Doors & Parking Access Solutions

Vehicle Barriers & Boom Gates

FAAC Automatic Access Control

FAAC vehicle barriers and boom gates provide simple, reliable, and high-performance vehicle access automation for parking entrances, residential communities, commercial sites, industrial zones, and public access points.
These systems regulate vehicle flow, improve security, and deliver long-lasting operation with low maintenance — ideal where controlled access and transit permissions are required.

Automatic barriers consist of a barrier structure with control electronics and a boom arm that lifts to allow vehicle passage and lowers to restrict access. FAAC offers hydraulic, electromechanical, and hybrid barrier technologies to suit various use-frequency and performance requirements.

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1. B614 – 24 V Automatic Barrier

A high-performance electromechanical barrier designed for continuous use with integrated safety and smooth operation.

Technical Details

  • Power supply: 220–240 V ~ 50/60 Hz
  • Motor: 24 V brush-type motor with integrated encoder
  • Max. beam length: 5 m
  • Opening time: < 2 s (80° with 3 m arm)
  • Use frequency: Continuous use
  • Max. power: ~165 W
  • Max. torque: ~300 Nm
  • Protection class: IP55 (control unit) / IP44
  • Weight: ~40 kg
  • Dimensions: 360 × 250 × 1163 mm
  • Beam types: Rectangular and round
  • Control unit: Integrated E614 electronic board
  • Operating temperature: –20 °C to +55 °C
  • Material: Pre-hot dip galvanized, polyester powder coating
  • Includes triangular release key and installation accessories.

Features

  • Integrated encoder for motion control
  • Smooth, adjustable speed and anti-crushing safety
  • Easy maintenance with built-in electronics
  • Multiple beam options (rectangular, round, with skirt)

2. 615BPR – 230 V Automatic Barrier

Hydraulic barrier suitable for medium transit frequency, ideal for private and residential areas where reliable operation is needed.

Technical Details

  • Power supply: 220–240 V ~ 50/60 Hz
  • Max. beam length: 5 m
  • Opening time: 2.5–5.7 s
  • Use frequency: 40 %–50 %
  • Motor power: ~220 W
  • Max. torque: Up to ~400 Nm
  • Control: Integrated hydraulic control unit with anti-crushing safety device
  • Beam types: Rectangular, rectangular with skirt, articulated rectangular, round with lights
  • Operating temp.: –20 °C to +55 °C
  • Thermal protection: 120 °C
  • Material: Steel with protective painting or zinc epoxy galvanisation
  • Includes barrier body, hydraulic transmission system, and release key.

Features

  • Hydraulic anti-crushing device
  • Electronic adjustable deceleration
  • Configurable beam types
  • Medium frequency vehicle control solution

3. 620 Standard – 230 V Automatic Barrier

A sturdy hydraulic barrier for general heavy use entrances with good performance and reliable automation.

Technical Details

  • Power supply: 230 V
  • Max. beam length: 4–5 m
  • Opening time: 3.5–4.5 s
  • Use frequency: ~70 %
  • Control: 624BLD electronic control board included
  • Beam options: Rectangular/round, pivoting or jointed beams
  • Application: Heavy but not continuous traffic
  • Ideal for commercial and parking entrances.

Features

  • Electronic deceleration and barrier status signalling
  • Two integrated detector channels with preset logics
  • Differential coding for left/right versions

4. 620 Rapid – 230 V Automatic Barrier

Designed for high-speed operation and frequent use, opening faster than standard barriers.

Technical Details

  • Power supply: 230 V
  • Max. beam length: ~3–3.8 m
  • Opening time: ~2–3 s
  • Use frequency: Continuous use
  • Suitable for high–traffic access points where fast cycle times are critical.

5. B680H – 24 V Hybrid Automatic Barrier

A hybrid barrier combining electromechanical and hydraulic technologies, offering excellent performance and continuous heavy-duty use.

Technical Details

  • Power supply: 24 V hybrid motor
  • Max. beam length: ~2–8 m
  • Opening time: ~1.5–6 s (depending on beam length)
  • Use frequency: Continuous use
  • Designed for installations requiring higher duty cycles and smooth motion profiles.
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