loading

Bolan - Leading Security Turnstile Gate Manufacturer & Supplier Since 2011

What Is the Difference Between Fail-Safe and Fail-Secure Turnstile Gates?

2026-09-23

Fail-safe and fail-secure describe how a turnstile gate is configured to respond when power is lost or an emergency condition occurs.

Fail-safe operation prioritizes life safety. When power is interrupted or an emergency release signal is activated, the turnstile can release or unlock the passage to support evacuation and emergency access.

Fail-secure operation prioritizes access security. When power is lost, the turnstile remains locked to help prevent unauthorized entry into a restricted area. Emergency exit requirements may still be handled through a separate emergency release or fire-alarm interface.

The appropriate configuration depends on the turnstile type, application, security requirements, fire-safety strategy, local regulations, and access-control system.

BOLAN turnstile gates can be configured for different emergency and security requirements across product types, including tripod turnstiles, speed gates, swing gates, sliding gates, and full-height turnstiles. OEM/ODM configurations can also be evaluated for emergency release logic, fire-alarm integration, and power-failure behavior.

For a specific project, the required fail-safe or fail-secure configuration should be confirmed before production and installation.

What Is the Difference Between Fail-Safe and Fail-Secure Turnstile Gates? 1

prev
How Can Full-Height Turnstiles Provide ADA and Accessible Entry?
How Do Turnstile Gates Handle Emergency Situations Such as Fire or Power Failure?
next
Related questions
4
How Durable Is a Typical Tripod Turnstile, and What’s Its Service Life?

A quality tripod 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 heavy-duty electronic tripod turnstiles, such as the BLS-T301, BLS-T302 and BLS-T303, applicable models are designed for more than 5 million operating cycles under specified conditions. For example, the BLS-T302 uses a hydraulic shock-absorbing mechanism to support smooth and reliable operation.

However, a cycle rating should not be treated as a guaranteed service-life period. A tripod turnstile installed in a high-traffic factory, stadium or transportation facility will experience more wear than one installed in a low-traffic office.

To maximize service life, select the appropriate model for the expected traffic, use the correct material and IP protection for the environment, ensure proper installation, and perform regular maintenance.

For project specifications, BOLAN recommends checking the cycle rating and technical specifications of the specific tripod turnstile model rather than applying one service-life figure to all models.

5
Which Access Control Systems Are Compatible with Tripod Turnstiles?

BOLAN tripod turnstiles are compatible with a wide range of access control systems, including RFID card readers, QR code scanners, facial recognition terminals, fingerprint readers, NFC devices, and other electronic access control systems.

The turnstile can receive an access authorization signal from the connected access control system and automatically unlock the passage when a user is successfully authenticated. Depending on the model and controller configuration, integration can support interfaces such as RS232, RS485, TCP/IP, and dry contact.

For projects requiring centralized access management, tripod turnstiles can also be integrated with attendance systems, visitor management systems, building access control platforms, and other third-party solutions.

BOLAN supports OEM and ODM customization, allowing the access control configuration, reader installation, communication interface, and other requirements to be adapted to specific project needs.

For a specific project, confirm the required access control device and interface with BOLAN before ordering to ensure compatibility.

6
What Wiring Is Required for Electronic Tripod Turnstiles?

Electronic tripod turnstiles typically require power wiring, access control signal wiring, and communication wiring, depending on the model and project configuration.

For a BOLAN electronic tripod turnstile, the main connections generally include:

  • Power supply: AC power input for the turnstile controller and drive system.
  • Access control: Signal connections from RFID card readers, QR scanners, facial recognition terminals, fingerprint readers, or other access control devices.
  • Exit and control devices: Connections for push buttons, remote controls, fire alarm signals, or other authorized opening devices when required.
  • Communication: Depending on the controller, interfaces may include RS232, RS485, TCP/IP, or dry contact for integration with external systems.

The exact wiring configuration varies by tripod turnstile model, controller, access control system, and site requirements. BOLAN can provide the relevant wiring diagram and terminal information for the selected model.

For installation, follow the wiring diagram supplied with the specific BOLAN model and have electrical connections completed by qualified personnel.

GET IN TOUCH WITH Us
Contact us
whatsapp
Contact customer service
Contact us
whatsapp
cancel
Customer service
detect