Electromechanical Door Closers

How Do Electromechanical Door Closers Work?

Electromechanical door closers utilize electric current to activate the closing mechanism. By connecting to a building’s fire alarm system, they become an essential safety feature—holding doors open under normal circumstances and automatically closing them in the event of a fire.

Explore the Types of Electromechanical Door Closers and Their Functions

• Double Lever Arm: Delivers a strong closing force, ideal for heavy, frequently used commercial doors.
• Hold Open: Ensures doors stay open for convenience and automatically close in emergencies, perfect for areas requiring easy access.
• Long Arm: Provides extended reach for wider doors, an excellent choice for large commercial entryways.
• Standard Track Arm: Offers flexible, dependable closing for standard-sized doors, suitable for both commercial and residential use.

Our commitment to quality and customer satisfaction is backed by a wide array of mounting options, such as pull side, push or pull, push side, and double egress, to meet specific needs.

The Importance and Benefits of Electromechanical Door Closers in Commercial Settings

• Traffic Flow and Noise Reduction: Gentle and quiet door closers are essential in busy settings.
• Security Enhancement: Integration with access control systems for robust security.
• Energy Efficiency: Maintaining climate control which can lead to energy savings.
• Accessibility Compliance: Settings adjustable to comply with standards such as the Americans with Disabilities Act.
• Fire Safety: Linkage to fire alarms for automatic door closure, serving as a barrier against fire and smoke.
• Low Maintenance: Durable solutions that necessitate minimal upkeep for cost savings.
• Design Versatility: A variety of styles to complement building aesthetics.
• User Experience: Automated controls streamline entry and exit points, enhancing satisfaction.

We offer an extensive selection of electromechanical door closers from industry leaders such as Corbin Russwin, LCN, Norton, Rixson, and Sargent.