Introducing the Cobalt Series, two state-of-the-art low voltage motor-driven door locks that solve problems no other locks in the market can.
The Cobalt Single is designed for 90-degree swing doors and the Cobalt Double is designed for 180-degree swing doors. These locks are designed for both commercial and residential application and are perfect for high foot traffic areas. The Cobalt Series is ideal for controlling access in and around facility and provided reporting features such as door position and bolt position.
One of the standout features of the Cobalt Series is their ability to release even under significant side-load pressure. The Cobalt Series is designed to release when requested, even in emergency situations. This is a key advantage over traditional electromechanical locks, which are not equipped to handle side-load pressure
The Cobalt Series also has the ability to automatically align a misaligned door. The lock will correct misalignments by pulling the door into its final position, ensuring it closes fully and locks securely. This innovative design eliminates the common problems that traditional electromechanical locks face, including being unable to pull the lock into the final position.
What sets the Cobalt Series apart from its competitors?
The Cobalt Series is a true example of world-leading innovation and engineering. The unique design of the Cobalt Series uses a collapsing mechanism that is deadbolted when locks, but will unlock when requested even with 6,000N (1,350lbf) of side-loading force on the door, a feature necessary in locking but surprisingly uncommon in the marketplace.
Years of research and feedback from our customers revealed that misalignment in doors was proving to bee a headache in security and access control. That's why the Cobalt Series also has its innovative misalignment corrections mechanism. The pivot action of the Cobalt Series bolt pin will 'grab' the strike plate and pull the door into position for misalignment up to 8mm (5/16") for the single and 16mm (±5/16") for the double.
