Half Height Turnstile Security Doors Anti Fingerprint Swing Turnstile Gate Dc Blushless Driving Motor

Swing gate Features

 •  Full modernized design, fast pass speed.

 • Slim machine structure, save the installation space.

 • By using 6 pairs of military level high-performance infrared sensors and exact algorithms, it can accurately detect the pedestrian’s passing        position to achieve the purposes such as anti-tailgating, anti-reverse passing and anti-clamping etc.

 • Use the multiple anti-clamping designs to protect the personal safety of passengers in maximum limit.

 •The widen lane is optional for carrying luggage and wheelchair access.

 • Equipped with the dry contact signal input interface, RS485 interface, TCP/IP interface(optional), compatible with all kinds of access controllers.

 • Passage width available: standard 600mm, handicapped 900mm

Swing Gate Parameter

Applications of swing gate turnstile:

As one of the most widely used turnstile gates, it is mainly used in buildings, offices, communities, schools, and factories. It is used for employees to ride bicycles or electric vehicles, motorcycles, and other places that need to be controlled.

It is suitable for the occasions where the width of the passage is wide, including the occasions where pedestrians or bicycles with luggage parcels are more, and the special passage for the disabled.

Working types of swing gate turnstile
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;

Project Case

Delivery