RS485 TCP Face Recognition Swing Barrier Turnstile AC 220V

Access Control Swing Barrier Turnstile Gate With Face Recognition Machine

A swing gate is a type of entrance or access control barrier that consists of a hinged panel or panels that swing open and closed to allow or restrict entry. The swinging mechanism of the gate allows it to move in a single or double direction, depending on its design.

Swing gates are commonly used in residential, commercial, and industrial settings to control vehicular or pedestrian access. They can be made from various materials such as metal, wood, or PVC, and come in different styles and sizes to suit specific needs.

Swing gates can be operated manually, where individuals manually open and close the gate, or they can be automated with the addition of an electric motor and control system. Automated swing gates are often equipped with sensors, keypads, or remote controls for convenient and secure access.

Overall, swing gates provide a controlled and secure means of entry and exit for vehicles and pedestrians while adding aesthetic appeal and enhancing the security of a property.

The main functions of swing barrier gates include:

1. Access Control: Swing barrier gates prevent unauthorized individuals from entering restricted areas. They ensure that only authorized personnel with valid credentials, such as access cards or tickets, can pass through the gate.

2. Traffic Flow Management: By allowing only one person at a time to pass through the gate, swing barrier gates help maintain an orderly flow of pedestrian traffic, preventing overcrowding and congestion.

3. Security Enhancement: Swing barrier gates enhance security by acting as a physical barrier that deters unauthorized individuals from gaining entry to sensitive or protected areas. They can be integrated with other security systems, such as CCTV cameras or biometric scanners, for enhanced security measures.

4. Counting and Statistics: Some swing barrier gates are equipped with sensors that count the number of people passing through. This data can be useful for tracking visitor flow, analyzing peak times, and generating statistics for operational purposes.

5. Integration Capabilities: Swing barrier gates can be integrated with various access control systems, such as RFID card readers, barcode scanners, or fingerprint recognition devices, allowing for seamless integration into existing security infrastructure.

Overall, the primary function of swing barrier gates is to provide controlled access while ensuring security, efficiency, and a smooth flow of pedestrian traffic.

The main difference between a turnstile and a swing turnstile lies in their operating mechanism and physical design. Here are the key distinctions:

1. Operating Mechanism: Turnstile: A turnstile typically consists of rotating arms or bars that pivot horizontally as individuals pass through. The rotation of these arms restricts passage in one direction while allowing free movement in the opposite direction.

Swing Turnstile: A swing turnstile, also known as a swing gate or swing barrier, operates by swinging open in a controlled manner to allow individuals to pass through. It uses a hinged or pivoting mechanism that enables the gate to swing inward or outward, providing a clear passage.

2. Physical Design: Turnstile: Turnstiles commonly feature multiple rotating arms or bars configured in a triangular shape, with each arm set at an angle to create a narrow opening for individuals to pass through.

Swing Turnstile: Swing turnstiles typically consist of a single or dual panel gate that swings open or closed like a door. These gates can be made of rigid panels, transparent glass, or other materials, offering a wider opening for people to move through.

3. Passage Width and Throughput: Turnstile: Due to the triangular configuration and limited space between the rotating arms, traditional turnstiles generally have a narrower passage width compared to swing turnstiles. This may affect the flow rate and throughput of users.

Swing Turnstile: Swing turnstiles often provide a wider passage width, accommodating individuals with luggage, bags, or mobility aids more easily. The broader entrance allows for smoother pedestrian flow and higher throughput during peak times.

4. Security Considerations: Turnstile: Turnstiles can act as a deterrent against unauthorized entry and help regulate pedestrian traffic. However, they may be less effective at preventing tailgating or multiple individuals passing through with a single authorization.

Swing Turnstile: Swing turnstiles provide a higher level of security by acting as a physical barrier with a swinging gate that closes after each authorized passage. This helps prevent unauthorized individuals from tailgating and ensures more controlled access.

In summary, turnstiles typically consist of rotating arms that create a triangular opening, while swing turnstiles employ swinging gates that offer a wider passage width. Swing turnstiles often provide enhanced security features and better accommodate individuals with luggage or unique mobility needs compared to traditional turnstiles.