Electrical Settings
Series ARC300
Mtrl.nr. 9814 09 56 •Ritn.nr 8467 vers. A • Rev 1512
E
1
SERIES ARC300
LVD 2006/95/EC valid until April 19th 2016
LVD 2014/35/EU valid from April 20th 2016
EMC 2004/108/EC valid until April 19th 2016
EMC 2014/30/EU valid from April 20th 2016
RoHS 2011/65/EU
Series ARC300
50
-30
°C
ARC300
Valve
Assembly
ARC300
Damper
Assembly
ARC361/ARC363
E
2A
E
2B
2-point 3-point
R
L
1BU2
‒
BN
~
+
3
BK
1BU2BN3
‒
ARC368/ARC369
~
+
BK
R
L
ARC361=85....265V AC/DC
ARC363=19....29V AC/DC
L/CCW R/CW
R/CW=Clockwise working direction
L/CCW=Counter clockwise working direction
AC 19...29 V
DC 19...29 V
1BU2BN3BK4
~
+
‒
Y-DC(0)2...10V
GY
U-DC(0)2...10V
0-10V
0-20mA
current
L/CCW
inverse
Adaption
active
ON
1 2 3 4
OFF
2-10V
4-20mA
voltage
R/CW
normal
Adaption
inactive
R/CW=Clockwise working direction
L/CCW=Counter clockwise working direction
E
3
3BE 3
ARC368/ARC369
Y=0 - 10 V DC/0-20mA Current (mA) L/CCW Adaption active
U = 0-10 V DC
E
E
3B
4a
ON
1 2
OFF
Y = 2 - 10 V DC/4-20mA
U = 2 -10 V DC
S1
S2
ON
OFF
2
Voltage (V DC) R/CW
ARC368 Auxilary switch S1/S2
ON
OFF
3
ON
OFF
Adaption inactive
2
3
4
2
4
9B
9C
< 90º1
V
+
V
D
1B
+
D
1C
ON
5
1WH2WH3WH4WH5WH6
WH
90° 90°180° 180°
0...95
0...95
˚
˚
= =
OFF
6
ON
7
OFF
4
4
ON
OFF
S1
S2
E
E
3B
4b
2
1
3
2
1
3
Example R/CW operation
E
E
3B
4c
4
Example L/CCW operation
= 0° (Closed
5
6
5
4
6
= 0° (Closed
position)
Ex. S1 0° - 20° 1 3
20° - 90° 1 2
Ex. S2 0° - 45° 4 6
45° - 90° 4 5
position)
Ex. S1 0° - 20° 1 2
20° - 90° 1 3
Ex. S2 0° - 45° 4 5
45° - 90° 4 6
All exampels are general representations
Loading...