ZHINOS Z INSIZLdd9IW 8 449 the TX RX lines on HX1188NLT For layout purposes and to prevent miswiring Note nected reversely of shown here The TX and RX lines share the same transformer structure so there is no problem AP 5 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 Sentence description AAM Waypoint arrival alarm GPAAM A A x x N c c hh lt CR gt lt LF gt 12345 1 Status A Arrival circle entered V Not arrived 2 Status A Perpendicular passed at waypoint V Not arrived 3 Arrival circle radius nm 4 Units of radius nautical miles 5 Waypoint ID ACK Acknowledge alarm ACK xxx hh lt CR gt lt LF gt 1 1 Local alarm number identifier ACN Alert command ACN hhmmss ss aaa x x x x ca a hh lt CR gt lt LF gt 1 2 34 56 Time hh 00 to 23 mm 00 to 59 ss ss 00 00 to 59 99 null Manufacturer mnemonic code 3 digit alphanumeric code null Alert identifier 0 to 10322 Alert instance 1 to 999999 null Alert command from ext equipment Q Request from ext equipment O Responsibility transfer S Silence from ext equipment Sentence status flag C should not be null field Sentence without C is not a c
36. SHIELD NC 5 gt FG SG Ls 5 NC SOGND 6 TM BLU FG 6 ALM3 C 26 C 6 FG FG 7 100 115 ee eee 20 2300AC 00 18 Ty ATUS XE JIL LAS e Oy RECTIFIER OZ ER Fe S6 EN 24VDC 5 CO PR 240 x2 duds US zi LOC C BACK UP 4 12 24 VDC 34 V_IN LOC NO mv INC LOC NC 32 ae FG SG REM H 220 230VAC E 5 1 50 60Hz FG SG Lives No 16 1 E RECTIFIER 1 25 IPR 62 2 1 1 2 3 6dB 8D FB 0 165dB m 3D 2V 0 65dB m SRANN 4 Jun 2014 YAMASAKI GP 1 70 CHECKED d RC NOTE 4 Jun 2014 MAKI GPS DUAL 1 SHIPYARD SUPPLY APPROVED lt x2 OPTION 5 2014 3 ADJUST CABLE LENGTH FOR TOTAL LOSS WITHIN 648 8D FB 0 165dB m 3D 2V 0 65dB m II GPS NAVIGATOR DUAL 4 WATERPROOF AT CONNECTOR PANEL IS INVALID WHEN A STANDARD LAN CABLE USED DWE JJoo_n02 F INTERCONNECTION DIAGRAM FURUNO ELECTRIC Co LTD
37. Standard Steering rating of the equipment compass compass Connection of an incorrect power Display unit supply can cause fire or damage GPA 021S the equipment SYSTEM CONFIGURATIONS Single configuration Antenna Unit Antenna Unit Antenna Unit GPA 021S GPA 020S GPA 017S w internal beacon receiver w o internal beacon receiver USB Flash Memory 2 Echo Sounder Autopilot Printer PP 505FP DGPS Beacon Receiver Interface Unit IF 2503 110 220 VAC Display Unit FR 240 100 to 115 200 to 230 VAC 12 24 VDC SYSTEM CONFIGURATIONS Dual configuration Antenna Unit Antenna Unit Antenna Unit Antenna Unit Antenna Unit Antenna Unit GPA 021S GPA 0208 0175 GPA 021S GPA 020S 0175 w internal beacon receiver w o internal beacon receiver Switching Hub Echo Sounder Echo Sounder E Autopilot Autopilot Rectifier Printer PP 505FP Printer PP 505FP Rectifier PR 240 DGPS Beacon Receiver DGPS Beacon Receiver PR 240 17777 _ Interface Unit IF 2503 Interface Unit IF 2503 100 to 115 1 100 to 115 200 to 230 VAC 200 to 230 VAC 12 24 VDC 12 24 VDC Environmental category Exposed to the weather Protected from the weather EQUIPMENT LISTS Standard AN wu Unit GPA 017S uma For
38. VBW VHW PFEC AGFPA GPatt PFEC GPhve PFEC llals pireq RTCM sc104 or the following sen tence selected by menu IEC 61162 1 Ed 3 4 and NMEA 0183 Ver 1 5 2 0 AAM ALC ALF ALR APA APB ARC BOD BWC BWR BWW DTM GBS GGA GLL GNS GRS GSA GST GSV HBT MSK MSS POS RMB RTE VDR VTG WCV WNC WNR WPL XTE ZDA llalr pidat PFEC GPals PFEC GPxfr RTCM sc104 or the following sen tence selected by menu IEC 61162 1 Ed 3 4 and NMEA 0183 Ver 1 5 2 0 AAM ALC ALF ALR APB ARC BOD BWC BWR BWW DTM GBS GGA GLL GNS GRS GSA GST GSV HBT POS RMB RMC RTE VDR VTG WCV WNC WPL XTE ZDA pi dat PFEC GPals GPxfr UsB GPX not used on SOLAS ships for IEC61162 2 high speed transmission Note 1 BWC BWR GGA GLL RMB RMC or WPL is required to output DTM Note 2 The settings and registered data can be saved to or loaded from a USB flash memory For details refer to the Operator s Manual You can edit the settings and reg istered data with a text editor on your PC 3 5 3 3 ADJUSTMENTS Rate of operation TX rate of operation is the percentage of output in second pears on screen short intervals assigned to many sentences of op eration increases as illustrated below TX ra
39. XX XX XX XX X X X X X X n hh lt CR gt lt LF gt 12 3 4 56 7 1 Mode M manual forced to operate in 2 2D 3 3D mode A automatic allowed to automatically switch 2D 3D 2 Mode 1 fix not available 2 2D 3 3D 3 ID number of satellites used in solution 4 PDOP 5 HDOP 6 VDOP 7 GNSS System ID AP 11 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 GST GNSS pseudorange noise satistics GST hhmmss ss X X X X X X X X X X X X X X hnh CR LF 1 23 4 5 6 78 1 UTC time of the GGA or GNS fix associated with this sentence 2 RMS value of the standard deviation of the range inputs to the navigation process Range inputs include pseudoranges and DGPS corrections Standard deviation of semi major axis of error ellipse m Standard deviation of semi minor axis of error ellipse m Orientation of semi major axis of error ellipse degrees from true north Standard deviation of latitude error m Standard deviation of longitude error m Standard deviation of altitude error m COND OF C GSV GNSS satellites in view GSV x X XX XX XX XXX XX X XX xxx xx h hh CR LF L IL IL 1234567 8 9 10 Total number of messages 1 9 Message number 1 9 Total number of satellites in view Satellite ID number Elevation degrees Azimuth degrees true SNR C No NULL when not tracking Second and third SVs Fourth SV 10 Signal ID N O H
40. _ PILL Tagetiattudeandongtude Oo oOo o vew Dualgreundwaerspeed VHW Water speed andheading SSS not used on SOLAS shlps DBT DPT HBT HDG MSK MSS TLL VBW VHW 3 11 3 ADJUSTMENTS Input sentence of Furuno proprietary sentence Sentence Descipton AGFPA Autopilot information from FURUNO autopilot equipment GPatt Pitch and roll SPFEC GPhve Contact signal Dired Product information Others Sentence o 52104 Data for DGPS Data for waypoint route and track DATA1 RTCM sc104 or the following sen DATA2 tence selected by menu IEC 61162 1 Ed 3 4 and NMEA 0183 1 5 2 0 HDG MSK MSS MTW THS TLL VBW VHW PFEC AGFPA GPatt GPhve PFEC llals pireq DATA3 External MOB DATA4 sc104 or the following sen tence selected IEC 61162 1 Ed 3 4 and NMEA 0183 1 5 2 0 DBT HDG MSK MSS MTW THS TLL VBW VHW PFEC AGFPA PFEC GPatt GPhve PFEC llals PFEC pireq RTCM sc104 or the following sen tence selected by menu Ethernet IEC 61162 1 Ed 3 4 and 0183 Ver 1 5 2 0 ACK ACN DBT DPT HBT HDG HDM HDT MTW THS TLL
41. active satellites GNSS pseudorange noise statistics GNSS satellites in view Heartbeat supervision sentence MSK receiver interface MSK receiver signal status Device position and ship dimensions report or configuration command iil l 3 ADJUSTMENTS Description Recommended minimum navigation information cross track error direc tion to steer origin and destination waypoint ID destination waypoint lat itude and longitude range and bearing of destination wayopint destination closing velocity arrival alarm Routes ZDA Time and date not used on SOLAS shlps Sentence Recommended minimum specific GPS TRANSIT data UTC of position fix latitude and longitude ground speed course date magnetic variation RE 9 9 50 22202 Output sentence of Furuno proprietary sentence Contact signal PFEC pidat Product information GPals Alarm status SPFEC GPx Input sentence of IEC 61162 1 Ed 3 4 and NMEA 0183 Ver 1 5 2 0 Checksum is checked if attached and if any errors are found the sentence becomes Invalid Talker ID is not distinguished Sentence Acknowledge alarm AC Alert command K N DBT Depth below transducer o DPT HBT Heartbeat supervision sentence HDG Heading deWaionandvaraon IMSK MSKreceverntereee C OC o MSS MsKreceversignalstaus
42. and product names are trademarks registered trademarks or service marks of their respective holders FURUNO ELECTRIC CO LTD 9 52 Ashihara cho Nishinomiya 662 8580 JAPAN rights reserved Printed in Japan Pub No IME 44820 A GP 170 Elemental Chlorine Free he paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer JUN 2014 00017713110 N SAFETY INSTRUCTIONS The installer must read the appropriate safety instructions before attempting to install the equipment WARNING Indicates a potentially hazardous situation which if not avoided could result in death or serious injury CAUTION Indicates a potentially hazardous situation which if not avoided may result in minor or moderate injury Examples of symbols N Warning Caution Prohibitive Action Q Mandatory Action A WARNING CAUTION Do not disassemble or modify Ground the equipment to prevent the equipment electrical shock and mutual interference Fire electrical shock or serious injury can occur daa Use the proper fuse Turn off the power at the Use of an incorrect fuse may switchboard before beginning damage the equipment the installation Fire or electrical shock can result Observe the following compass safe if the power is left on distances to prevent interference to a magnetic compass Be sure that the power supply 1 compatible with the voltage
43. arning flag or other navigation systems when a reliable fix is not available 2 Status A data valid V LORAN C cycle lock warning flag 3 Magnitude of cross track error 4 Direction to steer L R 5 Units nautical miles fixed 6 Mode indicator A Autonomous mode D Differential mode S Simulator mode N Data not valid ZDA Time and date GPZDA hhmmss ss xXx XX XXXX XX XX lt CR gt lt LF gt 1 2 3 4 56 1 UTC 2 Day 3 Month 4 Year UTC 5 Local zone hours 6 Loca zone minutes AP 17 1 1G86 X d0Z JWVS JHL SI 1ITVTnO LOnQOdd E 30 NI GaddIHS 38 VN LONGOYd 43MO13HL WALI NV 303 Q3ISTI 38 VA 53009 ANY S3dAL NI SNOISN3WIG amp 2 8l 2 CO bs Ed FEE PY OG BHR CO Ad TOPs erg l NOLLVOIJIO3dS NIWdH 1 d N338 SVH LINN VNN31NV Z BUS 1 1 0 1 0 VIdALVW dALLV 5 dO YIANNN 3009 JHL S ITVOIdNI 33000 ETE 18 355 318 C334 L 4 AEI 9NINV3IO 001 f4 6n L 00110 06d3 3140SS3990V f 6 111 000 IVIINVMI TIVISNI E ES sldVd ddVd S 349115 SdO1Vddd0 EI EEES sldVd HMVdS Bae 5 401 440 LINA AV 19510
44. ation 6 Press the NU CU ENT key 7 Press the MENU ESC key to close the main menu 3 ADJUSTMENTS 3 3 Beacon Operation Checking 1 Press the DISPLAY 1 key several times to select the integrity display 2 Press the cursorpad or Y to select the beacon mode 34 23 4567 030 PDOP RAIM 100 1342 23 4567 APT SRT Next1 42 Update Time UTC 00 18 01 Nov 2013 Receiver Type Internal Auto Station Name E ID REF1 REF2 0696 0697 320 5kHz Distance 19 NM 1 Station Health OK 2 Signal Quality SN 25dB mmm WR 0 55 7748 mama 5 GVW Sisnal Noise Ratio More Information EBA Reciever Signal Level EL Select Beacon Station 1 Station Health The message OK is shown when beacon is working properly If the correction data sent from the beacon reference station has an error the message Unmoni tored or Don t use is shown 2 Signal Quality SN Signal Noise Shows the signal to noise ratio of the received beacon signal This value is between 0 and 50 The higher the value the better the signal The value is normally 25dB 3 SS Signal Strength Shows the electric field intensity of the beacon signal This value is between 0 and 100 The higher the value the stronger the signal 4 WER Word Error Rate Shows error ratio This value is between 0 and 100 0 indicates the correction data has no error Note When SN Signal
45. cation should be well ventilated Mount the unit where shock and vibration are minimal comply with IEC 60945 Ed 4 Keep the display unit away from equipment that generates electromagnetic fields such as motor generator Formaintenance and checking purposes leave sufficient space around the unit and leave slack in cables Minimum recommended space is shown in the outline draw ing for the display unit The GP 170 can be flush mounted in a console or panel or mounted on a desktop Refer to the outline drawing at the end of manual 1 1 1 Table top mounting Mount the display unit on a desktop using the hanger 1 MOUNTING 1 1 2 1 2 Flush mounting fixed front An optional flush mount kit type F is required For details see the outline drawing at end of this manual Name Flush Mount Kit F Type OP20 41 Code No 001 243 900 Type Self tapping screw 5x20 SUS304 000 162 608 10 Hex bolt M6x12 SUS304 000 162 897 10 Spring washer M6 SUS304 000 158 855 10 Cosmetic panel 20 035 1061 100 380 480 10 Flush mounting fixed at rear An optional flush mount kit type S is required Name Flush Mount Kit S Type OP20 40 Code No 001 243 890 Name Type Qty Wing bolt M4x30 YBSC2 000 168 243 10 Hex bolt M6x12 SUS304 000 162 897 10 M4 YBCS2 000 168 239 10 Spring washer SUS304 000 158 855 10 Flush mount metal 20 035 1062 100 381 290 10 1 Prepare a cutout in the
46. four places 90 from one another Insulator Fold back aluminum foil onto shield trim Trim aluminum tape foil here 1 Expose the insulator 1 5 Expose the core by 5 mm Pin Slip the onto the conductor Solder Clamp Nut Shell together through the hole on the pin Insert the pin into the shell Screw the Ls lt clamp nut into the shell Solder through Tighten by turning the clamp nut Do not the hole tighten by turning the shell 1 This is intentionally left blank 2 WIRING CAUTION Ground the display unit to prevent loss of sensitivity and mutual interference Connect equipment referring to figure below the interconnection diagram at the back this manual Antenna Unit GPA 021S 0205 0175 Rear of Display Unit Ground terminal Cable for Ethernet Use the following cable for waterproof MOD WPAS0001 030 UI Note If the optional waterproof cable is not used fix the LAN Flat washer cable to the of the N clamp with the cable tie ing bo provided INPUT HUB 100 Black X White J Base of the clamp External equipment Note fuse is not waterproof Wrap the fuse holder with vinyl tape to keep water out of the fuse holder 2 1 Grounding The display unit contains several CPUs While they are
47. in IEC 61162 1 and IEC 61162 2 The first bit is a start bit and is followed by data bits The following parameters are used Baud rate 4800 for IEC61162 1 38400 for IEC 61162 2 Data bits 8 D7 0 parity none Stop bits 1 IEC61162 1 Edition 4 0 2010 11 Third edition 2007 04 IEC61162 2 First Edition 1998 09 IEC61162 450 Edition 1 0 2011 06 Schematic diagrams DATA 1 2 or 3 port output 5 1V D 19 E SN65LBC172A16DWR TD1 A TD2 A lt H aH SO A 10 TD3 A TD2 B TB NZ lt N 1 70 co 70 UJ lt J 2 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 DATA 1 or 2 port input DATA 4 port 1081 1081 NMEA TD NMEA RD R56 13A2 13A2 13C2 13C2 R264 gt 155226 TE85L 15V 15V 330 0 68W 149 3P Rota 330 3 110 RB160L 40TE25 T1 CR11 5 1V D gt a 31160R LF1 TC7SETO8FU T5L RD4 A 1016 y RD4 B 10k p279 TD4 A 2 4 1 TD4 B R280 Pays TC7SHO8FU_TE85L 16362 ISOGND 10u 16V LTC1535ISW TRPBF 3 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 DATA 1 2 3 4 port external output Shield AP 4 MJ A6SRMD NFM21CC470U1H3D FL
48. m 96 PR 240 100 230 p WT pp mA S MT T RDI TD1 A RADAR PLOTTER IF 2503 TD1 A PR 62 2n BK TD4 B TD1 B 2 5 BLK L 2 RD1 C TD1 B 18 ini 5 E uve 2 TD1 B E YEL 3 RD4 A RD1 H 3 gt det YEL 13 FG SG FG SG 9 YEL ks r NAV EQUIPMENT e J GRN HK C 4 me RD4 B RDI C we 4 HL YE sp y GRN gt 14 GRN YC 4 RDI C LEVEL CONVERTER RED K5 NG NC 52 TD B TD2 8 Ls 5 NC EXT BEACON RECEIVER BLU 6 ISOGND FG 6 6 FG SG FG SG 6 FG PRINTER ETC 7 FG ALM1 C NN A6SPF0003 ALM1 NO ejoa MJ A6SPF0003 MJ AJSPF0003 0500 5m 6 5 0500 5m ALM1 NC ALARM SYSTEM 050C 5m 6 45 04 21224 TD3 A 1 LE CT NMEA FG SG NMEA 1 TD3 A TD4 B 2 XH 5 E Bk EQUIPMENT TD3 B 204 ALM2 C s 2 TD3 8 RD4 H 3 YEL PRINTER ETC 12 24 VDC 9 MOB 8 ALM2 NO 23 MOB MOB H RD4 C 4 5 1 shy RN 3 6 9 2 gt MOB C 4 ALM2 NC Lic 4 MOB C 52779 gt RED 3
49. mounting location whose dimensions are 242 W X 152 H mm Insert the unit to the cutout 3 Attach two flush mount metals to the unit with two hex bolts M6x12 and two spring washers Screw four wing bolts to wing nut Fasten the unit with wing bolts assembled at step 4 and then tighten nuts 5553 2Z il Ch Le 1 2 1 2 1 1 Antenna Unit Mounting Install the antenna unit referring to the INSTALLATION PROCEDURE at end of manual When selecting a mounting location for the antenna unit keep in mind the fol lowing points Select a location out of the radar and inmarsat beams Those beams will obstruct or prevent reception of the GPS satellite signal The location should be well away from a VHF UHF antenna A GPS receiver is in terfered by a harmonic wave of a VHF UHF antenna The should be no interfering object within the line of sight to the satellites An object within line of sight to satellites for example a mast may block reception or prolong acquisition time Mount the antenna unit as high as possible to keep it free from interfering objects and water spray Freezing water can interrupt reception of the GPS satellite signal 1 3 1 MOUNTING 1 2 2 Extending antenna cable length Extension cable line up The standard cable is 15 m long 30 m 40 m and 50 m long extension cable sets are optionally available om CP20 02720 001 207 990 CP
50. ommand O ALC Cyclic alert list ALC xx xx xx x x aaa x x x x x x hh lt CR gt lt LF gt 1234 5 6 7 8 9 Total number of sentences this message 01 to 99 Sentence number 01 to 99 Sequential message identifier 00 to 99 Number of alert entries 0 to 3 Manufacturer mnemonic code FEC null Alert identifier 999 or 10001 to 10999 Alert instance null Revision counter 1 to 99 Additional alert entries same as 5 and 8 N 6 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 ALF Alert sentence ALF x x x hhmmss ss a a a aaa x X X X X X X c c hh CR LF 123 4 567 8 910111213 Total number of ALF sentences this message 1 2 Sentence number 1 2 Sequential message identifier 0 to 9 Time of last change hh 00 to 23 mm 00 to 59 ss ss 00 00 to 60 99 null Alert category A Alert category A B Alert category B C Alert category C null 6 Alert priority A Alarm W Warning C Caution null when 2 is 2 7 Alert state V Not ACKed S Silence A ACked O U Resolved Not ACKed N Normal state null when 2 is 2 8 Manufacturer mnemonic code FEC null 9 Alert identifier 999 or 10001 to 10999 10 Alert instance null 11 Revision counter 1 to 99 12 Escalation counter 0 to 2 13 Alert text max 18 characters ARON ALR Set alarm state ALR Hhmmss ss xxx A A c c hh lt CR gt lt LF gt 1
51. operating they radiate noise which interfere with other radio equipment Ground the unit as follows to prevent it ground wire should be 1 25sq or larger ground wire should be as short as possible 2 1 2 WIRING 2 2 2 3 External Equipment DATA1 DATA2 DATA3 DATA4 and Ethernet ports used to connect external equipment such as autopilot remote display navigation equipment DGPS beacon re MAIN Board How to set the termination resistors on jumper blocks Use the jumper block J15 on the MAIN Board 20P8209 to set termination resistor J6 on or off The default setting is termination resistor on When setting the starting ending terminal for the multipoint connection or multipoint is not connected termination resistor ON When not setting the starting ending terminal for the multipoint connection termina tion resistor OFF p Xt SUM gt Ba 1 2 xine Cade CCORA YA a i 4 f gt m 323355399 mw 2 oa 1 dox nt RS 4 7 Ta r m D hA w 4 E gt RE HS ES Ge lt 2 i aV N gt 1 11 mee 4 j ATIS i ra
52. te of operation Low TX rate of operation High 3 5 4 Note 1 When outputting data without rest intervals between data TX rate of operation is 100 In this case wrong data may be shown on the receiver because it cannot recognize intervals between data Thus do not output unnecessary data or set TX in terval to large value so that TX rate of operation becomes small Note 2 The GP 170 may not be able to display data from external equipment correctly when the volume of TX data exceeds the GP 170 s data handling capability If this oc curs lower the TX rate Set the TX rate to 60 for the Temperature Indicator 20 and other equipment This will create a gap between each data transmission to com pensate for occasions when data is not output regularly DATA 2 3 or 4 output setting 1 Press the MENU ESC key to open the main menu 2 Select 7 1 0 Output Datat amp 3 Output Data2 Output Data3 Output Data4 Ethernet Data Source Select Line Monitor Dual 3 Select 1 Output Data1 Output 1 71 Mode IEC NMEA IEC 61162 1 Ed 4 GP 4800 bps 3 13 3 ADJUSTMENTS 3 14 4 11 Select 1 Select 1 IEC NMEA 2 RTCM IEC NMEA NMEA sentence output RTCM Binary output It is outputting the beacon binary information to exter equipment Select 2 Formatl EC 61162 1 Ed 4 IEC 61162 1 amp 3
53. tion command W POS cc xx a X x X x x x a x x x x a hh lt CR gt lt LF gt 1 234 5 678 910 1 Equipment ID IEC 61162 1 Ed 4 2 Equipment number 3 Position validity flag A valid V invalid 4 Position X coordinate 5 Position Y coordinate 6 Position Z coordinate 7 Ship s width and length A valid V invalid 8 Ship s width 9 5 length 10 Sentence status flag is status of current settings C sentence is a configuration command to change settings AP 13 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 RMB Recommended minimum navigation information GPRMB A x x L CCCC CCCC xxxx xx a XXXXXX XX a XXX X XXX XxX xX A a hh CR LF 123 4 9 6 7 9 9 10 11 121314 Data status A data valid V navigation receiver warning Cross track error Direction to steer L R Origin waypoint ID Destination waypoint ID Destination waypoint latitude N S Destination waypoint longitude E W 10 Range to destination nautical miles 11 Bearing to destination degrees true 12 Destination closing velocity knots 13 Arrival status A Arrival circle entered or perpendicular passed V not entered passed 14 Mode indicator A Autonomous D Differential mode E Estimated dead reckoning mode M Manual input mode S Simulator N Data not valid RMC Recommended minimum specific GNSS data GPRMC hhmmss ss A llll lla yyyyy yy a x
54. to the service menu Refer to section 3 4 Press the MENU ESC key to open the main menu Select 6 Maintenance then 2 Self Test Select Sound Test NENNEN 3550 Left down Right up 9 Voltage 150 Press the cursorpad W to select Frequency or Voltage Press the cursorpad 4 gt to value Press the MENU ESC key to close the menu How to Set Dual Configuration You can configurate two dual differential GPS navigator systems and an interface unit Press the key to open the main menu Select 7 I O then 8 Dual E Serial Data2 amp 3 Ethernet Select 1 No 2 Serial Port2 or 3 Ethernet No Not set dual configuration Serial Data2 Sets dual configuration using data2 Ethernet Sets dual configuration using Ethernet Press the MENU ESC key to close the main menu 3 19 3 ADJUSTMENTS This page is intentionally left blank 3 20 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 Output sentences 1 DATA 2 3 4 ALC ALF ALR ARC BOD BWC BWR BWW DTM GBS GGA GLL GNS GRS GSA GST GSV HBT MSK MSS POS RMB RTE VTG WCV WNC WNR WPL XTE ZDA Not used for SOLAS ships When using an internal or external beacon When using an internal beacon Ethernet ALC ALF ALR AR
55. x x x ddmmyy x x a a a hh lt CR gt lt LF gt 1 23 4 5 6 7 8 9 10 11 1213 UTC of position fix Status A data valid V navigation receiver warning Latitude N S Longitude EAN Speed over ground knots Course over ground degrees true Date 10 Magnetic variation degrees E W 11 12 Mode indicator A Autonomous D Differential mode E Estimated dead reckoning mode M Manual input mode S Simulator N Data not valid 13 Navigational status indication GQ N Rnn Routes Rnn C C C C C C e e c c hh lt CR gt lt LF gt 1 2 3 4 15 1 nn route number 2 Origin waypoint identifier 3 Destination waypoint identifier 4 Waypoint identifier e e Additional waypoint identifiers 15 Waypoint n identifier 14 APPENDIX 1 DIGITAL INTERFACE IEC 61162 1 EDITION 4 2010 11 RTE Routes RTE X X X X a C C C C e e c c hh lt CR gt lt LF gt 123 4 5 ee 6 Total number of messages being transmitted Message number Message mode C complete route w working route first listed Route identifier Waypoint identifier e Additional waypoint indentifiers 6 Waypoint n identifier THS True heading and status THS xxx x a hh lt CR gt lt LF gt 1 2 1 Heading degrees True 2 Mode indicator A autonomous E estimated M manual input S simulator V data not valid TLL Target latitude and longitude GPTLL xx Ill Il a yyyyy yy a c c hhmmss ss a
56. y t 4 41 x 4 gt a MAIN BOARD 20P8209 Jumper block J15 Connector J6 SHORT Termination resistor ON default setting SHORT Termination resistor OFF Factory default setting on DIP switch PoP switch SB Factory default setting 3 ADJUSTMENTS 3 1 Checking Operation 1 Turn on GP 170 following display 1 gt 451 LI GP 170 Self test 5 GPS YES 48504650xx RON OK Push any key to skip BEACON YES 2051544 01 xx RAM OK MAIN YES 2051542 01 xx ROM OK Self test display at equipment start 2 Confirm OK on the self test display Note The display related to BEACON appears at the bottom of the start up screen when DGPS beacon receiver is built in the GP 170 The following display appears Your display may look slightly different from the one shown here depending on the devices connected to your product 34 23 4567 FIX PDOP o 134 23 4567 122428 1o7jpr7201 4D o l n CURSOR INFO i 34 23 4650 N x x x 134 23 4670 TE TO mo T ZEN 044 9 db d 0 012 COG mM E NN MN x 020 5 8 000NMO 22 24 26 2 12 5kn Change Graphic Display EEL Scroll 3 1 3 ADJUSTMENTS 3 Press the MENU ESC key to open the main menu m Display

GP-170 Installation Manual English

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