DOPPLER SPEEDLOG DS-50 INSTALLATION MANUAL This manual provides the information Table of Contents necessary for the installation of the FURUNO DS-50 Doppler Speedlog. SAFETY INSTRUCTIONS....i For best performance please follow the recommended procedures 1. SYSTEM CONFIGURATION... 1 2. EQUIPMENT LISTS ......3 3.
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DISTANCE INDICATOR TERMINAL BOX DISTRIBUTION BOX DS-840 DS-802 MD-550 Note: When Processor Unit DS-510 is used Transceiver Unit is incorporated in the DS-510.
2. EQUIPMENT LISTS Standard Supply Name Type Remarks Main Display DS-500 Flush mount/Bulkhead mount Bulkhead mount/Deck mount, Processor Unit DS-510/511 DS-510 incorporates DS-520 Bulkhead mount/Deck mount, Transceiver Unit DS-520 required only with DS-511 Transducer DS-530 Tank DS-531 SP65-00400 For DS-510 Spare Parts 1 set SP65-00410...
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Optional Supply Name Type Code No. Remarks Dimmer MF-22L Z-6FVNV-SX-C 3P+1P *20m* 000-146-089 4 Paris Cable Z-6FVNV-SX-C 3P+1P *30m* 000-146-090 Z-6FVNV-SX-C 3P+1P *100m* 000-146-091 For DS-510/511. VAE Board 66P3613 002-886-210 Current output For DS-510/511. To connect VDE Board 66P3614 002-886-220 CI-370/377 or DS-720 Spare Parts Box...
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PACKING LIST 65AD-X-9853 -6 DS-840/HK N A M E DESCRIPTION/CODE № O U T L I N E Q'TY ユニット UNIT 航程計 DS-840/DS-840-HK REMOTE DISTANCE INDICATOR 000-029-022-00 付属品 ACCESSORIES フラッシュマウントF FP65-00401 FLUSH MOUNTING PANEL 002-889-360-00 付属品 ACCESSORIES フラッシュマウントS FP65-00402 FLUSH MOUNTING PANEL 002-889-370-00 付属品...
4 MOUNTING NOTICE Do not apply paint, anti-corrosive sealant or contact spray to coating or plastic parts of the equipment. Those items contain organic solvents that can damage coating and plastic parts, especially plastic connectors. 4.1 Mounting the Main Display The main display can be mounted in a panel flush mount or on a bulkhead Consider the following Points when selecting a mounting.
WIRING Remarks on Cabling 1. Cable between transducer and transceiver unit This cable carries very weak signals having amplitude of less than 0.1 μV, which are easily interfered by noise. There fore, dedicate steel conduit tubing exclusively for this cable. For the conduit which runs vertically, line it with vibration absorbing material prevent cable vibration.
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5.2 Cable Fabrication Cable Fabrication 1. Transducer cable Shorten considering location on terminal strip FV1.25-4 FV1.25-4 Insulating tubing Rubber gasket FV1.25-4 Gland Taping Taping To #16 terminal on terminal strip Figure 5-1 Fabrication of transducer cable 2. Cable between transceiver unit, junction box and processor unit (TTYCY-19S) 1) Transceiver unit/ junction box Note: 1.
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5.2 Cable Fabrication 3. CIF/NMEA Data Signal Cable (CO-SPEVV-SB-C 0.2X5P) Anticorrosive Armor Vinyl sheath Sheath Screw Set Screw Connector shell Figure 5-4 Cable fabrication 4. Other Cables All other cables are terminated at a terminal strip. 1) Processing the armor <Cable passed through cable clamp>...
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5.2 Cable Fabrication 2) Processing the shield <Individual shields> Undo individual shields only near the terminal strip to which its wire is connected. Tape shields for insulation. Individual shield Vinyl tape Figure 5-7 Cable fabrication <Common shield> Undo individual shields only near the terminal strip to which its wire is connected. Tape shields for insulation.
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5.2 Cable Fabrication 5. Insulation of cables for transducer When installing of the Transducer Unit DS-330 (option), check insulation as shown in the procedure below. Insulation check 1. Remove all cores and shields of the transducer from the terminal board. All wires of the transducer are open.
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5.3 Remarks on Connection of Other Equipment Remarks on Connection of Other Equipment 1. KP input Signal for reject interference When a TX trigger pulse (KP) input to the system is giving off interference, note the following. 1) Interference Rejection Signal Input Circuit Two iuput ports are provided in the processor unit for connection of KP for interference rejection.
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5.3 Remarks on Connection of Other Equipment 2. NMEA I/O circuit CIF: NMEA: OFF J2/J3 SRCN2A16/10S SRCN6A16/10P CO-0, 2x5P TXD-H 180Ω 47Ω 470Ω TXD-C MAX 25mA 22Ω 47Ω RXD-H 47Ω RXD-C 22Ω Figure 5-10 NMEA I/O circuit The maximum allowable current in the NMEA output line is 25 mA and recommended current is 10 mA.
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Board Jumper Function Setting Analog Remove VOC Board(66P3612) JP4:1,3 JP7:1,3 indicator and MCNA Board(66P3616) to JP5:1,3 JP8:1 selection access the Jumpers under the JP6:1,3 Board MCNA board. 66P3611 JP4:2,4 JP7:2,4 Distributor JP5:2,4 JP8:2 selection JP6:2,4...
8. LIST OF DIP SWITCH SETTINGS DIP Switch Location The DIP switches are located on the boards shown in the table below. Unit Board DIP Switch Display Unit DS-500 VCP Board S1 (all off) Processor Unit DS-510/511 MCP Board S1, S2, S3, S4 MFT Board MIF Board S1, S3, S4 (S2, S5 and S6: no use)
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Board Switch Setting Function Factory Setting MIF Board Ship’s speed for distance run pulse selection Speed over-the-ground & speed through-water & speed fed from nav sensor Speed over-the-ground & speed through-water Speed over-the-ground #3 to #6 Unused Port 1: NMEA Ver.1.5 or 2.0 (Related switch: S1-#3) Port 1: IEC61162-1 Ed3 (NMEA Ver3.0) (S1-#8: ON) Port 1: IEC61162-1 Ed2 (S1-#8: OFF) Port 2: NMEA Ver.1.5 or 2.0 (Related switch: S1-#7)
*4. WHEN TWO DISTRIBUTION BOXES ARE USED, CONNECT ONE DIST. BOX TO "OTX" BOARD. SCALE MASS NAME DOPPLER SPEED LOG *5. JUMPER CONNECTION SETTING REQUIRED. DWG.No. REF.No. *6. USE #6 TO #8 FOR No.2 INDICATOR. CO-0.2x2P: CO-SPEVV-SB-C 0.2x2P,φ10.5 C7241-C04- J INTERCONNECTION DIAGRAM 66-022-0002- 0 FURUNO ELECTRIC CO., LTD.
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