Wireleze Automation

Barriers

An Automatic Boom Barrier is an electromechanical or hydraulic access control device used to regulate vehicle entry and exit at various locations such as parking lots, toll booths, industrial premises, and residential complexes. Built for durability and efficiency, these barriers ensure security, smooth traffic flow, and integration with access control technologies.

Key Features

Boom arm typically ranges from 3 to 8 meters, constructed from weather-resistant materials like aluminum or stainless steel for longevity.
Operates automatically via electromechanical or hydraulic drive mechanisms, eliminating manual intervention.
Can be controlled through remote, RFID, access card, push-button, or mobile app, allowing seamless integration with various security systems.
Equipped with advanced safety features such as anti-crush mechanisms, obstacle detection sensors, and soft start/stop operation to ensure the safety of vehicles and pedestrians.
Incorporates manual override systems for continued operation during power failures or emergencies.
Designed for continuous use and adapts to harsh weather conditions, typically functioning within a temperature range from -20°C to +70°C.
Includes LED indicators and reflective strips for high visibility at night and in low-light situations.
Quick opening and closing speeds, usually between 1.5 to 8 seconds depending on boom length and traffic requirements.
High degree of integration with parking management, CCTV, ANPR (Automatic Number Plate Recognition), and loop detector systems for comprehensive access control and monitoring.

Typical Applications

Parking facilities in commercial and residential buildings.
Toll plazas and gated communities.
Schools, hospitals, factories, and government buildings needing controlled vehicle access.
High-security areas requiring enhanced access control and monitoring. Automatic boom barriers offer a reliable, efficient, and secure solution for managing vehicular access while integrating seamlessly with modern security and monitoring systems.