BEA 10FLYKITB Fly Kit Passive Infrared Request-to-Exit Sensor with Field Adjustable Detection Zone

BEA 10FLYKITB Fly Kit Passive Infrared Request-to-Exit Sensor with Field Adjustable Detection Zone

Industry’s Most Compact PIR Sensor for Professional Access Control

The BEA 10FLYKITB Fly Kit represents the industry’s most compact passive infrared (PIR) sensor specifically designed for request-to-exit (REX) applications. This versatile sensor operates on 12 to 24V AC/DC power and features a field adjustable detection zone with 0 to 180 degree mounting angle capability. The low-profile design allows for surface mounting above any door or recessed ceiling installation, making it an ideal solution for managing building security and traffic flow in commercial environments.

Professional Features & Benefits

• Compact Design: Industry’s most compact PIR sensor design for discreet installation in space-constrained applications.
• Flexible Power Options: 12 to 24V AC/DC operation accommodates various access control system requirements.
• Adjustable Detection Zone: Field adjustable detection zone with 0 to 180 degree mounting angle for precise coverage customization.
• Versatile Installation: Surface mount above doors or recessed ceiling installation options for architectural flexibility.
• Request-to-Exit Optimization: Specifically engineered for REX applications to enhance building security and traffic management.
• Low-Cost Solution: Cost-effective sensor option without compromising professional performance standards.
• Passive Infrared Technology: Reliable PIR detection technology for consistent occupancy sensing and exit request detection.

Technical Specifications

• Technology: Passive Infrared
• Mounting Height: Recommended: 78 - 96 in (6.5 ft - 8 ft); Maximum: 120 in (10 ft)
• Mounting Angles: 0 deg. - 180 deg.
• Power Supply: 12 - 24 VAC; +/-10%; (50/60 Hz) | 12 - 24 VDC; -10% / 30%
• Current Consumption: < 10 mA (20 mA if the relay output is activated)
• Contact Rating: 1 A / 75 VDC or 50 VAC potential free contact NO / NC
• Optical Characteristics: Passive infrared with four elements; 15 Fresnel lenses with full independent masking possibilities
• Warm-up Time: 10 s
• Response Time: Maximum: 200 ms
• Relay Hold Time: Standard Fly: 0.5 or 2 s | Fly Extended Relay Time: 15 or 30 s
• Operating Temperature: -22 deg. F - 140 deg. F (-30 deg. C - 55 deg. C)
• Cable: 108 in (9 ft) 4-conductor cable with 5-pin connector
• Weight: 1.4 oz (40 g)
• Sensor Dimensions: 4.0 in (W) x 1.8 in (H) x 1.0 in (D)

Installation & Operation

1. Verify electrical requirements match available power supply. Confirm voltage (12 to 24V AC/DC) and current capacity before proceeding.
2. Disconnect power supply before beginning installation. Follow all applicable electrical codes and safety procedures.
3. Mount the unit in the specified location ensuring adequate clearance for wiring access, ventilation, and future service requirements.
4. Route and connect wiring according to manufacturer wiring diagrams. Use appropriate wire gauge and connectors for the application.
5. Configure operational settings including detection zone adjustment per application requirements.
6. Restore power and test all functions including normal operation, detection response, and integration with connected access control systems.
7. Complete final inspection and document settings. Refer to manufacturer documentation for complete wiring diagrams, programming instructions, and troubleshooting.

Professional Applications

• Commercial Building Security Systems
• Request-to-Exit Detection for Access Control
• Healthcare Facility Access Management
• Educational Institution Safety Systems
• Retail Loss Prevention Systems
• Industrial Facility Monitoring
• Emergency Exit Compliance Applications

Why Choose BEA Quality?

BEA Fly Kit sensors deliver professional-grade reliability with compact passive infrared technology specifically optimized for request-to-exit applications. The field adjustable detection zone and flexible mounting options provide versatile installation capabilities for demanding commercial access control environments. Engineered for consistent performance in building security and traffic management applications where dependable occupancy detection is essential.