Our AB entrance gate system uses dual-door interlocking to control access, allowing only one entry at a time for strict security. It is designed for high-security facilities such as laboratories, data centers, and cleanrooms.
1. Dual-lane design for continuous pedestrian flow
2. Integrated RFID or biometric verification options
3. Durable structure for long-term intensive use
دەروازەی چوونەژوورەوەی AB
Operational Efficiency and Safety
The AB entrance gate system controls the two-way traffic of pedestrians using precise motors and intelligent control panels. It reduces the problems of waiting in residential compounds, commercial complexes, and transport hubs. لەگەڵ ئەوەشدا, obstacle detection sensors stop or reverse the gates as soon as they are blocked from which ensure user safety. سەرەڕای ئەوەش, environmentally sealed stainless steel housing and anti-corrosion coating ensure the protection of the system from weather elements, and LED lights and voice prompts clearly direct the user in the lanes.
تێکهەڵکێشی نەرم و کۆنترۆڵی زیرەکانە
The system is flexible to various requirements through scalable modules and various access methods. Administrators can implement the use of QR code, پەنجەمۆر, or facial recognition technologies when integrating flexible verification through the use of RFI. سەرەڕای ئەوەش, dual-lane throughput enhances efficiency during peak hours and thus can be used for schools, office towers, وە بینا حکومییەکان.
تایبەتمەندیە سەرەکیەکان بریتین لە:
- Dual lane structure for higher traffic capacity
- Detecting and alarming intelligent obstacle function
- Compatibility with centralized platforms or cloud-based platforms
- Modular construction for easy maintenance and upgrade
- Optional emergency mode to be able to evacuate quickly
له ڕوانگه ی به ڕێوه به رایه وه, the AB entrance gate system uses the facilities of the real-time monitoring, entrance record and remote adjustment. And also, modular components let the replacement of arms or motors quickly, which will reduce the downtime. له ئه نجامدا, operators benefit from efficient flow with reliable security in a broad variety of environment.
