38
RIS VE/VW EKO 3.0
www.salda.lt
1_
77
9-
00
40
A
.0
.1
.0
-L
-0
k
16
15
X
16
.2
HR
A4
A4
PU
MP
AC
.N
L
N
V1
CO
M
X1
2
X4
2
X37
.2
X37
.1
CO
M
V2
X37
.3
X37
.4
X4
X3
M
od
B
u
s
R
T
U
R
S
48
5_
2
RS
48
5_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
up
ply
L c
on
tro
l
N
N
N
EX
T+
EX
T-
EX
T-
EX
T+
L c
on
tro
l
L (
ope
n)
AC
.N
EX
T+
EX
T-
X10
X33
.13
N
L (
clo
se)
CO
M
X8
L
N
RS
48
5_1
T.O
UT
CO
M
T
J
P
E
te
rm
in
al
R
S
48
5_
1
R
em
ot
e
co
nt
ro
l
R
G
1
TA
13
14
22
21
X
16
.6
X
16
.5
M
2
M
3
19
17
18
L
N
N
L
L
20
23
0V
A
C
23
0V
A
C
O
N
/O
F
F
O
N
/O
FF
L
X
37
T
L
N
P
E
L1
1 3
4
2
LO
W
X32
.1
CO
M
X32
.4
HIG
H
X32
.2
TIM
E
X32
.3
CO
M
X33
.15
MID
L
X33
.2
CH
IL
X33
.9
CO
M
X33
.10
BO
OS
T
STO
P-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
Fa
n fa
ll
1.2
W m
ax
4
5
6
10
9
X
16
.4
+24
1.2
W m
ax
Fa
n r
un
11
12
CO
M
FA
N
25
24
P
23
X29
X25
N
L
F
1
3
1
P
D
X
C
oo
lin
g
B.0
.10
CO
M
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
2
4V
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
X35
.2
X35
.1
X33
.13
X33
.14
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
X40
.1
X40
.2
X40
.3
X38
.2
X38
.1
X39
.1
X39
.2
X41
.2
X41
.1
24
VD
C
24
VD
C
A.0
.10
CO
M
X33
.16
X33
.15
X31
L
Q
1
M
a
in
S
w
itc
h
2
P
X24
N
X
16
.7
L1
N
PE
23
0V
A
C
, 5
0H
z
W
1
6,
3A
C
E
E
7/
7
3x
1,
5
X33
.22
X33
.21
CO
M
T.s
et
28
27
P
26
X
16
.1
0
W
1
Ju
m
pe
r
Tr
an
sm
itt
er
1
(2
4
V
D
C
)
23
-
2
4
V
D
C
,
24
-
in
tp
u
t,
0-
1
0V
D
C
,
25
-
G
N
D
,
T
ra
ns
m
itt
er
2
(
24
V
D
C
)
26
-
2
4V
D
C
,
27
-
in
tp
ut
, 0
-1
0V
D
C
,
28
-
G
N
D
,
B
K
-
bl
ac
k,
R
D
-
re
d,
W
H
-
w
hi
te
.
1
2
DM
P-
DM
P+
DM
P
X33
.7
X33
.6
X33
.8
24
V
A
C
3-
po
si
tio
n
M
1
1 -
G
ND
2 -
A
C24
V o
pen
3 -
A
C24
V c
lo
se
3
2
1
X
21
4
1
T
V
T
1
X
16
.9
35
36
29
3
0
31
N
L
P
E
1f
, 2
30
V
A
C
X
16
.7
M
4
1A
F
2
1
2
32
X
16
.8
33
34
24
V
D
C
, 0
-1
0
V
D
C
G
Y
0
M
6
W
1
0
-
G
N
D
,
Y
-
0
-1
0V
,
G
-
2
4V
D
C
.
S
pr
in
g
ba
ck
X
4
6
P
E
N
L3
L1
L
2
L
2
L1
L3
N
P
E
1
2
3
4
5
0-
10
V
in
G
N
D
IV
L
N
P
E
+
L
N
P
E
P
E
N
L
+
P
E
N
L
P
V
GN
D
0-
10
V
in
X
32
X
33
CE
7/7
X16
.7
PE
N
L1
L1
N
PE
L1
N
PE
L1
N
PE
1f,
230
V A
C
P
ow
er
sup
ply
ca
ble
X16
36
36
28
25
20
22
23
24
24
23
22
23
24
X16
.4
25
25
31
30
X16
.7
29
34
33
32
35
36
30
29
31
33
32
34
35
27
26
28
30
29
31
33
32
34
35
27
26
28
26
27
X16
.10
15
18
17
X16.5
19
17
15
14
13
12
11
22
21
11
12
13
14
15
17
18
19
20
21
21
20
19
18
12
11
X16
.4
9
10
6
5
4
X16
.3
7
8
14
13
X16
.2
1
2
3
4
5
6
7
8
9
10
10
9
8
7
6
5
4
3
2
1
X16
.1
2
3
1
16
16
16
M2
N
L
23
0V
A
C
Air
qua
lity
tr
ans
mitt
er
P
Tra
nsm
itt
er 1
23
- 2
4V
D
C,
24
- in
tp
ut,
0-1
0V
D
C,
25
- G
ND
,
1f,
230
V A
C
PE
M4
L
N
circ
ula
tio
n p
um
p
Wat
er
hea
ter
Wat
er
hea
ter
va
lve
ac
tua
tor
Wat
er
hea
ter
an
tifr
ost
pr
ote
ct.
0 -
G
ND
,
Y -
0-1
0V
,
G -
24
VD
C.
0
Y
G
M6
24
VDC,
0-
10V
DC
X16
.8
4
1
T
V
T
1
X16
.9
P
26
- 2
4V
D
C,
27
- in
tpu
t, 0
-10
V D
C,
28
- G
ND
,
Tra
nsm
itte
r 2
CO
2; S
upp
ly
air
pre
ssu
re
Air
qu
alit
y tr
ans
mitt
er
Ext
ra
ct a
ir
pre
ssu
re
Fir
e a
la
rm
inp
ut
dam
per
ac
tua
tor
dam
per
ac
tua
tor
Ext
rac
t a
ir
Sup
ply
ai
r
L
L c
on
tro
l
N
L c
on
tro
l
ON
/O
FF
ON
/O
FF
230
V A
C
L
L
N
M3
N
X16
.6
tem
p.s
ens
or
TJ
Sup
ply
ai
r
NTC
A
H
U
w
or
k
1
.2
W
m
a
x
1
.2
W
m
a
x
A
H
U
s
to
p
X16
.4
DX
C
ool
ing
P
1
3
2
4V
D
C
2
4V
D
C
AH
U s
to
p
AH
U w
ork
AH
U s
ta
tus
Sta
rt/S
top
Bo
ost
Y1
- O
PE
N (
24V
AC
)
Y2
- C
LO
SE
(2
4V
AC
)
G -
Sys
tem
po
ten
tia
l 2
4V
AC
24V
AC
, 3
-po
siti
on
M5
G
Y2
Y1
Wat
er
coo
le
r
va
lve
ac
tua
tor
Jum
per
S
TO
P
-N
O
S
T
A
R
T-
N
C
B
O
O
S
T
Spr
in
g b
ack
P
V
-
s
u
pp
ly
a
ir
fa
n
E
C
,
IV
-
e
xt
ra
ct
a
ir
fa
n
E
C
,
T
L
-
o
ut
si
de
a
ir
te
m
pe
ra
tu
re
s
en
so
r,
T
J
-
su
pp
ly
a
ir
te
m
pe
ra
tu
re
s
e
ns
or
,
T
E
-
e
xh
au
st
a
ir
te
m
pe
ra
tu
re
s
en
so
r,
D
T
J1
0
0
-
ex
tr
ac
t
ai
r
hu
m
id
ity
+
te
m
pe
ra
tu
re
s
e
ns
or
,
T
1
-
w
a
te
r
he
at
er
a
n
tif
ro
st
t
he
rm
os
ta
t,
T
V
-
w
at
er
h
ea
te
r
a
nt
ifr
os
t s
e
ns
or
M
1
-
B
Y
P
A
S
S
d
a
m
pe
r
ac
tu
at
or
, 3
-p
o
si
tio
n
(i
nt
e
gr
at
ed
)
M
2
-
o
ut
si
de
a
ir
da
m
pe
r
ac
tu
a
to
r,
M
3
-
e
xt
ra
ct
a
ir
da
m
p
er
a
ct
ua
to
r
,
M
5
-
w
at
er
c
oo
le
r
va
lv
e
a
ct
ua
to
r,
M
6
-
w
at
er
h
ea
te
r
va
lv
e
ac
tu
at
or
P
-
D
X
c
oo
le
r
p
ro
te
ct
io
n,
d
iff
er
en
tia
l
p
re
ss
ur
e
sw
itc
h,
F
A
-
fi
re
a
la
rm
in
pu
t,
T
ra
n
ss
m
ite
r.
..
-
ai
r
q
uo
lit
y
tr
am
sm
itt
er
.
R
G
1
-
c
on
tr
ol
le
r
P
R
V
R
P
-V
2.
2,
F
..
. -
F
us
e
B
T
-5
x2
0
-.
..A
,
R
1
-
re
la
y.
F
A
N
C
Ju
m
p
e
r
FA
NC
Jum
per
+5V
TA
CO
M
RH
H
R
U
T
A
D
T
J
10
0.
1
RD
WH
YE
GY
3
2
1
B
K
R
D
W
H
Содержание RIS 400VE EKO
Страница 28: ...28 RIS VE VW EKO 3 0 www salda lt...
Страница 33: ...33 RIS VE VW EKO 3 0 www salda lt...
Страница 34: ...34 RIS VE VW EKO 3 0 www salda lt...
Страница 35: ...35 RIS VE VW EKO 3 0 www salda lt...
Страница 36: ...36 RIS VE VW EKO 3 0 www salda lt...
Страница 39: ...39 RIS VE VW EKO 3 0 www salda lt...