NEXAKEY NX-280EM 280KG EM LOCK

Nexakey NX-280EM 280kg Single Electro Magnetic Door Lock stands as a testament to cutting-edge security solutions in the realm of access control. Crafted by the reputable brand Nexakey, this lock exemplifies a harmonious fusion of robust engineering and advanced technology to ensure optimal safety. At its core, the Nexakey 280kg EM Lock boasts exceptional strength and durability. With a tenacity of 280kg (approximately 600lbs), it effortlessly reinforces security, making it ideal for a wide array of applications, from commercial establishments to high-security areas. The thoughtfully designed suction plate, measuring 180L x 38W x 11H mm, enhances its practicality while maintaining an unobtrusive profile. The lock's operational efficiency is further highlighted by its fail-safe security level. This means that in case of power failure or emergency situations, the door will automatically unlock, allowing for quick and safe egress. This failsafe mechanism aligns with modern safety standards, making it an invaluable asset in emergency evacuation scenarios. The Nexakey 280kg EM Lock operates with a working voltage of DC12V, drawing a current of 500mA during operation. This efficient power consumption ensures not only reliable performance but also a sustainable solution for long-term use. The lock's compact dimensions, measuring 250L x 47W x 25H mm, make it adaptable to various door configurations without compromising its sturdy build. Beyond its technical attributes, the Nexakey 280kg Single Electro Magnetic Door Lock excels in its role as a security element. It offers a 90-degree open mode, granting ease of access while maintaining controlled entry. This functionality strikes a balance between convenience and security, catering to diverse user requirements. Weighing just 2kg, this lock exhibits a perfect equilibrium between substantial construction and lightweight design. This blend of attributes simplifies installation while ensuring that it does not impose excessive weight on the door structure.