Bi-Directional Swing Barrier Office Building RFID Glass Turnstile Gate With Access Control System

Unique Advantages of Outdoor Turnstile Gate

Protection level is IP65: outdoor turnstile gate is with the functions of strong water-proof and dust-proof.

Shared use of pedestrian & cyclist: pedestrian, bicycle and motorcycle are allowed to pass through the same passageway.

Sustain violent hitting on gates: the elastic swing gates created by Bester can sustain frequent violent hitting. Within limited range of impact force, swing gates can withstand 200KGF external hitting.

Resistant to sunlight interference: the infrared sensor structure is adopting matrix distribution and anti direct sunlight design, which can reduce the interference from sunlight to avoid false alarming.

Resistant to high & low temperature: outdoor turnstile gate can work normally when under ultra-high or ultra-low temperature.

All-around Personal Safety Protection

Adopt original advanced mechanical structure. When the power is off, turnstile system will unlock swing gates automatically. The swing gates can be manually pushed into an open state so as to evacuate people in the event of an emergency.

With multiple anti-clamping designs, such as anti-clamping, mechanical anti-clamping and anti-collision by advanced electric current detection, it can protect personal safety of passengers.

All electric modules are designed to operate under the safety voltage of 24V, and configured with residual current protective device to effectively avoid electric shocks.

Working types
In the swing gate products, there are three working types for users to choose at the entrance and exit: controlled
passing, free passing and no passing. Namely there are nine working types for users to choose for one lane in
open status and normal close status:
1) Controlled at both entrance and exit: it needs to read card to pass through at both the entrance and exit;
2) Controlled at entrance, free at exit: it needs to read card at entrance, and it does not need to read card at
exit to pass through;
3) Controlled at entrance, no passage at exit: it needs to read card at entrance, and no one can pass through at
the exit;
4) Free at entrance, controlled at exit: it does not need to read card at entrance to pass through, and it needs to
read card at exit to pass through;
5) Free at entrance, free at exit: it does not need to read card at entrance and exit to pass through;
6) Free at entrance, no passage at exit: it does not need to read card at entrance to pass though, and no one is
allowed to pass through at exit;
7) No passage at entrance, controlled at exit: no one is allowed to pass through at entrance, and it needs to
read card at exit to pass through;
8) No passage at entrance, free at exit: no one is allowed to pass through at entrance, and it does not need to
read card at exit to pass through;
9) No passage at entrance, no passage at exit: passage is cut off, and on one is allowed to pass through at both
entrance and exit;