Produkte zur Luftverteilung
OPTIMA-S
Variabler Volumenstromregler
Bedienungsanleitung
2/12 | Bedienungsanleitung OPTIMA-S | 202102
1.
D
= (2×W×H)/(W+H)
eff
A1
A2
D
eff
×
3
=
L
min
D
eff
×
3
=
L
min
“M8×25”
(DIN933)
A
8×
min. 150 mm
min. 80 mm
. . .
4/12 | Bedienungsanleitung OPTIMA-S | 202102
-BLC1
-BLC4
-BLC1M OD
V
OPTIMA-S... -BLC1
V
.
.
.
m
a
n
i
m
x
-BLC1
-BLC1M OD -GO
-BLC1K NX
-GOMOD-BLC4
-BLC1K NX
ZTHZTH
ZTH-EU
-BLC1M OD -GO
-BLC1K NX
-BLC1
-GOMOD
-GOMOD
NFC NFC
ZIP BT NFCBluetooth
1)
BUS
2)
BMS
OPTIMA-S... -BLC1 -BLC4 -GO
(DC 0 V ... 10 V)
⊥ ~ AC 24 V
+ DC 24 V
-
Geschlossen
a
2 3
⊥
~
Y U
+
-
maxVmin
Offen
V
b c d e
5 (*4)1
0 V ... 10 V
Sollwert
Luftstromregelung
0 V ... 10 V
Istwert
* OPTIMA... -GO...
3
3
q (m
/h)
Y
a
AC 24 V P (Pa)
0
3
q (m
/h)
q = k √P
b
AC 24 V P (Pa)
3
q (m
/h)
V
max
-BLC1
MP-Bus
⊥ ~ AC 24 V
-
+ DC 24 V
2 3
51
6 7
D- D+
c
AC 24 V, DC 24 V P (Pa)
3
q (m
/h)
V
min
d
AC 24 V, DC 24 V P (Pa)
Y
Sensor
MPU
3
q (m
/h)
V
max
V
min
e
AC 24 V, DC 24 V UC (V)
0 10
6/12 | Bedienungsanleitung OPTIMA-S | 202102
OPTIMA-S... -BLC1 -BLC4 -GO
(DC 2 V ... 10 V)
⊥ ~ AC 24 V
+ DC 24 V
-
Geschlossen
a
2 3
⊥
~
Y U
+
-
maxVmin
Offen
V
b c d e
5 (*4)1
2 V ... 10 V
Sollwert
Luftstromregelung
2 V ... 10 V
Istwert
* OPTIMA... -GO...
3
q (m
3
/h)
Y
a
AC 24 V P (Pa)
0
3
q (m
/h)
q = k √P
b
AC 24 V P (Pa)
3
q (m
/h)
V
max
-BLC1
MP-Bus
⊥ ~ AC 24 V
-
+ DC 24 V
2 3
51
6 7
D- D+
c
AC 24 V, DC 24 V P (Pa)
3
q (m
/h)
V
min
d
AC 24 V, DC 24 V P (Pa)
Y
Sensor
MPU
3
q (m
/h)
V
max
V
min
e
AC 24 V, DC 24 V UC (V)
0 10
2
OPTIMA-S... -BLC1K NX
(BUS)
⊥ ~ AC 24 V
+ DC 24 V
-
Geschlossen
a
2 3
⊥
~
Y MFT
+
-
max
Offen
V
b c f
5 1
BUS Mode
6 7
D- D+
BUS
a, b, c, d, g
(AC 24 V,
DC 24 V)
3
3
q (m
/h)
Y
a
AC 24 V P (Pa)
0
3
q (m
/h)
q = k √P
b
AC 24 V P (Pa)
3
q (m
/h)
V
max
c
AC 24 V P (Pa)
3
q (m
/h)
V
min
d
AC 24 V P (Pa)
3
q (m
/h)
V
max
V
min
g
AC 24 V Y (%)
0 100
8/12 | Bedienungsanleitung OPTIMA-S | 202102
OPTIMA-S... -BLC1M OD
(BUS/DC (0V) 2 V ... 10 V)
⊥ ~ AC 24 V
+ DC 24 V
-
Geschlossen (2V...10V)
a
max
V
Offen (AC24V)
b c f
BUS Mode
Luftstromregelung
e
(0 V) 2 V ... 10 V
Sollwert
Modbus/
BACnet
a, b, c, d, e, g
(AC 24 V,
DC 24 V)
3
q (m
3
/h)
Y
a
AC 24 V P (Pa)
0
3
q (m
/h)
q = k √P
b
AC 24 V P (Pa)
3
q (m
/h)
V
max
c
AC 24 V P (Pa)
2 3
⊥
~
Y U
+
-
* 2 V ... 10 V Istwert
MP-Bus
⊥ ~ AC 24 V
-
+ DC 24 V
6 7
5*1
A B
d
AC 24 V, DC 24 V P (Pa)
e
AC 24 V, DC 24 V
Y
Sensor
3
q (m
/h)
V
min
3
/h)
q (m
V
max
V
min
0 10
3
q (m
/h)
V
max
(V)
U
C
MPU
V
min
AC 24 V, DC 24 V UC (V)
0 102
2 3
51
6 7
D- D+
3
q (m
/h)
V
max
V
min
g
AC 24 V, DC 24 V Y (%)
0 100
OPTIMA-S... -GOMOD
3
q (m
3
/h)
(BUS/DC (0V) 2 V ... 10 V)
⊥ ~ AC 24 V
+ DC 24 V
-
Geschlossen (2V...10V)
a
2 3
max
V
Offen (AC24V)
b c f
4*1
BUS Mode
Luftstromregelung
e
A B
(0 V) 2 V ... 10 V
Sollwert
Modbus/
BACnet
a, b, c, d, e, g
(AC 24 V,
DC 24 V)
Y
a
AC 24 V P (Pa)
0
3
q (m
/h)
q = k √P
b
AC 24 V P (Pa)
3
q (m
/h)
V
max
c
AC 24 V P (Pa)
3
q (m
/h)
⊥
~
Y U
+
-
* 0 V (2 V) ... 10 V Istwert
CA CB
V
min
d
AC 24 V, DC 24 V P (Pa)
3
/h)
q (m
V
max
V
min
e
AC 24 V, DC 24 V
0 10
3
q (m
/h)
V
max
V
min
AC 24 V, DC 24 V UC (V)
0 102
3
q (m
/h)
V
max
(V)
U
C
V
min
g
AC 24 V, DC 24 V Y (%)
0 100
10/12 | Bedienungsanleitung OPTIMA-S | 202102
(V)
(V)
/h)
/h)
⊥ ~ AC 24 V
+ DC 24 V
-
q (m3/h) Sollwert, UC : 0 V ... 10 V
V
max
Sollwert
Istwert
q (m
V
max
2 3
⊥
~
Y U
+
-
3
/h)
Sollwert, UC : 2 V ... 10 V
U
C
0 V (2 V) ... 10 V
Sollwert
0 V (2 V) ... 10 V
Istwert
5 (*4)1
* OPTIMA... -GO...
V
min
0 10
q - V
min
- V
V
max
min
U (V)
UC =
Istwert, U: 0 V ... 10 V
10
0 V
· 10
nom
UC
q (m
V
min
U
0,1
0
2
10
C
(0,5)
q - V
min
- V
V
max
· 8
min
U (V)
UC = 2 +
Istwert, U: 2 V ... 10 V
10
3
0 V
nom
q (m
3
q =
U
10
· V
nom
q =
U - 2
8
· V
nom
&
°C
-20°C ... +50°C
%
≤ 95%
Systemair DESIGN
°C
-20°C ... +50°C
%
≤ 95%
12/12 | Bedienungsanleitung OPTIMA-S | 202102
www.systemair.com
Systemair GmbH - BedAnl_OPTIMA-S_DE_202102
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