Brushed stainless steel cabinet and top covers;
External edges of the cabinet have rounded corners with a radius of 20 mm;
Polished aluminum arm mounting cap;
Brushed stainless steel arms, with closed ends made of the same material;
Modular end cap secured by a quick-fit system;
Customizable end cover to accommodate various components, such as validators, displays, readers, keyboards, among others;
Cabinet with large internal space to accommodate card collection 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 central top cover;
Internal components with anti-rust treatment;
Mechanism composed of an arm rotation damping system;
Electromechanical control of both access directions (bidirectional);
Electronic interface with any control system (validator or similar);
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: blocked entry and exit.

Dois pictogramas orientativos para indicar o modo operacional do bloqueio (entrada ou saída);
IP (Índice de Proteção): 53;
Tensão de alimentação: 110/220 VAC, 50/60 Hz;
Potência máxima consumida: 35 W;
Umidade relativa máxima para operação: 95% não condensada;
Temperatura de operação: -10°C ~ 55°C.

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.