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Description
Pair of wireless self-synchronized photocells, for connections via Nice BlueBUS
Mod. Era Photocell M BUS
Safe: type D device according to EN12453 standard
which allows you to detect obstacles present on the optical axis
between transmitter (TX) and receiver (RX).
Using the phototest function you can achieve
failure safety category 2 according to the standard
EN 954-1.
Anti-glare circuit that eliminates possible interference
of sunlight.
Quick and easy to install: wireless technology
(EPMOW) eliminates the need to wire the photocells
to the power station and to prepare passages and ducts. THE
devices interface with the control panel through a
dedicated module (IBW), very small in size, which
can be housed directly inside the engine
or of the control panel, if separate. To the same IBW interface
Up to 7 devices equipped with can be connected
Nice BlueBUS technology.
Reflective technology (EPMOR) allows you to wire
only the main photocell and not the reflecting mirror,
ensuring time savings.
LED light integrated in the EPMOR version: the module
Optional ELMM LED light can be installed
inside the EPMOR photocell, allowing illumination
the passage area, to function as a flashing light or
for diagnostic reports.
Universal system: EPMOR is equipped with an output a
relay to be connected to any automation system,
even already exists.
Easy maintenance: EPMOW photocells are
equipped with a diagnostic LED that signals any
anomalies and battery status, facilitating operations
installation and maintenance.
Practices: 10° reception angle. The adjustable versions
allow you to compensate for fine centering differences
at 30°.
Resistant, also in burglar-proof version: body
in ABS resistant to atmospheric agents, available
also with metal body.
Nice BlueBUS technology: available with system
Nice BlueBUS, which allows easy connection to
central of all devices with just two wires, simply
connecting them in parallel and selecting the jumpers
addressing depending on the required function.
The system automatically acquires the devices
connected to the BlueBUS network.
Automatic synchronization between multiple pairs of photocells
to avoid other interference between devices.
