Schlage M452 Double Electromagnetic Lock, 1000 lbs. Holding Force

Schlage Electronics M452 Double Electromagnetic Lock – 1000 lbs. Holding Force

The Schlage Electronics M452 Double Electromagnetic Lock is a Grade 1 commercial-grade locking solution designed to provide reliable access control security for high-traffic applications. Featuring a powerful 1,000 lbs. holding force, this double electromagnetic lock delivers dependable door locking performance for commercial facilities requiring enhanced security and controlled entry.

Constructed from durable aluminum with a Satin Aluminum Clear Anodized (628/US28) finish, the M452 offers a sleek appearance while providing long-lasting durability. Its compact design allows for flexible installation on commercial doors and integrates easily with access control systems operating on 12/24 VDC power.

The M452 is UL listed for UL 1034 and UL 10C 3-hour fire rating, making it suitable for applications where safety and compliance are critical. With a double electromagnetic configuration, this lock provides strong holding power and consistent performance for secure door applications.

Product Features:

• Grade 1 commercial electromagnetic locking solution

• Double electromagnetic lock design

• 1,000 lbs. holding force for reliable security

• Operates on 12/24 VDC

• Durable aluminum construction

• Satin Aluminum Clear Anodized finish (628/US28)

• UL 1034 and UL 10C 3-hour fire rating listed

• Ideal for commercial access control applications

Technical Specifications:

• Manufacturer: Schlage Electronics

• Model: M452

• Installation: Commercial

• Base Material: Aluminum

• Holding Force: 1,000 lbs.

• Operating Voltage: 12/24 VDC

• Current Draw: 1.5A / 760mA @ 12/24 VDC

• Magnet Dimensions: 20-9/16" x 3" x 1-3/4"

• Product Dimensions: 20.56" L x 1.75" W x 3" H

• Finish: Satin Aluminum Clear Anodized

• Pack Quantity: 1

• Ship Weight: 20 lbs.

• Warranty: Limited Warranty

The Schlage M452 Double Electromagnetic Lock is an excellent choice for commercial doors requiring dependable electromagnetic security, durability, and seamless integration with modern access control systems.