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Dehler
Dehler
The Indoor Electromagnetic Lock boasts reliable electromagnetic locking technology that ensures stable and secure locking/unlocking operations. It features a clear status indication system (including an "Unlock" indicator and visual "Lock/Unlock" labels) for real-time monitoring of the lock’s state. The mechanical structure is robust, providing excellent durability and resistance to wear, while the electromagnetic components offer fast response times and low power consumption.
This lock integrates electromagnetic control and mechanical actuation. When the unlock signal is activated, the electromagnetic coil releases the mechanical lock mechanism, allowing the handle to be operated for unlocking. When in the locked state, the electromagnetic mechanism keeps the mechanical part engaged, and the "Lock" status is indicated both visually on the panel and via the indicator. The operation is intuitive—users can easily switch between lock and unlock modes via the handle and check the status at a glance.
Designed for indoor electrical systems, making it an ideal choice for securing electrical switchgear, distribution cabinets, control enclosures, and other electrical equipment. It is widely used in power substations, industrial control rooms, commercial buildings’ electrical facilities, and any environment where controlled access to electrical equipment is required to prevent unauthorized operation and ensure electrical safety.
The lock features a dedicated visual feedback system. When the unit is energized and the unlock signal is received, the "Unlock" indicator lights up, providing clear visual confirmation that the handle can be safely operated.
No, this specific model is designed exclusively for indoor electrical systems, such as indoor switchgear, distribution cabinets, and control enclosures within power substations or industrial facilities.
No, the electromagnetic components are engineered for high efficiency, offering fast response times while maintaining very low power consumption during the locking/unlocking cycles.
No, the handle is mechanically restricted by the electromagnetic coil. It can only be operated when the internal mechanism is released via the appropriate electrical signal, ensuring unauthorized access is prevented.
The lock is constructed with robust materials designed to resist wear and tear in industrial environments, ensuring a long service life even with frequent operation in electrical facility settings.
The lock is designed with standard mounting parameters for easy integration into most indoor electrical switchgear and distribution panels, following common industrial safety and engineering standards.
