Boom Barrier
A boom barrier, also known as a boom gate or parking gate, is a device used to control vehicle access at checkpoints, parking lots, toll booths, or any other location where controlled entry or exit is required. It consists of a horizontal bar or arm that can be raised or lowered to allow or restrict vehicle passage.
The boom barrier is typically made of sturdy materials like aluminum or steel to withstand the impact of a vehicle trying to force its way through. It is connected to an automated mechanism that can be operated manually, via a key, or automatically through various access control systems.
Here’s how a boom barrier generally works:
Barrier Arm: The boom barrier has a long arm or bar that blocks the passage of vehicles. The arm is typically balanced with a counterweight or powered by a motor.
Control Mechanism: The barrier is controlled by a control mechanism, which can be manual or automated. The control mechanism includes sensors, control panels, and an actuator to raise or lower the barrier arm.
Access Control: Boom barriers are often integrated with access control systems. These systems can include ticketing machines, proximity cards, RFID tags, barcode readers, or license plate recognition cameras. When a valid credential is presented, it triggers the control mechanism to raise the barrier.
Safety Features: Boom barriers are equipped with safety features to prevent accidents and damage. They may have sensors that detect objects or vehicles in their path, and in case of an obstruction, the barrier arm will automatically stop or reverse its movement.
Monitoring and Management: In some cases, boom barriers are connected to a centralized management system that allows monitoring and control of multiple barriers from a central location. This system provides real-time information about the status of each barrier and allows operators to open or close them remotely.
Boom barriers are commonly used in various settings, including parking lots, residential complexes, commercial buildings, toll booths, airports, and railway crossings. They provide an effective means of controlling vehicle access, enhancing security, and managing traffic flow.