All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(3109 products available)
Ready to Ship
Ready to Ship
Ready to ShipFail-Safe Electromagnetic Locks
Electromagnetic door locks with a timer that are set to fail safely come to be positively through operation and ensuring security within situations of power failure. These locks remain locked power when failure occurs but is released when the power goes off; this feature made them suitable for applications where evacuation is the need consideration, such as in hospitals, schools, and public facilities.
Fail-Secure Electromagnetic Locks
Unlocking fail-secure electromagnetic door locks during power outage differs from locking mode. These locks remain locked during power failure but can be opened through mechanical means like keys or levers. These types of locks are primarily installed in applications where security is ultimately important, for example, in banks or data centers, and power failure provides entry risks.
Surface-Mounted Electromagnetic Locks
The surface-mounted electromagnetic lock is easily mounted on the surface of the door frame and the positioning of the locking plate on the door. These are very common due to versatility, mainly applied to retrofit existing locking systems.
Concealed Electromagnetic Locks
Concealed electromagnetic locks are mounted inside the door frame, providing higher aesthetic value and lower profile. This option primarily concerns places where design and space concerns are supposedly installing an EM lock.
Electric Strikes
An electric strike provides a locking mechanism that integrates with existing mechanical locks or latches. When power is given to the strike, it releases the latch; when the power is off, the latch is pulled back into a locked position. They are versatile solutions that secure a broad range of locking systems and are easily integrated with a time management system.
Continuous Duty Electromagnetic Locks
Continuous duty locks are designed to be energized for long periods. These locks should be used with caution to avoid overheating; this usually limits their use in moderate-intensive applications. These types of locks should only be used in cases where the everyday locking systems have to be continuously secured.
Timed Electromagnetic Locks
Timed electromagnetic locks require a timing element to their operations. These locks can be programmed to lock and unlock after set time periods or at certain times of the day. This feature makes them especially effective for organizations that require regular management of door access.
Housing Materials
Stainless steel, aluminum alloys, and hardened plastics are common materials used in constructing the external part of the electromagnetic locks. Stainless steel has resistance to corrosion, thus making it useful in securing areas that must be kept clean, such as hospitals.
Magnetic Components
The locking mechanism components made up from high-grade magnets are typically neodymium or ferrite. These types of magnets are normally designed not to be affected by frequent day-to-day use or harsh environments.
Coating and Sealing
Electromagnetic locks are coated or sealed to ensure good durability and protection from environmental agents such as moisture, dust, and chemical agents. The most common coating is powder coating, which provides neat and compact finishes and good durability.
Heat Resistance
Heat resistance is an important factor in the durability of electromagnetic locks, especially when installed in high-traffic areas. Locks dissipate heat and are continuously in use and should not lose efficiency in locking mechanisms.
Wear Resistance
The materials that are used to make the locking plate or bracket are always required to contain wear-resistant properties. The sliding plates are made up of hardened steel or other alloys with high wear resistance, which keeps the locking mechanism functional for a long time and, more importantly, prevents any loss of security.
Testing for Durability
Manufacturers of electromechanical locks subject these products to various tests to ensure durable locks. These tests are wear, corrosion, temperature, and environmental tests.
Access Control Systems
Exclusive electromagnetic locks are mostly used with access control systems whereby only authorized persons usually access particular areas. The locking mechanism can be integrated with cards, biometrics, or PIN codes; this feature provides additional clearly removable pieces of the system.
Cost Savings on Security Personnel
Anticipatory locking systems eliminate the need to hire extra personnel to watch over the facilities, thus allowing customers to save funds that could have gone to ensure physical guarding. Great efficiency of electromagnetic locks and timer means businesses can operate at minimum security costs yet maintain good security.
Remote Management Capability
Increasingly, timed electromagnetic locks are integrated with smartphone applications or cloud-based systems to enable real-time remote management. By providing this kind of access, organizations understand better how doors can be controlled without being physically present.
Banking & Financial Institutions
Financial institutions require high security to guard their valuable assets. Automatic locking of vault doors or secure areas during non-business hours using electromagnetic door locks with timers adds an extra layer of security in this space.
Industrial and Manufacturing Facilities
Hazardous areas within industrial spaces do not need access to unauthorized personnel. The electromagnetic door locks automatically restrict access to these areas by locking them during non-working hours or according to set time schedules.
Warehouse and Distribution Centers
Distribution centers need to balance access between employees, vendors, and delivery personnel. Electromagnetic locks with timers can control the entry of such persons at particular times and, therefore, provide proper security and operational efficiency.
Educational Institutions
security measures of various kinds are also necessary in schools. They integrate electromagnetic locks with timers in various school settings, such as library access or after-business hours security in computer labs.
Healthcare Facilities
Hospitals have to balance accessibility with security. These locks would allow restricted access to places where only authorized persons should go, such as pharmacies or medical storage areas.
Type Of Locking System
Choosing the right electromagnetic lock means first understanding the locking mechanism required by the client and what the environment demands. Surface-mounted and concealed locks are usually installed in different areas concerning aesthetics and security. The automatic locking of some types may be integrated more easily into existing access control systems.
Load-bearing Capacity/Magnetic Holding Force
In the case of electromechanical locks that secure entry points, understanding the bearing weight of the lock is very paramount. The stronger the force generated, the more difficult it is to force open the door. It, therefore, becomes important, especially in industrial or commercial areas where the security risk needs increased protection against unauthorized access.
Weather Conditions
Sealing and coating the lock are important features in places of severe or extreme weather conditions. Ensure the lock bracket and plates are made of water, dust, and corrosion-resistant materials for outdoor uses.
Integration With Existing Systems
Keypad electromagnetic locks should work with other access control systems such as card readers or biometric systems. One technique for this purpose is that the new technology being put in place should integrate with existing hardware or software, as doing so reduces the cost of installing new systems.
Power Supply Backup
Assured power supply backup while selecting an electromagnetic lock means that the building's security system shouldn't be compromised. Locks also come with battery backup or uninterruptible power supply systems UPS; these features can help operation continuity even during power outages.
Durability and Heat Resistance
Heat dissipation and continuous operation can affect the electromagnetic lock's durability, especially in high-traffic areas. Lock materials with high finish resistance and, if possible, thermal insulation, which go a long way in increasing the device's lifespan.
Cost Of Maintenance
Maintenance expenses incur specific types of electromechanical locks over others; this is an important factor in long-term locking systems. Also, associated hardware or software requirements for this particular magnetic lock with a timer access control system can also be integrated into the total cost analysis.
These locks can be installed outdoors when they are sealed and coated with materials that pack moisture and dust, and corrosion are proven to be effective.
Unlike fail-safe locks that release power, fail-secure locks remain locked during power outages. They require a mechanical method to release the lock, which allows critical areas to remain secure even when there's a power disruption.
Locks with timers usually require consistent power; thus, the locks with timers always come with a battery backup or an uninterruptible power supply. This ensures locking mechanisms continue to function in a power outage.
By locking and unlocking at specified times, these locks ensure doors are always secured at the required hour, minimizing human error and increasing security automatically.
Regular locking maintenance includes checking for signs of wear and tear, cleaning the locking mechanism, and inspecting electrical components for corrosion.
Banking, healthcare, education, and industrial sectors, where access control and security are paramount, benefit from timed electromagnetic locks.
