Salda RIRS 1200HW 3.0, Technical Data Manual

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RIRS HW 3.0
• Naudojant nuotolinį valdymo pultelį pasirinkite
norimą ventiliatorių sukimosi greitį ir tiekiamo
oro temperatūrą.
• Пользуясь дистанционным пультом
управления, выберите желаемую скорость
вращения вентиляторов и температуру
приточного воздуха.
• Select the desired fan rotation speed and
the supply air temperature using the remote
controller.
• Während des Gebrauchs vom Fernbedienpult
werden die gewünschte Drehgeschwindigkeit
der Ventilatoren und die Zulufttemperatur
gewählt werden.
PASTABA: prijungti ir (arba) atjungti nuotolinį
valdymo pultelį galima tik atjungus ŠVOK agre-
gatui maitinimą.
• Įjunkite maitinimo įtampą, įjunkite apsauginį
kirtiklį Q (jeigu yra numatytas gamintojo) žr.
pav. 5 (tikrasis kirtiklio vaizdas gali skirtis
nuo pateikto nuotaraukoje (priklausomai
nuo gaminio modelio)). Arba įjunkite elektros
srovę (įkiškite maitinimo kabelio kištuką į lizdą
arba, jei yra sumontuotas dvipolis automatinis
įjungėjas - įjunkite jį. BŪTINA užtikrinti, kad jis
nebūtų įjungtas trečių asmenų).
ПРИМЕЧАНИЕ: подключить и (или) отключить
пульт дистанционного управления можно,
только отключив питание агрегата ОВКВ.
• Включите питание, включите защитный
рубильник Q (если он предусмотрен
производителя) см. карт. 5 (фактическая
внешнасть рубильника может отличаться
от показанного на чертеже (зависимо от
моделя)). Или включите питание (вставте
штекер кабеля питания в розетку или,
если укомплектован двухполюсный
п е р е к л юч ат ел ь – в к л юч и т е е го .
НЕОБХОДИМО убедиться, что он небыл
включен третьих лиц).
NOTE: The remote control panel can be con-
nected and (or) disconnected only after discon-
necting the power supply for the HVAC unit.
• Turn on the supply power and safety switch
Q (if provided by the manufacturer) see
Figure No. 5 (actual image of the switch may
differ from that in the picture (depending on
the model)). Or turn on the electric current
(plug the power cable into the socket or if
automatic bipolar switch is installed - turn it
on. NECESSARY to ensure its‘ turn on by
the third parties).
BEMERKUNG: Fernbedienpult kann nur nach
der Abschaltung der Speisung fürs HKLK-
Aggregat angeschlossen und/oder abgeschlos-
sen werden.
• Schalten Sie die Stromversorgung und
Sicherheitsschalter Q (falls vom Hersteller
bereitgestellt) siehe Abbildung Nr. 5 ( Schalter
je nach Typ kann sich von der auf dem
Bild angegebener Ausführung abweichen).
Oder schalten Sie den elektrischen Strom
(stecken Sie das Netzkabel in die Steckdose
oder wenn die automatische zweipolige
automatische Schalter installiert ist - schalten
Sie es ein. Es ist SICHERZUSTELLEN , damit
der automatische Schalter nicht von der dritten
personen eingeschaltet ist.
RIRS 400HW 3.0
OFF
ON
Pav. 5
Рис. 5
F i g . 5
Abb. 5
RIRS 700HW 3.0
PV
- s
up
ply
air
fa
n,
IV
- e
xtr
ac
t a
ir f
an
,
TL
- o
uts
ide
air
te
m
pe
rat
ure
se
nso
r,
TJ
- s
up
ply
air
te
m
pe
rat
ure
se
nso
r,
TE
- e
xh
au
st a
ir t
em
pe
ratu
re s
en
so
r,
D
TJ
- e
xtr
ac
t a
ir h
um
id
ity
+
te
m
pe
rat
ure
se
nso
r,
R
- r
oto
r m
oto
r, 2
30
V
A
C
,
M
2 -
ou
tsid
e a
ir d
am
pe
r a
ctu
ato
r,
M
3 -
ex
tra
ct a
ir d
am
pe
r a
ctu
ato
r,
M
4 -
w
ate
rh
ea
ter
cir
cu
lati
on
pu
m
p 2
30
V
A
C
,
M
5 -
w
ate
r c
oo
ler
va
lve
ac
tua
tor
, 3
-po
siti
on
,
M
6 -
w
ate
rh
ea
ter
ac
tu
ato
r 2
4V
D
C
, 0
-1
0V
D
C
,
FA
- f
ire
ala
rm
in
pu
t,
P -
D
X
co
ole
r p
ro
tec
tio
n, d
iffe
ren
tia
l p
res
su
re s
w
itc
h,
T1
- w
ate
r h
ea
ter
an
tifr
ost
th
erm
os
tat,
TV
-w
ate
r h
ea
ter
a
nti
fro
st s
en
so
r
R
G
1 -
co
ntr
oll
er P
R
V
_V
1.1
,
F1
* -
W
he
n th
e R
IR
S4
00
...W
3.0
- F
us
e B
T-5
x2
0-3
,15
A
W
he
n t
he
R
IR
S7
00
...W
3.0
- F
use
B
T-5
x2
0-5
A
A
TR
- a
uto
tra
nsf
orm
er 4
A
(9
20
V
A
),
TK
- a
uto
tra
nsf
orm
er t
he
rm
oc
on
tac
t
C
1*
- c
ap
ac
ito
r:
W
he
n t
he
R
IR
S 4
00
H
...;V
...3
.0 -
6m
F/4
00
V
W
he
n t
he
R
IR
S 7
00
H
...;V
...3
.0 -
10
m
F/4
00
V
C
2*
- c
ap
ac
ito
r:
W
he
n t
he
R
IR
S 4
00
H
...;V
...3
.0 -
6m
F/4
00
V
W
he
n t
he
R
IR
S 7
00
H
...;V
...3
.0 -
10
m
F/4
00
V
valve actuator
Water cooler
1
3 2 X16.1
Y1 Y2 G
M5
24VAC, 3-position
Y1 - OPEN (24VAC)
Y2 - CLOSE (24VAC)
G - System potential 24VAC
1 2 3 4 5 6 7 8 9 10
10 9 8 7 6 5 4 3 2 1
Boost
Start/Stop
AHU status
AHU work AHU stop
24
V
D
C
24
V
D
C
3
1
P
DX Cooling
X16.4
X16.2
FA
13 14
B
O
O
S
T
S
T
O
P
/S
T
A
R
T
8 7 X16.3
A
H
U
s
to
p
1.
2W
m
ax
4 5 6 10 9
X16.4
1.
2W
m
ax
A
H
U
w
or
k
11 12
18 19 20 21 22
22 21 20 19 18 17 16 15 14 13 12 11
NTC
Supply air
TJ
temp.sensor
21 22
X16.6
11 12 13 14 15 16 17
N
19
X16.5
M2 M3
17 18
L N N L L
16 20 15
230V AC 230V AC
ON/OFF
ON/OFF
L
co
nt
ro
l
N
L
c
on
tr
ol
L
Supply air Extract air
damper actuator damper actuator
Fire alarm
input
X16
supply cable
Power
1f, 230V AC
PE N L1
PE N L1
PE N L1
L1 N PE
X16.7
CE7/7
25 24 23 26
1f, 230V AC
PE
M4
L
N
23 25
X16.7
24
circulation pump
Water heater Water heater
valve actuator
Water heater
antifrost protect.
0 - GND,
Y - 0-10V,
G - 24VDC.
0 Y
G
M6
24VDC, 0-10VDC
26 28
X16.8
27
4
1
T
V
T
1
29 30
X16.9
30 28 27 29
23 24 25 26 27 28 29 30
1_
86
9-0
04
8A
.1.0
-L
-0
k
max. 1A Spring back
L X23
W
41
W
40
X28
X14
X12
X11
P
E
N
P
E
L
1
x2
3
0
V
, 5
0H
z
PE
X
16
.7
N L1
2
F
1*
1
N X24
L X31
L
N X25
X29
Ju
m
pe
r
16
EXT+
XC2 XC2
XC1 XC1
C
2*
C
1
*
X
32
X
33
N
IV
P
E
C
2
L
1 2 P
E
N N P
E
2 1
15
X
16
.2
HR
A4
A4
PUMP
AC.N
X4
X3
M
od
B
us
R
TU
R
S
48
5_
2
RS485_2
A1
A1
A2
A2
A3
A3
TE
TE
X33.19
X33.20 COM
T.WAT
TJ
X33.22
X33.21
X35.3
X35.4
X35.5
N
L supply
L control
N
N
N
EXT+
EXT-
EXT- L control
L (open)
AC.N
EXT+
EXT-
X10
N
L (close)
X8
L
N
RS485_1
T.OUT
COM
T
J
R
S
48
5_
1
R
em
ote
c
on
tro
l
R
G
1
TA
F
A
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
F
F
T
L
LOW X32.1
COM X32.4
HIGH
X32.2
TIMER
X32.3
COM
X33.15
MID
X33.2
CHIL X33.9
COM X33.10
BOOST
STOP-NO
START-NC
ALARM X33.11
COM
ANTI.F
Fan fall
1.2W max
4
5
6
10
9
X
16
.4
+24
1.2W max
Fan run
11
12
COM
FAN
B.0.10
COM
G
M
5
24
V
A
C
, 3
-p
os
itio
n
Y
2
Y
1
VAL
VAL-
VAL+
X33.3
X33.4
X33.5
3
1
2
X
1
6.1
Y
1
-
C
o
ntr
ol
O
P
E
N
(A
C
2
4 V
)
Y
2
-
C
o
ntr
ol
C
LO
S
E
(A
C
2
4
V
)
G
-
S
ys
te
m
p
o
te
n
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
24VDC
24VDC
B
K
- B
lac
k
B
N
- B
ro
w
n
B
U
- b
lue
R
D
- r
ed
X33.22
X33.21
COM
T.set
2 1
T
K
X
16
.4
A
T
R
230V
170V
140V
0
L C
1
P
E
P
V
N
4
3
2
1
X
3
5
X14
X12
X11
X28
X15
X44
X43
Min
L
N
C
Max
Mid
N
6
80V
120V
X
40
1
R
P
E
N
L
C
2
3
4
C
3
0,5
µ
F
24
V
D
C
11 14
D
X
C
o
olin
g
P
1 3
X
16
.3
7
8
R
1
A
1
A
2
0 -
G
N
D
,
Y
-
0
-1
0V
D
C
G
-
2
4V
D
C
.
M
6
0
Y
28
27
X
16
.8
26
G
24
V
D
C
, 0
-1
0
V
D
C
23
24
25
N
L
P
E
1
f, 2
3
0V
A
C
X
16
.7
M
4
X
16
.9
29 30
T
V
1
4
1
4
T
1
m
ax
. 1
A
6
W
S
p
rin
ng
b
ac
k
+5V
TA
COM
RH
H
R
U
T
A
RD
WH
YE
GY
Ju
m
pe
r
Jumper
Jumper
PV
- s
up
ply
air
fa
n,
IV
- e
xtr
ac
t a
ir f
an
,
TL
- o
uts
ide
air
te
m
pe
rat
ure
se
nso
r,
TJ
- s
up
ply
air
te
m
pe
rat
ure
se
nso
r,
TE
- e
xh
au
st a
ir t
em
pe
ratu
re s
en
so
r,
D
TJ
- e
xtr
ac
t a
ir h
um
id
ity
+
te
m
pe
rat
ure
se
nso
r,
R
- r
oto
r m
oto
r, 2
30
V
A
C
,
M
2 -
ou
tsid
e a
ir d
am
pe
r a
ctu
ato
r,
M
3 -
ex
tra
ct a
ir d
am
pe
r a
ctu
ato
r,
M
4 -
w
ate
rh
ea
ter
cir
cu
lati
on
pu
m
p 2
30
V
A
C
,
M
5 -
w
ate
r c
oo
ler
va
lve
ac
tua
tor
, 3
-po
siti
on
,
M
6 -
w
ate
rh
ea
ter
ac
tu
ato
r 2
4V
D
C
, 0
-1
0V
D
C
,
FA
- f
ire
ala
rm
in
pu
t,
P -
D
X
co
ole
r p
ro
tec
tio
n, d
iffe
ren
tia
l p
res
su
re s
w
itc
h,
T1
- w
ate
r h
ea
ter
an
tifr
ost
th
erm
os
tat,
TV
-w
ate
r h
ea
ter
a
nti
fro
st s
en
so
r
R
G
1 -
co
ntr
oll
er P
R
V
_V
1.1
,
F1
* -
W
he
n th
e R
IR
S4
00
...W
3.0
- F
us
e B
T-5
x2
0-3
,15
A
W
he
n t
he
R
IR
S7
00
...W
3.0
- F
use
B
T-5
x2
0-5
A
A
TR
- a
uto
tra
nsf
orm
er 4
A
(9
20
V
A
),
TK
- a
uto
tra
nsf
orm
er t
he
rm
oc
on
tac
t
C
1*
- c
ap
ac
ito
r:
W
he
n t
he
R
IR
S 4
00
H
...;V
...3
.0 -
6m
F/4
00
V
W
he
n t
he
R
IR
S 7
00
H
...;V
...3
.0 -
10
m
F/4
00
V
C
2*
- c
ap
ac
ito
r:
W
he
n t
he
R
IR
S 4
00
H
...;V
...3
.0 -
6m
F/4
00
V
W
he
n t
he
R
IR
S 7
00
H
...;V
...3
.0 -
10
m
F/4
00
V
valve actuator
Water cooler
1
3 2 X16.1
Y1 Y2 G
M5
24VAC, 3-position
Y1 - OPEN (24VAC)
Y2 - CLOSE (24VAC)
G - System potential 24VAC
1 2 3 4 5 6 7 8 9 10
10 9 8 7 6 5 4 3 2 1
Boost
Start/Stop
AHU status
AHU work AHU stop
24
V
D
C
24
V
D
C
3
1
P
DX Cooling
X16.4
X16.2
FA
13 14
B
O
O
S
T
S
T
O
P
/S
T
A
R
T
8 7
X16.3
A
H
U
s
to
p
1.
2W
m
ax
4 5 6 10 9
X16.4
1.
2W
m
ax
A
H
U
w
or
k
11 12
18 19 20 21 22
22 21 20 19 18 17 16 15 14 13 12 11
NTC
Supply air
TJ
temp.sensor
21 22
X16.6
11 12 13 14 15 16 17
N
19
X16.5
M2 M3
17 18
L N N L L
16 20 15
230V AC 230V AC
ON/OFF
ON/OFF
L
co
nt
ro
l
N
L
c
on
tr
ol
L
Supply air Extract air
damper actuator damper actuator
Fire alarm
input
X16
supply cable
Power
1f, 230V AC
PE N L1
PE N L1
PE N L1
L1 N PE
X16.7
CE7/7
25 24 23 26
1f, 230V AC
PE
M4
L
N
23 25
X16.7
24
circulation pump
Water heater Water heater
valve actuator
Water heater
antifrost protect.
0 - GND,
Y - 0-10V,
G - 24VDC.
0 Y
G
M6
24VDC, 0-10VDC
26 28
X16.8
27
4
1
T
V
T
1
29 30
X16.9
30 28 27 29
23 24 25 26 27 28 29 30
1_
86
9-0
04
8A
.1.0
-L
-0
k
max. 1A Spring back
L
X23
W
41
W
40
X28
X14
X12
X11
P
E
N
P
E
L
1
x2
3
0
V
, 5
0H
z
PE
X
16
.7
N L1
2
F
1*
1
N X24
L X31
L
N X25
X29
Ju
m
pe
r
16
EXT+
XC2 XC2
XC1 XC1
C
2*
C
1
*
X
32
X
33
N
IV
P
E
C
2
L
1 2 P
E
N N P
E
2 1
15
X
16
.2
HR
A4
A4
PUMP
AC.N
X4
X3
M
od
B
us
R
TU
R
S
48
5_
2
RS485_2
A1
A1
A2
A2
A3
A3
TE
TE
X33.19
X33.20 COM T.WAT
TJ
X33.22
X33.21
X35.3
X35.4
X35.5
N
L supply
L control
N
N
N
EXT+
EXT-
EXT- L control
L (open)
AC.N
EXT+
EXT-
X10
N
L (close)
X8
L
N
RS485_1
T.OUT
COM
T
J
R
S
48
5_
1
R
em
ote
c
on
tro
l
R
G
1
TA
F
A
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
F
F
T
L
LOW X32.1
COM X32.4
HIGH
X32.2
TIMER
X32.3
COM
X33.15
MID
X33.2
CHIL X33.9
COM X33.10
BOOST
STOP-NO
START-NC
ALARM X33.11
COM
ANTI.F
Fan fall
1.2W max
4
5
6
10
9
X
16
.4
+24
1.2W max
Fan run
11
12
COM
FAN
B.0.10
COM
G
M
5
24
V
A
C
, 3
-p
os
itio
n
Y
2
Y
1
VAL
VAL-
VAL+
X33.3
X33.4
X33.5
3
1
2
X
1
6.1
Y
1
-
C
o
ntr
ol
O
P
E
N
(A
C
2
4 V
)
Y
2
-
C
o
ntr
ol
C
LO
S
E
(A
C
2
4
V
)
G
-
S
ys
te
m
p
o
te
n
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
24VDC
24VDC
B
K
- B
lac
k
B
N
- B
ro
w
n
B
U
- b
lue
R
D
- r
ed
X33.22
X33.21
COM
T.set
2 1
T
K
X
16
.4
A
T
R
230V
170V
140V
0
L C
1
P
E
P
V
N
4
3
2
1
X
3
5
X14
X12
X11
X28
X15
X44
X43
Min
L
N
C
Max
Mid
N
6
80V
120V
X
40
1
R
P
E
N
L
C
2
3
4
C
3
0,5
µ
F
24
V
D
C
11 14
D
X
C
o
olin
g
P
1 3
X
16
.3
7
8
R
1
A
1
A
2
0 -
G
N
D
,
Y
-
0
-1
0V
D
C
G
-
2
4V
D
C
.
M
6
0
Y
28
27
X
16
.8
26
G
24
V
D
C
, 0
-1
0
V
D
C
23
24
25
N
L
P
E
1
f, 2
3
0V
A
C
X
16
.7
M
4
X
16
.9
29 30
T
V
1
4
1
4
T
1
m
ax
. 1
A
6
W
S
p
rin
ng
b
ac
k
+5V
TA
COM
RH
H
R
U
T
A
RD
WH
YE
GY
Ju
m
pe
r
Jumper
Jumper