Solution

Electromagnetic locking devices meet the intelligent security needs of modern commercial buildings. They are commonly used for single or double door locking in office buildings, large shopping malls, commercial escape exits, or fire escapes. They lock doors using the attractive force generated by electromagnets. The YGS-DF fireproof series meets fire safety standards, maintains normal operation even in high-temperature environments, and automatically unlocks in the event of a power outage, ensuring rapid evacuation in emergencies. Its simple structure reduces maintenance costs.

Hospitals typically require more durable and secure electromagnetic locks. A stainless steel, waterproof, and fireproof electromagnetic lock is preferred to ensure continued performance despite frequent daily use. Electromagnetic locks, when combined with proximity cards or fingerprint access control stations, allow users to unlock one or more doors through authorized unlocking methods. Access control stations are preferably installed in key areas such as patient rooms, nurse stations, cashier counters, and control rooms, enabling contactless entry and exit.

In residential communities, wall-mounted electromagnetic locks can replace traditional mechanical locks on glass doors. It complies with fire safety standards and can be unlocked during power outages, ensuring emergency escape from community public areas. Its simple installation and low energy consumption reduce maintenance costs and prevent equipment failures caused by voltage instability. We offer glass electric mortise locks with various voltages to meet local residential power supply standards. Its magnetic design ensures a tight fit between the door and the lock body, effectively reducing metallic clashing noise. Compared to traditional locks, it operates with lower noise levels, reducing noise levels in the community.

Recessed electromagnetic locks conceal the lock body within the door, effectively preventing external tampering and automatically unlocking in the event of a power outage. Low-power and surge protection ensure operational stability and shock resistance, making them ideal for long-term use as fire escape control locks.

Recessed electromagnetic lock systems are suitable for educational infrastructure, including lecture halls, dormitories, and research laboratories, meeting the critical security and convenience requirements of educational environments. The recessed configuration eliminates protrusions while maintaining building integrity and cleanliness. When integrated with smart access control systems, programmable access permissions can be managed, effectively regulating personnel access parameters.

For mission-critical installations exposed to harsh, humid, high-temperature conditions, or coastal areas, stainless steel recessed electromagnetic locks are recommended. The recessed structure better protects the lock body from direct environmental damage, ensuring excellent performance in these challenging environments.