FBL4200

• SUS304 stainless steel casework ensure long-lasting durability. 
• High-quality electrical components. 
• Barriers retract automatically during emergencies. 
• Barriers retract automatically during a power outage with battery installed. 
• All smooth finishing. No exposed screws. 
• Ergonomic design makes card and fingerprint authentication fast & simple for users. 
• FBL4200 series is already integrated with our customers’ preference for either card or fingerprint access control reader. This greatly reduces installation time & expense. 
• FBL4200 series and associated access control readers are all factory-tested prior to shipping. 
• ZKTeco provides true plug&play turnstiles with the lowest possible total cost of ownership in the industry. 
• LCD on the flap barrier control board, easy operation. 
 
The ZKTeco FBL4200 is a flap barrier turnstile designed for additional access lanes, used together with the FBL4000 series to create multi-lane entrance control systems. It is suitable for high-traffic pedestrian access control in commercial and public environments.

The FBL4200 is constructed with SUS304 stainless steel, ensuring durability, corrosion resistance, and long-term reliability. It uses retracting acrylic flap barriers that remain locked under normal conditions to prevent unauthorized access. When a valid credential is verified through an external RFID card or fingerprint reader, the barriers automatically retract upward to allow controlled passage.

For safety, the flap barriers automatically retract during emergencies or power failure, allowing free passage and preventing user entrapment. A backup battery can be installed to support automatic opening during power outages.

The turnstile operates with smooth and silent movement, consumes low power, and supports indoor or sheltered outdoor installation. It features an LCD control board for easy operation and system monitoring. With a medium security level and a mechanical durability of up to 2 million cycles (MCBF), the FBL4200 is suitable for continuous daily operation.