Salda RIS 260VE 3.0, Технические данные инструкция

Страница: 31 / 32

31
RIS VE 3.0
1_
84
2-
00
90
B
.0
.1
.0
-L
-0
k
P
V
-
s
up
pl
y
ai
r
fa
n.
IV
-
e
xt
ra
ct
a
ir
fa
n.
K
E
1
-
su
pp
ly
a
ir
he
at
er
.
A
T
1
-
au
to
m
at
ic
r
es
et
th
er
m
os
ta
t s
up
pl
y
ai
r
he
at
er
.
R
T
1
-
m
an
ua
l r
es
et
th
er
m
os
ta
t s
up
pl
y
ai
r
he
at
er
.
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
te
m
pe
ra
tu
re
a
nd
h
um
id
ity
s
en
so
r.
T
E
-
e
xh
au
st
a
ir
te
m
pe
ra
tu
re
s
en
so
r.
M
1
-
by
pa
ss
d
am
pe
r
ac
tu
at
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
5
-
W
at
er
c
oo
le
r
va
lv
e
ac
tu
at
or
.
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.
F
A
-
fi
re
a
la
rm
s
in
pu
t.
P
S
3
-
an
tif
ro
st
p
re
ss
ur
e
re
la
y.
R
G
1
-
co
nt
ro
lle
r
P
R
V
-.
..
V
1.
1.
R
G
2,
R
G
3
-
co
nt
ro
lle
rs
E
S
K
M
1-
41
/1
00
Y
.
F
2
-
P
C
B
fu
se
2
50
m
A
.
Q
1
-
ci
rc
ui
t b
re
ak
er
C
32
.
Fire alarm
input
damper actuator damper actuator
Extract air Supply air
L
L
co
n
tr
ol
N
L
co
nt
ro
l
ON/OFF ON/OFF
230V AC 230V AC
15 20 16
L L N N L
18 17
M3 M2
X16.5
19
L N
17 16 15 14 13 12 11
X16.6
22 21
temp.sensor
TJ
Supply air
NTC
11 12 13 14 15 16 17
X16
18 19 20 21 22
22 21 20 19 18
12 11
A
H
U
w
o
rk
1
.2
W
m
ax
X16.4 9 10 6 5 4
1
.2
W
m
ax
A
H
U
s
to
p
X16.3 7 8
S
T
O
P
/S
T
A
R
T
B
O
O
S
T
14 13 X16.2
X16.4
DX Cooling
P
1
3
2
4V
D
C
2
4V
D
C
AHU stop AHU work
AHU status
Start/Stop Boost
1 2 3 4 5 6 7 8 9 10
10 9 8 7 6 5 4 3 2 1
Y1 - OPEN (24VAC)
Y2 - CLOSE (24VAC)
G - System potential 24VAC
24VAC, 3-position
M5
G
Y2 Y1
X16.1
2 3 1
Water cooler
valve actuator
X
01
1
2
1
2
X
03
X
0
2
3
4
2
1
2
1
4
3
X
04
7
X
3.
2
8
9
6
T
K
1
2
W
2
W
1
W
1
W
2
N PE PE L1
X
3
3
IV
TK C
1
L
N
PE TK
N L1 L1 N
TK PE
N
L
C
1
TK
P
V
3x
3
00
0W
/2
3
0V
A
1
A
2
A
2
A
1
A
2
A
1
1
2
X21 .1
X
2
1.
3
7
6
X
2
9.
1
1
2
X29 .2
6 5 4 3
X
3
2
L1 PE PE N
N
C
N
L
X43
X44
X15
X28
X11
X12
X14
5
X
3.
1
1
2
3
4
0
140
V
170 V
230 V
A
T
R
C1
C
2
C
2 1
A
T
1
K
1
A
1
A
2
R
T
1
C
1 2
A
1
A
2
A
1
A
2
A
2
A
1
K
1
1
4
13
1
3
5
2
6
4
K
1
X
2
2.
1
2
1
3 4 5 6
X22 .2
3x
20
0
0W
/2
30
V
K
E
1
A2
A1 0
PW
M
TK
TK
TK
TK
PW M
0
RG
2
A2
A1
Lin
Lou t
Lin
Lou t
RG
3
X23
6
4
2 5
3
Q
1
1
L3
L2
L1
N
PE N
X
16
.4
T
A
U
H
R
D
T
J
10
0
2
1
PS3
X21 .2
5
4
3
T.s et
CO M
X33 .21
X33 .22
W
H
-
W
hi
te
R
D
-
R
ed
G
N
-
G
re
en
Y
E
- Y
el
lo
w
L X31
X33 .7
X33 .8 DM P
DM P-
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 .26
X33 .25
X33 .17
X33 .12
X33 .18
X33 .14
X33 .13
X35 .1
X35 .2
24
V
D
C
X
16
.1
2
1
3
X33 .5
X33 .4
X33 .3
VA L+
VA L-
VA L
Y
1
Y
2
G
11 14
CO M
B.0 .10
D
X
C
oo
lin
g
P
1 3
N X25
FA N
CO M
12
11
Fan ru n
1.2 W m ax
+24
X
1
6.
4
9
10
6
5
4
1.2 W m ax
Fan fa ll
AN TI.F
CO M
X33 .11 ALA RM
X
1
6.
3
7
8
R
1
A
1
A
2
X33 .10 CO M
X33 .9 CH IL
X33 .2
MID L
X33 .15
CO M
X32 .3
TIM E
X32 .2
HIG H
X32 .4 CO M
X32 .1 LO W
T
L
X
37
20
18
1
7
1
9
X
16
.5
X
16
.6
21 22
14
13
TA
R
G
1
R
em
ot
e
co
nt
ro
l
R
S
48
5_
1
T
J
CO M
T.O UT
RS 485 _1
N
L
X8
DM P+
L ( clo se)
N
X33 .6
X10
EX T-
EX T+
AC .N
L ( ope n)
L c ont rol EX T-
EX T-
EX T+
N
N
N
L c ont ro l
L s upp ly
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
AC .N
PU MP
A4
A4
HR
X
16
.2
15
C
32
XC 1 XC 1
XC 2 XC 2
L s upp ly EX T+
16
BO OS T
ST OP -N O
ST AR T-N C
Ju
m
p
er
WH
RD
GN
YE
YE
GN
RD
WH
Y
1
-
C
o
nt
ro
l O
P
E
N
(
A
C
2
4
V
)
Y
2
-
C
o
nt
ro
l 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
A
C
,
3-
po
si
tio
n
M
5
L
O
N
/O
F
F
O
N
/O
F
F
23
0V
A
C
23
0
V
A
C
L
L
N
N
L
M
3
M
2
P
E
F
A
N
C
Ju
m
pe
r
FA
NC
Jumper
Jumper
W
H
R
D
B
K
1
-
G
N
D
2
-
A
C
24
V
o
p
en
3
-
A
C
24
V
cl
o
se
M
1
2
1
3-
p
os
iti
on
3
2
4V
D
C