Installation Manual MARINE RADAR MODEL1824C/1834C/ 1934C/1944C/1954C/1964C COLOR VIDEO PLOTTER GD-1920C

Transcription

1 Installation Manual MARINE RADAR MODEL84C/84C/ 94C/944C/954C/964C COLOR VIDEO PLOTTER GD-90C SAFETY INSTRUCTIONS... i EQUIPMENT LISTS... ii SYSTEM CONFIGURATIONS... iv. MOUNTING...-. Mounting the Display Unit...-. Mounting the Antenna Unit of MODEL84C Mounting the Antenna Unit of MODEL84C Mounting the Antenna Unit of MODEL94C/944C/954C/964C Mounting the Power Supply Unit (MODEL 954C/964C) WIRING...-. Standard Wiring Wiring the Power Supply Unit (MODEL 954C/964C) SETTING UP THE EQUIPMENT...-. Setting up with the Installation Wizard Checking Magnetron Heater Voltage OPTIONAL EQUIPMENT ARP Kit ARP Connection of Video Equipment/External Monitor/Remote Display PACKING LISTS... A- OUTLINE DRAWINGS... D- INTERCONNECTION DIAGRAMS... S-. External Buzzer (optional supply) How to Connect with a PC...-5 VX All brand and product names are trademarks, registered trademarks or service marks of their respective holders.

2 The paper used in this manual is elemental chlorine free. FURUNO Authorized Distributor/Dealer 9-5 Ashihara-cho, Nishinomiya, , JAPAN Telephone : +8-(0) Fax : +8-(0) All rights reserved. Printed in Japan Pub. No. IME-540-K (HIMA ) MODEL804C_GD-90C A : FEB. 005 K : MAR., 0 * * * * * *

3 SAFETY INSTRUCTIONS ELECTRICAL SHOCK HAZARD WARNING Do not open the equipment unless totally familiar with electrical circuits and service manual. Only qualified personnel should work inside the equipment. Wear a safety belt and hard hat when working on the antenna unit. Serious injury or death can result if someone falls from the radar mast. Construct a suitable service platform from which to install the antenna unit. Serious injury or death can result if someone falls from the radar mast. Turn off the power at the mains switchboard before beginning the installation. Fire, electrical shock or serious injury can result if the power is left on or is applied while the equipment is being installed. CAUTION Ground the equipment to prevent electrical shock and mutual interference. Observe the following compass safe distances to prevent deviation of a magnetic compass. Standard Steering Display unit MODEL84C antenna unit 0.70 m.5 m 0.45 m 0.85 m MODEL84C antenna unit 0.90 m 0.70 m MODEL94C antenna unit MODEL944C antenna unit.00 m.00 m 0.80 m 0.80 m MODEL954C antenna unit.00 m 0.75 m MODEL 964C antenna unit.65 m.5 m Power supply unit PSU-005*.40 m 0.95 m Power supply unit PSU-008* 0.80 m 0.50 m * For MODEL 954C * For MODEL964C WARNING Radio Frequency Radiation Hazard The radar antenna emits electromagnetic radio frequency (RF) energy which can be harmful, particularly to your eyes. Never look directly into the antenna aperture from a close distance while the radar is in operation or expose yourself to the transmitting antenna at a close distance. Distances at which RF radiation levels of 00 and 0 W/m exist are given in the table below. Note: If the antenna unit is installed at a close distance in front of the wheel house, your administration may require halt of transmission within a certain sector of antenna revolution. This is possible - Ask your FURUNO representative or dealer to provide this feature. MODEL MODEL 84C MODEL 84C MODEL 94C MODEL 944C MODEL 954C MODEL 964C XN-A XN-A XN-A XN-A Distance to 00 W/m point Nil Nil Worst case 0.0 m Nil Worst case 0.0 m Nil Worst case 0.50 m Worst case 0.40 m Distance to 0 W/m point Worst case 0.70 m Worst case.50 m Worst case.70 m Worst case.0 m Worst case.00 m Worst case.40 m Worst case 5.40 m Worst case.60 m i

4 EQUIPMENT LISTS Standard supply Name Type Code No. Qty Remarks Display unit RDP-49 - RSB MODEL 84C RSB MODEL 84C XN0A-RSB MODEL94C, 4 rpm XN0A-RSB MODEL94C, 48 rpm XNA-RSB MODEL944C, 4 rpm Antenna unit XNA-RSB MODEL944C, 48 rpm XNA-RSB MODEL954C, 4 ft, 4 rpm XNA-RSB MODEL954C, 4 ft, 48 rpm XNA-RSB MODEL954C, 6 ft, 4 rpm XNA-RSB MODEL964C, 4 ft, 4 rpm XNA-RSB MODEL964C, 4 ft, 48 rpm XNA-RSB MODEL964C, 6 ft, 4 rpm Power supply unit PSU For MODEL954C Power supply unit PSU For MODEL964C CP set For ant. unit of Model 84C CP set For ant. unit of Model 84C CP set For ant. unit of Model 9C/944C/954C/964C CP set For display unit, MJ-ASPF Z cable, CP0-70 CP For MODEL84C/84C 0 m cable MJ-B4LPF For MODEL84C/84C CP m cable MJ-B4LPF For MODEL84C/84C CP m cable MJ-B4LPF Installation For MODEL84C/84C materials CP m cable MJ-B4LPF CP For 94C/944C/954C 0m cable MJ-B4LPF For 94C/944C/954C CP m cable MJ-B4LPF For 94C/944C/954C CP m cable MJ-B4LPF CP For 94C/944C/954C 0m cable MJ-B4LPF CP For 964C, 0m RW-977 cable CP For 964C, 5m RW-977 cable CP For 964C, 0m RW-977 cable CP For 964C, 0m RW-977 cable ii

5 (Con t from next page) Name Type Code No. Qty Remarks Installation materials Spare parts Optional supply CP CP For power supply unit of 954C cable VLP-VV-SXC-AA050 cable MJ-B4LPF Inst. Mat. CP0-450 For power supply unit of 964C cable VLP-VV-SXC-AA050 cable MJ-B4LPF Inst. Mat. CP0-060 SP set Fuses for power supply unit PSU-008 (Model 964C) SP set Fuses for power supply unit PSU-005 (Model 954C) SP set Fuses for display unit Name Type Code No. Qty Remarks For GD-90C, 00 VAC For GD-90C, 0 VAC PR For GD-90C, 0 VAC Rectifier For GD-90C, 0 VAC RU For MODEL series External buzzer Cable assy. RU-746B For Model 964C OP MJ-A6SPF004-00C For NavNet, m MJ-A6SPF C For NavNet, 5 m MJ-A6SPF004-00C For NavNet, 0 m MJ-A6SPF004-00C For NavNet, 0 m MJ-A6SPF004-00C For NavNet, 0 m MJ-A6SPF00-050C For navaid, 5 m, 6P-6P cross MJ-A6SPF00-00C For navaid, 0 m, 6P-6P cross MJ-A6SPF C w/6p connector, 5 m MJ-A6SPF C w/6p connector, 0 m MJ-A6SPF For compass, 0 m MJ-A7SPF For external buzzer, PC, MJ-A6SRMD/TMAP8-005 w/7p connector, 5 m Adapter cable for HUB MJ-B4LPF For remote display, 0 m MJ-B4LPF For remote display, 0 m MJ-B4LPF For remote display, 0 m OP For external monitor RGB output cable kit ARP kit ARP ARP Board, for radar PIP kit OP Connection video source Chart card Specify when ordering. With CP0-480 (EMI core) Mounting bracket () OP0-9 OP For MODEL84C Mounting bracket () OP0-9 OP For MODEL84C AIS Interface IF-500AIS Connection of AIS FA-00 iii

6 SYSTEM CONFIGURATIONS All NavNet products incorporate a network circuit board to integrate each NavNet product on board through an optional LAN cable (Ethernet 0BASE-T). Each NavNet product is assigned an IP address to enable transfer of images between other NavNet products. For example, video plotter pictures can be transferred to a radar and vice versa. Pictures received via the NavNet may be adjusted at the receiving end. The number of display units which may be installed depends on the number of network sounders connected. For a system incorporating three or more NavNet products, a hub is required to process data. For one network sounder: one radar and three plotters, or four plotters For two network sounders: one radar and two plotters, or four plotters MODEL 964C MODEL 954C Antenna Unit MODEL 94C MODEL 944C MODEL 84C MODEL84C GPS receiver GP-0B/0B or Weather station WS-00 Power Supply Unit PSU-005 (MODEL 954C) Power Supply Unit PSU-008 (MODEL 964C) Display unit RDP-49 Echo sounder Navigator External buzzer PC AIS transponder AIS Interface IF-500AIS* * Not required for AIS Transponder FA-50 ARPA ARP- (Built-in) VGA monitor Remote display Video equipment Heading sensor Rectifier RU-4 Facsimile Receiver FAX-0 HUB FA-0 AIS RECEIVER : Standard : Option : Local supply 00/0/5/0/0 VAC φ, 50/60 Hz* - 4 VDC* *: The power for the power supply unit and display unit must be drawn from the same power source. Network Sounder ETR-6/0N ETR-0N Other NavNet unit (GD-90C, etc.) NavNet system: MODEL84C/84C/94C/944C/954C/964C iv

7 AIS transponder * Not required for AIS Transponder FA-50 AIS Interface IF-500AIS* GPS receiver GP-0B/0B or Weather station WS-00 External buzzer VGA monitor Remote display PC Video equipment Display unit RDP-49 ARPA ARP- HUB FA-0 AIS RECEIVER Other NavNet Unit (Model 84C, etc.) Echo sounder Navigator Facsimile Receiver FAX-0 Network Sounder ETR-6/0N ETR-0N - 4 VDC Rectifier PR-6 : Standard : Option : Local supply 00/0/5/0/0 VAC φ, 50/60 Hz NavNet system: GD-90C v

8 Radar Antenna Unit, GPS Receiver GP-0B/0B OR Weather Station WS-00 Radar Antenna Unit, GPS Receiver GP-0B/0B OR Weather Station WS-00 RADAR or PLOTTER RADAR or PLOTTER Radar, plotter data Radar, plotter data Two-unit NavNet system Radar Antenna Unit, GPS Receiver GP-0B/0B OR Weather Station WS-00 Radar Antenna Unit, GPS Receiver GP-0B/0B OR Weather Station WS-00 RADAR or PLOTTER RADAR or PLOTTER Radar data Plotter data HUB Sounder data Sounder data Facsimile data Note: The picture disappears 0 seconds after the NavNet cable is disconnected from a "sub" NavNet display unit. Network Sounder ETR-6/0N ETR-0N (option) Facsimile Receiver FAX-0 (option) Network Sounder ETR-6/0N ETR-0N (option) Three-or-more unit NavNet system vi

9 . 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.. Mounting the Display Unit The display unit can be mounted on a tabletop, on the overhead or flush mounted in a console or panel. Table Top Hard Cover.. Mounting considerations Tabletop, overhead mounting method Overhead When selecting a mounting location for the display unit, keep the following in mind: Keep the display unit out of direct sunlight. The temperature and humidity at the mounting location should be moderate and stable. Locate the unit away from exhaust pipes and vents. The mounting location should be well ventilated. Mount the unit where shock and vibration are minimal. Keep the unit away from electromagnetic field generating equipment such as motors and generators. For maintenance and checking purposes, leave sufficient space at the sides and rear of the unit and leave slack in cables. Minimum recommended space is shown in the outline drawing for the display unit. A magnetic compass will be affected if the display unit is placed too close to it. Observe the compass safe distances shown in the SAFETY INSTRUCTIONS to prevent disturbance to the magnetic compass. -

10 .. Mounting procedure Tabletop, overhead mounting Follow the procedure below to mount the display unit on a tabletop or the overhead.. Fix the hanger by using four tapping screws (5x0).. Screw knob bolts in display unit, set it to the hanger, and tighten the knob bolts.. Attach the hard cover to protect the LCD. Display unit Tapping screws (4 pcs.) Knob bolts ( pcs.) Hanger Tabletop, overhead mounting of display unit Note: For the overhead mounting, reinforce the mounting location and secure the hanger, with bolts, nuts and washers (local supply). -

11 Flush mounting Note: Use supplied pan head screws when the thickness of the bulkhead is from to 4 mm. For bulkhead which exceeds 4 mm in thickness, the length of the pan head screws should be bulkhead thickness (A) plus 7.8±. mm. Also the length of B should be max. 8 mm. B A Fixing screw, side view. Prepare a cutout in the mounting location whose dimensions are as shown below.. Attach the flush mount sponge to the display unit.. Fix the display unit by using six washer head screws M4x0. Refer to the outline drawing at the back of this manual. 6-R Flush mounting of display unit Note: When installing the display unit in a panel, attach the vinyl tube (ø6, local supply) to the drain hole to allow moisture to escape. Then, fasten the tube to the drain hole with a cable tie. -

12 . Mounting the Antenna Unit of MODEL84C.. Mounting considerations When selecting a mounting location for the antenna unit, keep in mind the following points. Install the antenna unit on the hardtop, radar arch or on a mast on an appropriate platform. (For sailboats, a mounting bracket is optionally available.) It should be placed where there is a good all-round view with, as far as possible, no part of the ship s superstructure or rigging intercepting the scanning beam. Any obstruction will cause shadow and blind sectors. A mast, for instance, with a diameter considerably less than the width of the antenna unit, will cause only a small blind sector. However, a horizontal spreader or crosstrees in the same horizontal plane would be a much more serious obstruction; place the antenna unit well above or below it. Antenna unit Antenna unit Antenna unit Antenna unit Typical antenna unit placement on sailboat and powerboat In order to minimize the chance of picking up electrical interference, avoid where possible routing the antenna cable near other electrical equipment onboard. Also avoid running the cable in parallel with power cables. Observe the compass safe distances mentioned in the SAFETY INSTRUCTIONS to prevent interference to a magnetic compass. -4

13 .. Mounting procedure. Remove the mounting hardware from the bottom of the antenna unit: four each of hex bolts (M0X0), spring washers and flat washers. Save the mounting hardware to use it to fix the antenna unit to the mounting platform later on. Stern Bow Screws two screws on other side Flat washer Spring washer Hex bolt (M0 x 0) Antenna unit, showing location of mounting hardware. Construct a platform (wood, steel*, or aluminum) of 5-0 mm (recommended dimension) in thickness referring to the outline drawing at back of this manual. Fasten the platform to the mounting location. Next, position the mounting base on the platform so the cable entrance faces the stern direction. *: For steel platform take appropriate measures to prevent corrosion. Note: When drilling holes in the platform, be sure they are parallel with the fore and aft line.. Using the hex bolts, flat washers and spring washers removed at step, fasten the mounting base to the platform. The torque should be between N m. Note: Longer hex bolts (M0X5) are supplied with the installation materials. Use them instead of the hex bolts removed earlier if the mounting platform thickness is 5 0 mm. Efeective thread length: mm Transceiver module Antenna base assy. 5 mm or under : M0x0 5-0mm: M0x5 over 0 mm: locally supplied bolts Flat washer Spring washer Hex bolt (M0 x 5 or M0 x 0) Platform Apply silicone sealant. How to fasten the mounting base to platform -5

14 4. The mounting base is fitted with a snap holder, which may be used to hang the cover after removal. Use the hole next to a screw hole inside the cover to hang it. a) Unfasten the snap assy. with the string attached at the holder in the mounting base. b) Unwind the string. c) Attach the snap to a screw hole on the inside of the cover. Note: Do not hang any other objects with the snap. Snap holder Remove and discard the packing material. Antenna unit, inside view -6

15 5. Unfasten the rotation detector cable from the cable clamps, referring to the figure on page Unfasten 6 screws (, and in the figure below) to dismount the shield plate, core case and core case cover. Pan head screws Mx0 pcs. Core case cover Cable clamps Core case Pan head screws M4x0 5 pcs. Shield plate Rotation detector cable Vt GND -VOP Pan head screws M4x8 9 pcs. GND +VOP GND IF Caution: Be careful not to pinch the rotation detector cable when remounting the shield plate. -7

16 7. Pass the antenna cable with connector through the cable gland, gasket and cable entrance of the antenna unit, and then tighten cable gland. Note : Be sure the shrink tube on the antenna cable does not contact the gasket. Note : Pinch the gasket tightly and insert it into the cable entrance. Confirm that the slit in the gasket is completely closed after inserting it into the cable entrance. Rubber gasket Gasket Cable Gland Shrink tube Close the gasket tightly. Do not allow shrink tube to contact gasket. Gasket Antenna cable Sectional view Rubber gasket Mounting base Antenna unit, inside view 8. Twist antenna connector cables at the position between the shrink tube and the cable tie, and then attach EMI core (supplied) to cables as shown below. After attachment, shift EMI core slightly to confirm that it does not pinch cables. Twist cables here. Shrink tube Attach EMI core. Cable tie Gasket Radome base Location of EMI core -8

17 9. Attach connectors of the antenna cable to the locations shown in the figure below, and then fasten a pan head screw M4x0 to fix shield cable and core case (removed at step 6.) Pan head screws M4x0 9 pcs. J80 ( pin) J809 (4 pin) J80 (9 pin) Antenna unit, connector location and fixing the shield cable w/core case 0. Put the EMI core on the antenna cable into the core case attached at step 9, with the flat side of the core facing downward. EMI core Core case EMI core, putting into core case. Refasten the shield plate and core case cover with 5 screws. Be sure that the cable from the rotation detector passes through the notch between the two cable ties. Notch How to pass the rotation detector cable -9

18 . Pass the cable from the rotation detector through two cable clamps. Cable clamps Rotation detector Cable tie (Another should be inside.) Antenna unit, clamping the rotation detector cable. Follow the instructions on the label inside the mounting base to secure the snap assy. 4. Confirm that the rubber gasket is properly positioned and that the triangle mark on the radome cover is aligned with the triangle mark on the mounting base, then tighten the fixing screws for the cover. See the sectional view on page -8 for how to position the rubber gasket. Mounting the optional mounting bracket A mounting bracket for fastening the antenna unit to a mast on a sailboat is optionally available. Contents of mounting bracket kit Type: OP0-9, Code No.: Part Type Code No. Qty Hex. bolt M4x Hex. bolt M8x Mounting plate Support plate () Support plate () Bracket () Bracket () Fixing plate Assemble the mounting bracket and fasten it to a mast. Fasten the antenna unit to the bracket. For details, see the figure on the next page. -0

19 M8 x 0 Mounting plate M8 x 0 Fixing plate Bracket () M8 x 0 Bracket () Support plate () Support plate () M4 x (A) Assembling the mounting bracket M0 x 5 (supplied with antenna unit) (B) Fastening antenna to mounting bracket How to assemble and mount the optional mounting bracket -

20 . Mounting the Antenna Unit of MODEL84C.. Mounting considerations See the mounting considerations for the MODEL84C on page -4. Observe the compass safe distances mentioned in the SAFETY INSTRUCTIONS to prevent deviation of the magnetic compass... Mounting procedure. Open the antenna unit packing box carefully.. Unbolt the four bolts at the base of the radome cover to remove the cover. Radome cover Antenna unit The mounting surface must be parallel with the waterline and provided with five holes (four fixing holes and one cable entry) whose dimensions are shown in the outline drawing at the back of this manual. The unit is adjusted so a target echo returned from the bow direction will be shown on the zero degree (heading line) position on the screen. When drilling holes, be sure they are parallel with the fore and aft line.. Prepare a platform (wood, steel*, or aluminum) of 5 to 0 millimeters in thickness for the antenna unit. A mounting bracket for mounting the antenna unit on a sailboat mast is optionally available. (Refer to page -6.) Find the cable entry on the radome base. Next, position the radome base so the cable entry faces the stern direction. This alignment must be as accurate as possible. *: For steel platform, take appropriate measures to prevent corrosion. Ship's bow Cable entry 4-0 Holes Flat washer Spring washer M0 x 5 Hex bolt Platform Antenna unit, cover removed -

21 Antenna base plate Effective thread length 5 mm Gasket Radome 5-0 mm Flat washer Spring washer Apply silicone sealant. Platform M0 x 5 Hex bolt Wiring and final preparations How to fasten the radome base to the mounting platform 4. Drill a hole of approx. 6 mm diameter through the deck or bulkhead to run the signal cable between the antenna unit and the display unit. (To prevent electrical interference avoid running the signal cable near other electrical equipment and in parallel with power cables.) Pass the cable through the hole. Then, seal the hole with sealing compound for waterproofing. 5. Remove three shield covers in the radome. 6. Remove the cable clamping plate by unfastening four screws and removing a gasket. Shield cover Shield cover Screws 7 pcs. Screws 7 pcs. Screws 4 pcs. Cable clamping plate Gasket Screws 6 pcs. Shield cover Antenna unit, inside view 7. Pass the cable through the hole at the bottom of the radome base. 8. Secure the cable with the cable clamping plate and gasket. Ground the shield wire by one of the screws of the cable clamping plate. -

22 9. Attach three connectors of the signal cable to respective receptacles as shown below. to one of the screws of the cable clamping plate 9-pin connector: to J80 on MD pin connector: to J80 on MD-908 -pin connector: to J6 on IF-94A Signal cable, antenna unit side Cable entry J80 J80 MD-908 PTU-95 J6 IF-94A RF unit -4

23 0. Bundle the cables with the EMI core (supplied) as shown below. J80 J80 J805 MD-908 J804 J80 J806 Cable entrance Cable clamping plate Motor EMI core E04SS55 (Above cable clamping plate) J PTU-95 J6 J6 IF94A EMI core. Fix the shield cover. Do not pinch the cable.. Attach the radome cover, aligning triangle mark on radome cover with that on radome base. Radome cover Radome base How to position the radome cover. Loosely fasten the radome fixing bolts. You will tighten them after confirming magnetron heater voltage. -5

24 Mounting the optional mounting bracket A mounting bracket for fastening the antenna unit for the MODEL84C to a mast on a sailboat is optionally available. Contents of mounting bracket (Type: OP0-9, Code No.: ) Part Type Code No. Qty Hex. bolt M4X Hex. bolt M8X Mounting plate Support plate () Support plate () Bracket () Bracket () Fixing plate Assemble the mounting bracket and fasten it to a mast. Fasten the antenna unit to the bracket. For details, see the figure on page -. -6

25 .4 Mounting the Antenna Unit of MODEL94C/944C/954C/964C.4. Mounting considerations The antenna unit is generally installed either on top of the wheelhouse or on the radar mast on a suitable platform. Locate the antenna unit where there is a good all-round view. Any obstruction will cause shadow and blind sectors. A mast for instance, with a diameter considerably less than the horizontal beamwidth of the radiator, will cause only a small blind sector, but a horizontal spreader or crosstrees in the same horizontal plane as the antenna unit would be a much more serious obstruction; you would need to place the antenna unit well above or below it. It is rarely possible to place the antenna unit where a completely clear view in all directions is available. Thus, you should determine the angular width and relative bearing of any shadow sectors for their influence on the radar at the first opportunity after fitting. To lessen the chance of picking up electrical interference, avoid where possible routing the signal cable near other onboard electrical equipment. Also avoid running the cable in parallel with power cables. A magnetic compass will be affected if the antenna unit is placed too close to it. Observe the compass safe distances mentioned in the SAFETY INSTRUCTIONS to prevent interference to a magnetic compass. Do not paint the radiator aperture, to ensure proper emission of the radar waves. When this radar is to be installed on larger vessels, consider the following points: The signal cable run between the antenna and the display units comes in lengths of 0 m, 5 m, 0 m and 0 m. Deposits and fumes from a funnel or other exhaust vent can adversely affect the aerial performance and hot gases may distort the radiator portion. The antenna unit must not be mounted where the temperature is more than 70 C. As shown in the figure below, the antenna unit may be installed on the bridge, on a common mast or on the radar mast. (a) On bridge (b) Common mast (c) Radar mast -7

26 .4. Mounting procedure Referring to the outline drawing at the back of this manual, drill five holes in the mounting platform: four holes of 5 mm diameter for fixing the antenna unit and one hole of 5-0 mm diameter for the signal cable. Fastening the radiator to the radiator bracket For your reference, the antenna installation materials list appears in the packing list for this unit at the back of this manual.. Remove the radiator cap from the radiator bracket.. Coat contacting surface between the antenna radiator and the radiator bracket with silicone sealant as shown in the figure below. ANTENNA RADIATOR (bottom view) Groove Radiator RADIATOR BRACKET (top view) 0mm Coat grey area with silicone sealant. (MODEL 94C) Coat hatched area with silicone sealant. (MODEL 944C/954C/964C) Coating the antenna with silicone sealant. Coat threaded holes on the antenna radiator with silicone sealant. 4. Grease the O-ring and set it to the radiator bracket. 5. Lay the antenna radiator on the radiator bracket. 6. Coat the radiator fixing bolts (4 pcs.) with silicone sealant. Fasten the antenna radiator to the radiator bracket with the radiator fixing bolts, flat washers and spring washers. Antenna radiator O-ring Radiator bracket Flat washer Spring washer Hex head bolt (M8 x 0) Coat threaded holes with silicone sealant. Coat bolts with silicone sealant. Fastening the radiator bracket to the antenna unit chassis -8

27 Mounting the antenna unit The antenna unit can be mounted using the fixing holes on the outside (00 x 00 mm) or inside (40 x 50 mm) the antenna unit. Using outside fixing holes of the antenna housing Use the hex head bolts (supplied) to mount the antenna unit as below.. Lay the corrosion-proof rubber mat (supplied) on the mounting platform. Bow mark Location of rubber mat Ground terminal Rubber mat. Lay the antenna unit on the mounting platform, orienting it as shown in below. STERN BOW Antenna unit CAUTION Do not lift the Antenna unit by the radiator; lift it by the housing. The radiator may be damaged. -9

28 . Insert four hex bolts (Mx60, supplied) and seal washers (Ф0, supplied) from the top of the antenna housing, as shown below. Hex bolt Seal washer Flat washer Spring washer Nut Fixing the antenna unit chassis 4. Pass flat washers (M, supplied), spring washers (M, supplied) and nuts (M, supplied) onto hex bolts. Fasten by tightening nuts. Do not fasten by tightening the hex bolts; seal washers may be damaged. Seal washer Rubber mat Flat washer Antenna unit Mounting platform Silicone sealant How to fasten antenna unit to mounting platform 5. Coat flat washers, spring washers, nuts and exposed parts of bolts with anticorrosive sealant. 6. Prepare ground point in mounting platform (within 00 mm of ground terminal on antenna unit) using M6 x 5 bolt, nut and flat washer (supplied). 7. Run the ground wire (RW-4747, 40 mm, supplied) between the ground terminal and ground point. -0

29 8. Coat ground terminal and ground point with silicone sealant as shown below. Ground wire Ground wire Silicone sealant OR Hex bolt Flat washer Flat washer Spring washer Hex nut GROUND POINT Hex nut Spring washer Flat washer Hex nut Weld here. GROUND TERMINAL Silicone sealant Ground wire antenna unit How to coat ground point and ground terminal with silicone sealant -

30 Using inside fixing holes of the antenna housing This method requires removal of the RF unit in the antenna unit to access inside fixing holes. Use hex head bolts, flat washers, spring washers and nuts (local supply) to mount the antenna unit, confirming length of bolts.. Unfasten four scanner bolts on the cover to open the antenna unit.. Unplug connector connected between upper and lower chassis.. Separate upper chassis from lower chassis by removing two hex head bolts (M8x5). 4. Remove the board cover by unfastening four pan head screws. 5. Remove connector from RF unit. 6. Remove RF unit by unfastening four hex head bolts. Hex head bolt M8X5 pcs. Upper chassis RFunit Hex head bolt M0X0 4pcs. Spring Washer M0 4 pcs. Board cover Pan head screw MX8 4pcs. Square bushing Lower chassis Antenna unit chassis, upper chassis separated 7. Lay the corrosion-proof rubber mat (supplied) on the mounting platform. 8. Fasten the lower chassis to the mounting platform with hex head bolts, spring washers, flat washers and nuts (local supply), and then coat flat washers, nuts and exposed parts of bolts with silicone sealant. Cut a slit in the rubber bushing and insert bolt into the bushing. Do not use seal washers. 9. Reassemble RF unit, cover and chassis. 0. Set four knob caps (supplied) into outside fixing holes.. Do steps 6-8 in Outside fixing holes. -

31 Connecting the signal cable Only the signal cable runs from the display unit (power supply unit in case of 954C) to the antenna unit. In order to minimize the chance of picking up electrical interference, avoid where possible routing the signal cable near other onboard electrical equipment. Also, avoid running the cable in parallel with power cables. Pass the cable through the hole and apply sealing compound around the hole for waterproofing.. Open the antenna cover by loosening four bolts, and then fix the stay. Stay Cable gland Bolt Antenna unit chassis, cover opened. Unfasten the cable gland assembly (plate, gasket, flat washer).. Pass the signal cable with connector through the bottom of the antenna unit chassis. Pass the cable through the gland assembly as shown below. Bolt Plate 4-M4X6 Gasket Flat washer Passing the signal cable through the cable gland assembly 4. Fasten the crimp-on lug on the shield to one of the fixing bolts of the cable gland assembly. -

32 5. Position the signal cable so that no more than 4 cm of the sheath is exposed as shown in the figure below. Tighten fixing bolts. Tubing Shield Sheath Plate Within 4 cm Flat washer CABLE GLAND Bolt Gasket 6. Unfasten four screws shown in the figure below. How to fix signal cable in cable gland Four screws Antenna unit chassis, cover opened 7. Pass the signal cable through the cable protector. Cable protector Antenna unit chassis, cover opened -4

33 8. Connect the signal cable to the RTB Board (0P949 or 0P950), referring to the interconnection diagram and the figure below. 9. Attach three EMI cores to the signal cable as shown below. RTB Board J8 VH9P Lead in cable here. J8 VHP J84 NHP J8 VH4P EMI core RFC- Clamp Route cable along here. Antenna unit chassis, cover opened 0. Fix the signal cable with the cable clamp.. Release the stay and close the cover. Loosely fasten the scanner bolts; you will have to make some adjustments inside after completion of wiring. Note: When closing the cover, set the gaskets to grooves in the bottom chassis, then tighten bolts. BOTTOM CHASSIS GROOVE GASKET SCANNER BOLT Torque : 9.8 ±0. N. m -5

34 .5 Mounting the Power Supply Unit (MODEL 954C/964C).5. Power supply unit PSU-005 (for MODEL 954C) A power supply unit is shipped with the MODEL954C, because of its high power consumption. The power supply unit can be installed almost anywhere provided the location is dry, well-ventilated, sufficient maintenance space is provided and is installed within 5 m (cable length) from the display unit. Note: Do not install the power supply unit on the overhead; install it on the deck or bulkhead. Service space: 50 Service space: 00 Service space: 00 Power supply unit -6

35 .5. Power supply unit PSU-008 (for MODEL 964C) A power supply unit is shipped with the MODEL964C, because of its high power consumption. The power supply unit can be installed almost anywhere provided the location is dry, well-ventilated, sufficient maintenance space is provided and is installed within 5 m (cable length) from the display unit. Note: Do not install the power supply unit on the overhead; install it on the deck or bulkhead. Service space: 00 mm Service space: 00 mm Service space: 00 mm -7

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37 . WIRING. Standard Wiring All wiring is terminated at the rear of the display unit. To antenna unit of Model 954C MODEL84C/84C/94C/944C: To antenna unit Signal cable MODEL84C/84C: MJ-B4LPF000 MODEL 94C/944C: MJ-B4LPF0005 Power supply unit PSU-005 (MODEL 954C) Drain hole (Allows moisture to escape.) -4 VDC Connect power cable here. CAUTION The display unit is shipped with 5 A fuse. Replace fuse with 7A when using the equipment in the following condition; MODEL84C/84C/94C/ 944C: ship's battery is 4 VDC MODEL954C/964C/GD-90C: ship's battery is or 4 VDC Also, attach a label to the fuse cover on power cable. Use of wrong fuse can result in damage to the equipment. OPTION (remote display VGA monitor) NETWORK NavNet equipment, CU-00 (6P) Ground terminal Connect ground wire between here and ship's ground. DATA4 DATA Heading sensor Ext. buzzer/ PC/NMEA IN (Echo sounder) (7P) MJ-B4LPF cable MJ-B4LPF cable CAUTION Ground the equipment to prevent interference. (AD or NMEA format) (6P) DATA NMEA (6P) Navigator, AIS Trans., AIS Interface DATA GPS receiver GPS-0B/0B or NMEA (7P) -4 VDC Use the power source which powers the display unit. Power supply unit PSU-008 (MODEL 964C) To antenna unit of Model 964C -4 VDC Use the power source which powers the display unit. -4 VDC Display unit, rear view Connect the power cable to the POWER connector at the back of the display unit. -

38 DJ- For MODEL84C/84C/94C/944C/954C/964C, remove the waterproofing cap from DJ- port and discard it. MODEL84C/84C: MODEL94C/944C: MODEL 954C/964C: GD-90C: Connect the MJ-B4LPF000 cable from the antenna unit to this port. Connect the MJ-B4LPF0005 cable from the antenna unit to this port. Connect the cable MJ-B4LPF0009 from the power supply unit to this port. Do not remove the waterproofing cap. Wrap the connector nut and cap with vinyl tape as shown below. Waterproofing cap (yellow) Vinyl tape Ground terminal Connector nut (for 4P) Waterproofing cap and connector nut, sectional view Connect the ground wire (local supply, IV-sq) between the ground terminal and ship s ground. DATA to DATA4 Other equipments can be connected here as shown below. DATA (7P) DATA (6P) DATA (6P) DATA4 (7P) GPS receiver GP-0B/0B NMEA sentence (ex. Navaid) Heading sensor (ex. SC-50/0) (MODEL series only) External buzzer, PC, NMEA IN (Echo sounder) This equipment can receive the following NMEA 08 format sentence from other equipments. You will need the optional NMEA cable to connect with external equipment. Own ship s position: Time: Ship s speed: Other ship s information: Wind speed and angle: Heading (True): Heading (Magnetic): Course: Depth: Destination waypoint: Water temperature: Target data: DSC information: GGA>RMC>RMA>GLL ZDA>RMC RMC>RMA>VTG>VHW TTM MWV>VWT/VWR HDT>HDG>HDM>VHW HDM>HDG>HDT>VHW RMC>RMA>VTG DPT>DBT>DBS>DBK RMB MTW TLL (output from VHF radiotelephone FM-7) DSC>DSE (output from VHF marine transceiver FM-000) -

39 Connecting GP-0B/0B to DATA port GPS receiver GP-0B/0B can be connected to DATA port as shown below when port is not available. You need a junction box and optional cable MJ-A6SPF or MJ-A6SPF PROCESSOR UNIT DATA MJ-A6SPF MJ-A6SPF JUNCTION BOX GP-0B/0B TD-A TD-B RD-A RD-B NC SHIELD WHT BLK YEL GRN WHT BLU YEL GRN RED BLK RD-A RD-B TD-A TD-B + V GND DC power supply Power supply DC/DC CONVERTER Type: Insulation Connecting GP-0B/0B to DATA port NETWORK port Other NavNet equipment should be connected to this port with the optional MJ-A6SPF004 cable. Available equipments are shown below. Radar Plotter Network sounder Other 84C-BB/84C-BB/ 94C-BB/944C-BB/ 84C-BB/954C-BB 964C-BB Or other FURUNO NavNet radar. GD-90C-BB ETR-6/0N ETR-0N HUB (used when more than two NavNet units are connected.) -

40 . External Buzzer (optional supply) The optional external buzzer provides a louder alert when the alarm is violated. External buzzer Type: OP0-6 Code no.: Further, you need the optional cable assy MJ-A7SPF (w/7p connector, 5 m, code no ).. Attach the MJ-A7SPF cable assy (option) to the DATA 4 port at the rear of the display unit.. Cut the XH connector at the end of the external buzzer cable with appropriate length.. Solder the cables made at step with MJ-A7SPF cable as shown below. Red Soldering External buzzer Black Other cable should be cut off, and wrap here with tape. MJ-A7SPF Connection of external buzzer and display unit using cable assy type MJ-A7SPF cable 4. Attach the buzzer to the mounting location with the double-sided tape or two tapping screws (x5 or x0, local supply). -4

41 . How to Connect with a PC When connecting with the personal computer, prepare the optional cable assy MJ-A7SPF and D-sub 9 pins plug (local supply), and connect them as follows. 5 SHIELD BLUE WHITE 9 6 D-SUB 9PIN MJ-A7SPF DATA4 CD RD TD DTR GND DSR RTS CTS RI short WHITE BLUE SHIELD TD_DT RD_DT RD_A RD_B +V EXT BUZZ GND MJ-A7SPF cable connection for PC -5

42 .4 Wiring the Power Supply Unit (MODEL 954C/964C).4. Power supply unit PSU-005 (MODEL954C). Unfasten three M4 screws to remove the cable clamp.. Unfasten six M4 screws to remove the cover.. Attach the VL connector of the power supply cable VLP-VV-SXC-AA050 (supplied as installation materials) to J on the POWER Board. 4. Attach the VH and NH connectors of MJ-B4LPF cable (supplied as installation materials) to these locations: VH9, J; VH4, J4, NH, J5. POWER Board 9P006 ANT (J8) J J V H 9 J4 V H 4 J5 N H Signal cable (to antenna unit) VL- Ground terminal (Wing bolt) Slot (small) VLP-VV-SX C-AA050 cable (to -4 VDC) Slot MJ-B4 (large) LPF cable (to display unit) Cable tie (if necessary) Shield Power supply unit, cover removed 5. Lay two cables on the slots referring to the figure above. To prevent strain to the cable MJ-B4LPF , fasten a cable tie (local supply) at the position shown above. 6. Reattach the cover (removed at step ). 7. Reattach the cable clamp. 8. Connect the antenna cable to the ANT port on the power supply unit. 9. Connect a ground wire (local supply, IV-sq) between the ground terminal and ship s ground. -6

43 .4. Power supply unit PSU-008 (MODEL964C) Cabling. Unfasten four screws to remove the cable clamp.. Unfasten four screws to remove the cover.. Attach the VL connector of the power supply cable VLP-VV-SXC-AA050 (supplied as installation materials) to J on the POWER Board. 4. Attach the VH and NH connectors of MJ-B4LPF cable (supplied as installation materials) to these locations: VH9, J; VH4, J4, NH, J5. POWER Board 0P949 J P J4 V H 4 J V H 9 J5 N H J V H 0 J V H J V H 5 J4 N H 4 VLP-VV-SX C-AA050 cable (to -4 VDC) MJ-B4 LPF cable (to display unit) Antenna cable RW-977 (0S977) Ground terminal 5. Connect the antenna cable to these locations: VH, J, VH0, J; VH5, J, NH4, J4. 6. Lay three cables in respective slots referring to the figure above. 7. Reattach the cover (removed at step ). 8. Reattach the cable clamp. 9. Connect a ground wire (local supply, IV-sq) between the ground terminal and ship s ground. -7

44 Jumper block, slide switch setting The jumper block JP and slide switch S on the PWR board (0P949) must be set according to radar model. Open the unit, locate JP and S and set them as below. Jumper block JP ("open" for this radar; leave the dummy connector attached) Slide switch S (Downward position for this radar) FR-85 S MODEL964C Power supply unit, inside view Jumper block, slide switch Function Setting JP Enables/disables motor slow start circuit. Open (enable) S TUNE voltage selector (0- V, 0- V) Downward position (0- V) -8

45 .4. Power requirement, replacement of fuses Power requirement The power for the power supply unit and display unit must be drawn from the same power switch on the power terminal board. Other Equipment (ex. GPS, E/S etc.) Display unit Power supply unit PSU-008 Other Equipment (ex. GPS, E/S etc.) Other Equipment (ex. GPS, E/S etc.) Power supply unit PSU-005 Other Equipment (ex. GPS, E/S etc.) Other Equipment (ex. GPS, E/S etc.) Power terminal board CAUTION The display unit and antenna should be powered from the same power source. This should be done so the antenna will rotate only when the display unit is turned on. Replacement of fuses The power supply unit is shipped with 5 A fuse. Replace fuse with 7 A (supplied) when the ship s battery is or 4 VDC. -9

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47 . SETTING UP THE EQUIPMENT. Setting up with the Installation Wizard After you have installed the equipment, set up the equipment with the installation wizard. The wizard allows you to easily set up the NavNet network (choose source of radar, sounder and auxiliary), GPS, ports, etc.. Press the POWER/BRILL key to turn on the power, and the following screen appears. LANGUAGE ENGLISH FRANCAIS DEUTSCH ITALIANO PORUTGES ESPANOL DANSK SVENSKA NORSK INSTALL WIZARD NEXT EDIT EXIT Installation wizard, language selection window. Rotate the ENTER knob to choose the appropriate language and then push the ENTER soft key.. A dialog box asks you if you want to start the simulation mode, which provides simulated operation of the equipment. 4. Press the CLEAR key to skip the simulation mode. Then, the SELECT MODE window appears. When confirming connections only, the simple check mode is useful. SELECT MODE INST. WIZARD INST. MODE SIMPLE CHECK MODE NORMAL MODE CHANGE OR CONFIRM THE ITEMS SHOWN ABOVE. THE PUSH [NEXT] WHEN DONE. 5. Confirm that INST. WIZARD is selected, and then push the ENTER soft key. A diagnostic test is conducted and then the chart disclaimer message appears. 6. You are then asked LOAD SETTING DATA FROM CARD?. This allows you to use the set up this NavNet unit with the settings of another NavNet unit, thereby shortening the time required to set up the equipment. To use the settings of another NavNet unit, insert the appropriate SD card in the slot and push the ENTER knob. If not, hit the CLEAR key. If you loaded settings, the message LOADING COMPLETED. REMOVE THE CARD AND PRESS ANY KEY TO RESTART appears if loading was successful. Remove the card and press any key to restart the equipment; installation is completed. To set up manually, go to step 7. -

48 CAUTION: Ensure that the settings to be loaded are compatible with this NavNet unit. Improper setting will damage the equipment. 7. The screen for set up of units of measurement appears. RANGE UNIT nm, kt DEPTH UNIT ft TEMPERATURE UNIT F WIND UNIT kt LOCAL TIME OFFSET +00:00 LOCAL TIME OFFSET +00:00 AIR PRESSURE UNIT hpa Installation wizard, units of measurement 8. Choose an item and then press the EDIT soft key. One of the following windows appears. RANGE/SPEED UNIT nm, kt km, km/h sm, mph nm & yd, kt nm & m, kt km & m, km/h sm & yd, mph WIND UNIT kt km/h MPH m/s DEPTH UNIT m ft fa PB LOCAL TIME OFFSET + 0 0:00 TEMPERATURE UNIT C F AIR PRESSURE UNIT hpa mbar mmhg inhg 9. Choose unit of measurement desired and then press the ENTER soft key. LOCAL TIME OFFSET allows you to use local time (instead of UTC time). Set the time difference between local time and UTC time. 0. After you have chosen units of measurement, press the NEXT soft key, and the NETWORK SETUP menu appears. This is where you set up your NavNet network. See the illustration on the next page for typical network setup. If you have no other NavNet devices installed, press the NEXT key and go to step. DEVICE NUMBER (HOST NAME NAVNET-) (IP ADDRESS ) RADAR SOURCE SOUNDER SOURCE ETR0 AUX SOURCE AUX FOR FURTHER DETAILS, PLEASE REFER TO THE INSTALLATION MANUAL Installation wizard, network setup -

49 . Choose appropriate item and then press the EDIT soft key. One of the following displays appears depending on your selection. DEVICE NUMBER (IP: ) (IP: ) (IP: ) 4 (IP: ) RADAR SOURCE (IP: ) (IP: ) (IP: ) 4 (IP: ) NO CONNECT SOUNDER SOURCE ETR0 (IP: ) ETR (IP: ) ETR (IP: ) ETR (IP: ) ETR4 (IP: ) ETR5 (IP: ) ETR6 (IP: ) ETR7 (IP: ) ETR8 (IP: ) ETR9 (IP: ) OFF AUX SOURCE AUX (IP: ) AUX (IP: ) AUX (IP: ) AUX4 (IP: ) OFF. Choose appropriate setting and then press the ENTER soft key. If you set DEVICE NO. or RADAR SOURCE, turn the power on and off again at the completion of the installation wizard. Radar Antenna HUB Echo Sounder ETR0 (default) 0-inch display Device 7-inch display Device 7-inch display Device FAX0 AUX (default) Device Number - Radar Source - Sounder Source - ETR0 Aux Source - AUX Device Number - Radar Source - Sounder Source - ETR0 Aux Source - AUX Device Number - Radar Source - Sounder Source - ETR0 Aux Source - AUX -

50 . After choosing ALL sources, press the NEXT soft key, and the RADAR SETUP menu appears. If you do not have a radar installed, go to step. ANTENNA TYPE A HEADING DATA MAGNETIC ANTENNA ROTATION ROTATE RADAR OPTIMIZATION OFF TIMING ADJUST OFF M. B. SUPRRESSION OFF RADAR ANTENNA HEIGHT MEDIUM (-0m, 0-ft) STC CURVE MEDIUM MONITOR MODE OFF HEADING ADJUST OFF Installation wizard, radar setup 4. Choose ANTENNA TYPE and then press the EDIT soft key. ANTENNA TYPE A (MODEL 84C) B (MODEL 84C) C (MODEL 94C) D (MODEL 944C) E (MODEL 954C) F (MODEL 964C) 5. Choose the appropriate antenna type and then press the ENTER soft key. 6. Choose HEADING DATA and then press the EDIT soft key. HEADING DATA MAGNETIC TRUE 7. Choose the appropriate heading data format and then press the ENTER soft key. Select MAGNETIC when connecting with a magnetic compass, or select TRUE when connecting with a gyrocompass or satellite compass. 8. Choose ANTENNA ROTATION and then press the EDIT soft key. ANTENNA ROTATION ROTATE STOP 9. Choose ROTATE (other than MODEL 954C or 964C) or STOP (MODEL 954C or 964C) and then press the ENTER soft key. For the MODEL 954C or 964C, follow the procedure in the illustration at the top of the next page. For other models, go to step 0. -4

51 Tuning Power Supply Unit for MODEL 954C. Choose TIMING ADJUST and then press the EDIT soft key.. Choose ON and then press the ENTER soft key.. You are asked if you want to transmit; push the ENTER knob. 4. Use the RANGE key to choose the 6nm range. 5. Press the RETURN soft key. 6. Open the power supply unit cover and flip switch SW on the POWER Board upward (tuning position). 7. Adjust potentiometer R6 clockwise so that CR LED lights in the highest brilliance. 8. Flip switch SW switch downward (default setting). 9. Set ANTENNA ROTATION to ROTATE. 0. Reassemble the cover of the power supply unit.. Go to step 0. POWER Board 9P006 TP5 TP CR R6 Upward Downward SW Tuning Power Supply Unit for MODEL 964C. Follow step -5 above.. Open the power supply unit cover and flip the switch S on the POWER Board to the upward (TUNE ADJ) position.. Adjust potentiometer R clockwise so that LED CR lights in the highest brilliance. R 4. Flip the switch S to the downward (END ADJ) position. 5. Set ANTENNA ROTATION to ROTATE. 6. Reassemble the cover of the power supply unit. 7. Go to step 0. CR S TUNE ADJ S END ADJ 0. Choose RADAR OPTIMIZATION and then press the EDIT soft key. RADAR OPTIMIZATION ON OFF. Choose ON and then press the ENTER soft key. Then, the radar s video and tuning are automatically adjusted.. After tuning has been completed, choose TIMING ADJUST and then press the EDIT soft key. TIMING ADJUST ON OFF -5

52 This adjustment ensures proper radar performance, especially on short ranges. The radar measures the time required for a transmitted echo to travel to the target and return to the source. The received echo appears on the display based on this time. Thus, at the instant the transmitter is fired, the sweep should start from the center of the display (sometimes called sweep origin.) A trigger pulse generated in the display unit goes to the antenna unit through the signal cable to trigger the transmitter (magnetron). The time taken by the signal to travel up to the antenna unit varies, depending largely on the length of signal cable. During this period the display unit should wait before starting the sweep. When the display unit is not adjusted correctly, the echoes from a straight local object (for example, a harbor wall or straight pier) will not appear with straight edges namely, they will be seen as pushed out or pulled in near the picture center. The range of objects will also be incorrectly shown. () Target pulled () Correct () Target pushed outward Examples of improper and correct sweep timing a) Choose ON and then press the ENTER soft key. b) Transmit on the shortest range and confirm that gain and A/C SEA are properly adjusted. c) Visually select a target which forms straight line (harbor wall, straight piers). d) Rotate the ENTER knob to straighten the target selected at step b), and then press the ENTER knob to finish.. Choose M. B. SUPPRESSION and press the EDIT soft key. M. B. SUPPRESSION ON OFF 4. Choose ON and then press the ENTER soft key. Main bang is the black hole which appears at the display center on short ranges. Rotate the ENTER knob to suppress the main bang. After adjusting, press the RETURN key. 5. Choose RADAR ANTENNA HEIGHT and then press the EDIT soft key. RADAR ANT. HEIGHT HIGH (>0m, ft) MEDIUM (-0m, 0-ft) LOW (<0m, ft) -6

53 6. Choose the height of the antenna above the water surface and then press the ENTER soft key. 7. Choose STC CURVE and then press the EDIT soft key. STC CURVE NARROW NORMAL WIDE 8. Choose appropriate STC curve setting and then press the RETURN soft key. NARROW: The effective range of the A/C SEA adjustment is relatively short. NORMAL: Between NARROW and WIDE. WIDE: The effective range of the A/C SEA adjustment is relatively long. 9. If you are going to use the equipment as a remote display, choose MONITOR MODE and then press the EDIT soft key. If not, go to step. MONITOR MODE ON OFF 0. Choose ON and then press the ENTER soft key. TX blanking function is not available when the MONITOR MODE is ON. To set a TX blanking sector, select OFF from MONITOR MODE on the NavNet equipment, and then set the sector same as the main radar. Finally, set MONITOR MODE to ON. When the MONITOR MODE is ON, the following functions are not available. Tuning (auto/manual, on the RADAR SETUP menu) Antenna rotation (RADAR SETUP menu) TX sector blanking (RADAR DISPLAY SETUP menu) Watchman (RADAR DISPLAY SETUP menu) Pulse select (Soft key). Choose HEADING ADJUST and then press the EDIT soft key. HEADING ADJUST ON OFF. Choose ON and then press the ENTER soft key. You have mounted the antenna unit facing straight ahead in the direction of the bow. Therefore, a small but conspicuous target dead ahead visually should appear on the heading line (zero degrees). In practice, you will probably observe some small error on the display because of the difficulty in achieving accurate initial positioning of the antenna unit. The following adjustment will compensate for this error. -7

54 a) Set ship s heading toward a suitable target (for example, ship or buoy) at a range between 0.5 and 0.5 nautical mile. b) Rotate the ENTER knob to bisect the target with the EBL and press the SET soft key c) Press the RETURN soft key. d) As a final test, move the boat towards a small buoy and confirm that the buoy shows up dead ahead on the radar when it is visually dead ahead.. The next step is to set up external equipment. Press the NEXT soft key to show the NAV SETUP menu. POSITION SOURCE FURUNO BB GPS AIR TEMPERATURE SOURCE FURUNO BB GPS SPEED (STW) SOURCE ETR AIR PRESSURE SOURCE FURUNO BB GPS TEMPERATURE SOURCE ETR DETPH SOURCE ETR STW CALIBRATION +00% TEMP CALIBRATION F DEPTH CALIBRATION +00ft WIND AVERAGING 00 seconds(s) WIND DIRECTION OFFSET S000.0 WIND SPEED CALIBRATION +00% WIND (MWV) SOURCE FURUNO BB GPS STW. kt TEMP 56. F DEPTH 99.5ft STW. kt TEMP 56. F DEPTH 99.5ft WIND SPEED. kt WIND DIR WIND SPEED. kt WIND DIR Page Page Installation wizard, nav setup 4. Choose item and press the EDIT soft key. 5. Choose appropriate setting and then press the ENTER soft key. Refer to the table on next page for description of each item. -8

55 NAV SETUP menu description Item Description Settings (Default in bold) Position Source Chooses source of position data. FURUNO BB GPS: GPS Receiver GP-0B/0B or Weather sensor WS-00 GP: GPS navigator (via NETWORK or NMEA port) LC: Loran C navigator (via NETWORK or NMEA port) ALL: Multiple navaid connection (via NETWORK or NMEA port) Speed Source Chooses source of speed data ETR (NavNet sounder), NMEA Temperature Source Chooses source of water temperature data. ETR, NMEA. Select ETR to show water temperature data fed from the network sounder. Depth Source Chooses source of depth data. ETR, NMEA. Select ETR to show depth data fed from the network sounder. STW Calibration Calibrates NMEA speed data. Enter amount in percentage. -50 to +50%, 00 Temp Calibration Depth Calibration Wind Averaging Wind Direction Offset Wind Speed Calibration Wind (MWV) Source Air Temperature Source Air Pressure Source Calibrates NMEA temperature data. Enter offset to correct NMEA temperature data. Calibrates NMEA depth data. Enter offset to correct NMEA depth data. Enter a value to smooth wind speed/direction data. Ship s bow is referenced to smooth wind vector movement. Offsets wind direction data. Offsets NMEA wind speed data. Enter amount in percentage. Chooses source of wind data. Chooses source of air temperature data. Chooses source of air pressure data C to +0.0 C (or equivalent in F), 00.0 C -5 to +90 ft (or equivalent in m, fa or P/B). 00 ft s, 00 s S80 -P80, S to +50%, 00% FURUNO BB GPS, NMEA: Select FURUNO BB GPS to show wind data fed from the WS-00. FURUNO BB GPS, NMEA: Select FURUNO BB GPS to show air temperature data fed from the WS-00. FURUNO BB GPS, NMEA: Select FURUNO BB GPS to show air pressure data fed from the WS After setting up, press the NEXT soft key, and the GPS SETUP menu appears. This menu setups the built-in GPS receiver. -9

56 7. Choose an item and press the EDIT soft key to show corresponding window. 8. Choose setting and then press the ENTER soft key. Refer to the table which follows for description. GEODETIC DATUM WGS-84 POSITION SMOOTHING 000 second (s) SPD/CSE SMOOTHING 005 second (s) LATITUDE OFFSET 0.000'N LONGITUDE OFFSET 0.000'E DISABLE SATELLITE LATITUDE 'N LONGITUDE 'W ANTENNA HEIGHT 005 m GPS FIX MODE D/D COLD START NO Installation wizard, GPS setup GPS SETUP menu description Item Description Settings Default Setting Geodetic Datum Your equipment is preprogrammed with most of the major chart systems of the world. Although the WGS-84 system, the GPS standard, is now widely used other categories of charts still exist. Select the chart system used, not the area where your boat is sailing. Use the trackball or ENTER knob to select appropriate chart. WGS-84 Position Smoothing Spd/Cse Smoothing Latitude Offset Longitude Offset When the DOP or receiving condition is unfavorable, the GPS fix may change, even if the vessel is dead in water. This change can be reduced by smoothing the raw GPS fixes. A setting between 000 to 999 is available. The higher setting the more smoothed the raw data, however too high a setting shows response time to change in latitude and longitude. This is especially noticeable at high ship speeds. Increase the setting if the GPS fix changes. During position fixing, ship s velocity (speed and course) is directly measured by receiving GPS satellite signals. The raw velocity data may change randomly depending on receiving conditions and other factors. You can reduce this random variation by increasing the smoothing. Like with latitude and longitude smoothing, the higher the speed and course smoothing the more smoothed the raw data. If the setting is too high, however, the response to speed and course change slows. For no smoothing, enter all zeros. Offsets latitude position to further refine position accuracy. Use the N <- - > S soft key to switch coordinate. As above but for longitude. Use the W < - - > E soft key to switch coordinate sec 0 sec (no position smoothing) sec 5 sec S N E W 0.0 (no offset) 0.0 (no offset) -0

57 Item Description Settings Default Setting Disable Every GPS satellite is broadcasting None Satellite abnormal satellite number (s) in its Almanac, which contains general orbital data about all GPS satellites, including those which are malfunctioning. Using this information, the GPS receiver automatically eliminates any malfunctioning satellite from the GPS satellite schedule. However, the Almanac sometimes may not contain this information. If you hear about a malfunctioning satellite from another source, you can disable it manually. Enter satellite number (max. satellites) in two digits and press the ENTER soft key. Latitude Set initial latitude position after cold 90 S - 90 N N start. Use the N < - -> S soft key to switch coordinate. Longitude Set initial longitude position after cold start. Use the W <- - > E soft key to switch coordinate. 80 E 80 W W Antenna Height Fix Mode Cold Start Enter the height of the GPS antenna unit above sea surface. Choose position fixing method: D (three satellites in view), D/D (three or four satellites in view whichever is greater). Clears the Almanac to receive the latest Almanac m 5 m D, D/D D/D No, Yes No -

58 WAAS setup (requires GPS receiver GP-0B/0B) Press the WAAS SETUP soft key to show the WAAS SETUP display. Contents of WAAS SETUP menu Item Description Settings Default Setting WAAS Mode Select ON to use the WAAS mode. On, Off Off WAAS WAAS satellite can be searched Auto, Manual Auto Search automatically or manually. For manual search, enter appropriate WAAS satellite number. WAAS Alarm When the WAAS signal is lost, the audible alarm sounds with the visual message NO WAAS SIGNAL. On: Alarm continues to sound until the WAAS positioning mode is available again or the alarm is recognized by key operation. Off: Alarm sounds three times. On, Off Off Corrections Data Selects the type of message for WAAS correction. Use 00 (operational status) in North America; 0 in other locations. 00 to 7, After you have finished setting up the GPS receiver, it s now time to set up external equipment. Press the NEXT soft key to show the DATA (GPS/NMEA) port setup menu. It is only necessary to set up ports which you are going to use; skip unnecessary steps. If you do not have external equipment connected to the NavNet, press the NEXT key several times to show the FINISH AND EXIT INSTALLATION WIZARD screen and then push the ENTER knob to finish. OUTPUT FORMAT LAT/LON FORMAT XTE FORMAT OUTPUT DESTINATION NMEA08 Ver.0 DD'MM.MMM' X. XX NO Installation wizard, DATA (GPS/NMEA) port setup menu 40. Choose item and press the EDIT soft key. Choose appropriate setting and then press the ENTER soft key. Refer to the table and sentence description on the next page for details. 4. Press the NEXT key, and the DATA (NMEA) port setup menu appears. Set up this port similar to how you set up the DATA port. OUTPUT FORMAT BAUD RATE LAT/LON FORMAT XTE FORMAT OUTPUT DESTINATION NMEA08 Ver bps DD'MM.MMM' X. XX NO Installation wizard, DATA (NMEA) port setup menu -

59 4. Press the NEXT key, and the DATA4 (PC/NMEA/EXT. BUZZ) port setup menu appears. Set up this port similar to how you set up the DATA port. NMEA OUTPUT FORMAT NMEA VER..0 BAUD RATE 4800 bps BIT LENGTH 8 bits STOP BIT bit (CONTROL: Xon/Xoff) Installation wizard, DATA4 (PC/NMEA/EXT. BUZZ) port setup menu Description of items in port menus Item Description Settings Default Setting Output Format Selects NMEA output version for the equipment connected. NMEA08 Ver..5, NMEA08 Ver..0 Baud Rate Sets baud rate. DATA port: AUTO*, 4800, 8400* (bps) DATA4 port: 4800, 9600, 900 (bps) Lat/Lon Format Selects latitude/longitude format to output. DD MM.MM, DD MM.MMM, DD MM.MMMM NMEA08 Ver bps DD MM.MMM XTE Format Selects number of XTE digits to output. X. XX, X. XXX X. XX Output Selects whether to output route (data Yes, No No Destination sentence RTE) and waypoint data (data sentence WPL) when destination is set. PORT MNITR Use this key to view which sentences are being output. See the example below. (soft key) * Auto detection of baud rate of connected equipment. For use only with device having AUTO feature. * Choose 8400 bps when connecting an AIS Interface or AIS Transponder to the DATA port. $GPGLL,45.45,N,50.50,E, ,A*E7<CR><LF>$GPGLL,45.45,N,5 0.50,E, ,A*E7<CR><LF>$GPGLL,45.45,N,50.50,E, ,A* E7<CR><LF>$GPGLL,45.45,N,50.50,E, ,A*E7<CR><LF>$GPGLL,45. 45,N,50.50,E, ,A*E7<CR> <LF>$GPGLL,45.45,N,50.50,E, ,A*E7<CR><LF Installation wizard, port monitor display -

60 4. Press the NEXT soft key, and the NMEA sentence selection window (for network) appears. AAM APB BOD BWR DPT GGA GLL GTD MTW RMA RMB RMC VHW VTG WPL XTE ZDA HDT HDG MWV ZTG Installation wizard, NMEA sentence selection window 44. Choose sentence to process and press the ON/OFF soft key to show ON or - - (OFF) as appropriate. 45.Press the NEXT soft key and the message FINISH AND EXIT INSTALLATION WIZARD. ARE YOU SURE? appears. Press the ENTER knob to finish the installation wizard. This concludes the Installation Wizard. Turn off the equipment to register settings. -4

61 . Checking Magnetron Heater Voltage Magnetron heater voltage is formed on the MD (84C), PTU (84C) or RTB (94C/944C954C/964C) Board of the antenna unit, and preadjusted at the factory. Therefore, no adjustment is required. However, check magnetron heater voltage for confirmation as shown below. This procedure should only be performed by a qualified technician.. Open the antenna unit.. Turn on the power. Do not transmit the radar.. Connect a multimeter, set to 0VDC range, appropriate position on the MD (84C), PTU (84C) or RTB (94C/944C954C/964C) Board in the antenna unit. Refer to the table in below. 4. Confirm that the multimeter indication is within the ratings shown below. Check point MODEL84C MODEL84C MODEL94C/944C/ 954C/964C TP804#6 (+) and #4 (-) on MD Board TP80#4 (+) and #6 (-) on PTU Board J85#4 and #6 (GND) on RTB Board Multimeter indication 7.9 to 8. V 7.4 to 7.6 V 7.4 to 7.6 V Adjustment point VR80 on MD Board R06 on PTU Board VR80 on MD Board -5

62 This page is intentionally left blank. -6

63 4. OPTIONAL EQUIPMENT 4. ARP Kit ARP- Necessary parts Name: ARP kit Type: ARP- Code no.: Contents of ARP kit Name Type Code No. Qty ARP Board 8P904B Pan head screw Mx6 C700W Spacer* SQ SQ Spring washer* M C59W *Not used. Unscrew seven connecter nuts at the rear of the display unit.. Unfasten 5 binding screws (Mx0) to remove the display cover. Connector nut (large) pc. Connector nut (for 4P) pc. Connector nut (small) 5pc. Binding screws (Mx0, w/nylon washer) 5 pcs. Removing the display unit cover 4-

64 . Disconnect the PH5P connector from J57 on the POWER Board (9P005). 4. Unfasten seven pan head screws (Mx8) to dismount the POWER Board and POWER shield case from the display unit. Pan head screws (Mx8) 7 pcs. J57 POWER Board 9P005 POWER shield case ARP Board P07 SPU Board J To J57 on POWER Board Dismounting the POWER Board 5. Mate P07 on the ARP Board (option) to J on the SPU Board. 6. Fix the ARP Board on the SPU Board with four pan head screws and spring washers (supplied with option kit). 7. Remount the POWER Board and power shield case with pan head screws (Mx8, 7pcs.) 8. Attach the PH5P connector to J57 on the POWER Board. 4-

65 9. Fasten screws in order shown below to mount the display cover. Middle 5 left 4 right Both sides of drain hole: pcs. Around the perimeter: 0 pcs. 4 5 screws: The torque should be N m. 0. Fasten seven connector nuts. Order of fastening screws 4-

66 4. Connection of Video Equipment/ External Monitor/Remote Display The above units can be connected to the MODEL84C/84C/94C/944C/954C and GD-90C by using the hole at the rear of the display unit. Remove the cover to use this hole. After connecting, cover the hole with soft putty to seal. Video recorder, CCD camera etc. :00 VGA monitor CAUTION Even though the display unit meets waterproof standard IPX-5, this modification can affect waterproofness. Watertight integrity cannot be guaranteed. Remote display (ex. FMD-8) Connection of Video equipment/external monitor/remote display 4.. Connecting video equipment The display unit can show the picture from a CCD camera, video recorder, etc. which outputs composite signal in NTSC/PAL format, by using the optional NTSC/PAL interface kit. Necessary parts Name: NTSC/PAL Interface kit Type: OP0-75 Code no.: Contents of NTSC/PAL Interface kit Name Type Code No. Qty Remarks PIP board 9P NTSC/PAL interface Board Pan head screw Mx6 C700W Connector assy RCA-TMP-L Cable tie SG w/foot for fixing Rubber grommet MG

67 For connection with the CCD camera/video recorder, the following cable is necessary (local supply). Connector at both ends: RCA connector (metal) Cable length: shorter than 0 m.5cv or CV (Japan Industrial Standard (JIS), or the equivalent) coaxial cable (Impedance: 75 Ω) Cable CV Insulator Shield Vinyl sheath Conductor S = 0.9 mm = 0.5 mm Cable C-V, sectional view. Remove the display unit cover, POWER Board and power shield case referring to the step through 4 inn 4. ARP kit ARP-.. Attach the NTSC/PAL Interface Board to the SPU Board with four pan head screws (Mx6, supplied with optional kit) so that J700 connector on the NTSC/PAL Interface Board faces to J07 on the SPU Board.. Attach the connector assy RCA-TMP-L0 to J70 on the NTSC/PAL Interface Board. Pan head screws (Mx6, supplied with optional kit) 4pcs. NTSC/PAL Interface Board Connector assy RCA-TMP-L0 J700 J07 NTSC/PAL Interface Board attachment 4-5

68 4. Set two cable tie legs (supplied with option kit) as shown below. Attach two cable ties. Cable ties attachment. 5. Tie the connector assy with two cable ties attached at step Remount the POWER Board and power shield case with pan head screws (Mx8, 5 pcs.) 7. Attach the PH5P connector from SPU Board to J57 on the POWER Board. 8. Pass the connector assy through the saddle on the POWER Board. 9. Remount the display unit cover referring to the illustration on page 4- so that the cable runs through the hole the connector cover removed. 0. Cut a cross in the grommet to pass the cable through it and then attach the grommet. Grommet Connector assy Pan head screw (Use one, right or left.) Ground terminal Washer Display unit, passing the PIP cable. Fasten the ground wire of the connector assy with a pan head screw (M4x0) shown in the above. Finally, cover the hole with soft putty to seal. 4-6

69 4.. Connecting an external monitor You can display the MODEL84C/84C/94C/944C/954C screen on an external monitor which accepts industrial standard VGA input by using the optional RGB output cable kit OP0-76. Supply monitor and interconnection cable (with HD-5P connectors of male, three rows of 5 pins) locally. Necessary parts for external monitor Name: RGB output cable kit Type: OP0-76 Code No.: Name Type Code No. Qty Cable assy. 5SDS/XHP Grommet MG Unscrew 5 binding screws (Mx0, w/nylon washer) and seven connector nuts to remove the display unit cover.. Cut a cross in the grommet (to pass the cable).. Pass the RGB output cable through the grommet hole at the rear of the display unit cover and the saddle on the POWER Board, and then connect the XH connector (0P) of the RGB output cable to J0 on the SPU Board. Put the ground wire of the cable outside of the cover. 4. Reassemble the display unit referring to the illustration on page Fix the ground wire of the cable with one of two screws both sides of the connector hole. 6. Finally, cover the hole with soft putty to seal Connector nut (for 4P) pc. Binding screws (Mx0, w/nilon washer) 5 pcs. Connector nut (large) pc. Connector nut (small) 5 pcs. Rubber grommet Cut a "cross" RGB output cable (5SDS/XHP0-005) Ground wire (to the out side of the cover) J0 J09 Saddle How to connect 5SDS/XHP

70 4.. Connecting remote display The FURUNO Display unit FMD-8, MODEL8 or GD-80/80, etc. can be connected to the NavNet display as remote display. To interconnect them, use a cable attached with or set as option for the remote display. For the network system consists of some units, connect the remote display cable to the one selected as radar source. Also, the optional EMI core (Type: E04R46A, Code No.: ) should be attached to the remote display cable to prevent a noise.. Unscrew 5 binding screws (Mx0, w/nylon washer) and seven connector nuts to remove the display unit cover.. Pass the signal cable for remote displaying through the hole at the rear of the display unit cover and the saddle on the POWER Board, and then connect the XH connector (8P) of the signal cable to J09 on the SPU Board. If your remote signal cable has the ground wire, pass it outside of the cover and fix it with the screw shown below.. Reassemble the display unit referring to the illustration on page Attach the EMI core (option) to the remote display cable as shown below. Connector nut (for 4P) pc. Binding screws (Mx0, w/nilon washer) 5 pcs. Connector nut (large) pc. Connector nut (small) 5 pcs. Use one of these screws to fix the ground wire of the remote signal cable. Other equipment's remote signal cable J09 Saddle Attach EMI core closely to the display unit. How to connect remote signal cable 4-8

71 4..4 Attaching more than two units When more than two cables of PIP kit, VGA monitor cable and remote signal cable, use the cable tie supplied as the installation materials with the display unit to tie optional cables. Attach the cable tie to the hole on the POWER Board. Attach the cable tie here. Cable tie Attaching the cable tie to POWER Board 4-9

72 A-

73 A- A-

74 MODEL94C/944C/954C A-5 MODEL84C/84C A-4

75 A-7 A-6

76 A-8 A-9

77 A-0 A-

78 A- A-

79 A-4 A-5

80

81

82

83

84 D-5

85 D-6

86 D-7

87 4 5 6 A B -4 VDC 00/0/0/0 VAC φ,50/60 Hz VGAモニター VGA MONITOR 副 指 示 器 REMOTE DISPLAY ビデオI/F VIDEO INTERFACE (NTSC/PAL) GYRO 選 択 SELECT MJ-ASPF ZC,5m,φ0 DPYC-.5 * 5 6 整 流 器 (+)(-) RECTIFIER RU-4 GND * IV-sq. * VGA MONITOR CABLE * CO-AX CABLE GPS 受 信 機 GPS RECEIVER GP-0B/0B 航 法 レーダー NAV/RADAR 国 際 船 舶 自 動 識 別 装 置 AIS TRANSPONDER FA-50 AIS INTERFACE IF-500 AIS ADコンバータ A-D CONVERTER AD-00 ヘディングセンサ HEADING SENSOR PG-000 0m D-SUB 5P RCA JACK MJ-A6SPF C,0m MJ-A6SPF C,5m MJ-A6SPF00-050C/00C, 5/0m(6P-6P),φ6 MJ-A6SPF C,0m,φ6 MJ-A6SPF C,5m,φ6 MJ-A6SPF0007,0m,φ6 FUSE 7A:4VDC * 5 A: VDC MJ-ASPF J5 シロ WHT (+) クロ BLK (-) GND 9S004,0.5m OP0-74,MAX.0m 9S0,0.5m * MJ-A6SPF シロ WHT クロ BLK キ YEL ミド GRN 指 示 部 RDP-49 * DATA MJ-A7SPF J56 TD-A TD-B RD-A 4 RD-B 5 +V 6 GND 7 SHIELD * MJ-A6SPF シロ WHT クロ BLK キ YEL ミド GRN DATA J55 TD-A TD-B RD-A RD-B NC SHIELD DATA J54 DATA-H/HDG-H DATA-C/HDG-C CLK-H CLK-C NC SHIELD DISPLAY UNIT J0(XH0P) SIG-R GND SIG-G GND SIG-B GND E_HSYNC_N GND E_VSYNC_N GND J09(XH8P) GND TRU_HD GND DP_BP GND PR_TRIG GND OP_VIDEO SPU PIP 9P00 J70(VHP) VIN AGND 9P004 DJ * +V 0 +V GND 0 -V 4 -V 5 TX_TRIG P/L A 8 P/L B 7 BEARING 9 MOTOR(+) HD SIG. 7 MOTOR(-) 5 TUNE_IND. MBS_L GND GND VIDEO TUNE_CONT SPARE NC NC NC NC EXT_TRIG * MJ-B4LPF000,0/5/0/0m,φ (7C+CV,MAX.0m) シロ/タ イ( 太 ) WHT/ORG[B] シロ/チャ( 太 ) WHT/BRN[B] シロ/アカ( 太 ) WHT/RED[B] シロ/ミト リ( 太 ) WHT/GRN[B] シロ/クロ( 太 ) WHT/BLK[B] チャ BRN ムラサキ PPL アオ BLU シロ シロ/アオ( 太 ) クロ モモ( 太 ) ミドリ ダイ ハイ ドウジク キ アカ WHT WHT/BLU[B] BLK PNK[B] GRN ORG GRY C-V COAX. YEL RED 空 中 線 部 ANTENNA UNIT RSB-007/RTR-057 * * J80(VH9P) J80(VH4P) B MD-908 J6(NHP) B IF-94A 空 中 線 部 ANTENNA UNIT RSB-0094/RTR-075 * * J88(VH9P) J889(VH4P) J80(NHP) (INT) 0P-98 C D 魚 群 探 知 機 PC ECHO SOUNDER PC(RSC) 外 部 ブザー EXT. BUZZER OP0-6 外 部 装 置 EXT. EQUIP. GP-700/C ETR-6/0N MJ-A7SPF0007,5m,φ7 アカ RED クロ BLK MJ-A6SPF004-00C,φ6 MAX.0m * HUB MJ-A6SRMD/TMAP8 MJ-A6SPF004-00C, (9S005),0.5m φ6 MAX.0m 注 記 *) 造 船 所 手 配 *)コネクタは 工 場 にて 取 付 済 み *)シールドは 両 ユニット 側 で 完 全 に 接 地 すること *4) 副 指 示 器 として 使 用 する 場 合 は 指 示 部 の 内 部 設 定 を 変 更 する * MJ-A6SPF NOTE *. SHIPYARD SUPPLY *. CONNECTOR PLUG FITTED AT FACTORY. *. SHIELD SHOULD BE EFFECTIVELY GROUNDED AT BOTH UNIT ENDS. *4. CHANGE SETTING IN THE DISPLAY UNIT FOR USING AS A REMOTE DISPLAY. * MJ-A7SPF DATA4 J5 キ YEL RD-A ミド GRN 4 RD-B シロ WHT TD_DT アオ BLU RD_DT (RS-C) NMEA08 アカ RED 5 +V クロ BLK 6 EXT.BUZZ 7 SHIELD/GND NETWORK J5 E_TD_P E_TD_N E_RD_P E_RD_N NC SHIELD GND IV-sq. * 副 指 示 器 用 DJ HD SIG. GND BEARING GND EXT_TRIG GND VIDEO DRAWN Jan. 7,'06 CHECKED APPROVED SCALE DWG.No * *4 FOR REMOTE DISPLAY MJ-B4LPF0008 0/0/0m,φ.4(OPTION) MASS クロ キ シロ ハイ アカ ドウジク E.MIYOSHI TAKAHASHI.T C54-C0- F kg BLK YEL WHT GRY RED C-V COAX. レーダー RADAR * (NH8P) GND HD GND 4 BP 5 GND 6 TRIG 7 GND 8 VIDEO TYPE 名 称 NAME MODEL 84C/84C 船 舶 用 レーダー 相 互 結 線 図 MARINE RADAR INTERCONNECTION DIAGRAM FURUNO ELECTRIC CO., LTD.

88 4 5 6 A B -4 VDC 00/0/0/0 VAC φ,50/60 Hz VGAモニター VGA MONITOR 副 指 示 器 REMOTE DISPLAY ビデオI/F VIDEO INTERFACE (NTSC/PAL) GYRO 選 択 SELECT MJ-ASPF ZC,5m,φ0 DPYC-.5 * 5 6 整 流 器 (+)(-) RECTIFIER RU-4 * GND * IV-sq. * VGA MONITOR CABLE D-SUB 5P * RCA JACK COAXIAL CABLE GPS 受 信 機 GPS RECEIVER GP-0B/0B 航 法 レーダー NAV/RADAR 国 際 船 舶 自 動 識 別 装 置 AIS TRANSPONDER FA-50 AIS INTERFACE IF-500 AIS ADコンバータ A-D CONVERTER AD-00 ヘディングセンサ HEADING SENSOR PG-000 0m MJ-A6SPF0007,0m,φ6 FUSE 7A:4VDC 5 A: VDC * MJ-ASPF J5 シロ WHT (+) クロ BLK (-) GND 9S004,0.5m OP0-74,MAX.0m 9S0,0.5m MJ-A6SPF C,0m * MJ-A6SPF C,5m MJ-A6SPF MJ-A6SPF00-050C,5m(6P-6P),φ6 シロ WHT クロ BLK キ YEL ミト リ GRN MJ-A6SPF C,0m,φ6 MJ-A6SPF C,5m,φ6 * MJ-A6SPF シロ WHT クロ BLK キ YEL ミト リ GRN 指 示 部 RDP-49 * DATA MJ-A7SPF J56 TD-A TD-B RD-A 4 RD-B 5 +V 6 GND 7 SHIELD DATA J55 TD-A TD-B RD-A RD-B NC SHIELD DATA J54 DATA-H/HDG-H DATA-C/HDG-C CLK-H CLK-C NC SHIELD DISPLAY UNIT J0(XH0P) SIG-R GND SIG-G 4 GND 5 SIG-B 6 GND 7 E_HSYNC_N 8 GND 9 E_VSYNC_N 0 GND J09(XH8P) GND TRU_HD GND 4 DP_BP 5 GND 6 PR_TRIG 7 GND 8 OP_VIDEO SPU J70(VHP) VIN AGND PIP 9P00 9P004 DJ +V +V GND -V -V TX_TRIG P/L A P/L B BEARING MOTOR(+) HD SIG. MOTOR(-) TUNE_IND. MOTOR (-) MOTOR (+) MBS_L MOTOR (+) GND GND VIDEO TUNE_CONT SPARE SPARE EXT_TRIG * MJ-B4LPF0005,0/5/0/0m,φ (C+CV,MAX.0m) *4 キ( 太 ) YEL[B] クロ( 太 ) BLK[B] アカ( 太 ) RED[B] シロ( 太 ) WHT[B] チャ( 太 ) BRN[B] チャ BRN アオ BLU ミドリ GRN シロ WHT アオ( 太 ) BLU[B] クロ BLK ムラサキ( 太 ) PPL[B] シロ/チャ ムラサキ シロ/アカ アカ ダイ シロ/タ イ WHT/BRN PPL WHT/RED RED ORG WHT/ORG ドウジク C-V COAX. キ YEL ミト リ( 太 ) GRN[B] ダイ( 太 ) ORG[B] 空 中 線 部 ANTENNA UNIT RSB-0070 (4rpm) *4 * J8(VH9P) J8(VH4P) J84(NHP) J8(NHP) 0P949 RW-4747 C D 魚 群 探 知 機 PC ECHO SOUNDER PC(RSC) 外 部 ブザー EXT. BUZZER OP0-6 MJ-A7SPF0007,5m,φ7 アカ RED クロ BLK 外 部 装 置 EXT. EQUIP. MJ-A6SPF004-00C,φ6 GP-700/C MAX.0m ETR-6/0N * MJ-A6SRMD/TMAP8 MJ-A6SPF004-00C, HUB (9S005),0.5m φ6 MAX.0m 注 記 *) 造 船 所 手 配 *)オプション *)コネクタは 工 場 にて 取 付 済 み *4)シールドは 両 ユニット 側 で 完 全 に 接 地 すること *5) 副 指 示 器 として 使 用 する 場 合 は 指 示 部 の 内 部 設 定 を 変 更 する NOTE *. SHIPYARD SUPPLY *. OPTION *. CONNECTOR PLUG FITTED AT FACTORY. *4. SHIELD SHOULD BE EFFECTIVELY GROUNDED AT BOTH UNIT ENDS. *5. CHANGE SETTING IN THE DISPLAY UNIT FOR USING AS A REMOTE DISPLAY. シロ アオ BLU キ YEL ミト リ GRN アカ RED クロ BLK MJ-A7SPF * WHT * MJ-A6SPF DATA4 J5 TD_DT (RS-C) RD_DT RD-A RD-B NMEA08 +V EXT.BUZZ SHIELD/GND NETWORK J5 E_TD_P E_TD_N E_RD_P E_RD_N NC SHIELD GND * IV-sq. DRAWN Jan. 7,'06 CHECKED APPROVED SCALE DWG.No. MASS 副 指 示 器 用 *5 DJ * HD SIG. 7 GND 0 BEARING 9 GND 4 EXT_TRIG GND VIDEO 6 E.MIYOSHI TAKAHASHI.T C545-C0- F kg FOR REMOTE DISPLAY * MJ-B4LPF0008,0/0/0m,φ.4 クロ BLK キ YEL シロ WHT ハイ GRY アカ RED ドウジク C-V COAX. TYPE 名 称 NAME * MJ-A0SPF レーダー RADAR (NH8P) GND HD GND 4 BP 5 GND 6 TRIG 7 GND 8 VIDEO MODEL 94C/944C 船 舶 用 レーダー 相 互 結 線 図 MARINE RADAR INTERCONNECTION DIAGRAM FURUNO ELECTRIC CO., LTD.

89

90 4 5 6 VLP-VV-SXC-AA050,5m,φ0 (0S980) 電 源 部 POWER SUPPLY UNIT PSU-008 A B -4 VDC -4 VDC 00/0/0/0 VAC φ,50/60 Hz VGAモニター VGA MONITOR 副 指 示 器 REMOTE DISPLAY ビデオI/F VIDEO I/F (NTSC/PAL) MJ-ASPF ZC,5m,φ0 DPYC-.5 * 5 6 整 流 器 (+)(-) RECTIFIER RU-4 GND * IV-sq. * D-SUB 5P VGA MONITOR CABLE * COAXIAL CABLE GPS 受 信 機 GPS RECEIVER GP-0B 0m RCA JACK FUSE * 7A MJ-ASPF シロ WHT クロ BLK 9S004,0.5m 0S999,0m 9S0,0.5m * MJ-A7SPF 指 示 部 RDP-49 J5 (+) (-) GND DATA J56 TD-A TD-B RD-A RD-B +V GND SHIELD DISPLAY UNIT J0(XH0P) SIG-R GND SIG-G 4 GND 5 SIG-B 6 GND 7 E_HSYNC_N 8 GND 9 E_VSYNC_N 0 GND J09(XH8P) GND TRU_HD GND 4 DP_BP 5 GND 6 PR_TRIG 7 GND 8 OP_VIDEO DJ +V +V GND -V -V TX_TRIG P/L A P/L B BEARING MOTOR(+) HD SIG. MOTOR(-) MJ-B4LPF00,5m,φ 7A:4V 5A:V 4 J(VLP) (+) (-) J(VLP) J(VH9P) J4(VH4P) J(VH8P) +V +V GND -V 4 -V 5 TX_TRIG 6 P/L A 7 P/L B J(VH5P) BEARING.P MOTOR(+) HD SIG. MOTOR(-) 4 5 RW-977,0/5/0/0m,φ4.5 (C+CV,MAX.0m) * キ( 太 ) YEL[B] * クロ( 太 ) BLK[B] アカ( 太 ) RED[B] シロ( 太 ) WHT[B] 4 チャ( 太 ) BRN[B] 5 チャ BRN 6 アオ BLU 7 ミドリ GRN 8 9 シロ WHT アオ( 太 ) BLU[B] クロ BLK ムラサキ( 太 ) PPL[B] 空 中 線 部 ANTENNA UNIT RSB-007(4rpm) RSB-007(48rpm) 4 J8(VH9P) J8(VH4P) C D GYRO 選 択 SELECT 航 法 レーダー NAV/RADAR 国 際 船 舶 自 動 識 別 装 置 AIS TRANSPONDER FA-50 AIS INTERFACE IF-500 AIS ADコンバータ A-D CONVERTER AD-00 ヘディングセンサ HEADING SENSOR PG-000 魚 群 探 知 機 PC ECHO SOUNDER PC(RSC) 外 部 ブザー EXT. BUZZER OP0-6 * MJ-A6SPF00-050C/00C, 5/0m,φ6 AD-0/ NMEA MJ-A6SPF0007 0m,φ6 * MJ-A6SPF シロ WHT クロ BLK キ YEL ミド GRN * * MJ-A6SPF MJ-A6SPF C,5m,φ6 シロ WHT クロ BLK キ YEL ミド GRN DATA J55 TD-A TD-B RD-A RD-B NC SHIELD * * MJ-A7SPF MJ-A7SPF0007,5m,φ7 シロ WHT アオ BLU キ YEL ミド GRN 4 アカ RED アカ RED 5 +V クロ BLK クロ BLK 6 7 * 外 部 装 置 * MJ-A6SPF EXT. EQUIP. MJ-A6SPF004-00C,φ6 GP-700/C MAX.0m ETR-6/0N * * MJ-A6SRMD/TMAP8 MJ-A6SPF004-00C, 4 HUB (9S005),0.5m φ6 MAX.0m 5 6 注 記 *) 造 船 所 手 配 *)オプション *)コネクタは 工 場 にて 取 付 済 み *4)シールドは 両 ユニット 側 で 完 全 に 接 地 すること *5) 副 指 示 器 として 使 用 する 場 合 は 指 示 部 の 内 部 設 定 を 変 更 する DATA J54 DATA-H/HDG-H DATA-C/HDG-C CLK-H CLK-C NC SHIELD DATA4 J5 TD_DT RD_DT RD-A RD-B NOTE *. SHIPYARD SUPPLY. *. OPTION. *. CONNECTOR PLUG FITTED AT FACTORY. *4. SHIELD SHOULD BE EFFECTIVELY GROUNDED AT BOTH UNIT ENDS. *5. CHANGE SETTING IN THE DISPLAY UNIT FOR USING AS A REMOTE DISPLAY. EXT.BUZZ SHIELD/GND NETWORK J5 E_TD_P E_TD_N E_RD_P E_RD_N NC SHIELD NMEA08 SPU 9P00 J70(VHP) VIN TUNING.IND AGND MOTOR(-) PIP 9P004 GND IV-sq. * MOTOR(+) MBS_L MOTOR(+) GND GND VIDEO TUNE_CONT SPARE SPARE EXT_TRIG *4 DRAWN Jan.6,'06 CHECKED APPROVED SCALE *4 DWG.No J5(NH) J8(NH4P) TUNING.IND MOTOR(-) 0P949 E.MIYOSHI TAKAHASHI.T MASS C548-C0- E MOTOR(+) MBS_L MOTOR(+) GND VIDEO TUNE_CONT J(VHP) TX_HV GND IV-sp. * kg GND REF.No. *4 シロ/チャ ムラサキ シロ/アカ アカ ダイ シロ/ダイ ドウジク キ ダイ( 太 ) 副 指 示 器 用 *5 DJ * HD SIG. 7 GND 0 BEARING 9 GND 4 EXT_TRIG GND VIDEO WHT/BRN PPL WHT/RED RED ORG WHT/ORG C-V COAX. YEL ORG[B] FOR REMOTE DISPLAY TYPE 名 称 NAME ドウジク * C-V COAX. J84(NHP) J8(VHP) 0P950 * MJ-B4LPF0008 0/0/0m,φ.4 * クロ キ シロ BLK YEL WHT MJ-A0SPF ハイ GRY アカ RED MODEL 964C 船 舶 用 レーダー 相 互 結 線 図 MARINE RADAR RW-4747 レーダー RADAR (NH8P) GND HD GND 4 BP 5 GND 6 TRIG 7 GND 8 VIDEO INTERCONNECTION DIAGRAM FURUNO ELECTRIC CO., LTD.

91 A B -4 VDC 00/0/0/0 VAC φ,50/60 Hz VGAモニター VGA MONITOR ビデオI/F VIDEO INTERFACE (NTSC/PAL) GYRO 選 択 SELECT MJ-ASPF ZC,5m,φ0 DPYC-.5 * 5 6 整 流 器 (+)(-) RECTIFIER PR-6 GND * IV-sq. * D-SUB 5P VGA MONITOR CABLE * CO-AX CABLE GPS 受 信 機 GPS RECEIVER GP-0B/0B 航 法 レーダー NAV/RADAR 国 際 船 舶 自 動 識 別 装 置 AIS TRANSPONDER FA-50 AIS INTERFACE IF-500 AIS ADコンバータ A-D CONVERTER AD-00 ヘディングセンサ HEADING SENSOR PG-000 0m RCA JACK FUSE 7A * MJ-ASPF J5 シロ WHT (+) クロ BLK (-) GND 9S004,0.5m 9S0,0.5m MJ-A6SPF C,0m * MJ-A6SPF C,5m MJ-A6SPF MJ-A6SPF00-050C,5m(6P-6P) φ6 シロ WHT クロ BLK キ YEL ミド GRN MJ-A6SPF C,0m,φ6 MJ-A6SPF C,5m,φ6 MJ-A6SPF0007,0m,φ6 * MJ-A6SPF シロ WHT クロ BLK キ YEL ミド GRN 指 示 部 RDP-49 * DATA MJ-A7SPF J56 TD-A TD-B RD-A 4 RD-B 5 +V 6 GND 7 SHIELD DATA J55 TD-A TD-B RD-A RD-B NC SHIELD DATA J54 DATA-H/HDG-H DATA-C/HDG-C CLK-H CLK-C NC SHIELD DISPLAY UNIT J06(XH0P) SIG-R GND SIG-G GND SIG-B GND E_HSYNC_N GND E_VSYNC_N GND SPU PIP 9P00 J70(VHP) VIN GND 9P004 DJ 不 使 用 NOT USED C D MJ-A5AF m,φ6.8 VDC FUSE A アカ RED クロ BLK MJ-ASPF 魚 群 探 知 機 PC ECHO SOUNDER PC(RSC) 外 部 ブザー EXT. BUZZER OP0-6 +V GND FG 外 部 装 置 EXT. EQUIP. GP-70C ETR-6/0N HUB * 注 記 *) 造 船 所 手 配 *)コネクタは 工 場 にて 取 付 済 み メモリカート I/F MEMORY CARD I/F CU-00 * MJ-A6SRMD/TMAP8 (9S005),0.5m MJ-A7SPF0007,5m,φ7 アカ RED クロ BLK MJ-A6SPF004-00C,φ6 MAX.0m * MJ-A7SPF シロ WHT アオ BLU キ YEL ミド GRN アカ RED 4 5 クロ BLK 6 7 MJ-A6SPF/TMAP8-C050,5m,φ5. MJ-A6SPF004-00C, φ6 MAX.0m * MJ-A6SPF DATA4 J5 TD_DT (RS-C) RD_DT RD-A RD-B NMEA08 +V EXT.BUZZ SHIELD/GND NETWORK J5 E_TD_P E_TD_N E_RD_P E_RD_N NC SHIELD GND IV-sq. * NOTE *. SHIPYARD SUPPLY *. CONNECTOR PLUG FITTED AT FACTORY. DRAWN Jan.7, '06 CHECKED APPROVED SCALE DWG.No. E.MIYOSHI TAKAHASHI.T MASS C44-C0- F ±0% kg TITLE 名 称 NAME GD-90C カラービデオプロッタ 相 互 結 線 図 COLOR VIDEO PLOTTER INTERCONNECTION DIAGRAM