A Boom Barrier, also known as a Barrier Gate, is an automatic gate control system used to manage vehicular access in parking lots, toll plazas, industrial areas, and secured premises. It consists of a horizontal arm (boom) that moves up and down to allow or restrict vehicle entry. Boom barriers are widely used for traffic management, security control, and automation of entry/exit points. Modern boom barriers come with electric motors, remote control operation, automatic sensors, and integration with access control systems like RFID, ANPR (Automatic Number Plate Recognition), and intercoms. They are robust, durable, and designed for high-frequency use. Key Benefits: Efficient and reliable traffic control Can be integrated with access control systems Quick opening and closing for smooth traffic flow Safety features to prevent vehicle or pedestrian accidents Suitable for high-volume commercial and industrial areas Easy installation and low maintenance
Technical Specifications Parameter Value Power Supply 220–240 V AC / 110 V AC (single phase), 50/60 Hz Motor Power 120 W – 500 W (depends on arm length and duty cycle) Arm Length 3 m – 6 m (extendable for wider lanes) Opening / Closing Time 1.5 – 6 seconds (adjustable) Duty Cycle 100% / high frequency (industrial models) Control Method Remote control, push button, access card/RFID, loop detector Manual Override Yes – lever or manual release in case of power failure Operating Temperature –20 °C to +55 °C Protection Rating IP44 / IP54 for motor housing (dust and water resistance) Material Mild steel / stainless steel housing; boom made of aluminum or steel Safety Features Obstacle detection, auto-stop, reflective strip on boom, emergency stop Dimensions Motor box: ~1000 × 300 × 300 mm; Boom: 3–6 m Weight Motor unit: 25–40 kg (varies by model) Certifications CE, ISO, RoHS.
An automatic boom barrier is a motorized gate system featuring a long arm (boom) that automatically rises or lowers to regulate vehicle entry and exit at security checkpoints, parking lots, and toll plazas.
The system relies on an electric motor (AC or DC) housed inside a weather-proof chassis. When it receives a signal from an access control device—like a remote control, RFID tag, or sensor—the control board triggers the motor to safely lift or lower the barrier arm.
The speed depends entirely on the length of the arm and the motor capacity. Typically:
