74
6
Activation of input to recognise the
collector return sensor
and the
volume impulse meter (
➭
Ch. 7.9).
Variation: 1…8, 12…14, 17, 18,
20, 21, 35…37, 40, 41,
43, 44, 52…55, 57, 58, 60,
61, 63, 64, 72, 76…84
Presetting: No
Note:
A return sensor must be fitted when activating
the volume impulse meter, otherwise fault
code 9 will be signalled.
Volume
Impulse-
meter
No
The activation of input for recognition if
a collector flow sensor is connected
and if it is used as control
(
➭
Ch. 7.5 / 7.10).
Variation: 1, 2, 4…7, 9, 10, 12…19,
53…56, 60…62, 72
Presetting: No
Collect.
supply
sensor
No
6.8 Select options
Select
options
Collector protection
Volume impulse meter
Collect. supply sensor
Start optimisation col-
lect.
Swim. pool loading
Set factory presetting
Protection function of the thermal fluid
medium.
(
➭
Ch. 7.1).
Variation: 1…45, 50…84
Setting range:
0…5
Presetting:
0
Setting 1, 3 or 5 must not be made in
conjunction with a tank or calorifier, who’s
maximum permissible temperature lies below
95°C. The setting is also not permitted, if the
DHW pipework has not been equipped with
scald protection.
Collect.
protect.
0
Use:
Independent of the hydraulic variation used, additional
function can be activated or blocked (only by
heating engineer).
If functions have been activated, the values can be
checked in the selection menu
S
Se
el
le
ec
ct
t
t
te
em
mp
p.
.
a
a.
.
v
va
al
lu
ue
es
s
and if additional settings are required these can
be adjusted in
C
Ch
ha
an
ng
ge
e
s
se
et
tt
ti
in
ng
gs
s
.
Note:
If the hydraulic variation is changed, the
parameters have to be re-selected.
Activation of start optimisation function,
whereby
it is possible that the solar pump starts
as soon as a temperature increase
occurs, even if the actual start
temperature has not yet been achieved
(
➭
Ch. 7.24).
Variation:
1…21, 35…45, 51…72, 76...84
Presetting: No
Start
optim.
collect.
No
DANGER
