51
– as soon as the symbols begin to flash, release the buttons
<
and
>
and press the button
y
,
within 3 seconds
– the "Automatic self-calibrating procedure" starts
–
to dissipate the heat , tun on one or more DHW taps
– the values flash on the display:
"100"
(maximum value), fol-
lowed by an "intermediate value" and finally
"00"
(minimum
value)
It may take up 15 minutes for the "self-calibrating procedure"
to end and the message "SUMMER mode"
l
to reappear on
the display Once the procedure has terminated:
– close the taps opened previously and check that the appli-
ance shuts down.
if there is a fault, the message
"ALL"
will appear on the display,
the fault code (eg.
"06"
- no flame detected) and the message
d
.
m
CAUTION
To restore the start conditions press and hold the but-
ton
y
for more than 3 seconds. This operation can
be performed up to a maximum of 6 times without the
"self-calibrating procedure" being interrupted.
– press the button
Y
once for at least 1 second to select
"WINTER mode"
n
. The value of the heating water temper-
ature detected at that moment will appear on the display
– operate the heating controls and check that the boiler starts
and operates correctly
– using the procedure shown in section "Chimney sweep func-
tion"complete inlet working gas pressure test and a flue gas
analysis.
6.3
Main control panel display and settings
m
CAUTION
We recommend not changing the factory settings so
as not to alter optimal appliance operation. For any
specific support, please contact the
Sime Ltd
Techni-
cal Assistance Service.
6.3.1
Settings using the MODE button
From the
“Main screen”
:
Thu 18 Set 2014
Zone
10:30
Menu
Mode
Off
Fig. 102
– Press the
Mode
button to view the
“Function mode”
se-
lection screen. Turn the
encoder to select a mode (e.g.
“Winter”)
Esc
Back
Winter
Off
Summer
Hot water
MAN 40°C
Heating
MAN 20.0°C
Holiday function OFF
Fig. 103
– press the
click
encoder to confirm the highlighted
“Mode”
and go to the
“rows”
Esc
Back
Winter
Hot water
MAN 40°C
Heating
MAN 20.0°C
Holiday function OFF
Fig. 104
