Humminbird 550, 561 DI, 561, 560, 570, 570 DI, 571 HD DI Owner's Manual
550, 560, 561, 561 DI, 570, 570 DI,
550, 560, 561, 561 DI, 570, 570 DI,
and 571 HD DI Operations Manual
and 571 HD DI Operations Manual
531716-5EN_A
Thank You!
Thank you for choosing Humminbird®, the #1 name in fishfinders.
Humminbird® has built its reputation by designing and manufacturing
top-quality, thoroughly reliable marine equipment. Your Humminbird® is
designed for trouble-free use in even the harshest marine environment. In
the unlikely event that your Humminbird® does require repairs, we offer an
exclusive Service Policy - free of charge during the first year after purchase,
and available at a reasonable rate after the one-year period. For complete
details, see the separate warranty card included with your unit. We
encourage you to read this operations manual carefully in order to get full
benefit from all the features and applications of your Humminbird® product.
To contact our Customer Resource Center, call 1-800-633-1468 or visit our
Web site at humminbird.com.
WARNING! This device should not be used as a navigational aid to prevent collision,
grounding, boat damage, or personal injury. When the boat is moving, water depth may
change too quickly to allow time for you to react. Always operate the boat at very slow
speeds if you suspect shallow water or submerged objects.
WARNING! Disassembly and repair of this electronic unit should only be performed by
authorized service personnel.Any modification of the serial number or attempt to repair the
original equipment or accessories by unauthorized individuals will void the warranty.
WARNING! This product contains chemicals known to the State of California to cause
cancer and/or reproductive harm.
WARNING! Do nottravel at highspeed with the unitcover installed.Removethe unit cover
before traveling at speeds above 20 mph.
NOTE: Some features discussed in this manual require a separate purchase, and
some features are only availableon international models. Every effort has beenmade
to clearly identify those features. Please read the manual carefully in order to
understand the full capabilities of your model.
NOTE: To purchase accessories for your control head, visit our Web site at
humminbird.com or contact our Customer Resource Center at 1-800-633-1468.
NOTE: The proceduresand featuresdescribed in this manual are subject to changewithout
notice. This manual was written in English and may have been translated to another
language. Humminbird® is not responsible for incorrect translations or discrepancies
between documents.
NOTE: The illustrations in this manual may not look thesame as your product, but yourunit
will function in the same way.
ROHS STATEMENT: Product designed and intended as a fixed installation or part of a
system in a vessel may be considered beyond the scope of Directive 2002/95/EC of the
European Parliament and of the Council of 27 January 2003 on the restriction of the use of
certain hazardous substances in electrical and electronic equipment.
ATTENTION INTERNATIONAL CUSTOMERS: Products sold in the U.S. are not
intended for use in the international market. Humminbird® international units provide
international features and are designed to meet country and regional regulations.
Languages, maps, time zones, units of measurement, and warranty are examples of
features that are customized for Humminbird® international units purchased through
our authorized international distributors.
To obtain a list of authorized international distributors, please visit our Web site at
humminbird.com or contact our Customer Resource Center at (334) 687-6613.
500 Series™, Down Imaging™, DualBeam PLUS™, Fish ID+™, Humminbird®, RTS™,
RTS Window™, Structure ID®, SwitchFire™, WhiteLine™, and X-Press™ Menu are trademarked
by or registered trademarks of Johnson Outdoors Marine Electronics, Inc.
Baekmuk Batang, Baekmuk Dotum, Baekmuk Gulim, and Baekmuk Headline are registered
trademarks owned by Kim Jeong-Hwan.
NOTE: Entries in this Table of Contents which list (International models only) are
only available on products sold outside of the U.S. by our authorized international
distributors. To obtain a list of authorized international distributors, please visit
our Web site at humminbird.com or contact our Customer Resource Center at
(334) 687-6613.
NOTE: Entries in this Table of Contents which list (with Temp/Speed only) require
the purchase of separate accessories. You can visit our Web site at
humminbird.com to order these accessories online or contact our Customer
Resource Center at 1-800-633-1468.
iv
Power On
Follow the instructions below to power on your Humminbird® control head.
570 Title Screen
1. Press thePOWER/LIGHT key.
2. When the Title screen is displayed, press the MENU key to access the
Start-Up Options Menu.
3. Use the 4-WAY Cursor Control key to select Normal (if there is a
transducer attached to the control head) or Simulator (if there isn’t a
transducer attached to the control head).
NOTE: See Start-Up Options Menu for more information.
• If a functioning transducer is connected, Normal operation will be
selected automatically at power up, and your Fishfinder can be
used on the water.
• If a transducer is not connected and you wait too long to select a
Start-Up Option, the system will default to whichever menu is
already highlighted.
• In Simulator you can learn how to use your control head and save
settings in advance for later use.
Power On
1
How Sonar Works
Sonar technology is based on sound waves. The 500 Series™ Fishfinder uses
sonar to locate and define structure, bottom contour and composition, as well
as depth directly below the transducer.
Your 500 Series™ Fishfinder sends a sound wave signal and determines
distance by measuring the time between the transmission of the sound wave
and when the sound wave is reflected off of an object; it then uses the reflected
signal to interpret location, size, and composition of an object.
Sonar is very fast. A sound wave can travel from the surface to a depth of
240 ft (70 m) and back again in less than 1/4 of a second. It is unlikely that your
boat can “outrun“ this sonar signal.
SONAR is an acronym for SOund and
NAvigation Ranging. Sonar uses precision
sound pulses or “pings“ which are emitted
into the water in a teardrop-shaped beam.
The sound pulses “echo“ back from objects
in the water such as the bottom, fish, and
other submerged objects. The returned
echoes are displayed on the LCD screen.
Each time a new echo is received, the old
echoes are moved across the LCD, creating
a scrolling effect.
2
How Sonar Works
When all the echoes are viewed side by side, an
easy to interpret “graph“ of the bottom, fish, and
structure appears.
The sound pulses are transmitted at various
frequencies depending on the application. Very
high frequencies (455 kHz) are used for greatest
definition but the operating depth is limited. High
frequencies (200 kHz) are commonly used on
consumer sonar and provide a good balance
between depth performance and resolution. Low
frequencies (83 kHz) are typically used to achieve
greater depth capability.
The power output is the amount of energy
generated by the sonar transmitter. It is commonly
measured using two methods:
How Sonar Works
• Root Mean Square (RMS) measures power
output over the entire transmit cycle.
• Peak to Peak measures power output at the
highest points.
The benefits of increased power output are the
ability to detect smaller targets at greater distances,
ability to overcome noise, better high speed
performance, and enhanced depth capability.
3
Single Beam Sonar
(550, 560)
The 550 Fishfinder and 560 Fishfinder use a
200 kHz single beam sonar system with a 20°
area of coverage. Depth capability is affected by
such factors as boat speed, wave action, bottom
hardness, water conditions, and transducer
installation.
4
How Sonar Works
DualBeam PLUS™ Sonar (561, 570)
The 561 Fishfinder and 570 Fishfinder use a
200/83 kHz DualBeam PLUS™ sonar system
with a wide (60°) area of coverage. DualBeam
PLUS™ sonar has a narrowly focused 20°
center beam, surrounded by a second beam of
60°, expanding your coverage to an area equal
to your depth. In 20 feet of water, the wider
beam covers an area 20 feet wide.
DualBeam PLUS™ sonar returns can be blended
together, viewed separately, or compared sideby-side. DualBeam PLUS™ is ideal for a wide
range of conditions - from shallow to very deep
water in both fresh and salt water. Depth
capability is affected by such factors as boat
speed, wave action, bottom hardness, water
conditions, and transducer installation.
How Sonar Works
5
Down Imaging™ Sonar
75 Degree Total Coverage
16°
75°
25°
455kHz
200kHz
455kHz
45°
800kHz
(561 DI, 570 DI, and 571 HD DI)
The 561 DI, 570 DI, and 571 HD DI
Fishfinders use Down Imaging™ technology.
The Down Imaging™ transducer scans the
water with razor-thin, high-definition beams.
The beams are wide (side to side) but very
thin front to back.
The Down Imaging™ beams can be operated
at two frequencies: 455 kHz (75°) or 800 kHz
(45°). Select 455 kHz for the best overall
image quality and depth. Select 800 kHz for
the sharpest image. See Sonar Menu Tab:Imaging Frequency for more information.
The transducer also uses conical beams to
provide data in traditional 2D format (see
What’s on the Sonar Display). Select 455 kHz
for a narrowly focused 16° center beam, or
select 200 kHz for a wider 25° beam (see
Sonar Menu Tab: Beam Select).
Depth capability is affected by such factors
as boat speed, wave action, bottom hardness,
water conditions, and transducer installation.
6
How Sonar Works
What’s on the Sonar Display
The 500 Series™ Fishfinder can display a variety of useful information about
Depth - (water depth) can be set to alarm when
the water becomes too shallow.
Temperature - Water surface temperature.
Timer - Elapsed time with Temp/Speed
Accessory.
Distance - Distance traveled with Temp/Speed
Accessory.
Average Speed - Average speed reading with
Temp/Speed Accessory.
Second Sonar Return - When the sonar signal
bounces betweenthebottomand thesurfaceofthe
water and back again. Use the appearance of the
second return to determine bottom hardness. Hard
bottoms willshowa strongsecondreturn,while soft
bottoms will show a veryweakone or noneatall.
Speed - If a Temp/Speed accessory is attached,
the Fishfinder can display the speed of the boat
and can keep a Triplog of nautical or statute
miles traveled.
NOTE: Entries in this view that list (with Temp/Speed) are available if the accessory is connected
What’s on the Sonar Display
7
the area under your boat, including the following items:
Bait Ball
Hollow Fish Symbol (see Fish ID+™)
Thermoclines - Layers of water with different
temperatures that appear at different depths
and different times of the year. A thermocline
typically appears as a continuousband of gray
levels moving across the display at the same
depth.
Structure - Where fish may be hiding.
Fish - The Fishfinder displays fish as arches
and/or fish icons, and can be set to alarm
when a fish of a certain size is detected.
When a target is detected, a Fish ID+™
symbol appears on the display with the
depth displayed above it. The size of the
symbol indicates the intensity of the sonar
return. The unit will clearly show schools of
Bait Fish as "clouds" of different shapes and
sizes, depending on the number of fish and
boat speed.
Shaded Fish Symbol (see Fish ID+™)
to the 500 Series™ Fishfinder.
RTS (Real Time Sonar) Window™
Battery Voltage - The voltage of the boat’s
battery; can be set to alarm if the voltage falls
below a certain point.
8
What’s on the Sonar Display
Understanding the Sonar Display
It is important to understand the significance of
the display. The display does not show a literal
3-dimensional representation of what is under the
water. Each vertical band of data received by the
control head and plotted on the display represents
something that was detected by a sonar return at
a particular time. As both the boat and the targets
(fish) may be moving, the returns are only showing
a particular segment of time when objects were
detected, not exactly where those objects are in
relation to other objects shown on the display.
The returned sonar echoes are displayed on the screen. As a new echo is
received, the historical data scrolls left across the view.
Real Time Sonar (RTS™) Window
A Real Time Sonar (RTS™) Window appears on the right side of the display in
the Sonar View only. The RTS Window™ updates at the fastest rate possible for
depth conditions and shows only the returns from the bottom, structure, and
fish that are within the transducer beam. The RTS Window™ plots the depth
and intensity of a sonar return (see Sonar Menu Tab: RTS Window™).
The Narrow RTS Window™
indicates the sonar intensity
through the use of grayscale.
The grayscale used matches
the Bottom View grayscale
setting(Inverse, Structure ID
WhiteLine™, Bottom Black).
The depth of the sonar return
is indicated by the vertical
placement of the return on the
display depth scale.
What’s on the Sonar Display
The Wide RTS Window™
indicates the sonar intensity
through the use of a bar
graph. The length of the
®
,
plotted return indicates
whether the return is weak or
strong. The depth of the sonar
return is indicated by the
vertical placement of the
return on the display depth
scale. TheWide RTS
Window™ does not use
grayscale.
9
Bottom View, Inverse Palette
HIGH
Intensity Return
MEDIUM
Intensity Return
LOW
Intensity Return
Sonar Returns and Bottom View
As the boat moves, the unit charts the
changes in depth on the display to create a
profile of the Bottom Contour. The Sonar
View displays the sonar return intensity using
gray scale.
Strong returns often result from rocky or
hard bottoms (compacted sediment, rocks,
fallen trees), while weaker returns often
result from soft bottoms (sand, mud),
vegetation, and small fish.
The shades used to represent high, medium,
to low intensity returns are determined by
the setting you choose in the Bottom View
menu option. See Sonar X-Press™ Menu to
set the Bottom View.
Sonar History:
Historical Returns
scroll left across
the view.
Strong Returns
(possibly rocks,
tree limbs, or
other structure)
Bottom View set to Inverse (default setting)
Sonar View:
10
Weak Returns
(possibly
vegetation or
small fish)
RTS Window™
Strong Return
(possibly
compacted
sediment or
rocks)
What’s on the Sonar Display
Inverse is a method where weak returns are
shown with dark pixels and strong returns with
lighter pixels. This has the benefit of ensuring that
weak signals will be clearly visible on the display.
Structure ID® represents weak returns as light
pixels and strong returns as dark pixels. This has
the benefit of ensuring that strong returns will be
clearly visible on the display.
WhiteLine™ highlights the strongest sonar returns
in white resulting in a distinctive outline. This has
the benefit of clearly defining the bottom on the
display.
What’s on the Sonar Display
Black (Bottom Black) displays all pixels below the
bottom contour as black, regardless of signal
strength. This has the benefit of providing a high
contrast between the bottom and other sonar
returns on the display.
11
SwitchFire™
SwitchFire™ controls how the sonar returns are displayed in the Sonar Views.
SwitchFire™ settings are available in the Sonar Menu Tab.
To see the maximum sonar information available within the transducer beam so
more fish arches and better jig tracking are shown, choose Max Mode.
To see less clutter and more fish size accuracy interpreted from the transducer
beam, choose Clear Mode. See Sonar Menu Tab: SwitchFire™ for more
information.
Freeze Frame and Active Cursor
Freeze Frame and Active Cursor - Press any arrow on the 4-WAY Cursor
Control key, and the screen will freeze and a cursor will be displayed. Use the
4-WAY Cursor Control key to move the cursor over a sonar return, and the depth
of the sonar return will be displayed in the cursor dialog box.
The RTS Window™ continues to update in Freeze Frame. To return to a scrolling
display and exit Freeze Frame, press the EXIT key. Freeze Frame is available in
the Sonar, Split Sonar, and Sonar Zoom Views.
Instant Image Update
Instant Image Update - You can change a variety of sonar menu settings (such
as Sensitivity or Upper Range), and the adjustments will be shown instantly on
the screen.
12
What’s on the Sonar Display
What’s on the Down Imaging™ Display
Down Imaging™ uses its unique transducer and sonar technology to provide
profiling beams produce the detailed sonar data that you see on the display.
interpret the structure and bottom contour, including the following items:
Depth - (water depth) can be set to alarm when
the water becomes too shallow.
Temperature - Water surface temperature.
Topography Changes - The light part of the
display shows where the beam is hitting hard
bottom or rising terrain. The dark part of the
display indicates soft bottom (sand, mud) or
descending terrain.
Speed- If a Temp/Speed accessory is connected,
the Fishfinder can display the speed of the boat
and can keep a Triplog of nautical or statute
miles traveled.
NOTE: Entries in this view that list (with Temp/Speed) are available if the accessory is connected
What’s on the Down Imaging™ Display
13
(Down Imaging™ models only [561 DI, 570 DI, and 571 HD DI])
information about the area directly below your boat. The razor-thin, high-definition
Down Imaging™ reveals a variety of recognizable features so that you can
Upper Range
Structure
Clouded Area may indicate a bait ball and
White Streaks may indicate fish.
Shadows - Result from a lack of reflected
sonar from a particular area and can be as
valuable for interpretation than the sonar
reflected by the object itself. Use shadows to
help you see the image in 3 dimensions,
oriented in space. You can gain insight into
the actual shape of an object, or the depth
to which it has sunk into the bottom,
through shadows on the display. Objects
standing on the bottom cast a sonar
shadow. The longer the shadow, the taller
the object. Fish also cast shadows. You can
use the shadow to interpret how close the
fish is to the bottom.
to the 500 Series™ Fishfinder.
Bottom Return - Use the appearance of the
bottom return to determine bottom hardness.
Rock and gravel provide a clearer sonar
return than mud and sand because hard
objects reflect sonar better than soft objects.
Lower Range
14
What’s on the Down Imaging™ Display
Understanding the
Down Imaging™ Display
The images you see on the Down Imaging™
display are produced using sonar technology.
Each time the unit pings, a strip of data
representing all the echoes received by the
transducer are put together on the display to
form the image that you see. Like traditional
2D Sonar, the sonar history scrolls left across
the screen.
Interpreting the Display
Down Imaging™ beams “illuminate” the bottom contour, structure, and fish.
The beams are wide (side to side) but very thin front to back.
Use the light and dark parts of the display to interpret the objects under your
boat as follows:
• Dark shades represent soft returns (mud, sand) or descending terrain.
• Light shades represent denser terrain (timber, rocks) or rising terrain. A
very hard bottom may appear as white on the display.
• White Streaks or Clouds may represent fish on the display.
• Shadows are not caused by light but by the lack of a sonar return.
Objects standing on the bottom cause a sonar shadow to appear on the
display. The longer the shadow, the taller the object. Fish may also cast
shadows. You can use the shadow to interpret where the fish or object
is located in relation to the bottom.
What’s on the Down Imaging™ Display
15
Down Imaging™ Sensitivity
Use Imaging Sensitivity to control how the sonar returns appear on the
display. Increase the sensitivity to reveal weaker returns that may be of interest,
especially in very clear water or greater depths. Decrease the Imaging
Sensitivity to eliminate the clutter from the display that is sometimes present
in murky or muddy water. See Down Imaging™ X-Press™ Menu: ImagingSensitivity or Down Sensitivity for more information.
Freeze Frame and Active Cursor
Freeze Frame and Active Cursor - Press any arrow on the 4-WAY Cursor
Control key, and the screen will freeze and a cursor will be displayed. Use the
4-WAY Cursor Control key to move the cursor over a sonar return, and the depth
of the sonar return will be displayed in the cursor dialog box.
16
What’s on the Down Imaging™ Display
Views
The sonar information from your Fishfinder is
displayed on the screen in a variety of easy-to-read
views. There are many views available on your
Fishfinder.
• Default View: When you first power up the 550, 560, 561, or 570 control
head, Sonar View will be the default view. When you first power up the
561 DI, 570 DI, or 571 HD DI control head, Down Imaging™ View will
be the default view.
• Cycle: When you press the VIEW key repeatedly, the display cycles
through the available views on your screen. When you press the EXIT
key, the display cycles through the available views in reverse order.
• Customize: You can display or hide any view to suit your fishing
preferences. See the following pages for more information about each
view.
NOTE: When you change any menusettings that affect the sonar, the view will update
immediately. You don't have to exit the menu to apply the change to the screen.
Views
17
To customize your view rotation:
You can choose which views are hidden or visible in your view rotation.
1. Press the MENU key twice to access the tabbed Main Menu, then
press the RIGHT Cursor key until the Setup tab is selected.
2. Press the DOWN Cursor key to highlight Select Views, and press the
RIGHT Cursor key to access the Select Views submenu.
NOTE: If the Select Views option does not appear under the Setup tab, change the
User Mode to Advanced.
3. Press the UP or DOWN Cursor keys to select a View.
4. Press the LEFT or RIGHT Cursor keys to change the status of the view
from Hidden to Visible or vice versa.
To change the Digital Readouts:
Each view displays digital readout information (such as speed or time), which
varies with the view selected and the accessory attached. The digital readouts
on the Sonar View can be customized. See Setup Menu Tab: Select Readouts
for more information.
1. Press the MENU key twice to access the tabbed Main Menu, then
press the RIGHT Cursor key until the Setup tab is selected.
2. Press the DOWN Cursor key to highlight Select Readouts, and press the
RIGHT Cursor key to access the Select Readouts submenu.
NOTE: If the Select Readouts option does not appear under the Setup tab, change the
User Mode to Advanced.
3. Press the UP or DOWN Cursor keys to select a Readout position, then
press the RIGHT or LEFT Cursor keys to choose what will be displayed in
that position. To hide the data window, select Off.
18
Views
Sonar View
Sonar View presents a historical log of sonar returns. The most recent sonar
returns are charted on the right side of the display. As new information is
received, the historical information scrolls left across the display.
• Upper and Lower Depth Range numbers indicate the distance from the
surface of the water to a depth range sufficient to show the bottom.
• Depth is automatically selected to keep the bottom visible on the display,
although you can adjust it manually as well (see Sonar X-Press™ Menu).
• Digital Readouts shown on the display will change based on the Select
Readouts settings or the optional-purchase accessories attached (see
Setup Menu Tab: Select Readouts).
• Freeze Frame - Use the 4-WAY Cursor Control key to freeze the display
and move the cursor over a sonar return. The depth of the sonar return
will be displayed at the bottom of the screen in the cursor information
box.
Sonar View
Depth
Temperature
Triplog
Upper Depth
Range
Sonar History
Window
Speed
NOTE: If the Depth number is flashing, it means that the unit is havingtroublelocating
the bottom. This usually happens if the water is too deep, the transducer is out of the
water, the boat is moving too fast,or forany other reason that the unit can’t accurately
receive continuous data.
Views
19
RTS Window™
Lower Depth
Range
Sonar Zoom View
Sonar Zoom View provides a magnified view of the bottom and structure. The
Sonar Zoom View makes it easier to see separate sonar returns that would
usually be displayed close together, such as those caused by fish suspended
close to the bottom or within structure.
• The Zoom Level, or magnification, is displayed in the lower left corner
of the display. Press the MENU key once to access the Sonar X-Press™
Menu and use Zoom Level to adjust the zoom settings.
• The Zoomed View is displayed on the left side of the screen. As the
depth changes, the zoomed view updates automatically.
• The Full Range View is displayed on the right side of the screen. The
Full Range View includes the Zoom Preview Box, which shows where
the zoomed view is in relation to the full range view.
• The Upper and Lower Depth Range numbers indicate the high and low
range of the water which is being viewed.
Sonar Zoom View
Upper Depth Range,
Depth
Zoomed View
Full Range View
Upper Depth Range,
Zoom View
Full Range View
Zoom Level
Digital depth is displayed in the upper left hand corner. The
digital readouts in the Sonar Zoom View cannot be
customized;therefore, information such as watertemperature
and voltage are unavailable in the Sonar Zoom View.
20
Zoom Preview Box
Lower Depth Range,
Zoom View
Lower Depth Range,
Full Range View
Views
Split Sonar View
(DualBeam PLUS™ and Down Imaging™ models only [561, 570, 561 DI, 570 DI, & 571 HD DI])
Split Sonar View displays sonar returns from each down beam frequency on
separate sides of the screen. You can use the Split Sonar View to make side by
side comparisons between the sonar returns from both beams.
• DualBeam PLUS™ models (561, 570) display sonar returns from the
83 kHz wide beam on the left side of the screen and sonar returns from
the 200 kHz narrow beam on the right side of the screen.
• Down Imaging™ models (561 DI, 570 DI, 571 HD DI) display sonar
returns from the 455 kHz narrow beam on the left side of the screen and
sonar returns from the 200 kHz wide beam on the right side of the
screen.
• Depth is displayed in the upper left hand corner.
• The Digital Readouts in the Split Sonar View cannot be customized;
therefore, information such as water temperature and voltage are
unavailable in the Split Sonar View.
570 DI Split Sonar View
Upper Depth
Depth
Range
History Window
Views
200 kHz Sonar
History Window
455 kHz Sonar
Lower Depth
Range
21
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