Boom Barrier - BGL-100

Boom Barrier - BGL-100 About

The BGL-100 is an automated boom barrier designed to provide secure and efficient vehicle access control for residential communities, commercial complexes, corporate offices, industrial facilities, parking lots, and gated premises. Featuring a 5-meter aluminium boom with integrated red and green LED indication, the barrier enhances visibility while ensuring smooth vehicle movement. The system opens and closes within 6 seconds, making it suitable for medium to high-traffic entry and exit points. It can be integrated with Access Control System, RFID Attendance Machine, Face Recognition System, Fingerprint Attendance System, and standalone access control devices to deliver automated vehicle access management.

The BGL-100 supports both automatic and manual operating modes and includes a dry contact input for seamless integration with photocells, air switches, and loop detectors. An integrated control panel with dedicated STOP, UP, and DOWN push buttons enables convenient local operation, while the remote control provides operation from up to 25 meters away. The boom barrier also supports optional bumping bounce-back protection and interfaces with access control panels, standalone controllers, and control buttons for flexible deployment. Powered by a 90W motor with AC 220V/110V input and protected by an IP54-rated enclosure, the BGL-100 delivers reliable performance in outdoor environments, making it an ideal Boom Barrier solution for secure and controlled vehicle access.

FAQs

Q1. What is the maximum boom length supported by the BGL-100?
The boom barrier supports an aluminium boom with a maximum length of 5 meters.

Q2. Can the BGL-100 integrate with access control systems?
Yes. It supports integration with access control panels, standalone access control devices, and external control buttons.

Q3. Does the boom barrier include remote operation?
Yes. It includes a remote control with an operating range of up to 25 meters and supports both automatic and manual operating modes.