7.6 EXTERNAL FLASHING LIGHT 24V
The flashing light indicates that the automation is
moving.
i
Install the flashing light in an easily visible position.
1. Connect the external flashing light to connector
J3 (4.8 W max).
2. Set the pre-flashing (
if required.
3. Check that the device is working properly.
7.7 BEAM LIGHT KIT
Follow the assembly instructions supplied with the
product. Connect the beam lights to connector J16.
7.8 XBAT 24 EMERGENCY BATTERY
The XBAT 24 battery provides power to the automation
system in the event of a mains power failure. The
number of cycles that can be carried out with the
battery depends on various factors (state of battery
charge, time elapsing since the power outage, room
temperature etc.).
i
Recharge the battery before starting the system. The
full charging cycle of the XBAT 24 battery is 72 hours.
1. Follow the assembly instructions supplied with
the product.
2. Connect the battery to connector J12 on the board.
i
Disconnect the emergency battery if the automation
system is taken out of use.
7.9 RP RADIO MODULE
RP radio module with integrated decoding module,
compatible with all FDS / FDS BD / SLH / RC / DS
models. The RP radio is powered via the 5-pin plug
in connector J10. Follow the assembly instructions
supplied with the product.
If you are using a two-channel RP2 receiver, you can
OPEN and CLOSE the automation directly from a two-
channel radio control. If you use a single channel RP
receiver, you can only OPEN the automation.
7.10 PIVOTING BEAM KIT
Follow the assembly instructions provided with the
product respecting all the safety precautions indicated
in this manual.
Connect the anti-breakthrough sensor to connector
J11 . If there is no sensor fitted, do not remove the
jumper that has already been installed.
B680H
"
PF
Advanced programming),
7.11 HEDGE
Follow the assembly instructions provided with the
product respecting all the safety precautions indicated
in this manual.
7.12 FORK
Follow the assembly instructions supplied with the
product.
i
Provide a clearance area or signals to prevent pedestrians
from being hit.
Distance X
S beam
L beam
A= Passage width
52
X
Y
A
X
Distance Y
A - 200
42
A - 200
50
732719 - Rev.E
Y
35