Furuno Stereo Receiver MFD8 12 BB User Manual

Installation Guide v1.0

MFD8/12/BB

READ ME FIRST!

Please read this document before installing and

powering ON your NavNet Display

INSTALLATION TOOLS YOU WILL NEED: An ordinary USB MOUSE

AND USB KEYBOARD for the MFDBB Installation! These are also helpful

with the MFD8/12 Installation.

www.furunousa.com

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2.9.2. Audio ......................................................................................................... 39

2.10. MFD8/12 Video, USB and Audio Connection ............................................... 39

2.10.1. Waterproof Connection .......................................................................... 39

2.10.2. Non Waterproof connection.................................................................... 42

3. Configuration.......................................................................................................... 43

3.1. Introduction ...................................................................................................... 43

3.1.1. Selecting a Master..................................................................................... 44

3.1.2. Data Source Selection............................................................................... 44

3.1.3. Installation Wizard Conceptual Description ............................................... 44

3.2. Installation Wizard Own Settings...................................................................... 45

3.2.1. Own Settings (Master, Power Synchronization, Monitor)........................... 46

3.2.2. NMEA2000 Data Configuration ................................................................. 47

3.2.3. NMEA0183 ................................................................................................ 48

3.3. Installation Wizard Global Settings................................................................... 51

3.3.1. Boat Parameter Settings............................................................................ 51

3.3.1. Engine Parameters (Analog Display)......................................................... 52

3.3.2. Assigning Nicknames ................................................................................ 53

3.3.3. Camera Names ......................................................................................... 54

3.3.4. Primary Data Source selection .................................................................. 54

3.3.5. Sounder Configuration............................................................................... 57

3.3.6. DRS (Radar) Configuration........................................................................ 59

3.4. MFDBB Keyboard/Processor Linking............................................................... 61

4. Registering the System.......................................................................................... 62

4.1. SystemID Description....................................................................................... 62

4.2. Registration Card ............................................................................................. 62

5. Appendix................................................................................................................ 63

5.1. Example NN3D System Configurations ........................................................... 63

5.1.1. Basic Plotter/Fish Finder Installation ......................................................... 63

5.1.2. Basic Plotter/Radar/Fish Finder Installation............................................... 64

5.1.3. Dual MFD Installation Example ................................................................. 66

5.1.4. Dual Screen MFDBB Installation with Pilot Integration.............................. 67

5.2. Configuring AXIS IP Cameras.......................................................................... 69

5.2.1. Introduction:............................................................................................... 69

5.2.2. Setting the IP of the computer ................................................................... 69

5.2.3. Set up the IP address of the camera ......................................................... 71

5.2.4. Configure the camera ................................................................................ 75

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Standard supply (MFD8/12)

Part Number

(PN)

Name

Type

Qty

Remarks

Choose one.

Multi Function

Display

MFD8

MFD12

Installation

materials

CP19-00900

CP19-01000

SP19-00701

SP19-00801

FP19-01101

000-011-780

000-011-781

001-028-020

001-028-030

001-023-060

1 set

For MFD8, CP19-00901*, cables

For MFD12, CP19-01001*, cables

For MFD8, fuses

Spare Parts

Accessories

For MFD12, fuses

Panel/Bezel Removal tool

*See the lists at the end of this manual.

Optional supply (MFD8/12)

Name

Types

Part Number (PN)

Remarks

Cable Assemblies MJ-A7SPF0007-050C

000-154-028

5 m, NMEA0183, w/7 pin

Female connector(DATA1)

NMEA0183 and

M12-05BM+05BF-010

NMEA2000 Micro-

000-167-962

000-167-963

000-167-964

000-167-965

000-167-966

φ6, 1 m, NMEA2000, w/M-F

micro connectors

Cables

M12-05BM+05BF-020

φ6, 2 m, NMEA2000, w/M-F

micro connectors

M12-05BM+05BF-060

M12-05BFFM-010

M12-05BFFM-020

φ6, 6 m, NMEA2000, w/M-F

micro connectors

φ6, 1 m, NMEA2000, w/micro

connector

φ6, 2 m, NMEA2000, w/micro

connector

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M12-05BFFM-060

000-167-967

φ6, 6 m, NMEA2000, w/micro

connector

Cable Assemblies MOD-Z072-020+

Ethernet Network

000-167-175

000-167-176

000-167-177

000-167-171

000-159-689

LAN cross, 4-pair, 2 m

LAN cross, 4-pair, 5 m

LAN cross, 4-pair, 10 m

LAN straight, 2-pair, 3 m

MOD-Z072-050+

MOD-Z072-100+

MOD-Z073-030+

MJ-A6SPF0016-005C

For FAX-30, ETR6N/10N

connection

NMEA 2000

Terminators and

“T” Connectors

LTWSS050505FMF-

TS001

000-168-603

000-168-604

000-168-605

000-149-054

000-150-200

NMEA 2000 “T” Connector,

micro

LTWMC-05BMMT-

SL8001

NMEA 2000 terminator, male,

micro

LTWMC-05BFFT-

SL8001

NMEA 2000 terminator,

female, micro

DVI-D Cable

DVI-D/D SINGLELINK

DVI-D/D S-LINK

5 m, for Multi-purpose LCD

connection

10 m, for Multi-purpose LCD

connection

External Buzzer

Junction Box

Rectifiers

OP03-136

FI-5002

000-086-443

000-010-765

Suggest Radio-Shack 273-070

or equivalent

For FI-50 series/NMEA2000

Terminal Strip Connections

RU-3423

PR-62

000-030-443

000-013-484

000-013-485

000-013-486

000-013-487

w/o PSU-012

Furuno AC-to-DC

Power Supplies

100VAC, w/PSU-012

110VAC, w/PSU-012

220VAC, w/PSU-012

230VAC, w/PSU-012

Network Hub

HUB-101

NN3D Hub with Sleep Mode

Signal Compatibility

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RJ45 Junction Box RJ45-to-RJ45 Straight

Connector Boot OP19-7

Operator’s Manual OME-4440

RJ4-5CN-STR

001-028-090

For Mast-Step or LAN cable

extension

Waterproofing Kit for MFD8/12

exposed connection points

000-167-802

NMEA 2000

IF-NMEA2K1

Use where NMEA2000-to-

AD10/0183 Data conversion is

required for legacy products

Interface Unit

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Standard supply (MFDBB)

Name

Type

MPU-001

MCU-001

Code No.

Qty

Remarks

Processor Unit

Control Unit

Choose one.

Display Control Unit DCU12

Installation Materials CP19-00600

000-011-664

1 set For MPU-001, Cable, CP19-

00601*

CP19-00700

CP19-00800

000-011-663

000-011-662

1 set For MCU-001,

cable, CP19-

00701*

Choose one.

For DCU12,

cables, CP19-

00801*

Spare Parts

Accessories

SP19-00501

SP19-00601

FP19-01201

FP19-01101

001-023-090

001-023-040

001-033-760

001-023-060

1 set For MPU-001, fuses

1 set For DCU-001, fuses

For MCU-001, panel remover

For DCU12, panel remover

*See the lists at the end of this manual.

Optional supply (MFDBB)

Name

Types

Code No.

Remarks

DVI-D Cable

DVI-D/D SINGLELINK

DVI-D/D S-LINK

OP03-136

000-149-054-10

000-150-200-10

000-086-443

5 m

10 m

External Buzzer

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Rectifier

RU-1746B-2

HUB-101

TL-CAT-012

FI-5002

Network Hub

Joint Box

000-167-140-10

For LAN cable extension

For NMEA 2000

Junction Box

Control Unit

000-010-765

MCU-001

DCU12

Display Control

Unit

Cable Assy

MJ-A7SPF0007-050C

MJ-A6SPF0016-005C

000-154-028-10

000-159-689-11

5 m, NMEA0183, w/7P

connector

For FAX-30, ETR6N/10N

connection

MOD-Z072-020+

000-167-175-10

000-167-176-10

000-167-177-10

000-167-171-10

000-167-962-10

000-167-963-10

000-167-964-10

000-167-965-10

000-167-966-10

000-167-967-10

000-167-968-10

2 m, LAN

MOD-Z072-050+

5 m, LAN

MOD-Z072-100+

10 m, LAN

MOD-Z073-030+

3 m, for PC connection

φ6, 1 m, NMEA 2000

φ6, 2 m, NMEA 2000

φ6, 6 m, NMEA 2000

φ6, 1 m, NMEA 2000

φ6, 2 m, NMEA 2000

φ6, 6 m, NMEA 2000

φ10, 1 m, NMEA 2000

M12-05BM+05BF-010

M12-05BM+05BF-020

M12-05BM+05BF-060

M12-05BFFM-010

M12-05BFFM-020

M12-05BFFM-060

CB-05PM+05BF-010

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CB-05PM+05BF-020

CB-05PM+05BF-060

CB-05BFFM-010

CB-05BFFM-020

CB-05BFFM-060

000-167-969-10

000-167-970-10

000-167-971-10

000-167-972-10

000-167-973-10

000-168-603-10

φ10, 2 m, NMEA 2000

φ10, 6 m, NMEA 2000

φ10, 1 m, NMEA 2000

φ10, 2 m, NMEA 2000

φ10, 6 m, NMEA 2000

NMEA connector LTWSS-050505-FMF-

TS001

NMEA 2000 distributor

(micro style)

LTWMC-05BMMT-

SL8001

000-168-604-10

000-168-605-10

000-160-507-10

000-160-508-10

NMEA 2000 terminator,

male (micro style)

LTWMC-05BFFT-

SL8001

NMEA 2000 terminator,

female (micro style)

LTWNC050505FMF-

TS001

NMEA 2000 distributor

(mini style)

LTWMN-05AMMT-

SL8001

NMEA 2000 terminator,

male (mini style)

LTWMN-05AFFT-

SL8001

000-160-509-10

NMEA 2000 terminator,

female (mini style)

Operator’s Manual OME-44460

NMEA 2000

IF-NMEA2K1

Interface Unit

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1. Mounting

1.1.

MFD8/12 Mounting

MFD8

MFD12

When selecting a mounting location for the NN3D MFD8/12, keep the following in mind:

• The temperature and humidity of the mounting location should be moderate and

stable.

• Install the unit away from exhaust pipes and ventilators.

• The mounting location should be well ventilated.

• Mount the unit where shock and vibration are minimal.

• Keep the unit away from electromagnetic field generating equipment such as motors

and generators.

• For maintenance and checking purposes, leave sufficient space from the sides and the

rear of the unit and leave slack in cables. Minimum recommended space is shown the

outline drawing for the display units.

•Test and Confirm that the Operator LCD Viewing Angle, which is fixed, is acceptable

before permanent MFD8/12 installation. This is very important for Flush Mount

Installations!

• A magnetic compass will be affected if the display unit is placed too close to it.

Observe the compass safe distances shown in the SAFETY INSTRUCTIONS to prevent

disturbances to the magnetic compass.

The MFD8/12 can be flush or bracket mounted in a variety of ways.

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1.1.1.MFD8/12 Flush Mounting

1. Prepare a cutout in the mounting location using the template sheet (supplied) for the

MFD8 or 12.

2. Remove the front panel from the MFD by grasping it at its sides and pulling it

towards you.

3. Attach the mounting gasket (sponge) to the display unit.

4. Fix the display unit by using four self-tapping screws (supplied).

5. Attach the front panel to the display

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How to detach the front cover when flush mounted.

To detach the front panel when the unit is flush mounted, use the special tool (supplied)

as below. Note that the front cover may be damaged if this procedure is not followed!

1. Insert the tool in the notch on the lower side of the unit

2. Pull the tool to raise the panel slightly. Repeat this action for all notches on the

lower side of the unit

3. Insert the tool into the small notches located on the sides of the panel, and pull

the tool to raise the panel slightly

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4. Use your hands to detach the front panel from the lower side.

1.1.2.MFD 8/12 Desktop and Overhead Mounting

Follow the procedure below to mount the MFD8 or 12 on a desktop or overhead.

1. For MFD12, attach the liner to each side of the display unit. (Reverse the

MFD12 Liners for overhead mounting.)

2. Fix the bracket (Hanger) by using self-tapping screws (supplied).

3. Screw knob bolts into the display unit, set it to the bracket (Hanger), and tighten

the knob

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1.2.

MFDBB Processor Mounting

The unit can be mounted on the deck, a desktop or on a bulkhead. Take special note

that the MFDBB IS NOT WATERPROOF. Select a mounting location considering the

points below:

• Select a location where temperature and humidity are moderate and stable.

• Consider the lengths of the cables connected among the processor unit, radar sensor

and control unit.

• For mounting on a bulkhead, be sure the mounting location is strong enough to

support the unit under the pitching and rolling normally encountered on the vessel.

• Leave sufficient space around the unit for maintenance and servicing. Recommended

maintenance space appears in the outline drawing at the back of this manual.

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

magnetic compass. Observe the compass safe distances in SAFETY INSTRUCTIONS

to prevent disturbance to the magnetic compass.

1.2.1.MFDBB Processor Desktop or Deck Mounting

Fasten with four self-tapping screws.

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1.2.2.MFDBB Processor Bulkhead Mounting

Mark four fixing holes positions on the bulkhead. Screw in two 6x30 self-tapping screws

at upper fixing positions, leaving 5 mm protruding. Set the processor unit to the screws

and screw in two self-tapping screws at lower positions. Tighten all screws.

1.2.3.MDBBB Keyboard Mounting

The BlackBox keyboard (control unit MCU-001) is designed to be flush mounted in a

console or panel.

1. Prepare a cutout in the mounting location using the template sheet (supplied) for

the MCU-001.

2. Remove the front panel from the MCU-001 by grasping it at its sides and pulling

it towards you.

3. Attach the mounting gasket (sponge) to the MCU-001.

4. Fix the MCU-001 by using four self-tapping screws (supplied).

5. Attach the front panel to the MCU001

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How to detach the front panel when flush mounted

To detach the front panel when the unit is flush mounted, use the tool (supplied) as

below. Do not attempt to remove it by any other method, to prevent damage to the unit.

1. Insert the tool to the left-side notch at the bottom of the unit

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2. Pull the tool to raise the panel slightly

3. Similarly use the tool to raise the panel at the right-side notch.

4. Insert the tool to the space at the one end of the unit, and pull it to raise the panel

slightly. Repeat this procedure for the opposite side

5. Use the tool to raise the panel at the two notches on the upper side of the unit.

6. Use your hands to detach the front panel at both sides of it

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2. Wiring

2.1.

Overview

2.1.1.MFD8/12 Overview

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2.1.2.MFDBB Overview

2.2.

Power Connections

2.2.1.MFD8/12

The MFD8/12 can be powered directly using nominal 12V or 24V DC.

Only use the power cable supplied with the unit and connect it to the Power Connector

at the rear of the unit.

2.2.2.MFDBB

The MCU001 - MFDBB processor unit can be powered using 12V or 24V.

Make the power cable as shown below.

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To connect the power cable, remove the Power Terminal cover. Unfasten the four pan

head screws and connect the power cable to the power terminal (upper: +, lower: -).

Reattach the cover. Note that the recommended maximum cable length is 5 m.

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2.3.

DATA Ports (NMEA0183)

2.3.1.Overview

Every MFD8/12 and MFD BB has THREE full NMEA0183 I/O Data Ports. One is

available on the DATA1 7-Pin Connector and is pin compatible with Navnet 1/vx2

DATA1 Connector. Two additional NMEA Ports are available on the DATA2 18-Pin

connector.

These NMEA connections can accept a baud rate of 4800 or 38.4K. Any instrument

(GPS, AIS, Smart Sensor, etc…) can be connected to any port.

Heading input to NavNet 3D will allow functions such as Radar Overlay and course

stabilization (North Up, Course Up, etc.) in Radar operating modes. The NMEA 0183

heading refresh rate needs to be 100ms (or faster) in order for the Radar ARPA function

to work properly. If ARPA is not used, the refresh rate of heading information can be

200ms (5 times per second) to support radar overlay on the plotter. NavNet 3D will not

accept heading if the refresh rate is only set to 1 sec. NMEA0183 heading can be

accepted on any NMEA port at a baud rate up to 38.4kbps. Note that changing the

baud rate on any of the three NMEA0183 Data ports will affect both the receive and

transmit baud rate. In other words, data sent and received must use the same baud

rate for each individual data port.

Please refer to the Appendix for installation example with the Furuno Pilot or Magnetic

Compass PG500R

Note: - Heading data from a NMEA2000 source/sensor will always be at the correct

refresh speed for the DRS ARPA function

2.3.2.DATA 1 description

DATA1 uses a 7 Pin round plug. Usually, DATA1 will be used to directly connect a

Furuno GPS GP320B (BBWGPS).

Other NMEA0183 compatible device (Compass, AIS, Sounder, Smart Sensor…) can be

connected by using a 7pin connector-to-pigtail cable (P/N 000-154-028).

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Wiring Information

Pin No.

Color

Function

Shield

Black

Red

Shield

GND

12V_OUT

RD1-C

Green

Yellow

Blue

RD1-H

TD1-B

TD1-A

White

2.3.3.DATA 2 Description

DATA2 can be used to connect additional NMEA 0183 instruments. Use the included

cable assembly FRUDD-18AFFM-L180 (FUSA P/N 000-164-608). This included Pig-

Tail Cable has an 18-Pin connector. DATA2 also provides additional Inputs/Outputs

(Buzzer, Event …). For example, a MOB contact closure input may be connected to PIN

15 and 11*.

*Note that any MFD will interface to virtually any MOB System or Event switch (Point

Save) contact closure signal using these pins.

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Wiring Information

Pin No.

Color

Light green

Function

NET-C IN (0V)

Remark (Port No.)

NMEA 2000 Power IN.

When 12V DC power is

applied on these pins, the

N2K port will be powered

(up to 1 ampere)

Pink

NET-S IN (+12V IN)

Purple

White

Shield

BUZZER or EVENT IN

External Buzzer Output or

MOB/Event Input (Contact

Closure)

Gray

SPEED-ALARM C

SPEED-ALARM H

+12V

Speed alarm contact.

Can trigger and external

alarm or device when

Yellow

speed reaches a setup limit

Black/White

External buzzer power

ONLY (100mA Max)

Black

GND

GND for Event/MOB Input

Port 3

Blue/White

Blue

RD3-C

RD3-H

TD3-B

TD3-A

GND

Green/White

Green

Orange/White

Orange

Brown/White

Brown

GND

RD2-C

RD2-H

TD2-B

TD2-A

Port 2

Red/White

Red

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2.4.

NMEA2000 Description and Information

2.4.1.MFD

Every MFD has one NMEA2000 port (Standard “DeviceNet Micro” style connector).

This port is not powered unless External Power is applied on Pin 18 and 17 of DATA2

and must be connected to a properly configured NMEA2000 network.

IMPORTANT: Each MFD is designed to connect to separate NMEA2000

Networks/Backbones! All MFD and DRS use “Ethernet Bridging” to link separate

NMEA2000 networks/backbones. NEVER connect NMEA2000 ports between MFDs

and/or DRS products.

2.4.2.DRS Radar

In addition to the NMEA2000 port found on the MFD processor, all DRS radar sensors

have one powered NMEA2000 port (Terminal Strip connector). You may directly

connect various Furuno NMEA2000 sensors to the DRS radar sensor without having to

run a separate NMEA2000 cable up the mast. The total number of sensors that can be

connected to the NMEA2000 DRS port without external power connection depends on

power consumption. The DRS can supply up to 1 amp (20 LEN) to the DRS NMEA2000

network.

Please note that the NMEA2000 network connected to the DRS is its own independent

NMEA2000 Backbone and needs to be terminated at both ends by a Terminating

Resistor. A 120 Ohm resistor is standard supply with the DRS to terminate the NMEA.

For example, if you install a SC30, WS200, or GP330 with the DRS NMEA2000 Port,

you must have two terminators in the backbone. One can be at the sensor and the

other located inside the DRS as shown below:

Please refer to the DRS Installation Guide for more information about connection

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2.4.3.NMEA2000-0183 Data Conversion and NMEA2000 Bridging

NMEA0183 to NMEA2000 conversion

NMEA0183 sentences and NMEA2000 PGNs, which are used and accepted in the MFD

network can be converted and output in either/both NMEA0183/NMEA2000 formats.

Note that only one type of data can be converted and output at a time (one position, one

depth, one heading…). In case of multiple GPS, the position output is the one currently

selected in an MFD network. This NN3D prioritizing function allows NMEA2000

products to utilize older NMEA0183 sensors and vice-versa. For example, you can

connect a NMEA0183 Wind Instrument such as the Furuno PB100 to NavNet3D, and

have the corresponding information output on one (or several) MFD NMEA2000 ports to

feed a NMEA2000 display such as the Furuno FI50. The opposite is also true.

Ethernet Bridging of Individual NMEA2000 Networks/Backbones

You may ONLY connect one MFD or DRS to the same NMEA2000 Network. Some

NN3D vessels may contain several smaller NMEA2000 Networks where data from each

NMEA2000 network is linked via the High-Bandwidth NN3D Ethernet Network. In these

cases, each separate NMEA2000 network will be “Bridged” together via the NN3D

Ethernet Network. NN3D MFD and DRS NMEA2000 ports shall also not be connected

together. In the case where NMEA2000 engine data, or other ship’s data, is introduced

to the NN3D Network, the connection is made to only one MFD, and this MFD will

bridge the data to other MFDs in the network.

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2.5.

DRS (Radar) Connection

Up to two DRS (Digital Radar Sensors) can be connected to a NavNet3D network.

Every DRS comes with a supplied 15 Meter cable (FUSA P/N 000-167-636). Other

cable lengths may be purchased if necessary (Note that the part numbers for the

DRS25A are different):

- 10 Meter Cable (FUSA P/N 000-167-635)

- 20 Meter Cable (FUSA P/N 000-167-637)

- 30 Meter Cable (FUSA P/N 000-167-638)

The Radar cable is a “Siamese” type cable that carries power (48V) and Data

(Ethernet). All MFD have a dedicated Power Port (48V) used to connect the Radar

Power Cable. Some combinations require an additional Power Supply Unit (PSU) in

order to provide enough power for the DRS. Please refer to the following table:

DRS2D

DRS4D

DRS4A

DRS6A

DRS12A

DRS25A

MFD8

PSU-012 PSU-012 PSU-012 PSU-013

PSU-012 PSU-013

MFD12

MFDBB

PSU-013

Note: DRS25A antenna includes PSU-013 as standard supply

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2.5.1.Connecting the DRS to MFD8/12

Standalone Installation:

When the MFD8/12 and the Radar are the only Ethernet sensors, you can connect the

Radar Ethernet connection directly to the back of the MFD8/12.

Network Installation:

As soon as multiple MFD8/12 or other Ethernet sensors (i.e. DFF1 Fish Finder, BBWX1

Sirius receiver, etc.) are used, the Radar Ethernet connection must be connected to an

Ethernet Hub. In this case an Ethernet coupler can be used to extend the Ethernet part

of the Siamese Cable

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Example of straight Ethernet Coupler (FUSA P/N= RJ4-5CN-STR):

Note: This Ethernet coupler is not waterproof.

Ethernet Cables that can be used to extend the Ethernet Radar Connection:

- 2 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-175)

- 5 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-176)

- 10 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-177)

Please refer to the DRS Installation Guide for more information on connections inside

the antenna

2.5.1.Connecting the DRS to MFDBB

The MFDBB has an integrated HUB that allows simultaneous connection of the DRS

Ethernet cable and other Ethernet devices (HUB101 for example).

Note: Ethernet Ports 1 and 2 are dedicated for connection of the MCU001Keyboard.

Connect the DRS Ethernet Cable to Ethernet Port 3. Ethernet Port 4 will be available to

connect the HUB 101 or other Ethernet sensor

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2.6.

Network

2.6.1.Introduction

NavNet3D (just like NavNet1 and VX2) uses standard TCP/IP Ethernet to share

radar/sounder images and other navigation information from devices connected within a

networked system. In any single NavNet 3D network, a combination of up to ten

NavNet3D MFDs may be connected to each other. All NavNet3D Network Components

have one integrated regular RJ45 Ethernet port (with the exception of the MFDBB which

has an integrated hub). Legacy NavNet components such as the ETR-6/10N (FUSA

P/N BBFF1) or ETR-30N (FUSA P/N BBFF3) network sounder will need to be

connected using the Hub Adapter Cable 6 Pin to RJ45 (FUSA P/N = 000-144-463).

MFD8/12

The MFD8/12 has one Waterproof Ethernet Port on the rear of the unit. It comes with

standard supply of a 3 meter Ethernet Cable (FUSA P/N =000-164-809) terminated at

one end with a Waterproof connector and at the other end with a regular RJ45.

This cable can be extended using a coupler (FUSA P/N= RJ4-5CN-STR) and a regular

Ethernet Cable. Please note that the coupler is not waterproof and thus need to be

installed accordingly.

MFDBB

The MFDBB Processor Unit contains an integrated hub that provides 4x Ethernet ports.

Two of these ports are exclusively dedicated to the keyboard (control unit MCU001)

connection. The MFDBB keyboard must be directly connected to one of the dedicated

Ethernet ports on the BB (the MCU001 Control Unit cannot be connected to an Ethernet

Hub/Switch). The Keyboard comes standard with a 5 meter Ethernet cable, but other

lengths may be used:

Ethernet Cable that can be used to connect the MFDBB Keyboard:

- 2 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-175)

- 5 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-176)

- 10 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-177)

Note: The Keyboard uses the Ethernet cable for both Power and Data. Do not plug

anything else beside the Keyboard in Ethernet Port 1 and Port 2 on the MFDBB. These

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two ports are NOT standard POE (Power over Ethernet) and POE devices cannot be

connected to these two ports.

2.6.2.Power Synchronization

A NN3D network is a system in which all components share information (navigation

data, settings, points, routes, etc) with each other. Furuno developed special Power

Synchronization features to allow proper network synchronization and functionality.

Sleep Mode:

The MFDs have a special “sleep mode” that allows each MFD to process data while

consuming low power. NN3D MFDs can be in 3 states:

- ON: This is the regular mode of operation. The screen is ON and the user can interact

with the device. The unit can process and share information on the network.

- OFF: The MFD is completely OFF and doesn’t process information. No power is

consumed in this state.

- Sleep Mode: The screen is off and no user interaction is possible (except turning the

unit ON with the Power Key). Even though the MFD appears off and the LCD is black, it

will still process and share information with other MFDs on the network. The MFD

consumes lower current in this state. Any NMEA2000/0183 and DRS sensors attached

to the MFD ports will still function normally when an MFD is in Sleep Mode.

NN3D Sleep Mode Functional Description: When the first networked MFD is powered

ON (using the power key), all the other networked MFD(s) automatically start in sleep

mode (power synchronization). Pressing the Power key of an MFD in sleep mode will

turn it ON. Pressing the power key of a networked MFD that is turned ON will put it back

in Sleep Mode. Using the Power key on the last MFD turned “ON” on the network (all

the others are already in Sleep mode) will turn the system (all MFDs) completely OFF.

IMPORTANT: Sleep Mode functionality requires the use of Furuno proprietary Hubs.

The Internal MFDBB Hub and the optional Furuno HUB101 both provide NN3D Sleep

Mode functionality. Use of other generic Ethernet Hubs/Switches, while allowed,

will not enable NN3D Sleep Mode! Caution must also be used in that only “Two Pair”

Ethernet cables may be utilized with generic hubs/switches so that the Sleep Mode

signals are not short circuited by “Four Pair” Ethernet cables. Note also that enabling

the Power Synchronization function in Navnet 3D is also very important for proper Data

Syncrhonization and system integrity! Please refer to next paragraph for more

information.

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Why use the Furuno HUB (HUB101):

The Furuno HUB101 allows the Power Synchronization signal to reach the MFDs and

other Power Synchronization compatible devices. Here is a list of all devices that

support Power Synchronization:

- All NN3D Displays: MFD8, MFD12, MFDBB

- All NN3D Radar Power Supplies: PSU012 and PSU013

- Sounders: DFF1 and DFF3

- AIS: FA30 and FA50

- HUB101

The Power Synchronization signal is transmitted using a normally unused wire of the

Ethernet Cable (PIN 4 and Pin 5) thus a “4-Pair” Ethernet cable must be used to

connect Power Synchronization compatible device. If a regular Ethernet switch is used

instead of the Furuno HUB101, “2-Pair” Ethernet cables must be used between each

MFD and the generic Ethernet Switch so that the Furuno Power Synchronization signal

does not interfere with or harm the Ethernet Switch. Furuno offes a 3 meter 2 Pair

Ethernet cable (FUSA P/N= 000-167-171)

In addition to allow the Power Synchronization signal to pass, the Furuno HUB101 has

switch that can be set to “block” this signal thus allowing connection with non-

compatible Power Synchronization devices (PC, FAR-Series Radar(Future) …). Please

refer to next paragraph for more information.

The Power Synchronization feature also allows the NN3D’s unique “Data

Synchronization” feature to operate properly providing redundancy and

Point/Route/Track Data Synchronization between networked MFDs. Failure to enable

Power Synchronization in a multiple MFD system could lead to system data loss or

unintentional data updating and overwriting!

How to configure Power Synchronization:

The Furuno HUB101 has a switch for each Ethernet port that can enable/disable the

Power Synchronization function. When connected to an MFD, the switch must be

configured to allow Power Synchronization. When connected to any other device (PC,

previous generation sensors…) the switch MUST be configured to disable the Power

Synchronization to protect other devices from the Power Synchronization signal. Please

refer to the Installation Guide of the HUB101 for more information.

Note: A 2-Pair Ethernet cable is recommended when connecting a PC to a NavNet3D

network (FUSA P/N= 000-167-171).

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The MFDBB processor unit has an Internal Hub that is compatible with Power

Synchronization. DIP switches inside the processor unit can be turned ON or OFF to

enable/disable the Power Synchronization feature. The number on each DIP switch

corresponds to the port number.

Additionally, to allow the Power Synchronization to work, a setting in the NN3D MFD’s

Software “Installation Wizard” must be turned ON (see Chapter 3 for more information)

2.7.

Video Inputs

NavNet3D can use regular analog video inputs (PAL or NTSC) that connect to the

MFDs directly or use IP Cameras that connect directly to the network HUB. IP Cameras

can be seen by all MFDs connected to the NN3D network unlike analog video that can

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be viewed only on the MFD where the source is connected. Additionally some IP

Camera can be controlled from NavNet3D (Pan-Tilt–Zoom ((PTZ)) IP Cameras only)

2.7.1.Analog Video

MFD8/12

The MFD8/12 units have 2 Analog Video inputs (PAL/NTSC) on 2 mm RCA (cinch) type

connectors located on the rear of the display

MFDBB

The MFDBB unit has 4 Analog Video inputs (PAL/NTSC) on BNC type connectors (75

Ohms) located on the processor unit

2.7.2.IP Camera

IP Cameras are network devices that connect directly to a HUB. Up to 4 IP Camera can

be connected to one NavNet3D network. At this time, only AXIS IP Cameras

(www.axis.com) that support MPEG4 Video are compatible with NN3D. Certain Axis

PTZ (Pan-Tilt-Zoom) IP Cameras may also be controlled with NN3D Systems for

features such as pan, tilt, and zooming. When connecting an IP Camera to the HUB101,

make sure that the dip switch for Power Synchronization is set to OFF (see 2.6.2 Power

Synchronization for more information)

When Power Over Ethernet (POE) AXIS IP cameras are installed (example:

AXIS212PTZ) Furuno recommends utilizing a separate POE Ethernet Switch to provide

power and Ethernet data to each AXIS IP Camera with a single cable. Then, utilize a

non-POE port on this switch to link the IP Cameras to a HUB101 in a NN3D Network.

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The IP cameras need to have a specific assigned IP address (from 172.31.200.003

through 006).

Please refer to the Appendix “How to configure the AXIS IP Camera” for more

Information

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2.8.

External Monitors

2.8.1. MFD8/12

A DVI monitor can be connected to the MFD8/12 to repeat the screen at a remote

location. The plug is DVI-D format and only a DVI monitor can be connected.

The MFD8 has a 640x480 (VGA) DVI-D output. The MFD12 has an 800x600 (SVGA)

DVI-D output.

Furuno offers the following DVI cable:

- 5 Meter DVI Cable (FUSA P/N= 000-149-054)

- 10 Meter DVI Cable (FUSA P/N= CBL-DVI-10M)

Please refer to 2.10.1Waterproof Connection when Waterproof is needed

2.8.2.MFDBB

The MFDBB has two DVI-I output ports (Matched Selectable Res from 800x600 up to

1280x1024). The DVI-I output of the MFDBB will “Autosense” the monitors and allow

either DVI monitors or VGA monitors to be plugged in using a “DVI-I-to-VGA adaptor.

Both monitors must be the same type and resolution (VGA or DVI) when using both

ports:

When two monitors are connected to the MFDBB, you can choose to configure the

monitors either in Clone Mode or in Extended Mode.

Note: When two monitors are connected to the MFDBB processor unit, they need to be

capable of displaying the same resolution

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When Extended Mode is used the two screens need to be located in close proximity to

each other. The two monitors show independent screen displays that can be configured

independently. Only one Keyboard is used to control both monitors (the cursor will

“jump” back and forth from monitor to monitor).

When the two monitors are installed for remote station configuration, dual keyboard

installation from one processor requires use of the Monitor “Clone” mode (in this case

both monitor will show the same picture)

Furuno offers the following DVI cable:

- 5 Meter DVI Cable (FUSA P/N= 000-149-054)

- 10 Meter DVI Cable (FUSA P/N= CBL-DVI-10M)

2.9.

USB and Audio Connection

2.9.1.USB Ports

The MFD8/12 has one USB Ver. 1.0 port and the MFDBB has two USB Ver. 2.0 ports.

These USB ports are used to connect a generic USB mouse and Keyboard. Virtually

any "off the shelf" USB mouse (wired or RF wireless but NOT Bluetooth) will work with

NavNet3D. However, in order to utilize full RotoKey functionality, you will need a mouse

that has a scroll wheel that is also "clickable" with a middle click, which will emulate

selection and confirmation of a desired RotoKey function. No loading of additional

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mouse software is permitted. However, the standard Mouse HID drivers will load

automatically, allowing most mice and wireless mice to work fine.

Generic USB keyboards may be used to enter Name and Numerical Position. The

Keyboard can also emulate the key of NavNet3D:

USB Keyboard

Action

ESC

CANCEL

SAVE/MOB

DISP

GAIN/TX

CTRL

DATA/VOL

GO TO/LIST

POINTS/ROUTE

RANGE OUT

RANGE IN

F10

F11

F12

SHIP/3D

Arrows (up, down, left, right)

SCROLLING PAD

RotoKey Counter Clockwise

RotoKey Clockwise

Push on RotoKey

Power/Brill

Page Up

Page Down

Enter

End

Please refer to 2.10.1Waterproof Connection when Waterproof is needed on MFD8/12

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2.9.2.Audio

Audio In and Audio out are reserved for future Development

Note: If Sirius Satellite Radio control and functionality is desired in the future, be sure to

use the Audio Outputs on the Sirius Receiver (BBWX1) itself and not from an MFD!

2.10. MFD8/12 Video, USB and Audio Connection

The DVI, USB, Analog Video Input and Audio In/Out ports are behind the connector

cover on the rear panel. To access to the ports and connect the cables, please refer to

the instructions below. Note that these connection points require an optional waterproof

connector boot if necessary. These connection points are not a waterproof design

without this option. Any water egress in this area will not be covered by the limited

warranty.

Note: The Waterproof Connector Boot is only required if the DVI, USB or Audio

connections are used and waterproofing is necessary for the MFD’s location.

2.10.1.

Waterproof Connection

Waterproof connections for the DVI, USB, Analog Video Input and Audio I/O ports

require the optional connector boot (Type: OP19-7, PN: 001-028-090).

Note: This option will not be available until October 2008. Furuno apologizes if this

delay causes any inconvenience with respect to installations

Content of Waterproofing Kit

1. Unfasten the four screws to remove the connector cover at the rear of the display

unit.

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2. Pass DVI-D, VIDEO, AUDIO and/or USB cables through the fixing plate

(supplied).

3. Attach each connector to the appropriate location at the rear of the display unit.

4. Pass cables through the slit on the boot cover.

5. Install the rubber stopper to each cable. The largest hole is for the DVI-D cable.

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6. Use the four plate screws (M3x10, supplied) to fasten the fixing plate and boot

cover to the display unit.

7. Slide the rubber stopper into the hole of the rubber boot, and fasten the cable tie

to hold the rubber boot and stopper.

Note: When only the Ethernet, Power, DRS, DATA1, DATA2 and NMEA2000

connection are used the Waterproof Connector boot is not necessary.

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2.10.2.

Non Waterproof connection

When you do not need waterproofing, use the cable fixing plate (supplied in standard

installation materials).

1. Unfasten the four screws to detach the connector cover at the rear of the display

unit.

2. Attach the cable fixing plate by using the binding screw (M3x10, supplied as the

installation materials).

3. Attach each connector to the appropriate location at the rear of the display unit.

4. Wind the cable tie (supplied as the installation materials) to fix the cables to the

cable fixing plate.

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3. Configuration

3.1.

Introduction

NavNet3D (just like NavNetVX2) uses Ethernet to share radar/sounder images and

other navigation information from devices connected within a networked system. In any

single NN3D network, a combination of up to ten NavNet3D MFDs may be connected to

each other via Ethernet. All NavNet3D Network Components have an integrated regular

RJ45 Ethernet port for this purpose. Legacy NavNet component such as the ETR-6/10N

(FUSA P/N= BBFF1) or ETR-30N (FUSA P/N= BBFF3) network sounders will need to

be connected using the Hub Adapter Cable 6Pin to RJ45 (FUSA P/N= 000-144-463).

This chapter shows you how to set up your NavNet3D system. Most of the configuration

will be done using the Installation Wizard that is automatically launched during the first

start or can be manually launched by pressing the [MENU] key and selecting “System”

then “Installation Wizard”. Before trying to configure a NN3D system, make sure that

any and all instruments are correctly interfaced. Please refer to the previous chapter

(Wiring) for more information.

On the MFD8/12, the initial configuration is done using the Cursor Pad (upper pad) and

the Center click (which emulate a left click mouse)

On the MFDBB, a generic USB mouse connected to one of the USB port is required

to perform the initial configuration.

Properly designing the NavNet3D network is a key point of a successful installation (see

the Appendix for Installation examples).

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3.1.1.Selecting a Master

When multiple MFDs are connected in a network, one MFD (and only one) needs to be

designated as the “Master”. The MFD set as Master will act as a “DHCP server” and

automatically performs the network configuration of all the other MFDs in the network.

(The Master sets up the Hostnames, IP addresses etc…).

Note: The notion of “Master” and “Slave” is only an installation setting and is totally

transparent to the end user. In other words, the MFDs set as “Slaves” do not have fewer

features than the “Master”. All MFDs will function and operate similarly.

When choosing the MFD that will be designated as the Master, keep this in mind:

- The Master should be the MFD that will be used primarily (be turned ON all the

time when using the system)

- It is recommended (but not necessary) to have as many instruments as possible

(NMEA0183, NMEA2000) connected directly to the Master.

- When MFD8/12 and MFDBB are used, the MFDBB will be more likely to be

configured as the Master in a given network. (primary MFD)

Note: In a single MFD installation (only one MFD in the network), this MFD must be

configured as the “Master”.

3.1.2.Data Source Selection

In a network installation (and even in a standalone system), multiple sensors can

provide the same information (i.e.: Sounder and Smart Sensor can both provide depth

information). NavNet3D allows you to select, for each type of data (Position, Depth,

Temperature, Heading…), the sensor that will be used as a primary source.

In addition, if the primary sensor fails and if another sensor providing the same

information is detected on the network, NavNet3D will automatically switch to the other

source after giving you an alert.

3.1.3.Installation Wizard Conceptual Description

The Installation Wizard is divided into sections (Tabs) that are targeted to configure

specific aspects of the system:

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“Own Setting” Tab

This Tab configures the local ports of the MFD (NMEA0183 Input/Output, NMEA2000

Output) on which the Installation Wizard is currently used.

This is also where the Master can be designated (DHCP Server turned ON)

“Global” Tab

This Tab contains configuration information that is global to the system and shared

among MFDs.

This is the section where the Data Source (Sensors) can be selected to be used as

primary information. You will be able to customize sensor names (ex. Assign Location

Nicknames) that will help you configure the system.

This Tab will also allow you to enter vessel’s specifications (size, Motor configuration…)

Note: It is recommended to perform the Global Configuration from the MFD set up as

Master

“Sounder” Tab

When a Network Sounder is detected, this Tab will appear and allow you to configure

your sounder module. NavNet3D is compatible with the Airmar Transducer ID protocol.

This feature enables compatible transducers to transmit important data to the DFF1 or

DFF3, including transducer model, functions, frequency, power rating, beam pattern,

impedance, ceramic element configuration and acoustic window material. Through this

Transducer ID feature, the DFF1 and DFF3 Sounder Modules will automatically know

the connected transducer’s precise frequency, operating power and impedance, so it

can “tune” its operation to automatically adjust and optimize echo sounder performance.

“Radar” Tab

When a DRS (Radar) is detected, this Tab will appear and allow you to configure your

Radar and perform the Heading Alignment adjustment.

3.2.

Installation Wizard Own Settings

-Press the power switch of the MFD you want to designate as Master to power it ON.

After few minutes, the Installation Wizard starts.

Note: The start up time of NavNet3D will be shorter once the system is fully configured.

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-The system will search for sensors on the network. Allow the system to fully perform

the search (which takes about 30 seconds). Do not click the Skip button.

-After the detection, the language selection screen appears. The default language is

English. Use the Cursor Pad and the center click (or the mouse for the MFDBB) then

click on “Next:

3.2.1.Own Settings (Master, Power Synchronization, Monitor)

To set up an MFD as a Master, just set the “DHCP server setting” as “Enable”.

Set the “Power synchronization” to enable if you want to use this feature.

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Note: Power Synchronization requires a HUB101 and proper hardware configuration.

Please refer to 2.6.2

Power Synchronization paragraph for more Information

Note: On the MFDBB, the same page allows you to select the monitor resolution and

the Dual Screen mode configuration (when two monitors are used).

Leave the DVI Resolution to “AUTO” (this default setting will work for most installation

configurations).

Please refer to 2.8.2

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External Monitor for more information on Clone and Extended mode when two monitors

are connected to a single MFDBB processor.

After enabling the DHCP server click on “Exit” to validate the setting.

The MFD will Power OFF automatically!

Power ON the “Master” MFD. Wait a few minutes until the Installation Wizard appears

on the Master then power ON all the other MFDs in the network and continue the

Installation Wizard configuration on the Master MFD.

Click on “Next” on the Master MFD to continue the configuration.

3.2.2.NMEA2000 Data Configuration

This page configures the information that the MFD will output on its own NMEA2000

port. The information embedded in the PGN will be the information coming from the

Sensor that will be chosen as the Primary Source (see next paragraph). Enable each

NMEA2000 Data PGN that will be sent through the individual MFD’s NMEA2000 port.

Note that in a multi-MFD network, each MFD’s NMEA2000 backbone is separate and

independent. Therefore, you may have to perform the same procedure on each MFD

where external NMEA2000 displays (ie. FI-50, etc...) or sensors are connected.

Note: This setting only configures the NMEA2000 Output Data. The NMEA2000 data

received (Input) at each MFD and DRS is global and automatically recognized by the

network. Each NMEA2000 Data Source at each MFD will automatically appear and

may be selected as a Primary System Data Source.

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Click on the “Next” button to continue the configuration.

3.2.3.NMEA0183

The three “NMEA0183 Port” tabs are used to configure the Input and Output of the

individual MFD’s own NMEA0183 ports. It is important to understand that it is not

possible to filter any received NMEA0183 Data at any of these ports on individual

MFDs. And unlike the automatic recognition capability with NMEA2000 Data sources, it

is instead necessary to manually specify or declare the specific type of NMEA0183

sensor that is interfaced to the each NMEA0183 Input Port.

In these Tabs, you will have to configure the NMEA0183 Output Port specification

(Version, Baud rate…) and the sentences needed to be output.

Note: “WPT ID Format” allows you to select if the name of the WPT or the WPT

sequence number is transmitted to an Autopilot.

The “L/L format” dialog box, allows you to choose how many digits (seconds) to display

after the decimal point in latitude and longitude of the position sentences.

Next, you must declare the type of NMEA sensor(s) connected to the corresponding

NMEA0183 Input Ports on the Master MFD. This information will be used in the Global

Data Source Tab for selecting the Primary System Data Sources.

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IMPORTANT!: After configuring any NMEA0183 Input Port Sensors on the Master

MFD, you must REPEAT THIS PROCEDURE at any other Slave MFDs in the network

where you have connected NMEA0183 Input Sensors!! If this is not done, the sensors

will not be available for selection as a Primary System Data Source in the Global

Settings Tab.

Example: If you connect a sensor such as a PB100 which provides Wind information but

also Position, you will have to check “Position & SOG/COG” as well as “Wind”

When you connect a GP320B (FUSA P/N= BBWGPS) to NMEA Port 1, a “Page 2”

automatically appears in the lower right corner of the page. Click on this button to

configure advanced settings of the GP320B.

Name

Description

POS.

Smoothing

When the receiving condition is unfavorable, the GPS fix may change,

even if the vessel is stopped. This change can be reduced by smoothing

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the raw GPS fixes. A setting between 000 to 999 is available. The higher

setting the more smoothed the raw data, however too high a setting

slows response time to change in latitude and longitude. This is

especially noticeable at high ship’s speeds. Increase the setting if the

GPS fix changes.

During position fixing, ship’s velocity (speed and course) is directly

measured by receiving GPS satellite signals. The raw velocity data may

change randomly depending on receiving conditions and other factors.

SOG/COG You can reduce this random variation by increasing the smoothing. Like

Smoothing with latitude and longitude smoothing, the higher the speed and course

smoothing the more smoothed the raw data. If the setting is too high,

however, the response to speed and course change slows. For no

smoothing, enter all zeroes.

Every GPS satellite is broadcasting abnormal satellite number(s) in its

Almanac, which contains general orbital data about all GPS satellites,

including those which are malfunctioning. Using this information, the

Disable

Satellite

GPS receiver automatically eliminates any malfunctioning satellite from

the GPS satellite schedule. However, the Almanac sometimes may not

contain this information. If you hear about a malfunctioning satellite from

another source, you can disable it manually. Enter satellite number

(max. 3 satellites) in two digits.

INIT.

Position

Set initial latitude/longitude position for cold start.

ANT.

Position

Enter the GPS antenna positioning bow-stern and port-starboard

position.

ANT. Height Enter the height of the GPS antenna unit above sea surface.

Choose position fixing method: 2D (three satellites in view), 2D/3D

Rx Mode

(three or four satellites in view whichever is greater).

WAAS Mode Select ON to use the WAAS mode.

WAAS

WAAS satellite can be searched automatically or manually. For manual

search, enter appropriate WAAS satellite number.

When the WAAS signal is lost, the audible alarm sounds one of two

ways. On: Alarm sounds continuously until the WAAS positioning mode

WAAS Alarm

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is available again or the alarm is acknowledged (by key operation). Off:

Alarm sounds three times.

-After completing the NMEA0183 Configuration Procedures on the Master and Slave

MFDs, return to the Master MFD to complete the installation process.

-Click “Next” at the Master MFD to continue the configuration

3.3.

Installation Wizard Global Settings

Usually, the Global Settings are performed from the Master MFD in the network

3.3.1.Boat Parameter Settings

First, choose the unit you want to use to enter the boat dimension, and then enter the

dimension in the appropriate fields.

Click on “Next” to continue the Analog Display tab

3.3.1.Engine Parameters (Analog Display)

When an Engine(s) with a NMEA2000 Port is connected to an MFD in the network, the

Maximum Value of the RPM, Oil and Boost pressure needs to be set up in order to

correctly adjust the scale of the Analog Engine Gauges.

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Note: The currently accepted engine data is as follows:

- Engine Parameters (PGN 127488)

Engine Speed

Engine Boost Pressure

- Engine Parameters (PGN 127489)

Engine Oil Pressure

Engine Temp

Engine Temperature Status

Engine Warning Status

Click on “Next” to continue the configuration

3.3.2.Assigning Nicknames

You can assign Nicknames to every Ethernet Sensor, NMEA2000

instrument/sensor/display and NMEA0183 Receive Port for every MFD in a network.

This will help you remember locations and assign the sensors designated as the

Primary System Data Source during the next step.

IMPORTANT!: As explained in section 3.2.3 NMEA, if you have NMEA0183 sensors

connected to the input ports of MFD(s) on the network, you first need to configure the

“Own” settings for each MFD(s) before being able to assign Niccknames.

In order to enter new names, a USB keyboard needs to be used. After assigning new

names on the left column, don’t forget to push the “Set” button (lower right) in order to

validate the new names.

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Note: This page will display the NMEA0183 Input Ports of every MFD connected to the

network as “Port1”, “Port2” and “Port3”. Each port refers to the MFD listed just above.

Click on “Next” to continue the configuration

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3.3.3.Camera Names

You can assign names to each connected Analog and IP Camera. These names will be

used by the RotoKey and for the Video ID in the main interface.

The IP Camera names are Global and only need to be configured at the Master MFD.

However, the Analog cameras must be named at each MFD where they are connected.

Please refer to the Appendix “How to configure the AXIS IP Camera” for more

information.

Note: “PnP” refers to the Analog Connection (Picture in Picture). Four PnP are available

on the MFDBB and two on the MFD8/12.

Click on “Next” to continue the configuration

3.3.4.Primary Data Source selection

IMPORTANT!: As explained in section 3.2.3 NMEA, if you have NMEA0183 sensors

connected to the input ports of MFD(s) on the network, you first need to configure the

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“Own” settings for each MFD(s) before being able to select the corresponding

instruments as a data source.

Select the “Data Source” Tab. This tab allows you to select the Primary System Data

Source for various data types used by the Navnet 3D Network.

Name

Description

Example

Position & SOG/COG

Choose the position-fixing

sensor to use.

GP-320B, GP-330, NMEA

2000 format GPS

Heading

Choose the heading sensor SC-30, SC-50, PG-500,

to use

PG-1000, Other

Speed Through Water

Choose the speed (STW)

sensor to use.

Smart sensor (NMEA

0183), Speed sensor

(ETR), Smart sensor

(NMEA 2000), Other

(NMEA 0183)

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Water Depth

Choose the depth sensor to Smart sensor (NMEA

use.

0183), Speed sensor

(ETR), Smart sensor

(NMEA 2000), Other

(NMEA 0183)

Water Temperature

Choose the temperature

sensor to use.

Smart sensor (NMEA

0183), Speed sensor

(ETR), Smart sensor

(NMEA 2000), Other

(NMEA0183)

Wind

Choose the wind sensor to FI-501/502, PB-100, WS-

use.

200, PB-200, Other

Date & Time

Choose the date and time

source to use.

GP-320B, GP-310B, SC-

30, NMEA 2000 format

GPS, Other

Roll and Pitch

AIS

Choose the motion sensor

to use.

SC-30, SC-50, WS-200,

PB-200, Other

Choose the AIS equipment FA-150, FA-30, FA-50,

to use Other

Note: If a NMEA0183 Instruments does not appear as selection, make sure that the

Input Type was correctly connected and assigned at each MFD. Please refer to 3.2.3

NMEA0183.

-If you don’t have any DRS (Radar) and Network sounder click on Exit to finish the

installation. If you have a radar or sounder, click on “Next” to continue the configuration.

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3.3.5.Sounder Configuration

Up to 2 Network sounders can be connected on the NavNet3D network.

DFF1 and DFF3

Select the Sounder Source:

a) Click the Transducer Setup pull-down menu, and choose Model Number, TD-ID

or Manual, according to the transducer connected.

Model Number: Furuno’s transducer

TD-ID: Airmar’s transducer w/TD-ID

Manual: Other Transducers

b) If Model Number is selected, click the High Frequency and Low Frequency pull-

down menus, and choose the applicable model type. For TD-ID and Manual, set

the high and low frequencies.

c) For DFF1, click the Power pull-down menu, and choose 1kW or 600W

d) If a Furuno satellite compass SC-30 or SC-50/110 is connected, set the distance

between antenna unit (or sensor) of the satellite compass and transducer (high

and low if connected) at the Transducer Position for SC pull-down menus.

Bow-stern: Set the distance from antenna unit to the transducer in bow-

stern direction. When the transducer is located on the fore side, set a

positive value.

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Up-down: Set the distance from the transducer to the antenna unit in the

vertical direction.

Port-starboard: Set the distance from antenna unit to the transducer in

port-starboard direction. When the transducer is located on the starboard

side, set a positive value.

e) Click the Motion Sensor pull-down menu, and choose SC-30 or SC-50/110 if

connected.

f) Set the transducer position at the Transducer Position pull-down menus.

g) If the DFF3 is equipped with a water temperature sensor, click the Temperature

Port pull-down menu, and choose the temperature source, MJ (NMEA0183

connector), High-frequency or Low-frequency.

Note: For DFF3, set the tap setting in the network sounder after setting up all the MFDs.

For details, see the Operator’s Manual for DFF3.

ETR 30/60 (BBFF1/3)

a) Click the Transducer Setup pull-down menu, and choose Model Number or

Manual, according to the transducer connected.

Model Number: Furuno’s transducer

Manual: Transducers other than Furuno

b) If you choose Model Number at step a), click the High Frequency and Low

Frequency pull-down menus, and choose the applicable model type. For Manual,

set the high and low frequencies with the respective pull-down menus.

c) Use the arrow buttons at Transducer Position to set transducer position.

d) If a radar sensor is connected, click the Next button to continue.

If you don’t have any DRS (Radar), click on Exit to finish the installation. If you have

radar, click on “Next” to continue the configuration.

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3.3.6.DRS (Radar) Configuration

Up to two DRS can be connected on the NavNet3D network.

- Select the Radar Source you want to configure

- Click the Antenna Height pull-down menu, and choose the height of the antenna

above the waterline, among under 10ft, 10ft-30ft or over 30ft.

- Perform the heading adjustment as follows.

- Steer towards a suitable visible target(for example, moored ship or buoy).

- Click the Range pull-down menu, and choose a range between 0.125 and 0.25

nautical miles.

- Click the Push TX button to transmit.

The radar picture appears on the right-half of the Radar dialog box.

- If necessary, adjust the gain, sea clutter and rain clutter using slider bars.

- While the vessel is pointed at the target, turn the RotoKey or drag the Slide Bar to

bisect the target with the displayed line.

- As a final test, steer towards a small buoy and confirm that the buoy shows up dead

ahead on the radar when it is visually dead ahead.

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- Click the Push STBY button to stop the transmission.

Click on “Exit”. This will close the Installation Wizard and launch NN3D

When the Agreement appears on the display, push RotoKey to agree.

Important: If you are using a MFDBB, the Keyboard will not work until it is properly

“Linked” to a processor unit. Please refer to 3.4

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MFDBB Keyboard/Processor Linking then continue to the next paragraph to finish the

Radar Installation.

When the MFD displays the main interface, push the [MENU] key. Use the RotoKey to

scroll to the “Radar” page. Use the Cursor Pad or the mouse and click on “Radar

Source” to select the DRS you want to use.

Press the [MENU] key to close the Menu then press the [DISP] key. Use the RotoKey to

select a Radar screen and push to validate the selection.

Push the [GAIN/TX] key to transmit and make sure that a Radar picture appears on the

screen.

As a final step, you will have to enter the “Service Man Mode” to perform the Main Bang

Adjustment and the Automatic Radar Optimization procedure.

Enter Service Man Mode - Press and hold the [CTRL] key and push the [MENU] key.

This will allow access to the “Service Man” advanced settings.

Use the Cursor Pad or a mouse then click on.

Radar Optimization

Click on “Radar Optimization” and wait for the confirmation window to appear.

Main Bang Adjustment

Main bang is the “black hole” which appears at the display center on short ranges.

Select “MBS Adjustment” and rotate the RotoKey to suppress the main bang. After

adjusting, push the RotoKey to validate.

Press the [MENU] key to close the Menu.

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3.4.

MFDBB Keyboard/Processor Linking

MFDBB Keyboards are Ethernet network devices that need to be assigned (linked) to a

specific MFDBB processor unit during installation. A special “key-push” sequence is

used to cycle through the “Linking Codes” for all the MFDBB processor unit(s).

If only one MFDBB processor unit is on the Network:

Simultaneously press and hold the Left key of the Scrolling Pad, the Right key of the

Cursor pad and push the RotoKey for 5sec. (This intentionally requires two hands)

The Keyboard will beep two times. You can release the button at this time. The

keyboard will now control the MFDBB.

Note: If this process fails, make sure that one MFD is set as Master on the network.

Disconnect and reconnect the keyboard from the processor unit and try again.

If multiple MFDBB Processor Units are on the Network:

Make sure that all MFDBBs are ON and are displaying the Main Interface (or the

Agreement Box). Repeat the process (as explained above) until two beeps are heard.

Try to push the RotoKey and/or use the scrolling pad to see if the MFDBB you are

looking to can be controlled with the current keyboard.

If the MFDBB does not respond (This means that the keyboard is actually linked to

another processor unit on the network), repeat the process until the keyboard controls

the correct MFDBB processor.

Repeat this process to link the other MFDBBs to their Keyboards.

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4. Registering the System

4.1.

SystemID Description

The Navnet 3D SystemID is a unique number assigned to a complete NN3D networked

system with one or more MFDs. On the same boat, all networked MFDs have the same

SystemID. This number will not change if a MFD or other NavNet Component is added

to the system. The SystemID is used to identify the customer when he purchases data

or services. Note that the unique SystemID will be created automatically only when the

system is set-up (when all MFD are networked together and one Master is assigned).

To access the SystemID, press the [MENU] key on any MFD, turn the RotoKey to select

the “My NavNet” page. The SystemID is the 20 digit number (beginning by “SI”) at the

bottom of the page.

It is highly recommended to immediately write down the SystemID on the Furuno

Registration Card.

4.2.

Registration Card

A registration Card comes with every MFD. This Registration Card contains the Serial

Number and the Registration Number that are required to correctly register the system

online at www.navnet.com. Note that customers will not be able to update embedded

charts or purchase additional data if the System is not properly registered online.

In order to register, the customer will need to enter the Registration Number of each

MFD. It is also recommended to enter the SystemID at the time of registration

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5. Appendix

5.1.

Example NN3D System Configurations

5.1.1.Basic Plotter/Fish Finder Installation

The Furuno GPS (FUSA P/N BBWGPS) is directly connected to 7-Pin Port DATA1 of

the MFD. The DFF1 Fish Finder (FUSA P/N DFF1) is directly connected to the Ethernet

port of the MFD using the standard supply cable (3Meter). If the Ethernet connection

needs to be extended, use a longer cable or add a LAN Coupler (FUSA P/N= RJ4-5CN-

STR) with the following longer Ethernet Cables:

- 2 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-175)

- 5 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-176)

- 10 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-177)

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5.1.2.Basic Plotter/Radar/Fish Finder Installation

This is a single station Plotter/Radar/Fish Finder installation.

The Furuno GPS (FUSA P/N BBWGPS) is directly connected to 7-Pin Port DATA1 of

the MFD. Since two Ethernet sensor are on the network (DRS Radar and Fish Finder),

a network switch (FUSA P/N HUB101) is necessary. In this case the Radar Power

Cable is directly connected to the back of the MFD8/12 (DRSxD (Domes) can be

powered directly by any MFD. For DRSxA (Open) check compatibility). The Ethernet

side of the DRS Siamese cable may be extended using a coupler (FUSA P/N= RJ4-

5CN-STR) and an Ethernet cable.

Optional Ethernet Cables that can be used:

- 2 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-175)

- 5 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-176)

- 10 Meter RJ45 to RJ45 Ethernet Cable (P/N 000-167-177)

-Note that the HUB101 and all MFDs have “AUTO MDX” Ethernet Ports. This means

that they will automatically adjust for straight and cross-over Ethernet cables!

-Note that this installation will not allow Radar Overlay or ARPA target acquisition. If

these functions are desired, a Heading Compass sensor such as the Furuno

PG500/SC30/SC50 is required (see next installation example)

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Additional Furuno Network Sensors can also be plugged directly to the HUB (using a

regular Ethernet cable):

- FA30 AIS Receiver/FA50 AIS Class B Transponder

- BBWX1 Sirius Satellite Weather Receiver

- FAX30 - Weather Fax Receiver

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5.1.3.Dual MFD Installation Example

This installation is a dual MFD installation with Radar Overlay and ARPA functionality

(PG500 Heading Sensor included). The Furuno GPS (FUSA P/N BBWGPS) is directly

connected to 7-Pin Port DATA1 of the MFD. The Furuno Heading Compass (FUSA P/N

PG500) is connected to port DATA2 of the MFD.

Note that in this installation, the DRS is a 12kW “DRS12A” and therefore an optional

power supply (PSU12) is required to supply power to the DRS12.

Additional sensor can also be plugged directly to the HUB (using regular Ethernet

cable):

- FA30 AIS Receiver

- FA50 AIS Class B Transponder

- BBWX1 Sirius Satellite Weather Receiver

- FAX30 - Weather Fax Receiver

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5.1.4.Dual Screen MFDBB Installation with Pilot Integration

Navpilot 500 Series Integration with NN3D MFDs is similar to Navnet vx2 integration.

One difference is that NN3D MFDs no longer have an AD10 Heading Port. However,

NN3D MFDs do require high speed NMEA0183 heading information (10Hz) for ARPA

functionality.

Heading Interface to MFD:

To meet the High Speed Heading requirement, it is necessary to directly connect the

output from the NMEA Port (Middle Connector) on the PG500 to one of the three

NMEA0183 Receive Ports on a NN3D MFD. It is easy to make this connection by

cutting and splicing the standard 6 pin-to-6 pin cable, that is supplied standard with the

PG500, to either NMEA0183 Receive Port 2 or Port 3 on the DATA2 Cable of an MFD:

PG500

White

Black

MFD DATA2 Pig Tail (NMEA Port3)

Blue

Blue/White

Nav Data Interface to MFD:

The Nav Data connection to the Navpilot processor from one of the NMEA0183 Output

Ports of the NN3D MFD is similar to that of Navnet vx2:

Navpilot Processor TB7 (NMEA In/Out)

MFD DATA2 Pig Tail (NMEA Port2)

Pin 1*

Pin 2*

Pin 3

Pin 4

Brown

Brown/White

Red

Red/White

*Note that this connection is only necessary if Rudder Angle Information is needed because an FI-50

series FI-506 Rudder Display is used on an MFD NMEA 2000 Backbone. In this case, make sure that

ONLY the "RSA" Sentence is turned on from the software of the Navpilot System. If Rudder Angle is not

needed, the receive port may alternatively be used to bring in the Heading Data from the PG500 or

connection to another NMEA0183 transmitting device.

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In this example, the MFDBB is configured for Extended Mode. The two monitors show

independent screen displays that can be configured independently. Only one Keyboard

is used to control both monitors (the cursor will “jump” back and forth from monitor to

monitor). The two screens need to be located in close proximity to each other.

Optional DVI Cables that can be used:

- 5 Meter DVI Cable (P/N 000-149-054)

- 10 Meter DVI Cable (P/N CBL-DVI-10M)

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5.2.

Configuring AXIS IP Cameras

5.2.1.Introduction:

In order to view and control Axis IP Cameras from an MFD in a Navnet 3D network, it is

first necessary to assign the IP Address of a MPEG-4 capable AXIS IP Camera. This

procedure will require a Windows PC connected via Ethernet to the AXIS IP Camera(s).

Pre-wiring and installing the cameras on the vessel first is recommended so that all

AXIS IP cameras can be networked to the PC through a Hub and can be configured at

the same time. It will be necessary to setup the IP Address of the PC and use the AXIS

IP Utility Program (Provided with the Camera) to configure the Camera’s IP Address.

5.2.2.Setting the IP of the computer

Go to “Start” and select “Control Panel”

Open “Network Connections”

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Right Click on “Local Area Connection” and select “Properties”

Select “Internet Protocol (TCP/IP)” and click on “Properties”

Fill the IP fields as shown below.

Click on OK to confirm and close the 2 windows.

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Note that the new IP can take up to 20 seconds to be recognized. A pop-up in the lower

right corner should show when the IP is correctly set. Turn OFF any Firewall that could

prevent data to be exchanged between NavNet and the PC. You may also have to

restart your computer.

5.2.3.Set up the IP address of the camera

To work with NavNet3D, the IP cameras need to be set up with specific IP Addresses.

Up to 4 IP cameras can be connected on a network.

IP Camera number 1 = 172.031.200.003

IP Camera number 2 = 172.031.200.004

IP Camera number 3 = 172.031.200.005

IP Camera number 4 = 172.031.200.006

In this example, we will set up 3 IP cameras:

A moving IP camera (AXIS 212PTZ) that will be configured as IP Camera 1

A non moving IP Camera (AXIS 207) that will be configured as IP Camera 2

A non moving IP Camera (AXIS 207) that will be configured as IP Camera 3

Load the AXIS CD “Network Video Products” that was including with the IP camera. The

Autorun software should appear.

(If the autorun is not working on your computer, browse the CD and double click on

“Setup”)

Select “Install Product”

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Click on “Copy to PC”

The following window should appear. Just double click on “IPUtility” to launch the

configuration software

Note: If the Windows Firewall appears, click on “Unblock” to allow the software to

configure correctly the IP Camera

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The AXIS IP utility will detect all the IP cameras connected on the network

Note: If you use the same camera models in multiple locations, BE SURE to WRITE

DOWN the IP Camera serial number (that can be found on the back of the camera) with

the intended location to help correctly assign the IP camera’s name.

In this example, we will assign a moving camera (212 PTZ) to IP Camera 1 (Deck), a

non-moving camera with the SN ending with 34CB to IP Camera 2 (Engine Port) and a

non-moving camera with the SN ending with 3441 to IP Camera 3 (Engine Starboard).

To change the IP address of the Camera, just select the camera in the list and click on

the “assign new IP address to selected device” button

Enter the correct IP address and click on “Assign”

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You will need to restart (power OFF and ON) the camera after the address is changed.

(Just unplug and plug back the Ethernet cable if you are using the POE).

It can take a while before the confirmation box appears.

Click the “Close” button.

The first IP camera has been correctly assigned

Repeat the process with the other cameras

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5.2.4.Configure the camera

The cameras need to be configured using a Internet Explorer.

Enter the IP address of the first IP camera:

Set the password of the IP camera to “pass” and click “OK”

Important: You cannot use another password and must use the word “pass”.

When you press OK, a dialog box asking for a login/password will appear. Just use

“root” and “pass”.

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When the webpage loads, pay attention to the top of the page to authorize the

installation of the ActiveX. Click on the yellow bar and choose “Install ActiveX”

At this point a camera image should appear

Now, click on Setup

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1) In “Basic Configuration -> Users” select “Enable anonymous viewer…” and click

on “Save”

2) In “Basic Configuration -> Date and Time” select “Synchronize with computer

time” and click on “Save”

3) In “Live View Config -> Layout” select “MPEG4” as the default video format and

click on save

4) Optional: When using a PTZ (moving) camera, you can set-up the default

“Home” position. In “PTZ configuration -> Preset Positions”, adjust the view of the

default camera position using the control

Note: It is recommended to zoom in on the image (Tele) to have a better “Home” preset.

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When the view is correctly set up, type “Home” for the Current position and select “Use

current position as Home”. Click on “Add” to validate.

If you don’t want the camera to return to the “Home” position automatically after 30 sec,

just put 0 and validate.

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A-1

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A-2

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D-1

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D-2

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D-3

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D-4

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S-1

MODEL FUSE(12/24V)

マルチファンクションディスプレイ

MULTI FUNCTION DISPLAY

MFD8 10/5 A

MFD12 20/10 A

DVI_D

MFD8/12

POWER IN

MJ-A3SPF

WHT

外部モニター

EXTERNAL MONITOR

DVI-D/D S-LINK

5/10m,φ7

MJ-A3SPF0017(MFD8)

MJ-A3SPF0027-050ZC(MFD12)

TMDS_DATA2_N

TMDS_DATA2_P

TMDS_DATA2_4_SHIELD

MU-120C/155C/170C/201C

DC_INPUT+

DC_INPUT-

SHIELD

DATA1

TD1-A

TD1-B

12/24VDC

BLK

*2 *4

RECTIFIER

100/110/

220/230VAC

1φ,50/60Hz

DPYC-1.5

MJ-A7SPF

IV-8sq.

PR-62

OR RU-3423

RD1-H

RD1-C

TMDS_DATA1_N

GPS受信機

GPS RECEIVER

12V_OUT_P

GND

SHIELD

NMEA2000

SHIELD

NET-S

TMDS_DATA1_P 10

TMDS_DATA1_3_SHIELD 11

NC 12

10m

GP-320B

M12-05PMMP

NC 13

5V_OUT+ 14

データ変換器

CONVERTER

IF-NMEA2K1

CB-05BFFM,1/2/6m

アカ RED

GND 15

クロ BLK

シロ WHT

アオ BLU

NET-C

NET-H

NET-L

HOT_PLUG_DETECT 16

TMDS_DATA0_N 17

TMDS_DATA0_P 18

TMDS_DATA0_5_SHIELD 19

NC 20

または OR

JUNCTION BOX

FI-5002

MOD-WPAS0001,3m

(STRAIGHT)

JOINT BOX

JUNCTION BOX

RJ45

LTWDD-18AFFM,2m LTWDD-18P

アカ RED

ｱｶ/ｼﾛ RED/WHT

チャ BRN

ﾁｬ/ｼﾛ BRN/WHT

ダイ ORG

ﾀﾞｲ/ｼﾛ ORG/WHT

ﾐﾄﾞﾘ GRN

ﾐﾄﾞﾘ/ｼﾛGRN/WHT

アオ BLU

ｱｵ/ｼﾛ BLU/WHT

クロ BLK

ｸﾛ/ｼﾛ BLK/WHT

TL-CAT-012

DATA2

TD2-A

TD2-B

RD2-H

RD2-C

GND

NC 21

U-AIS TRANSPONDER

FA-150

TDMS_CLOCK_SHIELD 22

TDMS_CLOCK_P 23

TDMS_CLOCK_N 24

MOD-Z072,2/5/10m

φ6(CROSS)

HUB-101

DRS12A/25A

(PSU-012/013)

RJ45

GND

HEADING SENSOR

PG-500

TD3-A

TD3-B

RD3-H

レーダーセンサー

RJ45

MOD-ASW0001,φ6 *3

10/15/20/30m RJ45 NETWORK

NETWORK

E_TD_P

E_TD_N

E_RD_P

SW_P

RADAR SENSOR

DRS2D/4D

DRS4A/6A

10 RD3-C

11 GND

E_TD_P

E_TD_N

E_RD_P

EVENT SWITCH

BUZZER

(RSB-118)

12 12V_OUT_P

13 SPEED_ALARM-A

14 SPEED_ALARM-B

15 BUZZ_C_EVENT_IN

16 SHIELD

キ

YEL

GRY

WHT

PPL

PNK

ハイ

シロ

ﾑﾗｻｷ

モモ

SW_N

PATLIC SYSTEM

E_RD_N

PWR_SW_P

PWR_SW_N

E_RD_N

PWR_SW_P

PWR_SW_N

17 NET-S-IN

18 NET-C-IN

+15VDC

(FOR NMEA2000I/F)

ｷﾐﾄﾞﾘ L-GRN

DRS

MJ-A3SPF

48V_OUT

GND

SHIELD

ｼﾛ WHT

ｸﾛ BLK

48V

GND

PLUG φ3.5

LINE OUT

GND

SIG_L

SIG_R

MIC IN

GND

SIG_MIC

GND

USB

USB_VBUS

USB_D_N

USB_D_P

GND

SPEAKER

PLUG φ3.5

A TYPE

MICROPHONE

USB DEVICE

(MOUSE/KB/HD/HUB)

NTSC/PAL

J11

SIGNAL_1

GND

VIDEO EQUIPMENT

(CCD CAMERA, ETC.)

J10

SIGNAL_2

GND

注記

＊１）造船所手配。

＊２）オプション。

IV-8sq.

＊３）コネクタは工場にて取付済み。

＊４）レーダーセンサーに接続するとき、整流器はRU-3423を使用する。

NOTE

*1: SHIPYARD SUPPLY.

*2: OPTION.

*3: CONNECTOR PLUG FITTED AT FACTORY.

*4: USE RECTIFIER RU-3423 TO CONNECT A RADAR SENSOR.

DRAWN

Jan. 24 '08

CHECKED

Jan. 24 '08

TITLE

名称

MFD8/12

T.YAMASAKI

T.TAKENO

マルチファンクションディスプレイ

相互結線図

APPROVED

Feb.20'08 R.Esumi

MASS

SCALE

NAME

MULTI-FUNCTION DISPLAY

INTERCONNECTION DIAGRAM

DWG No.

REF.No.

C4444-C01- B

19-028-5002-2

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D-1

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D-2

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D-3

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D-4

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The paper used in this manual

is elemental chlorine free.

・FURUNO Authorized Distributor/Dealer

9-52 Ashihara-cho,

Nishinomiya, 662-8580, JAPAN

Telephone : +81-(0)798-65-2111

Fax

: +81-(0)798-65-4200

A : APR 2008

Printed in Japan

Pub. No. IME-44460-A

(HIMA ) MFDBB

*00016722210*

* 0 0 0 1 6 7 2 2 2 1 0 *

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