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Installation Manual MARINE RADAR Model FCR-2139S

1. TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM THE LOWER PRODUCT MAY BE SHIPPED IN DIMENSIONS IN DRAWING FOR REFERENCE ONLY PLACE OF THE UPPER PRODUCT QUALITY IS THE SAME 3519 207 1 407 10469 CAINO 328343438 804 5NIMVHO NI SNOISN3WIQ PIE 01458 WIYALVW TVOId 1 40 YAANNN 3H L S31VOIGNI Ad YAANNN 3009 ETE A C e E COS MERECE SEE SRA 0 8 6 800 51014414 NOILVTIVISNI 106 604 51118314 NOILVTIVISNI KAEI 170 180 000 LINA 1081102 43104 5 2 01 100 054 ETIN Nd ON 3002 10114182530 0 7 00 54 L L 0 686 1 0860 1511 2 07 6 7 9 CAINO ON H H ONIMVHGO SNOISN AI 7 62 2 PIS CO ps 9 5 HT SI LONGOYd AO NI GaddIHS VM LONGOYd AHL WALI NV GALS 38 54009 ANY S3dAL OML 1132 AH YG aW SHAMS OMIT 241013 2 EE A C Ei WIYALVW 3ALLV LN3S 3Hd38 40 YAEWNN 3009 S31VOIGNI DNIdN YAANNN 3009 A EXESM CO HERE PL De OO SEE 00 016 0 1 100 SIVIdd1VW NOILVTIVISNI 10600 049 HETI 00L 9L 1 000 Al8N3SSV 318V9 0006 71 1 1 0 00 51 E ASN 4334 4 SIVId
2. CODE NUMBER ENDING WITH INDICATES THE CODE NUMBER OF REPRESENTATIVE MATERIA 2 1 2 3 C 4 1 2 3 4 INDICATE SPECIFICATION SELECTIVE ITEM DIMENSIONS IN DRAWING FOR REFERENCE ONLY 008 538 730 00 _008 551 450 00 _008 551 460 00 ro E T CO c ro ro DESCRIPTION CODE No 3 27201 3 27602 FP03 10101 ei LL Dc i i LL eco oo ge LH cn r c Ar INSTALLATION MATERIALS ACCESSORIES 2 INSTALLATION MATERIALS c lt lt 22 ANTENNA UNIT c Lu co N LLJ LLI 2 LLI lt L 24AL X 9851 1 1 OUTLINE DESCRIPTION CODE No INSTRUCTION MANUAL CD OPERATOR S MANUAL CD CD OPERATOR S MANUAL CD CD OPERATOR S MANUAL CD OPERATOR S GUIDE OPERATOR S GUIDE INSTALLAION MANUAL
3. AN 15V AST Current END e Vin i source Open CURRJP1 e 1 nos VS2 27 nGn CURR JP2 AN VS1 J hort GND 1kO 1960 5Wx2 Load Use NH connector 15V AN GND AN 15V and AWG24 cable Connector J3 Pin Signal name in Out Power voltage AN1_IN Analog 1 input TTYCS LA 1 2 AN1 GND Analog 1 GND Pin 3 4 short 3 CURR1_JP1 Analog 1 input power curren Pin 3 4 open voltage setting jumper 1 4 CURR1_JP2 Analog 2 input power current voltage setting jumper 1 Connector J4 Pin Signal name In Out Description Power voltage Power current TTYCS LA 2 AN2GND Amlog2GND Pin 3 4 short 2 AN2GND 3 CURR2 JP1 Analog 2 input power current Pin 3 4 open voltage setting jumper 1 4 CURR2 JP2 Analog 2 input power current voltage setting jumper 1 2 32 2 WIRING Connector J5 Pin Signal name In Out Power voltage AN3_IN Analog 3 input TTYCS LA 1 2 AN3 GND Analog 3 GND 3 CURR3 JP1 Analog 3 input power current Pin 3 4 open Pin 3 4 short voltage setting jumper 1 4 CURR3 JP2 Analog 3 input power current voltage setting jumper 1 How to set ACK input MC 3020D Use the connectors J3 to J6 on the MC DIN Board 24P0116 to set the ACK input for ACK1 to ACK8 as shown below Input circuit for voltage input 12V 4700 0 5
4. 1kO 1 0 5Wx2 AN 15V AVS1 Current AN IN vin o source AN GND Opeamp CURR VA 4160 VS2 non A CURR JP2 VA 1 VS1 Jumper short wa GND Load 15 Use NH connector AWG24 cable AN GND 15 2 41 2 2 8 Intelligent HUB HUB 3000 option Fix the LAN cable connected to the cable clamp using the cable ties supplied Power Fail DPYC 1 5 cable DPYC 1 5 cable Ground wire IV 1 25sq supplied 1 11 220 JO to gateway network ECDIS radar etc Attach the LAN cap supplied to the unused connector holes to provide waterproofing standard IPX2 Cable clamp 2 42 2 WIRING 2 9 Howto Extend the Control Unit Cable option To extend the length of the cable between the control unit and the processor unit use the optional cable assy GTPSH XH12X2 LxxSP1 for RCU 024 or GTPSH XH12X2 2 for RCU 026 You can select the cable length from among 10 20 and 30 2 9 1 RADAR control unit RCU 025 1 Unfasten 12 binding screws M3x8 from the bottom of the control unit to remove the cover Note Do not add stress to the cables connected to the control unit board when removing the cover germ Binding screw 2 Unfasten two pan head screws
5. 4 x 20 L 50 NOTE 1 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED 2 MINIMUM SERVICE CLEARANCE 3 USE TAPPING SCREWS 04x20 FOR FIXING THE UNIT MC 30300 8 WE SENSOR ADAPTER DIGITAL OUT QULNEDRAWNG ss MASS DOES NOT IN Ab WN 447 G1 QUTLINE DRAWING FURUNO ELECTRIC CO LTD 11 2IH10313 SCNT GAH 1 391131 LINA 404 00599 545405 ONIdd VL ASN 39NVMVH10 3201825 3 11419145 LON SI HOIHM SNOISNAWIG 40 JONVYSIOL SALVOIGNI 22 0 43202 SSE YOCNP CEP BRAD 04415 F PIT PSEVALOVWG 28 LO 1 4 12 42 8 0007 dH QNO 401028802 4 amp amp cce GI ae 198005 43 04 04 CA CA g z S 8 M 006 gt 1 gt 001 StF 00151206 5 STIOH 9NXH SLT LF 065100 TONVUIOL NOISNANIO BY WLU GXICIS 066 1 0014 VCE 0018 CT NES a 5
6. O N 006 gt 1 gt 001 00151209 101930 1119 0 101 10513110 N 20 MASS A Ass N 2 Tay DEC WNINGLOND Lh 15 NNAL 09 MJA NOLLOG SOH NVA 31892 851 KHH 05650 M 2 m 5 11882 1 95 33 00 6 6 23 53 0H ONIX 6 99 24 LINA AHL 404 00550 545405 ONlddV 350 JONVEVITO JONES 14149445 LON SI SNOISNANIG 30 FONVYFIOL S31V9IONI 41841 RIOOBSBZOCXKGHIOMCL ELA SEY CNPC EYE 64160 H 22021152 3815 b AON CT d N d x FURUNO TT 2 2 220 RA 48 ene FIXING HOLES 2 LC LO LO N LAN dr LC mE POWER CABLE CABLE ENTRY 7 Te 7 Cr Fr EM ue eas OD TERMINAL zx TABLE 1 1 1 2 DIMENSION TOLERANCE Ls50 3 20 y CV x JU TE 50215100 NOTE 1 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED 2 MINIMUM SERVICE CLEARANCE D 22 USE TAPPING SCREWS 44x20 FOR FIXING THE UNIT 5 MC 30005 D 1 Am 2002 H
7. INSTALLAION MANUAL INSTALLAION MANUAL INSTALLAION MANUAL 3 5 3 5 THIS CODE CANNOT BE ORDERED 2 TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM THE LOWER PRODUCT MAY BE SHIPPED IN PLACE OF THE UPPER PRODUCT QUALITY IS THE SAME 4473 201 03521 206 TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM THE LOWER PRODUCT MAY BE SHIPPED IN PLACE OF THE UPPER DIMENSIONS IN DRAWING FOR REFERENCE ONLY CODE NUMBER ENDING WITH INDICATES THE CODE NUMBER OF REPRESENTATIVE MATERIAL 1 2 1 1 INDICATE SPECIFICATION SELECTIVE ITEM 2 PRODUCT QUALITY IS THE SAME 1 1 22 24AL X 9855 PACKING LIST RCU 025 lt 4 T 3 T m
8. 91410474 NINO m m 3lV ld 10108 01 53914 HOLON 9NXH JHL SV SSVHO JHL 01 03114415 S3lV ld AHL 4015 1431 40 1 CAC 14140 LINA HH ONXH 404 99 514895 HOV09 40 51108 9W ASN 201855 NANININ 7 410345 LON SI SNOISNAWIG 40 HONYAL IOL S3LVOINI 111 YO OWE OG 4 ALON SAN 1 147 66 amp 34W oOgXIRBOCFCAXQAGC 0068 0999 9 220B 33 z 938605 NS 3503 229105 oc 624 OG 2584 CT Yt g 31999 4 HOLINS 83100 SN 11110 gt Ug 0 50 2 1 1 TIYIS MIA 115 JANG GAG Cll Sin 88 M GAG 0123 02 TYNOIS 603055 09000 119100 asn s FI A 13100 VOTOS GS OFOGL Sr F 006 gt 1 gt 001 STF 001515206 Y ST ET 0851 5 9 1 01 NOISNAWIG GARE AMLNG 153 1811 2 5 21 emNIeq O9 219199719 ONNYNA JNIMVSO me SET 4 5 1 ONA CV HLONTI MINOS 30 5 V5C SSINYIIHL AVIHYTNG FHL 9NXH 303 ZLx TN 583805
9. 1111 Loosen this bolt to use the lower clamp holes o ET lt Z s Z 2 o Loosen these three bolts to remove the upper plate Clamp holes lower 9 Disconnect the control unit cable from the processor unit then connect the cable assy 6TPSH XH12X2 LxxSP2 10 Set the shields of cables under the cable clamp then tighten the cable clamp a ee Pr HEADS a Lay shields of cables under this clamp then tighten the clamp 2 46 3 SETTING AND ADJUSTMENT 3 1 3 1 1 Note After completing the settings and adjustments copy the setting data to a USB flash memory referring to section 22 2 File Export in the Operator s Manual Radar Setting How to access to the installation manual After completing the installation press the MENU key five times while pressing the 1 HL OFF key down to show the RADAR INSTALLATION on the main menu Heading alignment You have mounted the antenna unit facing straight ahead in the direction of the bow Therefore a small but conspicuous target dead ahead visually should appear on the heading line 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 t
10. o T 3 3 E gt S 5 S gt P nhe mE el 2 el o A lt N sl o gt ol 1 _i 5 x i i tf T qe T gt a B TN zn 7 71 ia v ga 5 H i O i i 0 S A S S 5 S Se as 5 il gt a NOx ME 3 gt wu d CN ik gt aw Mo E gt lt CC LL C z Mz LLI ME z lt c DA 2 r A DA E 28 2 22 8 Lu 30 x W E TE 222 t gt O gt 9 i Pos L ac a mO gt oc Lu EN zd 2 H D f z lt EO R Q Z e N m 2 gt Lu oe ex ax 2 lt gt lt a w E qi 2 e E I nih 12 PR 6 ag He 25 Z0 S gt lt xz N lt X LLI DA 4 6 gt fad R Za 79 02 S E 550 E 2 B B 5 L Ww K N wp F gt ag
11. LAND SIZE Set the land size in units of 100 m The setting range is 100 to 3000 m ANT SELECT Set the antenna radiator type of your radar AUTO ACQ CORRE Set the correction count of automatic acquisition The setting range is 3 to 10 AUTO ACQ WEED Set the cancel count of automatic acquisition THe setting range is 1 to 5 TRACK PRESET Show the TRACK PRESET menu GATE SIZE Set the gate size among S M Lor LL FILTER RESPONSE Set the filter response function The setting range is 1 to 4 LOST COUNT Set the lost count The setting range is 1 to 20 MAX SPEED No use TRACKING MODE Set the tracking mode among 1 to 4 START TIME Choose time which a vector appears after acquisition TIME or SCAN and set seconds or scan counts TT SENSOR DATA Show the TT status TT DETAIL DATA Show the information for TT target DEFAULT Restore the TT setting to the default setting 3 SETTING AND ADJUSTMENT OTHER menu setting DEMO ECHO Turn the demonstration echo on of EG Echo Generator TT TEST or PC EAV W O GYRO If a gyrocompass is not connected select the echo average function ON working or OFF no working TT CATEGORY SELECT Select CAT 1 or CAT 2 3 depending on your ship s size CAT 1 All ships over than 10 000 GT CAT 2 All ships between 500 and 10 000 GT CAT 3 All ships less than 500 GT 4 INSTALLING OPTIONAL EQUIP MENT for RADAR 4 1 Gyro C
12. 1 5 2 1 How to mount the processor unit Use six bolts M6 local supply to mount the processor unit 1 Use 10 binding head screws M4x8 supplied to attach the chassis bases 1 and 2 to the processor unit Note For bulkhead mounting attach the chassis base 2 so that the notches on it are facing the deck Chassis base 1 Notches Notches Chassis base 2 2 Use six bolts M6 local supply to fix the processor unit e er Bolt holes notches fL fL 1 13 1 1 6 Sensor Adapter MC 3000S 3010A 3020D 3030D option Mounting considerations When you select a mounting location keep in mind the following points Locate the adapter away from heat sources because of heat that can build up inside the cabinet The vibration should be minimal Locate the equipment away from places subject to water splash and rain Make sure that the ground wire is connected between the earth terminal on chassis and the ship s earth Leave sufficient space at the sides and rear of the unit to facilitate maintenance A magnetic compass will be affected if the adapter is placed too close to the mag netic compass Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass Select the mounting location considering the numbers of the sensor adapters con nected Maximum eight 30005 can be conne
13. amp 4 2 an 11VdJMVN Mog 2l Cc 3 VU 8 LCY S PUT HIONJI VNNJINV Fha J3LV3H 404 05 45 411 ee VNNHINY OINOW JONYWYOIMId 5 21248 4 004 6 34 0 16 NOIVIO 40 33119 2 Ub SH SS AVOENS AVOENS NIU M 2181 28 TSEWm g 2 LT 000 z gt 000 lt 2 2 5 0002 gt 1 gt 0001 p vt 0001512008 v sex gt 10808110 lst 085 NOISNANIC 2 MOS 2 efGO1 SoFGOI 7 78 1 2 NAN CARL n al i L3L3I dS LON 51 HJIHA SNOISNAWIC 32NV9H TL 31891 OIMIOJ T4 ON ANI 1 3066 691 60 4 1009 1066 oyong 1915 dJAUd sw _ 27 BAG TECH A de d 1 magn 100 159 E4209 5 1 AA AAA 1 1 Gi 06 ovi 414 SAHMJS HS CN JJNV8V ATS JJIASdS WOWINIW HE RLOMBZOCXGH OME ELA 5 YON PON CE P22 1 52580241 04048 0 1 c 008515001 872 00151 gt 09 SNHISN 1111 1 13 NEN EH OEH AdIN 3 MVJ 4 LV ldHMVN SUH ONIXI 99 Hc OEH 201 953 ZH09 2 9 10
14. o Control unit RCU 026 1 1 3 2 Flush mounting Use the optional flush mount kit RCU 025 OP24 24 RCU 026 OP24 27 to mount the control unit in a console panel 1 Prepare a cutout in the mounting location as shown in the figure as below 170 2 170 2 388 2 11022 For RCU 025 For RCU 026 Set the control unit to the cutout Attach the mounting plate to the control unit with four screws from the rear side Screw the wing screw to each mounting plate and then insert hex bolt to each wing screw 5 Fasten each wing screw and then fasten the hex nuts as shown in figure below RCU 026 RCU 025 Side view of control units 1 4 1 Radar Processor Unit Mounting considerations When selecting a mounting location keep in mind the following points Locate the processor unit away from heat sources because of heat that can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Leave sufficient space at the sides and rear of the unit to facilitate maintenance e A magnetic compass will be affected if the processor unit is placed too close to the magnetic compass Observe the compass safe distances on page ii to prevent de viation of a magnetic compass Mounting procedure 1 Fix the unit with four M6 bolts or self tapping screws 2 27 FIXING HOLES Floor mounting or bulkhead mounting Note
15. 901 NO dW I9 EST TT ddNdd0 VNIWH3I M13 38 ddddld 40084 101508409 Af YSHSYM 1V3S 86401 6 SIWIYSLVW NOIIVIIV1SNI SE 5 2 004 6 779 all 1NO 39N33834384 403 ONIMVYC NI SNOISNAWIG 101084 YJddN AHL 40 49 14 NI ddddIHS 38 AVW 1900084 ddMO1 4 1 Suv 2 SH JVIYLIOATA ONNANA fG 10018 JAVS JHL SI ALI TVA NV 403 041511 38 AVW 53009 SddAl PEIDOCV UYAR AFD CMA 1 SRO CES C E iE 510114149540 WHY Sik 06 3NI 1100 25 1 1 10220 49 00 018 0L1 100 ON 3002 COV6 X We gL V 50 X3AN09 NE MAYIS 44 1 4145 Th RA 4 SIVIdd1VW NOIIVTIVISNI SEE HET 8 LON ELYVO 17 Sh hBIDCVGEEISR 1 44 SRO 1 01 699 691 000 ON 4009 706505 8 13 ONNANSA CAINO 39N383338 303 ONIMVYC SNOISNAWIG 101084 ddddil AHL 40 39V d NI dddIHS 38 AVW 1900044 ddMO1 JHL Ro gx FILL ORM JAYS FHL SI ALITVNO WALI NY 803 31511 38 AVW 53002 S3dAL OML M349 QV3H 9NIQNIS ANE AR M 5 2a PH 1 1 101 0 l 10 6 Wve LVN 00 029 0 1 100 01 99 691 000 ON 4009 706505 9XEN 01 999 991 000 ON 4403 038 G2 LA 01 981 691 000 ON 4009 081 9 01 191 691 000 ON 4403 001
16. DVI2 190 231 DVI2 DVI D D re S LINK cable DTI C5E350 1 0 or DVLBNCX5 cable 1 12000 cable Power cable 60320 13 Ground wire 205 USB1 HUB 100 MC 3000S RCU 0247026 IV 2sq FR FTPC CY cable TS 20 071 1 cable local supply within 50m Not used ICOM1 For USB printer Optional control unit DVI1 DVI D D S LINK cable RCU 024 026 COM1 DSUB9P X2 L cable TS 20 071 1 cable Cables connected at the wiring plate 1 Power cable Type IEC60320 C13 L5M LAN cable to the LAN3 port Cables connected at wiring plate 2 ass USB cables from the control units Printer cable LAN cable type DTI C5E350 VOV from the HUB 3000 LAN cable type FR FTPC CY from the 100 30005 2 11 2 WIRING Fabricating LAN cable Fabricate the LAN cable DTI C5E350 VOV as shown below Wrap both edges of the armor with vinyl tape Confirm that the shield of the cable touches to the shell of the modular plug Out Inner sheath approx 9mm Fold back drain wire and cut it leaving 9 mm Using special crimping tool MPT5 8 PANDUIT CORP crimp the modular plug Finally check the plug visually WHT GRN 2 GRN WHT ORG BLU SWHT BLE 0 ORG DWHT BRN BRN 2 12 Armor er vinyl sheath Wra
17. equipment EQUIPMENT LISTS Standard Suppl Name CodeNo ay Remas Antenna Unt SNS6AF 1 Radiator RSB 098 1 200 VAC 30 50 Hz Antenna 220 VAC 3 60Hz Chassis 099 380 VAC 36 50 Hz RSB 100 200 VAC 3 50 Hz Antenna RSB 101 220VACSe6OHz Chassis RSB 102 440 VAC 36 60 Hz Power SupplyUnt PSUQ 1 MontorUnt MUz8 1 FoFOR2888 0 Processor Uni RPUOIS 1 Formdaruncdion Processor Unit EC3000 1 Forchartfuncton ConolUnt 80425 i Smad pe 1 Wakblpe jnstallation Materials CP03 27201 008 538 720 1 For ntennaunit 006 30 m cable RW 9600 30 m cable RW 9600 w CP03 35001 40 m cable RW 9600 w CP03 35001 50 m cable RW 9600 w CP03 35001 15 cable RW 9600 w CP03 35002 30 m cable RW 9600 w CP03 35002 40 m cable RW 9600 w CP03 35002 50 m cable RW 9600 w CP03 35002 27301 008 538 740 1 ForPSU 007 00000000 Accessories For EC 3000 For RCU 025 For RCU 026 Spare Parts This radar has two processor units RPU 013 EC 3000 In this book RPU 013 is called ra dar processor unit and EC 3000 is called processor unit EQUIPMENT LISTS Optional Supply Nam Type 000 Sensor Adapter 30008 Sealy moso NN IMC 3020D IMC3080D Daor SwichngHUB HU
18. to prevent blind sectors and false echoes on the radar picture It is rarely possible to place the antenna unit where completely clear view in all di rections is available Thus you should determine the angular width and relative bearing of any shadow sector for their influence on the radar at the first opportunity after fitting Locate a direction finder antenna clear of the antenna unit to prevent interference to the direction finder A separation of more than two meters is recommended A magnetic compass will be affected if the antenna unit is placed too close to the magnetic compass Observe the compass safe distances on page ii to prevent de viation of the magnetic compass Do not paint the radiator aperture to ensure proper emission of the radar waves The antenna base is made of cast aluminium To prevent electrolytic corrosion of the antenna base use the seal washers and corrosion proof rubber mat ground the unit with the ground wire supplied Deposits and fumes from a funnel or other exhaust vent can adversely affect the aerial performance and hot gases may distort the radiator position The antenna unit must not be mounted where the temperature is more than 70 Leave sufficient space around the unit for maintenance and servicing See antenna unit outline drawing for recommended maintenance space 1 Installation precaution for S band antenna unit If an S band antenna unit is mounted near the en
19. default setting See Slide switch below for details 2 21 2 WIRING Slide switch Set the slide switch to ON default setting This setting automatically powers the monitor unit on or off according to the DVI signal input The power switch of the mon itor unit is inoperative Note The OFF position provides control of the monitor unit power with the power switch of the monitor unit Slide switch ON Default setting RGB port EES Q s T How to open the INSTALLATION SETTING menu Turn off the monitor unit While you hold the DISP key press the BRILL key to turn on the monitor unit Press and hold the DISP key for more than five seconds Note When the DVI PWR SYNC slide switch is ON turn on the connected external equipment while you press the DISP key to turn on the monitor unit 2 6 Power Supply Unit Wire the unit as shown in the interconnection diagram Thermal relay Relay K2 Connect input line XK1 Connect output line TB1 Connect control line Cable clamp Clamp the armors of the cable 2 22 2 7 2 WIRING sensor Adapters option Maximum eight MC 3000S can be connected to a sensor network for the redundant connection 16 The MC 3000S serial input output 1162 2 1 can connect max 10 sensor adapters using the MC1 5 W cables The maximum number of MC 3010A units is five When fabricating the MC1 5 W cables use the lot terminal ferru
20. 2x of ut lt x or 2 5 6 205 Wa l ac Hi Lu lt 4 Q d 8 MH 2 59 s E ce lt gt lt PACKING LIST Ros OUTLINE DESCRIPTION CODE No 0 TY NAME OUTLINE DESCRIPTION CODE No 0 TY UNIT A OPERATOR 5 MANUAL 4n UNIT EN INSTALLATION MANUAL INSTALLATION MANUAL 5 INSTALLATION MANUAL SPARE PARTS INSTALLATION MANUAL SPARE PARTS INSTALLATION MANUAL INSTALLATION MANUAL INSTALLATION OPERATOR S GUIDE INSTALLATION MATERIALS OPERATOR S GUIDE DOCUMENT OPERATOR S MANUAL OPERATOR S MANUAL 1 CODE NUMBER ENDING WITH INDICATES THE CODE NUMBER OF REPRESENTATIVE MATERIAL 2 1 2 3 2 K3 INDICATE SPECIFICATION SELECTIVE ITEM 2
21. 3 Insert the wire to hole NH connector assy 03 2089 5P 4 Remove the terminal opener 03 2091 5P 5 Pull the wire to confirm that it is VH connector assy 03 2090 3P P5 To J602 XH PH connector assy 03 2088 6 14P P1 0 Connecting connector assemblies 5 Confirm gyrocompass specifications and set up the DIP switches and jumper wires on the GYRO CONVERTER board according to gyrocompass connected e Setting jumper wires DIP switches by gyrocompass specifications page 4 5 e Setting jumper wires DIP switches by make and model of gyrocompass page 4 7 Location of jumper wires DIP switches page 4 8 6 Pass gyrocompass cable through the cable clamp and connect it to connector J602 as shown in the figure on page 4 3 4 3 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 7 Attach the clamps on the plastic cover and then attach the cover to the GYRO CONVERTER board as shown in the figure below Insert cables to the clamp EDS 1 respectively Screw Plastic cover M4X8 pcs Clamp CKS 10 L Insert cables to these lt gt clamp Clamp CKS 13 L Attaching plastic cover for GYRO CONVERTER board 8 Close the radar processor unit 4 1 2 Connection of external power supply An external power supply is necessary when the repeater signal is step by step type and the step voltage is below 20V or output voltage is less than 1 Cut jumper wire JP1 on the G
22. 9 ON 4009 010 710 72 5 0114182530 WHY Sik 3 1 111010 E 98 34 1 ON 300 9 M349 QV3H 9NIQNIS AXE M 9011 NO dW I9 ZEE 311 3189 ME 111 3189 Y74 NE ASSY 41414 9NIHIM 6 35 8 5155 odi 4SVg SISSVHO ERE 4LWId 9NIMIA SIWIYSLVW NOIIVIIV1SNI SE HET 9 104 16489 9 0N ELVV ONNANSGA ONNANSGA CANO 39N34333H 80 4 1 NI SNOISN3NIQ 6286 PIECE CO DEL CANO 30N3H343H ONIMVUG NI SNOISNAWIG 7 25 546 PIECE CODE QNVS 3HL SI ALITVNO WS JHL SI ALITYNO 12910044 ddddl AHL dO JOW1d NI ddIHS 38 AVW 10100084 ddMO1 SHL WALI NV 403 041511 38 AVW 54009 S3dAL 191084 IHL 340 3214 NI dddIHS 38 AYN 120084 M3MO1 JHL WALI NV 011511 3g AVW 54009 S3dAL HHA 6 2 0 OC 1 10240194 SHOWS CSS C E E PR CLRIICVGGECIGR 0 1 SHOW VSS A C EIE 8 MAYOS W3HSVM vt ON 3009 IES 1 14 9 11411 404 YV1100 2 XHAN09 SHOU 0 605 510 60 91 01 06 060 00 Ys MA E 01 061 060 001 ON 3009 X SHOU 0 0 910 0 MAYIS 9 44 1 4145 BST TAL AEG AGL EY Suv 5 0114149530 3NI 1100 540114199530 3 171110 WY
23. If you fix the unit cable entry upside never remove the screw M3x10 that joints the upper case assy and lower case assy of the processor unit Upper case assy lt lt Lower case as Unfasten this screw M3x10 Processor unit 1 11 1 MOUNTING 1 5 Processor Unit 1 5 1 Mounting considerations When you select a mounting location keep in mind the following points Locate the processor unit away from heat sources because of heat that can build up inside the cabinet The vibration at the mounting location should be minimum Locate the equipment away from places subject to water splash and rain Make the service clearance of 100 mm in front of the vent hole left side Leave sufficient space at the sides and rear of the unit to facilitate maintenance Make sure that the ground wire is connected between the earth terminal on the chassis and the ship s earth Amagnetic compass will be affected if the processor unit is placed too close to the magnetic compass Observe the compass safe distances on page ii to prevent com pass malfunction Do not remove the dummy plate to prevent the wrong operation of the power switch The items behind the plate are for use by the serviceman Keep the dummy plate in this position Processor unit front view Mount the processor unit on the floor or on a bulkhead with the following direction horizontal because of the DVD drive unit
24. SENSOR ADAPTER
25. under this clamp then tighten the clamp 2 44 2 WIRING 2 9 2 Trackball control unit RCU 026 1 Unfasten four binding screws M3x8 from the bottom of the control unit and a pan head screw M3x8 and flat washer from the back of the control unit to remove the COVer Note Be careful notto add stress to the cables connected to the control unit board when removing the cover Binding screw M3x8 Pan head screw and flat washer Control unit cable Control unit cover 2 Remove the cable clamp from the control unit then disconnect the control unit ca ble from the J1 connector Binding screw Cable clamp J1 connector Disconnect this connector 3 Pull out the control unit cable from the cover 4 Pass the optional cable assy 6TPSH XH12X2 LxxSP2 through the cable hole on the cover Cable assy 6TPSH XH12X2 LxxSP2 2 45 2 WIRING 5 Fasten the shield part of the cable assy with the cable clamp removed at step 2 then connect the connector at the end of the cable assy to the J1 on the control unit board Note When clamping the shield part of the cable must not touch the circuit board Cable assy Shield part Board Reattach the control unit cover Unfasten four screws M4x8 to remove the processor unit cover Unfasten three bolts to remove the cable clamp upper as shown below Clamp holes upper FUA
26. 22 ed L L IND RE Q 2 12120 OND HDK 252 1910 22 9 LOVINOO 4041 INI 1910 H Oo SIO dd 11072101 2 Y T OOW _ g ZON OO HELLS S 20 V cON 160 06 06 01 25 ae TIVA CA L 1 ot a L0N ZNV 2279 9431 z pug 5 e ks 25 2 25 d PIE NET 15019 E P ap _ D IV ud lt 4G E 55 eS de ZF L V 1IV4 SAS ce 13185 NUY m b 8 T 410 803 ug Hz N fee 3S 10 1 41 803 gt 0002 1 4 9 8 1402 5 16 A 19 901 Ii _ ZH09 09 901 H QVA0 6 001 X31AVN lr SES UL EN lL 47181089 LNV AOA 086989 110 291 8 347 9 L0y 15 INIMd 71 9 Af fe ane ai Yaa pasn 11889 850 5 Nav lv o rn race o 0 gt 0 d gt LINA ee g lt gasn m wig 10 02 81 al LA E 0664 F c 19 901 Zk ET ER u3L3NON3NV 801140 an 22 4 8 218 8 u zds0 1 0 21 15 nisi G FOND N94 8 S2 P Tivi
27. 4 1 4 1 Gyro Converter GC 10 4 1 4 2 Junction BOX aansenannnnnnnnnnnnennnnnnnnnn 4 9 5 INPUT OUTPUT 5 1 5 1 Radar Processor Unit 5 1 5 2 Processor Unit ctore eroe cu decus 5 1 5 3 IEC 61162 Sentences 5 2 APPENDIX 1 JIS CABLE GUIDE AP 1 APPENDIX 2 ROD TERMINALS AP 2 PACKING LISTS A 1 OUTLINE DRAWINGS D 1 INTERCONNECTION DIAGRAM D 1 FURUNO ELECTRIC CO LTD www furuno com All brand 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 AIL rights reserved Printed in Japan Pub No IME 36060 C REFU FCR 2139S BB Elemental Chlorine Free paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer JUN 2012 C APR 15 2013 00017613712 N SAFTY INSTRUCTIONS The operator and installer must read the applicable safety instructions before attempting to install or operate the equipment Indicates a potentially hazardous situation which if not avoided DANGER will result in death or serious injury PAN WARNING Indicates a potentially hazardous situation which if not avoided could result in death or serious injury Indicates a potentially ha
28. ACK4 In Pin 1 2 short nection ERO 12 7 DIGILRTN4 MPYC 12 GND DC12V mE con nection Connector J5 ACK1 ACK ACK2 ACK2 Signal name In Out contact voltage contact voltage 1 DC12V OUT Out ACK5 In Pin 1 2 No connec short tion DIGI_RTN5 MPYC 12 No tion 4 GND In meram OUT In o 2 DIGI INO 12 7 DIGI 12 s esee qmm nection 2 34 2 WIRING Connector J6 2 2 Signal name In Out contact voltage contact voltage short tion 2 DIGLIN1 12 12 mv No connec short nection 7 pereme fot fee How to set alarm output MC 3030D Use the connector J3 to J6 on the MC_OUT Board 24P0117 to select NC normal close or NO normal open for alarm output 1 to 8 Connector J3 oe _ name Out Out Out Out Out A1 Alarm1 MPYC 12 No connection A2 Alarm2 MPYC 12 No connection Connector J4S ee OM oe name Out Out Out Out Out Alarm3 MPYC 12 cone Out MPYC 12 Alarm4 MPYC 12 No connection connection COM4 Out US 12 6 84 No connection 2 35 2 WIRING Connector J4 Signal In Alarm1 NO Alarm1 NC Alarm2 2 pom name Out Out Out pom Out Alarms MPYC 12 Ou foe No c
29. Coat the screw part of the clamping gland with silicone sealant and tighten it 6 Pass the power cable behind the terminal block and then pass it through the lock ing wire saddle 2 WIRING 2 3 2 3 1 7 Fix the crimp on lug 2 4 blue to each conductor Terminal board for power cable Pass the power supply cable here Antenna unit left view Connect crimp lug to the terminal block referring to the interconnection diagram Attach the cover Seal the cable gland with putty Radar Processor Unit Four cables are terminated at the radar processor unit the antenna unit cable LAN cable power switch cable and the power cable Cables other than the power cable come with a connector pre attached to them for connection to the processor unit Fab ricate the power cable as below For the power cable use DPYC 2 5 Japan Industry Standard cable or the equivalent Note For AC Pass the AC line through a double contact breaker shipyard supply Fabricating the power cable E En Cut armor of the cable by 40 mm Cut vinyl sheath by 35 mm Remove insulation of wires by about 10 mm Fix crimp on lugs to the cores Scrape off paint of the armor by 40 mm 2 WIRING 5 Cover the end of armor with vinyl tape Vinyl sheath 10 mm Connection of cables The power cable is connected to the terminal board on the rear panel Other cables are connected to the printed circuit board 03P9342 Power cable cl
30. Connect the ECDIS main monitor to the DVI1 and COM1 ports For the sub ECDIS monitor connect it to the DVI2 and COM2 port Conning type ECDIS main monitor DVI1 1 ports conning monitor DVI3 port and COM2 ports e When ECDIS sub monitor is added to the above connection connect it to the DVI2 port the brilliance adjustment is not available VDR connection ask your dealer To connect a VDR it is necessary to output data in analog format See the installation manuals for VDR to prepare the cables to use e When connecting a VDR to the DVI3 port Use the optional DVI BNCX5 L2000 cable to output RGB signal from the DVI I Ad justment of the output picture is necessary When connecting a VDR to the DVI2 port Use a DVI RGB converter maker IMAZINICS type DVI 12A local supply to con vert DVI output from DVI2 port to RGB The INSTALLATION SETTING menu appears only when the power is turned on for the first time after installation of the monitor unit INSTALLATION SETTING SERIAL BAUDRATE 48000 4800 9600 19200 38400 COLOR CALIBRATION ON OFF ON KEY LOCK ON OFF ON Menu item SAVE AND EXIT YES NO YES Adjust the settings referring to the following table EXT BRILL SERIAL COLOR DVI PWR CTRL BAIDRATE CALIBRATION INE EOS SYNC RS 485 4800bps DVI PWR SYNC is the slide switch at the bottom rear of the monitor unit Confirm that this switch is set to ON
31. EISE IE CO Dr D 30N383338 M03 9NIMVHO NI SNOISN3WIQ 6 2 8 FIXE 8 JNYS FHL SI ALITVNO MVS JHL SI ALITVnO 1914084 dddn JHL JO 39914 NI 034418 38 1200044 MO JHL WALI 03 031511 38 AVW 53002 534 1 OML 1904084 dddn JHL 30 39914 NI 034418 38 1200044 YIMOT JHL WALI NY 304 041611 38 AVN 53002 5341 OML YA 62312 CY ago SHOA AEE C E E RHE CCGESEPIE HA 282112 CY 0 1 SHOWS CSR C E E 01 70 141 000 ON 4009 aa 055 320 0 41 189 fei SH 04193145 38 01 QV L f L 4 01 017 810 100 Woes 31880 111915 S LINN 505932044 ddNdd0 115 2 e 318 2 3909 1 EH e MAE 3123135 38 01 90174 4 4 01 007 98 0 100 01 00 7 8 0 100 0 1 31999 IVN9 15 01 06 810 100 06 1 318V9 TVNOIS ieee 11840 3809 01 16 452 NOG 0096 09 03103138 38 01 ME 2 4 ON 3009 WSI 1 1 2452 MGI 0096 i 101 162 M3 03199798 39 01 HIdV 3909 1 LINA 405549084 ddNdd0 VNIWH3L 403 QV L L 4 SMMVMHHM 80114180830 3 11110 501141849530 3 111010 ON 218 SIC zi uou SIVIdd1VW NOIIVTIVISNI SEE HET SIVIYSLVW NOTLVTIVISN ee o Um 90 0 804 8 10 4 1 1 0982 6049 076 1960 00 056
32. M3x12 to remove the clamp and cable clamp from the control unit then disconnect the control unit cable from the J1 connector oS P Clamp Cable clamp 289 4 a aL wy Control unit cable 3 Pull out the control unit cable from the cover Pass the optional cable assy 6T PSH XH12X2 LxxSP 1 through the cable hole on the control unit 5 Fasten the shield part of the cable assy with the cable clamp removed at step 2 then connect the connector at the end of the cable assy to the J1 on the control unit board Reattach the control unit cover Unfasten four screws M4x8 to remove the processor unit cover 2 43 2 WIRING 8 Unfasten three bolts to remove the cable clamp upper shown below Clamp holes upper Loosen this bolt to use the lower clamp holes Clamp holes lower Loosen these three bolts to remove the upper plate 9 Disconnect the control unit cable from the processor unit then connect the cable assy 6TPSH XH12X2 LxxSP1 10 Set the shield part of cables under the cable clamp then tighten the cable clamp a Me ee Lay shields of cables
33. Setting for contact input 12V 5V 4700 0 5W DC12V_OUT DIGI INx DIGI RTNx GND DC12V Use NH connector Register AWG24 wire Contact input 5 2 2 1W to MC DIN circuit GND Photocoupler circuit Setting for voltage input 12V 4700 0 5W DC12V_OUT DIGI INx DIGI RTNx GND DC12V Register 2 2 1W to MC DIN circuit DC voltage input 21 6V to 31 2V GND Photocoupler circuit GND Connector J11 Pin Signal name In Out Contact input Voltage input A 8 6 Out System fai output TTYCS LA 10_ TTYCS LA 10 2 SYS FALB Ou System al output 4 PR FAS Out Power ta ouput ern ou Asm ouput cD 6 NCT B Out Alarm output NCI _ 7 2 Out Alarm output NC2 _ 8 NCZB Out Alarm output NC2 _ o NOTA Alarm output NO1 _ NO1 B Alarm output E NO2 A Alarm output NO2 NO2 B Alarm output NO2 DC12V OUT ACK input 14 short No connection DIGI IN1 ACKinput iin LA DIGI_RTN1 ACK input TTYCS LA 1 GND DC12V ACK input No connection 7 GND GND NOconnecion Note NC1 2 and NO1 2 are output with a fixed value 2 20 2 5 2 WIRING Monitor Unit For the wiring of the monitor unit MU 190 231 see the operator s manual supplied with the monitor unit Mounting consideration Standard type
34. Signalname Rod terminal to use Connected cable Al 1 5 6 BK black vour OPN PWR_FAIL A 0 75 6 Gray TTYCS 4 PWR_FAIL COM TTYCSLA 4 PWR_FAIL B Connector Pin Signalname Rodterminaltouse Connected cable 1 RDT A RD1 B 0 75 6 GY Gray TTYCSLA 4 RD1 H 801 Connector Pin Signalname Rodterminaltouse Connected cable 2 TD2 B RD2 A RD2 B 0 75 6 GY gray 9 ISOGND2 RD2 H Connector Pin Signalname Rodterminaltouse Connected cable RD3 A RD3 B 0 75 6 GY gray 5 ISOGND3 RD3 H AP 2 APPENDIX 2 ROD TERMINALS Connector Pins Signalname Rod terminal to use Connected cable 1 TD4 A 2 TD4 B 5 4 J7 4 RD4 B Al 0 75 6 GY gray TTYCSL A4 ISOGND4 6 RD4 H RDA C onnector Pini Signalname Rod terminal to use Connected cable TTYCS 1Q TTYCSLA 1Q J8 TTYCS 1Q TTYCSLA 1Q TTYCS 1Q TTYCSLA 1Q TTYCS 1Q TTYCSLA 1Q AP 3 APPENDIX 2 ROD TERMINALS MC 3010A MC ANALG Board 24P0115 ee IM MIENNE 0 34 6 TQ blue 0 14 8 GY gray MC1 5 W Lxxx Connector Pin Signalname Rodterminaltouse Connected cable 1 24V_OUT 1034 6 blue Al 0 14 8 GY gray MC1 5 W Lxxx Connector Pin Signalname Rodterminalto use Connected cable Al 0 75 6 GY gray TTYCS 1 2 TTYCSLA 1 Conn
35. Sik x uri 5 5314055399 l 1046 0960 00 0 8 8 800 ON 3009 3009 101 6 6oF ap f fs EL 0 V 6L V SIWIYSLVW NOIIVIIV1SNI SE 5 10820 240 0V6 X Whe 00 016 011 100 ON 3000 3409 04 6 7 9 Y S04 L 7 9 011 14143214 ONNANSGA all oo 1419414 4014 CAINO 39N3833384 ONIMVYC SNOISN3WIQ 6 2 8 4 PIXE 39N3833384 8404 9NIMVHO SNOISNAWIG 6 2 8 PIXE 0 5 3AVS 3HL SI 111 00 JNVS 3HL SI ALITVNO 101084 YAddN FHL 40 39V d NI ddIHS 38 AVW 19100084 ddMO1 JHL WALI NV 303 041511 38 AVW 54009 S3dAL 101084 ddddl 40 39V d NI 344 5 38 AVW 1000044 ddMO1 JHL WALI NV 304 041511 38 AVW 54009 SddAl ry RHE 1 RP 222312 2 hQ 0 CE C E E SH 2012 CY NGO GMAT 1 960038 OLESTIE NR vexat d MIYOS QV3H M3HSVM ed dY74 4 DI 133Hs asn 1 lt 8SI 01 168 99 001 ON 4009 Ae 31 14 SAG 1 0010 110 12 39 045 40084 1500 l 69 OE HEETE AG SMMVMHM 501141849530 3 11110 80114189830 3NI I00 3 SCA zal DH WY Bik 5414055499 5414055499 xu T 0 1046 1 0 00 068 011 100 704 3000 3009 0 9046 1 0 00 089 0 L 100 ON 3009 3409 LC V NYS SHL SI ALIIVNO 191084 YAddN 40 JOV1d N
36. TE URS TL LEJ HE G emNTIT O9 219199719 ONNYNA CCN INNON IXH LINN 10310 BOVE ay SEND 8498 54 18 CON m LINA JHL NH 404 00 50 513895 9 1 ISN 11 391 435 c 031519395 LON SI HOIHM SNOISNAWIG JO JONVS3IO SSLVOIGN 418811 2 0 6 49 2 CE Cc c 9896 2 0 2 CE U_U U i 1 CA EN N NO 8 829 A _ v __ VAR SLE e O G61 GZT 00151206 ew o1 _ SE 082 59 30NVaHDOI 10511110 50140 31819 1105 TGV WNOIS YIMOd GARE amp S 1 amp KS Y nNrrnzir 11 OO 914103743 ay NVC NIL CFB V MIYOS 80 INNON 40131871 LINN 1081800 TIVEYOVEL 15151 dv SSINYOIHL 0 3 304 ZIXCW 583325 8 SNIS ISN 30Nv3Y310 20855 3 HATE RHN EG 564 14149445 LON SI HJIHW SNOISNANIG 40 FONVYFIOL 531 41841 q 960 f0d 9 2 gt ERYS cvs PHOS 220BHd3zZcIxgeN 7 4416 H t 0 1 lt ALON SPIT CI c X ZN ES Amm
37. antenna unit the radar functions abnormally TYPE Select type of radar IMO A or B ON TIME and TX TIME These items show number of hours the radar has been turned on and transmitted re spectively Value can be changed for example after replacing magnetron TX Time can be reset to 0 PM GAIN ADJ When you choose this item the radar setting changes as follows RANGE 24 NM PULSE LONG BLIND SECTOR OFF STC OFF by Manual RAIN OFF by Manual ECHO AVERAGE OFF VIDEO CONTRAST 2 B 1 Adjust the GAIN control so that a slight amount of white noise appears on the screen Arcs for performance monitor appears on the screen as in the left figure below 2 Adjust PM FGAINADJ so that outer arc just disappearsas in the right figure below The setting range is O to 255 Approx 0 6 nm 10 dB TT PRESET menu setting TTM TTD REFERENCE Set the output format bearing of tracked targets Bearing REL Target bearing from own ship degree relative target course degree relative TRUE Target bearing degree true target course degree true MAX RANGE Select the target tracking range 24 or 32 nm QV DISPLAY OFF Normal picture ON Quantized picture always off at power on 3 SETTING AND ADJUSTMENT QV ECHO LEVEL Set the detection level of echoes The setting range is 1 to 31 TT W O GYRO If a gyrocompass is not connected select the TT function ON working or OFF no working ACQ PRESET Show the ACQ PRESET menu
38. cc So 0 0 L0Z QOMW dzHX dOIHX cn 8 Si 5 EB B L d84 8 LI 2 E es gm ee 1 NB 90 8 E 8 25 HHEN Y 90H m 59 Z Z9119 01 18 D SIALL 09 405835 90 P vo QV He 8 yn qv Q N RY H cw w 292 es TEQUE t LIH VIVG Qv ac REDE C MELLE SA R g z v x OTINI 07 deo lt 7 a CAV 14510 8105 26 60 HN 819 Y Ze OFTWD st z 2 LAV 14510 4105 46 69 HN 119 22 2 LLI NO I E 03014741 ro ME RE 609r ec LO ND 81034 ae PN T 10 nas gs IA 1 lt N g yg Sans ws fi A 7 0744 nds 2 IRE qay C4 9 8010W e o i y Qu 5 FI 181144 2 o Y 010 06 ac ca incl 2 444 4 y 2409 05 02 x kd aim 2 x 8 i UT ed E PD wt 021 001 EY 2 41940 41 9 Z OAdd in 22 At 3 ee e nod q Te 61 940 2109 03 4 i 1 5 SS uos Ov 0t 8 0086 18 5 2 8081 081 T 5 BA N CoP 04 0 1 c a tu c co c ox 4 0 5 2 24 ur X m E Y EM a OL ee J91 C m 6 22 2 8 ET 7
39. crimp on lugs Lorensen the drain wire 9 4 n 6 For TTYCSLA series cables pass the drain wire into the shrink tube local sup ply then fasten crimp on lugs at the end of drain wires to screws shown above Example of wiring inside the processor unit 2 WIRING 2 4 3 How to set jumper blocks on Board How to set the termination resistors Use the jumper blocks JP1 and JP2 on the I O Board 24P0124 to set the termination resistor J3 and J4 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 CH1 or CH2 termination resistor ON When not setting the starting ending terminal for the multipoint connection CH1 CH2 termination resistor OFF J11 n 25 80 1 S n Ima 1 d 4 AL us T zite 4 1 a ITE 29 WS 154 l E J 17 1 JS e 1 wm m 1402 1 ii 4 3 1 gt Wm 2153 d HI UM ase W 1 E 5 y a i 1 MEL T S 218 T D m a n 2 Terra erret d i PAN im an esL LI ERES 8 4 2 7 54 I
40. ddIHS 38 AVW 19100084 ddMO1 JHL WALI NV 804 041511 48 AVW 53009 SddAl RENQ OHY 2 0 0 CS HX eX um 1 CANO 39N33343H 804 NIMVYG NI 5 15 3 10 7 Ee 000 5 9 904 61869 ON DMG 11 00 91419373 ON JWYN S YAWN 00 410 6 74 000 AOZ 19 01 08 441 000 voz 0894 9 J H D la Y LINN 805530044 304 02 18210894 SIA 155 3uvds Yad Yd LuVd ON yo 3NI Uno 3MVN wall 13S 3A Wad 5136 d S N 403 1511 SldVd JYVdS ON dIHS d OX 9071 5048 31 L L l L086 X 1980 066 468 800 3000 H 92 JHL SI ALITVAO 190084 dddd 1 40 49714 ddIHS 38 19100084 ddMO1 JHL WALI NV 804 041511 48 AVW 54009 SddAl RENQ BABE SR 22823412 2042 0 SHOA CES CANO 39N34343H 804 NIMVYG NI 5 15 3 107825 000 5 8 404 619689 ON DMG 11 00 91419373 ON HMVN S LINN 405549084 404 EHOCCOV SIA 135 javds Yad Yd LuVd ON yo 3NI Vno 3MVN mati ON 3009 SAYVNWJY AlIINVIO ON OMG 13554 51345 soyyLedS lau L L L 90 6 X 19 0 oo 0z6 cee e00 0 3000 TD 3NVS FHL SI ALITWAO 190084 ddd JHL 51 AL
41. default setting Jumper block Use the jumper block J19 to set the termination resistor on off for the MODBUS com munication on the connector J1 For the first and last sensor adapter in a series their termination resistors should be set to ON Use the MC CS Board with the default set ting because it becomes the first adapter in a series oo block J19 Connector J1 SHORT Termination resistor ON default setting 1 OPEN Termination resistor OFF z3 Set the jumper blocks J14 through J17 to turn the termination resistors on connectors J4 through J7 respectively 2 WIRING Termination resistor When setting the starting ending terminal for the multipoint or the multipoint is not connected 1 to 4 When setting the starting ending terminal for Modbus CH1 2 Terminal resistor OFF When setting the terminal other than starting ending for the multipoint CH1 to 4 When setting the terminal other than starting ending for Modbus CH1 CH2 Jumper block J14 Connector J4 CH1 SHORT Termination resistor ON default setting OPEN OPEN Termination resistor OFF 2 3 SHORT Termination resistor ON default setting Termination resistor OFF Jumper block J16 Connector J6 CH3 SHORT Termination resistor ON default setting OPEN Termination resistor OFF Jumper block J17 Connector J7 CH4 Termination resistor ON default setting za pope
42. hex bolts Antenna radiator Do not remove the teflon tube from the center conductor SX 4 um e 070 Spring washer flat washer P di 10 pcs each M10 x 25 Protective Radiator bracket Choke guide Radiator O ring front JIS B2401 Guide pin 2 pcs Arrow mark for the radiator front Assembling the radiator bracket A CAUTION Be sure to remove the guide pins after fixing the radiator Injury may result if the guide pins loosen and fall 1 How to lift the antenna unit 1 Fix the antenna radiator to the antenna unit chassis as shown on page 1 3 2 Attach the lifting fixtures and collars as shown below 3 Position the radiator as shown below and arrange the rope A and B Lifting fixture Supplied as accessories u a Remove after installation Collar for fixing Spring washer SO Plat washer M12 Hex bolt M12X20 Torque 63 5Nm Remove lifting fixture coat threads of hex bolts with silicone grease and then insert bolts in antenna chassis Lifting hook 2 pcs 5 1 f Protect radiator with cardboard or cloth at locations marked with asterisk Attachment of lifting fixtures collar and ropes Fastening the antenna unit to the mounting platform See the figure on the next page for antenna unit mounting 1 Referring to the antenna outline drawing drill eight fixing holes of 15 mm in diam e
43. lD A M 9 YOLOINNOD 101955 008512001 00151206 JONVSTTOL 019 4 122 MJA OLLOH Kuz T 081 d 11882 SN 12 850 V 11912 TWNOIS YSMOd QUI 05 ER SATOH ONIXIH NUS NE ike A EWY S Os Fe 6 gt VOL Oct 6 11 OO 914103743 ONNYNS 9 9NMV80 NO AO NO SIS LIND TWEXOVSL 005450 SSINYOIHL 0 BENG 39NVAVH19 35 WANININ 7 CHRED eG C 14149445 LON SI HOIHM SNOISNANIG JO 10L S3EVOIONEL 3IBVI 1 q 9200 1094 ui S ERWUUOTYHB BN 2409 q EF 0085 1 001 01111 CS StF 00135106 1 EK TYNINYSL 010 YOLOINNOD 1VN9IS A DWAL OSNND n 1 7 VAAL a oe a oe 2 p 12 S 1 TIYIS SNOISN3AI0 100100 A 4 LA m Sb AES 220222 12777 OL XVW E 227 GG MJA MOLLO KE BUY E 11817 asn NE LASN 22 M 11810 TVNOIS Y3NOd 152 i8 ug O9 219199719 ONNYNA JNIMY AG INNON 38401514 LINN TOALNOD 14800441 14 6 CH EIU daij ti 04 565
44. of target echoes will also be incorrectly shown 1 Correct 2 Target pushed 3 Target pushed inward outward Transmit on the 0 25 nm range Adjust radar picture controls to display picture property Select a target echo which should be displayed straightly Show the RADAR INSTALLATION menu then select 1 ECHO ADJ and 3 TIM ING ADJ in that order 5 Seta suitable value which causes the target to be displayed straightly The setting range is 0 to 4095 gt BS qwe i Suppressing main bang If main bang appears at the screen center suppress it as follows Transmit the radar on a long range and then wait ten minutes Adjust gain to show a slight amount of noise on the display Select the 0 25 nm range Suppress sea clutter Show the RADAR INSTALLATION menu then select 1 ECHO ADJ and 4 MBS in that order 5 Seta suitable value so that the main bang disappears The setting range is O to 255 w mP a 3 SETTING AND ADJUSTMENT Other settings ECHO ADJ menu setting CABLE ATT ADJ Before adjusting set the radar as follows IR 2 ES off EAV off 24 nm range long pulse To adjust the cable attenuation manually select MANUAL Then rotate the wheel so that noise just appears on the screen when the gain is set to 80 Default setting is 30 for the antenna cable length of 15 m The setting range is 0 to 73 To adjust automat ically select AUTO The message CABLE ATT ADJ appears in red at the bottom of
45. 0 3NI I00 3 SCA x 3 WH Bik x SIVIdd1VW NOIIVIIV1SNI SIVIdd1VM NOIIVIIV1SNI OL 1096 0960 00 09 195 800 ON 3000 reds fat la H 9096 1960 00 096 959 800 3000 CLV LL V d 60M 1ZG69 141354134 ONNYNSG AINO 308 83 38 404 9NIMVHO NI SNOISN3WIQ 7 2 52 001 5 VS JHL SI ALITVNO 19000484 344 1 40 49 14 NI ddIHS 38 AVW 1000044 ddMO1 FHL WALI NV 04 041511 38 AVW 54009 SddAL 502 NO dMId9 9011 NO dMId9 Suavis 5 0114149530 3NI 1100 EC i p 5 SIVIdd1VM NOIIVTIVISNI EHHE 2016 0960 00 09 889 800 ON 3009 red fat lai 428 Z T 20N 128 9 al1 OrIHLlOZH3 3 40 14 CAINO 9N 4 4 403 9NIMVHO NI SNOISN3WIQ 7 2 5 24 CO 58 3NVS 3HL SI ALITVNO 191084 ddddil AHL 40 39V d NI 03441 5 38 AVW 1900044 ddMO1 JHL WALI NV 303 041511 48 AVW 53100 SddAl OML 1 fRMICVYEEIGR AG SO CUT 1 SHOWS CSR E E ASSV 419V9 QS emu Rn TS L 4 NM 1109 1 LAN ddHSVM 1414 0 ddHSVM 9NIddS SAY 5 0114149530 3NI 1100 i SIWIYSLVW NOILIVTIVISNI SEE EET 01 1096 0860 00 09D 19
46. 1 955 ZH 09 96 2 022 001 53 ZHOS 2 022 09 E OVA 0 660 858 zh 0G E OWA 08E 09 JVA 022 860 858 OWA 002 ddNNVS 3 AHd 100 5 2 Ely a3gas uq oec 2112 eA RMD e VOERNLOWGICALA F o wer oS S apisul sjupd DG FURUNO pa 1 TABLE 1 DIMENSION TOLERANCE 50 lt L lt 100 100 lt Ls500 410 NAMEPLATE 2 FIXING NOTCH 8420 100 360 POWER CABLE CLAMP B C LO H 2 FE 9 op POWER TERMINAL BOARD NOTE CABLE CLAMP 1 1 MINIMUM SERVICE CLEARANCE 2 1 2 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS 3 M6 WHICH 15 NOT SPECIFIED 6 3 USE M6 BOLTS OR COACH SCREWS 46 FOR FIXING THE UNIT RPU 015 016 Ps 7 LIAKENO I APPROVED 17 07 R Esumi FAR 2117 SER AST BI SE 1 8 M10 5 M pROCFSSOR UNIT DEN OUTLINE DRAWING FURUNO ELECTRIC CO LTD
47. 17 GLT 201 202 203 TG 6000 OFF ON ON 2 2 GM 11 AC synchronous OFF OFF OFF 1 1 1 50 60Hz Rotor voltage 100V Stator voltage 90V 90x SR 120 ES 16 DC step OFF ON ON 2 2 MK 10 20 30 Kawasaki GX 81 AC synchronous OFF 1 1 1 50 60Hz Rotor voltage 100 110V Stator voltage 90V Armabrown MK 10 MKL 1 OFF 1 1 SERIES1351 MOD 4 Robertson SKR 80 DC step OFF 2 2 35V 180x COM 3 wire Set and JP5 according to the voltage of the external power supply Note If CMZ 50 has 35VDC set JP1 to 4 5 6 4 INSTALLING OPTIONAL EQUIPMENT for RADAR Location of DIP switches jumper wires on the GYRO CONVERTER board JP5 JP4 Supply voltage 2 1 2 Stator voltage 7 JP3 Rotor voltage L4 in T al JP1 64P1106 Gyro type R HH 2 J4 DIP switch J9 J5 Stator signal input J6 J8 Rotor signal input IEC 61162 1 output port external power input A GYRO CONVERTER board SW3 DIP switch J12 Data output port 6 J11 Data output port 5 J10 Data output port 4 SW2 DIP switch JE6 JP7 AD format data Tx interval Data output port 3 Data output port 2 Data output port 1 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 4 1 4 Setting the heading readout on the radar display Confirm that the gyrocompass is giving a reliable readout Then
48. 2 cable GYROAS i2 TTYCS 1Q GPS LOG E S MPYC 7 HUB 3000 _ _ WIND ALRM x6 pem TTYC 1T x c a LiNAVTEX etc E a USB Junction Box SYNCHRO 100 230 VAC memory 100 230 VAC RJB 001 STEPPER or IEC61162 2 PN dom 2 DPYC 2 5 Trackball Control Unit RCU 026 100 115 VAC 220 230 VAC Radar Control Unit USB RCU 025 nmm 2 If the cable run between the antenna unit and radar processor unit is more than 100m use Junction box RJB 001 However the maximum length is 300m Bl Cable requires fabrication 2 2 Antenna Unit o TH 22 3 Antenna motor switch 4 Gland for signal cable RW 9600 Antenna unit bow view Open the right side cover on the antenna unit with the hex wrench Unfasten the cable gland for the signal cable and remove the gasket flat washers and blind lid 3 Fabricate the signal cable RW 9600 as follows a Remove the outer sheath armor and inner sheath as shown on the next page b Unravel the shield to expose the wires in the inner layer 2 WIRING Adjust the length of each core considering its location on the terminal board TB801 d Trim ea
49. 22 222 ZHOS ING eoUx oc m 99y8 fld zu Tw wy gt Oo pmo 1 9001 T 58 Ben hte ZH0G 2 022 0 4 ni Es pes on o NN 11 2 1 ZAIT 2809 PE 9 WN ES 1 OAdd 71 ems 2 t TIT Z 699 NY 60 0 de 0ZZ ARE Cl A Mix sine Ge 0 S 4 C9Ml Jing mo Dn c 5 2 201 1 js a A 60 9 01 edjeo 92 2 01110 TE 4 lo Se NN e e N 1 69119931 WINS 3 75 vel y SOAL 241 m SELECT oe aA Aa CO peas es a T 2 29 119941 TVIYAS SOL LL z al pee rs r NO MC 3000S SERIAL 8ch SENSOR ADAPTER ELD 06 02 01 4 9414 44 Tx PROCESSOR UNIT EC 3000 11 qN0 8 8NI 1910 9 F 9 8 a 81000100 H H 804 L 99 T lt tz intor B y edi ger MEN NI 1910 2 2 103 t f 23208 LINO AZLOGLL joe m lt ax Yr 1 zu d1 Z rrt m oS N9 8N09 8 1011
50. 3 m Serial CH3 output IEC6T162 2 i B Serial CH3 output IEC61162 2 CH3 Serial CH3 output IEC61162 2 _ d 162 2 3 4 5 1806403 isoation GND CH3 im Serial CH3 output IEC61162 1 No connection TTYCS LA n EGER Connector J7 Pin Signal name Out HL TDA Out Sofa CHA 2 1048 Out Serial CHA output IECG1162 12 3 RD4A m SeralCH output 61162 2 4 RD4B in Serial CHA output IEC61162 2 5 ISOGND4 isoaion GND CHA ICE Connector J8 Pin Signal name In Out Description Usedcable TIYGS AQ or TTYCSLA 1Q 6 7068 Out Serial CH6 output IEC61162 1 8 RD amp G in SeelGHenputlE611621 Connector J9 Pint Signal name In Out Description Usedcabe _ TTYCS 1Q or TTYCSLAG 6 7068 Serial CH8 output IE061162 1 8 RDC i SerlGH8inpuiEC611621 2 28 2 WIRING Case packing 24 28 The optional kit OP24 28 protects the connectors on the MC 3000C to waterproofing standard 2 Case packing type OP24 28 code no 001 169 970 CodeNo Qy Remarks Case packing serial 21 014 2051 100 367 880 10 For MC 3000S 1 Unfasten four binding screws to remove the cover from the adapter Binding screw 2 Peel the paper from the case packing then attach the case packing to the reverse side of the cover and the bo
51. 3 9 108110 1 peg 2 LO 141218 401 casn m Tig sz BHIE Gh E ME eu s DENN 1 Na pe 8089 jn v 19 ZAI 2 we 2 llH bM 50 igi 22 val dlN09 Bo 2 gt c Lasn ce CUM ds 3E 1 a X SN9 Z 501140 106 06 01 KZ rel gt 2 061 01 d Deu pee 2 ic WT 84 86612 304 200 AL 949 DS9AL qr yoLINoW 22 22 9 6d d Meme 11111 4 19 2114 118 2 4 1 1 21 12 Ea ee Sa ucc 204 304 Q2 SEG 0828 ret i s6 87 40 a ern 28 001 5 mo INA 301 NON 209709 01 5 22 1 v zal TIT 1 REE 9VA0t2 00 2 21 11 i 9 FW SWE 11 q mE TM a 4 9 I e TAS Ce WSYNTIS 0 0 845 12119100081 8 209 09 ol 2 gt a Y g 10M 5 OVAOEZ 022 G1 1 0 12282 Ss ds 20116 8 g 07 6951 55 55595 ea 5t 0105 8 2 GS SIV er 212 gee gt 2 LL
52. 3159 m na 7 ee 4 2 eece E gt e e T inde Pest ee ei PEPS JP2 J4 Processor unit I O Board 24 0124 Jumper block J1 Connector J3 SHORT Termination resistor ON default setting 2 23 5 OPEN a Termination connector OFF Jumper block J2 Connector J4 SHORT Termination resistor ON default setting OPEN OPEN Termination connector OFF SHORT 2 17 2 WIRING How to select the serial input output format Use the connectors J3 and J4 to set the input output format for serial CH1 CH2 from 61162 1 or IEC 61162 2 For connectors J5 to J10 use TTYCS 1Q or TTYCSLA 1Q cable for a connector Connector J3 Pin amp Signal In Out IEC61162 2 IEC61162 1 TD1 A Out serial CH1 output TTYCS LA 4 TTYCS LA 4 IEC61162 1 2 TD1 B Out Serial CH1 output IEC61162 1 2 3 RD1 A In Serial CH1 input No connection IEC61162 2 4 RD1 B In Serial CH1 input Eod 162 2 5 ISOGNDi isolation GND CHT _ IEC61162 1 2285 IEC61162 1 Connector J4 EC61162 2 1 61162 1 TD2 A Serial CH2 output TTYCS LA 4 TTYCS LA 4 IEC61162 1 2 TD2 B Serial CH2 output IEC61162 1 2 RD2 A Serial CH2 input No connection IEC61162 2 RD2 B Serial CH2 input 162 2 ISOGND2 Isolation GND Isolation GND CH2 RD2 H ECON CH2 input No connection TTYCS LA 4 61162 1 7 RD2 C Serial CH2 input IEC61162 1 Conn
53. 4 31 001 181 700 For RCU 024 025 ment Kit Terminal Opener OP24 33 001 188 850 Operator s Manual OME 36040 000 176 132 5 Crimping Tool 10 001 206 920 For ferrule 5 About the category sticker Comply with MSC 192 79 CAT 1C LJ CAT 1HC 2 2 This radar meets the requirements IEC62388 Marine naviga tion and radio communication equipment and systems Ship born radar Performance requirements method of testing and required test results Check the appropriate box on the sticker which is Sticker for category pre attached on the radar processor unit according to your ra dar s specification Refer to the table shown below to confirm your category Category Radar Radartpe 00 ANT rotation ANT rotation speed CAT 1C I ORIG TORIS FOROS 2819 FCR 2829 28395 FCR 2829W Normal ANT rotation speed FCR 2839SW CAT 1HC FCR 2819 2829 28395 HSC 2 0 2 FCR 2119 BB FCR 2129 BB FCR 2139S BB a speed CAT 2HC FCR 2119 BB FCR 2129 BB FCR 2139S BB Vil EQUIPMENT LISTS This page is intentionally left blank viii 1 1 1 MOUNTING 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 Antenna Unit Mounting consideration The ant
54. 6 6 800 ON 3009 OL V 6 V 1 1 208 140869 0 908 6 14969 Gl OO O1I 1 1 ONNANS 111 1 ONn n 1NO 398383338 403 9NIMVHO NI SNOISNHMIQ 1NO 39N383434 ONIMVUG NI SNOISN3HIQ 7 25 84 CO DEL 19100044 HL JO 49V1d NI ddIHS 38 LONGOYd H3MO1 JHL WALI NV 04 041511 48 AVW 54009 SddAl 191084 M3ddf JHL JO 32414 NI ddIHS 39 AWW 190084 83101 JHL WALI NV X04 041811 38 AVW A SHOW TVS PY 2 CYT SHOW VSS ACER 01 18 091 000 ON 4009 702916 0 11 M349 QV3H NO9VXHH SES ANU 01 16 9 000 ON 4009 706505 611 LAN _IVNO9VXHH TAL Ae EN 01 9vV 9 1 000 ON 4009 706506 ZIN J3HSVM 1414 SA ds M ES 01 66 91 000 ON 4009 706506 ZIN ddHSVM 9NIddS SAY 0 4 49 EE NO dW 49 0 4 49 EST TTE 01 vv 991 000 ON 4009 WAALS 01 000 ON 4009 40084 101508409 08839084 ddNdd0 VNIWH3I T E fl 13 8 01 008 491 000 11 008 491 000 ON 3009 dHHSVM WAS LINN 05532084 u3N3d0 1 404 86401 6 EH dig fi 61 182 113 8 SMMVMHM 80114180830 31111100 8011418983
55. 6 0mm 10 0mm 1 5mm 2 5mm 4 0mm 1 0mm 1 0mm 1 0mm 1 0mm 1 5mm 2 5mm 4 0mm 1 5mm 2 5mm 4 0mm Diameter 1 56mm 2 01mm 2 55 1 3 12mm 4 05mm 1 56mm 2 01mm 2 55mm 1 29mm 1 29mm 1 29mm 1 29mm 1 56mm 2 01mm 2 55mm 1 56mm 2 01mm 2 55mm Cable Diameter 11 7mm 12 8mm 13 9mm 15 2mm 17 1mm 13 7mm 14 6mm 15 9mm 10 0mm 11 2mm 13 2mm 16 6mm 12 5mm 13 5mm 14 7mm 14 5mm 15 5mm 16 9mm TTYCS 1 TTYCS 1T TTYCS 1Q TTYCS 4 TTYCSLA 1 TTYCSLA 1T TTYCSLA 1Q TTYCSLA 4 TTYCY 1 TTYCY 1T TTYCY 1Q 4 45 451 TTYCYS 1 TTYCYS 4 TTYCYSLA 1 TTYCYSLA 4 0 75 0 75 0 75 0 75 0 75 0 75 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm 0 75mm Diameter 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm 1 11mm Cable Diameter 10 1mm 10 6mm 11 3mm 16 3mm 9 4mm 10 1mm 10 8mm 15 7mm 11 0mm 11 7mm 12 6mm 17 7mm 21 1mm 19 5mm 12 1mm 16 5mm 11 2mm 17 9mm AP 1 APPENDIX 2 TERMINALS 30005 5 Board 24P0114 Connector Pin Signalname Rodterminalto use Connected cable 10 34 6 blue E 24V 24 Al 0 14 8 GY gray 1 5 ODEs B Connectors Pins
56. 8 SNIS ISN 39NVMVH10 301855 4 140345 LON SI HOIHM SNOISNAWIG 40 39Nv33101 S3LVOIONI 131841 9262 5 VY PYLE Q ERYS 4 45 2 ROOHHSSCITXPW 7 1 F 21307520 046258 We 009512000 00151508 Spe Oggl OES NOSNIM amp Ed i ON 51 0 i d296 MU Yy Nous 310 LAX A 0140 1187 IVNOK L ATEN 9 07 HI8V9 TWNOIS Y3M0d 583 2 482 KE GD Ra gh CE O9 9IH103 13 ONNYNSA JNIMY AG 110 2 INNON HSA ld LINN 104100 44009 oc wot gw REG 166 6180 3011 VWVAIHSINA 2102 790 CHEE deij t 4 7 yg O N 005 501 552 2 0 8 30NvVNV3T 20855 7 1317145 LON SI SNOISNINIG 40 JONVYTIOL 531920 11881130 9 PROCYH OTN SP CV PHO CE 9 BRANMEYA APSPMhbH 22021327 HOLES 1 51 5896 8 1 VS SNOISNINIG LNOLNO 87 1 mM d 1 1 WY Me U _ 00651500 GT 001 gt 1 gt 05 Spe Oggl OES TONVETIOL NOSNO BY WW NOldO 31872 1182 VN95 4HOd 1
57. 9 800 ON 3009 1 aT Ta c Y LON 8Z9 9 YALA 6 IO 6 X d960 aL SP o 17 OrIMHL1OZ3l3 4 14 CAINO 39N383338 9NIMVHO SNOISNAWIG 101084 ddddil AHL 40 39V d NI ddddIHS 38 AVN 19000844 ddMO1 JHL 10 000 995 000 ad a 01 000 995 000 ON 3009 2840 5 0114149530 SEA E 20912 6040 dll 00 095 166 800 ON 3002 3NI 1100 25 E WVS SHI SI CES OG E A SSV 419V9 L 4 11089 VAH IVNO9VXHH YM HESS LAN IVNO9VXHH TAL de EN ddHSVW 1414 pHk HS PIE 0 5 ALI 403 041511 38 AVW 53009 QNV SddAl C E ik SIVIdd1VW NOIIVTIVISNI 1 100 896 all CAINO 39N383338 8404 ONIMVYC SNOISNAWIG AHL 40 39V d NI dddIHS 38 AVW 1900084 JHL XXVILCYMMAgGOSg3 92 003184 SHOR CE C E E OIa loZ3 43 ONNANA 8 FIL ORM NYS 3HL SI ALITVNO WALI 04 431511 38 53009 53411 OML ddHSVM 9NIddS PHN M349 QV3H NO9VXHH JA HEN 5 2a PH 2 1 6 1076 4960 SNO 114199530 WHEY Sik 33100 25 50 LAN IVNO9VXHH TETTE ddHSVM 1414 SA 123 LS ddHSVM 9NIddS PHN NO dWI Y9
58. B 100 SeemanualofHUB 100 meligeHUB HUBS Bracket Assembly Dust Cover 260072141 001 121 240 10 Monitor Replacement Ki Junction Box RUB901 For more than 100 m antenna cable Monitor Unit MU 190 For21x9 BB MU 231 Flush Mount Kit OP26 12 001 116 280 For MU 190 GyoConveer _ GC 02 000080440 o Control Uni IRCU025 Redestmdadipe IRCU026 O RCUOM ECDIS standardy Transformer Unit Converts 440 VAC to 100 VAC for d 5 110 115 220 230 transceiver unit transceiver unit o transceiver unit installation Materials CP03 28920 000 082 660 FR FTPC CY 30 m w armor Spare Parts SP24 00801 001 235 320 For HUB 3000 EQUIPMENT LISTS Connector Assy 000 150 676 11 For control the MU 190 231 bril liance LAN Cable Assy MOD Z072 000 167 177 10 10m 100 MOD Z072 000 167 175 10 2 020 Signal Cable S03 9 5 8 8 008 206 640 For external radar 5 m 503 9 10 008 206 650 10 8 8P 503 9 15 008 209 160 15 8 8P Cable Assy DVI D D 001 132 960 10 Between processor and control S LINK 5M units 5m DVI D D 001 133 980 100 Between processor and control S LINK 10 M units 10 m 00619 001 000 171 765 10 For MU 190 231 DSUB9P X2 001 188 260 Betw
59. BLE TO CONNECT BLOCKS 5s 15 01 GND TERMINAL CABLE ENTRY W 118 LL LJ 24 uM UNS S 20 TABLE 1 DIMENSION TOLERANCE L50 1 1 2 33 4x20 NOTE 1 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED 2 MINIMUM SERVICE CLEARANCE D 4 USE TAPPING SCREWS 04 20 FOR FIXING THE UNIT Jan 2012 1 MAKI Mitt 0 AST BI SCALE MASS NAME MS pg m 0 DE CAE SENSOR ADAPTER DIGITAL IN EM 78 14 2200 1 OUTLINE DRAWING FURUNO ELECTRIC CO LTD 100 46 60 0 5 9 4 5 FIXING HOLES A NAMEPLATE LO H O z O LO CN B m CABLE TO CONNECT BLOCKS E 7 CND TERMINAL CABLE ENTRY O d H 1 TABLE 1 1 2 DIMENSION TOLERANCE 3
60. C 10 required AD 10 format External AD 400 Output Data Specification Contents Remarks Remote display signal HD BP Trigger Video Processor Unit Input and output data are shown in the table below Input Specification Heading signal 1 611624 5 Speed signal IEC61162 1Ed 4 1 Ed Remarks 4224 2 3 Navaid data 61162 1 4 Position time date datum course speed wind current depth temperature NAVTEX etc AIS signal IEC 61162 2 Alarm handling Contact closure Inputfromalarm system signal IEC 61162 1 Ed 4 Input from alarm system Data input cycle should be more than 40 Hz HSC or 20 Hz normal ship speed Output Data Specification Contents Remaks Radar system data IEC 61162 1 Ed 4 RSD OSD 77 data 61162 1 Ed 4 TTD TTM TLB sss Alarm signal 61162 1 Ed 4 4systems Output content Contact closure selected by menu The output sentence mode and baud rate can be set at the TT Preset menu 5 INPUT OUTPUT DATA 5 3 IEC 61162 Sentences Input sentence and priority ata Output sentences Own ship data Radar system data Set alarm state ALR TT target data TTD TLB TTM 5 2 APPENDIX 1 JIS CABLE GUIDE Cables listed in the manual are usually shown as Japanese Industrial Standard JIS Us
61. I dddIHS 38 AVW 19000084 ddMO1 SHL WAL NV 04 041511 48 AVW 53000 onde VAR 1 CE S LPVDCYEECISGR 0 10012034 SHO Ces C E CANO 30N34343H 804 5NIMVHO NI SNOISN3WIQ 62 8 FFL Oe 1 1 04 610 0 ON DMG 11 09 915193719 ONNUYNS JWVN S UAW 01 968 441 000 484 vol 0894 0 3515 9 90 01 9 1 SSV 19 LINN 05549084 404 k gt 0 HOOLIV 1 14 ON 1MVd ON JO 3WVN Wall 13553 ddd 51 5 d 0 01 045 au L L 9086 X 1980 00 0z6 c l I00 08 3009 V 04 8 9 9 797 5 ESL SH 1 1 0 2046 Wie oo 141324134 4 CAINO 9N 4 Bd 303 ONIMVYC SNOISNAWIG 101044 ddddrl AHL 40 39V d NI ddddIHS 38 AVW 1900044 ddMO1 JHL 01 699 691 000 ON 4009 706505 8XEN 01 000 6 6 001 ON 4009 0 L IL 0 Z 01 0 V9 001 ON 4009 0 1160 8 0 SNO 114199530 WHY Sik 10800 2 00 066 011 100 1 111010 2704F PEL ORE JAVS JHL 51 ALITVNO WALI 403 041511 38 AVW 53009 SddAl 2 00384 SHOR CER E E E 8 MAYOS W3HSVM d74 vt 1 851 1 4850 H1V ld 4013530 MA MET m 5414055499 JNVS JHL SI ALITVAO 190084 YAddN 1 40 49714
62. ITVNO LONGOYd dd JHL JO JOV1d NI 034415 38 AVW LONGOYd 01 JHL WALI NV 80 4 041511 48 AVW 5300 NV pee 40 JOV1d NI ddIHS 38 AVW LONGOYd ddMO1 JHL W3ll NV 403 041511 48 53009 013 22 1 VARIA SH 02240712 AFD SCUBA 004 SHOR CSS C E SHR LBVICVGEEIGR SHOR ES C E CAINO 39083434384 804 9NIMVHO NI SNOISN3WIQ 62 95 FIL OR A INO 39N34343H 9NIMVHO NI SNOISN3WIQ 62 S 24 Ole ddd VOI 8194 3801 SSV 9 3504 X T 3911 SSV19 X T ldVd i ON 34 1 1dVd JO 3NVN JO ANVN 13553 TASSAA ddd 51345 5135 ON xog z0900 vzds d IO900 Yzds LI 1 0086 1 7 00 0 9 0 1 100 08 3000 L1 1066 X TVZ 00 099 0 1 100 300 8z V 22 7 31812313 ONNANS S JNWVdO o WW LINN JHL 304 51108 ZIN 355 5101 30 19 Wa M LINA YNNGINY as 39NVMV10 JONES 7 INA 00 93 3112145 LON SI HOIHM SNOISNAWIG JO 1DNVdHIOL SALVYOIONI 1 48811 ALON 251418 CE ec ERYL ANSEL Oc 83881184 10508001 F PIT SPEZVALOWULH CT E K TERY mms A TVNWAHL ONS L 4883 71 2 1 HOLIMS 39AM3S 11882 MOd MaLV3H 7 ES 5 4 NL LB 11882 43104 SOLON O t EGER
63. Installation Manual MARINE RADAR Model 21395 28395 SAFTY INSTRUCTIONS SYSTEM CONFIGURATION iii EQUIPMENT LISTS IV 1 1 1 1 1 Antenna Unit 1 1 1 2 Monitor 24 24 24 4 2 22 1 8 1 3 Radar Control Unit Trackball Control Unit ee 1 8 1 4 Radar Processor Unit 1 11 1 5 Processor Unit 1 12 1 6 Sensor Adapter 30005 3010 3020D 3030D option 1 14 1 7 Intelligent Hub HUB 3000 option 1 15 1 8 Switching HUB HUB 100 option 1 16 2 WIRINOGO 2 1 2 1 Interconnection 2 1 2 2 Antenna Unit 2 2 2 3 Radar Processor Untt 2 6 2 4 Processor Unit 2 10 2 5 Monitor Unit 2 21 2 6 Power Supply Unit 2 22 2 7 Sensor Adapters option 2 23 2 8 Intelligent HUB HUB 3000 option 2 42 2 9 How to Extend the Control Unit Cable option 2 43 3 SETTING AND ADJUSTMENT 3 1 3 1 Radar 3 1 4 INSTALLING OPTIONAL EQUIPMENT for RADAR
64. MAM SCALE MASS 7 NAME sw 1 788837 SENSOR ADAPTER SERIAL OUTLINE DRAWING FURUNO ELECTRIC LTD c EF U R U N o D 12 M 4 5 FIXING HOLES d NAMEPLATE LO us T CONNECTOR D 7 E CN B 7 T CABLE 10 CONNECT BLOCKS i 2 7 2 5 E oe Z1 TABLE 1 1 1 2 DIMENSION TOLERANCE 3 4 X 20 NOTE 1 TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED 2 MINIMUM SERVICE CLEARANCE D 22 USE TAPPING SCREWS 94x20 FOR FIXING THE UNIT ME MC 3010A 11 Jan 2012 H MAKI DEM WE SENSOR ADAPTER ANALOG Wee OUTLINE DRAWING FURUNO ELECTRIC CO LTD FURUN O rae LOO OUS BA 4 FIXING HOLES A o NAMEPLATE d CO pue B CONNECTOR 0 N B O C e x GN SA EDHI A CA
65. OG ed to 4 Vp p the gain becomes the master radar the same as that on the master radar GAIN control The GAIN control functions The GAIN control does not func ton STC control The STC control functions how The STC control does not function ever this control is added on the signal adjusted by the master ra dar So this port is not recom mended to use 2 4 Processor Unit 2 4 1 How to connect cables to terminals on the processor unit Use screws M3x6 supplied to attach the wiring plate 1 and wiring plate 2 assy to the processor unit Connect the cables shown below to the connectors at the front of the processor unit After the connection bind cables to the appropriate fixing metal with the cable ties supplied For the cables from the monitor unit type DVI D D SLINK5M 10M MU 190 only DSUB9P X2 L5 10M and ground wire connect them to the processor unit directly without fixing to a wiring plate Tighten the fixing screws on these connectors to pre vent disconnection from the processor unit Note Connect the cables so that they do not interfere with the opening or closing of the DVD tray 2 WIRING Slide the plate toward c the unit to hide LED and switches Wiring plate 2 assy Wiring plate 1 MU 190 231 DVI3 DVI D D S LINK cable or DVI BNCX5 L2000 cable 2 DSUB9P X2 L cable Cable clamp See the next page 7 11 Li
66. RING TTYCS 1 cable TTYCSLA 1 cable 10 Shield back 0 Pass drain wire through vinyl sheath local supply then attach crimp on lug pre attached in unit TTYCS 4 cable TTYCSLA 4 cable uit TO 161100 75074120 dn 10 Nojuse 50 Windltape toJinsulate Pass drain wire through shrink tube local supply then attach crimp on lug DPYC 1 5 cable pre attached in unit Noluse350 WindItapejtolinSulate Core 6 onimore 2 25 2 WIRING Connections Unfasten four screws to remove the cover pass the cables through the clamps and attach the cables to respective connectors The shield part of the cable or drain wire must be fastened by connected to the clamp For TTYCSLA cables pass the drain wire into the shrinking tube local supply then use these crimp on lugs and screws to connect drain wires from TTYCSLA cables to here gt 225 cable ick IY tS E 5 S IV 1 25sq Local supply 4 SS 2 g E gt e b amp 52 Note Fasten the cable shield with the cable clamp How to set NC NO output J2 The POWER FAIL signal on the connector J2 can be set to NC normal close output or NO normal open output as shown in the table below Connector J2 Pin Signalname mou Remarks no NC a pawn aw DPYC 1 5 2 24VGND _ PWR FAIL A Po
67. URS s x Cs uH 4 s gt BEN PS 7 7 7 7 Ta AS 7 3 Ko gt Ve Note Fasten the cable shield with the cable clamp l 2 x4 SS E 1 f 22 2 1 E 2 IVC1 258q Local supply Note Fasten the cable shield with the cable clamp MC 3020D 3030D Input method MC 3010A only Select the method of the analog data input power voltage or power current Note 1 The input must not exceed the range of the input voltage to prevent malfunc tion Setting for voltage input 10V to 10V or 0 to 10V depending on the setting Setting for contact input Voltage 4mA to 20mA Note 2 When changing the input method turn off the MC 3010A and on again to put change in effect 2 31 2 WIRING Power voltage Input the amount of power voltage change to the operational ampli fier AN 15V 15V AST Voltage AN IN Vin 1 source e AN GND CURR JP1 WV VS2 2 1 InGnd e CURR JP2 51 51 GND Jumper open 4o 1 0 5Wx2 1 Load 15V GND AN 15V Power current Pass the power current to the shunt resistor 1kQ parallel combined resistance 500Q to input the amount of voltage change at the both ends of the re sistor to the operational amplifier
68. W DC12V_OUT DIGI_IN1 DIGI_RTN1 GND DC12V Register A aai to Processor unit circuit DC voltage input 21 6V to 31 2V GND Photocoupler circuit Input circuit for contact input 12V 4700 0 5W Use NH connector and AWG24 wire Register 2 2 1W to Processor unit Contact input circuit Photocoupler circuit GND Note 1 The input must not exceed the range of the input voltage to prevent malfunc tion Setting for voltage input 21 6V to 31 2V Setting for contact input Voltage cannot be input contact signal only Note 2 For analog input see paragraph 2 7 2 Connector J3 ACK1 ACK ACK2 ACK2 Signal name In Out contact voltage contact voltage 1 DC12V OUT Out ACK1 In Pin 1 2 No connec short tion DIGI_RTN1 MPYC 12 No tion Depending on ACK1 input 4 GND In DC12V 2 33 2 WIRING 2 2 Signal name In Out Remarks contact voltage contact voltage M NO con 2V nection E OUT ne Pin 1 2 No connec short tion IDIGLIN2 12 D d ACK2 LAE DIGI_RTN2 Connector 44 Signal name In Out 1 contact contact voltage 1 DC12V_OUT Out Pin 1 2 2 m short 3 DIGI_RTN3 La 12 GND DC12V In connection OUT
69. YRO CONVERTER board when an external power supply is used 4 4 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 2 Connect gyro cable and power cable as shown below GYRO CONVERTER board A 64P1106 External Power Supply J5 20 135 VAC 1 gt R2 20 100 VDC 2 gt R1 COM Either connection in case of DC polarity J4 1 51 2 52 3 gt 53 4 gt 5 gt Connection of external power supply to GYRO CONVERTER board Gyrocompass Step type DIP switch jumper wire settings Default setting The gyro converter GC 10 is set at the factory for connection with the gyrocompass specifications below e AC synchronous signal 50 60 Hz e Rotor voltage 60V to 135VAC e Stator voltage 60V to 135VAC e Gear ratio 360x e Supply voltage 30V to 135VAC If the specifications of the differ from those mentioned above change jumper wire and DIP switch settings on the GYRO CONVERTER board Settings may be changed according to gyrocompass specifications or make and model of gyrocom pass Note If you change the setting with power supplied set 8 of SW2 from OFF to ON then OFF again 4 INSTALLING OPTIONAL EQUIPMENT for RADAR Setting method 1 DIP switch settings and gyrocompass specifications 1 Gyrocompass type 7 Gyrocompasstype SW14 SWIS SWIG IPT DC step 4 5 6 Full wave pulsating current 4 85 6 Half wave pulsating current 4 5 86 2 Frequency Fr
70. amp Network Power cable terminal board Remove the protection cover Heading senor EX IOC CC CIE Sg Power control cable Cable clamp Antenna unit GND TERMINAL Gyrocompass AD 100 Processor unit 2 WIRING Location of connectors SS Ss A 9 Ci e Ns p A li a 3 an BD FA A B Cable clamp 03P9342 Gyro converter board or AD 100 Gyro converter board Heading sensor To Sub display To Power control cable FULL LOG to EC 3000 Cable from antenna unit J614 J615 Do not use this connector to input the radar video J613 J609 Tx HV line Coaxial cable 03P9342 2 WIRING Cable fabrication for the cables connected to the 03P9342 board Signal cable RW 9600 Between antenna unit and radar processor unit Vinyl sheath Armor Shield 60 450 Vinyl tape After exposing cores 1 2 wind shield around the armor 6 Coaxial cable 57 SESRSKS SN SEN NUN SUN 1690166907699 01607 Conductor 555559 14 59 ws Coaxial cable Clamp here by cable clamp Fold back shield Other cables for optional units Use TTYCS 1 or TTYCS 1Q Japan Indust
71. ance SUPPLY Radiator For HSC spec UNIT 220 VAC 30 50 Hz SN36AF 220 VAC 60 Hz PSU 007 ANTENNA UNIT 440 VAC 3g 60Hz i Chassis 39 RU 5693 21 5 098 099 mE 5 100 101 102 220 30 18076522 1 USC 2 227 for HSC 440 VAC 30 4RU 5466 1 i 21 JB 50Hz Not available for HSC spec Sub Display 1 A D Converter Sub Display 2 RPU 013 se Gyrocompass 110 115 220 230 VAC RADAR 10 50 60 2 PROCESSOR Heading Sensor UNIT to Brake Unit RU 1803 2 BR 001 002 Sensor Adapter or Switching HUB 200228 Radar Control Serial 1 2 Unit RCU 025 gt EC 61162 2 i OR Gyrocompass AIS Trackball Control Unit Serial 3 8 ECDIS Control Unit 1 61162 1 RCU 024 4 EPFS navigator OR EC 3000 7 ISDME Speed Log Radar Control Echo sounder Unit RCU 025 Wind Alarm OR Navtex etc Trackball Control Unit E RCU 026 nM igital Out 1 6 Monitor Unit System Fail MU 190 FCR 21x9 222 12 Power Fail MU 231 FCR 2 U 23 CR 28x9 Normal Close 2 Normal Open 1 Normal Close 1 Normal Open 2 0 Digital In ACK IDR 1 24 424 5 Intelligent Hub HUB 3000 100 115 220 230 VAC E Category of Units 10 50 60 Hz Dashed lines indicat
72. can build up inside the cabinet Locate the equipment away from places subject to water splash and rain Leave sufficient space at the sides and rear of the unit to facilitate maintenance Determine the mounting location considering the length of the signal cable between the control unit and the processor unit A magnetic compass will be affected if the control unit is placed too close to the magnetic compass Observe the compass safe distances on page i to prevent com pass malfunction Make sure that the ground wire IS connected between the earth terminal on the chassis and the 5 5 Cable routing peg ship s earth Cable tie Fasten the USB cable with the 21515185 cable tle USB cable Ex ECDIS control unit bottom view RCU 02 1 1 3 1 Desktop Mounting Fixing with KB fixing metal 1 Fix the KB fixing metal to the bottom of the control unit 2 Fix it to a desired location with self tapping screws local supply KB fixing metal RCU 026 7 RCU 025 Side view of control units Fixing without KB fixing metal 1 Drill four mounting holes of 5 mm diameter referring to the outline drawing at the back of this manual 2 Fix the control unit with four screws M4 from under side of the desktop The M4 screws with a sufficient length for the thickness of the desktop should be provided locally
73. ch wire except coaxial wire considering its location on the terminal board e Trim the shield leaving 200 mm and attach crimp on lug FV5 5 4 f Remove insulation of each wire by about 6mm g Fabricate the coaxial cable as shown right Outer sheath Armor Inner sheath Shield Coaxial cable Shield Vinyl cable Wire 6 Conductor FV5 5 4 Fold back shield Shield wire Coaxial cable As shown in the figure below side the clamping gland flat washer gasket and flat washer on the signal cable Fold back armor and pass the flat washer as shown in the figure below Cut and trim the armor around the flat washer Flat washer 27 2 2 2 Eu 1 1111 1 Vinyl sheath 4 7 Gasket x Clamping gland Cut and trim armor Passing clamping gland washer and gasket on the signal cable 2 WIRING board Pass the signal Clamp shield of cable RW 9600 coaxial cable Grounding point for the shield Confirm that armor is grounded between two flat washers Coat the screw part of the clamping gland with silicone sealant and tighten it Use the opener and insert each core except coaxial cable to appropriate con nector plug the 801 9 Loosen two screws and slide the TB board assembly upward and pull it out 10 Connect the coaxial cable to TB802 on the TB board and clamp the shield with the cable clamp on the TB board Wiring for WAGO connector W
74. cted to a sensor network Maximum 10 sensor adapters MC 3010A 3020D 3030D can be connected to a 30005 However note that five MC 3010A can be connected Select the mounting location so that the length of cables among the sensor adapters 30005 3010A 3020D and 3030D is less than 6 m If the length is more than 6 m the equipment may not work properly How to mount the sensor adapter 1 Unfasten a pan head screws to remove the cover from the sensor adapter 2 Fasten four self tapping screws 4x20 supplied to fix the sensor adapter 3 Reattach the cover 30005 MC 3010A 3020D 3030D 1 7 1 Intelligent Hub HUB 3000 option Use the optional Intelligent Hub HUB 3000 to connect gateway network equipment This network cannot be connected with the LAN network on board Note that a com mercial PC cannot be connected in this network other than for the maintenance Mounting considerations When you select a mounting location Keep in mind the following points Locate the adapter away from heat sources because of heat that can build up inside the cabinet e The vibration should be minimal Locate the equipment away from places subject to water splash and rain Make sure that the ground wire is connected between the earth terminal on chassis and the ship s earth Leave sufficient space at the sides and rear of the unit to facilitate maintenance e A magn
75. cting the FEA 2xx7 FAR 2xx series via LAN network use the INS network Notice on wiring Use the optional USB cable type OP24 32 to connect to USB port on the control unit The length of the USB cable should be within 5 m to prevent equipment trouble The length of LAN cables should be within 50 Use the CAT6 LAN cables for the network if available locally If LAN cables are not available locally use the optional LAN cables FR FTPC CY for sensor network DTI C5E350 VCV for gateway network f extension or division of the DVI or ERGB cables is necessary use the dividers shown below e DVI cable divider DVI 12A maker INAGICS RGB divider 12 DD 106 or WBD 14F maker INAGENICS Make sure that the ground wires are connected between the ground terminals on each equipment and the ship s earth If a UPS user supply is connected to this equipment be sure that the grounding lamp does not light 2 WIRING Monitor Unit MU 231 1 28 9 100 230 802 i Junction Box RJB 001 RW 9600 DSUB9P X2 cable DVI D D SINGLE LINK cable 15 30 40 50 m 10 m 5 m 10 Max100m FR FTPC CY cable Sensor Adapter Radar Processor unit System fail Power fail _TTYC 10 cable Normal close 1 2 NAUES open 1 2 Processor Unit RPU 013 EC 3000 TIYCS 4 MOD Z70
76. d of a platform to provide sufficient rotation clearance for the radiator the antenna unit because of its weight swings up and down by ship s vibration and rolling This exerts excessive levels of stress at the base of the radiator which can damage the radiator To prevent this relocate the an tenna unit or if relocation is not possible reinforce the platform Mast for f DF etc b 1 Remarkable vibration 3 y pitching 2 position EXAMPLE Mast for DF Mount the antenna unit directly on the mast or on the platform as near as possible to center of the mast 1 3 1 1 4 Antenna unit assembling The antenna radiation and the antenna housing are shipped in separate packages Assemble them as below The antenna unit may be assembled before hosting it to the mounting platform However do not lift the antenna unit by the radiator Antenna unit assembling procedure Screw the guide pins 2 pcs in the radiator Remove the protective cap from the choke guide Grease O ring and set it to the groove of the choke guide YS Place the radiator on the radiator bracket Radiator direction is shown by the logo on the bracket If reversely oriented the radiator cannot be set to the bracket 5 Loosely fix the radiator to the radiator bracket with hex bolts M10x25 spring washers and flat washers 6 Remove the guide pins and tighten
77. d1VN NOIIVIIVISNI HEI 00 046 0 1 100 5314055 22 10800 v d4 EC 5414055499 LINA 10810 40664 90 9 Li 2 9586 2 1511 ONIWOVd 60 0969 107 109 9 ON d d ONIMVHG NI SNOISNAWIC 7 62 5 z PIXEL CO ps YH CAINO ON d d NI SNOISNAWIC 2 8 ze OT Ma AWVS HT SI IT1VTO LONGOYd AWVS SI IT1VTO LONGOYd AHL AO 39V Id NI d ddIHS 38 AVW LONGOYd JHL WALI NV 041511 48 S OO Sd OML AHL AO 39V Id NI d ddIHS 38 AVW LONGOYd AO AHL WALI NV GALS 38 VA S dOO ANY Sd OML SH 6 1 19 2 9 013 2 0 ERE 1 5 Ei SH 6 712 1 5 5 609030858 EE IE IdMHSSV 419V9 NVI 1 2 4 IdMHSSV 318V9 IdMHSSV 318 2 NVI 6450 1 L 4 a 2 4 A18N3SSV 318V9 IdWHSSV 318V9 lt 7 7 42 20 1 4 4 SIWIMALVW NOIIVIIVISNI ON 3409 0114189530 8 V 20042 2049 LN 100486 6049 L L 8886 1820 1511 ONIWOVd 1 6886 1820 1511 ONIWOVd 0 401 614969 9 108 614969 Gli 09 1 10313 ONNANS GL7 o1MlO3313 ONnund ATNO 39N383334 804 ONIMYNO NI 9 18 31 7 425
78. dy unit as shown below Case packing 2 Cover reverse side Case packing Case packing Case packing Body unit 3 Attach the cover to the MC 3000S body unit 2 29 2 WIRING 2 7 2 MC 3010A 3020D 3030D MC 3010A Inputs analog signal To use MC 3010A as current input connect short pins to each terminals MC 3020D Inputs digital signal 8ch contact input Contact or voltage input 15 se lectable contact input requires jumper pins e MC 3030D Outputs digital signal 8ch normal open close Fabrications MC1 5 W L600 1000 2000 3000 cable TTYCSLA 1 MC 3010A Input Pass drain wire into vinyl sheath local supply then attach crimp on lug pre attached in unit MC1 5 W L600 1000 2000 3000 cable TTYCS 1 MC 3010A Output 8 0701 Vinylitape Core16 40 MPYC 12 cable MC 3030D MPYC 12 cable MC 3020D Cored Notiused Cut with 50 0 and wind tape tojinsulatet 2 30 2 WIRING For TTYCSLA cables pass the drain wire through the shrink tube then attach these crimp on lugs and screws to connect drain wires to here 2 QE aglv 1 25sq Local supply ZTTYCS Y Baresi 5 MG1 5 W L cable AN s Xn AS 7 SS p 48 r e 2 7
79. e optional or local supply Antenna Unit Exposed to the weather other units Protected from the weather 1 Use the gyrocompass having an update rate that is adequate for the ship s rate of turn Gyrocompass must have update rate better than 40 Hz HSC or 20 Hz other than HSC 2 Connect the EPFS which is approved in accordance with the requirements of the IMO in resolution MSC 112 73 is used The GPS speed may not meet IMO requirements unless type approved for compliance with IMO resolution MSC 96 72 3 Connect the SDME which is approved in accordance with the requirements of IMO in resolution MSC 96 72 is used For FCR 2139S BB a monitor unit is prepared by user These monitors have been approved by the IMO MU 190 for CAT 2C and CAT 2HC MU 231 for CAT 1C and CAT 1HC If a different monitor is to be used on IMO vessels its effective diameter must meet the applicable Category requirements CAT 1C and CAT 1HC effective diameter 320 mm or higher CAT 2C and CAT 2HC effective diameter 250 mm or higher For installation operation and viewing distance of other monitor see its manuals Control Serial 30005 Analog IN MC 3010A Digital IN MC 3020D Digital OUT MC 3030D Junction boxes are required for more than 100 m antenna cables Contact output for Alarm Load current 250 mA Polarity Normally Open 2 ports Normally Close 2 ports Serial for alarm is also possible which complies with IEC 61162 1
80. e the following guide to locate an equivalent cable locally JIS cable names may have up to 6 alphabetical characters followed by a dash and a numerical value example DPYC 2 5 For core types D and T the numerical designation indicates the cross sectional Area of the core wire S in the cable For core types M and TT the numerical designation indicates the number of core wires in the cable 3 Sheath Type 1 Core Type D Double core power line Triple core power line Multi core Twisted pair communications 4 Armor Type 1Q quad cable C Steel EX I Designation type 23 4 5 TYCYSLA 4 2 Insulation Type Ethylene Propylene Rubber 5 Sheath Type sheath 6 Core Area Y Anticorrosive vinyl Y PVC Vinyl 6 Shielding Type S All cores in one sheath 5 Indivisually sheathed cores SLA All cores in one shield plastic tape w aluminum tape SL Individually shielded cores plastic tape w aluminum tape 1 2 3 4 PYC 4 Designation type J of cores DPYCY TPYCY MPYC 4 TTYCSLA 4 SO 99 The following reference table lists gives the measurements of JIS cables commonly used with Furuno products Type DPYC 1 5 DPYC 2 5 DPYC 4 DPYC 6 DPYC 10 DPYCY 1 5 DPYCY 2 5 DPYCY 4 MPYC 2 4 MPYC 7 MPYC 12 TPYC 1 5 TPYC 2 5 TPYC 4 TPYCY 1 5 TPYCY 2 5 TPYCY 4 Core Area 1 5mm 2 5mm 4 0mm
81. ector Pins Signalname Rodterminalto use Connected cable AN2_IN Al 0 75 6 GY gray AN2_GND TTYCS 1 3 CURR2_JP1 TTYCSLA 1 CURR2 JP2 Connector Pins Signalname Rod terminal to use Connected cable _ Al0756 GY gray TTYCs 1 TTYCSLA For pin 3 and 4 no cable is connected However the jumper connection is necessary depend ing on the input specification AP 4 APPENDIX 2 ROD TERMINALS MC 3020D MC DIN Board 24P0116 EE PE 0 34 6 TQ blue 10 14 8 GY gray MC1 5 W Lxxx Connector Pin Signalname Rodterminaltouse Connected cable 1 24V OUT 1034 6 blue 10 14 8 GY gray 1 5 Connector Pin Signalname Rodterminaltouse Connected cable 1 DV12V_OUT1 2 DIGI IN1 DIGI RTN GND 7 6 DIGNA 8 GND Connector Pin Signalname Rod terminal touse Connected cable _ 2 DIGI IN3 6 pen _ 8 GND Connector Pin Signalname Rod terminal touse Connected cable J3 Al 1 6 RD red MPYC 12 DIGLINS 4 SCT OUTE 1 6 RD ed 2 6 DGLN6 7 DGR lehp Pin 1 and 5 no cable connection However the jumper connection is necessary between 1 and 2 and 5 and 6 depending on the input specification 5 APPENDIX 2 TERMINALS Connector Rod terminal to use Connected cable a DV12V DV12V OUT7 0 a 4 GND 5 Dox 8 1 6 RD
82. ector J5 Pint Signa mout Description 1 Tosa 04 Serial GH output IECSTTE2 1 Use TTYCSLA1G 2 7058 Out Serial CH3 output IEC61162 1_ IRECO1162 1 only 3 Rosh m SewalCHSnpuriEC6tt621 1 2 3 4 RD C In SerialCH3 inputIEC61162 1 5 9 GND 2 WIRING Connector J6 CPimF Signal mow Descripton Use TTYCS LA 10 61162 1 only 5 GND _ Connector J7 ing Signa inout Description 00 1 TD5A Out Serial CHE output IEC61162 1_ Use TTYCS LA 10 2 7068 04 Serial CHS output IEC61162 1_ IREC61162 1 only RO5H m Serial CH5 input EC61162 1 1 2 3 5 IGND GND Connector J8 Pint Signa InOut Description Use TTYCS LA 1Q 61162 1 only 5 leNp Connector J9 Png Signa InOut Description Use TTYCS LA 10 IREC6162 1 only 5 GND 0 Connector J10 ing Signa mou Description Use TTYCS LA 1Q IREC61162 1 only RD8 C Serial CH8 input IEC61 162 1 5 GND ND S 2 19 2 WIRING How to set contact input output The connector J11 can be used for the connection of contact input or voltage input Refer to the figures shown below to make the wiring which complies with the input specification Note The input must not exceed the range of the input voltage to prevent malfunc tion Setting for voltage input 21 6V to 31 2V Setting for contact input Voltage cannot be input contact signal only
83. ed 6 DIGLINS 7 DIGLRTNB GND Pin 1 and 5 no cable connection However the jumper connection is necessary between 1 and 2 and 85 and 6 depending on the input specification AP 6 APPENDIX 2 ROD TERMINALS MC 3030D MC DOUT Board 24P0117 EL ny 24V IN 0 34 6 TQ blue 24V_GND basin MODBUS A Al 0 14 8 GY gray MC1 5 W Lxxx MODBUS B Connector Pin Signalname Rod terminal to use Connected cable 1 24V 24 0 0 34 6 blue wao MODBUS A 10 14 8 GY gray MC1 5 W Lxxx MODBUS B RENE NE 1 J3 4 N 1 6 RD red MPYC 12 me 1 LI c 2 AL 4 8 RD red MPYC 12 EN EN 1 8 COMM 6 BA Connectors Pin Signalname Rod terminal to use Connected cable 3 B5 BS 1 6 RD red MPYC 12 LN 6 B MPYC 12 AP 7 lt 1 1 1 1 0360 X 9858 PACKING LIST SN30 36AF_RSB098 099 100 101 102 104 105 PACKING LIST 03000 OUTLINE DESCRIPTION CODE No 01 UNIT PROCESSOR UNIT SPARE PARTS SPARE PARTS SPARE PARTS ACCESSORIES ACCESSORIES 5 7 V st CABLE ASSEMBLY INSTALLATION MATERIALS AC CABLE DOCUMENT DONGLE INFORMATION SHEET 1
84. ee Z2 9813 191011 H i 6 we 9NI 191019 1 4 Lge F 2 908 8 FF e 91OAZIOH9 11091 Z LL m n ig H d I 2 NM Nano 2010 N IF 8 901 9 FT H 5 SN14 1910 901 S DOS Sa GNI 19IIZ TVII9I 98 91 4 5 T 9 25 9100 M 404 6 mm 0 mL 8 001 21 11 Q 2001930 81 S8 4 ES 1 1 A JA 21 9 41 euund rr 100 AZLOG S x tel ND f y8 9 5 ENYI Z f 1 1914 02 4 ne NI 19101211 N S 211010001 8 F 2442 7 yr 100 z 1 4 Ldr EF 8 F VI N9 ENV 01114 2 13 1914 1 NI ZNVI IT TB 211910 9 28 9 1 o t 0 6 9405010 19VINOO 2109 8 4 xs 1940912 Hh OND 1 1 v l NI ev man 5 Ldr Iuno Hl 11019141 1119110 e 18 14 5 INV EFTA 110012 Y i 1010 NIINYLH Ys 901VNVY 1110 AZI9dLLF 111 2 IVLIDIQ E T pr y CL OMM 3 Ps E 2012 P
85. een processor and control L5M units 5m DSUB9P X2 001 188 270 For MU 190 231 brill control 5 m L10M DSUB9P X2 000 177 053 10 For monitor unit 5 m waterproofing L5M WP type DSUB9P X2 000 177 247 10 For monitor unit 5 waterproofing L10M WP type OP24 32 001 188 300 USB cable 5 m w EMI core DVI BNCX5 001 204 150 For VDR connection L2000 6TPSH 001 186 260 10 For RCU 024 025 5 m XH12X2 L5 0SP1 6TPSH 001 186 270 10 For RCU 024 025 10 m XH12X2 L10SP1 6TPSH 001 186 280 10 For RCU 024 025 20 m XH12X2 L20SP1 6TPSH 001 186 290 10 For RCU 024 025 30 m XH12X2 30SP1 6TPSH 001 186 310 10 For RCU 026 5 XH12X2 L5 0SP2 6TPSH 001 186 320 10 For RCU 026 10 m XH12X2 105 2 6TPSH 001 186 330 10 For RCU 026 20 m XH12X2 L20SP2 6TPSH 001 186 340 10 For RCU 026 30 m XH12X2 L30SP2 vi EQUIPMENT LISTS Name CodeNo Remarks L600 MC1 5 W 001 187 480 10 For sensor adapters 10 m L1000 MC1 5 W 001 187 490 10 For sensor adapters 20 m L2000 MC1 5 W 001 187 500 10 For sensor adpters 30 m L3000 DTI C5E350 001 197 600 10 LAN cable CAT5E 10 VOV L 10M DTI C5E350 001 197 610 10 LAN cable CAT5E 20 VCV L 20M DTI C5E350 001 197 620 10 LAN cable 30 m VOV L 30M 10 Core Multiple Cable RW 4864 001 103 640 10 AC DC Power Supply PR 240 000 013 632 Unit Case Gasket 007 169 970 Control Unit Replace OP2
86. enna unit is generally installed either on top of the wheelhouse on the radar mast or on a suitable platform Locate the antenna unit in an elevated position to permit maximum target visibility Aline of sight from the antenna unit to the bow of the ship should hit the surface of the sea in not more than 500 m or twice the ship s length depending which value is smaller for all load and trim conditions less than 500 m or twice the ship s length Mount the antenna unit so that any blind sectors caused by objects mast etc are kept to minimum No blind sector should exist in arc of the horizon from ahead to 22 5 aft of the beam to either side see Figure 1 below Also individual blind sec tors of more than 5 or the total arc of both blind sectors of more than 20 should not occur in the remaining arc Figure 2 Note that any two blind sectors separated by 3 or less are regarded as one sector a b c less than 5 respectively less than 20 c lessthan 3 Figure 1 Figure 2 1 1 2 Install the antenna unit safety away from interfering high power energy source other transmitting radio antenna Keep the lower edge of the antenna unit above the safety rail by 500 mm or more Two antenna units should be mounted as below No funnel mast or derrick should be within the vertical beamwidth of the antenna unit in the bow direction especially zero degrees 5
87. equency SW17 swis Remarks 1080Hz OFF OFF AC synchronous pulsating current 500 He OFF ON AC eynehronous pulsating current 3 Rotor Voltage between R1 amp R2 RotorVolage SW21 JP3 201045VAC ON R 400090 ON 1 _ 4 Stator Voltage between S1 amp S2 Stator Voltage 5422 5923 JP2 _ O 60 to 135 VAC 5 Ratio SWi3 SWi2 SWI 6 Supply Voltage Stator Voltage JP5 20 to 45 VAC or 20 to 60 VDC 42 2 30 to 70 VAC or 40 to 100VDC 41 41 7 AD 10 format data Tx interval Select data transmitting interval for ports 1 to 6 with jumper wires JP6 and JP7 25 for 25 ms 200 for 200 ms Note The Tx interval is available in 25 msec or 200 msec Use 25 msec for radar 8 NMEA 0183 Tx interval and Output sentence Tx interval 8825 5424 Output sentence OFF OFF HOTWHW DT o o ON OFF oms oF ON HOT ON ON 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 9 NMEA 0183 Version no 10 NMEA 0183 Baud rate 11 Power fail detection 12 Stator signal breaking detection Use OFF for radar SW2 4 factory use only SW3 4 not used Setting method 2 by maker and model of gyrocompass Maker Models Specification SW SW SW SW SW SW SW SW SW SW SW JP1 JP2 JP4 JP5 1 1 1 2 1 3 14 1 5 1 6 1 7 1 8 2 1 2 2 2 3 Anschutz Standa
88. er Gasket Cut and trim armor Clamping gland Connect each cable cores to the terminal board referring to the interconnection dia gram on next page Fix wires with cable tie Clamp outer conductor of coaxial cables DS T d L I LTFTT AC LI RG 12 UY 4 55 DPYCY 6 9600 8 screw for grounding Connect inner conductors 4 11 4 INSTALLING OPTIONAL EQUIPMENT for RADAR Antenna unit 4 12 GRNI B Junction box P934 1 j 6 TX HV 1217 A N C TEE 5 RED B 15 24V_PLUS 3 6 24V MINUSI 4 MOTOR 5 BLUIB A DPYCY 6 9 6 H GLYBI 1 _ 7 MOTOR 2 21 08 41 N C BRS RED 10 A GRN 4 pair BRK i 12 WHT ii pair 15N E 2 Clamp with cable clamp lY RG 12 UY Junction box Processor unit 7 toe is 41 2 03 9342 RW 9600 ses BRN a TX HV EN N C ORGIB J610 MED 24V PLUS 24V MINUS ANAN yo C tree i 1 9 INPUT OUTPUT DATA 9 1 9 2 Radar Processor Unit Input and output data are shown in the table below Input Daa Specification Contents Remarks _ Heading signal sycrhro or step G
89. etic compass will be affected if the adapter is placed too close to the mag netic compass Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass How to mount the intelligent hub HUB 3000 1 Use two binding screws M3x6 supplied to attach the cable clamp supplied to the bottom of the HUB 3000 1 Binding screw M3x6 2 pcs Cable clamp HUB 3000 bottom view 2 Fasten four self tapping screws 4x20 supplied to fix the unit 7 Boh 2 7 1 pai Ad 0 00 emm MEI 1 15 1 MOUNTING 1 8 Switching HUB HUB 100 option Use the optional Switching HUB HUB 100 to connect sensor networks This network cannot be connected with the LAN network on board Note that a commercial PC can not be connected in this network other than for the maintenance The total length of all cables connected to the hub is 6 m For the mounting procedures see the operator s manual for HUB 100 Pub No OMC 35191 Mounting considerations When you select a mounting location Keep in mind the following points Locate the adapter away from heat sources because of heat that can build up inside the cabinet The vibration should be minimal Locate the equipment away from places subject to water splash and rain Make sure that the ground wire is connected between the earth term
90. he antenna unit The follow ing adjustment will compensate for the error Correct bearing relative to heading Target Apparent position of target Antenna mounted error Picture appears to port HDG SW deviated clockwise advance Apparent position of target b 4 Target Correct bearing relative to heading Antenna mounted error Picture appears to starboard HDG deviated counterclockwise SW delayed 3 SETTING AND ADJUSTMENT 3 2 1 Select a stationary target echo at a range between 0 125 and 0 25 nm preferably near the heading line 2 Operate the EBL control to bisect the target echo Read the target bearing Measure the bering of the stationary target on the navigation chart and calculate the difference between actual bearing and apparent bearing on the radar screen Show the RADAR INSTALLATION menu Select 1 ECHO ADJ and 2 HD ALIGN in that order Key in the bearing difference The setting range is 0 to 359 9 2 Confirm that the target echo is displayed at correct bearing the screen Adjustment sweep timing Sweep timing differs with respect to the length of the signal cable between the antenna unit and the processor unit Adjust sweep timing at installation to prevent the following symptoms e The echo of a straight target for example pier on the 0 25 m range will appear on the display as being pulled inward or pushed outward See Figure below The range
91. he paper from the double sided tape on the rainproof cover then attach the cover to the position shown below by using four screws preattached to the proces sor unit Processo Screws to fix the rainproof cover Rainproof cover 2 13 2 WIRING 2 4 2 2 14 How to connect cables inside the processor unit Fabrication Fabricate JIS cables as shown below to connect them to the WAGO connectors on the I O Board 24P0124 inside the processor unit For locations of cables and cores see the sticker on the reverse side of the top cover All dimensions in millimeters Fabrication of TTYCS series Vinyl tape After exposing cores maar Wind shield around the armor PPD o ORE SE ESSE M 3 157587587547 DY 92559299 Gable Clamp here by cable clamp supplied Cable type JIS Length of L TTYCS 4 TTYCSLA 4 400 TTYCS 1Q TTYCSLA 1Q Fabrication of TTYCSLA series Sheath 100 Drain wire 30 L Vinyl tape gt Pass the vinyl sheath local supply onto the drain wire then attach the Jum crimp on lug preattached to the earth clamp on the processor unit to it j Cable tie Clamp here by cable clamp supplied Crimp on lugs for drain wires Wiring for WAGO connector Press downward Processor unit cover removed Terminal opener WAGO connector Procedure
92. inal on chassis and the ship s earth Leave sufficient space at the sides and rear of the unit to facilitate maintenance A magnetic compass will be affected if the adapter is placed too close to the mag netic compass Observe the compass safe distances at the front of this manual to prevent compass malfunctions 2 WIRING 2 1 Interconnection Wiring consideration To lessen the chance of picking un electrical interference avoid where possible rout ing the signal cable near other onboard electrical equipment radars transmitting ra dio antennas etc Also avoid running the cable in parallel with power cables When crossing with other cable the angle should be 90 to minimize the magnetic field cou pling The signal cable between the antenna and processor units is available in lengths of 15 m 30 m 40 m and 50 m Whatever length is used it must be unbroken namely no splicing allowed Use the signal cable as short as possible to minimize attenuation of the signal The radar should be connected to an emergency power source as required by SO LAS 11 1 Notice for the network construction Use the optional Switching Hub HUB 100 to connect the sensor networks For the gateway networks use the optional Intelligent Hub HUB 3000 Do not connect the LAN network on board to the above optional HUBs Also com mercial PCs cannot be connected to the gateway network other than for mainte nance When conne
93. iring for Coaxial cable Press downward Clamp shied with bracket AN ow KSSH AZ 022229 2 20 RY WAGO connector Tighten conductor with screw Procedures 1 Twist the conductor CAUTION 2 Press the terminal opener downward i Do not use crimp on lug to prevent 3 Insert the wire to hole contact resistance from increasing 4 Remove the terminal opener 5 Pull the wire to confirm that it is ecure 11 Remount the TB board assembly 12 Connect the shield wire to the grounding point as shown in the figure above 13 Seal the cable gland with putty 2 4 2 WIRING Fabricating power cable TPYCY 2 5 1 Open the left side cover on the antenna unit with the hex wrench 2 Fabricate the cable as shown below Use TPYCY 2 5 Japan Industry Standard cable or equivalent Approx 170 25 mm mm CEO FV2 4 Anti corrosive Armor Sheath Vinyl sheath Fabricating the power cable TPYCY 2 5 3 Atthe power cable gland on the antenna unit unfasten the clamping gland and remove gasket flat washers and blind lid 4 Asshown in the figure below slide the clamping gland washers and gasket onto the power cable Fold back the armor by 5mm and then pass it through the two flat washers Flat washer 1 2 2 2 2 1 5 2 Gasket Clamping gland Cut and trim armor Passing clamping gland washers and gasket on power cable TPYCY 2 5 5
94. le type supplied to maintain performance This fabrication requires the optional crimping tool type CRIMPFOX 105 For the relations between the connectors and rod terminals see page 2 Also the stickers attached on the reverse side of the covers show the de tailed connections Attache the cables to the applicable pins Cable color Red 24 24 IN 24V_GND Use the ferrule type terminals supplied to connect the cables to the terminals in the sensor adapters This connection requires a crimping tool CRIMPFOX10S option Note 1 Use the MC1 5 W cable between the sensor adapters Note 2 The total length of the MC1 5 W cables should be less than 6 m to prevent malfunction How to attach the rod terminal ferrule type 6mm Vinyl sheath Core 0 5 to 1mm Rod terminal ferrule type After attaching the rod terminal use the optional crimping tool CRIMPFOX 105 to crimp 2 23 2 WIRING 2 7 1 30005 Use the LAN cable cable to connect the 30005 and the processor unit With HUB 100 a maximum of eight MC 3000S can be connected Fabrications LAN cable FR FTPC CY TTYCS 1Q cable 38 29 HIKO AAMO 810043100 1018 95 5t0 8 Seeysection 2 2 for the fabrication Heer MC1 5 W L600 1000 2000 3000 cable TTYCSLA 1Q cable Minylitape Wes Pass drain wire through tached in unit 2 24 2 WI
95. less totally familiar with electrical circuits and service manual ELECTRICAL Only qualified personnel 7 should work inside the equipment Construct a suitable service platform from which to install the antenna unit Serious injury or death can result if some one falls from the radar antenna mast Turn off the power at the mains switch board before beginning the installation Fire electrical shock or serious injury can result if the power is left on or is applied while the equipment is being installed Be sure that the power supply 15 compatible with the voltage rating of the equipment Connection of an incorrect power supply can cause fire or damage the equipment Use only the specified power cable Fire or damage to the equipment can result if a different cable is used Do not install the monitor unit processor unit or control unit where they may get wet from rain or water splash or in a dusty environment Water in the units can result in fire Note electrical shock or damage the equipment For more information please refer to IMO SN Circ 271 Guidelines for the installation Attach protective earth of shipborne radar equipment securely to the ship s body The protective earth grounding is required for the AC power supply to prevent electrical shock SYSTEM CONFIGURATION 220 VAC 60 Hz 200 VAC 30 50 Hz 440 VAC 60 Hz 380 VAC 39 50 Hz 73 PONER Perform
96. n STON deutsena Termination resistor OFF 3 or Set the jumper blocks J20 J21 to choose the communication type IEC 61162 1 2 or MODBUS of the connector J4 1 The setting of the jumper block JP20 and JP21 must be identical Communication type of J4 Jumper block J20 J21 between RD1 and TD1 OPEN IEC 61162 1 2 default setting SHORT SHORT MODBUS The setting of J14 is different depending on the OPEN unit position starting ending terminal The jumper blocks J22 and J23 are used to set the communication type of the con nector J5 2 Communication type of J5 Jumper block J22 J23 between RD2 and TD2 OPEN IEC 61162 1 2 default setting SHORT SHORT MODBUS The setting of J14 is different depending OPEN on the unit position starting ending terminal 2 39 2 WIRING MC 3010A 3020D 3030D This paragraph shows how to set the MC ANLG Board 24P0115 for MC 3010A MC DIN Board 24P0116 for MC 3020D and MC DOUT Board 24P0117 for MC 3030D Rotary switch Use the rotary switch U18 to set the MODBUS address with a digit of number from 0 When multiple sensor adapters are connected to the 30005 the same number cannot be used among them It is allowed to use the same number between the MC 3000S and a sensor adapter U18 U18 LEAD 2 40 MC DIN Board 24P0116 MC OUT Board 24P0117 Jumper block Use the jumper block J25 to set the termination resistor on off fo
97. nna unit to mounting location and coat exposed hardware with silicone sealant IT T A Hex bolt Flat washer 8 v at wasner UNC Spring washer 2 Hex nut Coat with silicone sealant after Coat with fastening ground wire silicone OR sealant py Ground wire f pm TENDO Spring washer ammi aspe o Flat washer ae Hex bolt Welding Ground wire Antenna chassis Arrange ground terminal as close as possible to antenna unit Ground terminal provided on antenna base Mounting of antenna unit 1 1 2 1 3 Monitor Unit To mount the monitor unit see the operator s manual for MU 231 44690 Radar Control Unit Trackball Control Unit The control units can be mounted on a desktop with or without the KB fixing metal supplied which mounts the control units at an angle The control unit also can be mounted in a console panel using the optional kit Note The control unit RCU 025 can be used instead of the RCU 020 for FAR 2xx7 mounted the connection stand OP03 184 or OP26 20 using the option 24 31 Mounting consideration When you select a mounting location Keep in mind the following points Select a location where the control unit can be operated conventionally Locate the unit away from heat sources because of heat that
98. onnection mee 4 A6 Alarm5 MPYC 12 Out MPYC 12 No connection connection Connector J6 name Out Out Out Out Out A7 Out Alarm7 MPYC 12 No connection O 4 12 5 8 12 B8 No connection connection 2 36 2 WIRING Case packing 24 29 The optional kit OP24 29 protects the connectors on the MC 3010A 3020D 3030D to waterproofing standard IPX2 Case packing type OP24 29 code no 001 169 970 Name pe oy Case packing analog 21 014 2052 2 100 367 961 10 MC 3010A 3020D 3030D 1 Unfasten four binding screws to the cover from the adapter Binding screw 2 Peelthe paperfrom the case packing then attach the case packing to the reverse side of the cover and the body unit as shown below Case packing Case packing Cover reverse side Case packing Chassis 3 Attach the cover to the MC 3010A 3020D 3030D chassis 2 37 2 WIRING 2 7 3 2 38 How to set jumper blocks the sensor adapters 30005 See the jumper blocks the MC CS Board 24P0114 referring to the tables that fol low J14 J22 J23 J15 J16 J17 J19 J20 J21 MC CS Board 24P0114 Rotary switch Use the rotary switch S2 to set the Modbus address when setting connectors J4 J5 to Modbus The Modbus address set at J4 J5 in the network is not used When setting J4 J5 to IEC61162 1 2 use the
99. onverter GC 10 The Gyro Converter GC 10 incorporated inside the radar processor unit convents analog gyrocpmpass reading into digital coded bearing data for display on the radar screen This section explains how to install the GC 10 mainly consisting of the GYRO CON VERTER board and set it up according to gyrocompass connected 4 1 1 Installing the GYRO CONVERTER board Necessary parts GC 10 2 Code number 000 080 440 1 Open the processor unit Radar processor unit opened 4 1 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 4 2 2 Fasten the GYRO CONVERTER board in the radar processor unit with five wash er head screws and male connector 231 607 019 FUR called J602 with two Screws S BYE 5 pcs GYRO CONVERTER board 64P1106A T Screw M2 6X10 2 pcs Connector 231 231 107 026 FUR Connector 231 231 607 019 FUR Attaching the GYRO CONVERTER board in the radar processor unit 3 Connect the GYRO CONVERTER board and the 03P9342 board with connector assemblies 03 2088 and 03 2091 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 4 Connect the GYRO CONVERTER board and J602 with two connector assemblies 03 2089 and 03 2090 Wiring for WAGO connector Press downward Terminal opener Connection for J602 Connection for P608 PPL P608 B L Us WGRN YEL ORG Procedures 1 Twist the cores 2 Press the terminal opener downward VH connector assy
100. p vinyl tape 25mm SS Remove the outer sheath by approx 25 mm Be careful not to damage inner shield and cores approx 11mm Straighten and flatten the core in order and cut them leaving 11 mm Cross cable 230 55 Inner vinyl sheath approx Fold back the shield wrap it onto the outer sheath and cut it leaving 9 mm Drain wire Insert the cable into the modular plug so that the folded part of the shield enters into the plug housing The drain wire should be located on the tab side of the jack Straight cable WHT ORG DWHT ORG 7 7 WHTIORG D ORG ORG ORG Q WHT GRN WHT GRN WHT GRNQ BLU d BLU BLU WHT BLEG GWHT BLE WHT BLE GRN GRN 6 WHT BRN WHT BRN WHT BRN BRN BRN BRN 2 WIRING 2 The optional 2 kit Type OP24 23 Code No 001 171 780 protects the connec tors shown below to waterproofing standard IPX2 Contents of 2 kit Name Type Remarks Binding Screw 6 000 76819 0 10 Rainproof Cover 24 014 0109 100 372 202 10 1 Gasket Clamping Plate 24 014 0114 100 372 210 10 For D sub connectors 24 014 0115 100 372 220 10 For DVI connectors 1 Setthe connector gasket to the unused connector not used 2 Fasten two binding screws to fix the connector gasket Gasket clamping plate Connector gasket 3 Peelt
101. r the MODBUS com munication on the connector J1 For the first and last sensor adapter in a series their termination resistors should be set to ON If not communication between sensor adapters is not possible Jumper block J25 Connector J1 OPEN Termination resistor ON default setting SHORT SHORT Termination resistor OFF OPEN 2 WIRING Input method MC 3010A only Select the method of the analog data input power voltage or power current Note 1 The input must not exceed the range of the input voltage to prevent malfunc tion Setting for voltage input 10V to 10V or 0 to 10V depending on the setting Setting for contact input Voltage 4mA to 20mA Note 2 When changing the input method turn off the MC 3010A and on again to re flex it Jumper block J3 to J5 Input method 3 4 OPEN Power voltage default setting SHORT Power voltage Input the amount of power voltage change to the operational ampli fier AN 15V wst Voltage AN IN Vin 2 source e AN GND DEUM T WR CURRJP bus XT CURR JP2 NAA VS1 GND Jumper open 40 1 0 5Wx2 27 Load 15 GND AN 15V e Power current Pass the power current to the shunt resistor 1kQ2 parallel combined resistance 500Q to input the amount of voltage change at the both ends of the re sistor to the operational amplifier
102. rd 2 3 AC synchronous OFF OFF OFF 2 1 50 60Hz Rotor voltage 50 60V Stator voltage 22V 360x Standard 4 6 AC synchronous OFF OFF OFF 1 1 50 60Hz Rotor voltage 50 60V Stator voltage 90V Standard 20 OFF ON ON 2 COM 3 wire Yokogawa C 1 1A 2 3 AC synchronous OFF OFF OFF 2 1 Navtec A 55 B 55 50 60Hz Plath Rotor voltage 50 60V type Stator voltage 22V 360x DC step ON ON 24V 180x COM 3 wire CMZ 250X DC synchronous 360x OFF ON ON 300 500 DC step OFF ON ON 2 2 35V 180x COM 3 wire CMZ 100 200 synchronous OFF OFF OFF OFF OFF OFF 1 1 1 1 1 300 50 60Hz 243 C 1Jr D 1Z 1 3 Rotor voltage 100V IPS 2 3 Stator voltage 90V 360x CMZ 50 step OFF ON ON 35V 180x See note below COM 3 wire Plath NAV GAT II III AC synchronous OFF OFF OFF 2 1 1 50 60Hz Rotor voltage 50 60V Stator voltage 68V 360x Tokimec ES 1 2 11 AC synchronous OFF OFF OFF 1 1 1 Sperry GLT 101 102 50 60 2 type 103 106K 107 Rotor voltage 100 110V Stator voltage 90V 36x ES 11A 110 AC synchronous OFF OFF OFF 1 1 1 TG 200 50 60Hz PR222R 2000 Rotor voltage 100 110V PR237L H Stator voltage 22V GM 21 MK 14 OFF ON ON 1 1 MOD 1 2 T NK EN NK EI COM 3 wire SR 130 140 DC step OFF OFF OFF 1 1 70V 180x 5 wire open collector TG 100 5000 OFF ON ON 1 1 357 130 140 5
103. ry Standard cable or equivalent For de tails see the appendix 60 Scrape off paint 6 2 Shield Armor L L Depends on equipment connected Measure at 9 the processor unit Vinyl tape After exposing cores wind shield around the armor AA KOKA 6 Clamp here by cable clamp Wiring for WAGO connector Wiring for Coaxial cable Press downward Clamp shied with bracket WAGO connector Procedures 1 Twist the conductor 2 Press the terminal opener downward 3 Insert the wire to hole 4 Remove the terminal opener 5 Pull the wire to confirm that it is ecure 2 WIRING Connection of Sub display A conventional remote display and or FCR 2107 series radar can be connected to 4617 and J 618 in processor unit sub display However the GAIN and STC controls function differently depending on J617 and J618 Refer to the tablet to connect sub displays Port Conventional remote display FCR 2107 series radar J617 Overall gain Even if input video level is ad The gain is 8 dB lower than that on FULL LOG justed to 4 Vp p the gain is 8 dB the master radar lower than that on the master ra dar GAIN control The GAIN control functions The GAIN control does not func tion STC control The STC control functions The STC control does not function J618 Overall gain When input video level is adjust The gain is almost same as that on SEMI L
104. s 8 808 QI v 4 FERES OON esn OON re 8 908 0087 Se Saas A580 QN LE prse mH el V Sng con e Sh ER EE T o AEA TROT 77 5 A p Ip 0008 0002 0001 1 1 000 000 000 zv 7007000270001 ys 0091 8 LON 0091 9 LON 0091 M S LON 9NI9 96 901VNV lt 1 11910 1 Qno 7911910 x 8 1114 4 VOLO ON QU 00208 01 PHI 0606 00 9 1W Mi 9 L vwd 1 WALSAS WAVTV T T NI APCLE oon 20 70 E 8 1 0140 gt ley eee eT ULT 7 SOR m d nemo EN S lt n gt N 2 ES lt gt 3 A NORMAL OPEN B NORMAL CLOSE _T YAMASAKI Nov 2012_ N 1 Nov 2012 APPROVED 1 Co Co NS c Sl TN 5 D 5 22 N X An einn i e pu amp FURUNO ELECTRIC Co LTD REF No 24 014 6003 1 INTERCONNECTION DIAGRAM FCR 2819 SER 5 Nov 2012 Y N SH YAMA FMD 3200 3300 mT 04473 002 0 P s
105. s 1 Twist the conductor 2 Press the terminal opener downward 3 Insert the wire to hole 4 Remove the terminal opener 5 Pull the wire to confirm that it is ecure 2 WIRING Connection 1 Unfasten four screws M4x8 to remove the top cover from the processor unit 2 Unfasten three bolts shown below to remove the upper plate of the cable clamp Clamp holes upper Loosen this bolt to use the lower clamp holes 1 oji 19 ol o E 2 al 9 w EE 2 ay 42223 Clamp holes lower Loosen these three bolts to remove the upper plate Processor unit top view 3 Pass the cables through the clamp holes then fasten the bolts removed at step 2 to fix the cables eS eee ee ae Lay shields of cables under this clamp then tighten the clamp 2 15 2 WIRING 4 Connect the WAGO connectors appropriately to the I O Board referring to the terconnection diagram lt J12 main control unit For J13 and J14 sub control units see the figure at step 2 on the previous page 5 Bind the cables to the fixing metal in the processor unit with the cable ties SUD plied Fixing metal Screws for drain wires of TTYCSLA cables 052 2525254454 Pass the drain wires through the shrink tubes local supply d then attach these
106. set the heading read out on the radar display with the gyrocompass readout Open the main menu Press the 7 key to select the OWN SHIP INFO menu Press the 3 key to select the LOCAL SENSOR SETTING lt MENU Local Sensor Setting e Data Source Sensors e Analog Gyro Adjust Cancel Check Analog Gyro 5 Roll the wheel to set gyrocompass reading Click the OK button on the screen to close the menu 4 2 Junction Box If the length of the antenna cable is more than 100 m the optional junction boxes are required These boxes should be mounted at the location protected because its wa terproofing is IPX3 Antenna unit Radar Processor unit 222112 RW 9600 Max 15 m EE Junction box RJB 001 RW 9600 Max 15 m DPYCY 6 3 pcs Junction box TTYCY 4 1 pc RJB 001 RG 12 UY 1 pc Max 270 m Shipyard supply 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 4 2 1 Mounting Fasten the junction boxes to the mounting location with four sets of M8 bolt and nut 514 320 139 0208 025 Mass 12kg 4 2 2 Cable fabrication RW 9600 270 7 FIXING HOLES 4 210 approx Units mm v IS 52550560 Shield Pull out inner cables from here Crimp lug for M8 4 INSTALLING OPTIONAL EQUIPMENT for RADAR 4 2 3 Connection Insert each cable to the cable gland as follows Flat wash
107. ter in the radar mast platform or the deck The diameter of the mast for fixing the antenna unit platform must be over 250 mm The thickness of the antenna unit platform must be over 15 mm e The reinforcement rib must be installed diagonally as shown below 1 5 1 MOUNTING Over 15mm Use two nuts 7 250mm diameter or more 6 mm thick or more Install the reinforcement rib diagonally Ship s bow Bottom view installation of reinforcement ribs 2 Place the corrosion proof rubber mat Supplied on the mounting platform Hoist the antenna unit as shown on page 1 4 and place it on the rubber mat Orient the cable gland toward the ship s stern or port starboard Remove the lifting fix tures and collars 4 Fix the antenna base to the mounting platform with M12x70 hex bolts nuts wash ers and seal washers supplied For the unit with the performance monitor PM orient the PM toward the ship s stern 5 Arrange the grounding terminal at the nearest grounding spot with the M6x25 hex bolt nut and washers Then fix a ground wire RW 4747 340 mm to the terminal 6 Connect the other end of the ground wire to the ground terminal of the antenna unit 7 Coast grounding terminal and fixing bolts on the antenna unit with silicone sealant supplied 1 MOUNTING Use two nuts 7 Torque 63 5Nm Ground terminal N X BLN 1 Set corrosion proof rubber mat 2222 272222 0222222 bolt ante
108. the screen It takes about five minutes to complete the adjustment after which the ra dar goes into stand by NEAR STC CURVE MID STC CURVE and FAR STC CURVE Use the default setting Change the setting if desired according to sea condition RING SUPPRESSION This is mainly used to remove ring noise which appears in the waveguide type radar Adjust so the rings disappear at the range of 0 125 nm The setting range is 0 to 255 SCANNER menu settings BLIND SECTOR 1 and BLIND SECTOR 2 Set area up to 2 where no radar pulses will be transmitted and heading should be adjusted before setting any blind sector For example set the area where an interfer ing object at the rear of the scanner would produce a dead sector area where no ech oes appear on the display To enter an area enter start bearing relative the heading and dead sector angle To erase the area enter 0 for both the START and ANGLE sections The setting range of START is 0 to 359 and ANGLE is 0 to 180 ANT REVOLUTION THis is used for antenna maintenance by serviceman Note Select OFF at ANT SW to prevent the antenna rotation As for ANT SPEED select STBY to prevent transmission while the antenna is stopped 3 SETTING AND ADJUSTMENT 3 4 INSTALLATION menu setting RANGE UNIT Select NM SM km or kyd kilo yard as appropriate IMO type NM only MODEL Confirm the model of your radar If the setting of this item is different from your model combination of the
109. wer fail output TTYCS LA 1 PWR FAIL COM Power fail output TTYCS LA 1 PWR FAIL B Power fail output 2 26 2 WIRING How to set input specification 94 to J9 For connectors J4 to J7 the connections are different depending on the input specifi cations as shown below Connector J4 Inout Remarks EC8T1622 TD1 A Serial CH1 out TTYCS LA 4 TTYCS LA 4 TTYCS LA 4 put IEC61162 1 2 modbus 2 TD1 B Serial CH1 out put IEC61162 1 2 modbus 3 RD1 A Serial CH1 out No connection No connection put IEC61162 2 modbus RD1 B Serial CH1 out put IEC61162 2 modbus ISOGND1 Isolation RD1 H Serial CH1 out No connection TTYCS LA 4 put IEC61162 1 RD1 C Serial CH1 out put IEC61162 1 Set the jumpers J20 J21 to Modbus Connector J5 NE Remarks IEC61162 2 IEC61162 1 Modbus Serial CH2 out TTYCS LA 4 TTYCS LA 4 NT put IEC61162 1 2 modbus Serial CH2 out put IEC61162 1 2 modbus Serial CH2 out No connection No connection put IEC61162 2 modbus Serial CH2 out put IEC61162 2 modbus ISOGND2 Isolation ze ze RD2 H serial CH2 out No connection TTYCS LA 4 put IEC61162 1 T RD2 C 2 out IEC61162 1 Set the jumpers J20 J21 to Modbus 2 27 2 WIRING Connector 46 Pin Signa name In Out OSA Out HB output IECETISZ Z TTYCSLA 2 TDSB Oui Seral CH3 output EC6T162 1 2
110. zardous situation which if not avoided CAUTION can result in minor or moderate injury N Warning Caution S Prohibitive Action A DANGER Wear a safety belt and hard hat when working on the antenna unit Q Mandatory Action Serious injury or death can result if someone falls from the radar antenna mast A WARNING Radio Frequency Radiation Hazard The radar antenna emits electromagnetic radio frequency RF energy which can be harmful particularly to your eyes Never look directly into the antenna aperture from a close distance while the radar ius in operation or eexpose yourself to the transmitting antenna at a close distance Distances at which RF radiation level of 100 50 and 10 W m are given in the table below Note if the antenna unit is installed at a close distance in front of the wheel house your administration may require halt of transmission within a certain sector of antenna revolution This is possible Ask your FURUNO representive or dealer to provide this feature 100W m 50W m 10W m 21395 4 RTR 080 FCR 2839S 5 30 kw MG5223F SN36AF 0 1m 0 7 m 20m SN36AF 12 ft 2 FCR 2139S available in blackbox configuration SAFTY INSTRUCTIONS A CAUTION Observe the following compass safe distances to prevent deviation of a magnetic compass compass compass Junction Box RJB 001 1 10 m 0 70m TUM Nr ne Sensor Adapter MD 3030D A WARNING Do not open the equipment un

Installation Manual MARINE RADAR Model FCR-2139S

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