AUTOMATIC GATES YOROK

Yorok model automatic gate, based on the obstacle-free corridor system, its functions being controlled by photoelectric cells, and can be installed in any monitored access area.

The corridor is closed by two glass panels that come out from inside the cabinets or gates and close by operating as follows: the panels always remain in the closed position, blocking the corridor.

When an access authorization signal is received from a reader or button, the opening is carried out by moving the panes inside the cabinet allowing a person to pass and closing again by means of a photocell once it has been carried out. In the event that two people want to enter at the same time, the system will give an acoustic alarm signal to detect the intrusion.

The corridors are formed with 2 gates (ends) of 1 panel each. There are gates with 2 panels (intermediate) for the formation of more corridors.

As a safety measure, the unit is equipped with a photocells system that stops the panel from closing and hitting users while they are still in the passageway.

Features:

• Bodywork manufactured in stainless steel sheet AISI-304 or AISI-316, 1.5 mm thick satin finish.
• Hinged opening top cover, Color to choose according to RAL chart. Closed under a security key and through which you access the interior.
• Mechanism adapted to the specific operation, with a positioning and damping system for the panel, with a security system for emergencies.
• Treatments of the parts and bearings greased for life. Electromechanical assembly comprising: asynchronous motor, worm gear speed reducer, greased for life. Direct transmission.
• Electronic control board with connection strip for control elements and accessories, fuse, transformer and programming switches. Adaptation of readers or control elements at the ends of the cabinet, whether mounted on the surface or inside the bodywork, depending on its dimensions and characteristics.
• Luminous pictograms signaling the operation of the corridors, green arrow and red cross.
• Safety and control photocell system. Fastening to the ground through the base plates using screws and expansion plugs supplied with the equipment.