FAQ
Frequently Asked Questions on Electro Magnetic Locks
An Electro Magnetic Lock consists of two pieces, i.e. an electromagnet and Steel plate (also known as Armature plate). The Electromagnet is mounted on the top of the door frame and the steel plate is fixed on the door frame, which is aligned with the magnet. When the magnet is energized by electric supply the door is strongly bonded by holding the steel plate. When the power supply is cut off, the door is released instantly. This is ideal for the emergency escape situations.
The magnetic lock comes in variety of models to suit various entry and exit applications. Mounting brackets form an integral part in installation of magnetic locks to both in-swing and out-swing doors.
Low power consumption
Zero Maintenance
Fail Safe locks
Easy to Install
No Moving parts
An electromagnetic lock is part of an entire security system which may be connected to a keycard reader or to a complex system consisting of connections to central monitors that monitors the security of the premises.
It can be used for both in-swinging and out-swinging doors. For in-swinging doors, the lock is usually installed at the opening corner of the door. For out-swinging door, the lock is usually installed on the side of the door header.
Yes, electromagnetic locks offer a high level of security when properly installed and integrated into a comprehensive security system. Their security stems from the powerful magnetic force that holds the door shut. The holding force, measured in pounds (lbs), can range from several hundred to over a thousand pounds, making forced entry extremely difficult.
However, the security of a maglock also depends on factors like the quality of the installation, the strength of the lock, and the integration with other security measures, such as access control keypads or biometric readers. When installed correctly, they offer a very secure solution against unauthorized entry.Description for this block. Use this space for describing your block. Any text will do. Description for this block. You can use this space for describing your block.
An electromagnetic lock is designed to open when the electrical current is interrupted. This can be achieved through various methods, including:
Access Control System: Using a keypad, card reader, or biometric scanner to send a signal to the power supply, interrupting the current.
Push Button or Request-to-Exit (REX) Sensor: Pressing a button or triggering a sensor on the inside of the secured area, which cuts power to the lock.
Emergency Release Button: In case of an emergency, a dedicated button can instantly cut power to the lock.
Power Failure: In the event of a power outage, the lock will automatically release. This is a crucial safety feature.
The strength of an electromagnetic lock is measured in pounds (lbs) of holding force. Common strengths range from 600 lbs to 1200 lbs or more. The appropriate strength depends on the door size, weight, and security requirements. Higher holding force locks are used in high-security applications where forced entry is a significant concern.