HCW Automatic Boom Barrier Gate 24v DC Brushless Motor Barrier Gate System Intelligent Barrier

Product Introduction

Barrier Gates is an electromechanical device designed to regulate vehicular or pedestrian access within controlled environments. Typically consisting of a horizontal arm (or boom) mounted on a vertical pole, these systems are widely deployed in parking facilities, toll booths, industrial complexes, and secured premises. Barrier gate primary function is to enforce entry restrictions while integrating with automated systems for seamless traffic management.Barrier gates serve critical roles in traffic flow optimization and security enhancement. In parking management, they synchronize with payment systems to ensure compliance, while toll stations utilize them for revenue collection.

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Advantages

1. Advanced Brushless DC Motor Technology
The integration of a DC brushless motor for barrier gate ensures compact size, high torque output, and smooth operation. Combined with adjustable speed control, it minimizes jitter and guarantees stable, rapid lifting/lowering of the boom (1–6 meters). The 24V low-voltage design enhances energy efficiency and eliminates performance disruptions caused by unstable grid voltages.

2. Robust and Aesthetic Mechanical Design
Utilizing aluminum alloy die-casting, the barrier gate achieves superior mechanical strength, heat dissipation, and durability. Its sleek, space-saving profile with modern color schemes ensures both visual appeal and reliability, supporting millions of maintenance-free operations under demanding conditions.

3. Intelligent Control and Safety Integration
An industrial-grade controller supports programmable functions (open/close/stop), anti-collision sensors, and ground-loop detection. The barrier gate compatibility with infrared radar detectors enables anti-smashing protection, while safety buffers in the motor control system further mitigate collision risks.

4. Scalable Connectivity and Automation
The barrier gate supports RS232/RS485 communication protocols for remote monitoring, alongside unattended operation modes and switch-counting functionality. This adaptability makes it ideal for smart parking, toll collection, and IoT-enabled infrastructure applications.