Furuno CSH-83 Installation Manual Download

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3-4

Remarks on installation of retraction tank

• If possible, the installation location should be of double bottom structure.

• If possible, install the tank on the keel, where the tank can be most firmly fixed.

• Install the reinforcement rib as near as possible to the top of the retraction tank, allowing

space for tightening bolts and nuts.

Reinforcement rib

Retraction tank

250–300 mm

Figure 3-4 Installation of reinforcement ribs

• When an attachment flange is used, install reinforcement ribs to the attachment flange.

Attachment flange

250–300 mm

Figure 3-5 Attachment flange

• Add a doubling plate where the retraction tank is welded to the hull bottom. The size of the

doubling plate is normally 1200 to 1300 mm in diameter so it lies across two bottom frames.

Summary of Contents for CSH-83

Page 1: ...COLOR SCANNING SONAR MODEL CSH 83 84 Back ...

Page 2: ...11 0798 65 2111 Fax Fax 0798 65 4200 0798 65 4200 FIRST EDITION FIRST EDITION OCT OCT 1997 1997 Printed in Japan Printed in Japan All rights reserved All rights reserved H3 H3 OCT OCT 05 2006 05 2006 Pub No Pub No IME 13090 H3 IME 13090 H3 00080806812 00080806812 00080806812 00080806812 TATA TATA CSH 83 84 CSH 83 84 0 0 0 8 0 8 0 6 8 1 2 0 0 0 8 0 8 0 6 8 1 2 IME13090H30 IME13090H30 IME13090H30 IM...

Page 3: ...ned off Improper handling can result in electri cal shock WARNING Install the specified transducer tank in accordance with the installation instructions If a different tank is to be installed the shipyard is solely respon sible for its installation and it should be installed so the hull will not be damaged if the tank strikes an object The tank or hull may be damaged if the tank strikes an object ...

Page 4: ...nector Assembling in Display and Interface Units 4 4 4 5 Cable Fabrication and Connector Assembling in Power Unit 4 7 4 6 Cable Fabrication and Connector Assembling in Transmitter Unit 4 9 4 7 Cable Fabrication and Connector Assembling in Hull Unit incl receiver unit 4 11 4 8 Connection of Transducer Cables 4 13 4 9 Connection of Interface Unit 4 14 4 10 Connection of Sub Display Unit option 4 19 ...

Page 5: ...DIP Switch Setting in the Display Unit 7 3 7 4 Setting and Adjustment in the Interface Unit 7 5 8 WHEN SHIP S MAINS IS 24 VDC 8 1 9 PROCESSOR UNIT CSH 835 BLACKBOX TYPE FOR CSH 83 9 1 SPARE PARTS INSTALLATION MATERIALS ACCESSORIES A 1 OUTLINE DRAWINGS D 1 INTERCONNECTION DIAGRAMS S 1 ...

Page 6: ...This page is intentionally left blank ...

Page 7: ...IT FNZ JOINT BOX CS 170 TRANSMITTER UNIT CSH 810 RECEIVER UNIT CSH 820 SHIP S MAINS 100 VAC 1φ 50 60 Hz HULL UNIT CSH 81080 800 mm stroke CSH 81120 1200 mm stroke 110 115 220 230 VAC 1φ 50 60 Hz SPEED LOG NAVIGATOR CURRENT INDICATOR COLOR VIDEO SOUNDER AD CONVERTER ECHO SOUNDER COLOR VIDEO SOUNDER NET SONDE SHIP S MAINS 100 VAC 1φ 50 60 Hz POWER SUPPLY UNIT CSH 880 SHIP S MAINS 100 110 220 VAC 1φ ...

Page 8: ... CSH 116 1 Interface Unit CS 120A 1 CP10 03010 CP10 03000 1 set 6 pair cable For CSH 83 CP10 03610 CP10 03600 1 set 6 pair cable For CSH 84 CP10 06610 Installation Materials CP10 06600 1 set 6 pair cable For processor unit FP10 01801 FP10 01201 FP10 01203 FP10 02400 1 set Nylon cover RAM card For CSH 83 FP10 01201 FP10 01203 FP10 01901 FP10 01900 1 set Nylon cover RAM card For CSH 84 FP10 01203 Ac...

Page 9: ...S 170 Mounting Fixture OP10 9 006 990 040 For CSH 116 Current Limiter Box CSH 1400 See page 8 1 Extension Cable Set CSH 1300 000 069 996 For extending transceiver cable FRP Retraction Tank OP10 1 000 068 861 Retraction Tank SHG 0001 006 904 340 Hood FP10 01801 006 027 830 For CSH 83 Filter OP10 11 006 997 710 For CSH 83 Filter FP10 02000 000 908 560 For CSH 84 ROM Option Kit A OP10 15 006 998 620 ...

Page 10: ...n 600 mm of the keel to prevent a rolling effect Within 600 mm 1 3 1 2 Figure 3 1 Hull unit mounting location Select a place where the hull bottom is flat and the draft is sufficiently deep Normally the transducer should protrude at least 500 mm beyond the keel to minimize the effect of air foam and bubbles Select a place where interference from other equipment is minimal Locate the hull unit at l...

Page 11: ...3 2 Heater Heat insulator Figure 3 2 Typical sonar compartment ...

Page 12: ...ing at the back of this manual Installation Method XDCR Travel 800 mm Remove 0 to 35 mm from bottom Same as left Remove 0 to 35 mm from bottom Length D must be less than 1150 mm Same as left 1200 mm Remove 0 to 35 mm from bottom Same as left Remove 0 to 35 mm from bottom Length D must be less than 1350 mm Same as left D D Figure 3 3 Guidelines for shortening the retraction tank Note When 35 mm is ...

Page 13: ...raction tank allowing space for tightening bolts and nuts Reinforcement rib Retraction tank 250 300 mm Figure 3 4 Installation of reinforcement ribs When an attachment flange is used install reinforcement ribs to the attachment flange Attachment flange 250 300 mm Figure 3 5 Attachment flange Add a doubling plate where the retraction tank is welded to the hull bottom The size of the doubling plate ...

Page 14: ...the tank 5 Confirm that the O ring and the gasket 1 are in position Place the hull unit on the tank 6 Coat every bolt washer and nut with slight amount of grease to ease removal Fit the insu lation gasket 2 into the bolt holes of both the tank and hull unit flanges Fasten the hull unit to the retraction tank with gasket 2 flat washers spring washers and hex bolts 7 Reinforce the hull unit against ...

Page 15: ...w Vibration resistance effect is reduced since vibration is applied to the stays as rotation force Install them horizontally Crossbeam on ceiling Proper installation 90 Hull Unit Eye bolt Stay Figure 3 8 Proper and improper installation of stays Fastening receiver unit to hull unit Fasten the receiver unit to the left side of the hull unit as shown at right A transducer cable protection cover has ...

Page 16: ...n in the outline drawings is en sured Place where the CRT face is within 45 from vertical Mounting the display unit sub display unit 1 Remove the mounting base by unscrewing the two bolts at the front bottom 2 Fix the mounting base to the table by using four M10 bolts flat washers spring washers and nuts It is recommended that a rubber mat be placed under the mounting base to absorb vibration 3 Fa...

Page 17: ...Transmitter unit 3 4 Mounting the Power Unit The power unit can be installed in any dry well ventilated place 3 5 Mounting the Interface Unit The interface unit connects with several navigation and fishing equipment so determine the installation site with the wiring to them taken into account Furthermore the unit incorporates a data selector and self check switch therefore select a place where the...

Page 18: ...cation of the ground termi nal on each unit is shown below CAUTION Ground the equipment to prevent electrical shock and mutual interference DISPLAY UNIT POWER UNIT TRANSMITTER UNIT RECEIVER UNIT INTERFACE UNIT FNZ JOINT BOX Ground wire Ground wire Figure 3 12 Location of ground terminals on equipment ...

Page 19: ...provides the information necessary for wiring the CSH 83 84 Wire the equipment referring to the drawings shown in the table below Display Unit CN A5 Interface Unit J201 4 1 Cable Configuration Figure 4 1 Cable configuration 320 ...

Page 20: ...ith its slit facing downward into the crimp hole on the crimping tool 3 Insert the wire onto the contact pin and squeeze the handle until the ratchet releases Place the wire deep enough into the contact pin so that its end comes in contact with the stopper plate of the crimping tool With crimping completed pull the wire while holding the contact pin to make sure that the pin is fastened tightly Ho...

Page 21: ...x 20 m 1 10S1258 1 10S1258 1 Max 20 m 10S1277 7 m 3 DPYCY 1 5 Notes Q Figures in centimeters are the cable lengths required inside the units including lengths for cable fabrication Q 1 2 100m 2 20 m Q 3 These are Japan standard cables Use equivalent cables Q 4 For blackbox type the processor unit is provided instead of the display unit 4 Figure 4 3 Location of connectors ...

Page 22: ...ores and then wind shield around the armor L 250 CN A1 320 CN A5 170 J201 L 470 CN A1 for Processor Unit 440 CN A5 for Processor Unit Figure 4 4 Fabrication of cable 10S1258 1 Assembling the 38P connector Shorten unused wires and wrap their ends with vinyl tape to prevent short circuit Insulate unused wires with vinyl tape Guide Pin A Guide Pin B Position No Guide Pin A Large Guide Pin B Small Fig...

Page 23: ...Guide Pin B Small 1 1 1 Clamping the cable Fix the cable in the clamp where shield is folded back onto the armor Cable clamp Shield armor Anticorrosive sheath Figure 4 6 Clamping the cable Assembling connector NCS 253P CN A15 Armor Vinyl sheath Taping Solder lead wire to armor and connect it to 1 pin of connector 2 3 1 Conductor S 1 25 mm 1 35 mm 2 Vinyl sheath Armor Cable DPYCY 1 25 Use cable DPY...

Page 24: ...h of the cable by 15 mm 2 Pass the cable through the nut washer gasket and clamp 3 Unravel the shield and fold it back onto the clamp 4 Shorten the insulator leaving 3 mm 5 Trim the shield as shown in the drawing Solder the center pin to the conductor of the cable 6 Pass the cable through the housing and tighten the nut Figure 4 8 Assembling BNC connector ...

Page 25: ...side the connector case 2 Fix the cover 1 noting the cable outgoing direction 3 Dress the wires and fix the covers 2 and 3 Use a fragment of cable sheath to fix the wires at the cable clamp 4 Shorten unused wires and tape their ends with vinyl tape to prevent short circuit Position No Guide Pin A Large Guide Pin B Small Cover 1 Insulate unused wires with vinyl tape Fragment of anticorrosive sheath...

Page 26: ...eld armor Anticorrosive sheath Figure 4 11 Clamping the cable Fabrication of cable 10S1259 connected to terminal board TB E1 Armor 270 30 5 3 5sq x 3 1 25sq x 2 M4 YEL x 3 M4 RED x 2 Figure 4 12 Fabrication of cable 10S1259 Fabrication of cable DPYCY 3 5 connected to terminal board TB E1 M4 YEL x 2 Anticorrosive sheath Armor Vinyl sheath 330 35 30 Conductor S 3 5 mm ø 2 4 mm 2 Vinyl sheath Armor C...

Page 27: ...mbling the 38P connector 1 Bundle unused wires outside the connector case 2 Fix the cover 1 noting the cable outgoing direction 3 Dress the wires and fix the covers 2 and 3 Use a fragment of cable sheath to fix the wires at the cable clamp 4 Shorten unused wires and tape their ends with vinyl tape to prevent short circuit Position No Guide Pin A Large Guide Pin B Small Cover 1 Insulate unused wire...

Page 28: ...ins Connector Guide Pin CN B2 CN B3 CN B4 Guide Pin Setting Tool Guide Pin A Large 1 1 3 Type 10 910 0179 0 Guide Pin B Small 1 1 1 Clamping the cable Cable clamp Shield armor Anticorrosive sheath Figure 4 16 Clamping the cable Fabrication of cable 10S1259 connected to terminal board TB B1 Armor 250 45 5 3 5sq x 3 1 25sq x 2 M4 YEL x 3 M4 RED x 2 Figure 4 17 Fabrication of cable 10S1259 ...

Page 29: ...50 CN C4 Core Figure 4 18 Fabrication of cable for 38P and 20P connectors Assembling the 38P connector 1 Bundle unused wires outside the connector case 2 Fix the cover 1 noting the cable outgoing direction 3 Dress the wires and fix the covers 2 and 3 Use a fragment of cable sheath to fix the wires at the cable clamp 4 Shorten unused wires and tape their ends with vinyl tape to prevent short circui...

Page 30: ... C2 CN C3 CN C4 Guide Pin Setting Tool Guide Pin A Large 2 1 1 3 Guide Pin B Small 1 1 1 1 Type 10 910 0179 0 Clamping the cable Anticorrosive sheath Cable clamp Figure 4 20 Clamping the cable Fabrication of cable 10S1261 connected to terminal board TB D1 in raise lower control box Shield Anticorrosive sheath Vinyl tape Fold back shield onto anticorrosive sheath 35 90 M3 RED x 12 Figure 4 21 Fabri...

Page 31: ... receiver unit referring to the labels on the cables Transducer cable TD COMMON Ground wire 1 Connect transducer cables to the XRS terminal board referring to labels inside the receiver unit 2 Connect ground wires to slip on terminals Transducer cable entrance CN C3 CN C2 CN C1 CN C4 P1 P2 P3 P4 P5 Cable clamp Sleeve Vinyl tape Seal with putty Lead the cables into the receiver unit and clamp them ...

Page 32: ...re three methods to feed the data Heading data is fed to J205 from A D Converter AD 100 and the speed pulse data to J206 from the speed log Both heading and speed data are fed to J207 or J204 from the CIF line of the CI 30 50 60 NMEA signal is fed to J208 NMEA port or J207 CI NMEA port A D CONV AD 100 INTERFACE CS 120A DISPLAY UNIT CSH 830 ELECTROMAGNETIC LOG DOPPLER SONAR CURRENT INDICATOR Heding...

Page 33: ...a MTW Position fixing Data GGA RMC GLL RMA Speed Data VTG Heading Data VTG HDT Current Data VHW VDR CUR Time Data ZDA Receivable NMEA Sentences from CI NMEA port Same data as NMEA port is received NMEA port has priority Receivable CIF data from CIF port 11 Time Data 21 Dead reckoning Position 24 Loran C fixing Position 28 GPS fixing Position 41 Speed and Heading Data for Dead reckoning 48 Speed an...

Page 34: ...er picture E S INTERFACE UNIT CS 120A J203 E S VI 1100A Connection 2 Displaying echo sounder picture and FNZ markers by one echo sounder E S J203 E S VI 1100A J202 SONDE INTERFACE UNIT CS 120A SONDE FNZ SONDE FNZ SONDE FNZ 1 2 3 FNZ JOINT BOX CS 170 TB 1 TB 2 J701 J705 TB 1 TB 2 This method is used when the net sonde is installed and both echo sounder and net sonde signals are taken from the same ...

Page 35: ...connected to temperature sensor Depth Color video sounder Note When a sounder which has digital depth data output is not available the white line signal of a paper recording echo sounder can be used to provide digital depth readout Connect the echo sounder as shown below or as shown in connection 2 or 3 on previous pages and operate the echo sounder front panel controls so that the white line is e...

Page 36: ...DE SOLDERING SIDE CLAMP SHIELDING TAPE WITH CONNECTOR CLAMP FOR GROUNDING WIND VINYL TAPE CONNECTOR CASE SOLDERING WIND SHIELDING TAPE CLAMP FIXING SCREW CLAMP SET SCREW VINYL SHEATH INNER VINYL SHEATH OUTER SOLDER UNUSED CORES AND EARTH TO BRAIDED SHIELD EARTH WIRE 1cm 8cm 2cm BRAIDED SHIELD ARMOR 3 mm 10P Connector SRCN6A16 10P 7P Connector SRCN6A16 7P J202 FNZ J204 CIF J205 GYRO J207 CI J203 E ...

Page 37: ...etting Set DIP switch S1 on RDCB board 10P6724 in the sub display unit referring to the figure and table below Figure 4 31 Sub display unit cover opened Table 4 6 DIP switch S1 setting on RDCB board SW No Used for Description 1 2 3 Display unit on CH 1 Display unit on CH 2 Display unit on CH 3 ON Turning on the sub display unit automatically turns on the display unit 4 5 6 Display unit on CH 1 Dis...

Page 38: ...gure 4 32 Remote display unit cover opened Table 4 7 DIP switch S1 setting on the remote display unit W S o N r o f d e s U n o i t p i r c s e D 1 2 3 1 H C n o t i n u y a l p s i D 2 H C n o t i n u y a l p s i D 3 H C n o t i n u y a l p s i D d e s u t o N 4 5 6 1 H C n o t i n u y a l p s i D 2 H C n o t i n u y a l p s i D 3 H C n o t i n u y a l p s i D t o n n e h w F F O n r u t d e t c ...

Page 39: ...nit CN A6 EXT KP H MM GND TT E S Sonar E S Sonar a Current driven KP output Display unit CN A6 EXT KP H DD EXT KP C EE b Voltage driven KP output Display unit CN A6 INT KP H KK GND RR E S Sonar E S Sonar Figure 4 33 Connections for synchronizing transmission with other sonars or echo sounders Menu setting Set polarity of the KP on the INIT SET menu Set transmission cycle to 0 on data setting windo...

Page 40: ...EM menu See the operator s manual for further de tails Connections for interlocking functions Two sonars Sonar 1 CN A4 TD H TD C RD H RD C A B E F Sonar 2 CN A4 RD H RD C TD H TD C E F A B P P Figure 4 34 Connections for interlocking two sonars Three sonars Sonar 1 TD RD Sonar 2 RD TD Sonar 3 TD RD Figure 4 35 Connections for interlocking three sonars DIP switch setting Set ID code with DIP switch...

Page 41: ... Connect it to the display units as shown below REMOTE CONTROL Connect same pin numbers Connect same pin numbers CONE Board on DISPLAY UNIT 1 CONE Board on DISPLAY UNIT 2 CONE Board on DISPLAY UNIT 3 CN A13 CN A14 CN A13 CN A14 CN A13 CN A14 Figure 4 36 Connections for remote control of multiple display units ...

Page 42: ... taps on the power unit as below and connect the ship s mains directly POWER UNIT F Photo No 1747 The unit is set at the factory for 100 VAC 0V 90V 100V 110V 0 90V 100V 110V Ship s Mains For 110 VAC Ship s Mains 0V 90V 100V 110V 0 90V 100V 110V Ship s Mains For 220 VAC Ship s Mains 0V 90V 100V 110V 0 90V 100V 110V Ship s Mains For 100 VAC Ship s Mains Figure 5 1 Changing tap connections on the pow...

Page 43: ...n tank installation kit e m a N e p y T o N e d o C y t Q k n a T n o i t c a r t e R P R F 1 0 0 0 G H S 1 1 0 0 0 8 0 6 6 1 t e k s a G g n i f o o r p r e t a W 1 3 0 0 0 H H S 1 3 0 0 0 8 0 6 6 1 t n a l a e S d n o B e e r h T g 0 0 2 1 0 1 1 1 0 1 4 5 8 0 0 0 1 6 2 Installation of the FRP Retraction Tank Fasten the hull unit to the retraction after installing the retraction tank as follows 1...

Page 44: ...rienting hull unit flange toward ship s bow 4 For the 1200 mm stroke hull unit insert insulation gaskets in each of the 11 holes for stud bolts on the tank flange Do this before setting the hull unit to the retraction tank Insulation gasket Figure 6 4 Inserting insulation gasket in tank flange 5 Before setting the hull unit on top of the retraction tank observe the following cautions Clean the hul...

Page 45: ... fasten the bolt with insulation gasket flat washer spring washer and nut in the order shown in the figure below Hex bolt Flat washer Insulation gasket Hull unit flange Tank flange Insulation gasket Flat washer Spring washer Nut Figure 6 6 Fastening the hull unit to the retraction tank 7 Install stays from the top of the hull unit using the eye bolts Stay Stay Post Figure 6 7 Installing stays on t...

Page 46: ...TEST position 5 Press and release the d switch Confirm that the transducer stops at the moment the switch is released 6 Press the d switch again Confirm that the transducer stops at the moment the lower limit switch kicks 7 Confirm that the c switch operates in a similar manner 8 Check that LEDs on the panel of the raise lower control box light as follows 1 UP MD and DN LEDs light when correspondi...

Page 47: ... When the arrow on the flange of the hull unit cannot be directed toward ship s bow adjust the heading so an echo which is dead ahead appears dead ahead on the display 1 Locate a target in the bow direction buoy for example and display it on a near range If the target appears at 12 o clock the heading alignment is correct and no further adjustment is necessary If it is not go to step 2 Buoy e If t...

Page 48: ... a c o L t e g r a T g n i t t e S n o i t c e r r o C 0 3 d e c a l p s i d t e g r a T t r o p o t 0 3 o t t e S 0 3 d e c a l p s i d t e g r a T d r a o b r a t s o t 0 3 3 o t t e S 7 3 DIP Switch Setting in the Display Unit Set the DIP switch in display unit referring to the table shown below 1 Unfasten six screws on the main panel 2 Draw out the main panel and unplug four connectors 3 Set D...

Page 49: ...OFF ON 5 OFF OFF ON OFF ON 6 OFF OFF OFF ON ON Unit Code Unit CSH 58 28 kHz CSH 53 28 kHz CSH 53 55 kHz CSH 23 24 CSH 73 83 84 CSH 23F 23FL 24F 24FL EEPROM Check 7 ON Check OFF OFF Check ON Stand Alone 8 For factory use Set to ON always PND Board 10P6714 Item SW No Setting Display unit setting 3 OFF For 21 CRT display unit CSH 24 24F 24FL 84 ON For 15 CRT display unit CSH 23F 23FL 24F 24FL Set to ...

Page 50: ... DR 1 Current indicator Gyrocompass GPS 2 S1 S2 OFF OFF OFF OFF ON ON ON ON 1 GPS ship s speed heading data from NMEA or CIF line or dead reckoning speed heading data are used Take care that heading data may have error if the speed is lower than 0 2 kts 2 Courseline is plotted by using CIF or NMEA format speed data and Gyrocompass data Speed log is set by using GPS or Current Indicator Select navi...

Page 51: ...tput white line pulse Normally set to ON Interface unit 10P0047 adjustment If the E S picture on the screen does not have the desired coloration perform the adjustment as follows with the preset potentiometers on the I O board in the interface unit Interface board 10P0047 R27 R36 R55 R56 S02 S01 Setting for DIP switch S01 The FNZ marker is plotted on the echo sounder picture with this switch turne...

Page 52: ...in deep blue due to the white line pulse Adjust it so that the seabed line is painted in same color as seabed Priority for data The priority between ports the category of data or formats is as follows 1 has the highest priority Basic priority 1 NMEA data CIF data 2 NMEA data NMEA port data CI NMEA port data 3 CIF data CI NMEA port data CIF port data Heading priority 1 Heading data from GYRO port 2...

Page 53: ... from NMEA port 2 VD VTG from CI NMEA port 3 VD VHW from NMEA port 4 VD VHW from CI NMEA port 5 CIF signal 66 from CI NMEA port 6 66 from CIF port Ship s movement data priority data from Gyro Navigation Ship s movement data is set to Gyrocompass navigation with S1 S2 on the DIP switch DP 1 1 GP VTG from NMEA port 2 GP VTG from CI NMEA port 3 GP RMC from NMEA port 4 GP RMC from CI NMEA port 5 LC VT...

Page 54: ... Max 20 m 10S1261 Max 5 m 3 10S1277 7 m 10S1258 1 Max 20 m TR 2435 INVERTER INTERFACE UNIT CURRENT LIMITER BOX DC 20 V AC 100 V DPYC 1 5 24 VDC 10S1258 1 CSH 1400 TR INVERTER TR 24100 24 VDC DPYCY 4 10S1259 Max 20 m 10S1260 Max 40 m 10S1258 1 Max 20 m 10S1260 Max 20 m DISPLAY UNIT REMOTE CONTROL BOX RECEIVER UNIT RAISE LOWER CONTROL BOX POWER UNIT DPYC 1 5 Notes For blackbox type the processor uni...

Page 55: ...Current Limiter Box CSH 1400 TR Inverter TR 24100 P P DPYCY 3 5 DPYCY 3 5 DPYCY 5 5 24 VDC Ship s mains 10S1259 10S1259 DPYCY 3 5 1 RED 2 BLK 3 TB 01 WHT 4 5 BRN 6 BLK P 1 RED 2 BLK 3 TB 02 WHT 4 5 BRN 6 BLK 100 VAC OUTPUT INPUT 24 VDC Inverter TR 2435 100 VAC OUTPUT INPUT 24 VDC CN A15 Display Unit CSH 830 CSH 8400 Local supply 1 kVA 350 VA Figure 8 2 Connection with 24 VDC ship s mains ...

Page 56: ...intenance and ventilation clearance shown in the outline drawings is ensured Observe the compass safe distances shown on page i to prevent interference to a magnetic compass Mounting procedure 1 Remove the mounting base by unscrewing the two bolts at the front bottom 2 Fix the mounting base to the table or deck by using six self tapping screws 6x20 supplied 3 Place the unit on the mounting base sl...

Page 57: ... shown in the section 4 4 Cables Fabrication and Connect Assembling in Display and Interface Units Connect the cables referring to the interconnection diagrams at the back of this manual H Ground terminal Power supply port Cable entrance Port for monitor C 3 FUSE 2 1 2A 50 60Hz 100 VAC GND 5A D sub 15P BNC R G B H V DISPLAY RGB port panel Processor unit rear panel Protective earth Attach protectiv...

Page 58: ... in case of longer than 10 m cable run between the processor unit and monitor The following modification is required to use the BNC connectors 1 Dismount the RGB port panel at the rear of the processor unit 2 Confirming the label attached to each BNC connector connect each connector to its corresponding port 3 Mount the RGB port panel J3 J21 RGB port panel Screw 4 pcs CONE board 10P6711 R G B H V ...

Page 59: ... CSH 235 000 070 191 1 予備品 SPARE PARTS 予備品 SPARE PARTS SP10 03201 006 030 590 1 工事材料 INSTALLATION MATERIALS 工事材料 INSTALLATION MATERIALS CP10 06301 006 030 600 1 1 ｺﾄﾞ番号末尾のは選択品の代表型式ｺｰﾄﾞを表します CODE NUMBER ENDING WITH INDICATES THE CODE NUMBER OF REPRESENTATIVE MATERIAL 略図の寸法は参考値です DIMENSIONS IN DRAWING FOR REFERENCE ONLY 10CJ X 9851 A 1 ...

Page 60: ... VES SPARE WORKING QUANTITY REMARKS CODE NO BOX NO P SHIP NO SPARE PARTS LIST FOR U S E SETS PER VESSEL 1 TYPE NO 10CJ X 9301 1 1 ﾋｭｰｽﾞ FGBO A 5A AC125V 3 FUSE 000 549 064 1 1 1 MFR S NAME FURUNO ELECTRIC CO LTD DWG NO 略図の寸法は参考値です DIMENSIONS IN DRAWING FOR REFERENCE ONLY 10CJ X 9301 A 2 ...

Page 61: ... 型名規格 DESCRIPTIONS 1 1 0 INSTALLATION MATERIALS 工事材料表 10CJ X 9401 ﾄﾗｽﾀｯﾋﾟﾝﾈｼﾞ 1種 SELF TAPPING SCREW 6X20 SUS304 6 000 802 084 1 CODE NO ｺﾈｸﾀ NCS CONNECTOR NCS NCS 253 P 1 000 506 503 2 CODE NO 略図の寸法は参考値です DIMENSIONS IN DRAWING FOR REFERENCE ONLY ＦＵＲＵＮＯＥＬＥＣＴＲＩＣＣＯＬＴＤ 10CJ X 9401 A 3 ...

Page 62: ... 126 852 1 ﾋｭｰｽﾞ FGMA 2A AC125V 2 4 指示装置用 FOR DISPLAY UNIT FUSE 000 126 841 2 ﾋｭｰｽﾞ FGMA 1A AC125V 1 2 指示装置用 FOR DISPLAY UNIT FUSE 000 126 840 3 ﾋｭｰｽﾞ FGMA 3A 125V UL 1 2 指示装置用 FOR DISPLAY UNIT FUSE 000 111 848 4 管入りﾋｭｰｽﾞ F 7165 20A AC250V 1 2 指示装置用 FOR DISPLAY UNIT FUSE 000 547 022 5 XHｺﾈｸﾀ組品 10 286 15P 1 1 受信装置用 FOR RECEIVER UNIT XH CONNECTOR ASSY 006 902 750 6 XHｺﾈｸﾀ組品 10 285 10P 1 1 受信装置用 FOR ...

Page 63: ... DISPLAY UNIT FUSE 000 547 022 1 XHｺﾈｸﾀ組品 10 285 10P 1 受信装置用 FOR RECEIVER UNIT XH CONNECTOR ASSY 006 902 740 2 XHｺﾈｸﾀ組品 10 286 15P 1 受信装置用 FOR RECEIVER UNIT XH CONNECTOR ASSY 006 902 750 3 ｺﾈｸﾀ抜き工具 10 038 3901 0 1 受信装置用 FOR RECEIVER UNIT CONNECTOR PULLER 100 075 230 4 ﾋｭｰｽﾞ FGBO A 2A AC125V 20 送信装置用 FOR TRANSMITTER UNIT FUSE 000 549 062 5 1 1 MFR S NAME FURUNO ELECTRIC CO LTD DWG NO 略図の寸法は参考値です D...

Page 64: ...CONTACT PIN 8017 60 8017 0313 00 339 38 外部ｲﾝﾀｰﾌｪｰｽ工材用 FOR INTERFACE UNIT 000 519 542 5 CODE NO ｱｰｽ線組品 GROUNDING WIRE CS 120 C 1 外部ｲﾝﾀｰﾌｪｰｽ工材用 FOR INTERFACE UNIT 006 937 660 6 CODE NO ｺﾈｸﾀ RM CONNECTOR RM RM15TP 2PA 1 外部ｲﾝﾀｰﾌｪｰｽ工材用 FOR INTERFACE UNIT 000 503 314 7 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN6A16 10P 4 外部ｲﾝﾀｰﾌｪｰｽ工材用 FOR INTERFACE UNIT 000 508 663 8 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN6A16...

Page 65: ... WEA 1004 0 1 指示装置工材用 FOR DISPLAY UNIT 500 310 040 15 CODE NO ｺﾈｸﾀ 8016 CONNECTOR 00 8016 020 313 703V 1 受信装置工材用 FOR RECEIVER UNIT 000 111 143 16 CODE NO P貼りﾏｰｸ 11 P STICKER 11 10 026 0619 0 1 受信装置工材用 FOR RECEIVER UNIT 100 014 880 17 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 3 受信装置工材用 FOR RECEIVER UNIT 000 132 081 18 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 114 受信装置工材用 FOR ...

Page 66: ...FV5 5 4 5 上下装置用 FOR HULL UNIT 000 538 123 25 CODE NO 貼りﾏｰｸ STICKER 10 026 5002 0 1 送振装置工材用 FOR TRANSMITTER UNIT 100 004 870 26 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 3 送振装置工材用 FOR TRANSMITTER UNIT 000 132 081 27 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 120 送振装置工材用 FOR TRANSMITTER UNIT 000 519 542 28 CODE NO 圧着端子 CRIMP ON LUG FV1 25 M4 ｱｶ 5 送振装置工材用 FOR TRANSMITTER UNIT 00...

Page 67: ...源装置用 FOR POWER UNIT 000 132 081 34 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 38 電源装置用 FOR POWER UNIT 000 519 542 35 CODE NO 圧着端子 CRIMP ON LUG FV1 25 M4 ｱｶ 6 電源装置用 FOR POWER UNIT 000 536 715 36 CODE NO 圧着端子 CRIMP ON LUG FV5 5 4 15 電源装置用 FOR POWER UNIT 000 538 123 37 CODE NO ﾎｰﾙﾌﾟﾗｸﾞ HOLE PLUG NO 4567 4 電源装置用 FOR POWER UNIT 000 800 729 38 CODE NO ｱｰｽ板 COPPER STRAP WEA 1004 0 1 電源装置...

Page 68: ...A 10 ...

Page 69: ...ODE NO ｺﾈｸﾀ RM CONNECTOR RM RM15TP 2PA 1 外部ｲﾝﾀｰﾌｪｲｽ用 FOR DATA INTERFACE UNIT 000 503 314 5 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN6A16 10P 4 外部ｲﾝﾀｰﾌｪｲｽ用 FOR DATA INTERFACE UNIT 000 508 663 6 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN6A16 7P 1 外部ｲﾝﾀｰﾌｪｲｽ用 FOR DATA INTERFACE UNIT 000 508 662 7 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN2A16 7P 1 外部ｲﾝﾀｰﾌｪｰｽ工材 FOR INTERFACE UNIT 000 508 652 8 CODE NO ｺﾈｸﾀ 8016 CON...

Page 70: ...AP WEA 1004 0 1 指示装置用 FOR DISPLAY UNIT 500 310 040 15 CODE NO ｺﾈｸﾀ 8016 CONNECTOR 00 8016 020 313 703V 1 受信装置用 FOR RECEIVER UNIT 000 111 143 16 CODE NO P貼りﾏｰｸ 11 P STICKER 11 10 026 0619 0 1 受信装置用 FOR RECEIVER UNIT 100 014 880 17 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 3 受信装置用 FOR RECEIVER UNIT 000 132 081 18 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 114 受信装置用 FOR RECEIVER...

Page 71: ...1 25 M4 ｱｶ 5 上下装置用 FOR HULL UNIT 000 536 715 25 CODE NO 貼りﾏｰｸ STICKER 10 026 5002 0 1 送振装置用 FOR TRANSMITTER UNIT 100 004 870 26 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 3 送振装置用 FOR TRANSMITTER UNIT 000 132 081 27 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 120 送振装置用 FOR TRANSMITTER UNIT 000 519 542 28 CODE NO 圧着端子 CRIMP ON LUG FV1 25 M4 ｱｶ 5 送振装置用 FOR TRANSMITTER UNIT 000 536...

Page 72: ...WER SUPPLY UNIT 000 538 123 34 CODE NO ﾎｰﾙﾌﾟﾗｸﾞ HOLE PLUG NO 4567 4 電源装置用 FOR POWER SUPPLY UNIT 000 800 729 35 CODE NO 貼りﾏｰｸ 1 STICKER 1 10 026 7018 0 1 電源装置用 FOR POWER SUPPLY UNIT 100 008 630 36 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 1 電源装置用 FOR POWER SUPPLY UNIT 000 132 081 37 CODE NO 圧着端子 CRIMP ON LUG FV1 25 M4 ｱｶ 6 電源装置用 FOR POWER SUPPLY UNIT 000 536 715 38 CODE NO ｱｰｽ板 COPPER STRAP WE...

Page 73: ...ERFACE UNIT 000 132 081 4 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017 CONTACT PIN 8017 60 8017 0313 00 339 38 外部ｲﾝﾀｰﾌｪｰｽ工材 FOR INTERFACE UNIT 000 519 542 5 CODE NO ｺﾈｸﾀ RM CONNECTOR RM RM15TP 2PA 1 外部ｲﾝﾀｰﾌｪｰｽ工材 FOR INTERFACE UNIT 000 503 314 6 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN2A16 7P 1 外部ｲﾝﾀｰﾌｪｰｽ工材 FOR INTERFACE UNIT 000 508 652 7 CODE NO ｺﾈｸﾀ SRCN CONNECTOR SRCN SRCN6A16 10P 4 外部ｲﾝﾀｰﾌｪｰｽ工材 FOR INTERFACE UNIT 000 ...

Page 74: ... HOLE PLUG NO 4567 4 受信装置工材 FOR RECEIVER UNIT 000 800 729 14 CODE NO ｱｰｽ板 COPPER STRAP WEA 1004 0 1 受信装置工材 FOR RECEIVER UNIT 500 310 040 15 CODE NO ｼｰﾙﾄﾞｽﾘｰﾌﾞ SHIELD SLEEVE ZSK 06HF 0 055M 20 受信装置工材 FOR RECEIVER UNIT 000 809 085 16 CODE NO 圧着端子 CRIMP ON LUG FV1 25 3 7 ｱｶ 15 上下装置工材 FOR HULL UNIT 000 108 699 17 CODE NO 圧着端子 CRIMP ON LUG FV1 25 M4 ｱｶ 5 上下装置工材 FOR HULL UNIT 000 536 715 18 CODE NO 圧着端子...

Page 75: ...5 5 4 5 送信装置工材 FOR TRANSMITTER UNIT 000 538 123 24 CODE NO ﾎｰﾙﾌﾟﾗｸﾞ HOLE PLUG NO 4567 4 送信装置工材 FOR TRANSMITTER UNIT 000 800 729 25 CODE NO ｱｰｽ板 COPPER STRAP WEA 1004 0 1 送信装置工材 FOR TRANSMITTER UNIT 500 310 040 26 CODE NO 貼りﾏｰｸ 1 STICKER 1 10 026 7018 0 1 電源装置工材 FOR POWER UNIT 100 008 630 27 CODE NO ｺﾈｸﾀ 54 CONNECTOR 54 54 038 000 601 SC 1 電源装置工材 FOR POWER UNIT 000 132 081 28 CODE NO ｺﾝﾀｸﾄﾋﾟﾝ 8017...

Page 76: ...工事材料表 10CL X 9401 圧着端子 CRIMP ON LUG FV5 5 4 15 電源装置工材 FOR POWER UNIT 000 538 123 31 CODE NO ﾎｰﾙﾌﾟﾗｸﾞ HOLE PLUG NO 4567 4 電源装置工材 FOR POWER UNIT 000 800 729 32 CODE NO ｱｰｽ板 COPPER STRAP WEA 1004 0 1 電源装置工材 FOR POWER UNIT 500 310 040 33 CODE NO 略図の寸法は参考値です DIMENSIONS IN DRAWING FOR REFERENCE ONLY ＦＵＲＵＮＯＥＬＥＣＴＲＩＣＣＯＬＴＤ 10CL X 9401 A 18 ...

Page 77: ...A 19 ...

Page 78: ...A 20 ...

Page 79: ...A 21 ...

Page 80: ...A 22 ...

Page 81: ...A 23 ...

Page 82: ...A 24 ...

Page 83: ...A 25 ...

Page 84: ...A 26 ...

Page 85: ...D 1 ...

Page 86: ...D 2 ...

Page 87: ...Y Hatai D 3 ...

Page 88: ...D 4 ...

Page 89: ...Oct 31 03 D 5 ...

Page 90: ...Dec 10 02 D 6 ...

Page 91: ...D 7 ...

Page 92: ...D 8 ...

Page 93: ...D 9 ...

Page 94: ...D 10 ...

Page 95: ...D 11 ...

Page 96: ...D 12 ...

Page 97: ...D 13 ...

Page 98: ...D 14 ...

Page 99: ...D 15 ...

Page 100: ...D 16 ...

Page 101: ...D 17 ...

Page 102: ...D 18 ...

Page 103: ...D 19 ...

Page 104: ...D 20 ...

Page 105: ...X ﾄﾞｳｼﾞｸ 3 P P P P P P P P P P P P P P P P P P 601 SC 54 038 000 A CN B3 TT TT NN MM SS LL RR KK PP BB FF CC HH DD JJ Y W V U X P N T L R D K J C F B E A CN B4 1 3 他端に同じ SAME AS THE OTHER SIDE 3 3 P P P P P P P P P P P P P P P P 3 10S1258 MAX 20m φ18 6 601 SC 54 038 000 送振装置 TRANSMITTER UNIT A B C D E F H L J K M X R 3 A TT 2 1 3 SAME AS ｸﾛ BLK ｱｶｸﾛｼﾛ BLK RED WHT ﾁｬ BRN 10S1259 MAX 20m φ16 5 1 2...

Page 106: ...LK クロ BRN チャ BLK クロ YEL キ RED アカ BLK クロ BLK クロ ORG ダイ PPL ムラ BLK クロ BRN チャ YEL キ GRY ハイ BLK クロ ORG ダイ RED アカ BRN チャ ORG ダイ WHT シロ BLK クロ BRN チャ 1 00 8016 038 313 761HV SUB DISPLAY UNIT 副指示器 A B C D E F H LL J K L M N P R S T U V X W Y Z AA BB CC DD EE FF HH JJ KK MM NN PP RR SS TT 1 54 038 525 601 SC CN B2 4 SHIELD ｼｰﾙﾄﾞ GRN ミド BRN チャ P P P P P P P P P P P P P P P P P P BLK クロ BRN チャ BRN チャ WHT シロ...

Page 107: ... 5 6 7 8 9 10 SONDE1 H SONDE1 C SONDE2 H SONDE2 C SONDE3 H SONDE3 C KP H KP C WL H WL C P P P P P J701 1 2 3 4 TB1 TB2 3 6 KP GND ES_SIG H ES_SIG C GND SHIELD 1 2 3 4 5 6 7 ES_SIG C ES_SIG H KP WL SONDE WL NC ゾンデ接続箱 FNZ JOINT BOX CS 170 SRCN6A 16 7P 16 10P SRCN6A J705 5 6 7 3 4 5 TB1 TB2 6 7 8 WHT BLU YEL GRN PNK ORG BLK RED シロアオキﾐﾄﾞﾘモモダイクロアカ指示装置 DISPLAY UNIT 10S1258 MAX 20m CO 0 2x5P 2 3 ...

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