Electric strikes are a vital component of access control systems, providing secure and convenient entry to buildings. With their ability to replace fixed strike faceplates and allow doors to close and latch effortlessly, they offer a seamless user experience.

There are various types of electric strikes available, each suited for specific locking devices and configurations. When purchasing electric strikes, factors such as jamb type, voltage requirements, and faceplate length must be taken into account.

In this article, we will explore how electric strikes work, the different types available, and important considerations when buying and installing them.

How Electric Strikes Work

Electric strikes work by replacing the fixed strike faceplate used with a latch and allowing the door to close and latch like a fixed strike, while also pivoting out of the way when the door is opened. This mechanism enables the door to be opened without operating the mechanical lock.

When installing an electric strike, there are a few tips to keep in mind. First, consider the type of jamb and locking hardware you have. Next, determine the required function of the electric strike, whether it is fail-secure, fail-safe, or hold-open. Also, consider the length of the latch and the depth of the jamb. Additionally, be mindful of the voltage requirements and the length of the faceplate.

Troubleshooting electric strikes may involve checking the power supply, ensuring proper alignment, and inspecting the wiring connections.

Different Types of Electric Strikes

The different types of electric strikes offer a variety of options for securing door frames. There are several advantages and disadvantages of electric strikes that should be considered.


  • Electric strikes provide enhanced security by allowing controlled access to a building.
  • They can be integrated with access control systems for convenient entry.
  • Electric strikes are easy to install and can be retrofitted to existing doors.
  • They offer flexibility in terms of fail-secure or fail-safe configurations.
  • Electric strikes can be used with various types of locking hardware.


  • Electric strikes require a power source and can be affected by power outages.
  • They may require regular maintenance to ensure proper functioning.
  • Electric strikes can be more expensive than traditional strike plates.

Common applications of electric strikes in commercial settings include:

  • Office buildings
  • Retail stores
  • Warehouses
  • Hospitals
  • Schools

Overall, electric strikes provide an effective and secure solution for controlling access to door frames in various commercial settings.

Factors to Consider When Buying Electric Strikes

When purchasing an electric strike, buyers should carefully consider the type of jamb and locking hardware they have, as well as the required function and voltage requirements. Electric strikes offer several benefits for access control systems, such as increased security and convenience. By integrating electric strikes with access control systems, users can easily control and monitor access to their premises.

Here is a table highlighting the benefits of using electric strikes and the integration of electric strikes with access control systems:

Benefits of Electric Strikes Integration with Access Control Systems
Increased security Seamless integration with existing system
Convenient access control Real-time monitoring and logging
Versatile applications Customizable access levels and schedules

Electric strikes provide a secure and convenient solution for controlling access to buildings. They can be easily integrated with access control systems, allowing for seamless operation and enhanced security. With real-time monitoring and customizable access levels, electric strikes offer a comprehensive access control solution for various applications.

Electric Strikes and Locking Devices

Buyers should consider the type of jamb and locking hardware they have when purchasing an electric strike to ensure compatibility with their existing system. The compatibility of the electric strike with the door frame and locking device is crucial for proper installation and functionality. Troubleshooting electric strikes can be challenging if the strike is not compatible with the existing system.

Here are some key points to consider when it comes to electric strike compatibility:

  • Check the type of jamb and ensure that the electric strike is designed to fit and work with that specific type.
  • Verify the locking hardware used in the door, such as a latch or deadbolt, and ensure that the electric strike is compatible with it.
  • Consider the voltage requirements of the electric strike and ensure that it matches the power supply available in the building.

Understanding Rim Panic Electric Strikes

Understanding rim panic electric strikes can be beneficial for those who are looking to secure doors with rim panic exit devices. Rim panic electric strikes are specifically designed to work with rim panic exit devices, which are commonly used in emergency exit doors. These electric strikes offer several benefits, including enhanced security, convenience, and integration with access control systems.

Benefits of Rim Panic Electric Strikes Common Applications
Enhanced security: Rim panic electric strikes provide an additional layer of security by ensuring that the door remains locked until the panic bar is activated. Schools, hospitals, office buildings, and other public buildings often use rim panic exit devices with electric strikes to secure emergency exit doors.
Convenience: With rim panic electric strikes, users can easily exit through the door by simply pushing the panic bar, without the need for keys or additional security measures. Retail stores and other commercial establishments often use rim panic electric strikes to provide quick and easy access for employees and customers.
Integration with access control systems: Rim panic electric strikes can be easily integrated with access control systems, allowing for centralized control and monitoring of the doors. Government buildings, data centers, and other high-security facilities often use rim panic electric strikes with access control systems to ensure authorized access and enhance security.

Installation and Maintenance of Electric Strikes

To ensure proper functioning and longevity, individuals and organizations should regularly inspect and maintain their installed electric strikes. Common troubleshooting issues with electric strikes include the strike not releasing when power is applied, the strike not retracting fully, and the strike not aligning properly with the latch.

To address these issues, it is important to check the power supply, wiring connections, and strike alignment. Best practices for maintaining electric strikes over time include cleaning the strike regularly to remove dust and debris, lubricating moving parts with a non-conductive lubricant, and checking for loose screws or damaged components.

It is also recommended to test the strike periodically to ensure proper operation. By following these best practices, individuals and organizations can maximize the lifespan and reliability of their electric strikes.

Frequently Asked Questions

Are Electric Strikes Compatible With All Types of Doors?

Electric strikes are compatible with various types of doors, providing a versatile solution for access control. The installation of an electric strike offers numerous benefits, including enhanced security and convenience.

By replacing the fixed strike faceplate with an electric strike, the door can be opened without operating the mechanical lock. This offers ease of access for authorized individuals while maintaining the integrity of the door frame and latch.

Electric strikes are a reliable and effective choice for ensuring controlled entry and exit.

Can Electric Strikes Be Used With Magnetic Locks?

Electric strikes can be used with magnetic locks, offering a convenient and secure access control solution.

When compared to mechanical locks, electric strikes provide added flexibility and ease of use. They allow the door to be opened without manually operating the lock, making them ideal for high-traffic areas.

Additionally, electric strikes can be easily integrated with other security systems, such as keycard readers or biometric scanners. This combination of convenience and enhanced security makes electric strikes a popular choice for many applications.

How Do Electric Strikes Affect the Fire Safety of a Building?

Electric strikes can have an impact on the fire safety of a building. When considering the use of electric strikes, it’s important to consult with the Fire Marshal or appropriate authority.

This is because certain fire safety regulations may restrict the use of electric strikes, especially in conjunction with magnetic locks. It’s crucial to ensure that the installation of electric strikes does not compromise the ability to safely evacuate the building in the event of a fire.

Are There Any Alternative Access Control Devices to Electric Strikes?

There are alternative access control devices to electric strikes. These devices include card readers, keypads, biometric readers, and proximity sensors.

Each of these devices has its own advantages and may be more suitable for certain applications. For example, card readers offer convenience and ease of use, while biometric readers provide a higher level of security.

Keypads allow for entry using a unique code, and proximity sensors automatically detect and grant access when someone approaches.

These alternative devices can provide effective access control solutions in various situations.

What Is the Average Lifespan of an Electric Strike?

The average lifespan of an electric strike depends on various factors, including the quality of the device, the frequency of use, and the maintenance it receives. Generally, electric strikes can last anywhere from 5 to 15 years.

However, regular maintenance is crucial to prolonging their lifespan. This includes cleaning the strike, checking for any loose connections, and lubricating moving parts.

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