Danby DKC645BLS - Page 14

OPERATING
INSTRUCTIONS
Electronic
Controls
Cem 1с.
в
=
|
А TEMPERATURE INCREASE
WV
TEMPERATURE
DECREASE
LED DISPLAY 3
FAHRENHEIT MODE
CELSIUS MODE
FAMRENMENTICELSIUS
SELECTOR
The
electronic
control
panel
allows
for
total
cabinet
temperature
contral
as
ией
as
he
option
of
spaying
current)
and
тоу,
(seing)
the
cabinet
temperature
in
ether
Fahronhot
or
Celsius,
When
you
frst
plug
in
your
Kog
Cooler
the
LED
wit
display
the
ve
cabinet
temperature
in
Fahronhea
and
the
thermostat
wil
be
set
to
41°
F(S*
C).
The
folowing
paragraphs
wil
explain
how
to
modiy
the
aforementioned
Sotings
o
suit
your
requirements
Beer
Temperature
36
possible
14
Adjusting
the
temperature;
+
Press
either
d
W
button
once
and
release
lo
enter
the
SET
mode.
The
LED
display
wil
begin
to
fash
and
show
the
previous
temperature
sting.
signing
the
temperature
is
ready
lo
be
adjusted.
+
Each
depression
of
the
dà
ог
W
wil
increase
or
decrease
the
temperature
incremental
by
1°
(FIC)
Unt
the
desired
seting
is
reached.
The
temperaturar
‘can
be
sel
between
36-46"
F
(2-8*
C).
Noto:
the
display
wil
flash
for
seconds
from.
the
time
the
last
button
was
activated
before
resuming
display
of
the
internal
temperature
of
the
cabinet
Changing
the
temperature
display;
Press
the
electr
button
o
айелине
the
display
boten
Fahrenheit
and
Celsius.
The
corresponding
plot
light
adjacent
o
the
selector
м
aluminate
o
signify
which
unit
of
temperature
Pas
boon
selected
for
display
*
Please
Noto:
in
the
event
of
a
power
failure,
any
modified
settings
are
lost
and
the
default
‘settings
are
restored
once
power
resumes,
+
Beer
can
freeze,
so
it
is
important
to
select
and
maintain
proper
operating
temperatures
inside
е
refigeraor
cabinet.
Beer
wlll
start
to
freeze
at
28°F
(
-
2*
C)
+
Optimum
temperatures
for
serving
cold
beer
are
(0° F (2° = 4* C)
+ Temperatures too cool or too warm may cause
favor
loss,
off
tasto
and
dispensing
problems,
+
Periodically
monitor
temperatures
inside
your
keg
cooler.
(adjust
as
necessary)
+
Keep
the keg
cooler
door
closed
as
much
as
vci temperature fuctuations.