S1
5
G
N
D
-S
M
TI
O
S1
5
1
2
-S
15
P
T1
00
0
S1
6
G
N
D
-S
M
TI
O
S
16
EV
U
13
14
-S
16
TP
13
14
S
23
G
N
D
-S
M
TI
O
S2
3
Β
1
2
-S
23
Im
p.
R
G
N
D
-S
M
TI
O
R
C
1
2
-R
C
X
X
O
hm
-R
et
ur
n
flo
w
S
M
TI
O
rt
ws
bl
br
W
KF
12
0
M
as
te
r -
->
1
30
O
hm
W
KF
18
0
M
as
te
r -
->
1
10
O
hm
W
KF
12
0
M
as
te
r -
->
1
30
O
hm
W
KF
18
0
M
as
te
r -
->
1
10
O
hm
B
ro
w
n,
o
ra
ng
e,
b
la
ck
, b
la
ck
B
ro
w
n,
b
ro
w
n,
b
la
ck
, b
la
ck
G
eä
nde
rt:
E
rs
et
zt
d
ur
ch
St
an
da
rd
Er
st
el
lu
ng
sda
tum
U
rs
pr
ung
00
1
Ze
ic
hn
er
G
ep
rü
ft:
Au
sg
ab
eda
tu
m
:
Bl
at
t T
ite
l
Pr
oj
ek
t T
ite
l
1.0
m
w
ei
ss
St
at
us
:
0
1
2
3
4
5
6
7
8
9
10
11
0
1
2
3
4
5
6
7
8
9
10
11
B
la
tt/
to
t.
12
/1
7/
20
13
B
la
tt
An
lage
m
w
ei
ss
P
ro
be
s
V
er
si
on
K
un
de
:
R
em
ko
vl
öc
ht
e
W
KF
R
S4
85
P
ro
je
kt:
7
10
/2
0/
20
14
Be
ar
be
ite
t
10
/47
Er
sa
tz
für
W
KF
R
S4
85
C
od
in
g
re
si
st
or
M
ed
iu
m
fl
ow
ra
te
- Medium flow rate solar
O
pe
n
co
nt
ac
t
En
er
gy
s
up
pl
ie
r c
on
ta
ct
O
pe
ne
r
A
p
ar
am
et
er
s
et
is
lo
ad
ed
ac
co
rd
in
g
to
th
e
va
lu
e
of
th
e
co
di
ng
re
si
st
or
.
C
od
in
g
re
si
st
or
A
t 5
c
ol
or
-r
in
gs
in
a
cc
or
da
nc
e
w
ith
D
IN
4
14
29
(5
th
R
in
g
=
to
le
ra
nc
e)
Pr
ob
e
PT
10
00
M
ed
iu
m
fl
ow
ra
te
s
ol
ar
De
wp
oi
nt
m
on
ito
rin
g
pr
ov
id
ed
b
y
th
e
cu
st
om
er
R
et
ur
n
flo
w
p
ro
be
61