ZKTeco FBL4000 in Uganda
The FBL4000 Pro Series from ZKTeco Uganda is a premium single lane flap barrier turnstile designed for high-traffic environments in Kampala. Built with durable SUS304 stainless steel, this access control Uganda solution offers smooth, silent operation while maintaining a compact, elegant footprint. It features integrated RFID and fingerprint readers for secure entry management. As a leading biometric system supplier, we ensure these plug-and-play units provide maximum security and energy efficiency for modern Ugandan commercial spaces.
Durable SUS304 stainless steel elegant design
Smooth silent high-volume traffic management
Fast fingerprint and RFID integrated access
Specifications
| Power requirements | AC: 100 ~120V/200~240V,50/60Hz . |
| Working temperature | -28°C - 60°C . |
| Working humidity | 5%-80% . |
| Working environment | Indoor/Outdoor(if sheltered) . |
| Speed of throughput | RFID Maximum 30/minute , Fingerprint Maximum 25/minute . |
| Lane width(mm) | 600 . |
| Footprint(mm*mm) | 1350*1200 . |
| Dimension(mm) | L=1350,W=300,H=1010 . |
| Dimension with packing(mm) | L=1500,W=840,H=1100 . |
| Net weight(kg) | 142 . |
| Weight with packing(kg) | 211 . |
| LED indicator | Y . |
| Cabinet material | SUS304 Stainless Steel . |
| Lid material | SUS304 Stainless Steel . |
| Barrier material | Acrylic . |
| Barrier movement | Retracting. |
| Emergency mode | Y . |
| Security level | Medium . |
| MCBF | 1 million . |
Key Features
Applications & Use Cases
Corporate Office Parks
Streamline employee entry in Kampala’s business districts with fast fingerprint and card-based turnstile verification.
Government Buildings
Enhance national security at administrative offices using robust stainless steel barriers and integrated access control systems.
Public Transport Terminals
Manage high-density passenger flow efficiently in bus terminals or transit hubs across Uganda with durable barrier gates.
Education and Campus Security
Regulate student and staff access to university libraries and restricted campus areas with high-speed automated throughput.
