FURUNO TZT19F Multi Function Display Device Instruction Manual
- June 9, 2024
- FURUNO
Table of Contents
TZT19F Multi Function Display Device
Installation Manual MULTI FUNCTION DISPLAY
Model TZT19F
SAFETY INSTRUCTIONS …………………………………………………………………………………… i SYSTEM CONFIGURATION
………………………………………………………………………………. ii EQUIPMENT
LISTS………………………………………………………………………………………….. iii
1. MOUNTING………………………………………………………………………………………………..1-1
1.1 Installation of Multi Function Display……………………………………………………………………….1-1 1.2
Installation of Transducers…………………………………………………………………………………….1-4
2. WIRING……………………………………………………………………………………………………..2-1
2.1 Interface Connections (Rear of Unit) ………………………………………………………………………2-1 2.2
Composite Connector …………………………………………………………………………………………..2-2 2.3 How to Secure
and Waterproof Connections……………………………………………………………2-3 2.4 Power Cable
……………………………………………………………………………………………………….2-3 2.5 MULTI
Cable……………………………………………………………………………………………………….2-4 2.6 DRS Radar Sensor
Connections ……………………………………………………………………………2-5 2.7 Network Connector
………………………………………………………………………………………………2-5 2.8 CAN bus (NMEA2000) Connector
………………………………………………………………………….2-5 2.9 Transducer
(Option)……………………………………………………………………………………………2-10 2.10 Example TZT19F System
Configurations ………………………………………………………………2-10
3. HOW TO SET UP THE EQUIPMENT…………………………………………………………….3-1
3.1 How to Set Time Zone, Time Format and Language…………………………………………………3-3 3.2
How to Set Units of Measurement ………………………………………………………………………….3-4 3.3 Initial
Setup …………………………………………………………………………………………………………3-5 3.4 How to Set Up the Radar
…………………………………………………………………………………….3-11 3.5 How to Set Up the Fish
Finder……………………………………………………………………………..3-14 3.6 Wireless LAN Setting
………………………………………………………………………………………….3-19 3.7 Ferry
Mode………………………………………………………………………………………………………..3-20
PACKING LIST(S) …………………………………………………………………………………………. A-1 OUTLINE DRAWING(S)
…………………………………………………………………………………. D-1 INTERCONNECTION DIAGRAM(S)
………………………………………………………………… S-1
www.furuno.com All brand and product names are trademarks, registered
trademarks or service marks of their respective holders.
9-52 Ashihara-cho, Nishinomiya, 662-8580, JAPAN
FURUNO Authorized Distributor/Dealer
All rights reserved.
Printed in Japan
Pub. No. IME-45120-D1 (TEHI ) TZT19F
A : JAN . 2020 D1 : NOV . 21, 2022
0 0 0 1 9 7 1 0 8 1 3
SAFETY INSTRUCTIONS
WARNING Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.
CAUTION Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.
(Examples of symbols)
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.
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.
If your vessel is configured with an autopilot system, install an autopilot
control unit (or emergency autopilot stop button) at each helm station, to
allow you to disable the autopilot in an emergency.
If the autopilot cannot be disabled, accidents may result.
CAUTION
Ground the equipment to prevent electrical shock and mutual interference.
Use the proper fuse.
Use of an incorrect fuse may damage the equipment.
The front panel is made of glass. Handle it with care.
Injury can result if the glass breaks.
Observe the following compass safe distances to prevent interference to a
magnetic compass:
Model TZT19F
Standard Steering compass compass
0.65 m 0.40 m
i
SYSTEM CONFIGURATION
Radar Sensor DRS4D X-Class/DRS4DL+/ DRS2D-NXT/DRS4D-NXT
Radar Sensor DRS6A X-Class/DRS12A X-Class/
DRS25A X-Class/DRS6A-NXT/ DRS12A-NXT/DRS25A-NXT
12 to 24 VDC
Note 2: Update the software of these radars
to the following version or later before using:
Select an antenna type:
· DRS2D-NXT, DRS4D-NXT: Ver. 01.07
Radome or Open.
· DRS6A-NXT, DRS12A-NXT,
DRS25A-NXT: Ver. 01.06
· DRS6A X-Class, DRS12A X-Class,
Note 1: For DRS2D/DRS4D/
DRS25A X-Class: Ver. 02.06
DRS4DL or DRS4A/DRS6A/ DRS12A/DRS25A, see the respective radar’s installation manual regarding compatibility.
12 to 24 VDC*7
FAR-2xx7/2xx8 series FAR-15×3/15×8 series
BBDS1, DFF series
: Standard supply : Optional/local supply
Remote Control Unit MCU-005
PoE Hub*3
Ethernet Hub28 HUB-101
Multi-beam Sonar DFF-3D FA-30/50 FAX-30 IP Camera FUSION-Link compatible
devices
HDMI Source Devices
FA-40/70 Autopilot NAVpilot series
SCX-20 SC-30/33
Junction Box
FI-5002
USB Hub
USB Host/Devices4
Remote Control Unit MCU-002/MCU-004 or SD Card Unit SDU-001
Touch Monitor5 (HDMI Output)
GP-330B
Multi Function
CCD Camera
FI-50/70
Display*1
CCD Camera
FUSION-Link compatible devices*9
TZT19F
Event Switch External Buzzer
IF-NMEA2K2
Power Switch NMEA0183 Output
IF-NMEAFI
Ship’s mains
12 to 24 VDC
Category of units Antenna unit: Exposed to the weather.
Transducer*6
or
Fish Finder Power Amplifier
DI-FFAMP
Other units: Protected from the weather.
Transducer
*1: This unit has a built-in fish finder as standard.
*2: A maximum of 6 units of NavNet TZtouch2/3 can be connected. NavNet TZtouch2 requires software
version 7 or later. For configurations with TZT2BB included, a maximum of 4 NavNet TZtouch2/3
units can be connected. NavNet TZtouch cannot be connected.
*3: Use a commercially available PoE hub. The NETGEAR GS108PE has tested as compatible.
The basic functions of the hub were verified, however the compatibility of all functions were not
checked. FURUNO cannot guarantee proper operation.
*4: When using a USB OTG as a USB host device, this equipment operates as a touch operation
output device.
*5: The HDMI output resolution is fixed to 1920×1080. To use a touch monitor for operation, its output
resolution must be 1920×1080 (Aspect ratio 16:9) with HPD (Hot Plug Detection) function.
*6: Some transducers require connection of a 12-to-10 pin conversion cable.
*7: 12 VDC is only used with DRS6A-NXT. All other open array DRS sensors require 24 VDC.
*8: FURUNO networks allow for a maximum of three Ethernet Hub HUB-101s.
Exceeding this can cause undesirable results.
*9: The connected FUSION-Link device must also have CAN bus connectivity.
ii
EQUIPMENT LISTS
Standard supply
Name Multi Function Display Installation Materials Accessories Optional supply
Type
Code No.
Qty
TZT19F
–
1
CP19-02600 000-037-169
1
FP26-00401 001-175-940
1
Remarks
Name Network HUB NMEA Data Converter Remote Control Unit
Matching Box Junction Box Joint Box Network (LAN) Cable
Type HUB-101 IF-NMEA2K2 MCU-002 MCU-004 MCU-005 MB-1100 FI-5002 TL-CAT-012 MOD-Z072-020+
MOD-Z073-030+
MJ Cable Assy. CAN bus Cable Assy.
External Buzzer Rectifier
MOD-Z072-050+ MOD-Z072-100+ MJ-A6SPF0016-005C FRU-NMEA-PMMFF-010 FRU-NMEA- PMMFF-020 FRU-NMEA-PMMFF-060 FRU-NMEA-PFF-010 FRU-NMEA-PFF-020 FRU-NMEA- PFF-060 FRU-MM1MF1MF1001 FRU-MM1000000001 FRU-MF000000001 OP03-136 RU-3423 PR-62
Cable Assy.
Fish Finder Power Amplifier
RU-1746B-2 FRU-F12F12-100C FRU-F12F12-200C FRU-F7F7-100C FRU-F7F7-200C DI- FFAMP
Code No. 000-011-762 000-020-510 000-025-461 000-033-392 000-035-097
000-041-353 005-008-400 000-167-140 001-167-880
000-167-171
001-167-890 001-167-900 000-159-689 001-533-060 001-533-070 001-533-080
001-507-010 001-507-030 001-507-040 001-507-050 001-507-070 001-507-060
000-086-443 000-030-443 000-013-484 000-013-485 000-013-486 000-013-487
000-030-439 001-560-390 001-560-400 001-560-420 001-560-430 000-037-175
Remarks
For 1 kW transducers
For LAN network extension LAN cable, cross-pair, 2 m LAN cable, straight, 2
pairs, 3 m LAN cable, cross-pair, 5 m LAN cable, cross-pair, 10 m For FAX-30 1
m 2 m 6 m 1 m 2 m 6 m T Connector Terminator Terminator Buzzer: PKB5-3A40
100 VAC 110 VAC 220 VAC 230 VAC
For 2 to 3 kW Dual-frequency CHIRP transducers
iii
EQUIPMENT LISTS
Name Transducer (for internal fish finder)
Transducer (Requires DI-FFAMP/ DFF3-UHD)
CHIRP Transducer (for internal fish finder)
Type 520-5PSD1 520-5MSD1 525-5PWD1 525STID-MSD1 525STID-PWD1 520-PLD1 525T-BSD1 525T-PWD1 525T-LTD/121 525T-LTD/201 SS60-SLTD/121 SS60-SLTD/201 526TID-HDD1 50/200-1T 10M 1 50B-6 10M 50B-6B 15M 200B- 5S 10M 28BL-6HR 38BL-9HR 50BL-12HR 82B-35R 88B-10 15M 200B-8 10M 200B-8B 15M 28BL-12HR 38BL-15HR 50BL-24HR 68F-30H 100B-10R 150B-12H 15M 88F-126H2 200B-12H 15M 2 28F-38M 15M 2 28F-38M 30M 2 50F-38 15M 2 28F-72 15M 2 28F-72 30M 2 50F-70 15M 2 TM150M B-75L B-75H B-175H B-175L
Code No. 000-015-204 000-015-212 000-146-966 000-011-783 000-011-784 000-023-680 000-023-020 000-023-019 000-023-679 000-023-678 000-023-676 000-023-677 000-023-021 000-015-170 000-015-042 000-015-043 000-015-029 000-015-081 000-015-083 000-015-093 000-015-087 000-015-025 000-015-030 000-015-032 000-015-082 000-015-092 000-015-094 000-015-073 000-027-438 000-015-074 000-015-068 000-015-069 000-015-005 000-015-006 000-015-009 000-015-007 000-015-008 000-015-011 000-035-500 000-035-501 000-035-502 000-035-504 000-035-503
Remarks 600 W
1 kW 1 kW Matching box MB-1100 required for installation of these transducers.
2 kW
3 kW
5 kW 5 kW Also requires Booster Box BT-5-1/2. 10 kW Also requires Booster Box
BT-5-1/2. 300 W 600 W 1 kW
iv
EQUIPMENT LISTS
Name CHIRP Transducer (for internal fish finder) CHIRP Transducer (Requires
DI-FFAMP/ DFF3-UHD) Thru-Hull Pipe
Booster Box
Type B265LH-FJ12 CM265LH-FJ12 TM265LH-FJ12 PM111LHG CM599LHG CM599LM TRB-1100(1) TRB-1000(1) TRB-1100(2) TFB-4000(1) TFB-5000(1) TWB-6000(2) TFB-7000(1) TFB-7000(2) BT-5-1/2
Extension Cable*3
C332 10M
Code No. 000-037-609 000-037-610 000-037-611 000-027-404 000-027-406
000-027-407 000-027-409 000-015-215 000-015-218 000-015-205 000-015-206
000-015-207 000-022-532 000-015-209 001-411-880
001-464-120
Remarks 1 kW ACCU-FISHTM function available 2 kW 2 to 3 kW
For 5 kW and 10 kW transducers
1: Compatible with ACCU-FISHTM, Bottom Discrimination and RezBoostTM Enhanced mode. All other listed transducers, however, are compatible with RezBoostTM Standard mode. 2: Rated power of these transducers is 5/10 kW, but the actual output power from DI-FFAMP/ DFF3-UHD is 3 kW.
*3: Use of the extension cable may cause the following problems: · Reduced detection ability · Wrong ACCU-FISHTM information (fish length smaller than actual length, fewer fish detections, er-
ror in individual fish detection). · Wrong speed data · No TD-ID recognition
Other compatible transducers (local supply)
The transducers (Manufactured by AIRMAR Technology Corporation) listed in the
table below are compatible with this equipment.
Single Frequency CHIRP (For internal fish finder)
Output power 300 W 600 W 1 kW
Model B150M B75M B175M
SS75L B785M B175HW
B75HW SS75M TM185M
P95M SS75H TM185HW
P75M B285M
B285HW
Dual Frequency CHIRP (For internal fish finder)
Output power 1 kW
Model B265LH
B265LM CM275LHW
CM265LH B275LHW TM265LM
TM265LH CM265LM TM275LHW
Remarks ACCU-FISHTM function available ACCU-FISHTM function NOT available
v
EQUIPMENT LISTS
Dual Frequency CHIRP (For DI-FFAMP/DFF3-UHD)
Output power 2 kW
2 to 3 kW
Model
PM111LH
PM111LHW
165T-PM542LHW
CM599LH
CM599LHW
R599LH
R599LM
R109LH R109LHW 165T-PM542LM R509LH R509LHW
R111LH R509LM
vi
1. MOUNTING
1.1
1.1.1
Installation of Multi Function Display
The TZT19F is designed to be mounted in a console.
The installer of this equipment must read and follow the descriptions in this
manual. Wrong installation or maintenance can void the warranty.
Mounting considerations
When selecting a mounting location for your TZT19F, keep the following in
mind:
· The temperature at the mounting location shall be between -15°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 (compliant with IEC 60945
Ed.4). · Keep the unit away from electromagnetic field generating equipment
such as
motors 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
drawing for the display units. · Do not mount the unit on an overhead
beam/bulkhead. · A magnetic compass will be affected if the equipment is
placed too close to it. Observe the compass safe distances shown in the SAFETY
INSTRUCTIONS to prevent disturbance to the magnetic compass.
How to install the multi function display
Referring to the figure below, select a flat mounting location. Read the
installation instructions before starting installation. Pay particular
attention to the notes; failure to follow these instructions may cause damage
to the unit.
Note: Ensure the mounting location is flat, with no indents or protrusions, to
allow a secure fit.
Flat
Curved
Bumpy
1. Prepare a cutout in the mounting location using the template (supplied) for the TZT19F.
1-1
1. MOUNTING
2. Fasten the wing bolts and the wing nuts of the flush mount fixture so that the protector for screw moves to the flush mount fixture.
Flush mount fixture Wing nut
Wing bolt Flush mount fixture
Protector for screw Move to the fixture
Note: Slowly fasten the four wing bolts evenly with your hand. Do not use a
tool to fasten the wing bolts. A tool can be used to fasten the wing nuts; use
caution so as not to damage the wings or thread.
3. Connect all cables at the back of the TZT19F. (See chapter 2.) 4. Attach
flush mount sponges to the bezel of TZT19F.
Flush mount sponge 19H (2 pcs.) Flush mount sponge 19V (2 pcs.)
Unit (Rear Side) 5. Set TZT19F to the cutout made at step 1.
Peel off the release paper.
Attach mount sponge on the highlighted area.
1-2
6. Attach the flush mount fixture to the TZT19F with hex bolts.
Set the TZT19F to the cutout. Attach the flush mounting
plate to the TZT19F.
1. MOUNTING
7. Fasten each wing bolt so that the protector for screw touches the mounting panel. 8. Fasten the wing nuts tightly.
TZT unit
Wing bolt
Wing nut Flush mounting fixture Protector for screw Mounting panel
Note: Use of excessive torque when fastening the wing bolts can cause the flush mount fixture to tilt or warp. Check that the flush mount fixtures and wing bolts are not tilted or warped, referring to the following examples.
Flush mount fixture is fixed at right angle.
Flush mount fixture is warped, wing bolts are tilted.
1-3
1. MOUNTING
1.2 Installation of Transducers
1.2.1
CAUTION
Do not cover the transducer with FRP resin. The heat generated when the resin hardens may damage the transducer. CHIRP transducers are especially vulnerable to heat.
Note: For instructions regarding installation
ø22
of network fish finder transducers, see the re-
spective manual.
There are three methods for installing the transducer on the ship (thru-hull mount, in- 120 side the hull and transom mount) and one of those methods is to be selected according to 30 the structure of the ship. The procedure which follows below shows how to install a small transducer (520-5PSD/5MSD) as the representative example of installation.
How to mount a transducer through the hull
68 520-5PSD
ø24
120
28 Unit: mm
68 BOW
87 520-5MSD
Transducer mounting location
The thru-hull mount transducer provides the best performance of all, since the transducer protrudes from the hull and the effect of air bubbles and turbulence near the hull skin is reduced. If your boat has a keel, the transducer should be at least 30 cm away from it.
The performance of this fish finder is directly related to the mounting location of the transducer, especially for high-speed cruising. The installation should be planned in advance, keeping the length of the transducer cable and the following factors in mind:
· Air bubbles and turbulence caused by movement of the boat seriously degrade the sounding capability of the transducer. The transducer should, therefore, be located in a position where water flow is the smoothest. Noise from the propellers also adversely affects performance and the transducer should not be mounted nearby. The lifting strakes are notorious for creating acoustic noise, and these must be avoided by keeping the transducer inboard of them.
DEEP V HULL Position 1/2 to 1/3 of the hull from stern. 15 to 30 cm off center
line (inside first lifting strakes.)
HIGH SPEED V HULL
Within the wetted bottom area Deadrise angle within 15°
1-4
1. MOUNTING
· The transducer must always remain submerged, even when the boat is rolling,
pitching or up on a plane at high speed.
· A practical choice would be somewhere between 1/3 and 1/2 of your boat’s
length from the stern. For planing hulls, a practical location is generally
rather far astern, so that the transducer is always in water regardless of the
planing attitude.
Installation procedure
1. With the boat hauled out of the water, mark the location chosen for
mounting the transducer on the bottom of the hull.
2. If the hull is not level within 15° in any direction, fairing blocks made
out of teak should be used between the transducer and hull, both inside and
outside, to keep the transducer face parallel with the water line. Fabricate
the fairing block as shown below and make the entire surface as smooth as
possible to provide an undisturbed flow of water around the transducer. The
fairing block should be smaller than the transducer itself to provide a
channel to divert turbulent water around the sides of the transducer rather
than over its face.
Hole for stuffing tube
BOW
Upper Half
Lower Half
Saw along slope of hull.
3. Drill a hole just large enough to pass the threaded stuffing tube of the
transducer through the hull, making sure it is drilled vertically.
4. Apply a sufficient amount of high quality caulking compound to the top
surface of the transducer, around the threads of the stuffing tube and inside
the mounting hole (and fairing blocks if used) to ensure watertight mounting.
5. Mount the transducer and fairing blocks and tighten the locknut. Be sure
that the transducer is properly oriented and its working face is parallel to
the waterline.
Flat Washer
Fairing Block
Rubber Washer
Hull Deep-V Hull
Flat Washer Hull
Rubber Washer
Cork Washer
Flat Hull
Note: Do not over-stress the stuffing tube and locknut through excessive
tightening, since the wood block will swell when the boat is placed in the
water. It is suggested that the nut be tightened lightly at installation and
re-tightened several days after the boat has been launched.
1-5
1. MOUNTING
1.2.2 How to mount a transducer inside the hull
NOTICE
This installation method affects the ability to detect the bottom, fish and
other objects because the ultrasound pulse is weakened when it passes through
the hull. Therefore, refrain from this mounting method for a transducer that
supports the RezBoostTM (Enhanced Mode), ACCU-FISHTM and/or bottom
discrimination display feature.
Remarks on installation
This method is useful when mounting a transducer inside the hull of FRP ship,
however, it affects the ability to detect the bottom, fish and other objects.
· Do the installation with the ship moored at a dock, etc. The water depth
should be 6.5 to 32 feet (2 to 10 meters).
· Turn off the engine. · Do not power the unit with the transducer in the air,
to prevent damage to the
transducer. · Do not use this method on a double layer hull. · Before
attaching the transducer to the hull, check that the site is suitable, by
following
steps 1 to 3 in the installation procedure below.
Necessary tools
The following tools are required:
· Sandpaper (#100) · Marine sealant · Water-filled plastic bag
Selecting a location to install the transducer
Install the transducer on the hull plate inside of the engine room. The
attenuation of the ultrasound pulse varies with the thickness of the hull.
Select a location where attenuation is the lowest.
Select 2-3 locations considering the four points mentioned below.
· Mount the transducer at a location 1/2 to 1/3 of the length of your boat
from the stern.
· The mounting location is between 15 to 50 cm from the centerline of the
hull. · Do not place the transducer over hull struts or ribs which run under
the hull. · Avoid a location where the rising angle of the hull exceeds 15°,
to minimize the
effect of the boat’s rolling.
Centerline
1/2 1/3
50 cm 50 cm
15 cm 15 cm
Transducer mounting location
1-6
1. MOUNTING
Decide the most suitable site from the locations selected with the following procedures.
1. Connect the power cable and transducer cable to the display unit.
2. Put the transducer into a water-filled plastic bag. Press the transducer
against the chosen site.
3. Tap (power switch) to turn the power on.
Plastic bag
4. After the startup procedure completes (approx. 90 seconds), the last used
display appears. Tap the
[Home] icon ( Home ) to show the home
screen and display mode settings. See section 3.3 for how to use the menu.
Hull plate
Water
5. Scroll the menu to show [Fish Finder] in the menu, then tap [Fish Finder].
6. Scroll the [Fish Finder] menu to show the [FISH FINDER INITIAL SETUP] menu, then tap [Fish Finder Source].
7. Confirm the available fish finder from the list of available sounders, then tap the appropriate fish finder. For the purpose of this example, the default setting [TZT19F] (internal sounder) is selected as the source.
8. Tap the [<] icon to return to the [Fish Finder] menu.
9. Scroll the [Fish Finder] menu to show the [FISH FINDER INITIAL SETUP] menu, then tap [Transducer Setup].
10. Tap [Transducer Setup Type].
11. Tap [Model].
12. Tap the [<] icon to return to [Transducer Setup] menu.
13. Tap [Model Number], scroll the menu to show your transducer model, then tap the transducer model number.
14. Tap the [<] icon twice to return to the [Fish Finder] menu, then scroll the [Fish Finder] to show the [FISH FINDER INITIAL SETUP] menu.
15. At the [Transmission Power] menu item, set the transmission power to a level of [Max].
16. Scroll the menu to show [Fish Finder Transmit], then tap [Fish Finder Transmit]. Check if the bottom echo appears on the right side of the screen, in the display area. If no bottom echo appears, repeat the procedure until a suitable location is found.
17. Turn off the power of the control unit and remove the transducer from the plastic bag and wipe the face of transducer with a cloth to remove water and any foreign material.
1-7
1. MOUNTING
Installation procedure 1. Lightly roughen the transducer face with #100
sandpaper. Also, use the sandpa-
per to roughen the inside of the hull where the transducer is to be mounted.
Wipe off any sandpaper dust from the face of the transducer. 2. Dry the face
of the transducer and the hull. Coat the transducer face and mounting location
with marine sealant. Hardening begins in approx. 15 to 20 minutes so do this
step without delay.
Transducer
Marine sealant
3. Attach the transducer to the hull. Press the transducer firmly down on the
hull and gently twist it back and forth to remove any air which may be trapped
in the marine sealant.
Hull Marine sealant
4. Support the transducer with a piece of wood to keep it in place while the sealant is drying. It takes 24 to 72 hours to harden completely.
5. Turn the power on and change the menu setting as shown below. See section 3.3 for how to use the menu.
-
Tap the [Home] icon to show the home screen and display mode settings.
-
Scroll the menu to show [Fish Finder] in the menu, then tap [FISH FINDER INITIAL SETUP] menu.
-
At the [Transmission Power Mode] menu item, set the transmission power to a level of [Max].
-
Adjust the Bottom Level and Gain Offset settings as shown in the table below.
Menu Item Bottom Level HF Bottom Level LF Gain Offset HF Gain Offset LF
Setting -40 -40 20 20
1-8
1.2.3
1. MOUNTING
How to install the transom mount transducer
The optional transom mount transducer is very commonly employed, usually on
relatively small I/O or outboard boats. Do not use this method on an inboard
motor boat because turbulence is created by the propeller ahead of the
transducer. DO NOT over-tighten screws, to prevent damage to the transducer.
Parallel with hull
Transom
Transom Strake
Less than 10° Mount at the strake.
Over 10°
Installation procedure
A suitable mounting location is at least 50 cm away from the engine and where the water flow is smooth.
1. Drill four pilot holes for self-tapping screw (5×20) in the mounting location.
2. Coat the threads of the self-tapping screws (5×14) for the transducer with marine sealant for waterproofing. Attach the transducer to the mounting location with the self-tapping screws.
3. Adjust the transducer position so the transducer faces right to the bottom. If necessary, to improve water flow and minimize air bubbles staying on the transducer face, incline the transducer about 5° at the rear. This may require a certain amount of experimentation for fine tuning at high cruising speeds.
5×20
5° M5x14
Taping
4. Tape the location shown in the figure below.
5. Fill the gap between the wedge front of the transducer and transom with epoxy mate-
Bracket
rial to eliminate any air spaces.
Transducer
6. After the epoxy hardens, remove the tape.
Hull
Transducer protrusion
2 to 5q
If the hull is not level within 15° in any direc-
Epoxy material
tion, install the transducer so that it protrudes
from the hull, to keep the transducer face parallel with the water line, not with the hull.
This installation method has a merit for avoiding the bubbles by diverting turbulent water around the sides of the transducer rather than over its face. However, it may cause damage to the transducer during trailering, launching, hauling, and storage.
1-9
1. MOUNTING
Transducer preparation
Before putting your boat in water, wipe the face of the transducer thoroughly
with a liquid detergent. This will lessen the time necessary for the
transducer to have good contact with the water. Otherwise the time required
for complete “saturation” will be lengthened and performance will be reduced.
DO NOT paint the transducer. Performance will be affected.
1.2.4
How to install a triducer
DO NOT over-tighten screws, to prevent damage to the transducer. Tools and
materials required
· Scissors
· Masking tape
· Safety goggles
· Dust mask
· Electric drill
· Screwdrivers
· Drill bit: For bracket holes: 4 mm, #23, or 9/64″ For fiberglass hull: chamfer bit (preferred), 6 mm, or 1/4″ For transom hole: 9 mm or 3/4″ (optional) For cable clamp holes: 3 mm or 1/8″
· Straight edge
· Marine sealant
· Pencil
· Cable ties
· Water-based anti-fouling paint (mandatory in salt water)
525STID-MSD
The optional triducer 525STID-MSD is de-
signed for thru-hull mounting. Note the fol-
lowing points when installing.
ø79
· Select a location where turbulence or bub- BOW
bles do not occur when cruising.
· Select a location where noises from propellers and stripe lines are lessen.
· The transducer must always remain sub-
merged, even when the boat is rolling, pitching or up on a plane at high speed.
133 2.00″-12
UN threads
ø51
7
27
140
Unit: mm
1-10
1. MOUNTING
525STID-PWD
The optional triducer 525STID-PWD is designed for transom mounting.
Select the location where influences from bubbles and turbulences to ensure the best performance. Allow adequate space above the bracket for it to release and rotate the sensor upward as shown in the right illustration.
Height without speed sensor 191 mm (7-1/2″)
Height with speed sensor 213 mm (8-1/2″)
Height
Mount the sensor close to the centerline of your boat. On slower heavier displacement hulls, positioning it farther from the centerline is acceptable.
For single drive boat, mount on the star-board
side at least 75 mm (3″) beyond the swing radius of
the propeller, as shown in the right figure.
For twin drive boat, mount between the drives.
75 mm (3″) minimum beyond
Note 1: Do not mount the sensor in an area of tur-
swing radius
bulence or bubbles, near water in-take or discharge
openings; behind strakes, struts, fittings, or hull irregularities; behind eroding paint (an
indication of turbulence).
Note 2: Avoid mounting the sensor where the boat may be supported during trailering, launching, hauling, and storage.
Pretest for speed and temperature
Connect the sensor to the instrument and spin the paddlewheel. Check for a speed reading and the approximate air temperature. If there is no reading, return the sensor to your place of purchase.
How to install the bracket
1. Cut out the installation template (enclosed with transducer) along the dotted line.
2. At the selected location, position the template, so the arrow at the bottom is
aligned with the bottom edge of the transom. Being sure the template is parallel
to the waterline, tape it in place.
Warning: Always wear safety goggles and a dust mask.
Align template vertically.
3. Using a 4 mm, #23, or 9/64″ bit, drill
Deadrise angle
three holes 22 mm (7/8″) deep at
Slope of hull
the locations indicated. To prevent drilling too deeply, wrap masking
Parallel to waterline
tape around the bit 22 mm (7/8″) from the point.
Align template arrow with bottom edge of transom.
Fiberglass hull: Minimize surface
cracking by chamfering the gelcoat. If a chamfer bit or countersink bit is not avail-
able, start drilling with a 6mm or 1/4″ bit to a depth of 1 mm (1/16″).
4. If you know your transom angle, the bracket is designed for a standard 13° transom angle. 11°-18° angle: No shim is required. Skip to step 3 in “Adjustments”. Other angles: The shim is required. Skip to step 2 of “Adjustments”.
1-11
1. MOUNTING
If you do not know the transom angle, temporarily attach the bracket and
sensor to the transom to determine if the plastic shim is needed.
5. Using the three #10 x 1-1/4″ self-tapping screws, temporarily screw the
bracket to the hull. DO NOT tighten the screws completely at this time. Follow
steps 1-4 in “How to attach the sensor to the bracket”, before proceeding with
“Adjustments”.
Adjustments
1. Using a straight edge, sight the underside of the sensor relative to the underside of the hull. The stern of the sensor should be 1-3 mm (1/16-1/8″) below the bow of the sensor or parallel to the bottom of the hull. Note: Do not position the bow of the sensor lower than the stern because aeration will occur.
2. To adjust the sensor’s angle relative to the hull, use the tapered plastic shim provided. If the bracket has been temporarily fastened to the transom, remove it. Key the shim in place on the back of the bracket. 2°-10° transom angle (stepped transom and jet boats): Position the shim with the tapered end down. 19°-22° transom angle (small aluminum and fiberglass boats): Position the shim with the tapered end up.
3. If the bracket has been temporarily fastened to the transom, remove it. Apply a marine sealant to the threads of the three #10×1-1/4″ self-tapping screws to prevent water seeping into the transom. Screw the bracket to the hull. Do not tighten the screws completely at this time.
4. Repeat step 1 to ensure that the angle of the sensor is correct. Note: Do not position the sensor farther into the water than necessary to avoid increasing drag, spray, and water noise and reducing boat speed.
5. Using the vertical adjustment space on the bracket slots, slide the sensor up or down to provide a projection of 3 mm (1/8″). Tighten the screws.
Cable cover Cable clamp
50 mm (2″)
Hull projection 3 mm (1/8″)
1-12
1. MOUNTING
How to attach the sensor to the bracket
1. If the retaining cover near the top of the bracket Step 1 is closed, open
it by depressing the latch and rotating the cover downward.
2. Insert the sensor’s pivot arms into the slots near the top of the bracket.
Step 2
Latch Pivot arm
3. Maintain pressure until the pivot arms click into
place.
4. Rotate the sensor downward until the bottom snaps into the bracket.
Retaining cover
Step 3
5. Close the retaining cover to prevent the accidental release of the sensor when your boat is underway.
Slot Step 4
How to route the cable
Route the sensor cable over the transom, through a drain hole, or through a new hole drilled in the transom above the waterline. If a hole must be drilled, choose a location well above the waterline. Check for obstructions such as trim tabs, pumps, or wiring inside the hull. Mark the location with a pencil. Drill a hole through the transom using a 19 mm or 3/4″ bit (to accommodate the connector). Always wear safety goggles and a dust mask.
CAUTION
Never cut the cable; this will void the warranty.
1. Route the cable over or through the transom. On the outside of the hull
secure the cable against the transom using the cable clamps. Position a cable
clamp 50 mm (2″) above the bracket and mark the mounting hole with a pencil.
2. Position the second cable clamp halfway between the first clamp and the
cable hole. Mark this mounting hole.
3. If a hole has been drilled in the transom, open the appropriate slot in
the transom cable cover. Position the cover over the cable where it enters the
hull. Mark the two mounting holes.
4. At each of the marked locations, use a 3 mm or 1/8″ bit to drill a hole 10
mm (3/8″) deep. The prevent drilling too deeply, wrap masking tape around the
bit 10 mm (3/8″) from the point.
5. Apply marine sealant to the threads of the #6 x 1/2″ self-tapping screw to
prevent water from seeping into the transom. If you have drilled a hole
through the transom, apply marine sealant to the space around the cable where
it passes through the transom.
6. Position the two cable clamps and fasten them in place. If used, push the
cable cover over the cable and screw it in place.
7. Route the cable to the display unit being careful not to tear the cable
jacket when passing it though the bulkhead(s) and other parts of the boat. To
reduce electrical interference, separate the sensor cable from other
electrical wiring and “noise” sources. Coil any excess cable and secure it in
place with zip-ties to prevent damage.
1-13
1. MOUNTING
This page is intentionally left blank.
1-14
2. WIRING
2.1 Interface Connections (Rear of Unit)
Rear of TZT19F
12-10P
Conversion Cable
FRU-CCB12-MJ-01
(0.4m, supplied)*3
EMI
Core
Power Cable
FRU-3P-FF-A002M-
001 2 m, supplied)
TO: 12 to 24 VDC Composite connector
Ground wire (Local supply, IV-8sq.)1
TO: Ship’s ground
Transducer Cable 2
MULTI cable NMEA2000
HDMI IN/OUT
TO: Transducer or to Fish Finder Power Amplifier DI-FFAMP
NETWORK1/2
VIDEO-IN 1/2 USB1
DI-FFAMP
USB2 microB
1: Lay the ground wire away from this unit’s power cable. 2: Use of the extension cable (C332 10M) may cause the following problems:
– Reduced detection ability – Wrong ACCU-FISHTM information (fish length
smaller than actual length,
fewer fish detections, error in individual fish detection). – Wrong speed data
– No TD-ID recognition *3: Depending on the transducer type, 12-10P conversion
cable is not required.
2-1
2. WIRING
2.2
Composite Connector
The composite connector, at the rear of the unit (See the figure on page 2-1), contains connection leads for Video In (two leads), LAN (two leads), HDMI (two leads for input and output), NMEA2000, MULTI, USB port and DI-FFAMP.
Analog video input
The TZT19F can use regular analog video inputs (PAL or NTSC) that connect to
the TZT19F directly via the Video Input 1/2 connectors. Analog video can be
viewed only on the equipment where the source is connected.
Additionally FLIR cameras may be connected to the TZT19F. Connect the Video
Out cable from the camera to the Video In (1 or 2) cable on the TZT19F.
Note: Some camera models may require an adapter for connection.
Cameras may be set up using the appropriate menu item on the [Camera] menu,
accessed from the [Settings] menu. For details on camera setup, see the
operator’s manual (OME-45120-x).
Nerwork1/2
You can connect to an external network device using a LAN cable. Use HUB-101
(option) when connecting multiple devices. The MCU-005 can be also used by
using a PoE hub.
Video out (external HDMI monitor)
A HDMI monitor can be connected to the TZT19F to repeat the screen at a remote
location. The TZT19F is compatible with wide-screen HDMI monitors which meet
the following minimum requirements:
Resolution 1920 × 1080
Vert. Frequency 60 Hz
Video in (HDMI Source Devices)
Horiz. Frequency 67.5 kHz
Pixel clock 148.5 MHz
Video data from HDMI source devices can be watched on TZT19F by connecting the device.
CAN bus port
TZT19F can be connected to multiple NavNet TZtouch3 using the CAN bus
connector (micro type). In that case, connect them all to the same CAN bus
backbone cable. See section 2.8 for details.
MULTI port
You can connect to external devices such as buzzers and event switches. See
section 2.5 for details.
USB port
The TZT19F has two USB Ver. 2.0 ports which can be used to connect an optional
SD card unit or remote control unit, and to be operated from touch device or
PC mouse.
2-2
2. WIRING
DI-FFAMP port You can use a high-power transducer by connecting DI-FFAMP, the
Fish Finder Power Amplifier. This port is for sending and receiving signals to
the DI-FFAMP.
2.3 How to Secure and Waterproof Connections
Where the unit is exposed to water spray or moisture, all the connectors and MULTI cable connections to the TZT19F must have at least IPx6 waterproof rating.
All unused cable ends should be covered for protection.
Securing and waterproofing connections
1. Wrap the connection point in vulcanizing tape, covering at approximately
30 mm of the connecting cable.
Step 1
2. Wrap the vulcanizing tape with vinyl tape, covering approx. 50 mm of the connecting cable. Bind the tape ends with cable ties to prevent the tape from unraveling.
Wrap connection in vulcanizing tape for waterproofing.
Step 2
Wrap vulcanizing tape in vinyl tape, then secure tape ends with cable ties.
Securing and protecting unused cable connectors
1. Place the cap and cover the cable connector with vinyl tape.
2. Wrap the connector, covering approx. 50 mm of the connecting cable.
3. Bind the tape end with a cable tie to prevent the tape from unraveling.
Step 1
Step 2 Step 3
2.4
Power Cable
Connect the power cable (FRU-3P-FF-A002M-001, 2m, supplied) to the connector.
When connecting the power supply, connect the positive and negative terminals
correctly.
Note: Turn off the power at the switchboard before beginning the connection.
Ground wire
Connect the ground wire (IV-8sq, local supply) to the ground terminal on the
rear panel with the crimp terminal.
2-3
2. WIRING
2.5
MULTI Cable
Use the MULTI cable for the NMEA0183 equipment, external buzzer, event switch and power switch. The connector has 9 wires and a connector (SMP-11V). Use the table below for reference when connecting the MULTI cable.
Wire color White Blue Gray Red Orange Black Purple Brown Black
Function NMEA-TD-A NMEA-TD-B EXT_BUZZER
+12 V EVENT_SW
GND POWER_SW
DC_N DRAIN
Pin No. 1 2 3 4 5 6 7 8 11
Remark (Port No.)
NMEA0183 Output
External buzzer ON/OFF External buzzer power (12 V) Event switch (MOB, etc.)
Grounding
Power switch
Grounding
2.5.1
How to set up NMEA0183 data output
Note: To set up data input from NMEA0183 equipment, see “NMEA0183 equipment
data input” on page 2-7.
1. Tap the [Home] icon (
) to show the home screen and display mode
settings.
2. Tap [Settings], then scroll the menu to show [Initial Setup]. Tap [Initial Setup].
3. Scroll the menu to show [NMEA0183 Output], then tap [NMEA0183 Output].
4. Tap [Baud Rate] to set the output baud rate. Available options are [4,800], [9,600] and [38,400].
5. Tap the appropriate setting then tap the icon.
6. Tap [NMEA-0183 Version] to set the version. Available options are [1.5],
[2.0] and [3.0].
7. Tap the appropriate setting then tap the icon. 8. Tap the flipswitch to set the sentence to [ON]. 9. Tap the [Close] icon at the top right of the screen to close the menus.
2-4
2. WIRING
2.6
DRS Radar Sensor Connections
The figures below show connection examples with radar sensors which are
compatible with the TZT19F.
For details regarding connection and cables required for connection with the
radar sensor, see the radar sensor’s installation manual.
Connection examples for radome sensors DRS4D X-Class/DRS4DL+/ DRS2D-NXT/DRS4D-
NXT
To ship mains (12 to 24 VDC)
HUB-101
Connection examples for open-array sensors
DRS6A X-Class/DRS12A X-Class/ DRS25A X-ClassDRS6A-NXT/ DRS12A-NXT/ DRS25A-NXT
To ship mains (12 to 24 VDC) : 12 VDC is only used HUB-101 with DRS6A-NXT.
TZT19F
TZT19F
2.7
Network Connector
Like previous NavNet series equipment, the TZT19F may share radar and fish
finder images, and other information, across a Ethernet connection. Up to six
TZT19F units may be connected to the same network at one time. However, for
configurations with one or more TZT2BB included, the maximum number of
networked TZT19F units is four. TZT19F is equipped with a network connector
(RJ45).
2.8
CAN bus (NMEA2000) Connector
Every TZT19F has one CAN bus connector (micro style connector). All TZT19F
must be connected to the same CAN bus backbone.
What is CAN bus?
CAN bus is a communication protocol (NMEA2000 compliant) that shares multiple
data and signals through a single backbone cable. You can simply connect any
CAN bus devices onto the backbone cable to expand your network on-board. With
CAN bus, IDs are assigned to all the devices in the network, and the status of
each sensor in the network can be detected. 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).
2-5
2. WIRING
2.8.1
How to connect the NavNet TZtouch3 to CAN bus equipment
Below is an example of two NavNet TZtouch3 units, connected via CAN bus to CAN
bus sensors.
TZT12/16/19F
Ethernet cable
CAN bus cable
TZT12/16/19F
to CAN bus sensors
2.8.2
How to connect Yamaha engine(s)
When interfaced with Yamaha outboard engine(s) compatible with Command Link®,
Command Link Plus® and Helm Master®, the TZT19F can display engine information
on a dedicated Yamaha engine status display.
How to connect the engine The TZT19F connects to the Yamaha engine network via
the Yamaha Interface Unit. Arrange the Yamaha Interface Unit through a local
Yamaha representative.
Yamaha Interface Unit
To Yamaha Engine Hub (Command Link cable)
To NMEA 2000 Backbone (Micro-C cable(Male))
The Yamaha Engine Hub (Yamaha supply), which connects between the engine and
the Yamaha Interface Unit, is also required.
Yamaha Engine Hub
2-6
Connection to TZT19F Connect the Yamaha Interface Unit to the Yamaha Engine
Hub.
CHECK SYSTEM! Starboard Engine
2. WIRING
Yamaha Interface
Unit
Yamaha Engine
Hub
Yamaha Engine
: NMEA 2000 : Command Link@/Command Link Plus@/Helm Master@
How to set up the engine display
Once the TZT19F detects the Yamaha engine network, the engine can be set up on
[Settings][Initial Setup][YAMAHA ENGINE SETUP]. See section 3.3 for details.
2.8.3
NMEA0183 equipment data input
Note: To output NMEA0183 data, see paragraph 2.5.1.
To connect NMEA0183 equipment to TZT19F, use the CAN bus network via the
optional NMEA data converter IF-NMEA2K2 (or IF-NMEA2K1). This NMEA connection
can accept a baud rate of 4800 or 38400.
Heading input to TZT19F allows functions such as Radar Overlay and course
stabilization (North 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 properly. NMEA0183 heading can be accepted on any CAN bus port at a baud
rate up to 38400 bps.
Note 1: When using the ARPA function, set the heading refresh rate to 100 ms.
Note 2: For more information on connecting and wiring IF-NMEA2K2, refer to
their respective installation manuals.
2.8.4 CAN bus (NMEA2000) input/output
Input PGN
PGN 059392 059904 060928
126208
126992 126996 127237 127245
Description ISO Acknowledgment ISO Request ISO Address Claim NMEA-Request Group Function NMEA-Command Group Function NMEA-Acknowledge Group Function System Time Product Information Heading/Track Control Rudder
2-7
2. WIRING
PGN 127250 127251 127257 127258 127488 127489 127505 128259 128267 129025
129026 129029 129033 129038 129039 129040 129041 129291 129538 129540 129793
129794 129798 129801 129802 129808 129809 129810 130306 130310 130311 130312
130313 130314 130316 130577 130578
Description Vessel Heading Rate of Turn Attitude Magnetic Variation Engine Parameters, Rapid Update Engine Parameters, Dynamic Fluid Level Speed Water Depth Position, Rapid Update COG & SOG, Rapid Update GNSS Position Data Local Time Offset AIS Class A Position Report AIS Class B Position Report AIS Class B Extended Position Report AIS Aids to Navigation (AtoN) Report Set & Drift, Rapid Update GNSS Control Status GNSS Satellites in View AIS UTC and Date Report AIS Class A Static and Voyage Related Data AIS SAR Aircraft Position Report AIS Addressed Safety Related Message AIS Safety Related Broadcast Message DSC Call Information AIS Class B “CS” Static Data Report, Part A AIS Class B “CS” Static Data Report, Part B Wind Data Environmental Parameters Environmental Parameters Temperature Humidity Actual Pressure Temperature, Extended Range Direction Data Vessel Speed Component
2-8
2. WIRING
Output PGN
The CAN bus output PGN setting (found under the [Initial Setup] menu) is
global to the network. Note that only one TZT19F will output CAN bus data on
the network at a time: the TZT19F which is powered ON first. If that display
is turned OFF, another will take its place to output the data.
PGN 059392 059904 060928
126208
126464
126992 126993 126996
127250 127251 127257 127258 128259 128267 128275 129025 129026
129029 129033 129283 129284 129285
130306 130310
130312 130313 130314 130316
Description ISO Acknowledgment ISO Request ISO Address Claim
NMEA-Request group function
NMEA-Command group function NMEA-Acknowledge group function
PGN List-Transmit PGN’s group function PGN List-Received PGN’s group function
System Time Heartbeat Product Information
Vessel Heading Rate of Turn Attitude Magnetic Variation Speed Water Depth
Distance Log Position, Rapid Update COG & SOG, Rapid Update GNSS Position Data
Local Time Offset Cross Track Error Navigation Data Navigation-Route/WP
Information
Wind Data Environmental Parameters Temperature Humidity Actual Pressure Temp.,
Extended Range
Remarks
Output cycle (msec)
For Certification, Refusing output requirement
For Certification, Requiring output
For Certification · Address autonomy · Receiving output requirement
For Certification · Address autonomy · Receiving output requirement
For Certification Changing the setting of other equipment
For Certification Sending the confirmation for NMEA-Request group function and NMEA-Command group function
For Certification Receiving output requirement
For Certification Receiving output requirement
1000
For Certification Receiving output requirement
100 100 1000 1000 1000 1000 1000 100 250
1000 1000 1000 1000 · Outputs when waypoint is set/changed (own ship’s position is required) · Outputs when receiving ISO request 100 500
2000 Outputs when receiving the ISO request
2000 2000
2-9
2. WIRING
2.9
Transducer (Option)
The 12-10P conversion cable (FRU-CCB12-MJ-01, 0.4m, supplied) is required when
connecting a transducer that has a 10-pin connector to TZT19F. Matching Box
MB1100 is also required when connecting a 1kW transducer to TZT19F. See the
interconnection diagram for transducer connection. The transducer that has a
12-pin connector does not require the 12-10P conversion cable. Connect its
transducer cable directly to the multi function display.
2.10
Example TZT19F System Configurations
Mid/Large-size vessels (external GPS, fish finder, radar) This is a single
station chart plotter/radar/fish finder installation. Refer to “SYSTEM
CONFIGURATION” on page ii for more details.
Radar Sensor
DRS6A X-Class/DRS12A X-Class/
Radar Sensor
DRS25A X-Class/DRS6A-NXT/
DRS4D X-Class/DRS4DL+/
DRS12A-NXT/DRS25A-NXT
DRS2D-NXT/DRS4D-NXT
OR
12 to 24 VDC
GPS RECEIVER GP-330B*3
Cable Assy. FRU-2P5S-FF
12*4 to 24 VDC
Two-way cable (MOD-ASW0001/ASW002)
CAN bus drop cable
CAN bus backbone cable
CAN bus drop cable
HUB-101*1
Multi Function Display TZT19F
CAN bus drop cable
Multi Function Display TZT19F
USB Hub*2
Remote Control Unit
MCU-002
12 to 24 VDC
SD Card Unit SDU-001
24 VDC 12 to 24 VDC
12-10P Conversion
cable
*1: The HUB-101 is required when two or more pieces of network equipment are connected to the TZT3 unit.
Optional LAN cable MOD-Z072/Z073, 2 m, 3 m, 5 m, 10 m
2: Local Supply 3: Backup
Transducer B/CM265LH, B/CM275LHW
Transducer 520-PLD/5PSD/5MSD/5PWD
*4: 12 VDC is only used with DRS6A-NXT.
2-10
3. HOW TO SET UP THE EQUIPMENT
This chapter shows you how to set up your system according to the equipment
you have connected.
Touch control description
The touch control depends on the screen type. The basic operations to use
during the installation setup are in the following table.
Operating by a finger Tap
Drag
Function
· Select a menu item. · Select a setting option where
there are multiple options. · Select an object. · Display the pop-up menu
where available.
· Scroll the menu.
Pinch
Change the fish finder, plotter and radar range.
Zoom in
Zoom out
How to operate the menus The following procedure shows how to use the menu system.
1. Tap (power switch) to turn the power on.
2. After the startup process completes, the last used display appears and a
warning message is displayed. After reading the message, tap [OK].
3. Tap the [Home] icon ( tings.
) to show the home screen and display mode set-
Home menu
TZT19F
Display Mode Settings
3-1
3. HOW TO SET UP THE EQUIPMENT
4. Tap [Settings] to open the [Settings] menu. 5. Scroll the menu to show [Initial Setup], then tap [Initial Setup].
Back icon
Menu title
Close icon
Menu items
Preview screen Changes made in the
menu can be previewed here
6. Depending on the menu item selected, the following operations are
available:
· ON/OFF flipswitch. Tap to switch between [ON] and [OFF] to activate or
deactivate the function.
· Slidebar and keyboard icon. Drag the slidebar to adjust the setting.
Settings may also be adjusted using the software keyboard for direct input.
· Keyboard icon. Referring to the figure on the following page, use the
software keyboard to input alphabet or numeric characters.
7. Tap [Close] (Indicated as an “X”) at the top right-hand side of the screen
to exit.
How to use the software keyboard
Alphabet software keyboard
Numeric software keyboard
1
2
5
4
3
4
3
56
6
No.
Description
1 Cursor position is highlighted.
2 Backspace/Delete. Tap to erase one character at a time.
3 Enter button. Tap to complete character input and apply changes.
4 Cursor keys. Tap to move the cursor left/right.
5 Cancel button. Aborts character entry. No changes are applied.
6 Tap to switch between alphabet and numeric keyboards (where available).
3-2
3.1
3. HOW TO SET UP THE EQUIPMENT
How to Set Time Zone, Time Format and Language
Before setting up your equipment, select the time zone, language and units to
use on your equipment as shown below.
1. Tap the [Home] icon to show the home screen and display mode settings. 2.
Tap [Settings] to show the [Settings] menu. 3. Tap [General] to show the
[General] menu.. 4. Tap [Local Time Offset], and a numerical keyboard
appears.. 5. Input the time difference (using 15-minute intervals), then tap
[]. 6. Tap [Time Format] to show its option window.. 7. Select how to display
time, in 12- or 24-hour format. [Auto] automatically inserts
AM, PM indication in 24-hour clock, when the language is English. 8. Tap the
[<] at the top left of the screen to return to the [General] menu. 9. Tap
[Language] to show the [Language] menu.
10. Tap the appropriate language to use. The unit will display a confirmation
message. Tap [OK] to restart the unit and apply the new language settings.This
process takes approximately five minutes to optimize the system for the new
language setting. When the process is completed (five minutes later), the
system restarts automatically.
3-3
3. HOW TO SET UP THE EQUIPMENT
3.2 How to Set Units of Measurement
1. Tap the [Home] icon to show the home screen and display mode settings.
2. Tap [Settings] to show the [Settings] menu.
3. Scroll the main menu to display [Units], then tap [Units].
4. Referring to the table below, set the units to show on the display.
Menu item [Bearing Display] [True Wind Calculation Reference] [Position Format] [Loran C Station & GRI] [Short/Long Change Over] [Range (Long)] [Range (Short)] [Depth] [Height/Length] [Fish Size] [Temperature] [Boat Speed] [Wind Speed] [Atmospheric Pressure] [Oil Pressure] [Volume] [Reset Default Settings]
Description Adjust the bearing display format. Set the reference for
calculating true wind speed/angle. Set the display format for position
(Latitude/Longitude).
Available when [Position Format] is selected to [Loran-C]. Set the distance at
which to change between short and long range. Set the unit of measurement for
long distances. Set the unit of measurement for short distances. Set the unit
of measurement for depth. Set the unit of measurement for height and length.
Set the unit of measurement for fish sizes. Set the unit of measurement for
temperature. Set the unit of measurement for boat speed. Set the unit of
measurement for wind speed. Set the unit of measurement for atmospheric
pressure. Set the unit of measurement for oil pressure. Set the unit of
measurement for tank volume. Restore default unit settings.
Options [Magnetic], [True] [Ground], [Surface] [DDD°MM.mmmm’], [DDD°MM.mmm’],
[DDD°MM.mm’], [DDD°MM’SS.ss”], [DDD.dddddd°], [Loran-C], [MGRS] Set Loran C
station and GRI combination. [0.0] to [2.0] (NM)
[Nautical Mile], [Kilometer], [Mile] [Foot], [Meter], [Yard] [Foot], [Meter],
[Fathom], [Passi Braza] [Foot], [Meter] [Inch], [Centimeter] [Fahrenheit
Degree], [Celsius Degree] [Knot], [Kilometer per Hour], [Mile per Hour],
[Meter per Second] [Knot], [Kilometer per Hour], [Mile per Hour], [Meter per
Second] [HectoPascal], [Millibar], [Millimeter of Mercury], [Inch of Mercury]
[KiloPascal], [Bar], [Pound per Square Inch] [Gallon] (Gallon & Gallon/hour),
[Litre] (Litre & Litre/hour) [OK], [Cancel]
3-4
3. HOW TO SET UP THE EQUIPMENT
3.3 Initial Setup
This section shows you how to set your system according to the sensors you
have connected.
Note: Some units are set to metric in this section, actual setting ranges vary
depending on the unit of measurement set in the [Units] menu. 1. Tap the
[Home] icon to show the home screen and display mode settings. 2. Tap
[Settings] to show the [Settings] menu. 3. Scroll the main menu, then tap
[Initial Setup] to show the [Initial Setup] menu. 4. Referring to the tables
on the following pages, set your equipment.
[Initial Setup] menu – [GPS POSITION]
Menu item [Longitudinal (from bow] [Lateral (-Port)]
Description
Referring to the figure on the right, enter the GPS antenna positioning bow-
stern (Longitudinal) and port-starboard (Lateral) position from the origin.
Options (setting range) 0 (m) to 999 (m)
Origin
-99 (m) to +99 (m) Port-side is negative, Starboard-side is positive.
Menu item [Boat Length] [Own Ship MMSI] [Own Ship Name] [Size of Static Icon] [Depth Display] [External Transducer Draft] [Keel Draft]
Boat Information Setup
Description
Options (setting range)
Set the length of your boat.
0 (m) to 999 (m)
Set the MMSI for your boat (used for fleet tracking function only).
Set the name for your boat (used for fleet tracking function only).
Set the size of static (such as own ship) 50 to 150 icons.
Select the start point for depth measure- [Under Keel],
ment.
[Under Sea Level]
Set the draft external transducer. See the instructions below for how to set the draft of other types of transducers. For internal/network transducers, set the draft from Home screen[Settings][Sounder][Transducer Draft]. For multi- beam sonars, set the draft from Home screen[Settings][Multibeam Sonar][Initial Setup][External Transducer Draft].
0.0 (m) to 99.9 (m)
Set the keel draft.
0.0 (m) to 99.9 (m
Engine & Tank, Instruments Setup
Menu item
[Engine & Tank Automatic Setup] [Engine & Tank Manual Setup] [Graphic
Instruments Setup]
Description
Options (setting range)
See “[Initial Setup] menu – [Engine & Tank Automatic Setup]” on page 310.
See “[Initial Setup] menu – [Engine & Tank Automatic Setup]” on page 310.
See “[Initial Setup] menu – [GRAPHIC INSTRUMENTS SETUP]” on page 3-9.
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3. HOW TO SET UP THE EQUIPMENT
Menu item
[Restore Default Settings] [HOME] Screen Setup
Description
Options (setting range)
Click [OK] to restore the [HOME] screen’s default settings.
Manual Fuel Management Setup
Menu item [Total Fuel Capacity] [Manual Fuel Management]
Description
Enter the total fuel capacity of your tank(s).
Set to [ON] for manual fuel management. See the Operator’s Manual.
Options (setting range) 0 to 9,999(L).
[OFF], [ON].
[Initial Setup] menu – [YAMAHA ENGINE SETUP]
Menu item [Trip & Maintenance] [Trim Level Calibration] [Fuel Flow Calibration] [Engine Interface Software Ver. & ID] [Reset Engine Interface] [Reset Engine Instance] [Reset Number of Engines] [Trouble Codes]
Description Reset fuel used, trip distance, engine trip and maintenance hours
(trip hour, standard hour, optional hour, total hour).
Trim all engines to fully down position (zero). If trim level is not zero, tap
[SET] to set trim level to zero. If the fuel flow indication (gph=gallons per
hour) is wrong, you can calibrate the indication to show correct flow. Enter a
negative value if the indication is higher than actual; a positive value if
the indication is lower than actual. Display engine interface software version
and ID. Reset engine interface.
Reset engine instance.
Enter number of engines.
Display trouble codes. For Yamaha engine trouble codes, see the manual for the
Yamaha engine.
Options (setting range) [Trip Fuel & Distance]: [Fuel Used], [Trip Distance].
[Trip & Maintenance Hours]: [Port], [Starboard].
-7 to +7
[1], [2], [3], [4], [4P], [4S]
[Initial Setup] menu – [IF-NMEAFI SETUP]
Menu item [Select IF] [Category] [Resistance Full] [Resistance Mid] [Resistance Empty] [Capacity]
Description
Options (setting range)
Select [IF-NMEAFI] to set the analog data that is input from the IF-NMEAFI. The setting is made after restarting the IF-NMEAFI.
Select the use (category) for this sensor.
[Wind], [ST800_850], [Fuel], [FreshWater], [WasteWater], [LiveWell], [Oil], [BlackWater]
The resistance, in Ohms, when the tank is full. [0] (ohm) to [500] (ohm)
The resistance, in Ohms, when the tank is half [0] (ohm) to [500] (ohm) full.
The resistance, in Ohms, when the tank is empty.
[0] (ohm) to [500] (ohm)
The capacity of the tank.
[0] (G) to [2650] (G)
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3. HOW TO SET UP THE EQUIPMENT
Menu item [Fluid Instance] [Self test] [Set Hardware to Factory Default]
Description Select the NMEA instance for the tank. Test results are displayed. Resets the converter selected at [Select IF] to factory default.
[Initial Setup] menu – [DATA ACQUISITION]
Options (setting range) [000] to [254] [OK], [Cancel]
Menu Item [GP330B WAAS Mode] [WS200 WAAS Mode] [Data Source] [Sensor List] [NMEA0183 Output] Note: If the TTM sentence is received at the same time as another sentence, the constraints to communication bandwidth may cause a decrease in the number of TTM targets.
Description
Options (setting range)
Select [ON] to use the WAAS mode for the [ON], [OFF]
corresponding GPS antenna.
Select the source for each data to input to the system. If two or more sources
are connected for a data, select one using the pull-down dialog box. The
FURUNO products are shown at the upper part of the list.
Show the information for sensors connected to your equipment. Also, you can
set “Nickname” for them here.
[Port Configuration] – [Baud Rate]: Select [4,800], [9,600], [38,400] the
output baud rate.
[Port Configuration] – [NMEA-0183 Ver- [1.5], [2.0], [3.0] sion]: Select the
NMEA0183 version for output.
[Sentences]: Select the sentences to out- [ON], [OFF] put. [NMEA2000 PGN Output] Select [ON] for the PGN’s (Parameter Group Number, CAN bus (NMEA2000) message) to output from the CAN bus port. Note: The default setting of some PGNs is “ON”. [Sky View]
Show the condition of GPS and GEO (WAAS) satellites. Number, bearing and elevation angle of all GPS and GEO satellites (if applicable) in view of your GPS receiver appear.
[Initial Setup] menu – [NMEA2000 LOG]
Menu Item [Enable NMEA2000 Log] [NMEA2000 Log Storage Location]
Description Set to [ON] when using NMEA2000 log. Show the location where to store the log.
[Initial Setup] menu – [SC-30 SETUP]
Options (setting range) [ON], [OFF]
This menu is only available with SC-30 connection.
Menu item [WAAS Mode] [Heading Offset] [Pitch Offset] [Roll Offset]
Description Select [ON] to use the WAAS mode. Enter the offset value for heading. Enter the offset value for pitching. Enter the offset value for rolling.
Options (setting range) [ON], [OFF] -180° to +180° -90° to +90° -90° to +90°
[Initial Setup] menu – [NETWORK SENSOR SETUP]
The [NETWORK SENSOR SETUP] section allows you to set up compatible FURUNO NMEA2000 sensors. Calibrations and offsets applied in this menu are also applied to the sensor itself.
Tap the sensor to access its menus and settings. For details regarding the menu structure and set up of each sensor, see the operator’s manual supplied with the sensor.
3-7
3. HOW TO SET UP THE EQUIPMENT
[Initial Setup] menu – [CALIBRATION]
Menu item [Heading] [Speed Through Water] [Wind Speed] [Wind Angle] [Sea Surface Temperature]
Description Offset heading data. Calibrate speed data. Enter amount in percentage.
Options (setting range) -180.0° to +180.0° -50% to +50%
Offset wind speed data. Enter amount in percentage. -50% to +50%
Offset wind angle data.
-180° to +180°
Offset sea surface temperature data.
-10°C to +10 °C
[Initial Setup] menu – [DATA DAMPING]
Menu item [COG & SOG] [Heading] [Speed Through Water] [Wind Speed & Angle] [Rate of Turn]
Description
Set data damping time. The lower the setting the faster the response to
change.
[Initial Setup] menu – [FUSION]
Options (setting range) 0 to 59 (seconds)
Menu item [Connect to Fusion] [Fusion Auto Volume] [Minimum Speed] [Maximum Speed] [Volume Increase]
Description
Connects to your Fusion equipment.
Set to [ON] to allow the TZT19F unit to control the FUSION volume. Volume is
adjusted according to vessel speed.
Set the minimum speed threshold. Exceeding this speed activates volume auto
control.
Set the maximum speed threshold.
Set the amount of extra volume to output when the vessel reaches the [Maximum
Speed] setting.
Options (setting range) [ON], [OFF] 0.0 (kn) to 98.9 (kn) 0.1 (kn) to 99.0 (kn) 10% to 50%
[Initial Setup] menu – [BROWSER INSTALLATION]
Menu item [FAX30 Browser] [FA30 Browser] [FA50 Browser]
Description
Option (setting range)
Show the Facsimile Receiver FAX-30 display.
Show the AIS Receiver FA-30 display.
Show the AIS Receiver FA-50 display.
[Initial Setup] menu (Other menu items)
Menu item [Chart Master Device] [System ID] [IP Address] [Synchronization Log] [Quick Self Test] [Certification Mark] [ServiceMan] [Update Network Equipments] [Event Input Configuration]
Description
Option (setting range)
Set to [ON] to use this unit as the master, [OFF] to use this unit as a slave.
The system ID for this device within the network.
IP address for this unit within the network.
Shows synchronization with devices connected to the network.
Displays various details regarding the TZT19F, radar and fish finder.
Displays relevant certification for this equipment.
Requires login password. For the service technician.
For the service technician.
Set the function for the event switch.
[OFF], [Event Mark], [MOB], [Ferry Mode]
3-8
3. HOW TO SET UP THE EQUIPMENT
Menu item [Remote Controller Configuration] [Sirius Radio Diagnostic] [Sirius Weather Diagnostic] [Reset Default Settings]
Description
Option (setting range)
When there are multiple units in the NavNet network, the Remote Control Unit MCU-004/MCU-005 can select the display to show on the unit with MCU-004/MCU-005 connection. Further, the cycling order of displays can be set. See the Operator’s Manual.
Check the satellite radio of the FURUNO BBWX SiriusXM weather receiver for proper operation. See the Operator’s Manual.
Check the weather section of the FURUNO BBWX SiriusXM weather receiver for proper operation. See the Operator’s Manual.
Reset the system to default settings.
[OK], [Cancel] [Initial Setup] menu – [GRAPHIC INSTRUMENTS SETUP]
Menu Item [Maximum Boat Speed] [Maximum Wind Speed]
Description
Set the transducer’s maximum detectable speed.
Set the transducer’s maximum detectable speed.
Options (setting range) 1 (kn) to 99 (kn)
1 (kn) to 99 (kn)
Menu Item [Minimum Depth] [Maximum Depth] [GRAPHIC INSTRUMENTS SETUP] – [DEPTH]
Description
Set the transducer’s minimum detectable depth.
Set the transducer’s maximum detectable depth.
Options (setting range) 1 (m) to 1999 (m)
1 (m) to 2000 (m)
[GRAPHIC INSTRUMENTS SETUP] – [SEA SURFACE TEMPERATURE]
Menu Item
[Minimum Sea Surface Temperature] [Maximum Sea Surface Temperature]
Description
Set the transducer’s minimum detectable temperature.
Set the transducer’s maximum detectable temperature.
Options (setting range) 0.00°C to 98.99°C
0.01°C to 99.99°C
[GRAPHIC INSTRUMENT SETUP] – [PROPULSION ENGINE] or [OTHER ENGINE]
Menu Item [Max. RPM] [Red Zone Oil Pressure] [Max. Oil Pressure] [Min. Temperature] [Red Zone Temperature]
Description
Set the maximum rpm of your engine to show on the RPM display.
Set the starting value for the red zone area of the oil pressure meter.
Set the maximum oil pressure of your engine.
Set the minimum temperature for your engine.
Set the starting value for the red zone area of the engine temperature
indicator.
Options (setting range) 1 (rpm) to 20,000 (rpm) 0 (psi) to 143 (psi) 1 (psi) to 144 (psi) 0.00°C to 99.00°C 0.01°C to 999.00°C
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3. HOW TO SET UP THE EQUIPMENT
Menu item
[Add Default CZone Pages] [CZone DIP Switch Settings]
CZone
Description Create, edit C-Zone pages.
Set this unit’s DIP switches. For the serviceman. Do not change the settings.
Menu item
[Reset Instrument Pages] [Reset Default Settings]
Description Resets all instrument pages to default. [OK], [Cancel] Resets applicable settings to default. [OK], [Cancel] [Initial Setup] menu – [Engine & Tank Automatic Setup]
The TZT19F will automatically detect engines and tanks connected to the same network. This is the recommended method for setting up engines and tanks.
[Initial Setup] menu – [Engine & Tank Manual Setup]
The manual set up method should only be used if the automatic setup did not correctly detect your engines or tanks.
Menu Item [Nickname] [Used For Propulsion] [Reset]
Description
Options (setting range)
Change the nickname for the engine or tank.
Select which engine/tank is used to calculate the distance which may be traveled using the remaining fuel. [ON] uses the engine/tank for calculations, [OFF] ignores the engine/tank.
[ON], [OFF]
Resets the engine/tank details to default.
3-10
3.4
3. HOW TO SET UP THE EQUIPMENT
How to Set Up the Radar
1. Tap the [Home] icon to show the home screen and display mode settings. 2.
Tap [Radar] from the [Settings] menu. 3. Tap [Radar Source], then select the
appropriate radar sensor.
Note: If a DRS sensor is connected but does not appear in the [Radar Source]
list, close the list and open it again. The name of the DRS sensor should
appear with a check mark, as in the example below.
RD253065-DRS_RADOME
4. Scroll the [Radar] menu display the menu item [Radar Initial Setup], then
tap [Radar Initial Setup].
5. Referring to the tables which follow, set up the radar.
[Radar] menu – [Radar Initial Setup]
Menu item [Antenna Rotation] [Antenna Heading Align] [Main Bang Suppression] [Enable Sector Blanking] [Enable Sector 2 Blanking]
Description
Select the speed of antenna rotation. Not available (greyed out) with DRS4DL+
See “How to align the antenna heading” on page 3-13.
If main bang appears at the screen center, slide the circle icon so that the
main bang disappears, while watching the radar echo at the left-hand side of
the display.
Up to two sectors may be selected for blanking (no transmission). Select [ON]
to enable this feature. Set the start and end angles (0° to 359°).
[Radar] menu – [Antenna Position]
Options (setting range) [Auto], [24 RPM] [-179.9°] to [+180.0°] [0] to [100] [ON], [OFF]
Menu item [Longitudinal (from bow)] [Lateral (-Port)]
Description
Referring to the figure on the right, enter the radar antenna positioning bow-
stern (Longitudinal) and portstarboard (Lateral) position from the origin.
Origin
Options (setting range)
[0] m to [999] m
[-99] m to [+99] m Port-side is negative, Starboard-side is positive.
Menu item [Antenna Height] [Auto Tuning] [Tuning Source]
Description
Select the height of the antenna above the waterline. Not available (greyed
out) with the radar sensor DRS4DL+.
Enable/disable auto tuning for the connected radar.Not available (greyed out)
with DRS2D-NXT, DRS4D-NXT.
Select a display in the dual range display to manually tune. Not available
(greyed out) with the radar sensor DRS4DL+, DRS2DNXT, DRS4D-NXT.
Options (setting range) [Under 3m], [3m-10m], [Over 10m] [ON], [OFF] [Range1], [Range2]
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3. HOW TO SET UP THE EQUIPMENT
Menu item [Manual Tuning] [Radar Monitoring] [Radar Optimization]
Description
Options (setting range)
Manually tune the radar. Not available
[-50] to [50]
(greyed out) with the radar sensor DRS2D-
NXT, DRS4D-NXT.
Display various information regarding the connected radar.
Automatically adjust magnetron output and tuning for the connected radar. Available when the [TX/STBY] setting is [ON]. Do not change these settings. Not available (greyed out) with the radar sensor DRS2D-NXT, DRS4D-NXT. Note 1: For the service technician only. Note 2: Do this function whenever the magnetron is replaced.
[ARPA Advanced Settings] [TX Channel] [Target Analyzer Mode] [Auto acquire by Doppler] [Set Hardware to Factory Default] [Reset Default Settings]
For service technician only. Do not change these settings. This item is available when [TX/STBY] is [ON]. Not available (greyed out) with the radar sensor DRS4DL+, and FAR2xx8 series, FAR-2xx7 series and FAR-15×8 series radar antennas.
Select [1], [2] or [3], the channel where the interference is smallest. See the operator’s manual for details. Not available (greyed out) with the radar sensor DRS2D-NXT, DRS4D-NXT.
[Auto], [1], [2], [3]
You can emphasize rain clutter or target echoes when the target analyzer is active. Select [Rain] or [Target] as appropriate. See the operator’s manual for details. Available with the radar sensor DRS2DNXT, DRS4D-NXT, DRS6A-NXT and DRS12A-NXT.
[Rain], [Target]
When selecting [ON], approaching targets (ships, rain clutter, etc.) within 3 NM from own ship are automatically acquired by the Doppler calculated from the radar echo. See the operator’s manual for details. Available with the radar sensor DRS2DNXT, DRS4D-NXT, DRS6A-NXT and DRS12A-NXT.
[ON], [OFF]
Resets the radar selected at [Radar Source] to factory default.
[OK], [Cancel]
Resets [Radar] menu settings to default. [OK], [Cancel]
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3. HOW TO SET UP THE EQUIPMENT
How to align the antenna heading
You have mounted the antenna unit facing straight ahead in the direction of
the bow. Therefore, a small but conspicuous target dead ahead visually should
appear on the heading line (zero degrees). In practice, you will probably
observe some small bearing error on the display because of the difficulty in
achieving accurate initial positioning of the antenna unit. The following
adjustment will compensate for the error.
Correct bearing Front of antenna (relative to heading) a
a Target
340 350 000 330
320
010 020 030
040
310
050
300
060
290
070
280
080
270
090
260
Appare100nt
250
positio110n of
240
120
230
targ13e0 t
220
140
210
150
Antenna mounted error to port (HDG SW advanced)
200 190 180 170 160
Picture appears deviated clockwise.
Apparent position
Front of antenna
of target b
b Target
340 350 000 330
320
010 020 030
040
310
050
300
060
290
070
280
080
270
090
260
Correct b10e0 aring
250 240
(relative to110 120
230
headin13g0 )
220
140
Antenna mounted error to starboard (HDG SW delayed)
210
150
200 190 180 170 160
Picture appears
deviated counterclockwise.
1. Set your radar with 0.125 and 0.25 nm range and the head up mode. You can select a range by using the pinch action. The range appears at the bottom right of the screen. Range may also be selected using the slide bar displayed on the right-hand side of the radar display area. Drag the bar up to zoom in, or down to zoom out.
Zoom in
Zoom out
Range
2. Turn the vessel’s bow toward a target.
Radar indications
3. Tap the [Home] icon to show the home screen and display mode settings.
4. Tap [Radar] to show the [Radar] menu.
5. Tap [Antenna Heading Align].
6. Key in an offset value (setting range: -179.9° to -+180°) that puts the target at the
very top of the screen, then tap the icon. +: rotate echo in clockwise direction -: rotate echo in counterclockwise direction
7. Confirm that the target echo is displayed at correct bearing on the screen.
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3. HOW TO SET UP THE EQUIPMENT
3.5 How to Set Up the Fish Finder
If you have an internal fish finder or BBDS1 or DFF series, set them up as
shown in this section.
Note 1: Some menu items are restricted to certain external depth sounders and
that some menu items may not be available when using the internal depth
sounder. Note 2: For DFF-3D setup instructions, see the DFF-3D operator’s
manual. 1. Tap the [Home] icon to show the home screen and display mode
settings. 2. Tap [Settings], then tap [Fish Finder] 3. Refer to the table
below to set up the fish finder.
Fish Finder Initial Setup menu
Menu item
[Zero Line Rejection]
Description
When you turn the zero line (transmission line) rejection on, the line is not
shown, which allows you to see fish echoes near the surface. The width of the
line changes with the transducer used and installation characteristics. If the
width of the line is 1.4 m or more, select [ON]. Note: If DFF3, DFF3-UHD, or
DI-FFAMP is connected and this item is set to [ON], set the range of rejection
with [Zero Line Range].
Options (setting range)
[OFF], [ON] [Zero Line Range]
You can set the zero line removal range by turning on [Zero Line Rejection]. If the tail of the zero line is long, set a large value. If the zero line still does not disappear, reduce the transmission power. The default setting is 2.0 Note: Shown with connection of DFF3, DFF3-UHD, DIFFAMP.
DFF3: 1.4 to 2.5 DFF3-UHD, DIFFAMP: 1.4 to 3.8
[Transducer Draft] [Salt Water] [Fish Finder Source] [Preset Frequency Setup] [Transducer Setup] [Transmission Format]
Set the distance between the transducer and the draft line 0.0m to 99.9m to show the distance from the sea surface.
Select [ON] if you use this equipment in salt water.
[OFF], [ON]
Select the connected fish finder.To use the built-in fish finder, select [TZT19F], which is the default nickname. The nickname can be changed in [INITIAL SETUP][SENSOR LIST].
[TZT19F], [DFF1/ BBDS1], [DFF3], [DFF1-UHD], [DFF3-UHD]
Set to change the TX center frequency and CHIRP width. Please refer to the instruction manual for details. Note: This menu is available when DI-FFAMP, DFF3-UHD or a CHIRP transducer is connected. There is a limit to the setting range of each transducer.
[Preset Frequency 1 Setup], [Preset Frequency 2 Setup], [PresetFrequency 3 Setup]
Setup Transducer and Motion Sensor. See “Transducer Setup menu” on page 3-16.
Select whether to transmit high and low frequencies simultaneously or with a time delay. Normally, use [Parallel], which transmits the frequencies simultaneously. If you encounter interference near the bottom, select [Sequential] in order to suppress the interference. Note: Shown with connection of DFF3-UHD, DI-FFAMP.
[Parallel], [Sequential]
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3. HOW TO SET UP THE EQUIPMENT
Menu item [Transmission Power Mode] [External KP] [Bottom Level HF] [Bottom Level LF] [Gain Offset HF] [Gain Offset LF] [Auto Gain Offset HF] [Auto Gain Offset LF] [STC HF] [STC LF] [TX Pulse HF] [TX Pulse LF] [RX Band HF] [RX Band LF]
Description
Set the TX power level. See the operator’s manual for details.
Select on to synchronize with external sounder’s keying pulse. The default
bottom level setting (0) determines that two strong echoes received in
sequence are bottom echoes. If the depth indication is not stable in the
default setting, adjust the bottom level here. If vertical lines appear from
the bottom echo in the bottom lock display, lower the bottom level to erase
the vertical lines. If you can not identify the fish near the bottom from the
bottom echo, increase the bottom level. If the gain setting is wrong, or there
is a difference in the gain between the low and high frequencies, you can
balance the gain for the two frequencies here. If the auto gain offset is
wrong, or there is a difference in the gain between the low and high
frequencies, set an offset here to balance auto gain for the two frequencies.
Options (setting range) Internal fish finder: [Min], [Max] DFF1-UHD: [Off],
[Min], [Auto] DFF3-UHD, DIFFAMP: 0 to 10 [OFF], [ON] -40 to +40 -40 to +40
-50 to +50 -50 to +50
-5 to +5
-5 to +5
Adjust the low (LF) or high (HF) STC frequency. See the operator’s manual for details. Note: Shown with connection of DFF3, DFF1-UHD, DFF3UHD, DI-FFAMP.
0 to +10 0 to +10
The pulse length is automatically set according to range and shift, however it
can also be set manually. Use a short pulse for better resolution and a long
pulse when detection range is important. To improve resolution on zoom
displays, use [Short 1] or [Short 2]. · [Short 1] improves the detection
resolution, but the de-
tection range is shorter than with [Std] (pulse length is 1/ 4 of [Std]). ·
[Short 2] raises the detection resolution, however detection range is shorter
(pulse length is about 1/2 of [Std]) than [Std]. · [Std] is the standard pulse
length, and is suitable for general use. · [Long] increases the detection
range but lowers the resolution (about 1/2 compared to the [Std] pulse length)
Note: Shown with connection of DFF3, DFF3-UHD, or DIFFAMP connected to a
narrow band width transducer.
[Short1], [Short2], [Standard], [Long] [Short1], [Short2], [Standard], [Long]
Set the bandwidth for low (LF) or high (HF) frequency. The RX bandwidth is automatically set according to pulse length. To decrease noise, select [Narrow]. For better resolution, select [Wide]. Note: Shown with connection of DFF3, DFF3-UHD.
[Narrow], [Standard], [Wide] [Narrow], [Standard], [Wide]
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3. HOW TO SET UP THE EQUIPMENT
Menu item
Description
[Temperature Port]
Set the data source for water temperature. · [MJ Port]: Use the temperature/speed sensor for data. · [Low Frequency]: Use the LF sensor for data. · [High Frequency]: Use the HF sensor for data. Note: Shown with connection of DFF3, DFF1-UHD.
Options (setting range)
[MJ Port], [Low Frequency], [High Frequency] [Fish Finder Demo Mode] [Set
Hardware to Factory Default] [Restore Default Settings]
The demo mode provides simulated operation using data stored in the internal
memory. · [Off]: Disable the demo mode. · [Demo 1-4]: Select a demo mode. ·
[Shallow]: Enable shallow water demo mode. · [Deep]: Enable deep water demo
mode. Note: Shown with connection of internal fish finder, DIFFAMP, BBDS1,
DFF1, DFF3, DFF1-UHD or DFF3-UHD.
Reset the external fish finder to its factory default settings.
Internal fish finder, DI-FFAMP, DFF3-UHD: [Off], [Demo1-4] BBDS1, DFF1, DFF3, DFF1-UHD: [Off], [Shallow], [Deep] [OK], [Cancel]
Restore all menu settings to default.
[OK], [Cancel]
Transducer Setup menu
For motion sensor related settings, see “Motion sensor menu” on page 3-18.
Note: Make sure that the unit is set to stand-by when setting up the transducer.
Menu item [Transducer Setup Type] [Model Number]
Description
Options (setting range)
Select the type of transducer connected. When the connected sounder is a DFF1-UHD and the transducer has a compatible TDID, [TDID] is automati-
[Manual], [Model]
cally selected.
Note: When the transducer model is changed or TDID is
detected, the frequency and bandwidth set on [Manual] is to be reset. · [Manual]: Manually set up the transducer.
· [Model]: Select the appropriate transducer model
(for FURUNO or AIRMAR transducers).
Select the appropriate model number from the list. Note: Only available when [Transducer Setup Type] is set to [Model].
[High Frequency Min] Display the high frequency minimum. [High Frequency Max] Display the high frequency maximum. [Low Frequency Min] Display the low frequency minimum. [Low Frequency Max] Display the low frequency maximum. [Reset Default Settings]
Reset the Transducer Setup menu settings to default.
*: Shown with connection of DFF3.
[OK], [Cancel]
3-16
3. HOW TO SET UP THE EQUIPMENT
When [Transducer Setup Type] is set to [Model] and connected to DFF3
Menu item [High Frequency] [Frequency Adjust HF] [Low Frequency] [Frequency Adjust LF]
Description Set the frequency (kHz) of the connected high frequency transducer. Fine-tune the high-frequency TX frequency to eliminate interference (setting range: -50 to +50). Set to [0] where there is no interference. Set the frequency (kHz) of the connected low frequency transducer. Fine-tune the low frequency TX frequency to eliminate interference (setting range: -50 to +50). Set to [0] where there is no interference.
When [Transducer Setup Type] is set to [Model] and connected to DFF3-UHD
Menu item [TX Mode HF] [High Frequency] [Frequency Adjust HF] [CHIRP Width HF] [TX Mode LF] [Low Frequency] [Frequency Adjust LF] [CHIRP Width LF]
Description
Options (setting range)
Band adjustment mode for center frequency and CHIRP frequency of the transducer connected to the high frequency side.
[Auto CHIRP], [FM (Manual CHIRP)]1, [CW (Fixed Frequency)]2
Set the high frequency (kHz) of the transducer connected to the high frequency side.
If 1 or 2 is selected at [TX Mode HF], fine-tune the high-frequency TX frequency to eliminate interference (setting range: -50 to +50). Set to [0] where there is no interference.
If *1 is selected in [TX Mode HF], set the CHIRP frequency band of the transducer connected to the high frequency side.
Band adjustment mode for center frequency and CHIRP frequency of the transducer connected to the low frequency side.
[Auto CHIRP], [FM (Manual CHIRP)]1, [CW (Fixed Frequency)]2
Set the low frequency (kHz) of the transducer connected to the low frequency side.
If 1 or 2 is selected at [TX Mode LF], fine-tune the low-frequency TX frequency to eliminate interference (setting range: -50 to +50). Set to [0] where there is no interference.
If *1 is selected in [TX Mode LF], set the CHIRP frequency band of the transducer connected to the low frequency side.
When [Transducer Setup Type] is set to [Manual]
Menu item [High Frequency] [Transducer Power HF] [Band Width (HF)]
Description
Options (setting range)
Set the kHz frequency for high frequency. Setting ranges vary
depending on the transducer connected.
Note: Shown with connection of internal fish finder, DFF1, BBDS1, DFF3, DFF1-UHD.
Set the transmission power for high frequency. Note 1: Shown with connection of internal fish finder, DFF1, BBDS1, DI-FFAMP or DFF3UHD. Note 2: For DFF1-UHD users, when the connected transducer TDID is not supported by the DFF1-UHD, the setting is fixed as [1000].
[600], [1000]
Set the bandwidth for high frequency. Note: Shown with connection of DFF3.
3-17
3. HOW TO SET UP THE EQUIPMENT
Menu item [Low Frequency] [Transducer Power LF] [Band Width (LF)]
Description
Options (setting range)
Set the kHz frequency for low frequency. Setting ranges vary depending on the transducer connected.
Note: Shown with connection of internal fish finder, DFF1,
BBDS1, DFF3, DFF1-UHD.
Set the transmission power for low frequency. Note 1: Shown with connection of internal fish finder, DFF1, BBDS1, DI-FFAMP or DFF3UHD. Note 2: For DFF1-UHD users, when the connected transducer TDID is not supported by the DFF1-UHD, the setting is fixed as [1000].
[600], [1000]
Set the bandwidth for low frequency. Note: Shown with connection of DFF3.
When [Transducer Setup Type] is set to [Manual] and connected to DFF3-UHD
Menu item [TX Volt HF] [TX Volt LF] [High Frequency] [Low Frequency]
Description Set the TX voltage (V) of the transducer connected to the high frequency side. Set the TX voltage (V) of the transducer connected to the low frequency side. Set the frequency (kHz) of the transducer connected to the high frequency side. Set the frequency (kHz) of the transducer connected to the low frequency side.
Motion sensor menu
Note 1: For connection of NMEA0183 equipment to the TZT19F, ask your FURUNO dealer to set up the equipment.
Note 2: To use the heaving function, the following settings are required at the satellite compass. For the setting procedure, see the operator’s manual for your satellite compass. Settings for SC-30 are done from the [IF-NMEASC] menu, settings for SC-50/ 110 are done from the [DATA OUT] menu.
Sentence
NMEA0183 ATT, HVE
CANbus
Baud rate Cycle PGN
38400BPS 25ms
Heave: 65280 Attitude: 127257
The [MOTION SENSOR] menu appears in the [Transducer Setup] menu when the [Heaving Correction] is activated in the [Fish Finder] menu. If the satellite compass SC-30 or SC50/110 is connected, set the distance between the antenna unit (or sensor) of the satellite compass and transducer (high and low if connected) here.
SC-30/33/50/70/110/130
Bow/Stern for HF
Up/Down
HF Transducer LF Transducer
Port/Starboard for HF Port/Starboard for LF
Bow/Stern for LF
3-18
3. HOW TO SET UP THE EQUIPMENT
Menu item
[Motion Sensor Type]
Description
Select the sensor connected to your TZT19F unit. For all sensors other than
SC-50 and SC-110, select [SC-30]. Note: This menu item is not available when
[Fish Finder Source] is set to [TZT19F].
Options (setting range)
[SC30], [SC50_SC110] [Antenna Position Bow/Stern HF (LF)] [Antenna Position
Up/Down HF (LF)] [Antenna Port/ Starboard HF (LF)]
Set the distance from the antenna unit to the transducer in the bow-stern
direction. If the transducer is located on the fore side, set a positive
value.
Set the distance from the transducer to the antenna unit in the vertical
direction.If the transducer is located on the bow side, set a positive value.
Set the distance from the antenna unit to the transducer in the port-starboard
direction. If the transducer is located on the starboard side, set a positive
value.
-99 to +99 -0.00 to +99.9 -99.9 to +99.9
Transducer mis-mount correction
If the DFF-3D or a CHIRP side scan compatible transducer is installed 180° in reverse (facing stern), turn on the following item:
· DFF-3D: [Settings][Multi Beam Sonar][Initial Setup][Transducer Setup][Transducer Mis-mount Correction][ON] · CHIRP Side Scan: [Settings][CHIRP Side Scan][Transducer Mis-mount Correction][ON]
3.6 Wireless LAN Setting
3.6.1
How to join an existing wireless network
By connecting to an existing network, you may download software updates and
weather information from the internet.
1. Tap the Home icon to show the home screen and display mode settings. 2.
Tap [Settings], then [General]. 3. Tap [Wireless LAN Settings]. 4. Tap
[Wireless Mode]. 5. Tap [Connect to existing LAN], then tap the [<] icon at
the top left of the
display. 6. Tap [Wireless] in the [ENABLE WIRELESS] menu. 7. Tap [Scan] to
scan the vicinity for accessible WLAN networks. Available networks
are listed. To delete all WLAN networks, select [Forget All Available
Networks]. 8. Tap the appropriate WLAN network to show the following display.
CANCEL FORGET CONNECT
3-19
3. HOW TO SET UP THE EQUIPMENT
9. Tap [Connect], and the following display appears.
ENTER WIRELESS NETWORK KEY
Show characters
3.6.2
CANCEL
10. Use the software keyboard to enter the network key, then tap the [OK]
button. To see what you have input, check [Show characters]. Note: If the
network key is incorrect, an error message appears. Enter the correct key and
tap [OK] again.
11. Tap [X] on the title bar to close the menu.
How to create a wireless LAN network
Smart devices connected to this wireless network may also connect directly to
the unit, allowing use of the TZT19F applications.
1. Tap the Home icon ( tings.
) to show the home screen and display mode set-
2. Tap [Settings] then [General], in that order.
3. Tap [Wireless LAN Settings].
4. Tap [Wireless Mode] in the [WIRELESS MODE] menu. 5. Tap [Create Local Network], then tap the [<] icon at the top left of the display. 6. Tap [Name] in the [LOCAL NETWORK SETTINGS] menu.
7. Using the software keyboard, name the unit, then tap the .
8. Tap [Password] in the [LOCAL NETWORK SETTINGS] menu.
9. Using the software keyboard, set the password, then tap the .
10. Tap [Local Network] in the [ENABLE LOCAL NETWORK] menu to activate the
wireless network.
11. Your smart device may now be connected to the unit, through the network.
-
From the smart device, select the network set at step 7.
-
Input the password set at step 9.
12. Tap [X] on the title bar to close the menu.
3.7
Ferry Mode
Note: Only the SC-30, SC-33, and SCX-20 are compatible with Ferry Mode.
Ferry mode allows the user to change the screen orientation by 180°. Note that
all the above heading sensors must support heading offset command from the
TZT19F. Both heading sensors and radar sensors must be powered on when the
TZT19F sends the command. Both the heading sensor and radar sensor must be
powered when the TZT19F sends the heading offset command to them. If TZT19F
sends the command and one of the sensors does not receive it, the heading data
may be reversed. See “[Event Input Configuration]” of “[Initial Setup] menu
(Other menu items)” on page 3-8.
3-20
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FURUNO Warranty for North America
FURUNO U.S.A., Limited Warranty provides a twenty-four (24) months LABOR and
twenty-four (24) months PARTS warranty on products from the date of
installation or purchase by the original owner. Products or components that
are represented as being waterproof are guaranteed to be waterproof only for,
and within the limits, of the warranty period stated above. The warranty start
date may not exceed eighteen (18) months from the original date of purchase by
dealer from Furuno USA and applies to new equipment installed and operated in
accordance with Furuno USA’s published instructions.
Magnetrons and Microwave devices will be warranted for a period of 12 months
from date of original equipment installation.
Furuno U.S.A., Inc. warrants each new product to be of sound material and
workmanship and through its authorized dealer will exchange any parts proven
to be defective in material or workmanship under normal use at no charge for a
period of 24 months from the date of installation or purchase.
Furuno U.S.A., Inc., through an authorized Furuno dealer will provide labor at
no cost to replace defective parts, exclusive of routine maintenance or normal
adjustments, for a period of 24 months from installation date provided the
work is done by Furuno U.S.A., Inc. or an AUTHORIZED Furuno dealer during
normal shop hours and within a radius of 50 miles of the shop location.
A suitable proof of purchase showing date of purchase, or installation
certification must be available to Furuno U.S.A., Inc., or its authorized
dealer at the time of request for warranty service.
This warranty is valid for installation of products manufactured by Furuno
Electric Co. (hereafter FURUNO). Any purchases from brick and mortar or web-
based resellers that are imported into other countries by anyone other than a
FURUNO certified dealer, agent or subsidiary may not comply with local
standards. FURUNO strongly recommends against importing these products from
international websites or other resellers, as the imported product may not
work correctly and may interfere with other electronic devices. The imported
product may also be in breach of the local laws and mandated technical
requirements. Products imported into other countries, as described previously,
shall not be eligible for local warranty service.
For products purchased outside of your country please contact the national
distributor of Furuno products in the country where purchased.
WARRANTY REGISTRATION AND INFORMATION To register your product for warranty,
as well as see the complete warranty guidelines and limitations, please visit
www.furunousa.com and click on “Support”. In order to expedite repairs,
warranty service on Furuno equipment is provided through its authorized dealer
network. If this is not possible or practical, please contact Furuno U.S.A.,
Inc. to arrange warranty service.
FURUNO U.S.A., INC. Attention: Service Coordinator 4400 N.W. Pacific Rim
Boulevard
Camas, WA 98607-9408 Telephone:
360-834-9300
FAX: 360-834-9400
Furuno U.S.A., Inc. is proud to supply you with the highest quality in Marine
Electronics. We know you had several choices when making your selection of
equipment, and from everyone at Furuno we thank you. Furuno takes great pride
in customer service.
FURUNO Worldwide Warranty for Pleasure Boats (Except North America)
This warranty is valid for products manufactured by Furuno Electric Co.
(hereafter FURUNO) and installed on a pleasure boat. Any web based purchases
that are imported into other countries by anyone other than a FURUNO certified
dealer may not comply with local standards. FURUNO strongly recommends against
importing these products from international websites as the imported product
may not work correctly and may interfere with other electronic devices. The
imported product may also be in breach of the local laws and mandated
technical requirements. Products imported into other countries as described
previously shall not be eligible for local warranty service.
For products purchased outside of your country please contact the national
distributor of Furuno products in the country where purchased.
This warranty is in addition to the customer´s statutory legal rights.
1. Terms and Conditions of Warranty
FURUNO guarantees that each new FURUNO product is the result of quality
materials and workmanship. The warranty is valid for a period of 2 years (24
months) from the date of the invoice, or the date of commissioning of the
product by the installing certified dealer.
2. FURUNO Standard Warranty
The FURUNO standard warranty covers spare parts and labour costs associated
with a warranty claim, provided that the product is returned to a FURUNO
national distributor by prepaid carrier.
The FURUNO standard warranty includes:
Repair at a FURUNO national distributor All spare parts for the repair Cost
for economical shipment to customer
3. FURUNO Onboard Warranty
If the product was installed/commissioned and registered by a certified FURUNO
dealer, the customer has the right to the onboard warranty.
The FURUNO onboard warranty includes
Free shipping of the necessary parts Labour: Normal working hours only Travel
time: Up to a maximum of two (2) hours Travel distance: Up to a maximum of one
hundred
and sixty (160) KM by car for the complete journey
4. Warranty Registration
For the Standard Warranty – presentation of product with serial number (8
digits serial number, 1234-5678) is sufficient. Otherwise, the invoice with
serial number, name and stamp of the dealer and date of purchase is shown.
For the Onboard Warranty your FURUNO certified dealer will take care of all
registrations.
5. Warranty Claims
Warranty repairs carried out by companies/persons other than a FURUNO national distributor or a certified dealer is not covered by this warranty.
6. Warranty Limitations
When a claim is made, FURUNO has a right to choose whether to repair the product or replace it.
The FURUNO warranty is only valid if the product was correctly installed and used. Therefore, it is necessary for the customer to comply with the instructions in the handbook. Problems which result from not complying with the instruction manual are not covered by the warranty.
FURUNO is not liable for any damage caused to the vessel by using a FURUNO product.
The following are excluded from this warranty:
a.
Second-hand product
b.
Underwater unit such as transducer and hull unit
c.
Routine maintenance, alignment and calibration
services.
d.
Replacement of consumable parts such as fuses,
lamps, recording papers, drive belts, cables, protective
covers and batteries.
e.
Magnetron and MIC with more than 1000 transmitting
hours or older than 12 months, whichever comes first.
f.
Costs associated with the replacement of a transducer
(e.g. Crane, docking or diver etc.).
g.
Sea trial, test and evaluation or other demonstrations.
h.
Products repaired or altered by anyone other than the
FURUNO national distributor or an authorized dealer.
i.
Products on which the serial number is altered,
defaced or removed.
j.
Problems resulting from an accident, negligence,
misuse, improper installation, vandalism or water
penetration.
k.
Damage resulting from a force majeure or other natural
catastrophe or calamity.
l.
Damage from shipping or transit.
m.
Software updates, except when deemed necessary
and warrantable by FURUNO.
n.
Overtime, extra labour outside of normal hours such as
weekend/holiday, and travel costs above the 160 KM
allowance
o.
Operator familiarization and orientation.
FURUNO Electric Company, March 1, 2011
For the Standard Warranty – simply send the defective product together with the invoice to a FURUNO national distributor. For the Onboard Warranty contact a FURUNO national distributor or a certified dealer. Give the product´s serial number and describe the problem as accurately as possible.