Beninca PUPILLA B Mode D'emploi page 11

PUPILLA B
Infrared photodetector with wireless transmit-
ter, orientable at 220°.
DESCRIPTION
The Pupilla B set is composed of (Fig.1):
1 Infrared transmitter, orientable at 220°,
powered with rechargeable, built-in battery
at 2.4V NiMh.
2 Infrared receiver, orientable at 220°.
3 SUN solar panel. It provides for recharging
of the battery for the utmost authonomy of
the device.
DIFFERENT USES OF THE DEVICE
The common uses of Pupilla B are described
hereunder:
Mobile door/gate leaves
Mounted on mobile doors/gates, this device
permits to transmit the status of the safety
edge with no need for any complex connection
devices. This is the ideal solution for installa-
tions in compliance with safety regulations in
force.
Key (Fig. 2):
1- Pupilla B transmitter, installed on the mo-
bile door/gate leaf and oriented towards the
receiver.
2- Pupilla B receiver, connected to the control
unit. It responds to the contact status of the
safety sensitive edge.
3- Solar panel, it provides for the recharging of
the transmitter battery.
4- Safety sensitive edge with NC contact con-
nected to the transmitter.
5- Control unit.
Used as normal infrared photocell
It allows to remarkably simplify and reduce the
length of underground cables.
Specially useful to complete already existing
installations or if the floor cannot be lifted for
wiring.
Key (Fig. 3):
1- Pupilla B transmitter.
2- Pupilla B receiver, connected to the control
unit.
3- Solar panel. It provides for the recharging of
the transmitter battery.
4- Control unit.
SENSITIVE EDGE WIRING (Fig.4)
TRASMITTER )
1-2 Input, power supply from solar panel
1- black (white)
2+ red (brown).
3-4 Input, power supply of built-in battery,
2.4V 3+(red)/4-(black) .
5-6 Input, safety sensitive edge contact.
JP2 Selection jack of safety edge.
Open jack: mechanical safety edge
Closed jack: 8K2 safety edge of the re-
sistive type
The correct operation of the device can be
checked through LED DL2. Refer to Table 1.
RECEIVER
1-2 Input, 20-28VDC or 22-30 VAC power
supply. Not polarised input.
5-6 Normally Closed (N.C.) contact, with
safety sensitive edge in rest position.
It opens the contact if an obstacle caus-
es the activation of the safety edge.
The correct operation of the device can be
checked through LED DL1. Refer to Table 2.
PHOTOCELL WIRING (Fig.5)
TRASMITTER
1-2 Input, power supply from solar panel
1- black (white)
2+ red (brown).
3-4 Input, power supply of built-in battery,
2.4V 3+(red)/4-(black) .
The correct operation of the device can be
checked through LED DL2. Refer to Table 1.
RECEIVER
1-2 Input, 20-28VDC or 22-30 VAC power
supply. Not polarised input.
3-4 Normally Closed contact (N.C.), with
powered and aligned photocell.
It opens the contact should an obstacle
be present or a power failure occur.
The correct operation of the device can be
checked through LED DL1. Refer to Table 2.
HOW TO FIT THE PHOTOCELLS (Fig.6)
A Bottom
B Fixing screws to wall
C Printed circuit
D Support for printed circuit
E Fixing screws for rotating bloc
F Rotating bloc
G Presetting of cable passage
H Closing screws
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