Schlage Electronics M452P Electromagnetic Lock
The Schlage Electronics M452P Electromagnetic Lock is a high-security locking solution designed for double outswinging doors, offering enhanced security features for demanding environments. This lock is part of Schlage's M400 Series, known for its robust construction and ease of installation.
Key Features and Specifications
- Holding Force: The M452P provides a holding force of 1000 pounds per leaf, ensuring robust security for double doors.
- Voltage and Power: It features automatic voltage selection, allowing it to operate on both 12VDC and 24VDC. The current draw is 1.5A at 12VDC and 0.75A at 24VDC.
- Bayonet Mounting: This innovative feature allows for hands-free installation, simplifying the setup process and making it more efficient for installers.
- Symmetrical and Non-Handed Design: This design allows the lock to be installed in any orientation without needing adjustments for door handing, providing greater flexibility and ease of use.
- Integrated Features:
- Magnetic Bond Sensor (MBS): Ensures the door is securely locked by monitoring the strength of the magnetic bond between the lock and armature.
- Door Position Switch (DPS): Provides real-time status updates on whether the door is open or closed.
- Relock Time Delay (RTD): Adjustable from 0.5 to 30 seconds, allowing for customized relocking timing based on security needs.
- Anti-Tamper Switch and LED Indicator: Enhances security by detecting tampering attempts and providing visual status indications.
- Certifications: The M452P meets or exceeds UL1034 for burglary-resistant electronic locking mechanisms, UL10C for positive pressure fire tests, and ANSI/BHMA A156.23 Grade 1 standards. It is also cUL and CSFM listed.
- Dimensions and Weight: The lock measures 20-9/16 inches in length, 3 inches in height, and 1-3/4 inches in depth, with an approximate weight of 20 pounds.
Applications
The M452P is ideal for securing double outswinging doors in various settings, such as commercial buildings, healthcare facilities, educational institutions, and government buildings. Its design allows it to integrate seamlessly with electronic access control systems, enhancing overall security and monitoring capabilities.
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