BDR Thermea Group SCB-17B Notice D'installation Et D'utilisation page 15

Tab.16 Optional parameters
Parameter
SP287
Solar hydraulic type
SP362
Heat dump type
SP010
Solar operating mode
SP011
Solar sensor type
SP058
Tmin tank charge
SP051
Tanks recooling
SP059
Solar collector mode
SP000
Tmax heat medium
SP021
Toffset evaparation
SP034
Tmax solar collector
SP322
Toffset extra tank
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Description Menu path
Selects the solar hy­
draulic installation type.
> Solar Systems > In­
stallation Type
Selects the type of heat
dump that is used when
> Solar Systems > In­
the solar collector(s)
stallation Type
and solar tank(s) have
reached the maximum
temperature. This can
be a radiator or a fan­
coil (or ventilator).
Selects the operating
mode for the solar. This
> Solar Systems > In­
determines where the
stallation Type
solar heat will be stor­
ed.
Selects the solar collec­
tor sensor type.
> Solar Systems > In­
stallation Type
Sets the minimum solar
collector temperature
> Solar Systems > In­
before solar energy will
stallation Type
be charged into either
the DHW or CH solar
tanks.
Select the recooling
mode which must be
> Solar Systems > In­
used for the DHW and
stallation Type
CH solar tanks.
Select the operating
mode for the solar tube
> Solar Systems > In­
collector function.
stallation Type
Sets the maximum al­
lowed temperature for
> Solar Systems > Pro­
the heat conducting
tection
medium in order to pro­
tect the pump.
Sets the offset evapora­
tion temperature of the
> Solar Systems > Pro­
solar collector. It is
tection
used to calculate if the
solar pump can be put
safely to ON again.
Sets the maximum al­
lowed temperature in
> Solar Systems > Pro­
the solar panel for over­
tection
heat protection.
Sets the offset temper­
ature of the additional
> Solar Systems > Pro­
solar storage tank.
tection
Options
0 No solar
> Installation Setup
1 1layered tank-1valve
2 1 tank - 1 pump
3 2 tanks-1 valve
4 East/West - 1 tank
5 2 tanks-2 pumps
6 2 tanks-1 heat exch
0 None
> Installation Setup
1 Radiator
2 Fan coil
0 Off
> Installation Setup
1 DHW
2 CH
3 DHW + CH
0 NTC sensor
> Installation Setup
1 PT1000 sensor
2 PT100 sensor
8 - 90 °C
> Installation Setup
0 Off
> Installation Setup
1 Nightly
2 Summer
3 Temperature
0 Off
> Installation Setup
1 Time
2 On
60 200 °C
> Installation Setup
5 40 °C
> Installation Setup
60 200 °C
> Installation Setup
5 40 °C
> Installation Setup
en
3 Installation
Factory setting
0 No solar
0 None
3 DHW + CH
0 NTC sensor
30 °C
3 Temperature
2 On
120 °C
5
100
5
15