Electromagnetic Lock, also known as magnetic lock, mainly utilizes the principle of electric magnetism to achieve the function of locking doors. The following are some application scenarios of electromagnetic locks:
Access Control System: The electromagnetic lock can be used in conjunction with the access control system to achieve remote control of the door. After verifying identity through methods such as swiping a card or entering a password, the access control system controls the electromagnetic lock to turn off power, thereby enabling the door to open.
Escape doors or fire doors: Due to the lack of complex mechanical structures, electromagnetic locks are suitable for controlling the access of escape doors or fire doors to ensure quick evacuation in emergency situations.
Important buildings: Indoor magnetic locks are widely used in important buildings both domestically and internationally, becoming an important part of high-tech access control management systems. They have the advantages of monitoring signal feedback output, preventing external damage, and no noise.
Power facilities: Outdoor electromagnetic locks are suitable for electrical locking of outdoor isolation knife switch operating mechanisms in substations, with built-in two sets of auxiliary contacts for closing and opening. They are particularly suitable for matching with integrated automation substations and used as anti misoperation monitoring.
Power automation substation: The grounding electromagnetic lock serves as an electrical grounding locking device, which locks the grounding rod during maintenance to prevent accidental pulling and insertion of the grounding rod, achieving full power five prevention.
Electromagnetic locks are widely used in various situations due to their stability, low energy consumption, ease of installation and maintenance, and other characteristics.
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