Pedestrian Facial Recognition Turnstile ESD Fingerprint Access Control Barriers

Pedestrian Facial Recognition Turnstile ESD Fingerprint Access Control Barriers

Product Introduction

A speed gate, also known as a security gate, belongs to the access control system and is an essential component of modern entrance and exit control. The gate wings are driven by a control system and can automatically open and close. Common speed gates are classified into two types based on the movement of the gate wings: the shear gate (swing gate) and the swing door.

The shear gate is often used in rail transit such as subways. The gate wings extend from inside the cabinet, effectively sealing the passage and controlling access. The swing door, a later development of the shear gate, is considered the second-generation speed gate. It is characterized by the front-to-back movement of the gate wings, which remains within the human line of sight for increased safety. Since the gate wings do not need to retract into the cabinet, the swing door has more versatile styles and is typically used in banks, corporate buildings, high-end office buildings, libraries, amusement parks, bus stations, train stations, subway stations, and other locations.

Speed gates have various functional features, including anti-tailgating, anti-collision, and self-inspection capabilities. They can be integrated with card swiping or facial recognition systems to control access permissions, making them commonly used as access control systems in companies, schools, parks, office buildings, libraries, amusement parks, bus stations, train stations, subway stations, and other venues.

Features&Functions

1,Rapid Passage: The primary purpose of speed gates is to efficiently and quickly control the flow of people. Their unique flap or swing door design enables swift passage, making them ideal for high-traffic areas such as subway stations, office buildings, and airports.

2,High Safety: Speed gates are equipped with various safety mechanisms, including anti-pinch functions and unauthorized entry alarms. If a person or object is detected during the closing process, the gate will immediately stop and reverse to prevent pinching. Additionally, if an unauthorized individual attempts to force entry, the system will trigger an alarm.

3,Intelligent Management: Speed gates often integrate with access control systems, facial recognition systems, fingerprint recognition systems, and more, enabling intelligent management. The system can set different access permissions based on user needs, such as employees, visitors, VIPs, etc., ensuring only authorized individuals gain access.

4,Multiple Access Methods: Speed gates support various access methods, including card swiping, credential scanning, QR code scanning, facial recognition, and more. Users can select the appropriate access method based on their specific needs, enhancing the convenience and flexibility of passage.

5,Strong Compatibility: Speed gates seamlessly integrate with various access control systems, alarm systems, fire safety systems, and others, enabling data sharing and interoperability. This allows speed gates to not only control personnel access but also contribute to a comprehensive and efficient security system.

6,Excellent Stability: Speed gates are manufactured using high-quality materials and advanced production techniques, ensuring high stability and durability. Over long-term use, the gate body is unlikely to deform or damage, ensuring the stable operation of the system.

7,Ease of Maintenance: The concise and rational design of speed gates simplifies maintenance. In the event of a malfunction or repair, the issue can be quickly identified and resolved. Furthermore, the system provides comprehensive fault diagnosis and alarm functions, assisting in timely detection and resolution of issues.

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