VOYAGE DATA RECORDER
Contents
1. EEE1394 FIRE WIRE ANO4 DC04 AN03 0603 ANO2 gt 0602 ANO1 I DCO1 ANOO DC00 52 DIGITAL SIG OUTPUT DEVICE m 1 16 ANALOG SIG OUTPUT DEVICE MAX 16ch 1 1 VOLTAGE SIG 52ch 1 2 COMMON B 3 COMMON A B 52. NOTE SH PYARD SUPPLY 2 FITTED AT FACTCRY 3 ONE WNG HANCSET IS USED IN COMON CONNECT CRES AFTER REMOVE CONNECTOR PLUG TITLE un 26 06 E M YCEH F 5200 8700 TAKAHRGH wmnnnnnnfn 00000 NTERFACE CAA18 CO3 K NTERCONNECTI ARAM FURUNO ELECTRIC Co LTD Label for expiry date If necessary cut each label and use for inscribing the expiry date INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE Save the label inserting the label case on the Data collecting unit
3. 2 HHHHHH 2 HHHHHHHHHH nep CABLE FMops_6H J 1105 HANDSET HANGER l 1 x QCA490 1m gt 1 gt 0V HSC701K E20 23 SW SW 26 14 gt 3 MCHK3 4 MGC MGCK4 4 gt 5 gt SP H SP H lt 5 gt 6 gt THRUL lt 6 TRU 74 OV lt 8 HHHHHHH DUPLEXER UN T D lt 8700 ATTACHED CABLE CN 8 C491 1m 14 BK PIT SWiK 2 36 MCCIK4 4 5 i 54 H THUL lt 6 lt 0 10000000000 TRU 74 WNG HANDSET 0v lt 8 09 NI un A WIN 9 DATA COLLECT NG UN T 0 NI Oy U1 A WIN e NI Oy un A WIN 9 0000000000 WNS TB 12 VR 3000 3000S HB6000FZ 6 5 3 V lt 3000 118 13 DATA COLLECT NG UN 3010
4. ECX 3C 2V T ECX 3C 2V T DATA COLLECTING UNIT VR 5010 VSYNC gt V gt BLUE gt B gt gt HSYNC gt gt 3 BLUE gt B gt lt 3 GREEN gt 552 RED gt R gt GREEN gt 6 gt VSYNC gt V 3 HSYNC gt H gt gt CN CO SIN cO co GND gt HG gt GND gt V gt SERVICE COM1 1 244 GND gt RG gt GND GND gt BG gt GND gt RG gt J GND yaa GND gt BG gt GND GND gt VG gt ANALOG IN DIGITAL DIGITAL RS 422 IN 4 4 BA BA AN15 DC15 DC47 DC63 AN14 DC14 DC46 DC62 AN13 DC13 DC45 DC61 AN12 DC12 DC44 DC60 AN11 DC11 DC43 DC59 AN10 DC10 DC42 DC58 AN09 0609 0641 0657 AN08 DC08 DC40 DC56 ANO7 0607 0639 0655 ANO6 0606 0638 0654 ANOS 0605 0637 0653 15 5 1394M1A1 30m DATA RECORDING 12 UNIT lt VR 5020 6 9 REPEATER 10 09 08 CONNECTOR WITH NO LATCH 07 06 05
5. NAME UNT 990 600 1 DATA COLLECT CN UNT A 650 000 SPARE PARTS 000 SPARE PARTS 0000 I NSTALLATI CN MATERI ALS 0000 NSTALLATI ON MATER ALS 000 148 655 0 10 00 0000 000000000 000000000 CODE NUMBER ENDED INDICATES NUMBER TYPICAL MATERIAL 00 0000 00000000000000000000000000000000000000 0000000000000 TWO TYPES AND CODES MAY LISTED FOR AN ITEM LOWER PRODUCT MAY BE SHIPPED IN PLACE OF UPPER PRODUCT QUALITY IS THE SAME 000000000 DIMENSIONS IN DRAWNG FOR REFERENCE ONLY 24AB X 9852 2 004 379 540 24AB X 9401 2 CP24 00211 y2 E m TI El BAND 24AB X 9401 00000 0000000 00 000 00000000000000 OMENS IN ERAWNG FCR REFERENCE 0 NO 004 379 540 Dui NSTALLATI CN MATERI ALS DESCR ONS A 3 24AB X 9401 2 22 26 1 24 X 9401 00000 0000 0 00000000000000 OMENS IN ERAWNG FCR REFERENCE 0 D 0 0000 A 4 006060 24AB X 9854 0 1 1 5010 0000 UN T 1 5900000 588 VR 5010 M S DOU M BRATI 1 SQ
6. E 11 P1356 DATA COLLECTING UNIT D C4418 GO L 24 004 2000 3 OUTLINE DRAWING FURUNO ELECTRIC LTD FURUNO 4 613 FIXING HOLES NOTE SHIPYARD SUPPLY TRAN er 17 04 LYAMASAK UNTING BASE FOR DCU VR 5010 CHECKED 17 04 YESUMI cC up 1904 H Hayashi VR 5000 MASS is COLLECTING UNIT MOUNTING BASE L DRAWING FURUNO ELECTRIC Co LTD 01410313 ONNAN TINT ONION YIYO w S1130 v CZ Va WLS S FHH x 5 FLV 1 1 5310H ONMH MOLIS Y Ol 43134 WWE ISV3 LY 38 0 5 1108 840S8V NOLLVYSIA N334138 dV9 JHL 9NXH 903 51108 ISN 1031319395 LON SI HOIHM SNOISNAWIG 40 39NV83101 S3IVOIQNI 31811 CSV 7909 ega u u C yB 2 WED cm S OH 3 x1 Pe OOTS 1 gt 0 amp 0051 VL I S I 93 183 INI ILA WH WVHL 3800 38 THHS 55 1 VH ING LINN
7. DC36 DC52 04 DC35 DC51 03 DC34 DC50 02 DC33 DC49 01 DC32 DC48 00 12 IEC61162 IEC6116 DATA OUTPUT DEVICE DIGITAL SIG OUTPUT DEVICE CONTACT CLOSURE 12ch 1 CONSULT WITH SHIPOWNER AND OR SHIPYARD ABOUT CONNECTION OF DEVICES NOTE 3 4 xb SHIPYARD SUPPLY CONTACT CLOSURE ONLY COMMON LINE CONNECT LOWER TERMINALS B IN CASE OF CONTACT CLOSURE ALL COMMONS SHALL BE CONNECTED TO THE ADDITIONAL TERMINALS A ARE UPPER TERMINAL AND B ARE LOWER TERMINAL NEVER CUT THE CABLE E OUTPUT 24VDC 0 2 24VDC 24VDC INPUT 24VDC 1 24VDC ALARM SYSTEM RAWN May 31 104 DPYC 2 5 K MIYAZAWA 100 230VAC 1 50 60Hz ALARM PANEL TTYCS 4 54 5 gt RED2 5 7 gt BLK2 gt 8 gt RED3 59 VR 5000 BLK1 RED2 1 RED3 1 BLK2 REMOTE ALARM PANEL
8. 31V M ie Er 009 1 gt 001 19 2 1 gt 39NV83 I NIISNHMIU 7 EARL I NAME MATERIAL SURFACE TREATMENT 8 K 5052 7077 1200 2 bYNo S WATERPROOF BOX Alocrom 200 Newtone 5 coating color 4 98 FIXING HOLES 50 CABLE ENTRY mm Mm DIMENSION TOLERANCE 50 215 50 lt 100 100 lt 900 amp 1 TABLE 1 1 INDICATES TOLERANCE OF DIMENSIONS 2 Pth CALATA 3 2 RECOMMENDED SERVICE CLEARANCE 3 BOLTS COACH BOLTS 6 FOR FIXING THE UNIT 5 08 03 FURUNO ELECTRIC Co LTD EF UR UN CD 125 7144 IF 5200 1 5200 2 3 OUT H INTERFACE 14 0UT C 125 2144 3 OUT H INTERFACE 14 0UT C
9. FURUNO INSTALLATION MANUAL VOYAGE DATA RECORDER VR 5000 Serial No 1001 or greater p FURUNO ELECTRIC CO LTD NISHINOMIYA JAPAN FURUNO ELECTRIC LTD 9 52 Ashihara cho Nishinomiya 662 8580 JAPAN Telephone 0798 65 2111 Fax 0798 65 4200 Pub No IME 44180 H TATA VR 5000 ESF Elemental Chlorine Free The paper used in this manual is elemental chlorine free FURUNO Authorized Distributor Dealer FIRST EDITION AUG 2003 JUL 27 2006 00014865416 IME44180H00 AN SAFETY INSTRUCTIONS A WARNING A CAUTION ELECTRICAL SHOCK HAZARD Observe the following compass safe Do not open the equipment distances to prevent interference to a unless totally familiar with magnetic compass electrical circuits and service manual Standard Steering compass m compass m Only qualified personnel should work inside the equipment Turn off the power at the switchboard before beginning the installation Microphone Fire or electrical shock can result if the power is left on VHF I F unit Do not install the equipment where it may get wet from rain or water splash Water in the equipment can result in fire Attach securely grounding electrical shock or damage the equipment to the ship s body Be sure that the power supply is compatible with the voltage rating of The grounding is required the equipment to prevent electric
10. DCU 2 4 2 5 SYSTEM TIME ADJUSTMENT The system time used for time stamping VDR data synchronizes with the UTC time if the system time is behind the UTC time within one hour However the system time is set to within two minutes practically 10 seconds behind the UTC time after installation to make the synchronization faster Note that the system DOES NOT work if the system time is ahead of the UTC time To adjust the system time a keyboard with a PS 2 connector and a SXGA monitor are required To adjust system time 1 Connect the SXGA monitor and the keyboard to the data processing unit DPU in the DCU The VGA connector locates left of the removable hard disk Remove the cap to connect a keyboard DPU front view 2 Unlock the KB LOCK switch Connect SXGA monitor KB LOCK switch DPU front panel cover opened 3 Turn on the VR 5000 while pressing and holding down the Delete key 4 Wait for the BIOS screen to come up Keep the Delete key pressed 5 Select Standard CMOS Feature and press the Enter key 6 Setthe system time about 10 seconds behind UTC or GPS time 7 Press F10 Y and Enter keys in order to save data 8 Restart VR 5000 9 Lock the keyboard with the KB LOCK switch 10 Wait until system time synchronizes with the GPS time If itis necessary to adjust the system time frequently the lithium battery CR 2032 on the DPU processor board in the data processing unit DPU
11. ALS 004 004 379 960 960 00000000000000 IN DRAWNG FCR REFERENCE J 24AB X 9856 004 379 960 24AB X 9404 3 24 0216 SELF TAPPI NG SCREW 24AB X 9404 00000 0000000 00 0000 00000000000000 DO MNS IN ERAWNG FCR REFERENCE 0 A 10 2 9855 2 V1 V 5011 CS MAME UNT M 5011 m I CROPHNE d o 100 0000 I NSTALLATI CN NATER AS NSTALLATI CN MATER ALS IN FCR REFERENCE CN Y 24AB X 9855 004 381 090 24AB X 9405 1 CP24 00217 y1 Dui NSTALLATI CN MATERI ALS NO NAME 011110 1 NG SCREW CESCR PTI CNS 4X16 SU5304 11 24AB X 9405 00000 0000000 00 0000 00000000000000 OMENS IN ERAWNG FCR REFERENCE 0 A 12 0000 24AB X9851 0 1 1 F 5200 or 0000 UNT F 5200 3 NTERFACE UNT 000 D CETTE M C EXTENSI CN CABLE 999 999 009 999 999 010 2 1 CABLE sim m LL 999 999 011 10 00 0000 M10 00000000 0 0000000000 THIS CODE CANNOT BE ORDERED DO MNS IN ERAWNG FCR REFEREN
12. 303 9 5 3405 9NIdaV 1 138 351 131319348 LON ST HOIHA SNOISNSWIC 30 39NV33 TOL SSLVOIONI T 11891 E2ATYIWUCTH MOBS AHAM 9 05 4 juu 220Bg O 1 XVPBNMGECA GELS PCE NE e AL ETE OGRE AVI8 IVNINS3I 9109 T3NVd MJVTV 310833 gA WNIWS31 S3 IDH 31V d3NVN NEKE SNHISNJMNIO 110119 3 3 00657 gt 001 00151 06 GT NYHL HHM 55 1 IV3H2 108 YT 4GTTLV s OS LINN SHL DNIXIJ 403 02Xy 53405 DNIddV1 4 13S ASN 2 39NV3V3 19 39IAM3S OHM 02OXvzhOsIG Aa N Sm Fi P 1 cx 1 9 215412373 ONNYNSA GO0 9TT ST OH XN 99 7 E 00S 5 1 001 Get 001 5 1 gt 0 SF 00 WI ennan WUE AE 131891 12 l 700 01410313 ONNaNs LINN ONIXI4 903 929 SAHMS ONIddvL ISN 031419395 LON SI SNOISNSWIG 30 SILVOIONIT 31891 lt i JONYAJTI 3143 Segre SPEI RIOMBRILXVHNMLELASSEYCAV 5 q e ez 1 O46238 2 BJ Y I c 4002 611003 GON 3u04 MaN 00cIMOJO0IV JNIHdHdOIM GER G ONAY O0CT HAL KOE 96069 C zy amp j 8G INMA HEH SATOH 9 66 9 AMINA MVJ
13. Audio level is adjusted by DIP switches in the interface unit after installation See page 2 1 4 5 FIXING HOLES 116 0 5 1 9 217 176 0 5 1 17 Specifications Power Supply 24 VDC 21 6 to 31 6 VDC 40mA Mic input level 16 to 56 dBm Input impedance gt 10k ohms Factory default 46 dBm 600 ohms 10dB ATT ON Speaker input level 32 to 200 ohms 2 mW input impedance 10k ohms Factory default 2 mW 200 ohms 10dB ATT OFF PTT Switch signal TTL level Output 0 dBm 10dB 600 ohms balanced When a wing handset is used the connection is made as follows HANDSET L IF 5200 FM8700 CN3 CN2 DC24V 8 H FM10PS 6H H TTYCS 1 CC490 1m cR VHF1 N4 I 2 1 14 7 CN5 CNG a a HE 0 HANDSET CC491 1m d CN8 1 rcs OUT can be mixed with OUT1 WING Fix each cable with a cable tie at the inside of the chassis HANDSET x2 Connection example of FM 8700 IF 5200 VR 5000 1 18 1 7 REMOTE ALARM PANEL Make sure there is a sufficient space for access to the rear cover for mounting and cabling The Remote Alarm Panel RAP is flush mounted See the outline drawing for cutout size There are two types of the RAP D sub and Connector types Turn off VR 5000 before connecting disconnecting the RAP otherwise PDU
14. rr toe e oe i eee 2 5 Appendix A VR 5000 INPUT SPECIFICATION sse AP 1 LISTS u tete tee ette dtc ed ie ele etie cbe e t b et ba e Du ep ds A 1 OUTLINE DRAWINGS rn eee ied eicere redeas D 1 INTERCONNECTION DIAGRAMS S 1 Label for expiry daten UE B 1 II EQUIPMENT LIST Standard supply Unit Type Code No Q ty Remarks VR 5020 6G 6 GB for connection of single radar Data Recording Unit DRU 1 VR 5020 9G 9 GB for connection of two radars Data Collecting Unit DCU VR 5010 1 Including 40 GB removable hard disk Remote Alarm Panel RAP VR 5016 1 Bridge Microphone VR 5011 000 040 829 1 CP24 00215 004 379 590 1 For DCU CP24 00216 004 379 960 1 For RAP Installation Materials IEEE1394 Cable CP24 00200 000 040 833 1 1394M1A4 1230 m CP24 00211 004 379 590 1 For DCU Spare Parts SP24 00201 004 554 540 1 Two fuses for 10A Optional supply Unit Type Code No Q ty Remarks IF 8502 or Remote Junction Box RJB 1 IF 8510 Repeater VR 5025 004 379 630 1 For extending Firewire cable gt 30 m Watertight Box VR 5012 For microphone VHF Interface Unit IF 5200 _ 1 To combine mic and loudspeaker 2 lines Removable Hard Disk VR 5014 004 379 600 40 GB Battery VR 5015 004 381 310 ur Two batteries Microphone
15. Screw part of cap nut Rubber bushing Contact part of cable with rubber bushing Placing rubber bushing and Teflon washer 1 7 Coat surface of teflon washer with supplied silicone sealant and where cable enters DRU Gap Approx 2 6 mm Gap Approx 2 6 mm Thread Thread Cap nut or How to tighten cap nut Tighten DRU cap nut until one or two threads are visible DO NOT tighten cap until end of thread lt Gap between cap Gap Approx 2 6 mm nut and DRU Coat thorougly with silicone sealant for waterproofing Waterproofing and cable protection 1 8 1 3 CONNECTION OF SENSOR CABLE 1 3 1 61162 serial data RS 422 IN terminal board provides eight channels to receive IEC 61162 digital data Receivable are all 61162 sentences and binary data but at least ZDA or GNA is necessary for stamping date and time The GPS receiver is connected to channel 100 generally Channels 5108 to 5115 are optional An optional remote junction box is connected to the DCU through RS 422 interface RS 422 interface circuit in VR 5000 1 3 2 Non IEC 61162 signal 1 Analog 4 to 20 mA 0 to 10 V and 10 to 10 V signals can be connected to ANALOG IN terminal board of 16 channels ANOO to AN15 Input voltage current range is set by Web Configuration software Voltage signal The voltage between two input terminals is 24 V or less The A D converter in the Analog interface circuit has input volta
16. VR 5016 CHECKED TAKAHASHI T APPROVED Y Hatai SCALE MASS kg VOYAGE DATA RECORDER DWG No 04418 01 B INTERCONNECTION DIAGRAM FURUNO ELECTRIC CO LTD FURUNO HANDSET HANGER HSC701K B20 VHF VHF INTERFACE 5200 CN3 1 OV 5 25 PTT SW gt 3 gt MIC H gt 4 gt MIC C 5 gt SP H 6 gt THRUI CN4 ov PTT SW MIC H 14 ATTACHED CABLE CC490 1m FM10 S 2 VHF VHF TRANSCEIVER UNIT FN 8500 HANDSET pS 31109 24 MIC C SP H THRU1 THRU2 ov K 6 lt 14 86 CN7 8 2 NH8P ATTACHED CABLE 00491 1m WING HANDSET x N lt 1 PTT SW PTT SW Vic RECEPTACLE BOX MIC H RBD VHF VHF B MIC C 1 SP WING HANDSET HS6000FZ 6 5 THRU1 THRU2 ov oo on BY co po CN6 ov MIC H MIC C SP THRU1 W PTT SW Kae MIC 34 ceo
17. signal is sent to the VDR according to the PTT switch status When ON both and sp signals are always sent to the VDR Factory setting OFF 2 1 2 Jumper setting Jumper wire JP1 functions as follows Short circuit Factory setting input signals from CH1 and CH2 are output from OUT 1 port and OUT 2 port respectively Open circuit input signals from CH1 and CH2 are output from OUT 1 port 2 1 2 2 DATA COLLECTING UNIT VR 5010 The system configuration must be updated after installation See VR 5000 Setup manual for details The outline of the system configuration is Step 1 Connection of PC Step 2 Connection of monitor Step 3 Software configuration Step 4 Saving configuration data Step 5 Initialization of index file Step 6 Restart VR 5000 Step 7 Download configuration data Step 8 Check of recorded data 2 2 2 3 MARKING BATTERY AND POSITION LOCATOR EXPIRY After installing and setting up inscribe a expiry date of battery and acoustic beacon on the label on the Data Collecting Unit The battery has 4 year in service life The expiry date starts at installation The expiry date of the acoustic beacon is marked on the acoustic beacon INT BACK UP BATTERY EXPIRY DATE ACOUSTIC LOCATOR EXPIRY DATE LAST ANNUAL CHECK DATE Label case Place where expiry date is written down 2 3 2 4 ADJUSTMENT AFTER REPLACING AC DC POWER PACK The AC DC power pack is built in th
18. a VGA 640x480 g FR 15x5M3 series 1024 x 780 b Wide VGA 852x480 h FAR 28x5 series 1066 x 800 c 738x576 Wide XGA 1336 x 768 d SVGA 800x600 SXGA 1280 x 1024 e Wide SVGA 1067x600 FR 21x5 1280 x 1024 f XGA 1024 x 768 To add BNC connectors assy option BNC connectors for radar VD 1 VD2 cover plate for No 2 radar Interlaced video Front panel of Power Distribution Unit PDU 1 Pull out the PDU and remove the VD2 cover plate on the PDU Fix the BNC connectors assy on the same location and pass the cable attached to it backward 2 Plug in the connector of the cable to Frame Grabber board in the DPU VD2 is connected to the second port from the bottom on Frame Grabber board Fix the cable with push mount cable ties supplied as installation materials Frame Grabber board Ports for VD4 VD3 VD2 and VD1 from top Data Processing Unit DPU Rear view 1 12 FAR 2107 series radar For the connection between the VR 5000 and FAR 2107 series radar refer to the installation manuals FAR 2117 2127 281 7 2827 FAR 2137S 2837S or FAR 2827W 2837SW FR 2105 series radar Following describes the modification on FR 2105 to connect it to the VDR Necessary parts Parts Name Type Code Number Q ty 1 RGB buffer kit OP03 162 008 501 130 1 RGB BUFF board 03P9229A NH XH connector assy NH10P XH13P NH XH connector assy
19. board will be damaged Data Collecting Unit Remote Alarm Panel Remote Alarm TTYCS 4 Panel gt 1 Redi f TX gt 2 Blacki 2 RX 585 ir Red 3 GND 5 Tighten shield of cable gt 4 gt 1 4 IAS OK gt 5 Black2 5 563 6 RX gt 7 gt 7 5831 Red3 PT 593 u J ie IV 1 2 AN Connector Housing bottom a 90 110 1 69 MEN 100 110 1 Z i lt Cutout dimensions Bulkhead thickness more than 15 mm 4 5 5 Fixing holes 124 Fasten with self tapping screws 4X16 gd L J Ground Terminal um Use IV 1 25sq wire D U REMOTE ALARM PANEL Y lo 5 Terminal Board 144 gt Front View Rear View 1 19 1 8 POWER SUPPLY Connect the ship s mains 115 or 230 VAC max 3A to the INPUT AC terminal board by using 2 5 mm or AWG12 wire The system can also operate from 24 VDC max10A battery by using 2 5 mm or AWG12 wire Observe the polarity when connecting DC source Table 1 2 Power Connection Terminal Pin No Signal Type Colors INPUT AC 1 AC
20. may be flat 2 5 This page is intentionally left blank 2 6 Appendix A VR 5000 INPUT SPECIFICATION 1 Digital and Contact Inputs Channel no Description Active Remarks DC 00 Open Digital input DC 01 Open Digital input DC 02 Open Digital input DC 03 Open Digital input DC 04 Open Digital input DC 05 Open Digital input DC 06 Open Digital input DC 07 Open Digital input DC 08 Open Digital input DC 09 Open Digital input DC 10 Open Digital input DC 11 Open Digital input DC 12 Open Digital input DC 13 Open Digital input DC 14 Open Digital input DC 15 Open Digital input DC 16 Open Digital input DC 17 Open Digital input DC 18 Open Digital input DC 19 Open Digital input DC 20 Open Digital input DC 21 Open Digital input DC 22 Open Digital input DC 23 Open Digital input DC 24 Open Digital input DC 25 Open Digital input DC 26 Open Digital input DC 27 Open Digital input DC 28 Open Digital input DC 29 Open Digital input DC 30 Open Digital input DC 31 Open Digital input DC 32 Open Digital input DC 33 Open Digital input DC 34 Open Digital input DC 35 Open Digital input DC 36 Open Digital input AP 1 DC 37 Open Digital input DC 38 Open Digital input DC 39 Open Digital
21. ATI ASSY NE 004 379 550 00000000000000 IN DRAWNG FCR REFERENCE Y J 24AB X 9854 HUH I NSTALLATI ON MATERI ALS 00000 00 DESCR CNS QTY 1 1394 L 30M 30M CODE NO 000 148 668 24AB X 9403 00000 00000000 HH 00000 OMENS IN ERAWNG FCR REFERENCE 0 6 24 X 9853 1 V1 V 5020 9G NAME EEXHPHOVGIEN QTY Hu UNT trm VR 5020 6G DATA RECCREER 1 000 040 826 0000 NSTALLATI CN ALS 24 00215 1 NSTALLATI CN MATERI ALS lt 5 004 379 590 OOOO PS J 000000000 000000000 CODE NUMBER ENDED BY INDICATES NUMBER OF TYPICAL MATERIAL OMENS OS IN ERAWNG FCR REFERENCE 24AB X 9853 A 7 004 379 590 00 24AB X 9402 3 CP24 00215 1 1 D uu NSTALLATI CN MATERI ALS 0000000000000 TV TYPES AND COLES MY BE LISTED FOR AN I TEM THE LOWER PRODUCT MAY BE SH PPED PLACE THE UPPER PRODUCT QUALI TY IS THE SAME HHHHHHHHHHHHHH OS IN CRAWNG FCR REFERENCE 0 24 X 9402 000000 00000000 A 8 006060 24AB X 9856 0 11 VR 5016 0000 UNT ud CP24 00216 NSTALLATI CN
22. NH4P XH3P 2 BNC connector converter DSUB BNC 1 000 148 528 1 3 2 cable KB HD152K 000 152 099 1 The VDR I F unit only converts D sub connector to BNC connector RGB cable 2m BNC connector converter Modification on FR 2105 1 13 FAR 2805 series radar Following describes the modification on FR 2805 to connect it to the VDR Necessary Parts Parts Name Type Code Number 1 VDR I F kit 1 OP03 177 008 528 270 1 RGB BUFF board 03P9229A NH XH connector assy 03 2057 4 3P NH XH connector assy 03 2058 10 13P VDA INT chassis 03 133 1127 4 2 VDRI kit 2 178 008 528 280 chassis 3 BNC connector converter DSUB BNC 1 000 148 528 1 4 2 RGB cable KB HD152K 000 152 099 1 Kit 1 For display units being produced in June 2002 and before Kit 2 For display units being produced in July 2002 and after INT board RGB BUFF board 03 2058 RGB cable 2m J449 Se BNCx5 NH10P DB15 J2 XH3P DB15 J463 J3 I NH4P 03 2057 BNC connector converter FR FAR 2805 Display Unit Modification on FAR 2805 The figure below illustrates how to mount CPA TCPA board together with RGB buffer board in FAR 2805 series radar VDA INT chassis should be new type 03 133 1127 3 CPA TCPA board is
23. Wago spring catch terminal blocks for leads of up to 2 5 mm or AWG 14 wires Each terminal block has a pair of holes Insert the lead fitting tool into a hole corresponding to the counterpart hole where a lead is to be inserted When the lead is inserted in the terminal block remove the lead tool Make sure the lead is securely retained in the holder Lead fitting tool is fixed to the right on the Terminal Board in the DCU Step 1 Insert the lead fitting tool into the right hole Step 2 Insert the stripped wire into the counterpart hole Step 3 Remove the tool Assure the wire is securely retained Lead fitting tool Location of Lead Fitting Tool Far right of junction box 1 3 Refer to the interconnection diagram for details of right pins on the terminal boards Caution Turn off the DCU before making connections ANALOG IN AUDIO IN REMOTE ALARM ANOO to AN15 MIC 1 to MIC 6 VHF 1 and VHF 2 PANEL SERVICE COM DRU IAS DIGITAL IN DIGITAL IN RS 422 IN 24 VDC OUTPUT to DC15 DC32 to DC47 100 to 5115 24 VDC INPUT and DC16 to DC31 DC48 to DC63 Not for normal use AC INPUT from top Terminals and Connectors on Junction Box in DCU The DCU and Data Recording Unit DRU are connected with the supplied IEEE1394 or FireWire cable on which two plugs are factory fitted at both ends These plugs look like the same but these are different one has latches and the other does not
24. direct sunlight and away from heat sources away from places subject to water splash and rain A magnetic compass will be affected if the DCU is placed too close to the magnetic compass Observe the compass safe distances on page to prevent deviation of a magnetic compass 300 mm clearance is required at least either side of the DCU There are two cable entries front and rear on the bottom panel Cover the unused cable entry to prevent a mouse from entering Data Processor Unit DPU Removable Hard Disk Cover Power Distribution Unit PDU Junction box Cable clamp Data Collecting Unit DCU 1 2 1 1 1 Mounting Caution To install the shock absorber insert your fingers in the holes marked by arrows and lift Lifting by the sides may cause the body of shock absorber drop out of the cover because they are not attached to one another tightly The DCU is fixed by using four holes in the bottom plate onto the supplied shock absorber with four M10 bolts as follows Fix the shock absorber onto the DCU mounting base arranged by the shipyard with four M10 bolts put the cover over the shock absorber fix the cover with supplied screws and then fix the DCU to the shock absorber Front a Without cover b With cover Shock absorber for DCU 1 1 2 Connection All sensor cables except for radar video are connected to the terminals and connectors on the junction box in the DCU The Terminal Board is
25. in the vicinity of the bridge on the open deck area of the vessel This will maximize the probability of its survival and facilitate recovery following an incident The DRU should be positioned clear of rigging and other potential obstructions and as near to the centerline of the ship as possible Making a guard around the DRU is recommended Precautions for installing the capsule 1 Must be separated from fuel or other potential fire hazards 2 Must be separated from probable sources of mechanical damage 3 Avoid direct sunlight as much as possible 4 Must be installed in a place that facilitates routing maintenance and copying of recorded data 5 Must be installed where a diver or remote operated vehicle could remove and retrieve 6 There should be a clear and unobstructed area around the DRU to allow a diver or an ROV to work 1 2 1 Mounting The Data Recording Unit comes with the mounting bracket fitted Request to a shipyard to construct a mounting base of the DRU On the mounting base mount the bracket with M8 bolts and nuts double nuts The gap between vibration absorber and bolt should be at least 3mm Projection Acoustic beacon Band Vibration absorber GaP Cradle More than 3 mm Projection EE A details Note If you once detach the main body from the mounting bracket fix the main body as shown in the figure above so that acoustic beacon should be horizontal Then the main b
26. BT1 16D are included in the module and set to either or common signal by changing the connection See the figure on next page Module QX42 or QX81 selectable AJ65BT 1 16D QX42 QX81 or common common Mitsubishi common Mitsubishi IF 8502 64 inputs x 3 pcs max 32 inputs x 5 pcs max 16 inputs x 2 pcs 64 inputs x 3 pcs max 32 inputs x 5 pcs max standard 1 22 Applicable crimp on lug RAV 1 25 to 3 5 or RAV 2 to 3 5 JIS C 2805 Connection AJ65BT 1 16D Radar Video BNC connector plate is fixed onto the Power Distribution Unit and then these connectors are wired to the Data Processing Unit DPU 1 23 This page is intentionally left blank 1 24 Chapter 2 SETUP This chapter describes how to setup and check the system 21 VHF INTERFACE UNIT IF 5200 2 1 1 Audio level adjustment DS1 and DS3 are 10 dB step attenuators for channel 1 and 2 microphone lines respectively Set the DIP switch so that the audio output level between 4 and 5 or 7 and 8 of CN9 is 0 dBm 2 2 Vp p Factory setting 10 dB ON 20 dB OFF 30 dB OFF and 40 dB OFF DS1 Channel 1 Input Jp a DS2 0000 053 Channel 2 Input Ds4 Location of DIP switches and jumper wire in IF 5200 Table below lists the function of DS2 and DS4 DIP Switch Function 1 10dBATT Attenuates speaker signal by 10 dB Factory setting OFF 2 MIX When set to OFF either mic or sp
27. CE CN Y 24 B X 9851 19 FURUNO ee NO SPARE PARTS LIST FR PARTS LI ST FCR USE S E E C tab amr emo id ESAE TYPE NO PER PER SPARE SET VES 30 FUSE 2 0 9 166 155 826 10 000 155 826 1 fe l _ 70 E MR S FURNO ELECIRIC CO LTD Do NO 24A X 9301 OMNIS IN ERAWNS FCR REFERENCE CN Y Ulna ka a E E s S sss 000000 ID ME FORAN THE LOVER PRODUCT MAY BE SH PPED N PLACE OF THE UPPER PRODUCT QUALI TY 15 THE SAME 1 E Ba 1 TABLE 1 Cmm mm DIMENSIONS OLERANCE 100 lt L lt 500 500 lt L lt 1000 X 1 SEDE RS 2 1 3 M1 0 9 4 NOTE MINIMUM SERVICE CLEARANCE TABLE 1 INDICATES TOLERANCE OF DIMENSIONS WHICH IS NOT SPECIFIED USE M10 BOLTS OR COACH SCREWS 9 FOR FIXING THE UNIT MOUNT THE LARGER CABLE ENTRY OF SHOCK ABSORBER FACE TO FRONT SIDE 4 M10 4 M10 EYEBOLT REMOVE AFTER MOUNTING 500 M pu 2705 LYAMASAKI WE 5010 HEAD eb 205 TMATSUCUCHI 5
28. Kad iC5 64 yc RECEPTACLE BOX MIC H RBD VHF VHF B MIC C SP WING HANDSET HS6000FZ 6 5 9 1 2 THRU1 THRU2 ov oo BY 1 NOTE 1 SHIPYARD SUPPLY 2 FITTED AT FACTORY 3 ONE WING HANDSET IS USED IN COMMON PTT SW 24VDCC THRU2 7 lt lt 8 CN9 24VDC TX RX 5V gt 1 1 1 TTYCS 1 OUT1 1 TTYCS 1 1 OUT1 D VR 5000 1 TTYCS 1 2 OUT2 DATA COLLECTING UNIT CO SJ nn Co OUT2 L TITLE D VR 5010 he 12 VR 3000 3000S 57 18 18 DATA COLLECTING UNIT B VR 3010 IF 5200 W FM 8500 VHF ee T NME VHF INTERFACE INTERCONNECTION DIAGRAM FURUNO ELECTRIC Co LTD _ E MIYOSHI TAKAHASHI T 04418 02 J FURUNO
29. LINE Brown wire AC line 2 AC NEUT Blue wire Neutral AC line 3 AC GND Green yellow wire INPUT 24 VDC 1 DC INPUT Red wire 2 DC INPU T Black wire 1 9 REMOTE JUNCTION BOX An optional remote junction box is connected to RS 422 IN terminal board in the DCU by a single cable shielded twisted pair 1 10 INTEGRATED ALARM SYSTEM An alarm is output from IAS terminal board to the Integrated Alarm System on board the ship Pin No Signal Name Description 1 IAS NC Relay contact normally closed 2 IAS NO Relay contact normally open 3 IAS COM Relay common 1 20 1 11 HOW INCREASE CHANNEL NUMBER The table below lists the maximum channel number available on VR 5000 Data Type Standard Maximum Remarks IEC 61162 8 channels 17 channels Install additional RS 422 I F card in DPU for 8 channels Use Remote Junction Box IF 8510 for 1 channel Digital 64 channels 288 channels Use Remote Junction Box Analog 16 channels 24 channels Use Remote Junction Box Audio 8 channels 8 channels No additional channel Radar Video 1 channel 4 channels Add BNC connector plate and interconnection cable IEC 61162 For extra 8 channels install optional RS 422 I F card in the Data Processing Unit DPU This socket is not used RS 422 I F card optional RS 422 I F card Power unit I F card Removal hard disk DPU with cover removed top view R
30. These are labeled DCU and DRU so run the cable accordingly FireWire is the trademarked name of Apple which originally developed a very fast external bus technology that supports data transfer rates of up to 400Mbps 1 4 Table describes the function of connectors Table Terminals and connectors on TB Connector TB Signal Unit to be connected ANALOG IN Analog signal 16 channels AUDIO IN Bridge audio 6 channels and VHF audio 2 channels DIGITAL IN Digital signal 64 channels 52 channels for voltage signal and 12 channels for contact closure signal RS 422 IN IEC 61162 serial data 8 channels standard 16 channels max REMOTE ALARM PANEL Remote alarm panel SERVICE COM 1 PC for servicing and setting up DRU Data recording unit Turn off the unit before connection IAS Integrated Alarm System OUTPUT 24 VDC Optional remote junction box max 15A INPUT 24 VDC 24 VDC INPUT AC Ship s mains 1 1 3 Attaching card holder to door Acard holder for convenient storage of LAN cable IEEE1394 cable Error code table and Data extraction procedure on the door of the DCU is available Remove paper from double sided tape on the card holder and attach it to the door aligning bottom edge of card holder with bottom edge of door 1 5 1 2 INSTALLING DATA RECORDING UNIT The Data Recording Unit DRU includes a protective capsule and it should be installed
31. VR 5011 000 040 830 1 Max 6 RS PCB OP24 6 004 381 210 1 RS 422 board RS PCB Cable OP24 7 004 381 230 1 RS 422 board w 1 5 m cable Mic w watertight box VR 5011 000 040 472 1 5012 VR 5033 J 004 381 260 w Japanese Manual Live player pro kit 1 VR 5033 E 004 381 270 w English Manual RS 422 board 99033 8 RS PCB OP24 10 004 381 910 1 For V3 00 RS 422 board 99033 8 amp RS PCB amp cable OP24 11 004 381 930 1 cable DB37 HD78 SDRAM DIMM 256M OP24 9 004 381 950 1 Available from Jan 2006 SYSTEM CONFIGURATION Data Recording Unit DRU VR 5020 6G or VR 5020 9G Microphone Waterproof Box IEEE1394 cabling VR 5012 30m Bridge 6ch VR 5011 Sa RS 232C Remote Alarm VHF I F f 1 1F 5200 Data Collecting VHF Audio 2 ch max Unit DCU Panel RAP VR 5016 RS 422 Remote GPS Junction Box Speed log IF 85XX__ Heading Echosounder IEC61162 Autopilot 16 ch Analog Engine telegraph Steering gear Digital Digital remote system 52 ch Main air compressor Bow thruster Contact Shell door system 12 ch Watertight doors Fire doors IEC61162 Anemometer Fire detection 8 ch 16 ch max Main alarms 100 230 VAC Others One of IEC 61162 channels used Fig System Configuration of VR 5000 Environmental category DCU RAP Protected from weather Exposed t
32. al shock Connection of an incorrect power supply can cause fire or damage the equipment The voltage rating of the equipment appears on the label above the power connector CONTENTS EQUIPMENT EIST a eg e e salted setter or t leiden cule nets SYSTEM CONFIGURATION iere ettet et tere eere ce Rd IV Chapter 1 INSTALLATION cece tate 1 1 1 1 INSTALLING DATA COLLECTING UNIT DCU a 1 2 1 2 INSTALLING DATA RECORDING UNIT DRU 1 6 1 9 CONNECTION OF SENSOR GABLE erre re terere 1 9 1 4 RADAR RGB VIDEO reno Ie e e d ee P E E EH E ERE EE Ene 1 12 1 5 BRIDGE AUDIO 1 15 16 VHF COMMUNICATION AUDIQ decere etn ae n ta e tase 1 17 1 7 REMOTE ALARM PANEL ES 1 19 1 87 POWEHRSSUPPLY eie ic i irt etra eis 1 20 1 9 REMOTE JUNCTION BOX SE RE EE EE 1 20 1 10 INTEGRATED ALARM SYSTEM ieri tie eret 1 20 1 11 HOW TO INCREASE CHANNEL NUMBER aaa sasa 1 21 Chapter 2 SETUP tout SS SS ba sama pas 2 1 2 1 INTERFACE UNIT IF 5200 2 1 2 2 DATA COLLECTING UNIT VR 5010 a 2 2 23 MARKING BATTERY AND POSITION LOCATOR 2 3 24 ADJUSTMENT AFTER REPLACING AC DC POWER 2 4 2 5 SYSTEM TIME ADJUSTMENT tecti ce ei e
33. e power distribution unit in the DCU When you replace it with a new one adjust the output voltage If this adjustment is done incorrectly the internal batteries will not be charged and the charge indicator lamp blinks continuously 1 After replacing the AC DC power pack turn on the MAINS AC SUPPLY switch only 2 Remove the right side cover Connect a digital voltage meter to the power pack and adjust the output voltage by rotating the V ADJ potentiometer at the rear panel of the power pack so that the output voltage is 29 2 0 1 VDC PDU board AC DC power pack SP200 27 VADJ p tV4Ar V4GNDN L 01 kielell Digital voltage meter Power distribution unit top view View 3 Confirm the output voltage from the DC DC converter in the PDU board as follows a Turn on the MAINS DC SUPPLY switch only b Connect a digital voltage meter to the OUTPUT 24 VDC terminal in the DCU and confirm that the voltage is 28 0 to 28 2 VDC c If itis out of that range adjust the potentiometer on the PDU board If the shield cover is attached to the PDU board access the potentiometer from the hole in the shield cover DN o 8 EE i geod ccc distribution unit l JE 8 BE o O O O OUTPUT 24 VDC terminal
34. emote Junction Box IF 8510 provides one channel for serial data interfacing Analog Remote Junction Box IF 8510 provides 8 channels for analog interfacing using two Mitsubishi AJ65BT 64AD Analog Digital converters The connection is made with a shielded twisted pair cable Specification of AJ65BT 64AD Number of input points 4 points Input Voltage 0 to 10 V Current 0 to 20 mA 1 21 The jumper plug in the converter selects the input range Factory default A B C D Voltage input 10V 1to5V 10 to 10V 0to5V Current input 4to20mA 201020 mA 0 to 20 mA a Voltage input 0 to 10V CHL 500k 8 SLO Shield 15V GND b Current input 0 to 20 mA A E 900k ELI 5 RC x Shield C V 1 Connect a capacitor 0 1 to 0 47 uF 25 V to eliminate or reduce noise and ripple if necessary 2 When a current signal is connected put a jumper between V and I 3 Ground FG1 When signal line is noisy try to ground AG as well Connection AJ65BT 64AD Digital Remote junction box either IF 8502 or IF 8510 is available optionally to increase the number of digital channels The table below shows the maximum channels on the remote junction box The channel number is decided when ordering specify QX42 or QX81 and the number of modules you need Modules receive voltage and contact closure signals Two Mitsubishi AJ65
35. ge range of 12V Current signal When 4 to 20 mA current signal is connected to ANALOG IN terminal board a 470 ohm resister 1 2 W or 1 W must be connected across the input of the corresponding ANALOG IN channel to convert the current signal to the voltage signal See the figure below 4 mAto 20 mA E 4 mA 1 88 V 470 ohms 2 1 2N to 1W 20 mA 9 4 V Connection of 4 to 20 mA current signal 1 9 2 Digital Voltage and Contact closure Two DIGITAL IN terminal boards are used to connect voltage and contact closure signals Galvanic isolated 52 channels DCOO to DC51 are used for voltage signal and 12 channels DC52 to DC63 for contact closure signal Range of input voltage is 3 to 32 V The system sends 24 VDC to floating contact The figures below show the digital interface circuit for voltage and contact closure signals respectively 3to 32V A7k No polarity I SFH6286 Interfacing of voltage signal to DC51 24V DC SFH6286 Interfacing of contact closure signal DC52 to DC63 Contact closure signal can be connected to the voltage source terminal to DC51 in the following circuit 24V DC OUT No polarity N 4 7 SFH6286 L 1 Dry contact connection to DC00 to DC51 1 10 i 24Vdc Power supply SFH6286 T T Dry contact connection to to DC51 Using external power supply The ri
36. ght figure shows an example of the terminal board locally arranged to distribute 24 VDC to contact closure sensors Terminal board locally arranged to distribute 24 VDC Example of Terminal Board for distribution of 24 VDC Contact closure signal Generally VR 5000 is connected to a lamp in the mimic panel in parallel to obtain a contact closure signal When the status indicator panel provides a dimmer control a diode must be used as shown in the figure below Otherwise active lamp leads another lamp to be on when lamps are dimmed Adding a resistor instead of the diode is another method There are hundreds of fire doors in a passenger ship These are grouped in area to reduce the signal line to the VDR To do so confirm with the ship classification society 24 V VR 5000 Connection of VDR to lamps in fire door mimic panel 1 11 1 4 RADAR RGB VIDEO Interlaced or non interlaced radar video is connected to video connector VD1 on the PDU by 75 ohm coaxial cable The VD1 connector includes R G B Hs and Vs connectors of BNC type The system supports separate sync sync on green SOG and composite sync signals 1 Video signal level 0 5 to 1 Vpp Minimum sync signal is 50 mV when a composite sync signal is used 2 Horizontal sync signal Max 80 kHz positive or negative 3 Vertical sync signal Max 75 Hz Receivable resolution is 640x480 to 1280x1024 as shown in table below
37. input DC 40 Open Digital input DC 41 Open Digital input DC 42 Open Digital input DC 43 Open Digital input DC 44 Open Digital input DC 45 Open Digital input DC 46 Open Digital input DC 47 Open Digital input DC 48 Open Digital input DC 49 Open Digital input DC 50 Open Digital input DC 51 Open Digital input DC 52 Open Contact DC 53 Open Contact DC 54 Open Contact DC 55 Open Contact DC 56 Open Contact DC 57 Open Contact DC 58 Open Contact DC 59 Open Contact DC 60 Open Contact DC 61 Open Contact DC 62 Open Contact DC 63 Open Contact DC 64 Open Contact 2 Serial Inputs Channel no Description Active Remarks 51 00 GPS Receiver SI 01 SI 02 SI 03 SI 04 SI 05 SI 06 SI 07 SI 08 Option SI 09 Option 5110 Option 2 SI 11 Option SI 12 Option SI 13 Option 5114 Option SI 15 Option 3 Analog Inputs Channel no Description Voltage Remarks AN 00 AN 01 AN 02 AN 03 AN 04 AN 05 AN 06 AN 07 AN 08 AN 09 AN 10 AN 11 AN 12 AN 13 AN 14 AN 15 4 Audio Inputs Channel no Description Remarks 1 MIC 2 MICA 5 6 VHF 1 VHF 2 AP 3 This page is intentionally left blank AP 4 A 1 HD Dun 24AB_X 9852 2 V1 5010 J E CS
38. o weather am from weather VHF I F unit Protected from weather VR 5010 Radar Video 1 ch 2 ch RGB H V RT Chapter 1 INSTALLATION The basic VDR consists of Data Collecting Unit DCU Data Recording Unit DRU in the protective capsule six microphones and Remote Alarm Panel RAP which indicates the status of the system remotely Some optional units are available to enhance the basic performance For example Remote Junction Box can minimize the cable run and increase the number of the input port and VHF interface IF 5200 can combine VHF microphone and loudspeaker lines The VDR system continuously stores data over past 12 hours in the DRU and removable hard disk Oldest data is erased as a new data is entered The VDR operates on 115 230 VAC mains and 24 VDC power supply In case of ship s mains failure backup batteries is used for recording bridge audio for 2 hours The system configuration of VR 5000 is shown on the next page A lot of sensors are connected to the VDR in different signal types in some cases Determine all sensors to be connected before installation 1 1 1 1 INSTALLING DATA COLLECTING UNIT DCU The Data Collecting Unit DCU designed for indoor installation is mounted in a place convenient for connection with relevant sensors and associated devices The DCU is mounted onto the shock absorber the figures on next page General considerations Mount the DCU where it is Out of
39. ody is securely fixed by the band How to detach the main body 1 Remove two snap pins 2 Remove two hinge pins 3 Liftthe release levers and detach the main body 27 Release lever Hinge pin Snap pin 1 6 1 2 2 Connection The DRU is connected to the DCU connector with a non halogen IEEE 1394 FireWire cable 30 m with IEEE1394 connectors factory fitted at both ends The connector is labeled DCU and respectively The cable can be extended to a maximum of 70 m by using an optional repeater and additional 40 m IEEE1394 cable The IEEE1394 cable from the DCU is connected to the Data Recording Unit by following the steps below 1 2 3 ou oo Unscrew the cap nut Remove and discard the dummy cable Be sure that IEEE1394 plug is marked DRU and latches on the plug are cut off If not the plug cannot be disconnected easily because of limited space Remove the waterproofing cap of this cable and pass the cable through the cap nut Put the Teflon washer and the rubber bushing as shown below Coat the rubber bushing screw part of the cap nut and contact part of the cable with rubber bushing with silicone grease Insert the IEEE1394 plug into the receptacle Slide the bushing down until it fits in position tightly Hand tighten the cap nut firmly IEEE1394 plug Rubber bushing Teflon washer nut Latch being cut off Coat with silicone grease
40. powered from 6 12V and 8 GND of DTB 2 J463 on INT board is used for RGB board Use 15 mm spacers T P ES This hole is not used VIDEO AMP board Use 25 mm spacers New VDA INT chassis Mounting CPA TCPA and RGB boards in FAR 2805 1 14 1 5 BRIDGE AUDIO The bridge microphone comes with the flush mount plate Fix the plate with four M4 screws The microphone covers an area about 10 m in diameter with the height of 2 m The optional watertight box VR 5012 is used when the microphone is installed at the wing where is subjected to a heavy water splash About 10 m Coverage of microphone 4 Example of microphone at radar station A maximum of 6 microphones can be connected to MIC 1 to MIC 6 terminals on AUDIO IN terminal board A dual twisted balanced cable carries the following signals P Red wire 24 VDC from PDU L White wire Audio signal line balanced 0 dBm L Green wire Audio signal line balanced 0 dBm P Black wire 24 VDC from PDU audio is mixed with MIC2 audio MIC3 with MIC4 and MIC5 with MIC6 respectively Caution Turn off the DCU before connecting a microphone otherwise the microphone will be damaged 1 15 The following consideration must be taken into account to decide the location of the microphone With clearance around it normally overhead in the bridge Away from noise sources s
41. uch as fans motors and loudspeakers 1 m or more from air duct Being mounted on a non vibrating surface to keep noise to a minimum Fix the cable to keep noise to a minimum If the cable runs on the ceiling without fixing the cable will pick up noise Close to bridge workstations helmsstand radar display and plotting table Complying with IEC61996 4 6 5 CUTOUT DIMENSIONS 4 PEN N I co N g o NAMEPLATE T Lv Y 6 95 FIXING HOLES 60 1 80 0 5 2 5 62 100 4L NI 1 16 1 6 VHF COMMUNICATION AUDIO A maximum of two VHF audio signals is connected to VHF 1 and VHF 2 terminals on AUDIO IN terminal board IMO requires one VHF audio to be recorded A dual twisted balanced cable carries the following signals P 24 VDC from PDU L Audio signal line balanced 0 dBm L Audio signal line balanced 0 dBm P 24 VDC from PDU VHF interface unit IF 5200 The VHF interface unit IF 5200 mixes VHF transmitting and receiving signals for the VDR When the VHF outputs the mixed signal this unit is not required Mounting Fix the unit using four 5 mm holes in diameter Remove the cover to access to holes When non Furuno VHF is connected to the unit using the terminal board remove unused wires and connectors Otherwise noise problem may arise
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