5
SOLAR SYSTEMS
manual and maintenance
DeltaSol
®
BS/4
© RESOL_12089_deltasol_bs4_v2.monen.ind
d
| 6
9 10
VBus
S1
S2
S4 / TR
System layout 1
The controller calculates the temperature difference
between collector sensor S1 and store sensor S2. If the
difference is larger than or identical to the adjusted switch-
on temperature difference (DT O), the solar pump will be
operated by relay 1, and the store will be loaded until the
switch-off temperature difference (DT F) or the maximum
store temperature (S MX) is reached.
R1
Arr 1
S3
1.4 Terminal allocation in the different system layouts
Display Channels
Channel
Description
Terminal
Page
INIT
x*
ODB initialisation active
-
18
FLL
x*
ODB filling time active
-
18
STAB
x*
ODB stabilisation in progress
-
18
COL
x
Temperature collector
S1
18
TST
x
Temperature store
S2
18
S3
x
Temperature sensor 3
S3
18
TSTT
x*
Temperature store at the top
S3
18
S4
x
Temperature sensor 4
S4
18
TR
x*
Temperature return sensor
S4
18
n %
x
Pump speed R1
R1
19
hP
x
Operating hours R1
R1
19
hP1
x*
Operating hours R1 (if OBST is activated)
R1
19
hP2
x*
Operating hours R2 (if OBST is activated)
R2
19
kWh
x*
Heat quantity kWh
-
19
MWh
x*
Heat quantity MWh
-
19
TIME
x
Time
-
16
Sensors S3 and S4 can optionally be connected for mea-
surement purposes. S3 can optionally be used as reference
sensor for the store emergency shutdown option (OSEM).
If heat quantity measurement (OHQM) is activated, sensor
S4 has to be connected as return sensor.
If the drainback option (ODB) is activated, relay 2 can be
used to operate a booster pump by activating the booster
function (OBST).
S1
S3
S2
S4/TR
R1
R2
exemplary
Drainback system layout
(with booster pump)
DISPLAY CHANNELS
Channel
Description
Terminal
INIT
x*
ODB initialisation active
-
FLL
x*
ODB filling time active
-
STAB
x*
ODB stabilisation in progress
-
COL
x
Temperature collector
S1
TST
x
Temperature store
S2
S3
x
Temperature sensor 3
S3
TSTT
x*
Temperature store at the top
S3
S4
x
Temperature sensor 4
S4
TR
x*
Temperature return sensor
S4
n %
x
Pump speed R1
R1
hP
x
Operating hours R1
R1
hP1
x*
Operating hours R1 (if OBST is activated)
R1
hP2
x*
Operating hours R2 (if OBST is activated)
R2
kWh
x*
Heat quantity kWh
-
MWh
x*
Heat quantity MWh
-
TIME
x
Time
-
DeltaSol
®
BS/4
© RESOL_12089_deltasol_bs4_v2.monen.ind
d
| 6
9 10
VBus
S1
S2
S4 / TR
System layout 1
The controller calculates the temperature difference
between collector sensor S1 and store sensor S2. If the
difference is larger than or identical to the adjusted switch-
on temperature difference (DT O), the solar pump will be
operated by relay 1, and the store will be loaded until the
switch-off temperature difference (DT F) or the maximum
store temperature (S MX) is reached.
R1
Arr 1
S3
1.4 Terminal allocation in the different system layouts
Display Channels
Channel
Description
Terminal
Page
INIT
x*
ODB initialisation active
-
18
FLL
x*
ODB filling time active
-
18
STAB
x*
ODB stabilisation in progress
-
18
COL
x
Temperature collector
S1
18
TST
x
Temperature store
S2
18
S3
x
Temperature sensor 3
S3
18
TSTT
x*
Temperature store at the top
S3
18
S4
x
Temperature sensor 4
S4
18
TR
x*
Temperature return sensor
S4
18
n %
x
Pump speed R1
R1
19
hP
x
Operating hours R1
R1
19
hP1
x*
Operating hours R1 (if OBST is activated)
R1
19
hP2
x*
Operating hours R2 (if OBST is activated)
R2
19
kWh
x*
Heat quantity kWh
-
19
MWh
x*
Heat quantity MWh
-
19
TIME
x
Time
-
16
Sensors S3 and S4 can optionally be connected for mea-
surement purposes. S3 can optionally be used as reference
sensor for the store emergency shutdown option (OSEM).
If heat quantity measurement (OHQM) is activated, sensor
S4 has to be connected as return sensor.
If the drainback option (ODB) is activated, relay 2 can be
used to operate a booster pump by activating the booster
function (OBST).
S1
S3
S2
S4/TR
R1
R2
exemplary
Drainback system layout
(with booster pump)
DeltaSol
®
BS/4
© RESOL_12089_deltasol_bs4_v2.monen.ind
d
| 6
9 10
VBus
S1
S2
S4 / TR
System layout 1
The controller calculates the temperature difference
between collector sensor S1 and store sensor S2. If the
difference is larger than or identical to the adjusted switch-
on temperature difference (DT O), the solar pump will be
operated by relay 1, and the store will be loaded until the
switch-off temperature difference (DT F) or the maximum
store temperature (S MX) is reached.
R1
Arr 1
S3
1.4 Terminal allocation in the different system layouts
Display Channels
Channel
Description
Terminal
Page
INIT
x*
ODB initialisation active
-
18
FLL
x*
ODB filling time active
-
18
STAB
x*
ODB stabilisation in progress
-
18
COL
x
Temperature collector
S1
18
TST
x
Temperature store
S2
18
S3
x
Temperature sensor 3
S3
18
TSTT
x*
Temperature store at the top
S3
18
S4
x
Temperature sensor 4
S4
18
TR
x*
Temperature return sensor
S4
18
n %
x
Pump speed R1
R1
19
hP
x
Operating hours R1
R1
19
hP1
x*
Operating hours R1 (if OBST is activated)
R1
19
hP2
x*
Operating hours R2 (if OBST is activated)
R2
19
kWh
x*
Heat quantity kWh
-
19
MWh
x*
Heat quantity MWh
-
19
TIME
x
Time
-
16
Sensors S3 and S4 can optionally be connected for mea-
surement purposes. S3 can optionally be used as reference
sensor for the store emergency shutdown option (OSEM).
If heat quantity measurement (OHQM) is activated, sensor
S4 has to be connected as return sensor.
If the drainback option (ODB) is activated, relay 2 can be
used to operate a booster pump by activating the booster
function (OBST).
S1
S3
S2
S4/TR
R1
R2
exemplary
Drainback system layout
(with booster pump)
D
eltaS
ol
®
BS/4
© RESOL_12089_deltasol_bs4_v2.monen.indd
| 6
9
10
VBus
S1
S2
S4
/ TR
System la
yout 1
The contr
oller ca
lculates the temperatur
e diff
er
ence
betw
een collector sensor S1 and stor
e sensor S2.
If the
diff
er
ence is larger than or identical to the adjusted s
witch-
on temperatur
e diff
er
ence (DT O),
the solar pump will be
operated b
y r
ela
y 1,
and the stor
e will be loaded until the
switch-off temperatur
e diff
er
ence (DT F) or the maxim
um
stor
e temperatur
e (S MX) is r
eached.
R1
Ar
r 1
S3
1.4
T
erminal allocation in the diff
er
ent system la
youts
Displa
y Channels
Channel
Description
Terminal
Page
INIT
x*
ODB initialisation activ
e
-
18
FLL
x*
ODB filling time activ
e
-
18
ST
AB
x*
ODB stabilisation in pr
ogr
ess
-
18
COL
x
Temperatur
e collector
S1
18
TST
x
Temperatur
e stor
e
S2
18
S3
x
Temperatur
e sensor 3
S3
18
TSTT
x*
Temperatur
e stor
e at the top
S3
18
S4
x
Temperatur
e sensor 4
S4
18
TR
x*
Temperatur
e r
eturn sensor
S4
18
n %
x
Pump speed R1
R1
19
hP
x
Operating hours R1
R1
19
hP1
x*
Operating hours R1 (if OBST is activated)
R1
19
hP2
x*
Operating hours R2
(if OBST is activated)
R2
19
kWh
x*
Heat quantity kWh
-
19
MWh
x*
Heat quantity MWh
-
19
TIME
x
Time
-
16
Sensors S3 and S4 can optionall
y be connected f
or mea
-
sur
ement purposes.
S3 can optionall
y be used as r
ef
er
ence
sensor f
or the stor
e emergency shutdo
wn option (OSEM).
If heat quantity measur
ement (OHQM) is activated,
sensor
S4 has to be connected as r
eturn sensor
.
If the drainback option (ODB) is activated,
r
ela
y 2 can be
used to operate a booster pump b
y activating the booster
function (OBST).
S1
S3
S2
S4/TR
R1
R2
exe
m
pl
ar
y
D
ra
in
bac
k s
ys
te
m l
ay
ou
t
(wi
th
b
oo
st
er
p
ump
)
D
eltaS
ol
®
BS/4
© RESOL_12089_deltasol_bs4_v2.monen.indd
| 6
9
10
VBus
S1
S2
S4
/ TR
System la
yout 1
The contr
oller ca
lculates the temperatur
e diff
er
ence
betw
een collector sensor S1 and stor
e sensor S2.
If the
diff
er
ence is larger than or identical to the adjusted s
witch-
on temperatur
e diff
er
ence (DT O),
the solar pump will be
operated b
y r
ela
y 1,
and the stor
e will be loaded until the
switch-off temperatur
e diff
er
ence (DT F) or the maxim
um
stor
e temperatur
e (S MX) is r
eached.
R1
Ar
r 1
S3
1.4
T
erminal allocation in the diff
er
ent system la
youts
Displa
y Channels
Channel
Description
Terminal
Page
INIT
x*
ODB initialisation activ
e
-
18
FLL
x*
ODB filling time activ
e
-
18
ST
AB
x*
ODB stabilisation in pr
ogr
ess
-
18
COL
x
Temperatur
e collector
S1
18
TST
x
Temperatur
e stor
e
S2
18
S3
x
Temperatur
e sensor 3
S3
18
TSTT
x*
Temperatur
e stor
e at the top
S3
18
S4
x
Temperatur
e sensor 4
S4
18
TR
x*
Temperatur
e r
eturn sensor
S4
18
n %
x
Pump speed R1
R1
19
hP
x
Operating hours R1
R1
19
hP1
x*
Operating hours R1 (if OBST is activated)
R1
19
hP2
x*
Operating hours R2
(if OBST is activated)
R2
19
kWh
x*
Heat quantity kWh
-
19
MWh
x*
Heat quantity MWh
-
19
TIME
x
Time
-
16
Sensors S3 and S4 can optionall
y be connected f
or mea
-
sur
ement purposes.
S3 can optionall
y be used as r
ef
er
ence
sensor f
or the stor
e emergency shutdo
wn option (OSEM).
If heat quantity measur
ement (OHQM) is activated,
sensor
S4 has to be connected as r
eturn sensor
.
If the drainback option (ODB) is activated,
r
ela
y 2 can be
used to operate a booster pump b
y activating the booster
function (OBST).
S1
S3
S2
S4/TR
R1
R2
exe
m
pl
ar
y
D
ra
in
bac
k s
ys
te
m l
ay
ou
t
(wi
th
b
oo
st
er
p
ump
)
Solar Controller Wiring Diagram
