Like swing doors, wing doors are also a widely used access control system.

Like swing doors, wing doors are also a widely used access control system.

Wing gates are an important member of the pedestrian door category. Like swing doors, they are a widely used access control system. Wing gates are commonly used in residential areas, companies, scenic spots, office buildings, libraries, train stations, and subway stations as access control devices to verify the identity of passersby. Generally, enclosed or fee-charging locations require wing gates to prevent unauthorized entry or ensure access for those who have paid. Wing gates have many ri

ch functional characteristics, which will be introduced one by one below.

The gate of a wing gate has a fan-shaped, plate-like structure that opens and closes in a telescopic manner. When it opens, the two gates retract inward to release; when closing, the two gates are stretched and clamped. Wing gates have the following functional characteristics:

1. The wing gate's casing is aesthetically pleasing, durable, waterproof, and corrosion-resistant, making it suitable for outdoor use.

2. The operating status of the device can be programmed online via codes on the control panel, supporting flexible self-configuration.

3. Access control card readers are generally integrated with access control systems, facilitating wiring and use, and are simple to use. They can also be used with other reader systems, offering strong compatibility.

4. The wing gate features user-friendly traffic indication, displaying the current traffic status to pedestrians. Typically, a green light indicates passage, a red light indicates prohibition, and a blue light indicates standby mode.

5. The gate has an automatic reset function. If a pedestrian fails to pass within a set time after card or facial recognition verification, the gate will automatically close, requiring re-verification. The gate supports self-setting based on the elapsed time.

6. The wing brake incorporates multiple reliable safety protection measures, including rebound upon encountering resistance, infrared anti-pinch, anti-impact, and anti-tailgating features, enhancing both site and gate security.

7. The gate automatically opens during power outages to meet fire lane requirements and automatically closes upon power restoration, preventing situations where passage is impossible due to power failure.

8. The wing brake has an intrusion alarm function. When someone attempts to pass without valid verification, the infrared sensor on the brake detects the intrusion, triggering a continuous alarm. The alarms below operate on the same principle.

The above is an introduction to the functional features of the wing brake, provided by Ankuai. Modern wing doors support multiple authentication methods for opening, with card swiping and facial recognition being the most common, especially facial recognition, which has become widely adopted. In addition to card swiping and facial recognition, AnKuai wing doors also support Bluetooth connectivity and ID card recognition, greatly increasing flexibility. Like revolving doors, wing doors are ubiquitous pedestrian access devices, used wherever access control systems are needed.