DETECTION

MODE

REJECTION

MODE

Press the DETECTION MODE key (7).

Use the NUMBER Keys 1-3 (1) to select the required mode:

Key 1: bi-directional

 

Key 2: unidirectional approach

 

Key 3: unidirectional depart

 

Detection mode:

1-3

Press the REJECTION MODE key (8).

Immunity is used to avoid detection due to environmental interferences (vibrations, rains, etc).

‘Pedestrian/parallel traffic rejection’ provides both rejection of pedestrian and rejection of any parallel traffic at the same time.

Use the NUMBER keys 1- 5 (1) to enter the required rejection mode:

key 1 : detection of all kind of targets in motion

key 2 : detection of all kind of targets in motion + interference immunity

key 3 : Low ‘Pedestrian/parallel traffic’ rejection + interference immunity

key 4 : Mid ‘Pedestrian/parallel traffic’ rejection + interference immunity

key 5 : High ‘Pedestrian/parallel traffic’ rejection + interference immunity

The discrimination between a pedestrian and the different vehicles depends mainly on the mounting height and the microwave module tilt angle. Be careful that the rejection function increases the response time of the sensor.

Use the next table as suggestions and do not hesitate to increase or decrease the rejection level to obtain the required rejection.

23ft 16.5 ft 11.5 ft

10ft

7.5 ft

2

(Unidirectional

Approach)

1

(No rejection)

The red LED flashes quickly waiting for the value.

Once this has been entered, it flashes slowly again.

The red LED flashes quickly waiting for the value.

Once this has been entered, it flashes slowly again.

FUNCTIONS CONFIGURATION WITH PUSH BUTTONS

Without remote control all of the parameters can be set using the 2 push buttons.

NOTE: These two buttons are accessible from the sensor front cover with a small point.

•To adjust the sensor using the buttons:

Press and hold either push button for 2 seconds (until the LEDs flash) and then release the button

•To end adjusting the sensor using the buttons:

Press and hold either push button for 2 seconds (until the LEDs stop flashing) and then release the button; NOTE: If no button is pressed within 20 seconds the adjustment session is automatically ended.

•To reset all the parameters to the factory values:

Press and hold both push buttons simultaneously until the two LEDs switch on for 1 second (after 2 seconds).

During the manual adjustment session the red and green LEDs flash successively and continuously.

•The flashing number of the red LED provides the number of the displayed parameter (see next table);

•The flashing number of the green LED provides the value of the displayed parameter;

NOTE: No red flashing indicates the zero value.

75.5351.02 EN 20080317 (75.5350)

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BEA FALCON XL dimensions 23 ft 16.5 ft 11.5 ft 10 ft, Detection Mode Rejection, Press the Detection Mode key
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FALCON XL, FALCON specifications

The BEA FALCON and FALCON XL are advanced unmanned aerial vehicles (UAVs) designed to meet a variety of operational needs in both commercial and military sectors. Known for their versatility and cutting-edge technology, these drones have garnered attention for their capabilities in aerial surveillance, reconnaissance, and precision operations.

One of the standout features of the BEA FALCON is its modular design, which allows operators to easily swap out payloads depending on the mission requirements. This flexibility enables the UAV to be tailored for applications ranging from environmental monitoring to disaster management and even tactical military operations. The payload capacity of the FALCON makes it an ideal platform for integrating advanced sensors, including high-resolution cameras, LiDAR systems, and electronic warfare equipment.

The FALCON series boasts an impressive range of flight performance, with the FALCON XL offering extended range capabilities. The drone can conduct operations at altitudes typically above commercial air traffic, providing a tactical advantage by conducting missions undetected. The FALCON XL can cover longer distances without the need for frequent refueling, supported by a hybrid propulsion system that combines electric and traditional fuel sources, thereby enhancing its endurance.

In terms of technology, the FALCON is equipped with sophisticated navigation and control systems, utilizing GPS and inertial navigation systems for precise positioning. The drones also feature advanced autopilot capabilities and can be operated remotely or autonomously, providing greater safety and operational efficiency. The user-friendly interface and real-time data transmission capabilities enable seamless mission planning and execution.

Another notable characteristic of the FALCON series is its resilience and durability. Constructed from lightweight, high-strength materials, these UAVs are designed to withstand harsh environmental conditions and minimize susceptibility to damage. This robustness ensures that they can perform consistently in diverse operational environments.

The BEA FALCON and FALCON XL represent significant advancements in drone technology, showcasing an impressive combination of versatility, performance, and durability. With their ability to adapt to various mission profiles, they stand out as crucial tools for organizations and military units seeking to enhance their aerial capabilities in an increasingly complex operational landscape.
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