11.2.1. 1 set of photoelectric cells
Ant
.
BU
S
Ce
ll
24Vd
c
13
5
7
24
6
+
-
24 V
AC/DC
0 V C NO
1
2
3
5
1
2
24 V
AC/DC
0 V
RX
TX
2 10 m
40 cm
max. 20 cm
TX: Transmitter cell
RX: Receiver cell
11.2.2. 2 sets of photoelectric cells
Ant
.
BU
S
Ce
ll
24Vd
c
13
5
7
24
6
+
-
TX2
24 V
AC/DC
0 V C NO
1
2
3
5
1
2
24 V
AC/DC
0 V
RX1
TX1
1
2
24 V
AC/DC
0 V
24 V
AC/DC
0 V C NO
1
2
3
5
RX2
TX: Transmitter cell
RX: Receiver cell
RX
RX
TX
RX
RX
TX
TX
TX
11.2.3. Recognition of the cells by the motor electronics
Cells are recognised either by reconfirming the motor's operating mode
(sequential or automatic, see “10. Advanced parameter setting”), or per-
forming auto-programming again (see “8.5. Gate travel self-learning”).
11.2.4. If the cells are removed
If the cells are disconnected:
• in sequential mode, repeat the motor electronics cell recognition
procedure,
• in automatic closing mode, repeat the automatic closing mode ac-
tivation procedure.
11.2.5. Blocking cells
• If the cells are blocked when closing the gate, the gate will stop and
reverse its movement.
• If the gate is closed and the cells are blocked, the gate will not open.
11.3. Orange
light
Ant
.
BU
S
Ce
ll
24Vd
c
13
5
7
9
24
6
8
Fl
a
s
h
M
1
M
+
-
11.4. Exterior
aerial
Ant
.
BU
S
Ce
ll
24Vd
c
13
5
24
6
+
-
5 mm
15 mm
11.5. Key
lock
Attention
This accessory is not compatible with solar power.
Ant
.
BU
S
Ce
ll
13
24
12
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Axovia 220B RTS
EN