Chevrolet 2010 Silverado 1500 Automobile User Manual
Contents
1. Name Danger Label Type 14 055 4202 0 Code No 100 245 220 TABLE OF CONTENTS SYSTEM CONFIGURATION eere nnn IV EQUIPMENTS V 1 MOUNTING 1 1 Mounting Methods for Scanner Unit 1 1 1 2 Fixing Holes in Mounting Platform 1 1 1 3 Fastning the Radiator to the Radiator 1 2 1 4 Mounting the Scanner Unit nennen nennen 1 2 SDISSIGV nir MOUNTING metr 1 4 2 CONNECTIONS 2 1 Connecting the Signal Cable ous cit u uu u 2 1 2 2 Display UnEConneclgons u l u i 2 2 2 3 Connection of External Equipment 2 3 2 4 Exchange of Fuse for 24 32V Power Supply 2 4 2 5 C sesso dade ooa unu unes 2 4 3 ADJUSTMENTS om eius e X 3 1 3 2 AGIUSUMG TUNING VIDS Oi SR 3 1 3 0 Ernitering Antenna 3 1 SA H AdO CC Oo o mE 3 2 S S Agjusiirig Sweep TIMING ttr 3 2 S GCAdUSING MB uuu n 3 3 3 7 Selecting STC Curve 3 3 BS Dead2. LM 3 3 3 9 Checking Magnetron Heater Voltage 3 4 4 INSTALLATION OF ARP 10 OPTION 4 Tl Necessaby as 4 1 4 2 MOUNINO te Sete echte osea e 4 1 1 4 1 INSTALLATION MATERIALS ACCESORIES SPARE PARTS A 1 OUTLINE DRAWING iu u a venere ru emus D 1 SCHEMATIC DIAGRAM EE EK S 1 SYSTEM CONFIGURATION Navigation device 61162 Video Sounder IEG 61162 In Out Gyro Gyro Converter compass AD 100 Integrated Heading Sensor PG 1000 Equivalent to NMEA 0183 IEC 61162 In Out Auto Plotter 24 rpm only Scanner Unit MODEL 1932 MARK 2 XN10A RSB 0070 064 24 XN10A RSB 0073 064 48 MODEL 1942 MARK 2 XN12A RSB 0070 059 24 rpm XN12A RSB 0073 059 48 rpm Display Unit RP 110 RDP 118 _ Remote Display FMD 81 1 1800 X External Alarm ARP 10 Buzzer OP03 21 12VDC 10A J 24 32 VDC 5A E Option Mess E Rectifier Local Supply RU 3423 e 12 24 32 VDC 115 230 VAC Note Even though the display unit meets waterproof standard IPX 5 the connection of ex ternal buzzer radar plotter and or remote display can affect waterproofness Watertight integ rity cannot b
3. REB wg 270B3202x9Z9BMckx AACE YCATIC LERH 1 811 4 q f Ul EFEKO lt e AAR LH 1 DE X 77 SJS PT 74 I AZN Z 1 p _ LA Po a 5 7 2 7 v4 G9Z 088 7 205 08 31V Id3WVN 0014 TVNIWH3I ND MILA Jigvi L 21512973 ONIMVHO 3NI 1100 T DN S310H DNIXI4 LINN VNN3JINV 16 gt G v O9XZIW SSVd dV9 310H MEM AC 0 sc 4 99Z Mod wi ERU lt gt S 07r 002 ONIXIJ 30 TIVL30 V BASIS EXE ON INDON3H 404 S310H ONIX 3 OZLXZIW S ONIXIA 3 18V9 40 11 130 ered C J38gri NOISONHO911NY Yr E GL 1V3S i388 H3HSVM TVIS dHIHS YANNI r ZIN RS 31719 dmWV19 OND 9LxbW b 31dVL X 9601 F SSW x La a HI9N31 6 9 328 MHM 0159804 V 3 vom Wi BEC CN Pg Uy SSVd 318VO LSVW DNILNNOW NO 0E 9Z 30H V IW 3 B SNOISNIWIQ JO IINVYI IOL AVL 7 LINN
4. 8 5 tq73Y0Y3 2073v004 9 8 5 20 3v0v3 107 4Y0Y3 28 gt T avava 80 3v0Y4 18 gt 0073Y0Y3 ONS gt e Y N QN9 gt Y UN5 26 Y 0N2 030147 AG 2 LEY gt AG 0301 030147 A6 5 GEY gt 46703014 1 gt A214 Ae S2Y5 A219 AS gt L235 A84 A84 30 35 A84 AS 52 5 AS 49 gt bk A54 AS L2V gt Age AS4 225 484 SIN 12Y5 2N IN 6Z LJN N7030 A70 9 6105 03014 QN9 S1Y5 0N5 879017 1339 1102 873017 1X322N QN9 3145 0N9 487 d0 gt 5145 487 40 ONS gt v1Y5 QN9 5131740 1V5 51317 40 089 21 Q0N5 OH 402 Ut 5 087 40 1 gt 0i Y gt QN 03014 gY gt OIDIA 089 2 BY 0NO 0X17 1X3 LY 5 X17 AYN Y Jav 0X 17 1X3 3Y gt X47 AYN Y dal N 3 2011tu gt SY H 3742 968 48 gt bY 5 9666 48 3201270342 1X3 EY 32012703427 1X3 N7Y1Y0703437 113 2 2Y Y1Y07 03427 1X3 06 5 iY OND gs sim Y QL2 170397 Y 53TH 4293 en 120 2 nN 12 3 2 nN HN gt 18 900 CARP z 5 Y m 848 _5 v Ji88 VY P168 181 SHASSIS POINTING DEVICE FURUNO EXE GHINS qus SNIYH S dIHS 2 SNIYH 5 SNIY 5 15 ISEI SNTYW 5 dIHS 5NIYN 5 9195 4SNIVH dIHS 1SNIYM S d
5. DIMENSIONS iN DRAWING FOR REFERENCE ONLY 7 Urey ii aD CODE No 008 441 400 FP03 04810 ACCESSORIES 03EL X 9503 0 MODEL1831 39 2 1832 MODEL1931 24 37 0 1 1932 23 7 MODEL1941 1942 74 2 MARINE RADAR DESCRIPTIONS FP03 04810 ig 008 441 400 REMARKS C3379 FO2 FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 2 l Et Up ER U N Cone wo 000 086 965 O3FN X 9301 5 03 12200 BOX NO LLL a _ 1832 1932 mum MODEL 1942 MODEL 1932MARK 2 MODEL 1942MARK 2 MODEL 1941R MARK 2 MARINE RADAR REMARKS CODE NO 45 DWG NO ditis OR TYPE NO NAME OF PART OUTLINE FGBO A 5A AC125V 000 549 064 FGBO 10A AC125V 000 549 065 ti X 03 129 1512 0 FUSE LABEL 100 248 780 FURUNO ELECTRIC CO LTD SHATT MFR S NAME C3441 P02 B DIMENSIONS IN DRAWING FOR REFERENCE ONLY L 1 OS 215412379 ONNAN JNIMVHO TNO oN LIND JHL DNIXIJ 0ZX9 SMAYOS 9Nlddyl ISN lt LIND MVdSIO SNOISNHWI 40 S31VOIONI 318VI 391AN3S
6. gt i t ma 3 g lt ONAS A woe oly se 03014 gt IE GLH 03IA 5 gt H RN 1 y lt 9NAS H 8481 I p gt HI oo S prat x 0 Hn I 9 V z l y dSHN 9 6 9 0 p98b 8 L 9 9 gt gt L gt 9101 90 gt 9 gt L n 44 Y gt 9 gt H NY9 4 EY E 49 49 gt TA y QND gt g gt 980 6 4 HNL gt 54 034 Wie 7 QNO NHB AV1dSIG 310838 QNO 27 48 Y wi dus d dgHN 89 us 807050 soir 9 1800 9NIMLL gt 1 gt D 13A K 9 lt 1NO00 9NINIL gt zi AZ9Z lt 91 lt 0301A gt 1151 1 1 Gi iz ei ano ND gt 9 gt gt gt lli BN E ON 8 gt ON gt 6 gt EEE S LL GND gt 8 AMD FNIT e yz lt ND Kt D B Ky wisest deze 2 gt 1 3AVdsi gt 9 gt i 1 i lt y 38 9 HEXL i gt p u 39910 1 SUN gt S Duo lt lt 71 597 PGEI 459 6000JJSgyrmL 89 d 2
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8. one of the fixing bolts of the cable gland assembly 6 Position the signal cable so that no more than 4 cm of the sheath is exposed as shown in the figure below Tighten fixing bolts on the cable gland assembly CABLE GLAND Figure 2 4 How to fix signal cable in cable gland Unfasten four screws shown in the figure below Figure 2 5 Scanner unit chassis cover opened 8 Pass the signal cable through the cable protector Cable protector Figure 2 6 Scanner unit chassis cover opened 2 2 Display Unit Connections Power cable connector oignal cable connector DJ 1 waterproof Left HDG connector 9 Connect the signal cable to the RTB Board 03P9249 referring to the inter connection diagram and the figure below Note that connector VH2P is not used 10 Attach three EMI cores to the signal cable as shown below J821 VH9P gm 1824 NH13P 823 VH4P Lead in cable here eX Tess d EMI core RFC 13 Route cable along here Figure 2 7 Scanner unit chassis cover opened 11 Fix the signal cable with the cable clamp 12 the stay and close the cover Loosely fasten the cover fixing screws you will have to make some adjustments inside after completion of wiring External equipment connector For Remote Display External Alarm Buzzer OP03 21 and Radar Plotter RP 110 Ground terminal N CAUT
9. 10 Sweep Timing Adjustment 11 MBS Adjustment Low Std Slave 000001 5H 000000 0H 2 3 4 5 6 7 8 9 Figure 3 1 Installation Setup menu 3 2 Adjusting Tuning Video Do the following to automatically adjust tun ing and video amplifier level input 1 Press the STBY TX key to transmit WARNING Before transmitting the radar make sure no one is near the scanner unit to Dre vent the potential risk of being struck by the rotating scanner and exposure to RF radiation hazard 2 the Installation Setup menu select 8 Tune Video Adjustment and press the ACQ ENTER key 3 The unit automatically adjusts tuning and video displaying the following message Tune Video Auto Adjustment Now under correction Return to installation setup menu after the correction Figure 3 2 Tune video auto adjustment message 4 When adjustment is completed the mes sage disappears 3 3 Entering Antenna Height The STC curve changes with respect to an tenna height above the waterline Enter an tenna height above the waterline to optimize the STC curve 1 Select 12 Ant Height from the Installa tion Setup menu and press the ACQ EN TER key 2 Operate the omnipad to select antenna height above the waterline Low 3 m or less Mid 3 to 6 m or High 6 to 10 m 3 Press the ACQ ENTER key 3 1 3 4 Aligning Heading Adjustment sector 0 359 90 You have mounted the scann
10. 200 TO BE SELECTED CODE 000 140 436 MJ B24LPF0005 300 BE SELECTED MEN 1 CODE 000 140 437 DWG NO C3462 M01 B FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY 3 4 P A C K I N G L I S T I 19AK X 9856 2 1 1 XN10A XN 2 UNIT lt L ANTENNA XN10A 12A L 1036 1 1255 XN12A INSTALLATION MATERIALS 000 851 313 1211 506 40 gt 000 000 854 118 118 rens NN SUS30 000 000 862 1801 151 i j LL NN SUS304 CES 008 MM JISB2401 1A G80 SEALANT bb 4901 HEX BOLT FLAT WASHER 000 000 864 1320 130 15 M8 505304 as 000 864 262 SPRING WASHER DWG NO C5500 201 DIMENSIONS IN DRAWING FOR REFERENCE ONLY 19AK X 9856 E UP F uS E QD 03FN X 9502 3 TYPE FP03 06410 ACCESSORIES DESCRIPTIONS 6X20 505304 1 CODE NO 000 802 084 FP03 06401 E OUTLINE HR WE REMARKS TTAPPING SCREW CODE NO 008 479 310 FP03 06402 2 DWG ND C3441 FO3 C FURUNO ELECTRIC CO LTD
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12. II 2 He UL 1 UD 2101 2 ia UNITS Ia 211VN3HOS 6009 cV L 0 3 08 69 0 ON CIVM3N39 LINN H3NNVOS SSYW 3TWOSI a mm tmm mmm 190 YF nnxk ZNZb61 ZMWZS61HQOW AA 99 9 8O00 S4 CORN 90 690 6100 0100 8 DNSVIVACLO 10 El ow MdH8 5208 NddbZ SZ08 WY 8 088 oe na SL gt 9 9 lt 48 1802 DNINNL gt Lra DS 9 lt 1 89 O301A gt v 2 QNO 030iA gt D E lt lt ON gt gt z lt i DD 3uvds gt 6 gt 1 1 lt ONINDE OND 6 6G NALS HN HN 194 HN 8Z8d ezer 8 8 lt i auo NB L lt i A6 59 HLOIM gt L L lt ELSON gt S gt IM 9 9 lt OND 1400 ONINDL gt 9 gt 9 lt INOO ONINDI S S lt i DNINNL DIS SAN gt S gt S lt DIS 59 ON i lt A6 our XL e p lt i DIML XL C A6 GND gt gt lt i OND gt aire lt ONO Mae EM c NI NbZ6 HN vz8d L L gt 1 gt X lt Mt 2199 219 HOEL 194 1284 HA 187 _ ON gt I
13. O ring and set it to the radia tor bracket 5 Lay the scanner radiator on the radiator bracket 6 Coat the radiator fixing bolts 4 pcs with 1 2 anticorrosive sealant Fasten the scanner radiator to the radiator bracket with the radiator fixing bolts flat washers and spring washers Scanner radiator b NS Radiator bracket 4 j Flat washer Spring washer Hex head bolt M8 x 30 Coat threaded holes with anti corrosive sealant Coat bolts with anticorrosive sealant Figure 1 4 Fastening the radiator bracket to the scanner unit chassis shown 1 4 Mounting the Scanner Unit The scanner unit can be mounted using the fixing holes on the outside 240 x 240 nm or inside 140 x 150 nm the scanner unit Outside fixing holes Use the hex head bolt supplied to mount the scanner unit as below 1 Lay the corrosion proof rubber mat sup plied on the mounting platform Ground terminal Rubber mat Bow mark Figure 1 5 Location of rubber mat 2 Lay the scanner unit on the mounting plat form orienting it as shown in Figure 1 6 STERN lt Figure 1 6 Scanner unit Shown XN12A CAUTION Do not lift the scanner unit by the radiator lift it by the housing The radiator may be damaged 3 Insert four hex bolts and seal washers from the top of the scanner housing In sert the seal washers with the la
14. Screw M3 x 8 3 pcs ARP 10 Board 18P9007 Board SPU9211 Note Remaining hardware may be discarded Figure 4 2 How to mount the ARP 10 Board 4 3 Adjustments Input signal 1 Connect the gyrocompass Turn on the radar and transmit 2 Press the MENU key and select the OTHERS menu 3 Select 23 Self Test and press the ACQ ENTER key Confirm that the ARP 10 test results show OK for SPEED COURSE TRIGGER lt BP and HP Video signal Confirm the following on the ARP 10 test dis play Video is OK Adjust the GAIN A C and A C RAIN con trols so FE DATA1 and FE DATA2 indi cations on the ARP 10 TEST show less than 1 000 Also raise lower the gain while watching the FE DATA1 and FE DATA indications Confirm that the FE DATA1 and FE DATA2 indications rise lower according to GAIN control adjust ment 4 1 008 503 360 FURUNO 0550336 F901 INSTALLATION MATERIALS DESCRIPTIONS REMARKS OUTLINE 03 001 3002 0 MEM CODE NO 300 130 020 03 142 3001 0 CODE NO 100 275 580 040 4010 i CODE NO 000 515 332 M12 SUS304 CODE NO 000 863 112 Ul US CODE NO 000 864 132 M12 SUS304 mE CODE NO 000 864 263 M12X60 SUS304 CODE NO 000 862 191 M6 SUS304 CODE NO 000 863 109 M6 SUS304 m 13 BN CSS CODE NO 000 8
15. exposed Mounting The display unit is designed to be mounted on a tabletop or bulkhead 1 Using the hanger as a template mark screw locations in the mounting location 2 Fix the hanger to the mounting location with five M6 tapping screws supplied 3 Fit the knob bolts to the display unit In stall the display unit in the hanger Tighten the knob bolts securely 2 CONNECTIONS 2 1 Connecting the Signal Cable Only the signal cable runs from the display unit to the scanner unit In order to minimize the chance of picking up electrical interfer ence avoid where possible routing the sig nal cable near other onboard electrical equipment Also avoid running the cable in parallel with power cables Pass the cable through the hole and apply sealing compound around the hole for waterproofing 1 Openthe scanner cover by loosening two screws and then fix the stay Figure 2 1 Scanner unit chassis cover opened 2 Fabricate the signal cable as shown be low Vinyl sheath About 370 mm gt About Figure 2 2 Fabrication of signal cable 3 Unfasten the cable gland assembly plate gasket flat washer 4 Pass the signal cable w connector through the bottom of the scanner unit chassis Pass the cable through the gland assembly as shown below Bolt Flat Figure 2 3 Passing the signal cable through the cable gland assembly 5 Fasten the lug on the shield to
16. scanner unit confirming lengh of bolts 1 Loose four scanner bolts to open the scan ner unit Refer to Figure 11 for location Hex head bolt GY x Upper chassis M8X25 OS 2 SUS 2pcs s 7 P Et Pd Y Hex head bolt M10X20 g p SUS4pcs 822 ISpring Washer IM10 SUS 4 pcs d gt Pan head screw M3X8 4pcs over Figure 10 Scanner unit chassis upper chassis separated 2 Unplug connector connected between up per and lower chassis 3 Separate upper chassis from lower chas sis by removing two hex head bolts 4 Remove cover by unfastening four pan head screws 5 Remove connector from RF unit 6 Remove HF unit by unfastening four hex head bolts 7 Lay the corrosion proof rubber mat sup plied on the mounting platform 8 Fasten the lower chassis to the mounting platform with hex head bolts spring washers flat washers and nuts local sup ply and then coat flat washers nuts and exposed parts of bolts with anticorrosive sealant Cut a slit in rubber bushing and insert bolt into bushing Do not use seal washers 9 Reassemble HF unit cover and upper chassis 10 Set four knob caps supplied into outside fixing holes 11 Do steps 6 8 in Outside fixing holes 1 4 1 5 Display Unit Mounting Mounting considerations When selecting a mounting location for the display unit keep in mind the following points Provide adequate space
17. test point J825 4 and J825 6 GND on the RTB Board 03P9249 Measure voltage at this connector J825 JS lt 419 DN gt 9 dd 9 1 l D Figure 3 9 Scanner unit cover removed 3 4 5 Confirm that the meter reads 7 5 V 10 1 V 6 Close the scanner cover and tighten the cover fixing screws 4 INSTALLATION OF ARP 10 OPTION NOTICE This option is not available with 48 rpm scanner unit 4 1 Necessary Parts wm ww exem oy Pan Head Screw axe G2700W est 4 6 Pan Head Screw M3x8 Not used 4 2 Mounting 1 Turn off the power Remove the cover from the display unit as follows 1 Unfasten four binding screws x 10 2 Unfasten six binding screws M3 x 10 3 Remove three rubber covers to unfas ten three hex nuts 4 Loosen two hex nuts Figure 4 1 Display unit rear view 2 Fasten the ARP 10 Board to the right hand chassis of the display unit using the pan head spacers screws and washers supplied as follows 1 Attach three spacers 2 Attach the P107 connector from the ARP 10 Board to J107 connector on the SPU Board 3 Faster the ARP 10 Board to the chas sis with three pan head screws and springs washers Front Spring Washer M3 3 pcs pu Spacer 50 20 3 fea o Pan Head
18. 1 gt gt gt nasol 5 a t CND gt 24 J1353 DATA H DATA x 3 N C SHIELO Txi H 5158 DIORCO a 5 i amp J 82 gt TRIGGER gt gt A C SEA gt notos TUNING CONT gt w gt 5 gt Sy 5V 6 gt e5y T2 gt 5 3 gt oo gt 9 gt GND 12v gt SPARE gt H gt DATA C 9 009 5 OND gt gt 0 9 HY Zefi Y AYONA al g1v 3v063 16 GLY MYUY3 6Y 3Y0V4 81731003 620 585 173v0YN LV wtOva aed Lv sav 9 7 1285 91 vov S AYOYI 320 GY y V I0Y43 Sedh t YOYA 2p tcv7gvava DO 59 Lv avqva gt 22 1 7 3Y0v3 128 5 6v7 N ASHE dO 103 5 OZEN ASNA 407 1x3 9N5 618 5 dN5 NIMI 407 113 29 INI 1X3 QN5 13534 HE 135347 43 GNS gt sid 082 N aa di Y dalY t gt 085 dav gt Zi N 4A 431 ON9 gt 118 0NI NS d daV 68 gt 0 0 dYGY4 86 5 10 avava YO 4 gt 8 gt 90 SO 98 5 507 JY0Y3 8 0 073013
19. 1hn0 gt 9 OND gt 9 DYN A9 L2 31Y3H v A9 H31Y3H AOZ 2 gt ON gt y Ira OLH gt LX AOL AH XL H gt gt Ing PRIMES 2901 8414 HN A HN HN 9284 HN szer gt 2 La ON 85 d g gt 0 Wa gt 1 Haezer ezea S esm 65 ELETE os smi s ON v qo gt 8 NAR i gt 2 Mi gt T T MWT VNN31NY 01 HLGIM gt 6 ON gt 65 CENT T 8 Vd i 8 gt 8 1 d gt 8 1 ira 998t 9y V L gt LOSA XL gt 9 gt Agl gt Ml ano gt A Ar gt 1 gt 1084 HA 1284 128 YSEZEdEO MM 9 Stc6dEO 00 0 00 8SM LINN MHJNNVOS 88 D EN A CEAN E
20. 64 129 Tg SUS04 12 SPRING WASHER lt mM mm DWG NO u C35459 MO2 FURUNO ELECTRIC CO LTD DIMENSIONS IN DRAWING FOR REFERENCE ONLY INSTALLATION MATERIALS OUTLINE 17 EMI CORE GROUNDING WIRE E EC 63 ABD 3 34 RW 4747 1 340 T 4 CODE NO 000 566 000 008 503 360 01840 J DESCRIPTIONS Q TY M6X25 SUS304 CODE NO 000 862 180 RFC 13 CODE NO 000 141 084 0354747 DWG NO C35459 MO4 G FURUNO ELECTRIC CO DIMENSIONS IN DRAWING FOR REFERENCE ONLY 03FR X 9401 7 Rl RA REMARKS LTD INSTALLATION MATERIALS 1932MARK 2 MODEL 1042MARK 2 CABLE ASSY EXE L 5 CABLE ASSY L CABLE ASSY 4 CABLE ASSY L 15 L1 2049 L 3049 COE NO O3FV X 9401 1 TYPE 1 1 MARINE RADAR mg m BERS DESCRIPTIONS Q TY REMARKS 0389332 5M CODE NO 000 138 928 MJ B24LPF0005 100 GER TO BE SELECTED cone 1 ALZA MJ B24LPF0005 150 ER SELECTED i CODE NO 000 140 435 MJ B24LPF0005
21. FURUNO INSTALLATION MANUAL MARINE RADAR MODEL 1932 MARK 2 1942 MARK 2 p FURUNO ELECTRIC CO LTD NISHINOMIYA JAPAN FURUNO ELECTRIC CO LTD Your Local Agent Dealer 9 52 Ashihara cho Nishinomiya Japan Telephone 0798 65 2111 Telefax 0798 65 4200 CUIRE Teserved Printed in Japan ml PUB No IME 34620 D YOSH MODEL 1932 1942 MARK 2 00080835500 SAFETY INSTRUCTIONS WARNING Radio Frequency Radiation Hazard The radar scanner emits electromagnetic radio frequency RF energy which can be harmful particularly to your eyes Never look directly into the scanner aperture from a close distance while the radar is in operation or expose yourself to the transmitting scanner at a close distance Distances at which RF radiation levels of 100 and 10 W m exist are given in the table below Note If the scanner unit is installed at a close distance in front of the wheel house your administration may require halt of transmission within a certain sector of scanner revolution This is possible Ask your FURUNO representative or dealer to provide this feature Radiator Distance to Distance to MODEL type 100 W m 10 W m point point 1932 MK 2 XN10A Worst case 0 2 m Worst case 3 0 1942 MK 2 XN12A Worst case 2 5m WARNING WARNING Do not open the equipment Be sure that the power supply is unless totally familiar with compatible with the voltage rating of electrical circuits an
22. IHS db b amp SNIYM 5 JINS 4 9NIYW S JINS 2 1SMIYH 5 4195 SNITH 5 9108 HATdkB 9E Id BE Jt BISB XH A POTOR 183 PTuS295 MM 32Y 3 gt 3 32 HN 4 4 ww 5 nw JGTORC gt 2 2 HOTORC N 2 911328 8 gt 1 2 gt SPARE 3 gt DATA H 4 gt DATA S gt CLK H 6 gt CLK C T gt ANT SV Pug 9 gt DC Y 1204 8 TUNING CONT 4 5 TX1 8 gt TXELC H gt 3 gt RX1H 5 80 R2 5 gt RX2_H RX2 C gt gt RxX2_0 TRIGGER gt T 5 TRIGUER PR w w RBS gt gt MBS SEAI gt 9 gt SEA DCC 0 28 DCt TUNING CONT gt H ANT_SU gt 184 2 911268 TX SPU 9211 8158 S 1 4 lt ECONOMY BUZZER G 5 lt BUZZER 4 5V 2 PR cn lt GND 8 5 3 121 P181 DIMMER 6 DIMMER 3 54 NEN L _ 9 yr po w w PR 1 PLC 8 6 vIDEO A C RAIN 3 5 GNO EXT TRIGC gt 20 gt EXT_TRIG 5V DCC J ko gt gt CNO gt CND gt TUNING
23. IN OUT 183 5 6 mvOu depth data in IEC61162 NMEA 0183 format depth can be displayed on the radar screen 80 DATAI 183 1 5 2 0 In Out You will need an NMEA cable The following E emo ata e vow rene NMEA 0320 mou MEA mdsa0 mou MJ A6SPF0012 050 MJ A6SPF0012 100 000 133 817 6P 6P 10m Note All plotters listed in the table above can MI AGSPF0003 050 000 117 603 w connector sm recelve TLL data radar target position MJ A6SPFO0009 100 000 125 236 w connector 10m This radar can output NAV data received from a navaid to an echosounder J1352 NMEA Mr TLL Echo SPU921 1 INT9213 J1354 sounder cables are optionally available 1932 MARK2 42 MARK2 Figure 2 9 Data flow 2 3 2 4 Exchange of Fuse for 24 32V Power Supply The power cable comes with a 10A fuse in its the fuse its holder This fuse is for use with a 12V DC power supply For 24V 32V DC power supply replace the fuse with the 5A fuse supplied and attach 5A label supplied to fuse holder CAUTION Use the proper fuse Use of an improper fuse can damage the equipment and void the warranty 2 5 Checking the Installation After completing the installation it is a good idea to recheck it to be sure all steps were correctly done Use the table below to check the installation The signal cable is securely retained against the mast or
24. IND gt YIDEO gt A C RAIN gt 132718 1X3 085 2 gt SHS 581 YYY Lo EXT ALARM to FMD 1800 YYV SHS 458 961 O301A d0 gt QN9 gt 2141 40 gt ON9 gt 48 40 gt GH ndi gt aNd gt 4457 484 soir Lo SLAVE 2 H SYMC 3 CRT 12 4 VIDEO 1 lt GND 5 lt V SYhC 118 APPROVED m n bY SCALE 03 136 6004 C3441 K01 DWG NO 3 LC FURUNO ELECTRIC CO LTD C Ql OD Dla Loa 1 c A 1 4 E T 1 7 6 989 va S E Me gry 501 aa1 8 T lt w SD v zb Tus i MEME r 3i FT lo GG o ry 19 5 keru ed O sl wien a 5i Ne 12 2 b3 b2 Us l TILLE vi TY i sU 1 2 ea in fex sive O 76 141 657 A l Act 959 AS Ach th A E 072199 S 240005 in 90 2 _ 921 HA MR I pene IGA B 17 gt fh m C lt bes OLY pos SNH gt I gt 5 4195 Sele Pum or Yos y SIY EY AST gt 0 m 99 8 0S VHE9V8d d g utm wv saran s PME NEN wh
25. ION Ground the equipment to prevent mutual interference Middle NMEA connector for NAV Right NMEA connector for E S Figure 2 8 Connection on the display unit 2 2 Connection procedure Heading sensor connection 1 Connect the power cable to the power Heading signal can be connected to the cable connector on the rear of the display HDG connector You will need a heading unit sensor cable The following cables are op 2 Connectthesignalcableto connector DJ 9 available 1 on the rear of the display unit Run a ground wire local supply between the ground terminal on the rear of the dis MJ A6SPF0007 100 000 125 237 6P 6P 10m play unit and the ship s superstructure MJ A6SPF0009 100 000 125 236 w connector 10m MJ A6SPFO0003 050 000 117 603 w connector 5m Input Output Data List 2 3 Connection of External Equipment Connector Navigation aid video sounder ENG Pin wont connection NMEA 1890300 elmow If your navigation aid can output data in IEC FCVSEL NMEA 1830 520 6 mou 61162 NMEA 0183 format your vessel s Fcv2 NMEA i183 520 6 In Out position in latitude and longitude the range NMEA 183 15320 6 and bearing to waypoint speed and course may be input to this radar and be seen on Eva NMEA 1834520 6 the screen our maso 6 mou _ Further if your video sounder can output GP3100M2
26. as kK 1 lt i8 1d Z98IF 459 i 600 dsgyrml _ 5 V V4 i L Md amp T 8 lt WV 1 d Nam WG amp DNL gt g gt nyg lt z lt IML XL d Azi gt gt AWLA S sp AZI Not iad 1 HO9 09 z A gt X 3 8 5 pi EI 19 ezren 6 062 022 GND gt 8 e a L L oz lt OND yaoa 9707001 Ht lt gt NN IHW ue NB gt ANZ BES y Me 9 990 1HM Y KOOL lt E d6HA LZ8f Lx 18 2 1 1 d 9QA Z vZ Z t MOE AZOZ 0 1 LLS8 MB gt 1 gt ACE VOI 0880 Z S AA SNIMW S dIHS az u68 02 81 01 200034 TPZ8 N ro z VG 01 ws 2666560 L TD FURUNO ELECTRIC SNIYM 5 9195 LSEid to AD 100 A Lo SCANNER gt MAMMA TEELE w w w w SSRSegs88 E BV Tw Ww 2 EXT_TRIGC SV gt 23 1 3 4 5 6 1 gt gt gt 2 3
27. behind and around the unit to permit circulation of air and to provide convenient access to the rear connection Even though the picture is quite legible even in bright sunlight keep the display unit out of direct sunlight or at least shaded because of heat that can build up inside the cabinet Locate the display unit in a position where you can view and operate it conveniently but where there is no danger of salt or fresh water spray or immersion e he orientation of the display unit should be so the radar screen is viewed while the operator is facing in the direction of the bow This makes determination of your position much easier Make sure you allow enough clearance both to get to the connectors behind the unit and to allow you to get your hands in on both sides to loosen or tighten the mounting knobs Make sure you leave at least a foot or so of service loop of cables behind the unit so it can be pulled forward for servicing or easy removal of the con nectors e compass safe distance of 0 75 meters standard compass and 0 6 meters steer ing compass should be observed to pre vent deviation of the magnetic compass Even though the display unit meets wa terproof standard IPX 5 the connection of external buzzer radar plotter and or re mote display can affect waterproofness Watertight integrity cannot be guaranteed When these modification has been done the display unit should not be mounted where
28. d echo to travel to the target and return to the source The received echo appears on the display based on this time Thus at the instant the transmitter is fired the sweep should start from the center of the display sometimes called sweep origin A trigger pulse generated in the display unit goes to the scanner unit through the signal cable to trigger the transmitter magnetron The time taken by the signal to travel up to the scanner unit varies depending largely on the length of the signal cable During this pe riod the display unit should wait before start ing the sweep When the display unit is not adjusted correctly the echoes from a straight local object for example a harbor wall or straight pier will not appear with straight edges they will be seen as pushed out or pulled in near the picture center The range of objects will also be incorrectly shown 1 Correct 2 Target pushed 3 Target pushed inward outward Figure 3 4 Examples of improper and correct sweep timing 1 Transmit on the shortest range and con firm that the GAIN and A C SEA con trols are properly adjusted 2 Visually select a target which forms a Straight line for example harbor wall Straight pier 3 Select 10 Sweep Timing Adjustment from the Installation Setup menu and press the ACQ ENTER key The follow ing message appears Sweep Timing Adjustment Use omnipad to straighten target and press ENTER k
29. d the equipment service manual Connection of an incorrect power supply ELECTRICAL Only qualified personnel can cause fire or equipment damage The SHOCK should work inside the voltage rating of the equipment appears HAZARD equipment on the label above the power connector Wear a safety belt and hard Use only the specified power cable hat when working on the scanner unit Fire or equipment damage can result if a different cable is used Serious injury or death can result if someone falls from the radar scanner mast Construct a suitable service platform AN CAUTION from which to install the scanner unit Ground the equipment to prevent electrical shock and Serious injury or death can result if some mutual interference one falls from the radar scanner mast Turn off the power at the mains switch Observe the following compass safe board before beginning the installation distances to prevent deviation of a EU magnetic compass Fire electrical shock or serious injury can result if the power is left on or is applied Standard Steering while the equipment is being installed compass compas i init Do not install the display unit where it unit may get wet from rain or water splash unit Water in the display unit can result in fire electrical shock or equipment damage HIGH TENSION WARNING DANGER Electrical shock hazard Do not touch parts in side this cover
30. e guaranteed When these modification has been done the display unit should not be mounted where exposed Input data Own ship s position GGA gt RMC gt RMA gt GLL GLL is available Ver 1 5 only Speed RMC gt RMA gt VTG gt VHW Heading True HDT HDG 1 gt HDM 1 gt VHW gt VHW Heading Magnetic HDM gt HDG 15 3 VHWsVHW 1 Course True RMC gt RMA gt VTG Course Magnetic VTG gt RMC gt RMA Waypoint Range Bearing RMB gt BWC gt BWR Loran time difference RMA gt GLC gt GTD Water depth DPT gt DBT gt DBK gt DBS Water temperature MTW gt MDA Time ZDA XTE RMB gt XTE gt APB Output data 1 calculate by magnetic drift NMEA0183 Ver 1 5 2 0 RS 422 TLL target data and RSD EQUIPMENT LISTS Standard Supply XN10A RSB 0070 064 Select 1932M2 24 rpm XN10A RSB 0073 064 One For 1932M2 48 rpm Scanner Unit XN12A RSB 0070 059 Select 1942M2 24 rpm XN12A RSB 0073 059 One For 1942M2 48 rpm Display Unit RDP 118 wa CP03 19300 000 086 914 OR NDAD POWERADE 10 m signal cable CP03 19310 000 086 915 CP03 18401 power cable Installation Select 15 m signal cable Material on CPO3 19320 Goo ose Cie oe cene 20 m signal cable CP03 19330 000 086 917 CP03 18401 power cable 30 m signal cable FP03 06400 000 086 872 FP03 06410 FP03 04810 Optional Supply me We coeno _ External Buzzer OP03 21 000 030 097 MJ A6SPF0007 100 000 125 237 For heading se
31. e range of the A C SEA control is relatively long 3 Press the ACQ ENTER key 3 8 Setting a Dead Sector When the scanner is installed at a close dis tance in front of the wheelhouse the radar should be set not to transmit within that area to prevent microwave hazard The dead sec tor area graphic can be turned on off on the OTHERS menu 1 Select 7 Dead Sector from the Installa tion Setup menu and press the ACQ EN TER key 2 Operate the omnipad to enter starting point of sector in figures 3 Press the ACQ ENTER key 4 Operate the omnipad to enter ending point of sector in figures 270 5 Press the ACQ ENTER key Note This setting should be done after other adjustment are finished v Dead sector Figure 3 7 Dead sector 3 9 Checking Magnetron Heater Voltage Magnetron heater voltage is formed on the MD Board of the scanner unit and is preadjusted at the factory for use with any length of signal cable Therefore no adjust ment is required However check magnetron heater voltage as follows 1 Turn on the radar and leave it in stand by 2 Open the scanner cover 3 Unfasten two screws to remove the section cover DANGER ELECTRICAL SHOCK HAZARD This check is done with the power on DO NOT touch the magnetron nfasten two Magnetron U Screws Figure 3 8 Scanner unit cover opened 4 Connect a multimeter set to 10 VDC range between
32. er unit facing straight ahead in the direction of the bow Therefore a small but conspicuous target dead ahead visually should appear on the heading marker zero degrees In practice you will probably observe some small bearing error on the display because of the difficulty in achieving accurate initial positioning of the scanner unit The following adjustment will compensate for this error 1 Identify a suitable target for example ship or buoy ata range between 0 125 to 0 25 nautical miles preferably near the head ing marker To lessen error keep echoes in the outer half of the picture by chang ing the range Also be sure the zoom and off center functions are off 2 Select 9 Heading Alignment from the Installation Setup menu and press the ACQ ENTER key The following mes sage appears Heading Alignment Set EBL1 to center of target dead ahead and press ENTER Correction 0 02 Press MENU for inst setup Figure 3 3 Heading alignment message 3 Operate the omnipad to bisect target se lected at step 1 with the heading marker 4 Press the ACQ ENTER key 5 As a final test move the boat towards a small buoy and confirm that the buoy shows up dead ahead on the radar when It is visually dead ahead 3 5 Adjusting Sweep Timing Adjustment range 0 000 4 266 nm This adjustment ensures proper radar per formance especially on short ranges The radar measures the time required for a trans mitte
33. ey Correction 0 000 nm lt Press MENU for inst setup gt Figure 3 5 Sweep timing adjustment message 4 Operate the trackball to straighten the tar get selected at step 2 and then press the ACQ ENTER key 3 6 Adjusting MBS Adjustment range 0 00 0 25 Main bang a large filled circle which appears at the display center on short ranges can be suppressed as follows 1 Transmit on long range about 10 minutes 2 Adjust the gain to show a small amount of noise on the display 3 Change to the 0 125 nautical mile range and adjust the A C SEA control 4 Select 11 MBS Adjustment from the In stallation Setup menu and press the ACQ ENTER key The following mes sage appears MBS Adjustment Set value by T ball and press ENTER key Correction 000 Press MENU for inst setup Figure 3 6 MBS adjustment message 5 Operate the trackball to suppress main bang adjustment range 000 to 025 6 Press the ACQ ENTER key 3 7 Selecting STC Curve The STC curve changes with respect to the antenna height above the waterline The de fault STC curve can be maintained in most cases If necessary the STC curve can be changed as follows 1 Select 13 STC Curve from the Installa tion Setup menu and press the ACQ EN TER key 2 Select STC curve desired Sharp The effective range of the A C SEA control is relatively short Std Between Sharp and Gentle Gntl Gentle The effectiv
34. mounting platform and Is free of interference from running rigging The cable gland or entry on the deck if provided is waterproofed The power connections to the battery are of correct polarity Q The plugs at the rear of the display unit are tightly fastened The fuse in the power cable is 10A 12V or 5A 24V 32V 3 ADJUSTMENT This section covers adjustment of the radar after installation You will need to adjust tune video amplifier level enter antenna height align heading adjust sweep timing adjust main bang suppression select STC curve Set a dead sector and confirm magnetron heater voltage These adjustments are done through the in stallation setup menu 3 1 Preparation Most adjustments and initial settings may be completed on the Installation Setup menu and you can display this menu as follows 1 Turn off the radar While pressing and holding down the GAIN control at least three seconds press the POWER key 2 Press the MENU key select OTHERS by using the omnipad and press ACQ ENTER key Select 24 Installation Setup 4 Press the ACQ ENTER key to open the Installation Setup menu Installation Setup Select item by omnipad and press ENTER key Ell Nav Talker Depth Unit Temp Unit Hdg Sensor Key Beep Off Ant on Tx Dead Sector 1808 1808 Tuning Video Auto Adjustment Heading Alignment
35. nsor 10 m w 6F connector at both ends straight For navaid video sounder 5 m MJ A6SPF0012 050 000 134 424 w 6P connector at both ends cross Cable Assy For navaid video sounder 10 m MJ A6SPF001 2 100 000 133 817 w 6P connector at both ends cross For navaid video sounder MJ A6SPF0009 100 000 125 236 heading sensor 10 m w 6P connector at one side Signal Cable MJ A6SPF0003 050 000 117 603 5 w 6P connector at one end Flush Mount Kit OP03 145 008 476 060 For display unit Auto Plotter ARP 10 000 086 852 Available with 24 rpm scanner Cable Assy MJ B24LPF0006 005 000 140 438 Cable converter connector Even though the display unit meets waterproof standard IPX 5 the connection of external buzzer radar plotter and or remote display can affect waterproofness Watertight integrity cannot be guaranteed When these modification has been done the display unit should not be mounted where exposed 1 1 Mounting Methods for Scanner Unit The scanner unit is generally installed ei ther on top of the wheelhouse or on the radar mast on a suitable platform Locate the scanner unit where there is a good all round view Any obstruction will cause shadow and blind sectors A mast for in stance with a diameter considerably less than the width of the radiator will cause only a small blind sector but a horizontal spreader or crosstrees in the same hori zontal plane as the scanner unit would be a much more serious
36. obstruction you would need to place the scanner unit well above or below it It is rarely possible to place the scanner unit where a completely clear view in all directions is available Thus you should determine the angular width and relative bearing of any shadow sectors for their in fluence on the radar at the first opportu nity after fitting If you have a radio direction finder on your boat locate its antenna clear of the scan ner unit to prevent interference to the di rection finder A separation of more than two meters is recommended To lessen the chance of picking up elec trical interference avoid where possible routing the signal cable near other onboard electrical equipment Also avoid running the cable in parallel with power cables A magnetic compass will be affected if placed too close to the scanner unit Ob serve the following compass safe dis tances to prevent deviation of a magnetic compass Standard compass 1 00 m Steering compass 0 75 m 1 MOUNTING Do not paint the radiator aperture to en sure proper emission of the radar waves Whenthis radar is to be installed on larger vessels consider the following points hesignal cable run between the scan ner and the display comes in lengths of 10 m standard 15 m 20 m and 30 m Whatever length is used it must be unbroken namely no splicing allowed Deposits and fumes from a funnel or other exhaust vent can adversely affec
37. rger di ameter next to the bolt heads Be sure the seal washer not other washers is next to bolt head Seal washer Flat washer Spring washer Nut Figure 1 7 Fixing the scanner unit chassis 4 Pass flat washers spring washers and nuts onto hex bolts Fasten by tightening nuts Do not fasten by tightening the hex bolts seal washers may be damaged Seal washer Rubber mat unit platform Flat washer sealant Figure 1 8 How to fasten scanner unit to mounting platform 5 Coat flat washers spring washers nuts and exposed parts of bolts with anticor rosive sealant 6 Prepare ground point in mounting platform within 300 mm of ground terminal on scanner unit using M6 x 25 bolt nut and flat washer Runthe ground wire RW 4747 370 mm between the ground terminal and ground point 8 Coat ground terminal and ground point with silicone sealant as shown in Figure 1 9 Hex bolt Flat washer Ground Spring washer Hex nut GROUND POINT Hex nut Spring washer Silicone sealant GROUND Weld here TERMINAL Silicone sealant wire Figure 1 9 How to coat ground point and ground terminal with silicone sealant 1 3 Fixing holes inside szcanner unit This method requires removal of the RF unit in the scanner unit to access inside fixing holes Use hex head bolts flat washers spring washers and nuts local supply to mount the
38. t the aerial performance and hot gases may distort the radiator portion The scanner unit must not be mounted where the temperature is more than 70 As shown in the figure below the scanner unit may be installed on the bridge on a com mon mast or on the radar mast a On bridgh b Common mast c Radar mast Figure 1 1 Scanner unit mounting methods 1 2 Fixing Holes in Mounting Platform Referring to the outline drawing on page D 1 drill five holes in the mounting platform four holes of 15 mm diameter for fixing the scanner unit and one hole of 25 30 mm di ameter for the signal cable 1 1 1 3 Fastening the Radiator to the Radiator Bracket For your reference scanner installation ma terials list appears in the packing lists at the back of this manual 1 Remove the radiator cap from the radia tor bracket 2 Coat contacting surface between scan ner radiator and radiator bracket with an ticorrosive sealant as shown in Figure 1 2 scanner unit XN10A or Figure 1 3 scan ner unit XN12A Coat hatched area with anticorrosive sealant Groove Radiator Figure 1 2 Coating the bottom of scanner radiator for XN10A with anticorrosive sealant RADIATOR BRACKET top view Coat hatched area with anticorrosive sealant Figure 1 3 Coating scanner bracket for XN12A with anticorrosive sealant 3 Coat threaded holes on the scanner ra diator with anticorrosive sealant 4 Grease the
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