Automatic Tripod Turnstile

• Bi-Directional Control: Supports entry and exit in both directions with independent logic settings for flexible traffic management.
• Anti-Tailgating Logic: Allows only one person per valid entry signal, helping to prevent unauthorized trailing or crowding.
• Drop Arm Emergency Function: The center arm automatically drops during a power failure or emergency signal, enabling unobstructed evacuation.
• Fast Unlocking Speed: Unlocks in 0.2–0.5 seconds to support rapid throughput in busy access points.
• Durable Mechanical Structure: Rugged tripod mechanism with precision motor ensures long-term stability and reliability under continuous use.
• Multi-System Compatibility: Integrates seamlessly with RFID, fingerprint, QR code, face recognition, and other access control systems.
• Compact Space-Saving Design: Slim cabinet design fits well in indoor or semi-outdoor locations where space is limited.
• Low Power Consumption: Energy-efficient electronics reduce operational costs while maintaining high performance.
• Easy Maintenance: Modular internal components allow for quick service access and minimal downtime.

Before installation, ensure that the site surface is level, clean, and structurally sound. Use the provided mounting template to accurately mark and drill the base holes. Power and communication cables should be routed through protective conduits beneath the unit, and all wiring must comply with local electrical standards. It is essential to isolate the power supply before performing any wiring to prevent electrical hazards.

Once the turnstile cabinet is positioned, secure it to the floor using expansion bolts. Open the top cover to access the internal terminals, then connect the power input, motor drive, access control devices, and communication interfaces such as RS485, Wiegand, or dry contact. After wiring, verify all connections before powering on the device.

Upon activation, the tripod arms remain locked by default. When a valid credential—such as an RFID card, fingerprint, QR code, or facial recognition—is presented, the system sends an unlock signal to the motor, allowing the arm to rotate automatically in the authorized direction. The system permits one person per credential, with tailgating detection logic to prevent unauthorized entry.

Use

In daily operation, the tripod turnstile ensures safe and orderly access control with minimal supervision. It is well-suited for indoor and semi-outdoor use in offices, schools, gyms, or industrial facilities. Regular maintenance is recommended every 3 to 6 months, including checking the sensor performance, cleaning the housing, and verifying the motor and control system response. Avoid manually forcing the arm, as this may damage the internal mechanism.

For technical issues or system adjustments, contact qualified personnel. Unauthorized repairs or modifications may result in malfunction or void the warranty.

During emergencies such as fire alarms or power outages, the center arm drops automatically to create a clear path for evacuation. It is recommended to link the gate to the building’s fire safety system for automated emergency response. The drop-arm function resets automatically once power is restored.

1. Does the IM.TL.08 support both semi-automatic and full-automatic operation?

Yes, this model is available in both configurations. You can select the version that best fits your site's traffic volume and automation needs.

2. Can this turnstile be installed in small or narrow entrance areas?

Absolutely. With a cabinet footprint of just 450 × 250 mm, the IM.TL.08 is specifically designed for compact spaces without sacrificing performance.

3. What materials are used in the construction of the gate?

The body is made of 1.5 mm thick SPCC steel, offering excellent rigidity and durability for daily high-frequency use.

4. Is the turnstile compatible with third-party access control systems?

Yes. The IM.TL.08 can be easily integrated with external devices such as RFID card readers, QR code scanners, or biometric terminals via standard signal interfaces.

5. What happens during a power failure?

In the full-automatic version, the arm can drop automatically to allow free passage in case of emergencies or power loss, depending on system configuration.