What is the typical throughput of full height turnstile?

Speed gate turnstiles can integrate with a wide range of authentication methods, allowing the same gate to work with existing access control, time attendance, ticketing, visitor management, or biometric systems. Depending on the model and project requirements, BOLAN speed gates can support RFID cards/wristbands, QR codes, NFC, fingerprint recognition, facial recognition, palm recognition, and other third-party authentication devices.

The speed gate itself acts as the physical access barrier, while the connected reader or access control system verifies the user's credentials. Once authorization is confirmed, the controller sends an opening signal to the gate.

Which authentication methods are supported?

Depending on the selected speed gate model and configuration, common options include:

• RFID cards and wristbands – suitable for employee access, membership systems, campuses, and controlled facilities.
• QR codes and e-tickets – useful for visitor access, event venues, transportation hubs, and ticket validation.
• NFC devices – suitable for contactless credentials and compatible mobile or smart-card applications.
• Fingerprint recognition – provides biometric verification for applications requiring stronger identity control.
• Facial recognition – enables hands-free identity verification and is suitable for offices, VIP areas, government facilities, and other security-sensitive locations.
• Barcode and ticket scanners – suitable for venues and transportation applications where tickets need to be validated before passage.
• Third-party access control controllers – the turnstile can receive authorization signals from an existing security platform rather than requiring a completely new access control system.

BOLAN speed gate models can also be configured with different reader types and accessory arrangements according to the project. For example, the BLS-HS321 high speed swing barrier turnstile supports RFID, fingerprint, facial recognition, QR-code scanning, and other access-control configurations.

Can one speed gate support multiple authentication methods?

Yes. A speed gate can be configured for multi-modal authentication when the project requires more than one credential type.

For example, an office entrance could use RFID cards for employees while providing QR-code access for visitors. A high-security area could combine a QR credential with facial recognition to provide an additional identity verification layer.

This approach allows the same physical gate infrastructure to serve different user groups without requiring separate entrance systems.

Can speed gates integrate with an existing access control system?

In most projects, yes. The speed gate does not necessarily need to replace the customer's existing access control platform. The external reader or controller can continue to manage authentication, while the speed gate receives the authorization signal and controls the physical passage.

Depending on the selected model and system architecture, BOLAN supports interfaces such as dry contact, RS232 and RS485, while customized communication solutions can also be evaluated for project-specific requirements.

This makes speed gates suitable for integration with existing access control, time attendance, visitor management, ticketing, and security management systems.

Can speed gates be customized for project-specific authentication requirements?

Yes. As a speed gate manufacturer with OEM/ODM capabilities, BOLAN can evaluate project-specific requirements such as reader type, reader mounting position, access-control window dimensions, communication interface, access logic, LED indication, and related accessories.

For large projects, customers can provide their existing access control architecture or technical specifications so the required interface and authentication method can be confirmed before production.

In short: BOLAN speed gate turnstiles can integrate with RFID, QR code, NFC, fingerprint, palm recognition, facial recognition, ticketing systems, and third-party access control platforms. The appropriate authentication method depends on the required security level, user experience, traffic volume, and existing system architecture.

Speed gate turnstiles can be configured with emergency release functions to keep pedestrian access safe during fire alarms, power failures, or other critical situations. Depending on the project requirements, a speed gate can automatically open, release its locking mechanism, or provide manual emergency access when the normal access control system is unavailable.

What happens to a speed gate during a fire alarm?

For buildings that require unrestricted evacuation, the speed gate can be connected to the fire alarm system. When a confirmed fire alarm signal is received, the gates can be configured to open automatically and keep the passage clear for evacuation. This allows people to leave the building without waiting for an access card, QR code, fingerprint, or other authorization.

For higher-security applications, the emergency logic can be designed differently. The final response should be coordinated with the building's fire safety strategy, evacuation requirements, and local regulations rather than relying on one standard configuration for every project.

What happens when power fails?

A speed gate can be supplied with an emergency release configuration so that a power outage does not prevent evacuation. Depending on the selected configuration, the swing gate may release automatically when power is lost or provide a manual emergency release option for security personnel.

For facilities where maintaining controlled access during a power interruption is important, the system can instead be designed around a fail-secure strategy with an appropriate emergency override. The choice depends on whether life safety, access security, or a combination of both is the primary requirement.

Can speed gates integrate with emergency systems?

Yes. BOLAN speed gate turnstiles can be configured to work with access control and emergency systems, including fire alarm interfaces, emergency release devices, access controllers, and related building security equipment. This allows the turnstile to become part of the site's overall emergency access strategy rather than operating as an isolated pedestrian barrier.

For project-based applications, BOLAN can also adjust the control logic according to the required evacuation procedure, access control architecture, and site conditions.

What should be specified before ordering?

For a commercial building, airport, office, stadium, data center, or other high-traffic facility, the project specification should clearly define what the speed gate must do during a fire alarm, power failure, emergency stop, and access-control failure.

The recommended configuration should be confirmed with the project's electrical, fire safety, and security requirements before production. This is particularly important when speed gates are installed along designated evacuation routes.

In short: a properly configured speed gate should not become an obstacle during an emergency. BOLAN speed gate turnstiles can be engineered with emergency release and system integration options so that pedestrian safety and access security can be balanced according to the requirements of each project. 

Full height turnstiles are designed for controlled pedestrian access and high-security perimeter protection, but they should not be used as the accessible route itself under the 2010 ADA Standards. For projects that require ADA or accessible entry, Bolan can combine the full height turnstile with a dedicated accessible swing gate, wide pedestrian gate, or other compliant accessible entrance.

The full height turnstile can control standard pedestrian traffic, while the adjacent accessible gate provides a wider and more convenient passage for wheelchair users, people with mobility aids, delivery carts, and other users who require additional clearance.

What is the recommended accessible gate width?

For U.S. projects, the 2010 ADA Standards generally require accessible doorways and gates to provide a 32-inch (815 mm) minimum clear opening, while accessible routes generally require 36 inches (915 mm) minimum clear width. Project-specific requirements may vary depending on the facility, route configuration, and applicable regulations.

For higher convenience and easier passage of wheelchairs, mobility devices, and carts, Bolan can provide wider accessible gate configurations, including project-specific openings such as a 900 mm -1200mm clear passage where required.

How does an accessible entrance work with the full height turnstile?

A typical configuration uses:

Full Height Turnstile + Accessible Swing Gate / Wide Gate （like Bolan BLS-FH65）

The full height turnstile handles normal authorized pedestrian traffic, while the adjacent accessible gate provides an alternative route for users who cannot conveniently pass through the turnstile.

The accessible entrance can be connected to the same access control system as the turnstile, allowing both entrances to use RFID cards, QR codes, biometric identification, facial recognition, mobile credentials, or other authorized access methods, depending on the project configuration.

Can the accessible gate be integrated into the same security system?

Yes. Bolan can design the accessible entrance to work with the same access control platform as the full height turnstile. This allows the security system to manage both standard and accessible entrances while maintaining controlled access.

For example, an installation can use:

• Full height turnstile for standard pedestrian access
• Wide swing gate for wheelchair and mobility-aid access
• RFID / NFC card reader
• QR code or barcode scanner
• Fingerprint or biometric reader
• Facial recognition terminal
• Exit button or request-to-exit device
• Emergency release function

Can you customize the accessible entry configuration?

Yes. As a turnstile manufacturer, Bolan can customize the gate type, clear opening width, access control interface, reader position, passage direction, emergency release, and installation layout according to the project requirements.

For stadiums, factories, airports, transportation facilities, campuses, office buildings, and other high-security sites, we recommend planning the full height turnstile and accessible entrance together so that security, traffic flow, and accessibility are addressed in the overall entrance design.

Important: ADA compliance depends on the complete accessible route and installation—not only the turnstile or gate itself. For U.S. projects, the final configuration should be reviewed against the applicable ADA requirements and local building/accessibility codes.

Bolan full height turnstile gates can integrate with a wide range of access control and identification systems, including RFID card readers, NFC devices, QR code and barcode scanners, fingerprint readers, facial recognition terminals, biometric systems, mobile credentials, visitor management systems, and time attendance systems.

The turnstile acts as the physical access barrier, while the connected access control system verifies the user's credentials. Once authorization is confirmed, the access control controller sends an opening signal to the turnstiles, allowing one authorized person to pass.

What access control technologies are supported?

Depending on the full height turnstile models and project requirements, Bolan can integrate:

• RFID and proximity card readers
• NFC access devices
• QR code and barcode scanners
• Fingerprint and other biometric readers
• Facial recognition terminals
• Mobile credential systems
• Time attendance systems
• Visitor management systems
• Third-party access control controllers
• Customized security management platforms

For ticketed venues such as stadiums, exhibitions, and transportation facilities, QR-code and electronic-ticket verification can also be integrated with the turnstile to control authorized pedestrian entry.

Can the full height turnstile connect to an existing access control system?

Yes. In most projects, customers do not need to replace their existing access control system. The existing card reader, biometric terminal, QR scanner, or access controller can remain responsible for user authentication, while the Bolan full height turnstile provides the physical access barrier.

After successful authentication, the access control system sends the appropriate control signal to the turnstile controller.

What interfaces are available?

Depending on the selected model, Bolan full height turnstiles can support dry contact/relay signals, RS232, RS485, and selected TCP/IP configurations. Other communication interfaces or control logic can be customized for OEM/ODM projects.

The exact interface and communication method should be confirmed against the selected turnstile model and the customer's existing access control architecture before production.

Can you customize the integration?

Yes. As a turnstile manufacturer, Bolan can customize selected control interfaces, access logic, reader mounting positions, LED indicators, communication methods, and related functions according to project requirements.

For projects using multiple security technologies, such as RFID + facial recognition, QR code + biometric verification, or access control + time attendance, Bolan can evaluate the existing system architecture and recommend a suitable turnstile integration configuration. Bolan also can integrate the access control systems for you as your requirements if needed.

This makes Bolan full height turnstiles suitable for factories, stadiums, airports, transportation hubs, campuses, office buildings, government facilities, industrial sites, and other high-security entrances.

Yes. Bolan Security full height turnstile gates are designed for outdoor and high-security environments, including stadiums, industrial facilities, transportation hubs, construction sites, and perimeter entrances exposed to rain, dust, humidity, UV radiation, and temperature changes.

Depending on the model and project requirements, our outdoor full height turnstiles can be configured with 304 or 316 stainless steel construction and IP54 to IP65+ protection. For standard outdoor environments, 304 stainless steel with an appropriate IP rating provides reliable corrosion and weather resistance. For coastal, high-humidity, or highly corrosive environments, 316 stainless steel and IP65+ protection are recommended.

The electrical components and drive mechanism can be protected within the upper housing to reduce exposure to rain, dust, and moisture. Heavy-duty construction also helps the turnstile withstand continuous pedestrian traffic and demanding outdoor operating conditions.

For projects with heavy rain, salt spray, snow, dust, or extreme temperature fluctuations, we recommend selecting the appropriate stainless steel grade, enclosure protection level, drainage design, and installation configuration based on the local environment.

For example, our full height turnstile models can be specified for outdoor operation with features such as:

• 304/316 stainless steel for corrosion resistance
• IP54–IP65+ protection, depending on the model and configuration
• Outdoor-rated electrical and mechanical components
• Heavy-duty full-height anti-climb construction
• Reliable operation in high-traffic environments
• Optional configurations for coastal and other corrosive environments
• Emergency release functions for safe evacuation

If you are installing a full high turnstile in a stadium, factory, airport, railway station, industrial site, mining field, oil and gas field, or coastal area, Bolan Security can recommend the appropriate material, IP rating, and configuration based on your climate and installation conditions.

Outdoor Requirement	Bolan Recommendation
General outdoor use	304 stainless steel + IP54+
Heavy rain / harsh weather	IP65+
Coastal / salt-air environments	316 stainless steel + IP65+
Dusty industrial sites	IP65+
Extreme temperature	Select model according to rated operating temperature
High-security perimeter	Full-height anti-climb design

A single full height turnstiles typically takes about 2–4 hours to install with a trained 2–3 person installation team, provided that the installation site, concrete foundation, power supply, and cable routes are ready in advance.

For a standard Bolan full height security turnstile, the installation process generally includes:

1. Positioning and alignment – placing the turnstile according to the approved layout and ensuring the passage is correctly aligned.
2. Mechanical assembly – assembling the main frame, side fences, rotor mechanism, and other structural components.
3. Ground anchoring – securely fixing the turnstile to a level and stable concrete surface.
4. Electrical wiring – connecting the power supply, grounding, control signals, and access control devices.
5. System commissioning – testing rotor movement, access authorization, entry/exit direction, safety functions, and emergency release.
6. Final inspection – checking mechanical stability, electrical connections, access control communication, and overall operation.

What can affect full height turnstiles installation time?

The actual installation time can vary depending on the project conditions. Key factors include:

• Site preparation: A level and properly prepared concrete foundation can significantly reduce installation time.
• Number of lanes: Dual-lane and multi-lane systems require more assembly, wiring, alignment, and commissioning than a single-lane unit.
• Access control integration: RFID, QR code, biometric, facial recognition, or third-party access control systems may require additional wiring and configuration.
• Outdoor installation: Drainage, weather protection, cable routing, and environmental conditions may require additional preparation.
• Customized configurations: Special dimensions, materials, passage widths, or customized access control functions may increase commissioning time.
• Installation experience: Trained installers familiar with full-height turnstile systems can generally complete the installation more efficiently.

What should be prepared before installing a full height turnstiles?

To avoid unnecessary delays, the installation site should be prepared before the equipment arrives.

The recommended preparation includes:

• A flat, level, and sufficiently strong concrete installation surface
• Confirmed entrance and exit directions
• Correct installation dimensions and maintenance clearance
• Pre-planned power and communication cable routes
• Suitable grounding
• Expansion or anchor bolts according to the installation conditions
• Drainage provisions for outdoor installations
• Access control equipment and communication interfaces ready for connection

For outdoor projects, additional consideration should be given to weather protection, drainage, corrosion resistance, and the required IP protection level. Bolan full height turnstiles models can be configured for indoor and outdoor applications, with options including 304/316 stainless steel and higher IP protection depending on the model.

Does Bolan provide installation support?

Yes. Bolan provides installation guidance, technical documentation, and technical support for full height turnstiles projects.

For installers and system integrators, Bolan can provide guidance covering mechanical assembly, wiring, access control connections, commissioning, and troubleshooting. For larger projects, customers can provide site drawings, installation dimensions, access control requirements, and environmental conditions so that Bolan's engineering team can recommend an appropriate installation configuration.

How long does it take to install a dual-lane or multi-lane full-height turnstile?

A dual-lane or multi-lane system may require more installation time than a single-lane unit because it includes additional structural sections, rotor mechanisms, electrical connections, and access control points.

For example, Bolan's BLS-FH62D dual-lane full height turnstiles incorporates two independent rotation systems and a central structural section, so installation and commissioning should be planned according to the complete project layout rather than simply multiplying the single-lane installation time.

For larger multi-lane installations, Bolan recommends confirming the site layout and installation requirements in advance so that the installation sequence, cable routing, and commissioning process can be planned efficiently.

Can one full height turnstile be installed in one day?

Yes. A standard single-lane full-height turnstile can typically be mechanically installed and commissioned within one working day when the site is fully prepared and a trained 2–3 person team is available.

The 2–4 hour reference applies to the standard installation scope. Additional time may be required for foundation work, long-distance cable routing, access control programming, site modifications, or customized configurations.

In short: a standard Bolan full height turnstiles typically requires 2–4 hours with a trained 2–3 person installation team, assuming the foundation, power, cable routes, and installation area are ready. Proper site preparation is the most effective way to reduce installation time and ensure reliable long-term operation.