DOM ENIQ
Electromechanical double knob cylinder
Modern architecture demands entrance areas with style.
The DOM Protector meets these high demands with its contemporary design.
The reading knob and the shortened inside knob are made of high-quality stainless steel.
Their shape provides a pleasant grip.
The DOM Protector meets these high demands with its contemporary design.
The reading knob and the shortened inside knob are made of high-quality stainless steel.
Their shape provides a pleasant grip.
The Dom Protector is available in an offline version, in the DOM virtual network or as an online version.
The online version has an integrated radio interface in the cylinder and an RF NetManager near the door.
This means that the DOM Protector can be integrated into an Ethernet network structure, programmed and monitored online and the door does not need to be wired.
The DOM Protector can be combined with existing video, billing or time recording systems.
It can be fitted to almost any door.
A version that reads on both sides is also available on request.
By assigning different authorizations and identification via the transponder, flows of people can be specifically controlled.
The DOM Protector is highly protected against electronic and mechanical tampering attempts.
Up to 32,000 users can be managed and 2,000 events can be stored.
The online version has an integrated radio interface in the cylinder and an RF NetManager near the door.
This means that the DOM Protector can be integrated into an Ethernet network structure, programmed and monitored online and the door does not need to be wired.
The DOM Protector can be combined with existing video, billing or time recording systems.
It can be fitted to almost any door.
A version that reads on both sides is also available on request.
By assigning different authorizations and identification via the transponder, flows of people can be specifically controlled.
The DOM Protector is highly protected against electronic and mechanical tampering attempts.
Up to 32,000 users can be managed and 2,000 events can be stored.
Further models
