ELECTRIC STRIKE
WHAT IS AN ELECTRIC STRIKE?
An electric strike is a device used in access systems to secure doors. It replaces a traditional strike plate on the door frame. When an electric current is applied, the strike releases, opening the door without turning a physical key. This technology enhances security by enabling remote control of door access and integration with other security systems, such as keycard readers or biometric scanners. They are usually compared electric strike vs maglock.
BENEFITS
Electric strikes offer several benefits over traditional mechanical locking mechanisms:
WHERE CAN YOU FIND A DOOR ELECTRIC STRIKE?
They are found in various spaces where controlled access is necessary, similar to maglock vs electric strike. Some of the most frequent applications include:
This devices are versatile security solutions used in various spaces and industries to enhance access devices, improve safety, and protect valuable assets.
CHALLENGES
While electric strikes offer numerous benefits for access devices and security, they also present some challenges:
POWER DEPENDENCY
This devices rely on a continuous electrical power supply to function correctly. Power outages or electrical failures can disrupt their operation, potentially compromising security or hindering access during emergencies.
ASSEMBLY COMPLEXITY
Installing a door electric strike may require specialized knowledge and skills, particularly when retrofitting them onto existing doors or frames. Improper assembly can lead to issues such as misalignment or insufficient security.
COMPATIBILITY ISSUES
Electric strikes must be compatible with the specific door hardware, frame construction, and access system. Ensuring compatibility can be challenging, especially in retrofit or mixed-use environments where different components may not align perfectly.
MAINTENANCE REQUIREMENTS
Electric door strike, like any electromechanical device, require regular maintenance to ensure optimal performance and longevity. Dust, debris, and mechanical wear can affect their operation over time, necessitating periodic inspection and servicing.
SECURITY VULNERABILITIES
The mechanism enhance security when properly installed and configured. However, they can also be vulnerable to tampering or bypass methods if not adequately protected. Additional security measures, such as surveillance cameras or alarm systems, may be necessary to mitigate these risks.
COST CONSIDERATIONS
Electric strike door lock can be more expensive upfront compared to traditional mechanical locks or strikes. Integrating them with access systems or upgrading existing infrastructure may incur additional costs.
CODE COMPLIANCE
Depending on the jurisdiction and application, electric strikes may need to comply with building codes, fire safety regulations, and accessibility standards. Ensuring compliance can add complexity to the design and implementation process.
ENVIRONMENTAL FACTORS
The mechanism installed in outdoor or harsh environments may be exposed to moisture, extreme temperatures, and other environmental hazards that can affect their performance and longevity. Choosing weatherproof or ruggedized models may be necessary to mitigate these risks.
Despite these challenges, this mechanism remains a valuable component of modern access control systems, offering enhanced security and convenience for various applications. Addressing these challenges through proper planning, assembly, and maintenance can help maximize the benefits while minimizing potential drawbacks.
THE BEST BRANDS OF ELECTRIC DOOR STRIKE
LOCKING MECHANISM VARIATIONS
An electromagnetic strike replaces the standard strike plate on a door frame. It works in combination with a mechanical lock or latch bolt. When energized (or de-energized, depending on the type), the strike’s keeper (the movable metal part that holds the latch) releases the latch, allowing the door to open without manually turning the handle.
FAIL-SECURE
- In normal operation, the strike is locked.
- When power is applied, the strike releases the latch, and the door can open.
- If power fails, the strike stays locked — maintaining security.
BEST USED FOR:
Areas that need to remain secure during power outages (e.g., server rooms, storage areas, security offices). Aditionally, internal doors where maintaining security is more critical than free exit.
ADVANTAGES
Keeps doors locked even when power fails, preventing unauthorized access. Additionally, reduces risk of intrusion during outages.
DISADVANTAGES
In an emergency (like a fire), doors may not automatically unlock unless integrated with a fire alarm or emergency release circuit. Also, requires additional safety measures to ensure people can exit safely.
FAIL-SAFE
- In normal operation, the strike is locked.
- When power is lost, the strike automatically unlocks and releases the latch.
- When power is applied, it stays locked until an access signal is received.
BEST USED FOR:
Emergency exits and high-traffic entry doors. Also, life-safety areas where free egress is more important than securing the area, and buildings with fire alarm integration or emergency evacuation systems.
ADVANTAGES
Provides safe exit during emergencies or power outages. Basically, complies with fire and life safety regulations.
DISADVANTAGES
Loses security when power fails, leaving the door unlocked. Also, may require backup power or electromagnetic locks for redundancy in high-security areas.
