描述

Smart Speed ​​Gate Accessories

Speed ​​gates offer a sophisticated and elegant solution for pedestrian access control in commercial and public spaces. Utilizing infrared optical sensors paired with motorized barrier wings, the system enables rapid opening and closing. The barrier wings operate without physical contact, eliminating the risk of injury to users. As an optical-based access control system, it precisely detects human movement, minimizes false triggers, and maximizes throughput efficiency.

The main housing is constructed from stainless steel or aluminum alloy, while the barrier wings are crafted from frosted acrylic or tempered glass. These materials ensure durability across various environments while complementing the overall architectural aesthetic. Furthermore, the units feature integrated LED edge lighting, which enhances visibility and provides real-time status indicators—displaying red when passage is prohibited and green when it is permitted.

A key advantage is the seamless integration of aesthetics and functionality. Users can pass through without physical contact, and the system operates silently. It also includes anti-tailgating technology, triggering an immediate alert if unauthorized following is detected. In the event of an emergency, the gates open automatically to facilitate rapid evacuation.

Product Features

Contactless passage via infrared optical scanning.
Intuitive LED lighting indicators; no additional lighting channels required.
Barrier wings constructed from stainless steel and acrylic.
Optional silent motors available for high-end indoor environments.
Supports multiple authentication methods, including RFID, QR codes, facial recognition, and fingerprint scanning.
High throughput capacity with anti-tailgating detection.
Automatic opening for emergency evacuation.

Supports unidirectional or bidirectional passage modes.
The system logic allows for flexible one-way or two-way operation, which can be adjusted based on actual pedestrian flow patterns. With minimal maintenance requirements—utilizing brushless motors and streamlined control modules—the system ensures long-term, stable performance.