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1. **Sturdy and Impact-Resistant Construction**: The turnstile's bar and outer guardrail must be built to withstand significant physical stress and impact, ensuring long-term durability and safety in high-traffic environments.
2. **Enhanced Safety Features**: A primary concern with full-height turnstiles is the risk of people being trapped inside. To prevent this, the system must be designed with fail-safe mechanisms that ensure the gate can always be opened, even during power outages or system failures.
3. **Balanced Arm Mechanism**: The rotating arm should be well-weighted and designed to minimize inertia. Once in position, it should not oscillate or wobble, ensuring smooth and stable operation.
4. **High Reliability**: The reliability of the full-height turnstile depends on the quality and integration of its components, such as card readers, controllers, and display units. Using premium parts ensures consistent and dependable performance over time.
5. **Long Operational Life**: Moving parts are subject to wear and tear. Therefore, the design must incorporate durable materials and precision engineering to extend the lifespan of critical components.
6. **Anti-Knocking Functionality**: The turnstile is equipped with an anti-knocking feature that automatically locks the barrier when no valid access signal is received, preventing unauthorized entry or forced passage.
7. **Self-Diagnostic and Alarm System**: The system includes a self-test function that detects faults and alerts users through visual or audible alarms, making maintenance easier and improving user experience.
8. **Automatic Access Reset**: If a person opens the gate but does not pass within the set time frame, the system will automatically revoke their access rights and close the gate, enhancing security and efficiency.
9. **Anti-Trailing Protection**: The turnstile prevents multiple people from passing through at once. After one person enters, the system rotates 90 or 120 degrees and locks automatically, ensuring single-person access control.
10. **Flexible Control Integration**: The turnstile can be connected to various control systems and respond to relay switch signals, offering compatibility with different access management setups.
11. **One-Way and Two-Way Access Options**: The system supports both one-way and two-way access control, allowing for flexible management of pedestrian traffic flow based on specific needs.
12. **Multiple Working Modes**: It offers several operational modes, including bidirectional card reading, unidirectional access control, and free passage in one direction while restricting the other, providing adaptable solutions for different scenarios.
13. **Emergency Power Cut Function**: In case of power failure, the turnstile allows free passage in both directions, and upon power restoration, it automatically relocks, facilitating quick and safe evacuation during emergencies.
14. **Precise Locking Mechanism**: The braking system uses a unique transmission design, ensuring accurate and reliable locking and unlocking at the zero position, reducing mechanical errors and increasing system stability.
15. **User-Friendly Operation**: When a valid card is read, the user simply needs to gently push the door to activate the turnstile. It then resets automatically, allowing for two-way access while keeping all doors closed until the next use.
16. **Standardized Electrical Interface**: The turnstile features a universal electrical interface, enabling seamless integration with various card readers and supporting remote monitoring and management via a central computer system.
17. **Smooth and Quiet Operation**: The rotary brake system is engineered to operate smoothly with minimal noise, making it suitable for environments where quiet and efficient operation is essential.