A tripod turnstile is a physical barrier pedestrian access control gate that uses three rotating arms to regulate entry and exit. It is commonly used to control authorized pedestrian movement at offices, factories, schools, gyms, stadiums, and other controlled access facilities.

When a user is successfully authenticated through an access control system, such as RFID, QR code, facial recognition, fingerprint, or NFC, the turnstile releases the mechanism and allows one person to pass. After the passage, the arms return to the locked position to control the next entry.

Depending on the model, tripod turnstiles can support automatic operation, access control integration, emergency release, pedestrian counting and sensor based passage monitoring.

BOLAN offers different tripod turnstile configurations for indoor and controlled access applications, with OEM and ODM customization available for specific project requirements.

In simple terms, a tripod turnstile combines a three-arm mechanical barrier with an access control system to manage pedestrian entry and exit.

If a speed gate malfunctions, first stop using the affected lane and check for any obvious obstruction or abnormal condition. Do not force the glass panels or attempt to repair the internal mechanism without technical guidance.

For BOLAN speed gates, basic checks may include:

• Check whether the power supply and main switch are working normally.
• Check for obstacles or objects blocking the passage.
• Check whether the access control system is sending the correct authorization signal.
• Check the sensor status and whether any alarm or error indicator is displayed.
• Restart the system only if this is permitted by the model’s operating instructions.

If the problem continues, record the model number, error symptoms, indicator status, and relevant photos or videos, then contact BOLAN technical support for troubleshooting assistance.

For safety, disconnect power before carrying out any internal inspection, and do not modify the electrical or control system without qualified technical personnel.

Speed gate turnstiles use a combination of sensors, controlled movement, and emergency functions to help reduce the risk of collisions, trapping, or unsafe passage.

Depending on the model and configuration, BOLAN speed gates may include:

• Infrared safety sensors to detect people or obstacles in the passage area.
• Obstacle detection to help stop or reverse the panels when an obstruction is detected.
• Controlled opening and closing to provide smooth and predictable gate movement.
• Anti-pinch protection to help reduce the risk of users being trapped by the moving panels.
• Emergency release or integration with fire alarm systems for emergency evacuation requirements.
• Passage monitoring sensors to detect abnormal or unauthorized movement.

Safety functions vary by model, sensor configuration, and project requirements. Proper installation, commissioning, and regular maintenance are also important for safe operation.

For projects with specific safety or emergency requirements, confirm the required safety configuration with BOLAN before ordering.

Yes. Speed gate turnstiles can be configured with wider passage lanes to support accessibility requirements. For applications requiring easier access for wheelchairs, mobility devices, or users with reduced mobility, BOLAN speed gates can be customized with 900 mm or 1000 mm wide lanes, depending on the model and project requirements.

Accessibility-related considerations may include:

• Wide passage lanes for easier wheelchair and mobility-device access.
• Smooth and controlled opening to provide a more comfortable passage experience.
• Sensor-based safety protection to help reduce the risk of obstruction or accidental contact.
• Integration with access control systems such as RFID, QR code, facial recognition, or other authentication methods.

The required lane width and accessibility configuration depend on the project location, applicable local regulations, site layout, and selected model.

For projects with specific ADA or accessibility requirements, confirm the required lane dimensions and configuration with BOLAN before ordering.

Speed gate turnstiles can be integrated with existing access control systems by connecting the gate controller to the system’s authentication and access-control interface.

BOLAN speed gates can support access methods such as RFID cards, QR codes, facial recognition, fingerprint, and NFC, depending on the selected configuration. Depending on the model and controller, communication or control interfaces may include RS232, RS485, TCP/IP, or dry contact.

A typical integration process includes:

1. Confirm the existing access control system and authentication method.
2. Check interface compatibility between the access control system and speed gate controller.
3. Connect the authorization and control signals according to the wiring diagram.
4. Configure access permissions and passage direction in the access control system.
5. Test authentication, gate operation, safety sensors, and emergency functions before commissioning.

For existing systems, the exact integration method depends on the speed gate model, controller, access control platform, and required communication protocol.

BOLAN can provide wiring information and OEM/ODM integration support for project specific requirements.

A quality speed gate turnstile is designed for long-term, high-frequency pedestrian access control. Its actual service life depends on the model, operating cycles, pedestrian traffic, installation environment, and maintenance.

For BOLAN speed gates, the cycle rating varies by model and configuration. Selected models can be designed for millions of operating cycles under specified conditions. The cycle rating indicates the number of tested or specified opening-and-closing operations and should not be treated as a guaranteed number of years.

For high-traffic locations such as transportation facilities, stadiums, offices, and commercial buildings, selecting a model with an appropriate cycle rating is important. Regular inspection and maintenance can also help maintain reliable operation over time.

For project planning, check the cycle rating and technical specifications of the specific BOLAN speed gate model rather than applying one service-life figure to all models.

Speed gate turnstiles require a stable installation surface, sufficient installation space, appropriate power supply, and compatible access control connections. Proper site preparation is important for reliable and safe operation.

Before installation, the main requirements typically include:

• Level and stable floor: The installation surface should be suitable for securely anchoring the speed gate.
• Sufficient space: Allow adequate room for the gate body, passage lanes, pedestrian movement, and maintenance access.
• Power supply: Provide the required electrical supply according to the selected model.
• Access control wiring: Prepare connections for RFID, QR, facial recognition, fingerprint, NFC, or other authorized devices as required.
• Communication and safety connections: Where applicable, prepare interfaces for communication, emergency release, fire alarm, and related control systems.
• Site alignment: Ensure multiple lanes are correctly positioned and aligned before final fixing and commissioning.

For accessibility-focused projects, BOLAN can provide 900 mm or 1000 mm wide lane configurations, depending on the model. However, the required accessible route and compliance criteria must be verified against the applicable local regulations and project design.

BOLAN can provide installation drawings, wiring information, and technical guidance for the selected speed gate model.

A speed gate turnstile typically handles around 30–40 people per minute per lane under suitable operating conditions. Selected high-throughput BOLAN models can reach approximately 40–50 people per minute per lane.

Actual throughput can vary depending on the access control method, authentication time, pedestrian behavior, passage width, lane configuration, and site conditions. For example, RFID authentication may allow faster processing than methods that require users to position a phone or complete biometric verification.

For project planning, throughput should be based on peak pedestrian demand rather than average daily traffic. Multiple lanes can be configured to handle higher peak flows.

The rated throughput is a reference performance figure and should not be treated as a guaranteed continuous flow rate.

For accurate lane planning, select the speed gate model according to peak traffic, authentication method, passage width, and required operating capacity.

A speed gate turnstile is an automated pedestrian access control gate that uses motorized glass or barrier panels to regulate entry and exit. It is commonly installed at offices, commercial buildings, hotels, campuses, transportation facilities, and other controlled-access areas.

Its core functions include:

• Access control: Opens the passage after valid authentication through RFID, QR code, facial recognition, fingerprint, NFC, or other systems.
• Pedestrian flow control: Regulates entry and exit and helps organize movement through designated lanes.
• Tailgating detection: Selected models can use infrared sensors or people-counting technology to detect abnormal passage conditions.
• Safety protection: Sensors can detect obstacles or users in the passage area and help reduce the risk of contact with moving panels.
• Emergency operation: Depending on the model and configuration, the gate can support emergency release or connection to fire alarm systems.

BOLAN speed gates can be configured with different lane widths, access control interfaces, safety functions, and finishes to meet project requirements.

In simple terms, a speed gate combines automated barrier movement with access control and sensor technology to provide controlled, efficient pedestrian access.

BOLAN offers several speed gates configurations for different pedestrian flow, installation space, security requirements, passage widths, and access-control systems. The main options include standard swing-barrier speed gates, slim/compact models, high-throughput models, and customized configurations.

• Standard speed gates: Suitable for offices, commercial buildings, campuses, hotels, and other controlled entrances.
• Slim or compact models: Designed for entrances where installation space is limited.
• High-throughput models: Suitable for locations with heavier peak pedestrian traffic, such as transportation facilities, stadiums, and large commercial or public buildings.
• Customized configurations: Passage width, dimensions, materials, barrier type, access-control interfaces, and other specifications can be adapted for project requirements.

When selecting a model, consider peak pedestrian flow, available space, required passage width, security level, authentication method, installation environment, and number of lanes. For example, BOLAN's standard models are generally specified around 30–40 people/min/lane, while selected high-throughput models such as BLS-HS328 are specified around 40–50 people/min/lane under suitable conditions.

The right speed gate should be selected according to the complete project requirements rather than appearance or opening speed alone.