BEA - 10FALCONXL Microwave Sensor Motion sensor, 6.5 ft. to 11.5 ft. mounting height, 33 ft. of pre-wired cable, multiple detection options, 12 to 24 V AC/DC
- Brand
- BEA Incorporated
- SKU:
- 10FALCONXL
- Condition:
- New
BEA Sensors
10FALCONXL — BEA Microwave Sensor
Motion sensor, 6.5 ft. to 11.5 ft. mounting height, 33 ft. of pre-wired cable, multiple detection options, 12 to 24 V AC/DC
BEA’s FALCON FAMILY of sensors is the premier microwave activation solution for indoor and outdoor industrial applications. The family includes the FALCON, FALCON XL (extra low mount) and FALCON WIDE (for wide detection areas).
BEA’s FALCON FAMILY is ideal for automatic industrial doors, vehicle gates / barriers, vehicle detection, loading docks or any other industrial application where motion detection is required.
Housed in a NEMA 4 rated enclosure, the FALCON FAMILY is designed to operate in harsh environments.
Energy savings
Bidirectional, unidirectional approach and unidirectional depart microwave detection options
Adjustable detection settings
Six modes of detection filtering for pedestrian and parallel traffic rejection
Remote control adjustments
Remote control programming enables user to quickly and safely make changes from the ground
Technology Radiated Frequency Transmitter Radiated Frequency Radiated Power Density | Microwave Doppler Radar | |
---|---|---|
Detection Mode | Motion | |
Detection Zone FALCON FALCON XL FALCON WIDE | | |
Tilt angles | 0° – 180° | |
Output Maximum Contact Voltage Maximum Contact Current Maximum Switching Power | Relay (free of potential change-over contact) | |
Minimum Detection Speed | 2 in / s* | |
Mains Frequency | 50 – 60 Hz | |
Supply Voltage | 12 – 24 VAC; ±10% | |
Maximum Power Consumption | < 2 W | |
Mounting Height FALCON FALCON XL FALCON WIDE | | |
Dimensions | 3 ¾“ (W) × 4“ (H) × 5“ (L) | |
Materials | ABS & Polycarbonate | |
Temperature Range | -22 – 140 ºF | |
Degree of Protection | IP65 | |
Norm Conformance | EMC: 2004 / 108 / EC |
*Measured in optimal conditions
*The image may not represent the actual product or finish