Elyte, new electromechanical mortise lock to ensure safety and security inside all sites

Lock to better filter access

By combining automatic locking with a permanent free exit, the new electromechanical mortise lock from Dény Security ensures the security of the premises and the safety of people. Indeed, the ejection of the deadbolt and the locking of the 1⁄2 turn bolt when the door is closed guarantee its locking.

In order to meet all security needs, ELYTE is available in two versions:

• with current break to promote the protection of people. The door is then permanently locked and is only unlocked in the event of a power cut,
• with current emission. It favors the security of goods by completely preventing access unless a power supply is sent to the lock to unlock the door.

Whatever happens, free exit is guaranteed. It is still functional and a priority. In the event of a system failure or an emergency, ELYTE is also equipped with a mechanical emergency cylinder which makes it possible to open it using a key.

Real-time remote monitoring

In order to integrate an access control or BMS (Technical Building Management) management system, the ELYTE lock is equipped with micro-switches allowing instant knowledge of the lock status. Deadbolt extended or retracted, counterbolt retracted, crutch actuated, sabotage function if one of the power cables is cut, door closed ... are all information gathered.

A modular lock for easy installation

Equipped with an axis of 70 mm and a center distance of 50 mm, the new electromechanical mortise lock from Dény Security is compatible with all types of wood and metal doors. Reversible right / left without removing the mechanism, it works in dual voltage (12 V and 24 V) to adapt to all configurations. Thanks to the junction cable and connected terminal block supplied, its installation is quick and easy.

Certified to EN 179 and EN 14 846, ELYTE is also available in a conservatory version to temporarily equip sites under construction, before the installation of the final electromechanical model.