High-Throughput Logistics Parks and Heavy Vehicle Lanes
The FAAC B680H is engineered for heavy vehicle access control across entry gates requiring wide clearance. Capable of handling clear passage widths from 2 m up to 8 m using modular aluminium beams reaching 8.3 m, the barrier accommodates multi-axle freight carriers, intermodal container trucks, and oversized industrial machinery. The hybrid electro-hydraulic core combines a 36 V DC brushless motor (operating between 1,000 and 6,000 RPM) with an internal hydraulic pump delivering up to 3.2 l/min. Rated for a continuous 100% duty cycle, the system operates without thermal saturation during peak shift changes and round-the-clock distribution center operations. For wide industrial openings exposed to crosswinds, the round or elliptical windproof aluminium beam profiles, combined with optional 2 m or 3 m skirt kits and end support feet, preserve barrier alignment and mechanical stability.
High-Density Commercial Parking and Automated Revenue Control
Commercial parking systems and multi-tenant corporate parking facilities demand fast cycle times to prevent vehicle queue buildup. With an opening speed under 1.5 seconds for 2.3 m beam configurations and under 6 seconds for maximum 8.3 m spans, the B680H handles intense vehicular traffic without inducing transit delays. The integrated E680 microprocessor control board streamlines automation architecture by incorporating two high-sensitivity inductive loop detectors directly onto the circuit, reducing the need for external loop processing modules. Furthermore, dedicated interfaces on the E680 board allow direct plug-in connection of GSM, Ethernet, and Wi-Fi modules, enabling real-time status monitoring, remote diagnostics, and synchronized operation with computerized parking management systems.
Mixed Pedestrian and Vehicular Transit Perimeters
Facilities where vehicular gates cross paths with personnel foot traffic benefit from the barrier's integrated safety architecture. Movement is continuously tracked by a built-in absolute encoder that regulates electronic deceleration and instantly reverses beam travel if an obstacle is sensed, adhering to standard pedestrian impact curves. The aluminium beam profiles incorporate integrated bottom rubber protection along with top and bottom channel provisions for full-length LED strip lighting. These visual indicators actively signal gate operational status to approaching drivers and pedestrians, while optional pivoting pocket break-out sensor kits mitigate structural damage during accidental vehicle strikes.
Harsh Industrial and Outdoor Environments
The B680H provides certified environmental resilience for exposed perimeter lines, coastal loading terminals, and resource processing plants. Key environmental resilience characteristics include:
- Operating Range: Reliable hydraulic operation across ambient temperatures from -15°C to +65°C using FAAC HP OIL hydraulic fluid.
- Enclosure Ingress Rating: Protection class IP56 verified by TÜV Süd, guarding internal electronics and hydraulics against dust ingress and high-pressure water projection.
- Anti-Corrosive Barrier Body: Steel upright post treated with an innovative 100-micron epoxy zinc anti-corrosion primer plus paint.
- Demountable Housing Options: Non load-bearing outer housing available in steel or stainless-steel variants across four colours, replaceable by loosening base fixing bolts without removing the upright post or beam assembly.
Brownfield Infrastructure Upgrades and Continuous Power Setups
The barrier is structurally retrocompatible with the existing foundation plates of legacy FAAC 620 and FAAC 640 barrier units, allowing brownfield facilities to upgrade to hybrid brushless-hydraulic technology without costly civil foundation modifications. The E680 board features an automatic 2-step setup process for rapid commissioning. For critical access control points requiring uninterrupted availability during power failures, the barrier supports the optional FAAC XBAT 24 backup module with Nickel-Metal Hydride backup batteries (they are not included) and an integrated charger, while anti-panic manual release mechanisms and anti-vandalism hydraulic protection valves safeguard manual and physical overrides under emergency conditions.
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