It is intended for quick checkout of persons and immobile users.
It can be operated externally or the device can be integrated into the operator-free passage control system when the chip identification is used. The Speedgate unit is composed of two separate gates installed opposite to each other. The control gate always contains the control unit or chip reader and chip wristband collector. The opposite gate is controlled by the control gate’s pulses. One rotary leaf or two leaves can be installed in the gate frame.
Quick double-leaf gate Speedgate with rotary leaves +/- 90°.
Bidirectional controlled passage. Integrated chip wristwatch reader (entry side of the control gate). Integrated chip wristwatch collector (exit side of the control gate). Graphical simulation of the task sequence on a display + light signalling at the collector’s wristwatch insertion mouth. Light signalling of passage in the top lid.
Closed cabinet structure with locking covers.
All-metallic design of stainless steel according to AISI 304 or AISI 316 – on request. Cabinet surface ground or brushed or, if appropriate, polished (on request) or painted (on request) with powder paints according to the RAL shades. Fully stainless and inner structure. Offered in the outdoor version as well. The control gate’s top cover made of ESG glass.
Transparent polycarbonate of 10 mm in thickness, on request – ESG glass thick 8 mm.
Located on the top frame’s board. Smooth start and stopping of the rotary leaf. Setting the leaf rotation speed and the rotation enable time (enabled passage). Optional setting of free passage.
Entry side: By putting the chip to the reading zone of the reader (separate accessory) or externally with button. Exit side: By putting the chip to the reading zone of the reader (separate accessory) or externally with button.
Monitoring by the presence sensors in the entire length of the passage.
In case of power supply failure, the drive unit brake is released to allow manual opening and free passage. To maintain its function, the device can be connected to the stand-by power supply.