The all-glass door lock incorporates the entire locking mechanism and intelligent electronics in a single module. The outer handle is basically decoupled. If a valid transponder is detected, the door can be opened via the door handle for an adjustable period of time. A permanent open function for the outer door handle can be activated / deactivated via the transponder or time-controlled. In the office function, the door handle remains free to move or active until an authorized ELOCK2 transponder is detected again. By time control, the lock can be opened and closed at fixed times for visitors. Self-contained full lock with insurance-compliant burglar resistance.
An overview of the different variants of this product.
The mechanical automatic all-glass door lock G1E, with panic function E, has a solid follower and thus requires a replacement fitting (inside handle, outside pommel / handle bar or panic bar).
The mechanical automatic all-glass door lock G1B, with panic function B, is a self-locking panic lock with divided follower and mechanically operated external handle. The external handle can be permanently engaged or disengaged via cylinder actuation.
For entrance doors with linear door openers in combination with other systems such as intercoms. The automatic security lock is used in conjunction with an ELOCK2 linear door opener. The lock bolt is electrically unlocked by the linear door opener, but also has the mechanical self-locking.
The door can be opened from both sides, with an authorized transponder only and is suitable for public connecting doors and access doors. Mechanical opening possible by profile cylinder.
The radio lock system works battery-powered and therefore wireless. It can be refitted into existing door elements at any time. The outer handle is basically freely rotatable, therfore the functional status is immediately recognizable at any time. When the radio module is activated, the external handle is switched and the door can be opened via the door handle for a set period of time. This process is signaled acoustically.
