Control and safety accessories / Photocells / DLX

DLX

DLX

  • The DLX photocells are synchronised infrared-beam safety devices designed to control the gate’s movement area. They can synchronise up to 8 pairs without wiring between the transmitter and receiver, ensuring interference-free operation. The infrared beam range is adjustable from 10 to 30 metres, with an electronic filter to prevent false detections from weather or sunlight. Available in both traditional and CXN BUS (with blue edges) versions, they offer reliable and flexible safety solutions.
Catalogue
Depliant

Max range

Installing

30 m

Recess-mount / surface-mount

Our range

Main features

  • Available in the traditional version (black edge) and in the CXN BUS version (blue edge).
  • Control the gate’s area of movement.
  • It can synchronize up to eight pairs of photocells, with no disturbances, plus no wiring required between the transmitter and the receiver.
  • Adjustment of the infrared beam range from 10 to 30 meters.
  • Filter function to prevent false detections due to bad weather or direct sunlight.
  • Settable contact output so the photocell can double as a control device.
  • Alignment function between transmitter and receiver.

Operational limits

Models Max. length of leaf (m) Max. weight of leaf (kg) Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. door length / weight Max. leaf opening (°) Max. surface of the door (m²) Max. traction force (N) H max. door (m) – direct grip H max. door (m) – chain transmission H max. leaf (m) – sliding doors Length / Max. weight (single door) Length / Max. weight (single door) Length / Max. weight (swing door) Length / Max. weight (swing door) Max. net clearance width (m) Max. range of radio (m) Max range of infrared beam (m) Max clearance width of parking space (m)
806TF-0070 m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg 30
806TF-0080 m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg 30
806TF-0090 m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg 30
806TF-0100 m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg m / kg 30

    Technical data

    Models Power supply (V) Power supply to motor (V) Power (W) Standby consumption (W) Current consumption (A) Max. current consumption (A) Max. power supply (V) Current consumption at 24 V (mA) Crown turns (rpm) Duty/cycle (%) Force (N) Max. maneuvering speed (m/min) Maneuvering time at 90° (s) Cycles/hour Cycles/Hour with 4 m leaf Cycles/Hour with 10 m leaf Manouvering speed (m/min) Pinion module Reduction ratio (i) IP Protection rating Operating temperature (°C) Storage temperature (°C) Motor’s heat protection (°C) Length (mm) Package dimensions (mm) Weight (kg) Torque (Nm) Rpm speed (turns/min) Weight lifted (kg)* Duration of operation (min) Combinations Radio signal frequency (Mhz) Batteries Material Bluetooth radio frequency (GHz) Maximum speed measured at the end of the leaf (m/min) Product standards Compliance with directives Max. current consumption (mA) Wireless Standard Container material Relative humidity in operation (%) Temperature reading precision (°C)
    806TF-0070 12 – 24 AC – DC 54 -20 ÷ +55 ÷ ÷ x PA66
    806TF-0080 12 – 24 AC – DC 54 -20 ÷ +55 ÷ ÷ x PA66
    806TF-0090 CXN BUS 0.29 54 -20 ÷ +55 ÷ ÷ x
    806TF-0100 CXN BUS 0.29 54 -20 ÷ +55 ÷ ÷ x