Elektrisch verbindingsdiagram (indien met warmwaterbatterij)
33
RIRS 1900HE/HW EKO 3.0
www.salda.lt
1.
72
0.
00
19
A
.0
.1
.0
-L
-1
k
P
-
D
X
c
oo
le
r
pr
ot
ec
tio
n,
d
iff
er
en
tia
l p
re
ss
ur
e
sw
itc
h.
P
/U
-
"
T
ra
ns
sm
ite
r
1"
s
up
pl
y
ai
r
fa
n
pr
es
su
re
(
0-
10
V
D
C
)
tr
an
sm
itt
er
.
P
/U
-
"
T
ra
ns
sm
ite
r
2"
e
xt
ra
ct
a
ir
fa
n
0-
10
V
p
re
ss
ur
e
or
C
O
2
tr
an
sm
itt
er
s.
F
A
-
fi
re
a
la
rm
s
in
pu
t.
P
S
1
-
su
pp
ly
a
ir
fil
te
r
pr
es
su
re
r
el
ay
.
P
S
2
-
ex
tr
ac
t a
ir
fil
te
r
pr
es
su
re
r
el
ay
.
P
V
-
s
up
pl
y
ai
r
fa
n
E
C
.
IV
-
e
xt
ra
ct
a
ir
fa
n
E
C
.
T
L
-
fr
es
h
ai
r
te
m
pe
ra
tu
re
s
en
so
r.
T
J
-
su
pp
ly
a
ir
te
m
pe
ra
tu
re
s
en
so
r.
D
T
J1
00
-
e
xt
ra
ct
a
ir
hu
m
id
ity
+
te
m
pe
ra
tu
re
s
en
so
r.
T
E
-
e
xh
au
st
a
ir
te
m
pe
ra
tu
re
s
en
so
r.
S
1
-
ro
to
tio
n
se
ns
or
.
M
2
-
ou
ts
id
e
ai
r
da
m
pe
r
ac
tu
at
or
.
M
3
-
ex
tr
ac
t a
ir
da
m
pe
r
ac
tu
at
or
.
M
4
-
w
at
er
h
ea
te
r
ci
rc
ul
at
or
y
pu
m
p.
M
5
-
w
at
er
c
oo
le
r
va
lv
e
ac
tu
at
or
.
M
6
-
w
at
er
h
ea
te
r
va
lv
e
ac
tu
at
or
.
R
G
1
-
co
nt
ro
lle
r
P
R
V
-.
..
V
2.
2,
F
1,
F
2
-
fu
se
(
si
ze
5
x2
0)
,
R
-
r
ot
or
m
ot
or
1
5W
,
C
-
c
ap
ac
ito
r
1
µ
F
.
T1
-
an
tif
ro
st
th
er
m
os
ta
t,
TV
-
an
tif
ro
st
s
en
so
r,
15
X
1
6.
2
A4
A4
V1
CO
M
X37
.2
X37
.1
CO
M
V2
X37
.3
X37
.4
X4
X3
Mo
dB
us
R
T
U
R
S
48
5_
2
RS
485
_2
A1
A1
A2
A2
A3
A3
TE
T
E
X
52
X33
.19
X33
.20
CO
M
T.W
AT
TJ
X33
.22
X33
.21
X35
.3
X35
.4
X35
.5
N
L s
upp
ly
L c
ont
rol
N
N
N
EX
T+
EX
T-
EX
T-
L c
ont
rol
L (
op
en)
AC
.N
EX
T+
EX
T-
N
L (
clo
se
)
RS
485
_1
T.O
UT
CO
M
T
J
R
S
48
5_
1
R
emo
te
c
on
tr
ol
R
G
1
13
14
22
21
X
16
.6
X
16
.5
M
2
M
3
19
17
18
L
N
N
L
L
23
0V
A
C
23
0V
A
C
O
N
/O
F
F
O
N
/O
F
F
X
3
7
T
L
HIG
H
TIM
ER
X32
.3
CO
M
X33
.1
X33
.2
CH
IL
X33
.9
CO
M
X33
.10
BO
OS
T
ST
OP
-N
O
ST
AR
T-N
C
A
2
A
1
R
1
8
7
X
16
.3
ALA
RM
X33
.11
CO
M
AN
TI.F
Fan
fa
ll
1.2
W m
ax
4
5
6
10
9
X
16
.4
+24
1.2
W m
ax
Fan
ru
n
11
12
CO
M
FA
N
25
24
2
2
-
24
V
D
C
,
2
3
-
in
tp
ut
, 0
-1
0V
D
C
,
2
4
-
G
N
D
,
T
ra
ns
m
itt
er
1
(
24
V
D
C
)
P
23
3
1
P
D
X
C
oo
lin
g
P
S
2
P
S
1
2
1
7
6
5
4
14
11
G
M
5
24
V
A
C
, 3
-p
os
iti
on
Y
2
Y
1
VA
L
VA
L-
VA
L+
X33
.3
X33
.4
X33
.5
3
1
2
X
16
.1
24
V
D
C
Y
1
-
C
on
tr
ol
O
P
E
N
(A
C
2
4
V
)
Y
2
-
C
on
tr
ol
C
LO
S
E
(
A
C
2
4
V
)
G
-
S
ys
te
m
p
ot
en
tia
l A
C
2
4
V
X33
.18
X33
.12
X33
.17
X33
.25
X33
.26
X34
.1
X34
.2
X34
.3
X34
.4
X34
.5
X34
.6
X34
.7
X34
.8
X39
.1
X39
.2
X41
.2
X41
.1
24V
DC
24V
DC
A.0
.10
CO
M
X33
.16
X33
.15
2
1
X21
.2
D
T
J
1
00
H
R
U
T
A
HR
TA
X40
.1
X40
.2
X40
.3
X38
.2
X38
.1
2
8
2
7
2
6
X33
.24
X33
.23
CO
M
T.s
et
2
5
-
24
V
D
C
,
2
6
-
in
tp
ut
,
0-
10
V
D
C
,
2
7
-
G
N
D
,
T
ra
ns
m
itt
er
2
(
24
V
D
C
)
P
W
2
Ju
m
pe
r
X2.
2
X2.
1
K1
X
16
.9
35
36
T
1
T
V
1
6
2
9
X
16
.7
3
0
3
1
1A
2
1
F
2
N
L
M
4
P
E
1f
, 2
30
V
A
C
m
ax
. 1
A
3
2
X
16
.8
3
3
3
4
24
V
D
C
, 0
-1
0V
D
C
M
6
G
Y
0
0
-
G
N
D
,
Y
-
0
-1
0V
,
G
-
2
4V
D
C
.
W
1
X
1
6.
7
PE
L1
N
F
1
PE
X
23
10
A
2
1
BK
-
Bl
ac
k
BN
-
Br
ow
n
BU
-
bl
ue
X
16
.1
0
2
0
N
P
E
L1
C
E
E
7/7
PU
MP
AC
.N
X10
X8
L
N
LO
W
X3
2.1
CO
M
X3
2.4
X3
2.2
MID
L
X2
9
X2
5
N
L
B.0
.10
CO
M
X3
5.2
X3
5.1
X3
3.1
3
X3
3.1
4
X3
1
L
X2
4
N
X42
X12
L
N
X
40
1
R
P
E
N
L
C
2
3
4
X
51
1
2
3
4
5
6
B
K
B
U
B
N
7
W
1
W
2
W
3
8
9
3
2
X21
.1
1
C
O
M
S
1
C
+
24
V
D
C
X
33
X
35
X
34
X
32
N
N
N
N
P
E
L3
L2
L1
P
E
L1
L2
L2
L1
P
E
L1
L2
L3
P
E
D
1
in
0-
10
V
in
10
V
ou
t
G
N
D
P
V
K
1
K
1
L
N
P
E
P
E
N
L
K
1
K
1
IV
G
N
D
10
V
ou
t
0-
10
V
in
D
1
in
X
4
1
2
3
4
5
6
7
8
9
9
8
7
6
5
4
3
2
1
X
3
X
21
.3
8
9
C
A
T
2
K
E
2
1
2
N
1 3
4
2
Q
1
M
ai
n
S
w
itc
h
2
P
W
3
F
A
N
C
Ju
m
pe
r