No-Load current door strike with standard flat face plate with dead bolt cut-out for front and inner door locks. Symmetrical FAFIX latch arrangement. Rescrewable for left-hand and right-hand mounting in compliance with the German standards (DIN).
The electromechanical lock consists of two mechanical components: a moving electromechanical catch bolt mounted in the door frame and a fixed counter unit mounted in the door leaf.
When the system is switched on and the door is closed, the catch bolt electromechanically locks and secures the door to the counter unit. The door cannot be opened. When the system is switched off, the catch bolt electromechanically unlocks and the counter unit can silently slide out or back in. The door is released for opening.
The group of electromechanical locks consist of no-load current door strikes and strikes with load current function.
The advantage of electromechanical locking in modern security technology is that when this kind of lock is combined with an appropriate operating unit, a block lock needs not to be installed. In particular, electromechanical locks offer solutions for reliable locking of fully glazed systems and fully glazed doors that were impracticable before.
Load current principle:
The lock works according to the load current principle, i.e. the bolt unlocks when voltage is applied. When no voltage is supplied, the door is locked.
No load current principle:
The lock works according to the no load current principle, i.e. the catch bolt locks when voltage is applied. When no voltage is supplied, the door is unlocked.
| Rated voltage |
12 V DC |
| Current consumption |
0.23 A |
| Operating time |
100% |
FAFIX = door strike with adjustable and fixable door strike latch bolt. For dimension drawing see overview
