Furuno CSH-8L Page 44 Installation Manual Download

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2. WIRING

2-14

CIF output sentence

Data No.

Information

Target latitude and longitude

Gyrocompass

Heading data from a gyrocompass can be inputted in AD-10 format via AD-100. For details,
see the operator’s manual for AD-100.

Echo sounder

Echo sounder data can be input from an echo sounder using the E/S interface VI-1100A.
For details, see the installation materials for VI-1100A.

Speed log

Log pulse (contact signal) can be input.

Summary of Contents for CSH-8L

Page 1: ...sor Unit 2 8 2 5 Synchronizing Transmission with Other Equipment 2 15 2 6 Transducer Cable Extension Kit option 2 19 2 7 DC AC Inverter option 2 20 3 ADJUSTMENT 3 1 3 1 Measuring TX Output 3 1 3 2 Heading Alignment 3 3 3 3 Setting for External Equipment 3 4 3 4 Smoothing the GPS Data 3 7 3 5 NMEA Version Setting 3 8 3 6 Adjusting Echo Sounder Video 3 9 3 7 Sea Trial 3 10 APPENDIX INSTALLATION OF C...

Page 2: ... Distributor Dealer 9 52 Ashihara cho Nishinomiya 662 8580 JAPAN Telephone 81 0 798 65 2111 Fax 81 0 798 65 4200 A JAN 2003 Printed in Japan All rights reserved E DEC 16 2011 Pub No IME 13200 E 00080940814 00080940814 YOSH CSH 8L 00080940814 00080940814 0 0 0 8 0 9 4 0 8 1 4 ...

Page 3: ...al shock can result if the power is left on SAFETY INSTRUCTIONS The user and installer must read the appropriate safety instructions before attempting to install or operate the equipment WARNING Indicates a potentially hazardous situation which if not avoided could result in death or serious injury CAUTION Indicates a potentially hazardous situation which if not avoided may result in minor or mode...

Page 4: ...ng lowering transducer 16 kts max Transducer completely lowered 18 kts max Exceeding above limits will damage the equipment and void the warranty The zinc block near the transducer must be replaced yeary The junction between the transducer and main shaft may corrode which can result in loss of the transducer or water leakage inside the ship Replace the zinc block yeary CAUTION Attach protection ea...

Page 5: ...100 VAC 115 VAC 200 VAC 220 VAC 240 VAC 1 50 60Hz DC AC Inverter TR 2451 24 32VDC Junction Box Motion Sensor MS 100 Standard supply Option User supply Processor Unit CSH 5210 Control Unit CSH 5211 Navaid Current Indicator AD Converter Speed Log E S Interface Remote Controller Speaker Display Unit MU 150C etc 2 max CSH 1700 ...

Page 6: ...r units Monitor processor units CP10 05500 000 069 281 S10 6 15 CP10 05510 000 069 282 S10 6 30 CP10 05520 000 069 283 S10 15 5 S10 6 50 CP10 05530 000 069 284 S10 6 15 CP10 05540 000 069 285 S10 6 30 CP10 05550 000 069 286 S10 15 10 S10 6 50 3COX 2P 6C 5 m CP10 05600 000 069 287 S10 6 15 CP10 05610 000 069 288 S10 6 30 CP10 05620 000 069 289 S10 15 5 S10 6 50 CP10 05630 000 069 290 S10 6 15 CP10 ...

Page 7: ...teel F FRP 4 Shaft length 13 1300 mm 15 1500 mm 23 2350 mm 40 4065 mm 94 945 mm Optional Supply Name Type Code No Qty Remarks DC AC Inverter TR 2451 1 set E S Interface Unit VI 1100A 1 set Retractable Tank OP10 5 1 set Made of aluminum Speaker SEN 21Q 1 set Transducer Cable Extension Kit CSH 1700 000 068 207 1 set Junction box cable assy Motion Sensor MS 100 1 set Remote Controller CSH 7040 1 set ...

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Page 9: ...oints in mind Keep equipment out of direct sunlight Keep equipment away from air conditioner Provide sufficient ventilation Select locaion where vibration is minimal Locate the equipment away from magnets or equipment generating magnetic fields Keep the transducer cable away from oil Oil can corrode the transducer cable Do not expose the transducer to hot water Hot water can damage the transducer ...

Page 10: ... be within 1 meter of the keep to prevent a rolling effect 1 2 1 3 Within 1 m Installation location for hull unit Select a place where interference from the transducers of other sounding equipment is minimal The hull unit should be at least 2 5 meters away from the transducers of other sounding equipment An obstacle in the fore direction not only causes a shadow zone but also aerated water resulti...

Page 11: ...ction tank is 1000 mm in length as supplied Shorten the tank referring to the table below so the transducer fully protrudes beyond the keel when it is lowered Refer to the installation procedure at the back of this manual for details Retraction tank installation TANK CUTTING Cut In case of 1000 mm tank 750 mm 600 stroke shaft length 1300 mm 550 mm 400 stroke shaft length 945 mm Cut Cut along hull ...

Page 12: ...ll the waterproofing attachment on the top of the main shaft and drill holes for socket set screws Shaft Waterproofing attachment O ring M6 Socket set screw Use the wrench with diagonal 3 mm 30 mm Push in fully O ring will resist Installation of waterproofing attachment a Mark drilling point on the shaft surface by tightening M6 socket set screws 2 pcs b Remove the waterproofing attachment c Drill...

Page 13: ... Grease threads Main shaft should protrude by 44 mm from top of shaft retainer Wipe off grease before tightening shaft retainer Raise lower drive assy Main shaft M10 M10 Spring washer M10x40 44 mm Passing main shaft through the raise lower drive assy 4 Tape the end of the transducer cable with vinyl tape to pass the cable through the main shaft Remove sheath of transducer cable by the length shown...

Page 14: ...mm Socket set screw M6x10 2 pcs Rotate trans ducer to screw in main shaft Note Screw shaft 50 mm into transducer flange Fastening main shaft to transducer 6 Clean the top of the shaft with alcohol install the waterproofing attachment and apply Lock tight supplied to the socket screw Clean with alcohol here 30 mm Shaft Waterproofing attachment M6 socket set screw Apply Lock tight Cleaning the shaft...

Page 15: ...t fasten the fastening band with the torques of 6 to 8 N m If torque is less than the above water leakage may occur because the shaft may loosen and fall WARNING Installing fastening band and cable gland Note Tighten hex bolts to torque of 3 92 N m to 4 90 N m 8 Install grease cotton on the main body as below a Wind grease cotton onto main shaft b Mark on the cotton as below c Remove the cotton fr...

Page 16: ...nting location for tank Installing the tank guide 10 Attach zinc block to main shaft Ship s bow Tank guide Zinc block Shaft diameter φ55 Attach zinc block as close as possi ble to tank guide Orient round end to tank guide side The zinc block near the transducer must be replaced yeary The junction between the transducer and main shaft may corrode which can result in loss of the transducer or water ...

Page 17: ...l unit as shown This will reduce shock and vibration caused by ship s pitching and rolling at the raise lower drive assy Fastening the hull unit to the retraction tank 12 Fix anti vibration stays to the retraction tank Anti vibration stays should be fixed to directions of ship s bow stern and port starboard Anti vibration stay Fixing anti vibration stays to retraction tank ...

Page 18: ... shaft retainer Loosen shaft retainer and rotate main shaft so the bow mark on it faces ship s bow BOW mark Ship s bow WARNING Tighten bolts fixing shaft retainer for torque of 35 to 38 N m If torque is less than the above water leakage may occur because the shaft may loosen and fall Orienting the main shaft ...

Page 19: ...1 MOUNTING 1 11 Hull unit shipment lists ...

Page 20: ...1 MOUNTING 1 12 ...

Page 21: ...No 100 273 911 1 Ditto 10 067 3223 1 26 GASKET CODE No 100 273 920 1 Ditto 10 067 3224 0 27 FALT WASHER CODE No 100 273 930 1 Ditto JISB2401 1A G55 28 O RING CODE No 000 851 308 1 Ditto M6X8 29 SOCKET SET SCREW CODE No 000 802 032 1 Ditto 10S1982 30 JUNCTION BOX Code No 000 808 747 1 For connection of hull cable 10 067 3103 31 JUNCTION BOX FIXING PLATE CODE No 100 272 661 1 Ditto ...

Page 22: ...e lower motor may start up 1 Open the gear cover on the hull unit Screw shaft gear M4x8 4 pcs Gear cover POWER switch Motor gear Hull unit 2 Attach the hand crank onto shaft gear or motor gear depending on circumstance Hand crank Tighten screw Use screw from cover Motor gear Tighten screws Use screw from cover Shaft gear Shaft moves 600 mm per 210 turns of crank Shaft moves 600 mm per 120 turns of...

Page 23: ...d the transceiver unit is 5 or 10 m and the length of the transducer cable is about 6 m Determine mounting location considering these cable lengths Secure the maintenance space shown in the figure below for ease of maintenance and service Fasten the transceiver unit to the mounting location with M10 bolts and nuts 165 165 736 689 13 40 165 165 425 12 200 200 Cable clamp Attached at right side of u...

Page 24: ...feet can be used when the unit not permanently fixed 1 4 1 Non permanent mounting Attach four rubber feet supplied at the bottom of the control unit and then place the unit on the selected location 1 4 2 Permanent mounting The control cable can be passed from the hole at the bottom of the control unit Installing with the KB fixing plate 1 Attach the connector sticker to the unused cable hole 2 Fix...

Page 25: ...pprox 2 mm thickness at the bottom of the control unit 3 If necessary make a hole 30 mm in diameter in the tabletop to pass the control cable from the bottom of the control unit To run the able from the bottom of the control unit see the next page 4 Screw in four hex bolts M5x12 supplied as accessories from the under side of the table to fix the control unit When the above bolts are not long enoug...

Page 26: ...8 6 pcs J3 J1 J2 Remove this cable clamp Disconnect these connectors Control unit 4 Attach the cable clamp removed at step 2 with two screws spring washers flat washers and nuts supplied with accessories to fix the control cable shown below Bottom chassis Screw M4X12 Spring washer Flat washer Nut Cable clamp Fix the cable with cable clamp here Default hole location Screws M4X8 6 pcs Control head 5...

Page 27: ...roperly operation error or bad video may occur CAUTION Attach protection earth securely to the ship s body The protection earth ground is required for the transceiver unit and DC AC inverter option to prevent electrical shock Protection earth Ground Transceiver unit Processor unit Ground Protection earth Junction Box DC AC inverter ...

Page 28: ...n be mounted on a deck or the bulkhead Determine mounting location considering length of cable assy Maintenance space around the unit should be as shown below Name Transducer cable extension kit Type CSH 1700 Code No 000 068 207 Name Type Code No Qty Junction box CSH 1700 006 800 000 1 Cable assy 10S1950 000 141 817 6 6 m 100 mm 100 mm 200 mm 100 mm Junction box ...

Page 29: ...nient location However ship s semi permanent inclination due to loading imbalance be detected 1 7 1 Mounting considerations Vibration in the mounting area should the minimal Locate the unit away from areas subject to water splash The ambient temperature should not exceed 50 C 1 7 2 Mounting procedure Orient the FORE mark on the unit toward the ship s bow and mount the unit within 5 of horizontal i...

Page 30: ...verter is required when the ship s mains is 24 VDC The DC AC inverter should be mounted on a bulkhead weight of unit 15 kg with sufficient vibration Install the unit so that the cable entrances are facing downward 53 105 105 75 285 6 9 Mounting hole DC AC inverter ...

Page 31: ...he other end of the cable The cable may be shortened as necessary Cabling between the transceiver unit and hull unit Connectors are pre fitted at the factory The length of the cable is 5 or 10 m Transducer cable A connector is pre fitted for connection to the transducer Attach a connector to the other end of the cable for connection to the transceiver unit For cable extension use the optional tran...

Page 32: ...ply Monitor cable 3COX 2P 6C 5M 5 m 3COX 2P 6C 10M 10 m CN B2 CN B1 4 DC AC inverter TR 2451 Ship s mains 24 VDC DPYCY 4 50 m DPYCY 6 Local supply 5m Transducer cable 10S1943 6 6 m 3 Remove sheath up to point a Secure with cable tie Assemble locally Connector box 1 Dress cable in field 2 10 m hull cable is for the transducer cable extension kit 3 Use the transducer cable extension kit to extend th...

Page 33: ...e transducer cable from raise lower drive assy with cable clamp A Raise lower drive assy Cable clamp B Cable clamp A Raise lower shaft Hull unit cable clamp 2 Run the cables to cable clamp B on the raise lower drive assy and position it as shown below Temporarily tighten clamp B a b c d e a b c d e Cable clamp B Cable clamp A Example Wire a of clamp A to a of clamp B i j k l m w x y z i j k l m w ...

Page 34: ...nit Be sure to run the thinner cable to the direction opposite to the raise lower drive assy as shown in the figure below S 10 15 5 10 Drive unit Rubber gasket Connector box fixture Hex bolt Unfasten two bolts from hull unit and use them Screw M4X10 Screw for connector box Pinch the armor Hull unit connector box 1 Unfasten two hex bolts from the hull unit and use them to fasten the connector box f...

Page 35: ...N B1 Note 3 Note 3 Note 3 Note 3 Note 3 Note 3 Tighten fixing bolts 6 pcs for the cover of the transceiver unit to the torque of 30 N m Overtightening the bolts will deform the cover Note 5 7 A Power fuse TX fuse Switch for maintenance Normally leave in position Note 4 J8 Fix cables by cable tie not to hit neighboring board 28 points Note 4 When passing the connector pass it through the largest ca...

Page 36: ...e placed on left side Transceiver unit upper view Note 1 Wire unit with cable clamps in horizontal position Lay cable clamp after finishing wiring Clamp 1 Lay braided shields of transducer cable in cable clamp Each cable is numbered connect referring to the illustration on the preceding page 2 Unfasten two bolts 3 Set the clamp and fasten it with two bolts removed at step 2 Clamp base Bolts Cable ...

Page 37: ...umper wires on the transceiver unit according to ship s mains Follow the label on the power block in the transceiver unit Attach the other end of the wire plugged in 3 COM into one of 4 100 V thru 8 240 V depending on ship s mains Also change the power fuse appropriately On the stickers at the terminal board and back of the front lid of the transceiver unit change the mark position for the used fu...

Page 38: ...cessor unit Plug in this connector to CN A1 on the MAIN Board Marking Qty 1 to 4 Color Black or Red Insulators 5 colors Core Tape Braided shield Sheath Armor Anti corrosive sheath Construction of cable between processor and transceiver units Fabricating cable between processor and transceiver units Remove the anticorrosive sheath armor and vinyl sheath as shown below Vinyl sheath Armor Shield 45 C...

Page 39: ...nyl sheath of the wire to expose the core by 3 5 mm 2 Hold the crimping tool horizontally and insert the contact pin with 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 wire deep enough into the contact pin so that its end comes contact with the stopper plate of the crimping tool 4 Wit...

Page 40: ...1 GRY R1 WHT R1 BRN R2 YEL B2 YEL R2 GRN B2 GRN R2 GRY B2 WHT R2 GRY R2 WHT B2 BRN B3 BRN R3 YEL B3 YEL R3 GRN B3 GRY B3 WHT B3 BRN R4 YEL B4 GRN R3 GRY R3 WHT R3 GRY B4 YEL R4 GRN R4 B4 GRN GRY R4 T T S S R R P P J J K K L L M M N N D D E E F F H H A A B B C C Z X Y V W R S T U L M N P E F H J K A B C D Inserting contact pin into connector housing How to use pin extractor If a contact pin is inse...

Page 41: ...lamp Bundled shield armor Anticorrosive sheath How to set cable in cable clamp Other connections Remote controller NMEA1 CIF1 NMEA2 CIF2 Speed log current indicator E S Gyro A D converter Transceiver unit External KP See page 2 14 Control unit Monitor 2 Monitor 1 Speaker Ground Connection of processor unit ...

Page 42: ...or clamp for grounding Soldering Wind vinyl tape Wind vinyl tape Clamp fixing screw Clamp fixing screw Clamp Clamp Set screw Set screw GYRO SRCN6A13 5P NMEA1 CIF1 NMEA CIF2 SRCN6A16 10P LOG SRCN6A13 3P ES SRCN6A16 7P NMEA1 CIF1 NMEA CIF2 SRCN6A16 10P Ground wire Ground wire Fabricating of connectors for external equipment Display unit Prepare a XGA display locally When using MU 150C as the display...

Page 43: ...epth below transducer plus offset value Ver 2 0 MTW Water temperature VD VDR Water current single layer VD CUR Water current multi layers 1 GPS navaid Loran C II other talker TR 2 GPS navaid Loran C II other talker TR VD 3 GPS navaid II other talkar TR Not specified NMEA output sentence Talker Sentence Information SS TLL Target latitude and longitude CIF input sentence Data No Information 21 DR po...

Page 44: ...from a gyrocompass can be inputted in AD 10 format via AD 100 For details see the operator s manual for AD 100 Echo sounder Echo sounder data can be input from an echo sounder using the E S interface VI 1100A For details see the installation materials for VI 1100A Speed log Log pulse contact signal can be input ...

Page 45: ...re installed connect them as shown below This will synchronize the transmission of the No 2 sonar with that of the No 1 sonar Wiring MAIN Board 10P6950 MAIN Board 10P6950 5 6 1 2 Processor unit Processor unit J11 J11 No 1 sonar No 2 sonar INT KP H INT KP C EXT KP H EXT KP C NH8P NH8P Twisted pair cable Local supply Connecting two CSH 8L ...

Page 46: ...s follows MAIN Board 10P6950 S4 EXT KP J11 Processor unit DIP switch S4 location DIP switch No 1 sonar No 2 sonar S4 2 ON S4 1 OFF When synchronizing No 2 sonar to No 1 sonar set ON at EXT KP SYNC item on the setting menu Refer to the operator s manual for the procedure ...

Page 47: ...0 3 4 Processor unit J11 EXT KP GND E S Sonar Available range 5 to 15 V MAIN Board 10P6950 1 2 Processor unit J11 EXT KP H EXT KP C E S Sonar Voltage signal Current loop Connect of CSH 8L with E S or sonar DIP switch setting Set DIP switch S4 1 on the MAIN Board as follows Positive KP OFF Negative KP ON Menu setting Turn ON menu item EXT KP SYNC in the System menu Refer to the operator s manual fo...

Page 48: ...an echo sounder or other type of sonar make the connections shown below MAIN Board 10P6950 7 8 Processor unit J11 INT KP GND E S Sonar 5 V 0 Voltage signal MAIN Board 10P6950 5 6 Processor unit J11 INT KP H INT KP C E S Sonar Current loop How to output CSH 8L s KP to E S or sonar S4 2 Transmitting trigger OFF Negative ON Positive ...

Page 49: ...r cable clamp Fix transducer cable 10S1943 at lower cable clamp Junction box side view XCB 10P6865 TRX2 TRX1 TRX4 TRX3 TRX6 TRX5 TRX8 TRX7 TRX10 TRX9 TRX12 TRX11 TRX14 TRX13 IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT IN OUT P1 P2 P3 P1 P2 P3 View from cable clamp Cable clip Junction box Note 1 Plug in connectors firmly and fix cables with cable clips...

Page 50: ...nverter For output 100 VAC use JIS Japan Industrial Standards cable DPYCY 4 or equivalent max 50 m Conductor DPYCY 4 S 4 mm 2 55 mm DPYCY 6 S 6 mm 3 12 mm 2 Armor Vinyl sheath DPYCY 4 15 9 mm DPYCY 6 17 4 mm 2 10 8 80 Wind vinyl tape Fix armor to the clamp FV5 5 4 AC output Local supply FV5 5 6 DC input Local supply Fabricating JIS cable DPYCY 4 DPYCY 6 ...

Page 51: ...quipment 1 Set up the control unit as follows Range 400 m Tx Power 10 max Vertical Scan Narrow Tilt 0 Tx Pulselength 10 max 2 Measure voltage at test point on TRX Boards 10P6862 14 test points total in the transceiver unit with an oscilloscope Transceiver unit 1 2 13 14 3 4 11 12 5 6 9 10 7 8 TP5 GND TP1 TX H Odd column TP3 TX H Even column Measure at TP1 GND and TP3 GND of each TRX board Transcei...

Page 52: ...output 107 kHz Channel Peak Voltage Vpp Ref Channel Peak Voltage Vpp Ref 1 280 5 370 2 220 6 320 13 200 9 370 14 280 10 370 3 320 7 400 4 280 8 370 11 280 12 320 Typical value of TX output 85 kHz Channel Peak Voltage Vpp Ref Channel Peak Voltage Vpp Ref 1 290 5 290 2 290 6 280 13 270 9 260 14 270 10 300 3 310 7 280 4 322 8 290 11 290 12 290 ...

Page 53: ...he left Buoy Locating a target to use for aligning heading 2 Read the skewed degree of the target selected at step 1 3 Press the MENU key 4 Use the RANGE control to choose MENU MODE 5 Use the GAIN control to choose SYSTEM to show the System menu SYSTEM MENU RANGE CTRL U D GAIN CTRL L R MENU MODE SONAR SOUNDER MARKS SYSTEM DIMMER 10 DISP SELECT TEMP CURRENT HEADING ADJ 0 AUTO RETRACT OFF OFF 5 16kt...

Page 54: ...PULSE 200 400 PORT1 BAUDRATE 19200 9600 4800 2400 PORT1 FORMAT NMEA CIF PORT2 BAUDRATE 19200 9600 4800 2400 PORT2 FORMAT NMEA CIF NAV DATA GPS LC DR ALL COMBI SCALE RIGHT LEFT SUB TEXT INDI OFF ON LANGUAGE ENGLISH ESPANOL DANSK NEDERLND ITALIANO NORSK TEST SINGLE CONTI PANEL COLOR PATTERN SIO ECHO 1 ECHO 2 ECHO 3 ECHO 4 SET TO DEFAULT EXECUTE PRESS MENU KEY TO EXIT Items should be set after the in...

Page 55: ...t NAV DATA described on next page connected to NMEA1 CIF1 or NMEA2 CIF2 port GYRO NAV Use heading data signal from the sensor connected to GYRO port for course data from the equipment set at NAV DATA described on next page or current indicator connected to NMEA1 CIF1 or NMEA2 CIF2 port for the ship s speed When using data from the current indicator for positioning for ship s speed set DIP switch 2...

Page 56: ...nnected to NMEA CIF 1 port or NMEA CIF 2 port 1 Rotate the RANGE control to select PORT 1 FORMAT or PORT 2 FORMAT 2 Rotate the GAIN control to choose NMEA or CIF depending on the equipment connected NAV DATA Choose source of nav data among GPS LC Loran C DR Dead Reckoning or ALL ALL automatically chooses source in the order of GPS Loran C and dead reckoning Priority GPS LC DR 1 Rotate the RANGE co...

Page 57: ...0 Location of DIP switch S2 5 6 GPS ship s speed 3 4 GPS course change ON ON 2 0 kt ON ON 10 ON OFF 1 5 kt ON OFF 20 OFF ON 1 0 kt OFF ON 45 OFF OFF 0 5 kt default setting OFF OFF 90 default setting 7 Smoothing functon ON Yes OFF No default setting When all switches are ON GPS positioning data is smoothed so that the course change is within 10 when own ship s speed is 2 0 kt or less ...

Page 58: ...er block setting in the processor unit according to NMEA version to output MAIN Board 10P6950 J22J25 Location of jumper block J22 and J25 Jumper NMEA Ver1 5 CIF or NMEA Ver2 0 Port J22 1 2 Default setting 2 3 NMEA1 CIF1 J25 1 2 Default setting 2 3 NMEA2 CIF2 ...

Page 59: ...0P6950 R142 Location of volume register R142 1 Rotate R142 so that the line on it locates at the center position 2 Set the SOUNDER MENU as below to appear noises on the screen GAIN 10 CLUTTER 0 3 On the SOUNDER MENU set E S INT REJECT to ON 4 Set GAIN to 0 5 Adjust R142 so that noises disappear 6 Return the GAIN setting to 10 7 After setting GAIN to 10 set CLUTTER to 10 8 Adjust R142 so that noise...

Page 60: ...n use NL RANGE GAIN TVG TILT DEPTH 800 m 5 0 N 5 F 5 0 ENG RPM SPEED SEA CONDITION 0 KTS Ship anchored NL RANGE GAIN TVG TILT DEPTH 800 m 5 0 N 5 F 5 0 ENG RPM SPEED SEA CONDITION Ship at cruising speed Recording optimum control settings Record the suitable settings of controls and switches and take a photograph of the sonar picture as reference for later service RANGE TILT TVG GAIN OUTPUT TX PULS...

Page 61: ...1550 mm CSH 8040 107 N 23 1000 L 1800 CSH 8040 85 N 23 Transducer cable 9200 mm Main shaft 2350 mm CSH 8040 107 N 40 1800 L 3500 CSH 8040 85 Nx40 Transducer cable 6600 mm Main shaft 4065 mm Note The hull unit CSH 8041 400 mm transducer travel cannot be used Installation when retraction tank is more than 750 mm long 1 Calculate the necessary length of the main shaft Main shaft length Tank length 56...

Page 62: ... 3 Temporarily install the waterproofing attachment on the top of the main shaft and drill holes for socket set screws Shaft Waterproofing attachment O ring M6 socket set screw 30 mm Push in fully O ring will resist a Mark drilling point on the shaft surface by tightening M6 socket set screws 2 pcs b Remove the waterproofing attachment c Drill holes les than 2 mm in depth Use a drill with a Ø120 t...

Page 63: ...roofing attachment Tighten the M6 socket set screws with a torque of 3 92 to 4 9 N m Refer to page 1 6 for installing the waterproof attachment 7 Assemble the hull unit taking the following points into account 1 The shaft retainer should be in contact with the waterproofing attachment 2 The fastening band should not be used on the main shaft when it is fitted with the waterproofing attachment 3 Wh...

Page 64: ...er limit switch to modify to 450 mm travel 3 Assemble the hull unit taking the following points into account Refer to Chapter 1 for assembly instruction Note 1 The tank guide should be installed at the position 162 mm above the top of the transducer flange Tank guide 162 mm Measure between the top of the transducer flange and the inner edge of the tank guide Note 2 The shaft retainer should be in ...

Page 65: ...2865 2965 3065 3165 3265 3365 3465 3565 3665 3765 3865 3965 4065 1600 1500 1400 1300 1200 1100 1000 900 800 700 600 500 400 300 200 100 0 CSH 8041 400 stroke CSH 8040 600 stroke convereted to 450 stroke CSH 8040 600 stroke Hull unit Main shaft Shaft length cut length Tank length 945 Shaft length Cut length 1300 Shaft length Cut length 1550 Shaft length Cut length 2350 Shaft length Cut length 4065 ...

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Page 67: ...0 2 1 6 722 4 241 7 6 37 6 5 6 5 A 2 1 01 6 2 2 ޓޓ 176 0 ฬ ޓޓ 0 ᢙ 3 6 ㅜ㧛 4 4 5 ภ 01 ဳฬ㧛ⷙᩰ 5 4 26 105 056 6 10 6 4 5 Ꮏ ᢱ 5 㩄㩒㩂㩊㧕 100 614 8 1 01 㨼㩡㨹㩂㩇㩋㨷㨺㩖㩨 057 6 10 67 1 01 㩄㩧㩊㩂㩎㩕㩩㩧 106 6 2 0 1 01 㩕㩨㩐㩣 8 0 9 4 8 53 㩂㩥 ޓ 1 01 㩄㩒㩂㩊 54 0㧕 100 614 54 0 54 0 2 1 01 㩄㩒㩂㩊 54 0㧕 100 614 54 0 54 0 2 1 01 㩄㩒㩂㩊 54 0㧕 100 614 54 0 54 0 2 1 01 㩄㩒㩂㩊 54 0㧕 100 614 54 0 54 0 2 1 01 㧔 ߩኸᴺߪ ޔ ෳ ୯ߢߔ ޓޕ 05 105 0 4 9 0...

Page 68: ... 5 Ꮏ ᢱ 5 5 ାภ㩃㨺㩖㩨㩣 ຠ 5 0 55 5 2 ᓮ ㅍฃାⵝ ޓ 14 10641 64 05 8 4 70 6 ޓޓ ㆬᛯ 61 5 6 1 01 ାภ㩃㨺㩖㩨㩣 ຠ 5 0 55 5 2 ᓮ ㅍฃାⵝ ޓ 14 10641 64 05 8 4 70 6 ޓޓޓޓޓޓޓ ㆬᛯ 61 5 6 1 01 ାภ㩃㨺㩖㩨㩣 ຠ 5 0 55 5 2 ᓮ ㅍฃାⵝ ޓ 14 10641 64 05 8 4 70 6 ޓޓޓޓޓޓޓ ㆬᛯ 61 5 6 1 01 ାภ㩃㨺㩖㩨㩣 ຠ 5 0 55 5 ㅍฃା ਅⵝ ޓ 14 64 05 8 4 70 6 7 70 6 ㆬᛯ 61 5 6 1 01 ାภ㩃㨺㩖㩨㩣 ຠ 5 0 55 5 ㅍฃା ਅⵝ ޓ 14 64 05 8 4 70 6 7 70 6 ㆬᛯ 61 5 6 1 01 㩃㨺㩖㩨㩣 ຠ 55 1 2 ㇱ ᓮㇱ ޓޓޓ 14 ...

Page 69: ...ภ߇㧞Ბߩ႐ว ޔ ਅᲑࠃࠅ Ბߦઍࠊࠆㆊᷰᦼຠߢ ࠅ ޔ߅ߥޓޕߔ ߡߞ ߇߆ࠄߜߤޔ ຠ ߪ ᄌࠊࠅ ߖࠎ ޕ 691 6 2 5 0 1 5 56 14 0 6 6 19 4 241 7 6 5 22 0 2 1 6 722 4 241 7 6 37 6 5 6 5 A 6 1 01 6 2 52 6 01 0 1 2 46 176 0 9 01 14 2 4 5 6 2 4 8 5 52 4 914 0 37 06 6 4 4 5 1 01 1 01 2 5 2 01 52 4 2 465 56 14 7 5 5 65 2 4 8 55 6 2 01 5 㩕㨷㨺㩇㩨 1 8 75 8 2 4 5 0 74701 64 1 6 9 01 㧔 ߩኸᴺߪ ޔ ෳ ୯ߢߔ ޓޕ 05 105 0 4 9 0 ޓ 14 4 4 0 10 㧕 2 ဳᑼ 㩄㨺㩎㩨 ภ߇㧞Ბߩ႐ว ޔ ਅᲑࠃࠅ ...

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Page 93: ...ED2 WHT BLK2 L BRN BLK1 GRY RED2 GRY BLK2 L GRN RED2 L GRN BLK2 YEL RED2 YEL BLK2 L BRN RED2 L BRN BLK2 WHT RED1 WHT BLK1 GRY RED1 GRY BLK1 L GRN RED1 L GRN BLK1 YEL RED1 YEL BLK1 L BRN RED1 S10 6 15 30 50 15 30 50m φ18 3 TT NN SS RR PP JJ HH MM FF LL EE KK DD CC BB AA P P P P P P P P P P P P P P P P P AC100V B AC100V B AC100V B AC100V A AC100V A AC100V A NC NC NC NC NC NC FS C FS H K AUDIO C AUDI...

Page 94: ...5 4 3 2 1 10 NC GND SRCN6A 10P NC NMEA2 CIF2 J3 6 5 4 3 2 1 NC GND SRCN6A 10P NMEA1 CIF1 J2 SP AUDIO SP AUDIO GND EXT KP PLAG φ3 5 CO 0 2x2P CO 0 2x5P NAVAID 航法装置 NMCI1 TXD H NMCI1 TXD C NMCI1 RXD H NMCI1 RXD C NMCI2 TXD H NMCI2 TXD C NMCI2 RXD H NMCI2 RXD C ES AC SIG ES DC SIG ES KP ES WL GYRO DATA H GYRO DATA C GYRO CLK H GYRO CLK C 01J0164 00 1 NOTE 1 SHIPYARD SUPPLY 2 GROUND THRU CABLE CLAMP C...

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