Specifications

Power Connections
The ID-6300
operates
from a 12 volt
battery system.
Attach
the
power
cable to an
accessory
or
power
buss. If
you
have
problems
with
electrical
interference,
then attach the cable
directly
to the
battery.
Elec-
trical interference shows as random dots on the
display
whenever
the
boat's
engine
or an
accessory
is on.
The
power
cable has two
wires,
red is the
positive
lead and black
is
negative
or
ground.
Attach the in-line fuse holder to the red
wire on the
power
cable with the
crimp
connector. The other
end of the fuse holder
attaches to the
battery
or
accessory
buss. If the cable
is not
long
enough,
splice ordinary
#18
gauge
wire onto it. Be certain that the fuse
holder is
as closeto the
power
source
(battery
or
accessory buss)
as
possible.
This
protects
the
power
cable and
your
ID-6300 in the event
of a short. Use a
3-amp
fuse.
The lD-6300 has reverse
polarity
protection.
No
damage
will occur
if the wires are reversed.
(However,
the unit will notwork until thewires
are
attached
correctly.)
of the bottom.
In
other
words, you
can tell
if the bottom is soft
or hard. A
hard bottom returns a
strong signal
causing
a wide
gray
line.
A
soft,
muddy
or
weedy
bottom returns
a weaker
signal
which is
emphasized
with a
narrow
gray
line.
IN-DASH -A sonarunit installed
through
a ho'e
In the boat's dash.
Usually,
the lace of the sonar
is flush or
nearly
so with the dash.
kHz- Kilohertz. A measurement
of
frequency.
Your
Eagle
sonar
operates
at 192 Kilohertz.
(192,000 cycles per
second).
LCD
-
Uquid crystal display.
Thescreen
ordisplayof
a
Uquid
Crystal Graph
sonar
Instrument.
LCG
-
Liquid Crystal Graph.
NOISE
-
Any
undesired
signal.
Electrical noise is caused
by
engine
ignitions systems,
radios,
etc. Acoustic
noise is caused
by
the vibration of
the
engine
or other mechanical sources.
It
appears
on
the
display
as
random dots or lines.
OPERATING FREQUENCY
-
Frequency
that the sonar
unit's transmitter
and receiver are
tuned to.
OUTPUT
POWER
-Theamplitude
of electrical
energytransmitted
from the
sonar unit to
the transducer. Measured in
watts,
the
higher
the
output
power,
the
deepera
sonar unit can
read,
and moredetail
can be
displayed.
PEAK-TO-PEAK
-
A measurement
of the transmitter's
power
output.
PIXEL
-
The small dots or
squares
on a
liquid crystal display
or CFkT.
PIXEL DENSITY
-The number of
pixels per square
inch on a
liquid
crystal
display.
The best
resolution is obtained when a
high
number of
pixels
are
in the vertical.
PULSE LENGTH
-
The amount of time that the
sonar transmits.
This is
measured
in micro-seconds. The shorter
the
pulse
length,
the better the
resolution. For
example,
a 30 micro-second
pulse length
is
equal
to a one
inch resolution.
RANGE
-
The section of water shown on
the sonar
display.
For
example,
aGO foot
range
has
zero for the
upper
limit and 60 for the
lower limit.
2
35
3-AMP FUSI
B LACK
B AlT E flY
PDF compression, OCR, web-optimization with CVISION's PdfCompressor