General Safety Precautions; Product Description; Technical Characteristics Of The Magnetic Sensor; Installation - Roger Technology ACS/BA/60 Instructions Et Consignes Pour L'installateur

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General safety precautions

Warning: incorrect installation may
cause severe damage or injury.
Read the instructions carefully before
installing the product.
This installation manual is intended for qualified
personnel only. ROGER TECHNOLOGY cannot be held
responsible for any damage or injury due to improper
use or any use other the intended usage indicated in
this manual.
Installation, electrical connections and adjustments
must be performed by qualified personnel, in
accordance with best practices and in compliance with
applicable regulations. Before installing the product,
make sure it is in perfect condition.
Disconnect the mains electrical power before
performing any work. Only use original spare parts
when repairing or replacing products.
The packaging materials (plastic, polystyrene, etc.)
should not be discarded in the environment or left
within reach of children, as they are a potential source
of danger.
WARNING! Handle electronic parts and terminals
with extreme care, as these parts are highly
sensitive to static electricity.
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Product description

The boom connection ACS/BA/60 is a safety device for
disengaging the booms of the BIONIK barriers.
Following an impact to the boom, the system disengages,
protecting the boom and the barrier against serious damage.
The built-in sensor interrupts the operation of the automation
system.
The connection of the detachable boom ACS/BA/60 can be
used with the firmware version r3.50 (or later) of the control
unit CTRL.
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Technical characteristics of
the magnetic sensor
TECHNOLOGY USED
MAINS POWER VOLTAGE
CURRENT ABSORPTION
OUTPUT TYPE
MAXIMUM VOLTAGE APPLICABLE
AT THE OUTPUT
OPERATING TEMPERATURE
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The ACS/BA/60 system uses the BA/60/3 round boom, up
to 3 meters in length.
To install the ACS/BA/60, see figures 1-2 for BIONIK4 or
figures 3-4 for BIONIK1PE-BIONIK1PC, BIONIK4HP.
4.1
1. Pass the connecting cable through the crankshaft and
2. Fasten the [A] boom support to the crankshaft with the 12
3. Insert the boom [C] BA/60/3 in the cylindrical bracket [E]
4. Insert the rod fully inside the rod support [A] and fasten it
5. Put the cover [H] and fasten it with the 2 screws supplied.
6. Pass the connecting cable through the centre of the
7. Fasten the cable with the cable clamp located inside the
8. Feed the cable into the control unit [detail M], ensuring
9. Continue with the electrical connections.
4.2
1. Remove the flange [A] from the crankshaft.
2. Pass the connecting cable through the crankshaft and
3. Fasten the [B] boom support to the crankshaft with the 4
4. Insert the boom [D] BA/60/3 in the cylindrical bracket [F]
5. Insert the rod fully inside the rod support [B] and fasten it
6. Put the cover [ I ] and fasten it with the 2 screws supplied.
7. Pass the connecting cable through the cable guide to the
Unipolar, HALL
8. Insert the cable in the rubber cable guide located in the
effect sensor
24Vdc ±15%
9. Feed the cable into the control unit [detail N], ensuring
8mA
Open Collector
10. Continue with the electrical connections.
12Vdc
-20°C +55°C

Installation

BIONIK4 installation

make it come out from the opposite side.
[B] STEI M10x16 screws.
and fasten it with the 4 self-tapping screws [F].
NOTE: Before inserting the boom into the bracket, apply
the supplied adhesive tape [D].
with the screw [G] TTQST M12x100.
linkage lever [detail I].
barrier supporting structure [detail L]
that the cable does not interfere with the movements of
the automation system.

BIONIK1PC-1PE-4HP installation

NOTE: This product must be disposed of only by qualified
technical personnel, following suitable procedures.
Observe local legislation for differentiated refuse
collection.
make it come out from the opposite side.
[C] M12x80 screws.
and fasten it with the 4 self-tapping screws [G].
NOTE: Before inserting the boom into the bracket, apply
the supplied adhesive tape [E].
with the screw [H] TTQST M12x100.
centre of the linkage lever [detail L].
supporting structure of the barrier [detail M]
that the cable does not interfere with the movements of
the automation system.
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