BEA 10MAGLOCK5ULDS Double Electromagnetic Surface Mount Lock with Door Status Sensor - 1,200 lb Holding Force

BEA 10MAGLOCK5ULDS Double Electromagnetic Surface Mount Lock with Door Status Sensor - 1,200 lb Holding Force

Professional Electromagnetic Locking Solution with Integrated Door Monitoring

The BEA 10MAGLOCK5ULDS electromagnetic lock delivers 1,200 lb holding force for mid- to high-level traffic applications in commercial buildings. This double door surface mount configuration features an integrated door status sensor that monitors door position, eliminating the need for separate door switches. Operating on 12/24 VDC power with adjustable zero to 90 second relock time delay, this electromagnetic lock provides reliable access control for hollow metal, wood, aluminum, glass and composite door materials.

Professional Features & Benefits

• High Holding Force: 1,200 lb holding force provides secure locking for mid- to high-level traffic commercial applications.
• Integrated Door Status Monitoring: Built-in door status sensor monitors door position and eliminates the need for separate door switch installation.
• Dual Voltage Operation: 12/24 VDC power compatibility allows flexible integration with various access control systems.
• Adjustable Relock Timing: Zero to 90 second relock time delay provides configurable operation for different security requirements.
• Universal Door Compatibility: Works with hollow metal, wood, aluminum, glass and composite door materials for versatile installation options.
• Double Door Configuration: Surface mount design accommodates double door applications with integrated monitoring capabilities.
• Lock Status Monitoring: Bond status sensor allows real-time monitoring of electromagnetic lock engagement for system feedback.
• Commercial-Grade Construction: Aluminum finish provides durability and corrosion resistance for demanding commercial environments.

Technical Specifications

• Door Configuration: Single, surface mount
• Holding Force: 1200 lb
• Input Voltage: 12 / 24 VDC (UL Listed power supply required)
• Current Draw: 0.50 A @ 12 VDC; 0.30 mA @ 24 VDC
• Dimensions: 10.47 in (W) x 2.87 in (H) x 1.58 in (D)
• Relock Time Delay: 0 s - 90 s
• Sensor: Lock Status Sensor; Door Status Sensor
• Output Relay: Up to 1 A @ 24 VDC

Installation & Operation

1. Verify electrical requirements match available power supply. Confirm 12/24 VDC voltage and current capacity before proceeding.
2. Disconnect power supply before beginning installation. Follow all applicable electrical codes and safety procedures.
3. Mount the electromagnetic lock units on door frame and armature plates on doors ensuring proper alignment for maximum holding force contact.
4. Route and connect wiring according to manufacturer wiring diagrams. Use appropriate wire gauge and connectors for the application.
5. Configure operational settings including relock time delay (zero to 90 seconds) and door status sensor parameters per application requirements.
6. Restore power and test all functions including electromagnetic engagement, door status monitoring, lock status feedback, 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
• Retail Loss Prevention and Access Control
• Healthcare Facility Secure Area Management
• Educational Institution Safety Systems
• Financial Institution Security Applications
• Storage Facility Access Control
• Emergency Exit Compliance Systems

Why Choose BEA Quality?

BEA electromagnetic locks deliver professional-grade reliability with aluminum construction and 1,200 lb holding force rated for demanding commercial applications. The integrated door status and lock bond sensors provide comprehensive monitoring capabilities for advanced access control systems. Engineered for retail, healthcare, financial, education and storage facilities where dependable electromagnetic locking performance is essential.