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Following are the types of electromagnetic lock garage doors:
Surface-Mounted Electromagnetic Locks
These are one of the most commonly used locks in various applications, including garage doors. Surface-mounted locks are fitted on the door's surface and door frame. Their installation is relatively easy and can be done on most existing doors without major modifications. The magnetic is constantly mounted on the door and the armature plate on the frame, locking the door firmly when the power is on. When the power goes off, the door will automatically unlock. For this reason, surface-mounted electromechanical locks are frequently used in places where easy access is required. Such places include office doors, restricted areas, and garage doors.
Concealed Electromagnetic Locks
Concealed locks are fitted inside the door, frame, or edge. Due to their mounting style and location, these locks are more secure and harder to tamper with than surface-mounted locks. While the locking process remains the same as surface-mounted locks, the installation requires in-depth milling into the door and frame, which may be challenging. The extra security that concealed electromagnetic locks provide makes them often fit for high-security places like bank vaults, secure rooms, or restricted access areas.
Swing Door Electromagnetic Locks
A swing door electromagnetic lock is mainly used on swinging doors. These locks are similar to surface-mounted ones, but they have adaptations that enable them to work correctly on swing doors. It includes additional hardware that allows for effective closure and locking, even if the door is at an angle. Swing door locks have stronger epicontact magnets, which means that even if the door is not flush, the locking mechanism can still secure the door properly. These locks are often used in commercial or public buildings where many swinging traffic and security considerations exist.
Electromagnetic Lock with Electric Bolt
These locks combine with an electromagnetic lock and an electric bolt locking mechanism. While the magnetic lock holds the door tightly secured, the electric bolt provides an extra locking mechanism to ensure the highest security levels. They are also ideal for garage doors to increase security. These locks are mainly used in high-security areas where multiple access methods are required to enhance security.
Electromagnetic locks work via magnetism. The process starts by an electric current passing through an electromagnet in the lock. The magnet will produce a magnetic field that attracts a small metal plate, called the armature, fixed on the door. Due to the magnetic force, the door stays locked and can't be opened.
Once the power is off, the magnetic field will no longer be there, and the armature plate will be free, allowing the door to be opened. In addition, many electromagnetic locks come with a small backup battery. The battery automatically runs the lock to ensure continued operation and security during a power outage.
Garage electric locks have several features to increase their effectiveness and ease of use:
Most modern electromagnetic locks are designed for easy use and installation. The locks have a compact and sleek design that makes them possible to integrate with modern design garage systems easily. These locks are mostly mounted on the garage frame and door edges, providing inconspicuous hardware.
The locking mechanism consist of two main parts: the electromagnet mounted on the door frame and the armature plate on the door itself. The electromagnet is designed to provide a strong magnetic force that holds the door securely in place. At the same time, the armature plate is designed to interact seamlessly with the magnet and ensure a solid lock.
Residential Garages
In a residential setting, electromagnetic locks are used to provide additional security, especially in areas that need keyless entry, no keys. It may also be used in smart home systems. People can control these locks via smartphones or other devices. It allows them to check or grant access when necessary.
Commercial Warehouses
These electromagnetic locks are often used in commercial warehouses where controlled access to sensitive or expensive inventory is required. By combining these locks with an access control system, companies can log and manage entry easily. This way, only authorized personnel can access specific areas, increasing security and reducing the risk of theft or fraud.
Retail Stores
In retail stores, electromagnetic locks secure the backroom, employee areas, or entrance doors after business hours. These locks are integrated with a security alarm system. This ensures that any unauthorized attempt to open the locked doors triggers an alarm. They also help streamline the access process for employees through key cards or unique codes. They may not distract the customer or waste much time when they try to enter a retail outlet.
Automotive Facilities
For instance, in an auto repair shop, electromagnetic locks are used to secure garage service areas, tools, equipment, and customer vehicles. This will help prevent theft. Also, to ensure only authorized personnel can enter the areas, the shops can set up their own key fob or code systems.
Multi-Unit Dwellings
These electromagnetic locks are often used to secure garage entrances in apartment complexes and condos. Residents can access the garage area using key fobs or codes, while property managers can control or manage the access. It adds convenience and security for residents and helps property owners avoid unauthorized persons from entering the parking areas.
While selecting an electromagnetic lock garage door for a buyer's business, the following factors should be considered:
Technology
Garage doors can be controlled via smartphone or other devices by selecting a keyless entry lock. This provides additional convenience. Simple key or keypad locks can be considered to provide a more economical solution.
Weather Resistance
Weather-resistant locks are designed for garages and exposed to various weather conditions. These locks are housed in metal shells or coatings that are waterproof and rustproof.
Fail-Safe locking
Asking for fail-safe locks is important. It ensures that the lock will unlock automatically in case of power failure. It is important for safety. It is usually used in emergencies.
Compliance
The electromagnetic locks should meet standards set by local authorities. One of these standards is the National Fire Protection Association (NFPA). This is important, especially for businesses, by law mandated locks that hold up to certain standards.
Scalability
When choosing electromagnet locks to be used in a facility, consider future needs in access control. Some locks are scalable and integrated with other security systems like surveillance cameras.
Power outage
In addition to fail-safe locking, buyers may need to look for locks with built-in backup power. It will help keep the door securely locked during a power outage.
As previously mentioned, an electromagnetic lock garage door is a locking mechanism that ensures security. The system uses electromagnetic forces to keep a garage door tightly secured and locked.
People use these locks mainly to increase security when accessing a garage. For residential, it provides convenience. People can control these locks via smartphones or other devices by selecting a keyless entry lock. It provides additional convenience.
Garage electric locks work via magnetism. The process starts by an electric current passing through an electromagnet in the lock. The magnet will produce a magnetic field that attracts a small metal plate, called the armature, fixed on the door. Due to the magnetic force, the door stays locked and can't be opened. When the power goes off, the magnetic force will no longer be there. The armature plate will be free, allowing access to use a garage door opening remote.
These locks are designed and built to withstand various weather conditions. Buyers can look for a lock that has a protective coating or casing. It can be a stainless steel or weatherproof material for the lock, which ensures it remains functional, even in extreme heat, cold, or precipitation.