Waist Height Flap Barrier Gate Access Control Barcode Flap Barrier Turnstile For Museum

Flap Barrier Gate Waist Height Access Control Turnstile Barcode Flap Barrier for Museum

Flap turnstile, also known as flap barriers, are access control devices primarily used for managing pedestrian traffic. Below is a detailed introduction to wing barriers:

Basic Characteristics

Quick Opening: flalp barriers feature quick opening capabilities, allowing pedestrians to pass through rapidly, reducing waiting time and enhancing traffic efficiency.
Safety: flap barriers are equipped with both mechanical and sensor-based anti-pinch functions. If the retractable arms encounter resistance during the reset process, they will automatically stop or the motor will shut down after a default time period, ensuring the safety of pedestrians.
Convenience: flap barriers are designed for quick and easy opening, with an automatic reset function. If a pedestrian fails to continue through within a specified time after passing, the system will automatically cancel the access permission for that passage, ensuring smooth flow.

General Functions:

• Fault self-detection and alarm notification for easy maintenance and use.
• Programmable device operation status.
• Mechanical and sensor-based anti-pinch functions.
• Sound and light alarm functions, including illegal entry and tailgating alarms.
• Anti-collision function with automatic flap wing lock.
• Synchronous flap wing movement.
• Automatic opening of the channel after power failure and automatic closing upon power restoration.
• Compatible with various card readers, facial recognition, QR codes, and ID cards to achieve unmanned ticketing and management system functionality.
• Capable of one-way or two-way control of pedestrian entry and exit.
• Remote control and management via a management computer.

Extended Functions:

• Counting and alarm functions.
• Customizable chassis length and flap wing (retractable arm) material options.

Application

Flap barriers are widely used in airports, subway stations, railway stations, ports, scenic spots, parks, student dormitories, and pedestrian access points in various organizations. They can be integrated with smart cards, facial recognition, QR codes, and ID cards to achieve unmanned ticketing and management system functionality, enabling unattended access control for personnel.

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