Furuno TZTBB User manual

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Installation Manual
Multi Function Display
Black Box Type
Model TZTBB
SAFETY INSTRUCTIONS ................................................................................................ i
SYSTEM CONFIGURATION ........................................................................................... ii
EQUIPMENT LISTS........................................................................................................ iii
1. MOUNTING..............................................................................................................1-1
1.1 Mounting Considerations ...................................................................................................1-1
1.2 Processor Unit ...................................................................................................................1-1
1.3 Switch Box .........................................................................................................................1-2
2. WIRING....................................................................................................................2-1
2.1 Wiring Instructions .............................................................................................................2-1
2.2 CAN bus/NMEA0183 Data Conversion .............................................................................2-9
2.3 Example NavNet TZtouch System Configurations...........................................................2-12
3. SETTING UP THE EQUIPMENT .............................................................................3-1
3.1 How to Set Time Zone, Language and Units.....................................................................3-4
3.2 Menu Initial Setup ..............................................................................................................3-5
3.3 How to Set up the Radar....................................................................................................3-8
3.4 How to Set up the Sounder..............................................................................................3-11
3.5 Wireless LAN Setting .......................................................................................................3-12
4. HOW TO INSTALL THE HDD .................................................................................4-1
4.1 Hard Disk Drive (HDD).......................................................................................................4-1
PACKING LISTS ......................................................................................................... A-1
OUTLINE DRAWINGS ................................................................................................ D-1
INTERCONNECTION DIAGRAM ................................................................................ S-1

Installation Manual
This page is intentionally left blank.

i
SAFETY INSTRUCTIONS
The installer must read the safety instructions before attempting to install the equipment.
Indicates a potentially hazardous situation which, if not
avoided, could result in death or serious injury.
Indicates a potentially hazardous situation which, if not
avoided, may result in minor or moderate injury.
WARNING
CAUTION
Warning, Caution Prohibitive Action Mandatory Action
WARNING
ELECTRICAL SHOCK HAZARD
Do not open the equipment
unless totally familiar with
electrical circuits.
Only qualified personnel should
work inside the equipment.
Turn off the power at the
switchboard before beginning
the installation.
Fire or electrical shock can result
if the power is left on.
CAUTION
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.
Ground the equipment to prevent
electrical shock and mutual
interference.
Use the proper fuse.
Use of an incorrect fuse may
damage the equipment.
Observe the following compass safe
distances to prevent interference to a
magnetic compass:
Standard
compass
MPU-002
Steering
compass
0.45 m 0.30 m
(Examples of symbols)
PSD-002 0.35 m 0.30 m
MCU-002 0.05 m 0.05 m

ii
SYSTEM CONFIGURATION
Basic configuration is shown with solid line.
Note 1: Do not connect or disconnect the DVI cable between TZTBB and the touch monitor while
TZTBB is powered.
Note 2: When the two monitors are connected, the resolutions and the aspect ratio should match
between two monitors. The two monitors show same images (compatible with clone mode only).
RADAR SENSOR
DRS2D/DRS4D
OR
RADAR SENSOR
DRS4A/DRS6A/DRS12A/DRS25A
12-24 VDC
CCD Camera
CCD Camera
FI-5002
SC-30
GP-330
FI-50, etc.
IF-NMEA2K1/2
12/24 VDC
Touch Monitor
Event SW
External Buzzer
Speed Alarm
Power input for CAN bus
HUB -101
FCV-1150, BBDS1,
DFF series
FA-30/50
IP Camera
FUSION-Link equipment
FAR-2xx7 series
Environmental category
Sensor units: Exposed to the weather
All other units: Protected from the weather
FAX-30
Network equipment
NAVpilot-700
Touch Monitor
Switch Box
PSD-002
Processor Unit
MPU-002
12-24 VDC
POWER SUPPLY
UNIT*
PSU-017 POWER SUPPLY UNIT*
PSU-012/PSU-013
*: The power supply unit is required when you connect the radar sensor.
PSU-012: w/DRS2D/4D/4A/6A/12A
PSU-013: w/DRS25A
PSU-017: w/DRS2D/4D
For details of the power supply unit, see the installation manual of the radar sensor (IME-35670).
MCU-002

iii
EQUIPMENT LISTS
Standard supply
Optional supply
Name Type Code No. Qty Remarks
Processor Unit MPU-002 - 1
Switch Box PSD-002 - 1
Installation Ma-
terials CP19-01700 000-022-530 1 CP19-01701
Accessories FP19-01801 001-205-650 1
Spare Parts SP19-01401 001-205-630 1 Fuses
Name Type Code No. Remarks
Joint Box TL-CAT-012 000-016-714-01 For LAN network
Remote Control
Unit MCU-002 -
NMEA2000-
Interface Unit IF-NMEA2K1 -
NMEA Data
Converter IF-NMEA2K2 -
Network HUB HUB-101 -
Junction Box FI-5002 -
Rectifier RU-3423 000-030-443
PR-62
000-013-484 100VAC
000-013-485 110VAC
000-013-486 220VAC
000-013-487 230VAC
RU-1746B-2 000-030-439
CAN bus Cable
Assy.
M12-05BM+05BF-010 001-105-750-10 w/connectors (light), 1 m
M12-05BM+05BF-020 001-105-760-10 w/connectors (light), 2 m
M12-05BM+05BF-060 001-105-770-10 w/connectors (light), 6 m
M12-05BFFM-010 001-105-780-10 w/connector (light), 1 m
M12-05BFFM-020 001-105-790-10 w/connector (light), 2 m
M12-05BFFM-060 001-105-800-10 w/connector (light), 6 m
CB-05PM+05BF-010 000-167-968-10 w/connectors (heavy), 1 m
CB-05PM+05BF-020 000-167-968-10 w/connectors (heavy), 2 m
CB-05PM+05BF-060 000-167-970-10 w/connectors (heavy), 6 m
CB-05BFFM-010 000-167-971-10 w/connector (heavy), 1 m
CB-05BFFM-020 000-167-972-10 w/connector (heavy), 2 m
CB-05BFFM-060 000-167-973-10 w/connector (heavy), 6 m
DVI-D Cable Assy. DVI-D/D S-LINK 5M 001-132-960-10 24 pin, for video output, 5 m
DVI-D/D S-LINK 10M 001-133-980-10 24 pin, for video output, 10 m
External Buzzer OP03-136 000-086-443 Buzzer: PKB5-3A40
Network (LAN)
Cable
MOD-Z073-030+ 000-167-171-10 LAN cable, straight, 2 pairs, 3 m
MOD-Z072-020+ 001-167-880-10 LAN cable, cross-pair, 2 m
MOD-Z072-050+ 001-167-890-10 LAN cable, cross-pair, 5 m
MOD-Z072-100+ 001-167-900-10 LAN cable, cross-pair, 10 m

EQUIPMENT LISTS
iv
CAN bus
Connector
SS-050505-FMF-
TS001 000-168-603-10 Micro style: 3
NC-050505-FMF-
TS001 000-160-807-10 Mini style: 2, micro style: 1
LTWMC-05BMMT-
SL8001 000-168-604-10 Micro style, male, termination resistor
LTWMN-05AMMT-
SL8001 000-160-508-10 Mini style, male, termination resistor
LTWMC-05BFFT-
SL8001 000-168-605-10 Micro style, female, termination resistor
LTWMN-05AFFT-
SL8001 000-160-509-10 Mini style, female, termination resistor
FRU-0505-FF-IS 001-077-830-10 w/inline terminator
MJ Cable Assy. MJ-A6SPF0016-005C 000-159-689-10 for FAX-30
Operator’s Manual OME-44700-* 000-176-016-1* English
OMJ-44700-* 000-176-015-1* Japanese
Name Type Code No. Remarks

1-1
1. MOUNTING
1.1 Mounting Considerations
When selecting a mounting location for TZTBB, keep the following in mind:
• The temperature at the mounting location shall be between -15°C and +55°C (wire-
less LAN: 0°C and +55°C).
• The humidity at the mounting location shall be 93% or less at 40°C.
• Locate the unit away from exhaust pipes and ventilators.
• The mounting location should be well ventilated.
• Mount the unit where shock and vibration are minimal (comply with IEC 60945
Ed.4).
• Keep the unit away from electromagnetic field generating equipment such as mo-
tors and generators.
• For maintenance and checking purposes, leave sufficient space around the unit and
leave slack in cables. Minimum recommended space is shown in the outline draw-
ings.
• A magnetic compass will be affected if the equipment is placed too close to it. Ob-
serve the compass safe distances shown in the SAFETY INSTRUCTIONS to pre-
vent disturbance to the magnetic compass.
1.2 Processor Unit
The processor unit MPU-002 can be mounted on the tabletop or a bulkhead. Refer to
the outline drawing for mounting dimensions. For bulkhead mounting, be sure the unit
bottom is oriented downward.
Tabletop/ bulkhead mount
1. Decide the munting location for the unit.
2. Make four pilot holes for self-tapping screws in the mounting location.
3. Screw the self-tapping screws (6x20, 4 pcs.) into the pilot holes, leaving a clear-
ance of 5 mm.
4. Hang the unit on the screws.
5. Fasten all screws.

1. MOUNTING
1-2
1.3 Switch Box
The switch box PSD-002 is designed to be flush mounted on a flat bulkhead. Refer to
the outline drawing for mounting dimensions.
Procedure
1. Make a cutout in the mounting location as shown below.
2. Insert the sponge to the switch box from the rear side.
3. Set the unit to the cutout and fix the flush mount fixture from the rear side with two
screws.
4. Tighten the wing bolts to fasten the switch box.
5. Tighten the wing nuts to fasten the flush mount fixture.
Cutout dimensions
R10
86±1
95±1
Wing bolt
Wing nut
Protector for screw
Mounting panel
Flush mount fixture

2-1
2. WIRING
2.1 Wiring Instructions
2.1.1 NETWORK ports
TZTBB uses a standard TCP/IP Ethernet to share radar/sounder images and other
navigation information from devices connected to the network system. In any single
NavNet TZtouch network, a combination of up to six TZT series devices may be con-
nected to each other. All NavNet TZtouch network components have integrated regu-
lar RJ45 Ethernet port(s), three on TZTBB. The MOD-WPAS0001-030+ cable
(supplied) connects to equipment in the network.
MOD-WPAS0001-030+
(Supplied, 3 m)
Network 1/2/3
TO:
- HUB-101
(TL-CAT-012)
- DRS series
- TZT9/14/BB
- DFF series
- FUSION-Link
equipment
- Other sensor
Ground terminal
TO: Ship's ground
(IV-8sp., Local supply)
CAN bus CABLE
M12-05BM+05BF/
M12-05BFFM cable
(Option, 1/2/6 m)
CAN bus T-connector
(SS-050505 FMF/
NC-050505-FMF, option)
or
TO: FI-5002
FRUDD-18AFFM-
L180 cable
(Supplied, 18 pin,
2 m)
MULTI Port
TO:
- External Buzzer
- Speed Alarm
- Power for CAN bus
- Event Switch
Power TO: 12 - 24 VDC
MJ-A3SPF0017-050ZC, 5 m
(w/ 10A FUSE, supplied)
USB
1/2/3/4
Switch Box
PSD-002
DVI-IN
DVI-OUT0
LINE OUT
DVI-D/D S-LINK cable
(Supplied, 24 pin, 0.5 m)
Video IN
1/2
DVI-D for
External Monitor
(DVI-OUT1/2)
Touch Monitor
USB cable
DVI-D/D
S-LINK cable

2. WIRING
2-2
2.1.2 MULTI port
Use the cable assembly FRUDD-18AFFM-L180 (supplied, 2 m)
for the event switch, external buzzer, speed alarm and the power
for CAN bus. This cable has an 18-pin connector. For example, a
MOB contact closure input may be connected to pin 15 and 11*.
*Note that any TZTBB interfaces to virtually any MOB system or
event switch (point save) contact closure signal using these pins.
Pin No. Color Function Remark (Port No.)
18 Light green NET-C IN (0V) CAN bus Power IN. When 12V DC power is
applied to these pins, the CAN bus port will be
powered (up to 1 ampere).
17 Pink NET-S IN (+12V IN)
16 Purple Shield
15 White BUZZER or EVENT IN External Buzzer Output or MOB/Event Input
(Contact Closure)
14 Gray SPEED-ALARM C Speed alarm contact. Can trigger an external
alarm or device when speed exceeds the limit
specified.
13 Yellow SPEED-ALARM H
12 Black/White +12V External buzzer power ONLY (100 mA max.)
11 Black GND GND for Event/MOB Input
10 Blue/White - For debug
9Blue -
8Green/White -
7Green -
6 Orange/White -
5Orange GND
4 Brown/White DC_N
3 Brown PWR_SW
2Red/White GND
1Red GND
7
12
16
17
13
8
3
1
4
9
14
18
15
10
5
2
6
11

2. WIRING
2-3
2.1.3 CAN bus port
Every TZTBB has one CAN bus port (micro style connector). All TZT9/14 MUST be
connected to the same CAN bus backbone. However, the TZTBB and DRS (radar
sensor) CAN bus ports cannot be connected together. The TZTBB and DRS (radar
sensor) use “Ethernet Bridging” to link the DRS CAN bus and the TZTBB CAN bus
data. Refer to paragraph 2.2.1 for more information. Note that the TZTBB CAN bus
port is not powered unless external power is applied to the FRUDD-18AFFM-L180 ca-
ble of MULTI port and must be connected to a properly configured CAN bus network.
What is CAN bus?
CAN bus is a communication protocol that shares multiple data and signals through a
single backbone cable. You can simply connect any CAN bus devices onto the back-
bone cable to expand your network onboard. With CAN bus, IDs are assigned to all
the devices in the network, and the status of each sensor in the network can be de-
tected. All the CAN bus devices can be incorporated into the NMEA2000 network. For
detailed information about CAN bus wiring, see “FURUNO CAN bus Network Design
Guide” (Type: TIE-00170) on Tech-Net.
DRS radar sensor
In addition to the CAN bus port found on
the TZTBB, all DRS radar sensors have
one powered CAN bus port (terminal strip
connector). You may directly connect vari-
ous FURUNO CAN bus sensors to the
DRS radar sensor without having to run a
separate CAN bus cable to the mast. The
total number of sensors that can be con-
nected to the CAN bus DRS port without
external power connection depends on power consumption. The DRS can supply up
to 1 amp (20LEN) to the DRS CAN bus network. Note that the CAN bus network con-
nected to the DRS is its own independent CAN bus backbone and needs to be termi-
nated at both ends by a terminating resistor. A 120 Ohm resistor is standard supply
with the DRS to terminate the CAN bus. For example, if you install a SC-30/GP-330B
with the DRS CAN bus port, you must have two terminators on the backbone. One can
be at the sensor and the other located inside the DRS as shown in the inset at right.
Refer to the DRS Installation Manual for more information about connection.
Resistor assembly
(120 OHM-1007#24-L50,
supplied with DRS)
Twisting and
soldering
White
Blue
CAN bus cable
SC-30
In the above example, the terminating resistors are
necessary at DRS and SC-30.
GPS RECEIVER
GP-330B

2. WIRING
2-4
NMEA0183 equipment
To connect an NMEA0183 equipment to TZTBB, use the CAN bus network via the op-
tional NMEA data converter IF-NMEA2K2 (or IF-NMEA2K1). This NMEA connection
can accept a baud rate of 4800 or 38400.
Heading input to TZTBB allows functions such as Radar Overlay and course stabili-
zation (North up, Course up, etc.) in the radar operating modes. The NMEA0183
heading refresh rate needs to be 100 ms in order for any radar function to work prop-
erly. NMEA0183 heading can be accepted on any CAN bus port at a baud rate up to
38400 bps. In other words, data sent (IF-NMEA) and received (TZTBB) must use the
same baud rate for each individual data port.
Note: Heading data from a CAN bus source/sensor is always at the correct refresh
speed for the DRS ARPA function.
2.1.4 VIDEO, DVI-D, AUDIO or USB ports
How to connect VIDEO, DVI-D, AUDIO or USB ports
The above-mentioned ports are behind the connector cover on the rear panel. Access
the ports and connect cables as shown in the procedure below.
Note 1: The processor unit must be mounted indoors to do this connection because
of reduced waterproofing.
Note 2: DVI OUT1 takes priority over DVI OUT2. Use DVI OUT1 port and USB2 to
connect a single touch monitor.
1. Attach waterproofing tubes to the DVI cables.
Open the slit on the waterproofing tube and set the tube to the DVI cable between
the connector of port DVI-D OUT0 and the EMI core.
Attach supplied cable ties at each end of the tube.
Note: Attach the waterproofing tube also to the external DVI monitor cable whose
outer diameter is less than 9 mm.
EMI core
Waterproofing tube
DVI cable connector
Fix with
cable ties

2. WIRING
2-5
2. Attach the DVI-D, Video composite and Audio cable connectors to their respective
ports.
3. Set the waterproofing gasket to the boot cover then pass the cables through the
boot cover.
4. Fasten the boot cover with four binding screws.
5. Attach the fixing plate to the boot cover.
6. Pass the cables through appropriate holes in the gasket. The largest hole is for
the DVI-D cable.
7. Set the cable adapter to the entrance of the boot cover.
8. Peel off the seal from the slots to be used on the fixing metal.
9. Fasten the fixing metal to the boot cover with two binding screws.
Audio OUT
Video IN 1/2
DVI-D OUT0
Peel off the seal
from the slots to
be used
Fixing metal
Binding screw
(4 pcs.)
Binding screw
(2 pcs.)
Fixing metal
Gasket
Fixing plate Boot cover
Waterproofing gasket

2. WIRING
2-6
10. Fix the cables to the cable clamp with cable ties (2 pcs. each).
Attach a cable tie at the base of waterproofing tube.
Note: Cable ties are necessary for waterproofing. Do not fail to attach them.
11. Pass the opposite end of the DVI-D cable (connected at step 1) through the out-
side entrance of the connector cover.
12. Connect the plug to the DVI-IN port and fasten the plug with the screws on the
plug.
13. Pass the DVI-D cable and USB cable for external touch monitor through the out-
side entrance of the connector cover.
14. Connect the DVI-D plug to the DVI OUT1 port and connect the USB plug to the
USB2 port.
15. If the second touch monitor is installed, connect the DVI-D plug to the DVI OUT2
port and connect the USB plug to the USB3 port.
16. Pass the power plug and USB plug from the switch box PSD-002 through the con-
nector cover then connect them to the PWR SW port and the USB1 port, respec-
tively.
17. If another USB device is installed, connect the USB plug to USB4 port.
18. Fasten the connector cover to the unit with six binding screws.
19. Attach the fixing plate1 to the entrance of the connector cover.
20. Pass the cables through appropriate holes in the gasket.
21. Set the gasket to the entrance of the cover.
Bottom side
Fix the cables
with cable ties
Cable ties for
fixing Cable ties for
waterproofing
Add a tie for
waterproofing
Insert the gasket to the
entrance of cover so the slits in
the holes face downward.

2. WIRING
2-7
22. Peel off the seal from the slots to be used on the fixing plate2.
23. Attach the fixing plate2 to the entrance of the connector cover.
24. Fasten the fixing metal to the connector cover with three binding screws.
25. Fix the cables to the cable clamp with cable ties (2 pcs. each).
Attach a cable tie at the base of waterproofing tube projection.
Note: Cable ties are necessary for waterproofing. Do not fail to attach them.
Peel off the seal from
the slots to be used
Fixing plate2
Fixing metal
Fixing plate 2
Gasket
Fixing plate 1
Connector cover
Binding screw
(3 pcs.)
Binding screw
(6 pcs.)
Fix with cable ties
Add a tie for waterproofing

2. WIRING
2-8
Video input
TZTBB can use regular analog video inputs (PAL or NTSC) that connect to the TZTBB
directly or use IP cameras that connect directly to the network HUB. IP cameras can
be seen by all TZTBB connected to the NavNet TZtouch network, unlike analog video
that can be viewed only on the equipment where the source is connected. Additionally
some IP cameras can be controlled from TZTBB.
Analog video
The TZTBB processor unit has two analog video inputs (PAL/NTSC) on 2 mm RCA
type connectors located on the rear of the equipment. For this connection, the follow-
ing cable is necessary (local supply).
• 3C2V (Japan Industrial Standard (JIS), or the equivalent) coaxial cable
(impedance: 75 )
IP camera
IP cameras are network devices that connect directly to a HUB. Up to four IP cameras
can be connected to one NavNet TZtouch network. At this time, only AXIS IP cameras
that support MPEG4 video are functional in the network. For more details, see the op-
erator’s manual for the AXIS IP cameras.
DVI-D (external monitor)
A DVI monitor is required for the TZTBB. The plug is DVI-D format and only a DVI-D
monitor with VESA DDC (Display Data Channel) can be connected. The TZTBB uses
the monitor information (EDID) given via DDC to output the video data with the appro-
priate resolution. FURUNO offers two lengths of DVI-D cables, 5 m and 10 m.
Note: When a second monitor is used, use the same aspect ratio and resolutions
monitor as the first monitor. The DVI-OUT1 port should be used in DVI-D connection.
If this port is converted into HDMI, the DVI-OUT2 port may not transmit the picture sig-
nal.
USB port
The TZTBB has six USB Ver. 2.0 ports. The USB port2/3 are used to connect USB
Touch Monitor (compatible with Windows®7 HID generic driver) and USB port 1 is
used to connect to switch box for SDXC card. The USB port5/6 are used to connect
the devices for internal installation.
Audio
Outputs the audio line from the left-hand connector.
Insulator
Shield
Vinyl sheath
Conductor
S = 0.19 mm
2
φ = 0.5 mm

2. WIRING
2-9
2.2 CAN bus/NMEA0183 Data Conversion
2.2.1 Connection with DRS radar sensor
All DRS radar sensors have one CAN bus port (Terminal Block connector). You can
directly connect FURUNO CAN bus sensors to the DRS radar without having to run
another CAN bus cable up the mast. In this case, each separate CAN bus network (the
DRS CAN bus and the ship CAN bus) will be “Bridged” together via the Ether Network.
Note that the TZTBB and DRS CAN bus ports must not be connected together.
Connection of multiple TZTBBs, no DRS radar sensor
Connect multiple TZTBBs with Ethernet and CAN bus cables.
Connection of TZTBB and DRS radar sensor
Connect TZTBB to DRS radar sensor with Ethernet cable.
CAN bus cable
Ethernet cable
TZTBB
(MPU-002)
TZTBB
(MPU-002)
RADAR SENSOR
DRS2D/4D
DRS4A/6A
DRS12A/25A
: Ethernet cable
: CAN bus cable
POWER SUPPLY UNIT
TZTBB
(MPU-002)
PSU-012: w/DRS2D/4D/4A/6A/12A
PSU-013: w/DRS25A
GPS RECEIVER
GP-330B

2. WIRING
2-10
2.2.2 CAN bus (NMEA2000) input/output PGN
Input PGN
No. PGN Description
01. 059392 ISO Acknowledgement
02. 059904 ISO Request
04. 060928 ISO Address Claim
06.
126208
NMEA-Request Group Function
07. NMEA-Command Group Function
08. NMEA-Acknowledge Group Function
11. 126992 System Time
12. 126996 Product Information
13. 127237 Heading/Track Control
14. 127245 Rudder
15. 127250 Vessel Heading
16. 127251 Rate of Turn
17. 127257 Attitude
18. 127258 Magnetic Variation
19. 127488 Engine Parameters, Rapid Update
20. 127489 Engine Parameters, Dynamic
21. 127505 Fluid Level
22 128259 Speed
23. 128267 Water Depth
24. 129025 Position, Rapid Update
25. 129026 COG & SOG, Rapid Update
26. 129029 GNSS Position Data
27. 129033 Time & Date
28. 129038 AIS Class A Position Report
29. 129039 AIS Class B Position Report
30. 129040 AIS Class B Extended Position Report
31. 129041 AIS Aids to Navigation (AtoN) Report
32. 129291 Set & Drift, Rapid Update
33. 129538 GNSS Control Status
34. 129540 GNSS Sats in View
35. 129793 AIS UTC and Date Report
36. 129794 AIS Class A Static and Voyage Related Data
37. 129798 AIS SAR Aircraft Position Report
38. 129808 DSC Call Information
39. 129809 AIS Class B “CS” Static Data Report, Part A
40. 129810 AIS Class B “CS” Static Data Report, Part B
41. 130306 Wind Data
42. 130310 Environmental Parameters
43. 130311 Environmental Parameters
44. 130312 Temperature
45. 130313 Humidity
46. 130314 Actual Pressure
47. 130577 Direction Data
48. 130578 Vessel Speed Component

2. WIRING
2-11
Output PGN
The CAN bus output PGN setting (found under the [Initial Setup] menu) is global to the
network. Note that only one TZTBB will output CAN bus data on the network at a time:
the TZTBB which is powered ON first. If that display is turned OFF, another will take
its place to output the data.
No. PGN Description Remarks Output cycle (msec)
01. 059392 ISO Acknowledgement For Certification Level A/B
Refusing output requirement
02. 059904 ISO Request For Certification Level A/B
Requiring output
04. 060928 ISO Address Claim For Certification Level A/B
• Address autonomy
• Receiving output requirement
05.
126208
NMEA-Request group function For Certification Level A/+
• Address autonomy
• Receiving output requirement
06. NMEA-Command group func-
tion
For Certification Level A/+
Changing the setting of other equipment
07. NMEA-Acknowledge group
function
For Certification Level A/+
Sending the confirmation for NMEA-Request
group function and NMEA-Command group
function
08.
126464
PGN List-Transmit PGN’s group
function
For Certification Level A/+
Receiving output requirement
09. PGN List-Received PGN’s
group function
For Certification Level A/+
Receiving output requirement
12. 126992 System Time 1000
13. 126996 Product Information For Certification Level A/B
Receiving output requirement
14. 127250 Vessel Heading 100
15. 127251 Rate of Turn 100
16. 127257 Attitude 1000
17. 127258 Magnetic Variation 1000
18. 128259 Speed 1000
19. 128267 Water Depth 1000
20. 128275 Odometer 1000
21. 129025 Position, Rapid Update 100
22. 129026 COG & SOG,
Rapid Update
250
23. 129029 GNSS Position Data 1000
24. 129033 Time & Date 1000
25. 129283 Cross Track Error 1000
26. 129284 Navigation Data 1000
27. 129285 Navigation-Route/
WP Information
• Outputs when waypoint is set/changed
(own ship’s position is required)
• Outputs when receiving ISO request
28. 130306 Wind Data 100
29. 130310 Environmental Parameters 500
31. 130312 Temperature 2000
32. 130313 Humidity Outputs when receiving the ISO request
33. 130314 Actual Pressure 2000

2. WIRING
2-12
2.3 Example NavNet TZtouch System Configura-
tions
Basic plotter/fish finder installation
The FURUNO GP-330B is connected to the CAN bus backbone cable, using the op-
tional NMEA data converter IF-NMEA2K2 (or IF-NMEA2K1). The DFF1/3 network
sounder is connected to the LAN port of the TZTBB using the standard supply cable
MOD-WPAS0001-030+(3 m) and a junction box TL-CAT-012.
DFF3
NETWORKSOUNDER
ST-BY
Cable from GP-330B
Cable from
IF-NMEA2K2
*
12 VDC NMEA DATA CONVERTER
IF-NMEA2K2
*Cable fabrication is necessary to connect
GP-320B and IF-NMEA2K2.
TZTBB
(MPU-002)
CAN bus
drop cable
CAN bus backbone cable
MULTI FUNCTION DISPLAY
LAN cable
MOD-WPAS0001-030+, 3 m
LAN cable
(MOD-Z072)
12/24 VDC
Network Sounder
DFF3
12-24 VDC
Transducer
High
Freq.
Low
Freq.
TL-CAT-012 Junction Box
GPS RECEIVER
GP-330B