The EAGLE ARTEK is a microwave sensor that can be installed on all types of automatic doors, regardless of the environment. Slim and compact, it is designed to fit the most discreet door operating systems. It offers one-way opening and optimises door opening and closing cycles.
The EAGLE ARTEK benefits from ARTEK radar technology developed by BEA. Based on the performance of EAGLE ONE, this antenna inherits the stability and flexibility of our radar sensors.
EAGLE ARTEK’s slim lines and compact dimensions permit discreet integration with all types of operating systems, even the thinnest ones. Because it uses the same installation references as the EAGLE ONE, the EAGLE ARTEK can easily replace an existing installation.
Setting the parameters is flexible and easy using push buttons.
The detection field can be adjusted very simply without changing the antenna manually, as everything is handled electronically.
- Technology: Microwave
- Transmitter frequency: 24.15 GHz
- Transmitter radiated power: < 20 dBm EIRP
- Transmitter power density: < 5 mW/cm²
- Detection mode: Motion
- Max. detection range: Wide : 4 m x 2 m | Narrow : 2 mx 2.2 m @2.2 m high
- Minimum detection speed: 5 cm/s
- Supply voltage** 12V to 24V AC ±10%; (50 to 60 Hz )12V to 24V DC +30% / -10%
- Max. power consumption: < 1 W
- Output ** Solid-state relay (free of polarity)
- Max. switching voltage: 30V AC / 42V DC
- Max. switching current: 100 mA (resistive)
- Mounting height from: 1.8 m to 4 m
- Degree of protection: IP54 (IEC/EN 60529)
- Temperature range from: -20°C to +55°C
- Dimensions: 120 mm (W) x 50 mm (H) x 50 mm (D)
- Tilt angles: 0° to 90° vertical; -30° to +30° lateral
- Housing material: ABS
- Weight 120 g
- Cable length 2.5m
* The Equipment must be powered by an approved Class II SELV limited power source. This requirement consists of the need for double insulation between primary voltages and the Equipment supply. The supply current should be limited to max 3A.
** External electrical sources must be within specified voltages, max 15W and ensure double insulation from primary voltages.
