Furuno FMD3100 Installation Manual

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Page 1

Installation Manual

ECDIS

Model FMD-3100

(ELECTRONIC CHART DISPLAY AND INFORMATION SYSTEM)

SAFETY INSTRUCTIONS ................................................................................................i

SYSTEM CONFIGURATION ...........................................................................................ii

EQUIPMENT LIST ..........................................................................................................iv

1. MOUNTING..............................................................................................................1-1

1.1 Panel Computer Unit (PCU-3000) .....................................................................................1-1

1.2 Trackball Control Unit (RCU-030)......................................................................................1-8

1.3 Sensor Adapter MC-3000S/3020D/3030D (Optional)......................................................1-10

1.4 Intelligent Hub HUB-3000 (Optional) ...............................................................................1-11

1.5 Mounting the Switching Hub HUB-100 (Optional)............................................................1-12

1.6 Radar Connection Box RCB-002 (Optional) ....................................................................1-13

2. WIRING....................................................................................................................2-1

2.1 Panel Computer Unit PCU-3000........................................................................................2-3

2.2 Sensor Adapters (Optional) .............................................................................................2-11

2.3 Intelligent HUB HUB-3000 (Optional) ..............................................................................2-27

2.4 Radar Connection Box RCB-002 (Optional) ....................................................................2-28

APPENDIX 1 JIS CABLE GUIDE .............................................................................AP-1

APPENDIX 2 ROD TERMINALS .............................................................................AP-2

APPENDIX 3 DIGITAL INTERFACE ........................................................................AP-7

APPENDIX 4 RA/IF BOARD JUMPER VALUES ...................................................AP-20

PACKING LISTS ......................................................................................................... A-1

OUTLINE DRAWINGS ................................................................................................ D-1

INTERCONNECTION DIAGRAMS.............................................................................. S-1

www.furuno.com

ll brand and product names are trademarks, registered trademarks or service marks of their respective holders.

Page 2

The paper used in this manual

9-52 Ashihara-cho,

A:FEB

2014

D1:NOV.01, 2016

Pub. No.

(

)

Nishinomiya, 662-8580, JAPAN

is elemental chlorine free.

・FURUNO Authorized Distributor/Dealer

REFU

FMD-3100

Printed in Japan

IME-44840-D1

0 0 0 1 7 8 7 6 0 1 3

Page 3

SAFETY INSTRUCTIONS

Be sure that the power supply is compatible with the voltage rating of the equipment.

Connection of an incorrect power supply can cause fire or damage the equipment.

Use only the specified power cable.

Fire or damage to the equipment can result if a different cable is used.

Attach protective earth securely to the ship's body.

The protective earth (grounding) is required for the AC power supply to prevent electrical shock.

Do not open the equipment unless totally familiar with electrical circuits and service manual.

WARNING

Turn off the power at the mains switch-board 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.

ELECTRICAL

SHOCK

HAZARD

CAUTION

Observe the following compass safe distances to prevent interference to a magnetic compass:

Standard compass

Trackball Control Unit (RCU-030)

Steering compass

Intelligent HUB (HUB-3000)

2.05 m

1.35 m

1.20 m

0.75 m

Panel Computer Unit (PCU-3000)

Sensor Adapter (MC-3000S)

Sensor Adapter (MC-3020D)

Sensor Adapter (MC-3030D)

1.05 m

0.70 m

0.90 m

0.60 m

Mandatory Action

Prohibitive Action

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, can result in minor or moderate injury.

Warning, Caution

The installer of the equipment must read the safety instructions before attempting to install the equipment.

WARNING

Attach protective earth securely to the ship's body.

The protective earth (grounding) is required for the AC power supply to prevent electrical shock.

WARNING

Do not install the units of the system where they may get wet from rain or water splash, or in a dusty environment.

Water in the units can result in fire, electrical shock, or damage the equipment.

Switching HUB (HUB-100)

1.00 m 0.60 m

0.9 m 0.6 m

0.3 m0.5 m

1.45 m 0.95 m

Only qualified personnel should work inside the equipment.

Radar Connection Box (RCB-002)

Unit

Page 4

SYSTEM CONFIGURATION

Dashed lines indicate optional or local supply equipment.

Category of units All units protected from the weather.

PAN EL

COMPUTER

UNIT

PCU-3000

100-230 VAC

24 VDC

Trackball Control Unit

RCU-030

100-230 VAC

24 VDC

100-115/200-230 VAC 1Ø, 50/60 Hz

24 VDC

Keyboard

5139U (Black)

USB DVD Drive

External Monitor*1, VDR*

USB Printer,

USB Flash Drive

Serial Interface (4 ports):

• IEC 61162-1/2x2 (AIS, GYRO)

• IEC 61162-1x2 (GPS, LOG)

Switching Hub

HUB-100

Sensor Adapter

MC-3020D

Sensor Adapter

MC-3030D

Serial interface

Digital IN interface

Digital OUT interface

Sensor Adapter

MC-3000S

Intelligent Hub

HUB-3000

Radar 1

Radar Connection Box

RCB-002

AC/DC Power

Supply Unit

PR-240

Radar 2

100-230 VAC

Gateway network equipment

(radar, ECDIS, etc.)

Use full HD monitor or better.

ECDIS picture data can be sent periodically to a VDR via LAN.

Connect the VDR to the LAN2 port on the Panel PC to send the data.

Single workstation

Page 5

Multiple workstations (Maximum 3)

Dashed lines indicate optional or local supply equipment.

Category of units All units protected from the weather.

Gateway network

equipment

(radar, ECDIS, etc.)

Trackball Control Unit

RCU-030

Keyboard

5139U (Black)

USB DVD Drive

USB Printer,

USB Flash Drive

Serial Interface (4 ports):

• IEC 61162-1/2x2 (AIS, GYRO)

• IEC 61162-1x2 (GPS, LOG)

100-230VAC

24VDC

Switching Hub

HUB-100

Sensor Adapter

MC-3020D

Sensor Adapter

MC-3030D

Serial interface

Digital IN interface

Digital OUT interface

Sensor Adapter

MC-3000S

PANEL

COMPUTER

UNIT

PCU-3000

PANEL

COMPUTER

UNIT

PCU-3000

Same equipment as shown left.

100-230 VAC

24 VDC

100-230 VAC

24 VDC

Intelligent Hub

HUB-3000

100-230 VAC

100-115/200-230 VAC

1Ø, 50/60 Hz

24 VDC

Radar 1

Radar Connection Box

RCB-002

AC/DC Power

Supply Unit

PR-240

Radar 2

External Monitor*1, VDR*

Use full HD monitor or better.

ECDIS picture data can be sent periodically to a VDR via LAN. Connect the VDR to the LAN2 port on the Panel PC to send the data.

SYSTEM CONFIGURATION

When displaying images on MU-270W from FMD-3100 via external output (DVI)

• When the [DISP MODE] of MU-270W is [FULL].

• When the [DISP MODE] of MU-270W is [NORMAL].

Full HD images are expanded and displayed in full-screen on the MU-270W.

Full HD images are displayed on the screen of the MU-270W but not expanded. (Top and bottom of the screen are displayed as black bars.)

iii

Page 6

EQUIPMENT LIST

Standard Supply

Name Type Code No. Qty Remarks

Panel Computer Unit PCU-3000 - 1 Trackball Control Unit RCU-030 - 1 Installation Materials CP24-03101 001-262-570 1 For PCU-3000 Portable DVD-ROM Drive FP24-01000 000-024-913 1

Optional Supply

Name Type Code No. Remarks

Radar Connection Box

Sensor Adapter

Intelligent HUB HUB-3000 Switching HUB HUB-100 Rectifier PR-240 -

Case Gasket

Flush Mount Kit OP24-38 001-263-190 For RCU-030 Cable Clamp OP24-39 001-263-210 For PCU-3000 Hood OP24-40 001-263-230 For PCU-3000 Keyboard OP24-41 001-263-250 For PCU-3000 Mounting

Bracket USB Dongle ETOKEN PRO 72K 001-262-700 For PCU-3000 Crimping Tool CRIMPFOX 10S 001-206-920 For ferrule

Installation Materials

Cable Assy.

Operator’s Manual

LOP Instruction Manual

RCB-002

MC-3000S - Serial control unit MC-3020D - Digital IN MC-3030D - Digital OUT

OP24-28 001-169-970 For MC-3000S OP24-29 001-169-960 For MC-3020D/3030D

OP24-42 001-263-260 For PCU-3000

CP03-28900 000-082-658 LAN cable, 10 m CP03-28910 000-082-659 LAN cable, 20 m CP03-28920 000-082-660 LAN cable, 30 m CP24-02900 001-208-050 LAN cable, 10 m, for HUB-3000 CP24-02910 001-208-060 LAN cable, 20 m, for HUB-3000 CP24-02920 001-208-070 LAN cable, 30 m, for HUB-3000 DVI-D/D S-LINK 5M 001-132-960-10 For external monitor unit MC1.5-W-L600 001-187-470-10 Between sensor adapters, 0.6 m MC1.5-W-L1000 001-187-480-10 Between sensor adapters, 1 m MC1.5-W-L2000 001-187-490-10 Between sensor adapters, 2 m MC1.5-W-L3000 001-187-500-10 Between sensor adapters, 3 m MJ-A10SPF0020A-050+ 001-283-370-00 For Non-FURUNO radars (5 m) MJ-A10SPF0020A-100+ 001-283-380-00 For Non-FURUNO radars (10 m) MJ-A10SPF0020A-200+ 001-283-390-00 For Non-FURUNO radars (20 m) MJ-A10SPF0020A-300+ 001-283-400-00 For Non-FURUNO radars (30 m) OME-44840-* 000-178-755-** English

E42-01411-* 000-190-356-** English

For connection of external radar

Page 7

1. 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.

1.1 Panel Computer Unit (PCU-3000)

The PCU-3000 can be flush-mounted or desktop mounted (optional).

Mounting considerations

When selecting a desktop mounting location, keep the following points in mind:

• Locate the PCU away from heat sources. The cabinet can build up heat inside, causing undue wear to electrical components.

• Choose the mounting location while considering the length of cable between the PCU and other equipment to be connected.

• Do not cover the air intakes near the connectors at the base of the PCU.

• Leave at least 100 mm clearance around the rear air vents of the unit to allow heat dissipation.

• Locate the PCU away from areas which may be subject to splash or rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space around the equipment to facilitate maintenance.

• Keep in mind the desired location of the trackball unit. Make sure there is enough room to install the Trackball Control Unit near the PCU.

• A magnetic compass will be affected if the equipment is placed too close to the magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass.

• Vibration at the mounting location should be minimum.

• Alarm and alert buzzer sounds are generated from a speaker on the face of the PCU. To avoid sound dampening, do not place any object in front of the PCU. Ensure the speaker hole is kept free of dust and water.

1-1

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1. MOUNTING

USB cable clamp

LAN2 LAN1

USB2

USB1

USB4

USB3

C1C2C3

IEC61162-1/2

Attach the USB cable clamp here

LAN2

LAN1

USB1

USB2

USB3

USB4

Mounting hole

Lower bracket is different from others

Mounting location/console

Screw

Washer Bracket

1.1.1 Flush mounting

Items to prepare for the flush mounting procedure:

• Torx screwdriver: T10, T25.

1. Attach the USB cable clamp to the PCU using the torx screws (M34, 2 pcs, included).

2. Make a cutout where the PCU is to be located, referring to the outline drawings at the back of this manual.

3. Connect all cables to their appropriate slot on the PCU. Take care to leave enough slack in the cables to allow access for maintenance and repair.

4. Slide the unit into the cutout. Take care to not to bend or squash any cabling.

Mounting hole

Panel PC

Note: User controls and ports should be facing downwards.

5. Taking care not to confuse the bracket types (see figure below), screw each backet into place, using M5x16 screws and C-washers.

1-2

6. Ensure all four sides are equally tight, taking care not to over-tighten the screws.

Mounting location/console

Bracket

C-washer

Screw

Panel PC

Page 9

1.1.2 Desktop mounting (optional)

USB cable clamp

LAN2 LAN1

USB2

USB1

USB4

USB3

C1C2C3

IEC61162-1/2

Attach the USB cable clamp here

LAN2

LAN1

USB1

USB2

USB3

USB4

Bolt

Washer

Brackets

Screw

Cable clamp

Items to prepare for the procedure:

• Torx screwdriver: T10, T25.

1. Attach the USB cable clamp to the PCU using the torx screws (M34, 2 pcs, included).

2. Attach the brackets to the PCU-3000, referring to the figure below. It is essential that the brackets are attached using the bottom screw holes, as shown in the diagram below. Failure to do so will result in undue vibrations.

1. MOUNTING

Note: Ensure the PCU-3000 is placed face-down on a soft, clean area to avoid damage to the screen.

3. Attach the cable clamp (OP24-39, supplied) to the rear of the PCU-3000 using the screws (M612, 2 pcs., included in option kit).

4. Set the PCU in the desired installation location.

1-3

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1. MOUNTING

Locked in place

Locking pin

Turn counterclockwise

Unlock, tilt and lock

5. Referring to the figure below, tilt the PCU 90° rearwards by unlocking the

6. After tilting the PCU turn the locking pin counter clockwise to lock the bracket in

7. Attach the footings of the brackets in place at the mounting location using the

brackets. Hold the unit in place, then pull and turn the locking pins clockwise, one at a time, to set the pin in the unlock position.

Locking pin

Pull and turn clockwise

Unlocked and free to move

place.

self-tapping screws (630, 6 pcs.) included in the mounting kit.

8. Hold the unit in place, then pull and turn the locking pins, one at a time, clockwise to set the pins in the unlock position.

9. Referring to the figure below, set the PCU upright at a comfortable viewing angle, then turn the locking pin coutnerclockwise to lock the brackets in place.

Note: Be sure that the brackets are locked in place securely with the locking pins, to prevent bodily injury or damage to the equipment.

㪦㪢

1-4

Locked in place

Unlocked and free to move

Page 11

1.1.3 How to attach the hood (Optional)

Flush mount Desktop

Flush mount bracket

Hood fixing fixture

Desktop mount bracket

To install the optional hood (OP24-40), do the following:

1. Referring to the figure below, fit the hood reinforcement fixture to the back of the PCU-3000.

For flush-mounting: Install the hood fixing fixture with the flush mount brackets. For desktop mounting: Install the hood fixing fixture with the desktop mount

brackets. Note: The screws and washers to fix the hood fixing fixture are supplied with the PC-3000.

1. MOUNTING

2. Loosen the four knobs on the hood fixing fixture, referring to the figure below.

Knobs

1-5

Page 12

1. MOUNTING

Push downwards

3. Using the cutouts in the hood, set the hood in place between the knobs and the

4. Referring to the figure below, push the hood down to align the cutouts with the

hood fixing fixture.

Hood

Cutouts

knobs.

5. Fasten the knobs to secure the hood in place.

1.1.4 How to install the keyboard (OP24-41, Optional)

1. Attach four fasteners (small, supplied with the optional kit) to the bottom of the keyboard.

2. Attach four fasteners (large, supplied with the optional kit) to the small fasteners used in step 1.

3. Remove the paper from four fasteners.

4. Fasten the keyboard to the installation location.

1-6

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1. MOUNTING

1.1.5 How to replace the USB dongle, CFAST memory card or SSD

Referring to the table below, prepare the necessary tools to replace the USB dongle, CFAST memory card or SSD.

Part Tool Type

USB dongle CFAST memory card SSD Philips-head screwdriver PH2

Replacing the USB dongle

Rear of PSU-3000

Torx screwdriver T10

To replace the USB dongle, remove this USB hatch.

Replacing the CFAST memory card

To replace the CFAST memory card, remove this cover plate.

USB3

USB4

LAN2 LAN1

USB2

C1C2C3

IEC61162-1/2

SSD slot

Replacing the SSD

Referring to the figure above, remove the SSD case from the SSD slot. Unfasten the screws cricled in the figure below, then remove the SSD.

Note: When replacing the SSD, only replace the “0” slot drive. Do not replace the “1” slot drive.

SSD case

1-7

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1. MOUNTING

1.2 Trackball Control Unit (RCU-030)

The Trackball Control Unit (RCU-030) can be mounted on a desktop in two configurations.

• Desktop with mounting plate (Standard installation)

• Flush mounted inside a console (Optional)

Mounting considerations

When selecting a mounting location, keep the following points in mind:

• Select a location where the unit can be operated conventionally.

• Locate the unit away from heat sources. The cabinet can build up heat inside,

causing undue wear to electrical components.

• Locate the unit away from areas which may be subject to water splash and rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space

around the equipment to facilitate maintenance.

• Consider the length of the signal cable and the distance between the unit and the

PCU. Leave enough slack in the cable to allow for maintenance.

• A magnetic compass will be affected if the equipment is placed too close to the

magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass.

1.2.1 Desktop mounting (with metal mounting plate)

1. Fix the metal mounting plate (supplied) to the bottom of the unit using two washer head screws (M410, supplied), referring to the figure below.

Metal mounting plate

Larger screw holes

Smaller screw holes

USB cable (to PCU)

1-8

2. Fix the unit to the mounting location using two self-tapping screws (520, supplied locally).

Page 15

1.2.2 Flush mounting (optional)

Footings are flush against the mounting area

Wingnut

Wingbolt

You can use the optional FM FIXTURE ASSEMBLY kit (OP24-38) to flush-mount the unit.

Type: OP24-38, Code No.: 001-263-190

Name Type Qty

FM Fixture Assembly OP24-38-1 2 Washer Head Screw M410 4

Note: The flush mount location must have a thickness of at least 10 mm, with a maximum thickness of 20 mm.

1. Referring the outline drawing at the back of the manual, mark and cut a hole in the position you wish to locate the unit.

2. Set the USB cable through the hole, then place the unit inside the hole.

1. MOUNTING

3. Attach two FM (flush mount) fixture assembly to the unit’s under side using four washer head screws (M410), both included in the kit.

Console (Underside)

FM fixture assembly

4. Fasten the wingbolts until the footing is flush against the mounting area.

5. Tighten the wingnuts until the unit is firmly secured.

1-9

Page 16

1. MOUNTING

MC-3000S

MC-3020D/3030D

1.3 Sensor Adapter MC-3000S/3020D/3030D (Optional)

Mounting considerations

When you select a mounting location, keep in mind the following points:

• Locate the equipment away from heat sources because of heat that can build up

inside the cabinet.

• Take into account the length of the cables to connected to the equipment when

choosing an installation location.

• Vibration at the mounting location should be minimum.

• Locate the equipment away from places subject to water splash and rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space

around the equipment to facilitate maintenance.

• A magnetic compass will be affected if the equipment is placed too close to the

magnetic compass. Observe the compass safe distances at the front of this manual to prevent interference to a magnetic compass.

• Select the mounting location considering the numbers of the sensor adapters con-

nected. A maximum of eight MC-3000S can be connected to a sensor network (for redundant connection:16). Maximum 10 sensor adapters (MC-3020D/3030D) can be connected to a single MC-3000S.

• Select the mounting location so that the length of cables among the sensor adapters

(MC-3000S, 3020D and 3030D) is less than 6 m. If the length is more than 6 m, the equipment may not work properly.

How to mount the sensor adapter

1. Unfasten four binding screws to remove the cover from the Sensor Adapter.

2. Fasten four self-tapping screws (4x20, supplied) to fix the Sensor Adapter.

3. Reattach the cover.

1-10

Page 17

1.4 Intelligent Hub HUB-3000 (Optional)

: Screw holes

Use the optional Intelligent Hub HUB-3000 to connect gateway network equipment. This network cannot be connected with the LAN network on board. Note that a commercial PC cannot be connected to this network, other than for maintenance.

Mounting considerations

Keep the following points in mind when selection a mounting location:

• Locate the HUB-3000 away from heat sources. The cabinet can build up heat inside, causing undue wear to electrical components.

• Take into account the length of the cables to connected to the equipment when choosing an installation location.

• Locate the HUB-3000 away from areas which may be subject to splash or rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space at the rear of the HUB-3000 to facilitate maintenance.

• Vibration at the mounting location should be minimum.

1. MOUNTING

How to mount the intelligent hub HUB-3000

1. Use two binding screws (M3x6, supplied) to attach the cable clamp (supplied) to the bottom of the HUB-3000.

Binding screw (M3x6, 2 pcs.)

Cable clamp

HUB-3000, bottom view

2. Fasten four self-tapping screws (4x20, supplied) to fix the unit in place.

1-11

Page 18

1. MOUNTING

1.5 Mounting the Switching Hub HUB-100 (Optional)

Use the optional Switching HUB HUB-100 to connect sensor networks. This network cannot be connected with the LAN network on board. Note that a commercial PC cannot be connected in this network, other than for the maintenance.

For the mounting procedures, see the operator’s manual for HUB-100 (Pub. No. OMC-35191).

Mounting considerations

Keep the following points in mind when selection a mounting location:

• Locate the HUB-100 away from heat sources. The cabinet can build up heat inside, causing undue wear to electrical components.

• The HUB-100 should be fixed firmly so that rough seas and vibrations do not cause the unit to move in any manner.

• Locate the HUB-1000 away from areas which may be subject to splash or rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space at the rear of the equipment to facilitate maintenance.

• Vibration at the mounting location should be minimum.

1-12

Page 19

1. MOUNTING

1.6 Radar Connection Box RCB-002 (Optional)

You can display signals from up to two external radars on the FMD-3100 by using the RCB-002. The RCB-002 must be connected via the Gateway Network.

Mounting considerations

Keep the following points in mind when selection a mounting location:

• Locate the RCB-002 away from heat sources. The cabinet can build up heat inside, causing undue wear to electrical components.

• Take into account the length of the cables to connected to the RCB-002 when choosing an installation location.

• The RCB-002 should be fixed firmly so that rough seas and vibrations do not cause the unit to move in any manner.

• Locate the RCB-002 away from areas which may be subject to splash or rain.

• Referring to the outline diagrams at the back of this manual, leave sufficient space at the rear of the RCB-002 to facilitate maintenance.

• Vibration at the mounting location should be minimum.

1. Referring to the outline drawing at the back of this manual, drill four holes (520)

in the mounting location.

2. Secure the RCB-002 firmly in place using 520 tapping screws. Make sure the

RCB-002 is not subject to undue vibrations.

Mounting holes

Connectors facing downwwards

1-13

Page 20

1. MOUNTING

This page is intentionally left blank.

1-14

Page 21

2. WIRING

100-230 VAC

24 VDC

AIS

TTYCS-4 or TTYCSLA-4

GPS

TTYCS-1Q or TTYCSLA-1Q

Intelligent HUB

HUB-3000

DTI-C5E350 VCV,

10/20/30 m

100-230 VAC

ALARM SYSTEM

DPYC-1.5

Switching HUB

HUB-100

FR-FTPC-CY,

10/20/30 m

NR203PF-VVS1325

100-230V AC

STP (CAT5) cable

Sensor Adapter

MC-3000S (Serial IN/OUT)

- MC-3020D (Digital IN)

- MC-3030D (Digital OUT)

Sensor Adapter

MC1.5-W-L cable,

0.6/1/2/3 m

24 VDC

AC-DC Power

Supply Unit

PR-240

100-230 VAC

GYRO

TTYCS-4 or TTYCSLA-4

LOG

TTYCS-1Q or TTYCSLA-1Q

Sensor

Adapter

Panel

Computer

Unit

PCU-3000

Trackball Control Unit

RCU-030

USB cable, 1.5 m

USB cable, 2 m

Keyboard

5139U (BLACK)

Radar Connection Box

RCB-002

MOD-Z072, 2/5/10 ｍ

MJ-A10SPF0020A,

5/10/20/30 m

MJ-A10SPF0020A,

5/10/20/30 m

External Radar

External Monitor

VDR

MJ-A10SPF, 5 m

DVI-D/D SLINK5M, 5 m (Optional)

DVIP（I）-DP, 5 m (User supply)

The illustration on this page shows the general connection between FMD-3100 and external equipment. For detailed information, see the interconnection diagram at the back of this manual. Many of the cables mentioned are JIS (Japan Industry Standard) cables. If not available locally, use the equivalent. See the cable guide in the Appendix for how to select equivalent cables.

2-1

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2. WIRING

Cable clamp for USB cables

Wiring considerations

• USB cable lengths should be within 5 m, with or without the USB extension cable. Full function cannot be guaranteed if the overall USB length exceeds 5 m.

• The PCU-3000 is not compatible with the USB 3.0 equipments.

• USB cables should be secured using the clamp highlighted in the figure below.

• LAN cable lengths between units should be within 50 m.

• The DVI-D port outputs FULL HD resolution. Make sure the cables connected to the DVI-D port are 5 m or less.

• If extension or division of the DVI or ERGB cables is required, use the dividers listed below:

• DVI cable divider: D8013F (maker: IMAGENICS)

• RGB divider: CIF-12H, DD-106 or D8013F (maker: IMAGENICS)

• Ensure all grounding wires are connected between grounding terminals on each equipment and ship earth.

• If a UPS (user supply) is connected to this equipment, ensure the grounding lamp does not light up.

• Use the following LAN cables for the network if they are available locally.

• Sensor Network: Cat5 or better.

• Gateway Network: Cat5e or better.

• If LAN cables are not available locally, use the optional LAN cables as below:

• Sensor network - FR-FTPC-CY (Cat5 equivalent).

• Gateway network - DTI-C5E350 VCV (Cat5e equivalent).

• ECDIS control unit RCU-024 and RCU-026 are not compatible with this equipment.

• When connecting this equipment to a VR-3000/S, use the DVI-I port. The DVI-I port outputs FULL HD resolution and requires a synchronizer to convert the output to UXGA.

• When connecting a VDR device via LAN, connect the VDR device to the LAN2 port.

2-2

Network and sensor considerations

• For Sensor network construction, use the optional Switching Hub HUB-100.

• For Gateway network construction use the optional Intelligent Hub HUB-3000.

• Do not connect the vessel’s on-board LAN to either of the above networks. Also, commercial PCs cannot be connected to the gateway network, other than for maintenance.

• Connect to other ECDIS units and radars (FEA-2xx7 or FAR-2xx7 series radars) using the gateway network.

• When constructing a network with two or more FAR-2xx7 radars, an FMD-3x00 unit and using a HUB-3000, the HUB-3000 querier must be configured. To configure the querier, consult with a Furuno engineer.

• The FMD-3100 processor unit does not support IGMP snooping or CGMP enabled switch.

• The FMD-3100 does not have a router or repeater hub function.

• The Switching Hub HUB-100 is optionally available for connection to the FMD-3100.

• The Switching HUB HUB-100 does not support IGMP snooping or GCMP enabled switch.

• When you use IEC61162-450 compatible sensors, set [Transmission Group] on the [Common Installation Settings] menu. Only service technicians can access the [Common Installation Settings] menu. Contact your FURUNO dealer to set it.

Page 23

2.1 Panel Computer Unit PCU-3000

24 VDC

DPYC-1.5

100-230 VAC

Unused

SSD port

(port1 not used)

To external monitor DVI-D/D S-LINK5M cable

DVI-D

To VDR DVIP(I)-DP cable

Note: VDR devices must be connected via a frame synchronizer

DVI-I

To HUB-100, Sensor Adapter or VDR FR-FTPC-CY cable

LAN2

To HUB-3000 DTI-C5E350 VCV cable

LAN1

USB1 to 4

AIS, GPS, GYRO, LOG

Serial Interface ports

To ship’s earth Ground cable, IV-2sq.

: AC and DC input cannot

be used simultaneously

USB1 USB2 USB3 USB4

: 5139U Black (keyboard) : DVD drive (with ext. cable) : RCU-030 : USB storage

C1 port

C2 port

C3 port

C4 port

TTYCS-4/TTYCSLA-4 or TTYCS-1Q/TTYCSLA-1Q

TTYCS-1Q or TTYCSLA-1Q

Grounding point for serial ports (Used when flushmounting only)

USB1

USB2

USB3

USB4

IEC61162-1/2

IEC

EUR TYPE F

2.1.1 Connections to the PCU-3000

Referring to the figure below, connect the PCU to its respective peripherals.

2. WIRING

Depending on your power supply (applied voltage), choose the correct cabling for power input, referring to the table below.

Voltage Cable Description

230 VAC FS-CABLE EU cable Type F “Schuko”, included with PCU-3000.

100 VAC 80099 cable Type B, included with PCU-3000.

24 VDC JIS cable See paragraph 2.1.3 to fabricate the power

US TYPE B

cable.

IEC

2-3

Page 24

2. WIRING

Cap strap

USB extension cable

LAN2 LAN1

C1C2C3

IEC61162-1/2

Nut

2.1.2 Connecting the flush mountable USB Extension Cable

You may require an extension from the USB port on the PCU. A 1m length USB extension cable is included with the PCU. When using another USB extension cable, make sure the total length is shorter than 5 m.

You can connect the flush-mounted extension cable by doing the following:

1. Connect the USB extension cable to a USB port on the PCU.

2. Referring to the figure below, make an installation hole where necessary.

Dimensions for installation hole

ø20.75±0.1

19.2±0.1

Measurement units are in mm

3. Unfasten the nut.

2-4

4. Insert the cable into the installation hole from the rear.

Page 25

5. Place the cap strap, then tighten the nut to secure the cable. See the figure below.

Installation point - console, etc.

Cable jacket

Sheath

150

* For flush mounted installation, the length of stripping

should be based on the installation location.

Wrap with vinyl tape (width: 20 mm)

WAGO connection

WAGO connector screw

Wire

Twist

1. Twist the core wire.

2. Unfasten the WAGO connector screw.

3. Insert the core wire into the connector.

4. Fasten the WAGO connector screw.

5. Make sure the wire does not come loose.

WAGO connection port

LAN2

USB4

USB3

Note: Always screw the cap on when the extension cable is not in use.

2.1.3 Fabricating the power cables

When using AC power, connect the unit with the supplied AC power cables. If the power supply is DC, fabricate DPYC-1.5 cables as shown below. Wago connectors must also be fitted.

2. WIRING

For cable clamp location when using DPCY-1.5 cables, see paragraph 2.1.6.

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Page 26

2. WIRING

2.1.4 Fabricating LAN cables

Fabricate the LAN cable (FR-FTPC-CY, DTI-C5E350 VCV), as shown below. (Wrap both edges of the armor with vinyl tape.) Confirm that the shield of the cable touches to the shell of the modular plug.

Cable jacket

Shielding

Outer sheath

Inner sheath

225

: For flush mount installations, adjust the length

of stripped cable to suit your conditions

Cover the cable jacket with insulated tape (20 mm width)

25 mm

Expose inner sheath.

Remove the sheath by approx 25 mm. Be careful not to damage inner shield and cores.

approx. 9 mm

Fold back the shield, wrap it onto the outer sheath and cut it, leaving 9 mm.

approx. 9 mm

Fold back drain wire and cut it, leaving 9 mm.

Using special crimping tool MPT5-8AS (PANDUIT CORP.), crimp the modular plug. Finally check the plug visually.

1 WHT/GRN 2 GRN 3 WHT/ORG 4 BLU 5 WHT/BLU 6 ORG 7 WHT/BRN 8 BRN

approx. 11 mm

Straighten and flatten the core in order and cut them, leaving 11 mm.

Insert the cable into the modular plug so that the folded part of the shield enters into the plug housing. The drain wire should be located on the tab side of the jack.

Modular plug

[Cross cable] [Straight cable]

WHT/ORG 1

ORG 2

WHT/GRN 3

BLU 4

WHT/BLU 5

GRN 6

WHT/BRN 7

BRN 8

1 WHT/ORG 2 ORG 3 WHT/GRN 4 BLU 5 WHT/BLU 6 GRN 7 WHT/BRN 8 BRN

Drain wire

WHT/ORG 1

WHT/GRN 3

WHT/BRN 7

ORG 2

BLU 4

WHT/BLU 5

GRN 6

BRN 8

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Page 27

2.1.5 Fabricating JIS cables

Fabricate JIS cables as shown below to connect them to the WAGO connectors on the PCU-3000 (See following page for WAGO connection).

After fabricating the cable, attach the WAGO connector and EMI ferrite core (supplied). For how to attach the WAGO connecor and EMI ferrite core, see the next page.

2. WIRING

Fabrication of TTYCS series

Armor

Sheath

Vinyl tape (Width: 20)

Clamp here with cable clamp.

Fabrication of TTYCSLA series

Armor

Sheath

Vinyl tape (Width: 20)

NOTE: All dimension in millimeters

Shield

200

After exposing cores, wind shield around the armor.

100

Drain wire

150

Crimp-on lug (supplied)

Clamp here with cable clamp.

For flush mounted installations, connect the drain wire to this terminal.

USB3

USB4

LAN2 LAN1

Pass a heat shrink tube (local supply) onto the drain wire, then attach the crimp-on lug (supplied with the PCU-3000) to it.

C2C4

IEC61162-1/2

USB1

USB2

2-7

Page 28

2. WIRING

WAGO connector screw

Wire

Twist

P4 & P5

WAGO connectionfor IEC161162-2 linesWAGO connectionfor IEC161162-1 lines

WAGO connector screw

Wire

Resistor

1. Twist the core wire.

2. Unfasten the WAGO connector screw.

3. Insert the core wire into the connector.

4. Fasten the WAGO connector screw.

5. Make sure the wire does not come loose.

1. Twist the core wire.

2. Unfasten the WAGO connector screw.

3. Insert the core wire with the resistor into the connectors P4 & P5.

4. Fasten the WAGO connector screw.

5. Make sure the wire does not come loose.

How to connect the JIS cables to the WAGO connectors

How to attach the EMI ferrite core

Attach the EMI ferrite core (supplied) to each connected cable group, as close to the WAGO connector as possible, leaving the drain wire loose (See figure below).

EMI ferrite core

EMI core attached to serial cable

Drain wire left loose

2-8

Page 29

How to set input specifications for WAGO connection (C1 to C4)

2. WIRING

Port

No.

C1 1 TxD- Out Serial CH1,Output IEC61162-1/2 TTYCS(LA)-4 TTYCS(LA)-1Q

C2 6 TxD- Out Serial CH2,Output IEC61162-1/2 TTYCS(LA)-4 TTYCS(LA)-1Q

C3 1 TxD- Out Serial CH3,Output IEC61162-1 - TTYCS(LA)-1Q

C4 6 TxD- Out Serial CH4,Output IEC61162-1 - TTYCS(LA)-1Q

PIN No.

2 TxD+ Out Serial CH1,Output IEC61162-1/2 3 ISOGND - Isolation GND (CH1) No connection 4 RxD- In Serial CH1,Input IEC61162-1/2 TTYCS(LA)-1Q 5 RxD+ In Serial CH1,Input IEC61162-1/2

7 TxD+ Out Serial CH2,Output IEC61162-1/2 8 ISOGND - Isolation GND (CH2) No connection 9 RxD- In Serial CH2,Input IEC61162-1/2 TTYCS(LA)-1Q

10 RxD+ In Serial CH2,Input IEC61162-1/2

2 TxD+ Out Serial CH3,Output IEC61162-1 3 ISOGND - Isolation GND (CH3) No connection 4 RxD- In Serial CH3,Input IEC61162-1 TTYCS(LA)-1Q 5 RxD+ In Serial CH3,Input IEC61162-1

7 TxD+ Out Serial CH4,Output IEC61162-1 8 ISOGND - Isolation GND (CH4) No connection 9 RxD- In Serial CH4,Input IEC61162-1 TTYCS(LA)-1Q

10 RxD+ In Serial CH4,Input IEC61162-1

Signal

In/

Out

Description IEC61162-2 IEC61162-1

2-9

Page 30

2. WIRING

DC Input DPYC-1.5

LAN cable FR-FTPC-CY

Marine electrics TTYCS(LA)-4 or TTYCS(LA)-1Q

Marine electrics TTYCS(LA)-1Q

䋺

Securing location for crimped drain wires

(For use with TTYCSLA cables only)

LAN cable DTI-C5E350 VCV

Clamping points for TTYCS(LA)-4 cables

Clamping points for TTYCS(LA)-1Q cables

2.1.6 Securing cables to the cable clamp

When installing the unit with the desktop option, use the cable clamp to secure the electrical wiring and LAN cables.

Cable clamp

When not using the cable clamp, drain wires must be connected to the grounding point on the PCU-3000 (See the figure in paragraph 2.1.1).

When using the cable clamp, drain wires with crimping lugs must be connected to the cable clamp, as shown in the figure below.

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Page 31

2.2 Sensor Adapters (Optional)

Rod terminal (ferrule type): After attaching the rod terminal, use the optional crimping tool CRIMPFOX 10S to crimp.

0.5 to 1 mm

How to attach ferrule-type lug

Core

Vinyl sheath

Rod terminal (ferrule type): The core must protrude 0.5 to 1 mm past the rod terminal.

Ferrule-type lug Length of “L”

AI 1.5-6 BK (BLK)

AI 0.34-6 TQ (BLU)

AI 0.75-6 GY (GREY)

AI 1-6 RD (RED)

6 mm

AI 0.14-8 GY(GREY) 8 mm

Maximum eight MC-3000S can be connected to a sensor network (for the redundant connection: 16). The MC-3000S (serial input/output, IEC61162-2/1, 4ch) can connect max. 10 sensor adapters using the MC1.5-W cables.

To connect the lines to the connector on the sensor adapter, use the rod terminal (ferrule type, supplied) to maintain performance. This fabrication requires the optional crimping tool (type: CRIMPFOX 10S).

2. WIRING

For the relations between the connectors and rod terminals, see page AP-2. Also, the stickers attached on the reverse side of the covers show the detailed connections.

Use the MC1.5-W cable between the sensor adapters. Attach the cables to the applicable pins.

Pin No. Cable color Signal

1 Red 24V_OUT or 24V_IN 2 Black 24V_GND 3 White MODBUS-A 4 Blue MODBUS-B 5Gray GND

Note: The total length of the MC1.5-W cables should be less than 6 m to prevent malfunction.

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Page 32

2. WIRING

DPYC1.5

MC1.5-W-L cable

TTYCSLA-4

TTYCS-1Q/ TTYCSLA-1Q

FR-FTPC-CY cable

IV-1.25sq. (Local supply)

2.2.1 MC-3000S connections

Unfasten four screws to remove the cover, pass the cables through the clamps and attach the cables to respective connectors. The shield part of the cable (or drain wire) must be fastened by (connected to) the clamp.

For TTYCSLA cables, pass the drain wire into the shrinking tube (local supply), then use these crimp-on lugs and screws to connect drain wires from TTYCSLA cables to here.

DPYC1.5

TTYCS-4/ TTYCSLA-4

MC1.5-W-L cable

FR-FTPC-CY cable

IV-1.25sq. (Local supply) TTYCS-1Q/ TTYCSLA-1Q

Note: Fasten the cable shield with the cable clamp.

How to set NC/NO output (J2)

The POWER FAIL signal on the connector J2 can be set to NC (normal close) output or NO (normal open) output as shown in the table below.

Pin# Signal name In/Out Description NO NC

1 24V_IN - 24 VDC 2 24V_GND - GND (24 VDC) 3 PWR_FAIL_A Out Power fail output 4 PWR_FAIL_COM Out Power fail output

TTYCS(LA)-1

5 PWR_FAIL_B Out Power fail output No connection

DPYC-1.5

No connection

TTYCS(LA)-1

2-12

Page 33

2. WIRING

How to set input specification (J4 to J9)

For connectors J4 to J7, the connections are different depending on the input specifications as shown below. Also, for J8 and J9, the signals which are input/output are shown.

Connector J4

1 TD1-A Out Serial CH1, out-

2 TD1-B Out Serial CH1, out-

3 RD1-A In Serial CH1, input

4 RD1-B In Serial CH1, input

5 ISOGND1 - Isolation, GND

6 RD1-H In Serial CH1, input

7 RD1-C In Serial CH1, input

Signal

name

In/Out Description IEC61162-2 IEC61162-1 Modbus*

put IEC61162-1/ 2/modbus

IEC61162-2/ modbus

(CH1)

IEC61162-1

*: Set the jumpers J20/J21 to Modbus.

TTYCS(LA)-4 TTYCS(LA)-4 TTYCS(LA)-4

No connection No connection

No connection TTYCS(LA)-4

Connector J5

1 TD2-A Out Serial CH2, out-

2 TD2-B Out Serial CH2, out-

3 RD2-A In Serial CH2, input

4 RD2-B In Serial CH2, input

5 ISOGND2 - Isolation, GND

6 RD2-H In Serial CH2, input

7 RD2-C In Serial CH2, input

Signal

name

In/Out Description IEC61162-2 IEC61162-1 Modbus*

put IEC61162-1/ 2/modbus

IEC61162-2/ modbus

(CH2)

IEC61162-1

TTYCS(LA)-4 TTYCS(LA)-4 TTYCS(LA)-4

No connection No connection

No connection TTYCS(LA)-4

*: Set the jumpers J20/J21 to Modbus.

2-13

Page 34

2. WIRING

Connector J6

1 TD3-A Out Serial CH3, output IEC61162-1/2 TTYCS(LA)-4 TTYCS(LA)-4 2 TD3-B Out Serial CH3, output IEC61162-1/2 3 RD3-A In Serial CH3, input IEC61162-2 No connection 4 RD3-B In Serial CH3, input IEC61162-2 5 ISOGND3 - Isolation, GND (CH3) 6 RD3-H In Serial CH3, input IEC61162-1 No connection TTYCS(LA)-4 7 RD3-C In Serial CH3, input IEC61162-1

Signal

name

In/Out Description IEC61162-2 IEC61162-1

Connector J7

1 TD4-A Out Serial CH4, output IEC61162-1/2 TTYCS(LA)-4 TTYCS(LA)-4 2 TD4-B Out Serial CH4, output IEC61162-1/2 3 RD4-A In Serial CH4, input IEC61162-2 No connection 4 RD4-B In Serial CH4, input IEC61162-2 5 ISOGND4 - Isolation, GND (CH4) 6 RD4-H In Serial CH4, input IEC61162-1 No connection TTYCS(LA)-4 7 RD4-C In Serial CH4, input IEC61162-1

Signal

name

In/Out Description IEC61162-2 IEC61162-1

Connector J8

Pin#

1 TD5-A Out Serial CH5, output IEC61162-1 TTYCS-1Q or TTYCSLA-1Q 2 TD5-B Out Serial CH5, output IEC61162-1 3 RD5-H In Serial CH5, input IEC61162-1 4 RD5-C In Serial CH5, input IEC61162-1 5 TD6-A Out Serial CH6, output IEC61162-1 6 TD6-B Out Serial CH6, output IEC61162-1 7 RD6-H In Serial CH6, input IEC61162-1 8 RD6-C In Serial CH6, input IEC61162-1

Signal

name

In/Out Description Used cable

Connector J9

Pin#

1 TD7-A Out Serial CH7, output IEC61162-1 TTYCS-1Q or TTYCSLA-1Q 2 TD7-B Out Serial CH7, output IEC61162-1 3 RD7-H In Serial CH7, input IEC61162-1 4 RD7-C In Serial CH7, input IEC61162-1 5 TD8-A Out Serial CH8, output IEC61162-1 6 TD8-B Out Serial CH8, output IEC61162-1 7 RD8-H In Serial CH8, input IEC61162-1 8 RD8-C In Serial CH8, input IEC61162-1

Signal

name

In/Out Description Used cable

2-14

Page 35

2.2.2 MC-3000S connection fabrications

LAN cable (FR-FTPC-CY)

505050

303030

See section 2.1.4 for the fabrication.

MC1.5-W-L600/1000/2000/3000 cable

100100100

202020

101010

Core: 6Core: 6Core: 6

Vinyl tapeVinyl tapeVinyl tape

Shield (fold back)

TTYCS-1Q cable

Core: 6Core: 6Core: 6

(J8) #1 to 4: 110 #5 to 8: 95

(J9) #1 to 4: 100 #5 to 8: 90

303030

80 or more

Shield (fold back)Shield (fold back)Shield (fold back)

Vinyl tape (width: 10)

TTYCSLA-1Q cable

Core: 6Core: 6Core: 6

(J8) #1 to 4: 110 #5 to 8: 95

(J9) #1 to 4: 100 #5 to 8: 90

(J9) #1 to 4: 100

#5 to 8: 90

80 or more

Vinyl tape (width: 10)

60 mm: Pass drain wire through vinyl sheath (local supply), then attach crimp-on lug (pre-attached in unit).

Fabricate the cables to be connected to the MC-3000S referring to the figure below.

2. WIRING

2-15

Page 36

2. WIRING

TTYCS-4 cable

J4/J6: 100 J5/J7: 120

202020

80 or more

Vinyl tape (width: 10)

Core: 6Core: 6Core: 6

TTYCSLA-4 cable

No use: 50

(Wind tape to insulate.)

No use: 50

(Wind tape to insulate.)

No use: 50

(Wind tape to insulate.)

Core: 6Core: 6Core: 6

J4/J6: 100 J5/J7: 120

606060

Pass drain wire through shrink tube (local supply), then attach crimp-on lug (pre-attached in unit).

Vinyl tape (width: 10)

80 or more

TTYCS-1 cable

Core: 6Core: 6Core: 6

100100100

303030

808080

Shield (fold back)Shield (fold back)Shield (fold back)

Vinyl tape (width: 10)

TTYCSLA-1 cable

Core: 6Core: 6Core: 6

100100100

Vinyl tape (width: 10)

808080

606060

Pass drain wire through vinyl sheath (local supply), then attach crimp-on lug (pre-attached in unit).

DPYC-1.5 cable

Core: 6Core: 6Core: 6

858585

(or more)

Vinyl tape (width: 10)

No use: 50 (Wind tape to insulate.)

2-16

Page 37

2.2.3 MC-3000S Jumper and MODBUS settings

J14

J22 J23 J15 J16 J17

J19 J20 J21

Set the jumper blocks in the MC-CS Board (24P0114) referring to the tables that follow.

2. WIRING

MC-CS Board (24P0114)

Setting MODBUS addresses: Use the rotary switch (S2) to set the Modbus address when setting connectors J4/J5 to Modbus. The Modbus address set at J4/J5 in the network is not used. When setting J4/J5 to IEC61162-1/2, use the default setting (“0”).

Setting termination resistors on the Jumper block:

Use the jumper block J19 to set the termination resistor on/off for the MODBUS communication on the connector J1. For the first and last sensor adapter in a series, their termination resistors should be set to ON. Use the MC-CS Board with the default setting because it becomes the “first” adapter in a series.

Jumper block J19 Connector J1

1-2 SHORT Termination resistor: ON (default setting) 2-3 OPEN 1-2 OPEN Termination resistor: OFF 2-3 SHORT

Set the jumper blocks J14 through J17 to turn the termination resistors on connectors J4 through J7 respectively.

(Termination resistor ON)

• When setting the starting/ending terminal for the multipoint, or the multipoint is not connected (CH1 to 4).

• When setting the starting/ending terminal for Modbus (CH1, CH2)

2-17

Page 38

2. WIRING

(Terminal resistor OFF)

• When setting the terminal other than starting/ending for the multipoint (CH1 to 4).

• When setting the terminal other than starting/ending for Modbus (CH1/CH2)

Jumper block J14 Connector J4 (CH1)

1-2 SHORT Termination resistor: ON (default setting) 2-3 OPEN 1-2 OPEN Termination resistor: OFF 2-3 SHORT

Jumper block J15 Connector J5 (CH2)

1-2 SHORT Termination resistor: ON (default setting) 2-3 OPEN 1-2 OPEN Termination resistor: OFF 2-3 SHORT

Jumper block J16 Connector J6 (CH3)

1-2 SHORT Termination resistor: ON (default setting) 2-3 OPEN 1-2 OPEN Termination resistor: OFF 2-3 SHORT

Jumper block J17 Connector J7 (CH4)

1-2 SHORT Termination resistor: ON (default setting) 2-3 OPEN 1-2 OPEN Termination resistor: OFF 2-3 SHORT

Choosing the communication type

Set the jumper blocks J20 and J21 to choose the communication type (IEC-61162-1/ 2 or MODBUS) of the connector J4 (CH1). The setting of the jumper block JP20 and JP21 must be identical.

Jumper block J20/J21

1-2 OPEN IEC-61162-1/2 (default setting) 2-3 SHORT 1-2 SHORT MODBUS (The setting of J14 is different depending on the 2-3 OPEN

unit position (starting/ending terminal).)

Communication type of J4

(between RD1 and TD1)

The jumper blocks J22 and J23 are used to set the communication type of the connector J5 (CH2).

Jumper block J22/J23

1-2 OPEN IEC-61162-1/2 (default setting) 2-3 SHORT 1-2 SHORT MODBUS (The setting of J14 is different depending 2-3 OPEN

on the unit position (starting/ending terminal).)

Communication type of J5

(between RD2 and TD2)

2-18

Page 39

2.2.4 Waterproof case packing for MC-3000S (optional)

The optional kit OP24-28 protects the connectors on the MC-3000C to waterproofing standard IPX2.

Case packing (type: OP24-28, code no.: 001-169-970)

Name Type Code No. Qty Remarks

Case packing (serial) 21-014-2051 100-367-880-10 2 For MC-3000S

1. Unfasten four binding screws to remove the cover from the adapter.

Binding screw

2. WIRING

Cover

2. Peel the paper from the case packing, then attach the case packing to the reverse

side of the cover and the body unit as shown below.

Case packing

Cover (reverse side)

Case packing

Body unit

3. Attach the cover to the MC-3000S body unit.

Case packing

2-19

Page 40

2. WIRING

MC1.5-W-L cable

MPYC-12

IV-1.25sq. (Local supply)

2.2.5 MC-3020/3030D connections

• MC-3020D: Inputs digital signal (8ch contact input). Contact or voltage input is selectable (contact input requires jumper pins).

• MC-3030D: Outputs digital signal (8ch, normal open/close).

Note: Fasten the cable shield with the cable clamp.

MPYC-12

MC1.5-W-L cable

IV-1.25sq. (Local supply)

MC-3020D/3030D

2-20

Page 41

2. WIRING

DC12V_OUT

DIGI_IN1

DIGI_RTN1

GND(DC12V)

GND

DC voltage input (21.6V to 31.2V)

12V

GND

470Ω/ 0.5W

2.2kΩ / 1W

Photocoupler circuit

To internal

circuits

GND

12V

GND

470Ω/ 0.5W

2.2kΩ / 1W

Contact input

DC12V_OUT

DIGI_IN1

DIGI_RTN1

GND(DC12V)

Photocoupler circuit

Use NH connector and AWG24 wire.

To internal

circuits

How to set ACK input (MC-3020D)

Use the connectors J3 to J6 on the MC-DIN Board (24P0116) to set the ACK input for ACK1 to ACK8 as shown below.

• Input circuit for voltage input

• Input circuit for contact input

Note: The input must not exceed the range of the input voltage, to prevent malfunction.

-Setting for voltage input: 21.6 V to 31.2 V

-Setting for contact input: Voltage cannot be input (contact signal only).

Connector J3

Signal name

1 DC12V_OUT Out 2 DIGI_IN1 In MPYC-12 3 DIGI_RTN1 Out MPYC-12

In/

Out

Remarks

ACK1 In

ACK1

contact

Pin #1-#2: short

ACK voltage

No connection

ACK2

contact

ACK2

voltage

Depending on ACK1 input

4 GND (DC12V) In No connection 5 DC12V_OUT Out

6 DIGI_IN2 In MPYC-12 7 DIGI_RTN2 Out MPYC-12

ACK2 In Depending on ACK2 input

Pin #1-#2: short

No connection

8 GND (DC12V) In No connec-

tion

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Page 42

2. WIRING

Connector J4

Pin # Signal name

1 DC12V_OUT Out 2 DIGI_IN3 In MPYC-12 3 DIGI_RTN3 Out MPYC-12 4 GND (DC12V) In No connection 5 DC12V_OUT Out

6 DIGI_IN4 In MPYC-12 7 DIGI_RTN4 Out MPYC-12 8 GND (DC12V) In No connec-

In/

Out

Remarks

ACK3 In

ACK4 In Depending on ACK4 input

ACK3

contact

Pin #1-#2: short

ACK3 voltage

No connection

ACK4

contact

Depending on ACK3 input-

Pin #1-#2: short

ACK4

voltage

No connection

tion

Connector J5

Pin # Signal name

1 DC12V_OUT Out

2 DIGI_IN5 In MPYC-12 3 DIGI_RTN5 Out MPYC-12 4 GND (DC12V) In No connec-

5 DC12V_OUT Out

6 DIGI_IN6 In MPYC-12 7 DIGI_RTN6 Out MPYC-12 8 GND (DC12V) In NO connec-

In/

Out

Remarks

ACK5 In

ACK6 In Depending on ACK6 input-

ACK5

contact

Pin #1-#2: short

ACK5

voltage

No connection

tion

ACK6

contact

Depending on ACK5 input

Pin #1-#2: short

ACK6

voltage

No connection

tion

Connector J6

Pin # Signal name

1 DC12V_OUT Out

2 DIGI_IN7 In MPYC-12 3 DIGI_RTN7 Out MPYC-12 4 GND

(DC12V)

5 DC12V_OUT Out

6 DIGI_IN8 In MPYC-12 7 DIGI_RTN8 Out MPYC-12 8 GND

(DC12V)

In/

Out

In No connec-

In NO connec-

Remarks

ACK1 In

ACK2 In Depending on ACK8 input

ACK7

contact

Pin #1-#2: short

ACK7

voltage

No connection

tion

ACK8

contact

Depending on ACK7 input

Pin #1-#2: short

ACK8

voltage

No connection

tion

2-22

Page 43

2. WIRING

How to set alarm output (MC-3030D)

Use the connector J3 to J6 on the MC_OUT Board (24P0117) to select NC (normal close) or NO (normal open) for alarm output 1 to 8.

Connector J3

Pin #Signal

name

1A1 2COM1 MPYC-12 3B1 No

4A2 5COM2 MPYC-12 6 B2 No connection

In/

Out

Remarks

Alarm1 Out

Alarm2 Out

Alarm1 NO

Out

MPYC-12 No connection

connection

Alarm1 NC

Out

Alarm2 NO

Out

MPYC-12 No connection

Alarm2 NC

Out

Connector J4

Pin #Signal

name

1A3 2COM3 MPYC-12 3B3 No

4A4 5COM4 MPYC-12 6 B4 No connection

In/

Out

Remarks

Alarm3 Out

Alarm4 Out

Alarm3 NO

Out

MPYC-12 No connection

connection

Alarm3 NC

Out

Alarm4 NO

Out

MPYC-12 No connection

Alarm4 NC

Out

Connector J5

Pin #Signal

name

1A5 2 COM5 MPYC-12 3B5 No

4A6 5COM6 MPYC-12 6 B6 No connection

In/

Out

Remarks

Alarm5 Out

Alarm5 NO

Out

MPYC-12 No connection

connection

Alarm5 NC

Out

Alarm6 NO

Out

MPYC-12 No connection

Alarm6 NC

Out

Connector J6

Pin #Signal

name

1A7 2COM7 MPYC-12 3B7 No

4A8 5COM8 MPYC-12 6 B8 No connection

In/

Out

Remarks

Alarm7 Out

Alarm8 Out

Alarm7 NO

Out

MPYC-12 No connection

connection

Alarm7 NC

Out

Alarm8 NO

Out

MPYC-12 No connection

Alarm8 NC

Out

2-23

Page 44

2. WIRING

80 or more

125

Core: 6

No use: 50 (Wind tape to insulate.)

Vinyl tape (width: 10)

Shield (fold back)

Core: 6

100

80 or more

135

Core: 6

No use: 50 (Wind tape to insulate.)

Vinyl tape (width: 10)

Shield (fold back)

Core: 6

120

2.2.6 Cable fabrication for MC-3020D/3030D connections

Using the figures below for reference, fabricate the cables to be connected to the MC-3020D/3030D.

MC1.5-W-L600/1000/2000/3000 cable (Input)

120120

Vinyl tape

Vinyl tape (width: 10)

(width: 10)

Core: 6Core: 6

3030

Shield

Shield (fold back)

(fold back)

MC1.5-W-L600/1000/2000/3000 cable (Output)

3030

100100

MPYC-12 cable (MC-3020D)

80 or

80 or more

No use: 50

No use: 50 (Wind tape to insulate.)

(Wind tape to insulate.)

135135

9595

MPYC-12 cable (MC-3030D)

80 or

80 or more

125125

8585

Core: 6Core: 6

Vinyl tape

Vinyl tape (width: 10)

(width: 10)

Shield

Shield (fold back)

(fold back)

Core: 6Core: 6

No use: 50

No use: 50 (Wind tape to insulate.)

(Wind tape to insulate.)

Core: 6Core: 6

2-24

Page 45

2.2.7 How to set jumper blocks in the sensor adapters

U18

J25

MC-DIN Board (24P0116) MC-OUT Board (24P0117)

MC-3020D/3030D

This paragraph shows how to set the MC-DIN Board (24P0116, for MC-3020D) and MC-DOUT Board (24P0117, for MC-3030D).

Setting MODBUS addresses: Use the rotary switch (U18) to set the MODBUS address with a digit of number from “0”. When multiple sensor adapters are connected to the MC-3000S, the same number cannot be used among them. (It is allowed to use the same number between the MC-3000S and a sensor adapter.)

2. WIRING

Setting termination resistors on the Jumper block

Use the jumper block J25 to set the termination resistor on/off for the MODBUS communication on the connector J1. For the first and last sensor adapter in a series, their termination resistors should be set to ON. If not, communication between sensor adapters is not possible.

Jumper block J25 Connector J1

1-2 OPEN Termination resistor: OFF (default setting) 2-3 SHORT 1-2 SHORT Termination resistor: ON 2-3 OPEN

2-25

Page 46

2. WIRING

Binding screw

Cover

Case packing

Cover (reverse side)

2.2.8 MC-3020D/3030D Waterproof case packing OP24-29 (Optional)

The optional kit OP24-29 protects the connectors on the MC-3020D/3030D to waterproofing standard IPX2.

Case packing (type: OP24-29, code no.: 001-169-970)

Name Type Code No. Qty Remarks

Case packing (analog) 21-014-2052-2 100-367-961-10 2 MC-3020D/3030D

1. Unfasten four binding screws to remove the cover from the adapter.

2. Peel the paper from the case packing, then attach the case packing to the reverse side of the cover and the body unit as shown below.

3. Attach the cover to the MC-3020D/3030D chassis.

Case packing

2-26

Page 47

2.3 Intelligent HUB HUB-3000 (Optional)

Fix any LAN cables connected to the HUB-3000 to their respective cable clamps using cable ties (supplied).

2. WIRING

LAN cable

DPYC-1.5 cable

LAN ports

Power Fail

No use.

to INS network (ECDIS, radar, etc.)

Attach the LAN cap (supplied) to the unused connector holes to provide waterproofing standard IPX2.

Power port

DPYC-1.5 cable

Ground wire (IV-1.25sq., supplied)

Cable clamps

2-27

Page 48

2. WIRING

RADAR SIGNAL IN No.1

RADAR SIGNAL IN No.2

NETWORK

POWER

To external radar MJ-A10SPF0020A (5m, 10 m, 20 m, 30 m) cable

To HUB-3000 MOD-Z072 cable

To PR-240 MJ-A3SPF cable

To ship`s ground Ground cable, IV-1.25sq.

Unused

Seal assembly

Seal

Seal nut

Claw

2.4 Radar Connection Box RCB-002 (Optional)

The RCB-002 is capable of connecting the FMD-3100 with up to two external radar systems. Referring to the figure and table below, connect the respective equipment to the RCB-002.

Connecting LAN cables

When connecting LAN cables (MOD-Z072) to the RCB-002, use the following procedure.

1. Unfasten and remove the sealing nut from the NETWORK port on the RCB-002, then remove the seal assembly. See the figure below for reference.

2-28

Page 49

2. WIRING

Gap between nuts is approximately 3 mm.

2. Dismantle the seal assembly as shown below.

Dismantling the seal assembly

STEP 1:

Hold the fat end of the seal assembly with both thumbs while placing the index fingernails between the seal and the claw.

Use caution to avoid injury.

STEP 2:

Using the thumbs, gently push the seal out of the claw.

3. Referring to the figure below, pass the LAN cable through the seal nut, then the claw and finally the seal.

LAN connector

Seal

Claw

Seal nut

4. Connect the LAN cable to the connector.

5. Join the claw and seal to form the seal assembly, then firmly join the seal assembly to the LAN connector.

6. Fasten the seal nut and secure the cable. Continue to fasten the nut until the space between the two nuts is approximately 3 mm. See the figure below for reference.

2-29

Page 50

2. WIRING

Heat dispersion sheet

Heat dispersion sheet locator lines

2.4.1 Jumper settings for RCB-002

The RCB-002 is compatible with the following radars.

Maker Model Maker Model

• FAR-147 series

• FAR-27 series

FURUNO*

• FAR-25 series

• Model 1835

Change the jumper settings on the RA/IF board (24P0140) according to the radar to be connected, referring the tables on the next page.

Jumper locations on the RA/IF board (24P0140)

Japan Radio Company (JRC)

Tokyo Keiki Inc. BR-3440 series *: FURUNO radars are only compatible with the

CH2 (RADAR SIGNAL IN NO.2 port).

JMA-9100 series

J14

J15

J20

J21

J22

J16

J17

J18

J19

J23

J24 J13

J1 J2

J5 J6

J10

J11

J12

Note: According to the shipment time, the heat dispersion sheet may be attached to the RA/IF board (24P0140). If the heat dispersion sheet is attached, it may come loose when removing the RCB-002 cover. Before closing the cover, make sure the dispersion sheet is in the location shown below. If the sheet is loose, align it with the locator lines printed on the board.

2-30

Page 51

2. WIRING

CH1 settings (RADAR SIGNAL IN NO.1)

Using the table below for reference, change the jumper settings to suit the appropriate radar connection. Use the figure on the previous page for jumper locations.

Jumper

J1 #2-3: short J2 #3-6: short J3 #2-6: short #1-5: short J4 #1-2: short J5 #2-3: short

J6 #3-6: short J10 #3-7: short #2-6: short J13 #1-2: short #2-3: short

JMA-9100 series BR-3440 series

Radar to be connected

CH2 settings (RADAR SIGNAL IN NO.2)

Using the table below for reference, change the jumper settings to suit the appropriate radar connection. Use the figure on the previous page for jumper locations.

Jumper

J7 #2-3: short #1-2: short J8 #1-2: short #2-3: short

J9 #1-4: short #3-6: short J11 #2-3: short #1-2: short J12 #1-2: short #1-2: short J14 #2-3: short #1-2: short J15 #2-3: short #1-2: short J16 #2-6: short #2-6: short #1-5: short J17 #2-3: short #1-2: short J18 #1-2: short #2-3: short J19 #1-4: short #3-6: short J20 #2-3: short #1-2: short J21 #2-3: short #1-2: short J22 #3-7: short #3-7: short #2-6: short J23 #2-3: short #1-2: short J24 #1-2: short #1-2: short #2-3: short

FURUNO radars JMA-9100 series BR-3440 series

Radar to be connected

2-31

Page 52

2. WIRING

This page is intentionally left blank.

2-32

Page 53

APPENDIX 1 JIS CABLE GUIDE

Core

Type Area Diameter

The following reference table lists gives the measurements of JIS cables commonly used with Furuno products:

TTYCSLA-4

MPYC-4

TPYCY

DPYCY

Cable

Diameter

DPYC-1.5 1.5mm2 1.56mm 11.7mm DPYC-2.5 2.5mm

2.01mm 12.8mm

DPYC-4 4.0mm

2.55mm 13.9mm

DPYC-6 6.0mm

3.12mm 15.2mm

DPYC-10 10.0mm

4.05mm 17.1mm

DPYCY-1.5 1.5mm

1.56mm 13.7mm

DPYCY-2.5 2.5mm

2.01mm 14.8mm

DPYCY-4 4.0mm

2.55mm 15.9mm

MPYC-2 1.0mm

1.29mm 10.0mm

MPYC-4 1.0mm

1.29mm 11.2mm

MPYC-7 1.0mm

1.29mm 13.2mm

MPYC-12 1.0mm

1.29mm 16.8mm

TPYC-1.5 1.5mm

1.56mm 12.5mm

TPYC-2.5 2.5mm

2.01mm 13.5mm

TPYC-4 4.0mm

2.55mm 14.7mm

TPYCY-1.5 1.5mm

1.56mm 14.5mm

TPYCY-2.5 2.5mm

2.01mm 15.5mm

TPYCY-4 4.0mm

2.55mm 16.9mm

TTYCS-1 0.75mm

1.11mm 10.1mm

TTYCS-1T 0.75mm

1.11mm 10.6mm

TTYCS-1Q 0.75mm

1.11mm 11.3mm

TTYCS-4 0.75mm

1.11mm 16.3mm

TTYCSLA-1 0.75mm

1.11mm 9.4mm

TTYCSLA-1T 0.75mm

1.11mm 10.1mm

TTYCSLA-1Q 0.75mm

1.11mm 10.8mm

TTYCSLA-4 0.75mm

1.11mm 15.7mm

TTYCY-1 0.75mm

1.11mm 11.0mm

TTYCY-1T 0.75mm

1.11mm 11.7mm

TTYCY-1Q 0.75mm

1.11mm 12.6mm

TTYCY-4 0.75mm

1.11mm 17.7mm

TTYCY-4S 0.75mm

1.11mm 21.1mm

TTYCY-4SLA 0.75mm

1.11mm 19.5mm

TTYCYS-1 0.75mm

1.11mm 12.1mm

TTYCYS-4 0.75mm

1.11mm 18.5mm

TTYCYSLA-1 0.75mm

1.11mm 11.2mm

TTYCYSLA-4 0.75mm

1.11mm 17.9mm

EX: TTYCYSLA - 4 MPYC - 4

Designation type

Core Area (mm

)

Designation type

# of cores

1 2 3 4 5 6 1 2 3 4

Cables listed in the manual are usually shown as Japanese Industrial Standard (JIS). Use the following guide to locate an equivalent cable locally.

JIS cable names may have up to 6 alphabetical characters, followed by a dash and a numerical value (example: DPYC-2.5). For core types D and T, the numerical designation indicates the cross-sectional Area (mm

) of the core wire(s) in the

cable. For core types M and TT, the numerical designation indicates the number of core wires in the cable.

1. Core Type

Double core power line

Triple core power line

Multi core

TT:

Twisted pair communications

(1Q=quad cable)

2. Insulation Type

Ethylene Propylene

Rubber

3. Sheath Type

PVC (Vinyl)

4. Armor Type

Steel

5. Sheath Type

Anticorrosive vinyl sheath

6. Shielding Type

All cores in one sheath

-S:

Indivisually sheathed cores

SLA:

All cores in one shield, plastic

tape w/aluminum tape

-SLA:

ndividually shielded cores,

plastic tape w/aluminum tape

Core

Type Area Diameter

Cable

Diameter

AP-1

Page 54

APPENDIX 2 ROD TERMINALS

MC-3000S, MC-CS Board (24P0114)

Connector # Pin # Signal name Rod terminal to use Connected cable

1 24V_VOUT AI 0.34-6 TQ (blue) 2 24V_GND

Connector # Pin # Signal name Rod terminal to use Connected cable

3 MODBUS-A AI 0.14-8 GY (gray) 4 MODBUS-B 5GND

1 24V_IN AI 1.5-6 BK (black) 2 24V_GND 3 PWR_FAIL-A AI 0.75-6 GY (Gray) TTYCS-4 4 PWR_FAIL-COM 5 PWR_FAIL-B 6NC - -

1TD1-A 2TD1-B 3 RD1-A 4 RD1-B 5 ISOGND1 6 RD1-H 7 RD1-C

AI 0.75-6 GY (Gray)

MC1.5-W-Lxxx

DPYC-1.5

TTYCSLA-4

TTYCS-4 TTYCSLA-4

Connector # Pin # Signal name Rod terminal to use Connected cable

1TD2-A 2TD2-B 3 RD2-A

Connector # Pin # Signal name Rod terminal to use Connected cable

4 RD2-B 5 ISOGND2 6 RD2-H 7 RD2-C

1TD3-A 2TD3-B 3 RD3-A 4 RD3-B 5 ISOGND3 6 RD3-H 7 RD3-C

AI 0.75-6 GY (gray)

TTYCS-4 TTYCSLA-4

AP-2

Page 55

APPENDIX 2 ROD TERMINALS

Connector # Pin # Signal name Rod terminal to use Connected cable

1TD4-A 2TD4-B 3RD4-A

Connector # Pin # Signal name Rod terminal to use Connected cable

4RD4-B 5 ISOGND4 6RD4-H 7RD4-C

1TD5-A 2TD5-B 3RD5-H 4RD5-C 5TD6-A 6TD6-B 7RD6-H 8RD6-C

1TD7-A 2TD7-B 3RD7-H 4RD7-C 5TD8-A 6TD8-B 7RD8-H 8RD8-C

AI 0.75-6 GY (gray)

TTYCS-4 TTYCSLA-4

TTYCS-1Q TTYCSLA-1Q

AP-3

Page 56

APPENDIX 2 ROD TERMINALS

MC-3020D, MC-DIN Board (24P0116)

Connector # Pin # Signal name Rod terminal to use Connected cable

1 24V_IN AI 0.34-6 TQ (blue) 2 24V_GND

Connector # Pin # Signal name Rod terminal to use Connected cable

J3*

3 MODBUS-A AI 0.14-8 GY (gray) 4 MODBUS-B 5GND

1 24V_OUT AI 0.34-6 TQ (blue) 2 24V_GND 3 MODBUS-A AI 0.14-8 GY (gray) 4 MODBUS-B 5GND

1 DV12V_OUT1 2 DIGI_IN1 3 DIGI_RTN1 4GND 5 DC12V_OUT2 6 DIGI_IN2 7 DIGI_RTN2 8GND

AI 1-6 RD (red) MPYC-12

MC1.5-W-Lxxx

Connector # Pin # Signal name Rod terminal to use Connected cable

1 DV12V_OUT3 2 DIGI_IN3 3 DIGI_RTN3

J4*

4GND 5 DC12V_OUT4 6 DIGI_IN4 7 DIGI_RTN4 8GND

AI 1-6 RD (red) MPYC-12

(Continued on next page)

AP-4

Page 57

APPENDIX 2 ROD TERMINALS

Connector # Pin # Signal name Rod terminal to use Connected cable

1 DV12V_OUT5 2 DIGI_IN5 3 DIGI_RTN5

J5*

4GND 5 DC12V_OUT6 6 DIGI_IN6 7 DIGI_RTN6 8GND

AI 1-6 RD (red) MPYC-12

*: Pin #1 and 5: no cable connection. However the jumper connection is necessary between #1

and 2 and #5 and 6 depending on the input specification.

Connector # Pin # Signal name Rod terminal to use Connected cable

1 DV12V_OUT7 2 DIGI_IN7 3 DIGI_RTN7

J6*

4GND 5 DC12V_OUT8 6 DIGI_IN8 7 DIGI_RTN8 8GND

AI 1-6 RD (red) MPYC-12

*: Pin #1 and 5: no cable connection. However the jumper connection is necessary between #1

and 2 and #5 and 6 depending on the input specification.

AP-5

Page 58

APPENDIX 2 ROD TERMINALS

MC-3030D, MC-DOUT Board (24P0117)

Connector # Pin # Signal name Rod terminal to use Connected cable

1 24V_IN AI 0.34-6 TQ (blue) 2 24V_GND

Connector # Pin # Signal name Rod terminal to use Connected cable

3 MODBUS-A AI 0.14-8 GY (gray) 4 MODBUS-B 5GND

1 24V_OUT AI 0.34-6 TQ (blue) 2 24V_GND 3 MODBUS-A AI 0.14-8 GY (gray) 4 MODBUS-B 5GND

1A1 2COM1 3B1 4A2 5COM2 6B2

AI 1-6 RD (red) MPYC-12

MC1.5-W-Lxxx

Connector # Pin # Signal name Rod terminal to use Connected cable

1A3 2COM3

Connector # Pin # Signal name Rod terminal to use Connected cable

3B3 4A4 5COM4 6B4

1A5 2COM5 3B5 4A6 5COM6 6B6

1A7 2COM7 3B7 4A8 5COM8 6B8

AI 1-6 RD (red) MPYC-12

AP-6

Page 59

APPENDIX 3 DIGITAL INTERFACE

D0 D1 D2 D3 D4 D5 D6 D7

Start bit

Stop bit

Data bits

Digital Interface

Input sentence

ABK, ACN, ALC, ALF, ALR, ARC, CUR, DBT, DPT, DTM, ETL, GGA, GLL, GNS, HBT, HDT, MTW, MWV, NRX, OSD, PRC, RMC, ROR, ROT, RPM, RRT, RSA, RSD, THS, TRC, TRD, TTD,TTM, VBW, VDM, VDO, VDR, VHW, VSD, VTG, XDR, ZDA

Output sentences

ABM, ACK, ACN, ALC, ALF, ARC, BBM, DDC, EVE, HBT, OSD, RRT, VBW, VDR, VSD, XTE

FURUNO proprietary output sentence

PFEC (pidat, pireq, llco, llmba, rminf, rmset, rmevt)

Data reception

Data is received in serial asynchronous form in accordance with the standard referenced in IEC 61162-2.

The following parameters are used: Baud rate: 38,400 bps (HDT, THS, !AIVDM, !AIVDO, !AIABK, $AIALR). The baud rate of all other sentences is 4800 bps Data bits: 8 (D7 = 0), Parity: none, Stop bits: 1

Data Sentences

Input sentences

ABK - UAIS Addressed and binary broadcast acknowledgement

$--ABK,xxxxxxxxx,x,x.x,x,x*hh<CR><LF> 1 2 3 4 5

1. MMSI of the addressed AIS unit (9 digits)

2. AIS channel of reception (No use)

3. Message ID (6, 8, 12, 14)

4. Message sequence number (0 - 9)

5. Type of acknowledgement (See below) 1 = message was broadcast (6 or 12), but not ACK by addressed AIS unit 2 = message could not be broadcast (quantity of encapsulated data exceeds five slots) 3 = requested broadcast of message (8, 14 or 15) has been successfully completed 4 = late reception of message (7 or 13) ACK that was addressed to this AIS unit (own ship and referenced a valid transaction 5 = message has been read and acknowledged on a display unit.

AP-7

Page 60

APPENDIX 3 DIGITAL INTERFACE

$**ALC,xx,xx,xx,x.x, aaa,x.x,x.x,x.x,’’’’’’,*hh<CR><LF>

1 2 3 4 5 6 7 8 9

1. Total number of sentences this message (01 to 99)

2. Sentence number (01 to 99)

3. Sequential message identifier (00 to 99)

4. Number of alert entries (0 to 3)

5. Manufacturer mnemonic code (FEC, null)

6. Alert identifier (999 or 10001 to 10999)

7. Alert instance (null)

8. Revision counter (1 to 99)

9. Additional alert entries (same as 5 and 8)

$**ALF,x,x,x,hhmmss.ss,a,a,a,aaa,x.x,x.x,x.x,x,c--c,*hh<CR><LF> 1 2 3 4 5 6 7 8 9 10 11 12 13

1. Total number of ALF sentences this message (1, 2)

2. Sentence number (1, 2)

3. Sequential message identifier (0 to 9)

4. Time of last change (hh=00 to 23, mm=00 to 59, ss.ss=00.00 to 60.99), null

5. Alert category (A=Alert category A, B=Alert category B, C=Alert category C), null

6. Alert priority (A=Alarm, W=Warning, C=Caution), null when #2 is 2.

7. Alert state (V=Not ACKed, S=Silence, A=ACked, O/U=Resolved, Not ACKed, N=Normal state), null when #2 is 2.

8. Manufacturer mnemonic code (FEC, null)

9. Alert identifier (999 or 10001 to 10999)

10. Alert instance (null)

11. Revision counter (1 to 99)

12. Escalation counter (0 to 2)

13. Alert text (max. 18 characters)

$--ALR,Hhmmss.ss,xxx,A,A,c—c*hh<CR><LF> 1 2 3 4 5

1. Time of alarm condition change, UTC (000000.00 - 235960.99)

2. Unique alarm number (identifier) at alarm source (000 - 999)

3. Alarm condition (A=threshold exceeded, V=not exceeded)

4. Alarm acknowledge state (A=acknowledged, V=not acknowledged)

5. Alarm description text (alphanumeric characters, max. 32)

ACN - Alert command

$**ACN,hhmmss.ss,aaa,x.x,x.x,c,a*hh<CR><LF> 1 2 3 4 5 6

1. Time (UTC)

2. Manufacturer mnemonic code (3 digits)

3. Alert Identifier (0-9999999)

4. Alert Instance (1-999999,null)

5. Alert command (A,Q,O,S) A=acknowledge Q=request/repeat information O=responsibility transfer S=silence

6. Sentence status flag(C) (fixed)

ALC - Cyclic alert list

ALF - Alert sentence

ALR - Set alarm state

AP-8

Page 61

APPENDIX 3 DIGITAL INTERFACE

$**ARC,hhmmss.ss,aaa,x.x,x.x,c*hh<CR><LF> 1 2 3 4 5

1. Release time of the Alert Command Refused(UTC)

2. Used for proprietary alerts, defined by the manufacturer

3. The alert identifier(1-9999999)

4. The alert instance(1to-99)

5. Refused Alert Command(A, Q, O, S) A=acknowledge: A Q=request/repeat information O=responsibility transfer S=silence

$--DPT,x.x,x.x,x.x*hh<CR><LF>

1 2 3

1. Water depth relative to the transducer, meters (0.00-99999.99)

2. Offset from transducer, meters

(No use)

3. Minimum range scale in use (No use)

$--DTM,ccc,a,x.x,a,x.x,a,x.x,ccc*hh<CR><LF> 1 2 3 4 5 6 7 8

1. Local datum (W84=WGS84 W72=WGS72 S85=SGS85, P90=PE90

2. Local datum subdivision code (NULL or one character)

3. Lat offset, min (0 - 59.99999)

4. N/S

5. Lon offset, min (0 - 59.99999)

6. E/W

7. Altitude offset, meters (No use)

8. Reference datum (W84=WGS84 W72=WGS72 S85=SGS85, P90=PE90)

ARC - Alert command refused

CUR - Current

$--CUR,A,x,x.x,x.x,x.x,a,x.x,x.x,x.x,a,a*hh<CR><LF> 1 2 3 4 5 6 7 8 9 1011

1. Validity of data (A=valid, V=not valid)

2. Data set number (0 - 9)

3. Layer number (0.0 - 3.0)

4. Current depth in meters (No use)

5. Current direction in degrees (0.00 - 360.00)

6. Direction reference in use (true or relative)

7. Current speed in knots (0.00 - 99.99)

8. Reference layer depth in meters (No use)

9. Heading (0 to 360.00)

10. Heading reference in use (true or magnetic)

11. Speed reference (B=Bottom track W=Water track P=Positioning system)

DBT - Depth below transducer

$--DBT,xxxx.x,f,xxxx.x,M,xxxx.x,F*hh<CR><LF> 1 2 3 4 5 6

1. Water depth (0.00-99999.99)

2. feet

3. Water depth (0.00-99999.99)

4. Meters

5. Water depth (0.00-99999.99)

6. Fathoms

DPT - Depth

DTM - Datum reference

AP-9

Page 62

APPENDIX 3 DIGITAL INTERFACE

$**ETL,hhmmss.ss,a,xx,xx,a,x*hh<CR><LF>

1 2 3 4 5 6

1. Event time (UTC)

2. Message type (O=order A=answerback)

3. Position indicator of engine telegraph 00 = Stop engine 01 = [AH] Dead Slow 02 = [AH] Slow 03 = [AH] Half 04 = Full 05 = [AH] Nav. Full 11 = [AS] Dead Slow 12 = [AS] Slow 13 = [AS] Half 14 = [AS] Fulll 15 = [AS] Crash Astern

4. Position indication of sub telegraph (000 to 100)

5. Operating location indicator (B=bridge P=port wing S=starboard wing C=engine control room E=engine side/local W=wing

6. Number of engine or propeller shaft (000 to 100)

$--GGA,hhmmss.ss,llll.lll,a,yyyyy.yyy,a,x,xx,x.x,x.x,M,x.x,M,x.x,xxxx*hh<CR><LF> 1 2 3 4 5 6 7 8 9 10 11 12 13 14

1. UTC of position (no use)

2. Latitude (0000.00000 - 9000.00000)

3. N/S

4. Longitude (0000.00000 - 18000.00000)

5. E/W

6. GPS quality indicator (1 - 8)

7. Number of satllite in use (No use)

8. Horizontal dilution of precision (0.0 - 999.9)

9. Antenna altitude above/below mean sealevel (No use)

10. Unit, m (No use)

11. Geoidal separation (No use)

12. Unit, m (No use)

13. Age of differential GPS data (0 - 999)

14. Differential reference station ID (No use)

$--GLL,llll.lll,a,yyyyy.yyy,a,hhmmss.ss,a,x*hh<CR><LF>

1 2 3 4 5 6 7

1. Latitude (0000.00000 - 9000.00000)

2. N/S

3. Longitude (0000.00000 - 18000.00000)

4. E/W

5. UTC of position (No use)

6. Status (A=data valid V=data invalid)

7. Mode indicator (A=Autonomous D=Differential E=Estimated M=Manual input S=Simulator)

ETL - Engine telegraph operation status

GGA - Global positioning system fix data

GLL - Geographic position, latitude/longitude

AP-10

Page 63

GNS - GNSS fix data

$--GNS,hhmmss.ss,llll.lll,a,IIIII.III,a,c--c,xx,x.x,x.x,x.x,x.x,x.x,a*hh<CR><LF>

1 2 3 4 5 6 7 8 9 10 11 1213

1. UTC of position (no use)

2. Latitude (0000.00000 - 9000.00000)

3. N/S

4. Longitude (0000.00000 - 18000.00000)

5. E/W

6. Mode indicator (P, R, D, F, A, E, M, S) N=No fix A=Autonomous D=Differential P=Precise R=Real Time Kinematic F=Float RTK E=Estimated Mode M=Manual Input Mode S=Simulator Mode

7. Total number of satellites in use (No use)

8. HDOP (0.00 - 999.99)

9. Antenna altitude, meters (-999.99 - 9999.99)

10. Geoidal separation (No use)

11. Age of differential data (0 - 99)

12. Differential reference station ID (No use)

13. Naivgational status indicator (S=Safe, C=Caution, U=Unsafe, V=Not valid)

$**HBT,x.x,A,x*hh<CR><LF>

1 2 3

1. Configured repeat interval (00.0 to 99.9(s))

2. Equipment status (A=Normal V=System fail)

3. Sequential sequence identifier (0 to 9)

$--HDT, xxx.x,T*hh<CR><LF>

1 2

1. Heading, degrees (0.00 to 360.00)

2. True (T)

$--MWV,x.x,a,x.x,a,A*hh<CR><LF> 1 2 3 4 5

1. Wind angle, degrees (0.00 - 360.00)

2. Reference (R/T, R=Relative, T=Theoretical)

3. Wind speed (0.00 - 9999.99)

4. Wind speed units (K=km/h M=m/s N=nm)

5. Status (A)

HBT - Heartbeat supervision sentence

APPENDIX 3 DIGITAL INTERFACE

HDT - Heading, true

MTW - Water temperature

$--MTW,x.x,C<CR><LF>

1. Water temperature, degrees C (-100.000 - 100.000)

MWV - Wind speed and angle

AP-11

Page 64

APPENDIX 3 DIGITAL INTERFACE

$--NRX,xxx,xxx,xx,aaxx,x,hhmmss.ss,xx,xx,xxxx,x.x,x.x, A,c--c*hh<CR><LF>

1 2 3 4 5 6 7 8 9 10 11 12 13

1. Number of sentences (001 to 999)

2. Sentence number (001-999)

3. Sequential message ID (00 to 99)

4. Navtex message code (aaxx aa: AA to ZZ xx: 00 to 99)

5. Frequency table index (0 to 9, null)

6. UTC of receipt of message (No use)

7. Day (0 to 31, null)

8. Month (01 to 12, null)

9. Year (0000 to 9999, null)

10. Total number of characters in this series of NRX sentences (1 to 8000, null)

11. Total number of bad characters (0 to 8000, null)

12. Status indication (A=correct message, V=incorrect message; Null)

13. Message body (English alphanumeric characters)

$--OSD,x.x,A,x.x,a,x.x,a,x.x,x.x,a*hh<CR><LF>

1 2 3 4 5 6 7 8 9

1. Heading, degrees true (0.00 - 359.99, null)

2. Heading status (A=data valid, V=data invalid)

3. Vessel course, degrees true (0.00 - 359.99, null)

4. Course reference (B/M/W/R/P, null)

B=Bottom tracking log M=Manually entered

W=Water referenced

R=Radar tracking (of fixed target) P=Positioning system ground reference

5. Vessel speed (0.00 - 999.99, null)

6. Speed reference, B/M/W/R/P

7. Vessel set, degrees true, manually entered (0.00 - 359.99)

8. Vessel drift (speed), manually entered (0.00 - 99.99, null)

9. Speed units (N=Knots)

$**PRC,x.x,A,x.x,a,x.x,a,a,x*hh<CR><LF> 1 2 3 4 5 6 7 8

1. Lever demand position (-100 to 100, 0=stop)

2. Lever demand status (A=data valid V=data invalid)

3. RPM demand value (-9999.9 to 9999.9)

4. RPM mode indicator (P=per cent R=Revolutions per min.)

5. Pitch demand value (-999.9 to 999.9)

6. Pitch mode indicator (P=per cent D=degrees V=data invalid)

7. Operating location indicator (B=bridge P=port wing S=starboard wing

C=engine control room E=engine side/local W=Wing)

8. Number of engine or propeller shaft (00 to 99)

NRX - Navtex received data

OSD - Own ship data

PRC - Propulsion remote control

AP-12

Page 65

RMC - Recommended minimum specific GPS/TRANSIT datas

$--RMC,hhmmss.ss,A,llll.ll,a,yyyyy.yy,a,x.x,x.x,ddmmyy,x.x,a,a,a*hh<CR><LF>

1 2 3 4 5 6 7 8 9 10

11 1213

1. UTC of position fix (000000 - 235959)

2. Status (A=data valid, V=navigation receiver warning)

3. Latitude (0000.00000 - 9000.0000)

4. N/S

5. Longitude (0000.00000 - 18000.0000)

6. E/W

7. Speed over ground, knots (0.00 - 99.94)

8. Course over ground, degrees true (0.0 - 360.0)

9. Date (010100 - 311299)

10. Magnetic variation, degrees E/W (0.00 - 180.0/NULL)

11. E/W

12. Mode indicator (A= Autonomous mode D=Differential mode S= Simulator F=Float RTK P=Precise R=Real time kinematic E=Estimated (DR) M=Manual

13. Navigational status indication (S=Safe C=Caution U=Unsafe V=Navigational status not valid)

$**ROR, x.x, A, x.x, A, a*hh<CR><LF> 1 2 3 4 5

1. Starboard (or single) rudder order (-90 to 90.0)

2. Status (A=Valid V=Invalid)

3. Port rudder order (-90.0 to 90.0)

4. Status (A=Valid V=Invalid)

5. Command source location (B=Bridge P=Port wing S=Starboard wing

C=Engine control room E=Engine side/local W=Wing)

$--ROT,x.x,A*hh<CR><LF>

1 2

1. Rate of turn, deg/min, "-"=bow turns to port (-9999.9 - 9999.9)

2. Status (A=data valid, V=data invalid)

$ ** RPM, a, x, x.x, x.x, A*hh<CR><LF>

1 2 3 4 5

1. Source (S=shaft E=engine)

2. Engine or shaft number (00 to 99)

3. Speed, revolutions/min (-9999.99 to 9999.99)

4. Propeller pitch (-100.0 to 100.0)

5. Status (A=data invalid V=data valid)

ROR - Rudder order status

APPENDIX 3 DIGITAL INTERFACE

ROT - Rate of turn

RPM - Revolutions

AP-13

Page 66

APPENDIX 3 DIGITAL INTERFACE

$--THS,xxx.x,a*hh<CR><LF>

1 2

1. Heading, degrees True (0.00 to 360.00)

2. Mode indicator (A=Autonomous S=Simulator)

RRT - Report route transfer

$**RRT, a, c-c, c-c, c-c, a, a *hh <CR><LF> 1 2 3 4 5 6

1. Reported transfer type. (M=Monitored route, A=Alternative route for editing, Q=Query for

transmitting any monitored or alternative route for editing)

2. Name of transferred route. Max. 30 characters.

3. Version of transferred route. Max. 20 characters.

4. ID of current waypoint for monitored route. Max. 10 characters.

5. File transfer statues of transferred route. (A=Successful reception of the route file transfer, E=Error in

reception of the route file transfer)

6. Status of the intended application of the transferred route. (A=Content of the received route accepted and valid, V=Content of

received route rejected, P=Pending, application level has not yet evaluated the received route, N=Not applicable).

RSA - Rudder sensor angle

$--RSA,x.x,A,x.x,A*hh<CR><LF> 1 2 3 4

1. Starboard(or single) rudder sensor data (-180 - 180.0, NULL)

2. Starboard(or single) rudder sensor status (A=Vaild N=Data invalid)

3. Port rudder sensor data (-180 - 180.0, NULL)

4. Port rudder sensor status (A=Vaild N=Data invalid)

RSD - Radar system data

$--RSD, 1 2 3 4 5 6 7 8 9 10 11

1. Origin 1 range, from own ship (0.000 - 999) (see note 2)

2. Origin 1 bearing, degrees from 0 (0.0 - 359.9) (see note 2)

3. Variable range marker 1(VRM1), range (0.000 - 999)

4. Bearing line 1(EBL1), degrees from 0 (0.0 - 359.9)

5. Origin 2 range (0.000 - 999.9) (see note 2)

6. Origin 2 bearing (0.0 - 359.9)(see note 2)

7. VRM2,.9 range (0.000 - 999)

8. EBL2, degrees (0.0 - 360.0)

9. Cursor range, from own ship (0.000 - 999)

10. Cursor bearing, degrees clockwise from 0 (0.0 - 359.9)

11. Range scale in use (0.0625 - 120)

12. Range units (K/N/S)

13. Display rotation (see note 1)

NOTES 1 Display rotation: C=Course-up, course-over-ground up, degrees true H=Head-up, ship's heading(center-line) 0 up N=North-up, true north is 0 up 2 Origin 1 and origin 2 are located at the stated range and bearing from own ship and provide for two independent sets of variable range markers (VRM) and electronic bearing lines (EBL) originating away from own ship position.

x.x,x.x,x.x,x.x,x.x,x.x,x.x,x.x,x.x,x.x,x.x,N,H

12 13

*hh <CR><LF>

THS - True heading & status

AP-14

Page 67

TRC - Thruster control data

$**TRC,x,x.x,a,x.x,a,x.x, a,a*hh<CR><LF>

1 2 3 4 5 6 7 8

1. Number of thruster, bow or stern (01 to 99)

2. RPM demand value (-999.9 to 999.9)

3. RPM mode indicator (P=per cent R=revolutions per min V=data invalid)

4. Pitch demand value (-180.0 to 180.0)

5. Pitch mode indicator (P=per cent D=degree V=data invalid)

6. Azimuth demand (000.0 to 359.9)

7. Operating location indicator (B=bridge P=port wing S=starboard wing C=engine control room E=engine side/local W=Wing)

8. Sentence flag status (R=Sentence is a status report of current settings (Used for a reply to a query.) C=Sentence is a configuration command to change settintgs. A sentence without “C” is not a command.)

$**TRD,x,x.x,a,x.x,a,x.x*hh<CR><LF>

1 2 3 4 5 6

1. Number of thruster, bow or stern (01 to 99)

2. RPM response (-999.9 to 999.9)

3. RPM mode indicator (P=per cent R=revolutions per min V=data invalid)

4. Pitch response value (-999.9 to 999.9)

5. Pitch mode indicator (P=per cent D=degree V=data invalid)

6. Azimuth response (000.0 to 359.0, Null)

!**TTD,xx,xx,x,s--s,x*hh<CR><LF>

1 2 3 4 5

1. Total hex number of sentences need to transfer the message (1 to FF)

2. Hex sentence number (1 to FF)

3. Sequential message identifier (0 to 9)

4. Encapsulated trancked target data (6 bit binary-converted data)

5. Number of fill bits (0 to 5)

$--TTM,xx,x.x,x.x,a,x.x,x.x,a,x.x,x.x,a,c--c,a,a,hhmmss.ss,a*hh<CR><LF>

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15

1. Target number (00 to 999)

2. Target distance from own ship (0.000 - 99.999)

3. Bearing from own ship,degrees (0.0 - 359.9)

4. True or Relative (T)

5. Target speed (0.00 - 999.99, null)

6. Target course, degrees (0.0 - 359.9, null)

7. True or Relative

8. Distance of closet point of approach (0.00 - 99.99, null)

9. Time to CPA, min., "-" increasing (-99.99 - 99.99, null)

10. Speed/distance units (N=nm)

11. Target name (null)

12. Target status (L=Lost Q=Acquiring T=Tracking)

13. Reference target (R, NULL otherwise)

14. UTC of data (null)

15. Type of acquisition (A=Automatic M=Manual )

TRD - Thruster data response

APPENDIX 3 DIGITAL INTERFACE

TTD - Tracked target data

TTM - Tracked target message

AP-15

Page 68

APPENDIX 3 DIGITAL INTERFACE

$--VBW,x.x,x.x,x,x.x,x.x,x,x.x,x,x.x,x*hh<CR><LF> 1 2 3 4 5 6 7 8 9 10

1. Longitudinal water speed, knots (-9999.999 - 9999.999)

2. Transverse water speed, knots (-9999.999 - 9999.999, null)

3. Status: water speed, A=data valid V=data invalid

4. Longitudinal ground speed, knots (-9999.999 - 9999.999)

5. Transverse ground speed, knots (-9999.999 - 9999.999, null)

6. Status: ground speed, A=data valid V=data invalid

7. Stern transverse water speed, knots (-9999.999 - 9999.999)

8. Status: stern water speed, A=data valid V=data invalid

9. Stern transverse ground speed, knots (-9999.999 - 9999.999)

10. Status: stern ground speed, A=data valid V=data invalid

!--VDM,x,x,x,x,s--s,x*hh<CR><LF>

1 2 3 4 5 6

1. Total number of sentences needed to transfer the message (1 to 9)

2. Message sentence number (1 to 9)

3. Sequential message identifier (0 to 9, NULL)

4. AIS channel Number (A or B)

5. Encapsulated ITU-R M.1371 radio message (1 - 63 bytes)

6. Number of fill-bits (0 to 5)

!--VDO,x,x,x,x,s--s,x*hh<CR><LF> 1 2 3 4 5 6

1. Total number of sentences needed to transfer the message (1 to 9)

2. Message sentence number (1 to 9)

3. Sequential message identifier (0 to 9, NULL)

4. AIS channel Number (A or B, NULL)

5. Encapsulated ITU-R M.1371 radio message (1 - 63 bytes)

6. Number of fill-bits (0 to 5)

$--VDR,x.x,T,x.x,M,x.x,N*hh <CR><LF>

1 2 3 4 5 6

1. Direction, degrees (0.00 - 360.00, null)

2. T=True (fixed)

3. Direction, degrees (0.00 - 360.00, null)

4. M=Magnetic (fixed)

5. Current speed (0 - 99.99)

6. N=Knots (fixed)

$--VHW,x.x,T,x.x,M,x.x,N,x.x,K*hh <CR><LF> 1 2 3 4 5 6 7 8

1. Heading, degrees (0.00 - 360.00)

2. T=True (fixed)

3. Heading, degrees (0.00 - 360.00)

4. M=Magnetic (fixed)

5. Speed, knots (0.00 - 9999.99)

6. N=Knots (fixed)

7. Speed, knots (0.00 - 9999.99)

8. K=km/hr (fixed)

VBW - Dual ground/water speed

VDM - UAIS VHF data-link message

VDO - UAIS VHFG data-link own vessel report

VDR - Set and drift

VHW - Water speed and headings

AP-16

Page 69

VSD - UAIS Voyage static data

$--VTG,x.x,T,x.x,M,x.x,N,x.x,K,a*hh <CR><LF>

1 2 3 4 5 6 7 8 9

1. Course over ground, degrees (0.00 - 360.00)

2. T=True (fixed)

3. Course over ground, degrees (No use)

4. M=Magnetic (No Use)

5. Speed over ground, knots (0.00-99.94)

6. N=Knots (fixed)

7. Speed over ground (0.00-99.94)

8. K=km/h (fixed)

9. Mode indicator (

A=Autonomous, D=Differential E=Estimated (dead reckoning)

M=Manual input S=Simulator P=Precision)

$--ZDA,hhmmss.ss,xx,xx,xxxx,xx,xx*hh<CR><LF> 1 2 3 4 5 6

1. UTC (000000.00 - 235960.99)

2. Day (01 - 31)

3. Month (01 -12)

4. Year (UTC, 1970 - 2037)

5. Local zone, hours (No use)

6. Loca zone, minutes (No use)

$--VSD,x.x,x.x,x.x,c--c,hhmmss.ss,xx,xx,x.x,x.x*hh<CR><LF> 1 2 3 4 5 6 7 8 9

1. Type of ship and cargo category (0 - 255)

2. Maximum present static draught (0 to 25.5 meters, null)

3. Persons on-board (0 - 8191, null)

4. Destination (1 - 20 characters, null)

5. Estimated UTC of arrival at destination (000000.00 - 235959.99)

6. Estimated day of arrival at destination (00 to 31(UTC))

7. Estimated month of arrival at destination (00 to 12(UTC))

8. Navigational status (0 - 15, null)

9. Regional application flags (0 - 15)

VTG - Course over ground and ground speed

APPENDIX 3 DIGITAL INTERFACE

XDR - Transducer measurements

$--XDR,a,x.x,a,c--c,……………a,x.x, a,c...c*hh<CR><LF> 1 2 3 4 5

1. Transducer type, transducer no. (C, A, F, N, P, R, T, H, V)

2. Measurement data, transducer no. (Transducer no. N)

3. Units of measure, transducer no. (Transducer type, transducer no. N) #1=CC #1=AD #1=DM #1=FH #1=NN #1=PB #1=RI #1=TR #1=HP #1=VM

4. Data, varialbe number of transducers

5. Transducer “n”

ZDA - Time and date

AP-17

Page 70

APPENDIX 3 DIGITAL INTERFACE

!--ABM,x,x,x,xxxxxxxxx,x,x.x,s--s,x*hh<CR><LF> 1 2 3 4 5 6 7 8

1. Total number of sentences needed to transfer the message (1 - 9)

2. Message sentence number (1 - 9)

3. Message sequence identifier (0 - 3)

4. The MMSI of destination AIS unit for the ITU-R M.1371 message (9 digits)

5. AIS channel for broadcast of the radio message (0 - 3)

6. VDL message number (6 or 12), see ITU-R M.1371

7. Encapsulated data (1 - 63 bytes)

8. Number of fill-bits (0 - 5)

$--ACK,xxx*hh<CR><LF>

1. Local alarm number (identifier) (000 - 999)

$--BBM,x,x,x,x,xx,s--s,x*hh<CR><LF> 12 3 4 5 6 7

1. Total number of sentences needed to transfer the message (1 - 9)

2. Sentence number (1 - 9)

3. Sequential Message identifier (0 - 9)

4. AIS channel for broadcast of the radio message (0 - 3)

5. ITU-R M.1371 message ID (8 or 14)

6. Encapsulated data (1 - 63 bytes)

7. Number of fill-bits, 0 to 5

$**DDC,a,xx,a*hh<CR><LF> 1 2 3 4

1. Brilliance preset (D=Daytime K=Dusk N=Nightime O=Backlight off setting)

2. Brilliance (%) (00 to 99)

3. Color palette preset (D=Daytime K=Dusk N=Nightime)

4. Sentences status flag

$ --EVE,hhmmss.ss,c--c,c--c*hh <CR><LF>

1 2 3

1. Event time (000000.00 - 235960.99)

2. Tag code used for identification of source of event (RA0001 - RA0010, EI0001 - EI0016, IN0001 - IN0016, II0001 - II0016)

3. Event description (OPERATION)

$--XTE,A,A,x.x,a,N,a*hh<CR><LF> 1 2 3 4 5 6

1. Status: A=data valid V=LORAN C blink or SNR warning

2. Status: V=LORAN C blink or SNR warning

3. Magnitude of cross-track error (0.0000 - 9.9999)

4. Direction to steer, L/R

5. Units, nautical miles (fixed)

6. Mode indicator (A=Autonomous mode D=Differential mode S=Simulator mode)

Output sentences

See input sentences for ACN, ALC, ALF, ARC, HBT, OSD, RRT, VBW, VDR and VSD.

ABM - UAIS Addressed binary and safety related message

ACK - Acknowledge alarm

BBM - UAIS broadcast binary message

DDC - Display dimming control

EVE - General event message

XTE - Xross-track error, measure

AP-18

Page 71

Serial Interface

Sensor Adapter: IEC 61162-2/1 input/output

TD-A

SN65LBC172

TD-B

10 ohm

Sensor Adapter: IEC 61162-1 output

Sensor Adapter: IEC 61162-1 input

PC-400

RD-H

RD-C

470 ohm

LTC1535

TD-A

TD-B

ISOGND

RD-A

RD-B

PC-400

RD-H

RD-C

110 ohm*

470 ohm

* Set with jumper. Switchable open/close.

APPENDIX 3 DIGITAL INTERFACE

AP-19

Page 72

APPENDIX 4 RA/IF BOARD JUMPER

J1/J8 HD-TERM

1-2

1.2 kΩ

2-3

OFF

J2/J9 HD-PULL UP

1-4

5V IN

2-5

OC (560Ω)

3-6

OC (1 kΩ)

J3/J16 VID-TERM

1-5

75Ω

2-6

50Ω

3-7

1.2 kΩ

4-8

100 kΩ

J4/J12 HD-POLARITY

1-2

NORMAL

2-3

REVERSE

J5/J18 BP-TERM

1-2

1.2 kΩ

2-3

OFF

J6/J19 BP-PULL UP

1-4

5V IN

2-5

OC (560Ω)

3-6

OC (1 kΩ)

J10/J22 TRG-TERM

1-5

50Ω

2-6

75Ω

3-7

180kΩ

4-8

1.2 kΩ

J13/J24 BP-PULSE NUM

1-2

2048

2-3

1024

J7/J11 HD-INTERFACE

1-2

ADJUST

2-3

BYPASS

J14/J15 VID-INTERFACE

1-2

ADJUST

2-3

BYPASS

J17/J20 BP-INTERFACE

1-2

ADJUST

2-3

BYPASS

J21/J23

1-2

ADJUST

2-3

BYPASS

VALUES

The values for each jumper block on the RA/IF board (24P0140) are shown below.

CH1/CH2 signal settings

Input bypass settings (CH2 only)

AP-20

Page 73

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凚凚␎ᅗ僔ᑍἲ僕傎ཧ⪃್働傿傏䢢䣆䣋䣏䣇䣐䣕䣋䣑䣐䣕䢢䣋䣐䢢䣆䣔䣃䣙䣋䣐䣉䢢䣈䣑䣔䢢䣔䣇䣈䣇䣔䣇䣐䣅䣇䢢䣑䣐䣎䣛䢰凛

C4484-Z01-E

A-1

Page 74

工事材料表

A-2

INSTALLATION MATERIALS

番号

NO.

名　　称

NAME

ｺﾝﾍﾞｯｸｽ

CABLE　TIE

圧着端子

CRIMP-ON LUG

略　　図

OUTLINE

CODE NO. TYPE

CV-100N

CODE NO.

FV1.25-4(LF) RED

CODE NO.

001-262-570-00 CP24-03101

型名／規格

DESCRIPTIONS

000-162-167-10

000-166-666-10

数量 Q'TY

24AN-X-9401

用途／備考

REMARKS

-0

1/1

型式/ｺｰﾄﾞ番号が２段の場合、下段より上段に代わる過渡期品であり、どちらかが入っています。　なお、品質は変わりません。

TWO TYPES AND CODES MAY BE LISTED FOR AN ITEM. THE LOWER PRODUCT MAY BE SHIPPED IN PLACE OF THE UPPER PRODUCT. QUALITY IS THE SAME.

（略図の寸法は、参考値です。　DIMENSIONS IN DRAWING FOR REFERENCE ONLY.）

ＦＵＲＵＮＯ　ＥＬＥＣＴＲＩＣ　ＣＯ　．，ＬＴＤ.

C4484‑M01‑A

Page 75

20/Jan/2014H.MAKI

D-1

Page 76

20/Jan/2014H.MAKI

D-2

Page 77

7/Nov/2013H.MAKI

D-3

Page 78

7/Nov/2013H.MAKI

D-4

Page 79

D-5

11/Dec/2013H.MAKI

Page 80

12 456

S-1

IEC61162-1/2 IEC61162-1

AIS

TTYCS(LA)-4

TX(-)

TX(+)

GYRO

TTYCS(LA)-4

*5 *5

456

RX(-)

RX(+)

TX(-)

TX(+)

3GND

8GND

RX(-)

RX(+)

GPS

TTYCS(LA)-1Q

TX(-)

TX(+)

3GND

456

RX(-)

LOG

TTYCS(LA)-1Q

RX(+)

TX(-)

TX(+)

8GND

RX(-)

RX(+)

パネルPC部 PANEL COMPUTER UNIT PCU-3000

LAN2

*2 *3

FR-FTPC-CY, 10/20/30m,φ13

STP(CAT5) CABLE

ネットワーク機器 NETWORK EQUIPMENT

スイッチングハブ SWITCHING HUB

HUB-100 (8 PORTS)

ORまたは

COM1

PCA100293

COM2

COM3

COM4

センサーアダプター SENSOR ADAPTER MC-3000S(SERIAL 8ch) MC-3020D(DIGITAL IN)

*1PE

IV-1.25sq.

MC-3030D(DIGITAL OUT)

NR203PF-VVS1.25

(+)

(-)

*1PE

IV-2sq.

1961986

DPYC-1.5

80099(100V),1.8m

FS-CABLE EU(230V)

DVI-D

2424

DVI-D/D_SLINK5M

5m,φ7

24VDC

100-230VAC

または OR

1φ,50/60Hz

外部モニター

EXT. MONITOR

(DVI-D, Full HD)

DVI-I

DVIP(I)-DP CABLE,5m

RGBフレームシンクロナイザ

RGB FRAME SYNCHRONIZER

Dsub-15P

*1 *4

(FullHD to UXGA)

USB3

トラックボール操作部

RCU-030

TRACKBALL CONTROL UNIT

USB1

1.5m

キーボード

KEYBOARD

5139U BLACK

USB CABLE,MAX.5m

USB4

外部機器

TOTAL: MAX.5mケーブル最大長:5m

EXTERNAL EQUIPMENT

USB延長ケーブル

JH C01MF A-A,1m

DVDドライブ

USB2

EXTENSION CABLE

または OR

DVD DRIVE

USBプリンタ

DVRP-U8V

LAN1

DTI-C5e350_VCV

10/20/30m,φ13

USB PRINTER

RJ45

インテリジェントハブ INTELLIGENT HUB HUB-3000

IV-1.25sq.

DPYC-1.5

100-115/ 200-230VAC 1φ,50/60Hz

NOT USED

DPYC-1.5

24VDC

POWER_FAIL-A POWER_FAIL-B

PR-240

(+) (-)

MOD-Z072,2/5/10m,φ6

1 2

3.5m,φ8.6

100-230VAC

MJ-A3SPF0013A,

3.5m,φ6.9

シロクロWHT

DPYC-1.5

（詳細はC4473-C02を参照）（REFER TO C4473-C02 FOR DETAIL）

1φ,50/60Hz

レーダー接続箱

BLK

RADAR CONNECTION

J3RJ45

BOX

RCB-002

VIDEO

VIDEO_G

SHIELD

IN1 GND

GND

TRG

IN2

MJ-A10SPF0020A,5/10/20/30m 1 2 3 4 5 6 7 8 9

クロ

アカダイ

キﾐﾄﾞﾘアオ BLU (2C-2V)

チャ BRN ハイ GRY

MJ-A10SPF0020A 5/10/20/30m

BLK RED ORG YEL GRN

航海用レーダー MARINE RADAR

同上 DITTO

ALARM SYSTEM

RGB COAX. CABLE

100-230VAC

1φ,50/60Hz

アラームシステム

PR-240接続詳細 DETAIL FOR PR-240 CONNECTION

VR-3010

注記＊１）

造船所手配。

＊２）

オプション。

DCU（VR-3000）

100-115/ 200-230VAC 1φ,50/60Hz

DPYC-1.5

AC/DC電源ユニット AC/DC POWER

SUPPLY UNIT

5 4

コネクタは現地にて取付け。＊３）

＊４）推奨：IMAGENICS RS-1500など。

(+)

(-)

13E

*2PR-240

*1PE

IV-2sq.

IEC61162-2のとき、RX+とRX-の間に終端抵抗が必要。＊５）

IEC61162-1では、3、8番ピンのアイソレートグランドは不要。 NOTE *1: SHIPYARD SUPPLY. *2: OPTION. *3: FIT CONNECTORS AT LOCAL. *4: RECOMMENDED: IMAGENICS RS-1500, ETC.. *5: IEC61162-2 REQUIRES A TERMINNATOR BETWEEN RX+ AND RX-.

IEC61162-1 DOES NOT REQUIRE ISOLATE GROUND AT 3 OR 8 PINS.

DRAWN

18/Jul/2014

CHECKED

18/Jul/2014

APPROVED

18/Jul/2014H.MAKI

SCALE

DWG No.

C4484-C01- B

T.YAMASAKI

H.MAKI

MASS

REF.No.

24-016-6001-0

TITLE

名称

NAME

FMD-3100 電子海図情報表示装置相互結線図 ECDIS INTERCONNECTION DIAGRAM

Page 81

S-2

制御部 PROCESSOR UNIT EC-3000

パネルPC部 PANEL COMPUTER UNIT PCU-3000

または OR

スイッチングハブ SWITCHING HUB HUB-100

FR-FTPC-CY,

10/20/30m,φ13

センサーアダプター

SENSOR ADAPTER MC-3000S(SERIAL 8ch)

24V_IN

24V_GND

PWR_FAIL-A

PWR_FAIL-COM

12345

DPYC-1.5

24VDC

IV-1.25sq.

PWR_FAIL-B

TTYCS(LA)-1

*2 *4

ALARM SYSTEM

MC-3010A

*2*2

MC1.5-W-L600/

(ANALOG 3ch)

24V_GND

MOD_BUS-A

24V_VOUT 12345

1000/2000/3000,

0.6/1/2/3m0.6/1/2/3m

12345

MOD_BUS-A

24V_IN

24V_GND

12345

MOD_BUS-B

GND

IV-1.25sq.

選択

SERIAL

SELECT

(IEC61162-2)

TTYCS(LA)-4

1234567

TD1-A

TD1-B

RD1-B

RD1-A

ISOGND

AN1_IN

AN1_GND

CURR1_JP1

CURR1_JP2

123

RD1-H

RD1-C

AN2_IN

AN2_GND

123

CURR2_JP1

SERIAL

(IEC61162-1)

TTYCS(LA)-4

1234567

TD2-A

TD2-B

RD2-A

RD2-B

ISOGND

CURR2_JP2

AN3_IN

AN3_GND

CURR3_JP1

123

同上

DITTO

1234567

RD2-H

RD2-C

TD3-A

TD3-B

RD3-A

RD3-B

RD3-H

ISOGND

TD5-A

TD5-B

RD5-H

RD5-C

TD6-A

TD6-B

1234567

TTYCS(LA)-1Q

(IEC61162-1)

SERIAL

3-4間ジャンパー設定オープン：電圧入力、ショート：電流入力

CURR3_JP2 4

JUMPER SETTING BETWEEN 3 AND 4; OPEN: VOLTAGE INPUT, CLOSE: CURRENT INPUT

RD6-H

同上

1234567

RD3-C

TD4-A

TD4-B

RD4-A

RD7-H

TD7-B

TD7-A

RD6-C

1234567J98 RD8-C

DITTO

RD4-B

RD7-C

RD4-H

ISOGND

TD8-B

TD8-A

RD4-C

RD8-H

IV-1.25sq.

注記＊１）造船所手配。＊２）オプション。＊３）A：ノーマルオープン、

B：ノーマルクローズ。

＊４）FMD-3100では不使用。 NOTE

*1: SHIPYARD SUPPLY. *2: OPTION. *3: A:NORMAL OPEN, B:NORMAL CLOSE. *4: NOT USED FOR FMD-3100.

DRAWN

6/Jan/2014

CHECKED

6/Jan/2014

APPROVED

6/Jan/2014H.MAKI

SCALE

DWG.No. REF.No.

C4473-C02- D

T.YAMASAKI

H.MAKI

MASS

0.6/1/2/3m

MC1.5-W-L600/

1000/2000/3000,

12345

24V_IN

24V_GND

MOD_BUS-A

MOD_BUS-B

24V_GND

MOD_BUS-A

GND

MOD_BUS-B

GND

(DIGITAL IN)

MC-3020DMC-3030D

MC1.5-W-L600/

1000/2000/3000,

J1J2

(DIGITAL OUT)

IV-1.25sq.

12345

24V_IN 12345

FCR-2819 SER. FMD-3100/3200/3300

24-014-6003-2

TTYCS(LA)-1

ANALOG

DC12V_OUT1

DIGI_IN1

DIGI-RTN1

1234567

MPYC-12

DIGITAL

COM1B1A2

12345

MPYC-12

DIGITAL

OUT 1-4

GND

DC12V_OUT2

IN 1-4

(CONTACT CLOSURE)

COM2

同上

DITTO

GND

DIGI_IN2

DIGI-RTN2

12345

TITLE

名称

NAME

GND

DC12V_OUT3

DIGI_IN3

DIGI-RTN3

1234567

COM3

COM4

DC12V_OUT4

DIGI_IN4

DIGI-RTN4

COM5

12345

MPYC-12

DIGITAL

OUT 5-8

GND 8

DIGI-RTN5

DIGI_IN5

DC12V_OUT5 1234567

MPYC-12

DIGITAL

IN 5-8

COM6

MC-3000S/3010A/3020D/3030D

センサーアダプター

相互結線図

SENSOR ADAPTER

INTERCONNECTION DIAGRAM

GND

DIGI-RTN6

DIGI_IN6

DC12V_OUT6

(24VDC CURRENT)

COM7

A7 12345

GND

DIGI_IN7

DC12V_OUT7

1234567

COM8

B8 6

GND

DIGI-RTN7

DC12V_OUT8

GND

DIGI_IN8

DIGI-RTN8

Furuno FMD3100 Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SAFETY INSTRUCTIONS

SYSTEM CONFIGURATION

EQUIPMENT LIST

1. MOUNTING

1.1 Panel Computer Unit (PCU-3000)

1.1.1 Flush mounting

1.1.2 Desktop mounting (optional)

1.1.3 How to attach the hood (Optional)

1.1.4 How to install the keyboard (OP24-41, Optional)

1.1.5 How to replace the USB dongle, CFAST memory card or SSD

1.2 Trackball Control Unit (RCU-030)

1.2.1 Desktop mounting (with metal mounting plate)

1.2.2 Flush mounting (optional)

1.3 Sensor Adapter MC-3000S/3020D/3030D (Optional)

1.4 Intelligent Hub HUB-3000 (Optional)

1.5 Mounting the Switching Hub HUB-100 (Optional)

1.6 Radar Connection Box RCB-002 (Optional)

2. WIRING

2.1 Panel Computer Unit PCU-3000

2.1.1 Connections to the PCU-3000

2.1.2 Connecting the flush mountable USB Extension Cable

2.1.3 Fabricating the power cables

2.1.4 Fabricating LAN cables

2.1.5 Fabricating JIS cables

2.1.6 Securing cables to the cable clamp

2.2 Sensor Adapters (Optional)

2.2.1 MC-3000S connections

2.2.2 MC-3000S connection fabrications

2.2.3 MC-3000S Jumper and MODBUS settings

2.2.4 Waterproof case packing for MC-3000S (optional)

2.2.5 MC-3020/3030D connections

2.2.6 Cable fabrication for MC-3020D/3030D connections

2.2.7 How to set jumper blocks in the sensor adapters

2.2.8 MC-3020D/3030D Waterproof case packing OP24-29 (Optional)

2.3 Intelligent HUB HUB-3000 (Optional)

2.4 Radar Connection Box RCB-002 (Optional)

2.4.1 Jumper settings for RCB-002

APPENDIX 1 JIS CABLE GUIDE

APPENDIX 2 ROD TERMINALS

APPENDIX 3 DIGITAL INTERFACE