CDR861 – PHOTOCELL WITH  SURFACE MOUNT CASE
IP55 RANGE 10M

CDR861 PHOTOCELL – PHOTOELECTRIC OR PHOTOCELLS IN A SHOCKPROOF CASE IP55

CDR 861 – PAIR OF SURFACE-MOUNT PHOTOELECTRIC CELLS RANGE 10m
CDR861SUP – HOLE COVERING BASE Ø60mm

INFRARED BARRIERS WITH FIXED POSITION LENSES

POWER SUPPLY 12/24Vac-dc
MAXIMUM RANGE 10 Metres
PROTECTION GRADE IP54
OPERATING TEMPERATURE RANGE -10…+55 °C
The infrared barrier constitutes an efficient safety system for the protection of
passageways or spaces which are equipped with automatic door or gate systems,
and for the detection and control of general passageways, whether carriageway or
pedestrian, situated inside or outside buildings.

CDRX12 – PHOTOCELL WITH  SURFACE MOUNT CASE
IP55 RANGE 10M

CDRX12 PHOTOCELL – PHOTOELECTRIC OR PHOTOCELLS IN A SHOCKPROOF CASE IP55

CDRX12 – HYBRID INFRARED BARRIERS PHOTOCELLS WITH ADJUSTABLE LENSES
RECEIVER POWER SUPPLY 12/24Vac-dc
PROJECTOR POWER SUPPLY 3V WITH A LITHIUM BATTERY
MAXIMUM RANGE 10m
PROTECTION GRADE IP55

CDRX12 PHOTOCELLS are a next generation infrared safety system, particularly suited to the protection of passageways (traffic
and pedestrian) that are fitted with automatic opening and closing systems. The electronic circuit respects the
most up to date standards and regulations and conforms to the standard 3 of the UNI EN 13849-1 (update of the
EN954-1). It is possible to connect up to 3 pairs of photocells and synchronise the transmission (multiplex system).
The necessity of guaranteeing greater ambient noise immunity has led to the evolution of both the transmitter and
receiver cards. The system is based on the criteria “resistance to single failure” that guarantees the maintenance of
safety in case of electrical problems.
The receiver should be installed close to the electronic programmer and wired up drawing its 12/24V power supply
directly from the programmer while the projector can be installed on any surface and doesn’t require wiring. Power
is supplied by a solar panel when light is present and by a 3V lithium battery when insufficient light is available.
The batteries lifespan can be optimised by setting the energy saving function and varying the cut-in time and the
installation distance between the two photoelectric cells.