Salda RIS 2500HW EKO 3.0, Technical Manual

Page: 30 / 32

30
RIS 2500HE/HW EKO 3.0
PV
-
su
pp
ly
a
ir
fa
n.
IV
-
ex
tra
ct
a
ir
fa
n.
K
E1
-
su
pp
ly
a
ir
he
at
er
.
A
T1
-
au
to
m
at
ic
re
se
t t
he
rm
os
ta
t s
up
pl
y
ai
r
he
at
er
.
R
T1
-
m
an
ua
l r
es
et
th
er
m
os
ta
t s
up
pl
y
ai
r h
ea
te
r.
K
E2
-
co
nt
ro
l b
ox
h
ea
te
r.
A
T2
-
au
to
m
at
ic
th
er
m
os
ta
t f
or
c
on
tro
l
bo
x
he
at
in
g.
TL
-
ou
ts
id
e
ai
r t
em
pe
ra
tu
re
se
ns
or
.
TJ
-
su
pp
ly
a
ir
te
m
pe
ra
tu
re
se
ns
or
.
TE
-
ex
ha
us
t a
ir
te
m
pe
ra
tu
re
se
ns
or
.
D
TJ
10
0
- e
xt
ra
ct
a
ir
hu
m
id
ity
+
te
m
pe
ra
tu
re
se
ns
or
.
M
1
- B
Y
PA
SS
d
am
pe
r a
ct
ua
to
r 2
4V
D
C,
M
2
- o
ut
si
de
a
ir
da
m
pe
r a
ct
ua
to
r 2
30
V
A
C.
M
3
- e
xt
ra
ct
a
ir
da
m
pe
r a
ct
ua
to
r 2
30
V
A
C.
M
5
- w
at
er
c
oo
le
r v
al
ve
a
ct
ua
to
r2
4V
A
C,
3-
po
si
tio
n.
FA
-
fir
e
al
ar
m
in
pu
t.
PS
1
- s
up
pl
y
ai
r d
iff
er
en
tia
l p
re
ss
ur
e
sw
itc
h.
PS
2
- e
xt
ra
ct
a
ir
di
ffe
re
nt
ia
l p
re
ss
ur
e
sw
itc
h.
PS
3
- a
nt
ifr
os
t p
re
ss
ur
e
re
la
y.
P
/U
-
"
T
ra
ns
sm
ite
r
1"
s
up
pl
y
ai
r
pr
es
su
re
tr
an
sm
itt
er
(
0-
10
VD
C
).
P
/U
-
"
T
ra
ns
sm
ite
r
2"
e
xt
ra
ct
a
ir
fa
n
0-
10
V
pr
es
su
re
, C
O
2
tr
an
sm
itt
er
s.
R
G
1
- P
RV
c
on
tro
lle
r.
R
G
2,
R
G
3
- c
on
tro
lle
r E
SK
M
1-
26
/1
76
-3
0.
Q
1
- m
ai
n
sw
itc
h.
Q
2
- c
irc
ui
t b
re
ak
er
.
K
1
- c
on
ta
ct
or
.
F1
-
fu
se
B
T-
5x
20
-1
0.
R
1
-
re
la
y.
1_
79
3.
00
31
B.
0.
1.
1-
L-
0k
X12
N
L
X42
L1
N
8
9
X21 .3
B
10
2
1
F
1,
1
0A
E
K
1-
E
K
3
GN (B U)
YE
WH (B K)
RD
TK
TK
0
PW
M
PW M
0
TK
TK
RD
WH
(B K)
YE
GN (B U)
20
-
2
4V
D
C
,
21
-
in
tp
ut
, 0
-1
0
V
D
C
,
22
-
G
N
D
,
T
ra
ns
m
itt
er
2
(
24
V
D
C
)
17
-
2
4V
D
C
,
18
-
in
tp
ut
, 0
-1
0V
D
C
,
19
-
G
N
D
,
T
ra
ns
m
itt
er
1
(
24
V
D
C
)
Ju
m
pe
r
P
T.s et
CO M
X33 .2 3
X33 .2 4
1 2
C
on
n
ta
ct
s
N
N PE
PE
Q
1
M
ai
n
S
w
itc
h
3
P
L X31
X
3
X
4
1
2 3 4 5 6 7 8 9 9 8 7 6 5 4 3 2
1
X
22
.2
5
4
24V DC
24V DC
X41 .1
X41 .2
X39 .2
X39 .1
X38 .1
X38 .2
X40 .3
X40 .2
X40 .1
X34 .8
X34 .7
X34 .6
X34 .5
X34 .4
X34 .3
X34 .2
X34 .1
X33 .2 6
X33 .2 5
X33 .1 7
X33 .1 2
X33 .1 8
X33 .1 4
X33 .1 3
X35 .1
X35 .2
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
2
4V
D
C
X
16
.1
2
1
3
X33 .5
X33 .4
X33 .3 VA L+
VA L-
VA L
Y
1
Y
2
24
V
A
C
, 3
-p
os
iti
on
M
5
G
11 14
X23
CO M
B.0 .10
4
5
6
7
X21 .2
1 2
P
S
1
P
S
2
6
4
2 5
3
Q
2
1
D
X
C
oo
lin
g
P
1 3
L3
L2
L
N X25
X29
P
FA N
CO M
Fan ru n
1.2 W m ax
+24
1.2 W m ax
Fan fa ll
AN TI.F
CO M
X33 .1 1 ALA RM
R
1
A
1
A
2
ST AR T-N C
STO P-N O
BO OS T
X33 .1 0 CO M
X33 .9 CH IL
X33 .2
MID
X33 .1
CO M
X32 .3
TIM ER
X32 .2
HIG H
X32 .4 CO M
X32 .1 LO W
2 4 6
5 3 1
L1
P
E
N
T
L
X
37
TA
R
G
1
R
em
ot
e
co
nt
ro
l
R
S
48
5_
1
PE N
T
J
CO M
T.O UT
RS 485 _1
N
L
X8
X10
EX T-
EX T+
AC .N
X35 .5
X35 .4
X35 .3
X33 .21
X33 .22
TJ
T.W AT
CO M X33 .20
X33 .19
X
52
T
E
TE
A3
A3
A2
A2
A1
A1
RS 485 _2
R
S
48
5_
2
M
od
B
us
R
T
U
X3
X4
X37 .4
X37 .3 V2
CO M
X37 .1
X37 .2 CO M
V1
AC .N
PU MP
A4
A4
RH
2 1
P
S
3
11
10
R
G
3
X
29
.2
6 7 8 9
X29 .3
Lou t
Lin
Lou t
Lin
A1
A2
R
G
2
A1
A2
K
E
1
3x
1,
2k
W
/4
00
V
X
29
.1
5
4
3
2
1
K
1
4
6
2
5
3
1
13
14
K
1
A
1
A
2
A
2
A
1
A
2
A
1
2 1
C
R
T
1
A
2
A
1
K
1
A
T
1
1 2
C
P
E
N L N
C
C
O
M
X
33
X
35
X
34
X
32
0-
10
V
in
G
N
D
P
V
C
O
M
N
C
L N P
E
IV
G
N
D
0-
10
V
in
P
E N
L3 L2
L1
P
E N
L1
L2 L2
L1
N
P
E
L1
L2 L3
N
P
E
2
1
X40
3
X21 .1
3
2
1
W
H
R
D
B
K
1
-
G
N
D
2
-
A
C
24
V
c
lo
se
3
-
A
C
24
V
o
pe
n
M
1
3
1
3-
po
si
tio
n
2
24
V
D
C
DM P-
DM P+
DM P
X33 .8
X33 .6
X33 .7
1
2
2
1
X
03
X
01
4
1
2
3
X
04
X
02
3
2
1
4
2 1
N
L
P
E
A
T
2
C
K
E
2
3x
40
0V
, 5
0H
z
L (o pen )
N
L (c los e)
M
3
N
(1
)L
(2
)
23
0
V
A
C
N
M
2
S
pr
in
g
b
ac
k,
O
N
/O
F
F
23
0
V
A
C
L c ont rol
N
X
45
N
/1
L/
2
O
N
/O
F
F
L s upp ly
N
(1
)
L(
2)
L(
3
)
L c ont rol
16 15
X
16
.6
8
7
X
1
6.
3
X
16
.2
4
5
6
X
1
6.
4
13
14
10
9
11
12
19
18
17
2
2
21
20
X
16
.1
0
6 7 8 9
X22 .3
X
22
.1
3
2
1
Jum
per
F
A
+5V
TA
CO M
RH
R
H
U
T
A
RD
WH
YE
GY