Brushed stainless steel cabinet and top cover;
Customizable top cover to accommodate various components, such as validators, displays, readers, keyboards, among others;
Cabinet with large internal space to accommodate card collector safe or various electronic systems;
Access to the interior of the cabinet through two side doors;
Access and complete removal of mechanical and electrical assemblies through the top cover;
Individual mechanical and electrical assemblies for each lock;
Internal components with anti-corrosion treatment;
IP (Ingress Protection) rating: 53;
Power supply: 110/220 VAC, 50/60 Hz;
Maximum power consumption: 50 W;
Maximum relative humidity for operation: 95% non-condensing;
Operating temperature: -10°C ~ 55°C.

3-ARM LOCK

Aluminum arm fixing cap;
Brushed stainless steel arms, with ends closed with the same material;
Mechanism composed of an arm rotation damping system;
Electromechanical control of both access directions (bidirectional);
Seven operating modes selected via the controller board keyboard or remotely:
Mode 1: controlled entry and blocked exit;
Mode 2: blocked entry and controlled exit;
Mode 3: controlled entry and exit;
Mode 4: controlled entry and free exit;
Mode 5: free entry and controlled exit;
Mode 6: free entry and exit;
Mode 7: input and output blocked.
Two pictograms indicating the operating mode of the lock (input or output).

ACCESSIBILITY LOCK

Stainless steel arm;
Crystal acrylic arm closure with international accessibility symbol;
Electromechanical control of both directions of access (bidirectional).

The equipment operates with individual signals for each direction of passage (entry or exit). The passage remains blocked until the control system sends a release signal.
Once passage has been made, the arms are blocked again, awaiting a new release signal. If the user does not start passage within a predetermined period of time (time-out), the passage rotation is blocked again.
For each access made (entry or exit), the electronic interface of the lock sends an individual end-of-rotation signal.
During the user's passage, the mechanical system prevents the arms from moving in the opposite direction to the authorized passage, in addition to ensuring a return to the locking position after the user has passed.
The locking solenoids are only energized during unauthorized passage attempts, avoiding unnecessary energy consumption.
In the event of a power failure, passage will remain enabled in both directions.