bea falcon manual
This manual provides a comprehensive guide to understanding and using the BEA Falcon sensor, designed for industrial door automation. It covers installation, configuration, and troubleshooting.
Overview of the BEA Falcon Sensor
The BEA Falcon sensor is a microwave Doppler radar-based solution designed for automatic industrial door activation. It offers versatile mounting options, with the Falcon model suitable for high mounting (3.5–7 m) and the Falcon XL for lower installations (2–3.5 m). The sensor features adjustable parameters like detection mode, hold-open time, and sensitivity. Its robust design ensures reliability in diverse environments, with an IP65 rating for outdoor and indoor use. The Falcon family provides precise detection zones, making it ideal for industrial applications requiring efficient traffic management and safety.
Purpose and Scope of the Manual
This manual serves as a detailed guide for installing, configuring, and maintaining the BEA Falcon sensor. It provides technical specifications, troubleshooting tips, and operational insights to ensure optimal performance. The document targets installers and users, offering step-by-step instructions for setup and adjustments. It also outlines safety precautions and best practices for handling the sensor, ensuring compliance with industry standards. By following this manual, users can maximize the sensor’s efficiency and longevity in various industrial environments.
Technical Specifications and Features
The BEA Falcon sensor features microwave Doppler radar technology, offering adjustable detection modes, sensitivity, and a robust IP65 design for reliable industrial performance.
Mounting Heights and Detection Zones
The BEA Falcon sensor is designed for mounting at heights of 5 meters, while the Falcon XL is suitable for lower installations at 2.5 meters. The detection zone for the Falcon model typically spans 13 meters in width and 16 meters in depth, offering a narrow pattern. In contrast, the Falcon XL provides a wide detection pattern of 13 meters in width and 6.5 meters in depth. These dimensions are measured under optimal conditions, ensuring reliable performance. Proper mounting and alignment are crucial for accurate detection and functionality.
Detection Modes and Adjustable Parameters
The BEA Falcon sensor features two detection modes: narrow and wide patterns, catering to different installation needs. Adjustable parameters include hold-open time, sensitivity, and detection filters, ensuring customized performance. The sensor allows for output configuration changes using push buttons or an infrared remote control. Proper adjustment of these settings is crucial for optimizing detection accuracy and operational efficiency, ensuring the sensor functions reliably in various environments and applications. Regular tuning of these parameters enhances the sensor’s responsiveness and overall system performance.
Installation and Setup
The BEA Falcon sensor requires proper installation and alignment to ensure optimal performance. Mounting height and power supply configurations must be set according to specifications for reliable operation.
Wiring and Power Supply Requirements
The BEA Falcon sensor operates on a 12-24 VAC/DC power supply. US models use red (positive) and black (negative) wires, while European models use brown (positive) and green (negative). Ensure proper wiring to avoid damage. The transmitter operates at 24.150 GHz with <20 dBm EIRP and <5 mW/cm² power density. Installation must comply with local regulations to prevent interference. Proper grounding is essential for reliable operation and safety. Refer to the manual for detailed wiring diagrams and voltage specifications.
Mounting Options and Alignment Tips
Mount the BEA Falcon at recommended heights: 5m for Falcon, 3.5m for Falcon XL, and 2.5m for optimal detection. Use wall or ceiling brackets for stable installation. Align the sensor to ensure the detection field covers the desired area. Adjust the tilt angle to customize the detection zone width and depth. Proper alignment prevents false triggers and ensures accurate motion detection. Secure the sensor firmly to avoid vibrations that could affect performance. Refer to the manual for precise mounting instructions and alignment guidelines.
Adjusting Settings and Configuration
Adjust settings using push buttons or remote control to customize detection modes, sensitivity, and hold-open time. Changes must be locked after adjustments for proper functionality.
Output Configuration and Detection Filters
Output configuration allows customization of sensor responses, ensuring compatibility with various door systems. Detection filters refine sensing accuracy by minimizing false triggers from environmental factors. Adjustments can be made via push buttons or remote control, with settings locked after changes to maintain consistency. Proper configuration ensures reliable operation, adapting the sensor to specific installation needs and optimizing performance in diverse environments.
Hold-Open Time and Sensitivity Adjustments
Adjusting the hold-open time ensures doors remain open for the desired duration, enhancing user convenience. Sensitivity adjustments fine-tune detection accuracy, reducing false triggers. Both settings can be modified via push buttons or remote control, with adjustments saved automatically. Proper calibration ensures smooth operation, balancing responsiveness and reliability. These adjustments are crucial for optimizing sensor performance in various environments and addressing specific installation requirements.
Troubleshooting and Maintenance
Regularly inspect and clean the sensor to ensure optimal performance. Check alignment and wiring connections. Refer to the manual for solutions to common issues.
Common Issues and Solutions
Common issues include misalignment of the sensor, faulty wiring connections, or incorrect detection settings. Solutions involve adjusting the mounting height, checking power supply, and ensuring proper alignment. Resetting to factory settings or consulting the manual can resolve configuration errors. Regular maintenance, like cleaning the sensor, prevents malfunctions. For persistent problems, contact BEA technical support for assistance. Always ensure the sensor is installed according to the manufacturer’s guidelines for optimal performance.
Regular Maintenance and Safety Precautions
Regularly clean the sensor to ensure optimal performance and prevent dust buildup; Avoid exposing the unit to harsh chemicals or extreme temperatures. Always disconnect power before servicing. Follow proper mounting and wiring procedures to prevent damage. Keep the sensor away from vibrational sources to maintain accuracy. Adhere to safety guidelines during installation and maintenance to avoid injuries or system malfunctions. Refer to the manual for detailed maintenance schedules and safety protocols.
BEA Falcon Technology and Applications
BEA Falcon employs advanced microwave Doppler radar technology for precise motion detection in industrial environments. It is widely used in automatic door systems for efficient operation and safety.
Microwave Doppler Radar Technology
The BEA Falcon sensor utilizes microwave Doppler radar technology to detect motion. It operates at a transmitter frequency of 24.150 GHz, with a power density of less than 5 mW/cm². This technology ensures reliable detection in various environments, including harsh industrial conditions. The sensor detects movement by analyzing the Doppler shift in the transmitted microwave signal, providing accurate and consistent performance. Its non-contact operation minimizes wear and tear, while adjustable parameters allow customization for specific applications, ensuring optimal functionality across diverse industrial settings.
Industrial Applications and Use Cases
The BEA Falcon sensor is primarily used in automatic industrial doors, offering reliable motion detection for sliding, swinging, and overhead doors. It is ideal for high-traffic environments like warehouses, manufacturing facilities, and distribution centers. The sensor’s durability and adjustable settings make it suitable for both indoor and outdoor applications. Its versatility accommodates various door types and sizes, ensuring seamless operation in demanding industrial settings. The Falcon XL model is particularly effective for low-mounting scenarios, while the standard Falcon excels in higher installations, catering to diverse industrial needs.
BEA Customer Support and Resources
BEA offers 24/7 tech support at 1-800-407-4545 and customer service at 1-800-523-2462. Additional resources include downloadable manuals, tech docs, and user guides via their official website.
Contact Information and Tech Support
For technical assistance, contact BEA at 1-800-407-4545 (24/7) or email Tech_Services@beainc.com. Customer service is available at 1-800-523-2462. The BEA Falcon manual and additional resources are accessible on their official website, ensuring comprehensive support for installations, troubleshooting, and maintenance. This ensures optimal performance and safety for industrial door systems equipped with the BEA Falcon sensor technology.
Additional Documentation and Downloads
Visit the BEA website for comprehensive documentation, including the Falcon User Guide in multiple languages (English, Spanish, French) and the Falcon Family Cut Sheet. Additional resources include architectural specifications, wiring diagrams, and application notes. The BEA Product Documentation Library offers detailed technical specifications, ensuring seamless integration and optimal use of the Falcon sensor in industrial door systems. Downloads are accessible for troubleshooting, installation, and maintenance support.
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