FAAC gate automation across Georgia
FAAC produces a broad range of vehicular entrance equipment, and the families solve genuinely different problems. Matching the right family to the opening is where most Georgia projects are decided, well before a model number is chosen.
The FAAC families and what each is for
- Swing gate operators in hydraulic and electromechanical form, for hinged leaves, selected by weight, length and cycle demand
- Slide gate operators for rolling and cantilever gates where there is no room to swing
- Barrier arms for lanes where the objective is control and counting rather than perimeter closure
- Automatic bollards for openings that stay walkable but must close to vehicles
Throughput is the Georgia constraint
Around Hartsfield-Jackson and the airport-adjacent logistics belt, and along the I-16 and I-95 corridors feeding the Port of Savannah, the limiting factor at a vehicle entrance is usually queue time rather than perimeter strength. Trucks stacking back into a public road at shift change is an operational problem and a safety problem at once. A barrier arm cycles in a fraction of the time a heavy slide gate needs, so many Georgia distribution sites are best served by a layered design: barriers handling routine credentialed traffic during operating hours, with a slide or swing gate securing the property afterward.
Film and television production facilities around metro Atlanta present the opposite profile. Vehicle counts are low, control requirements are high, visitor and vendor traffic is constant, and access rules change between productions. There the operator matters less than the credential and visitor workflow attached to it.
Summer storms and power continuity
Georgia’s thunderstorm season produces short, frequent utility interruptions. Two questions must be settled before an operator is selected: what the gate does the moment power is lost, and what it does when power returns. Fail-open, fail-secure and manual release behavior are site decisions driven by life safety, fire department access and the security posture of the property. They are not defaults to be inherited from whatever was installed previously. Grounding and surge protection deserve the same scrutiny, particularly on long runs across open ground.
Access control commands a gate that is already safe
Under UL 325 and ASTM F2200, the installing team is responsible for entrapment protection, monitored safety devices in each direction of travel, warning signage, guarded openings and emergency access. Credentials and access control decide when a safe gate moves; they cannot compensate for a gate that binds, sags or lacks protection. KSEDCO treats the mechanics, the safety devices and the control layer as one vehicle access system with one acceptance test.
Questions the site survey resolves
- Gate type, weight, length, travel and current mechanical condition
- Vehicles per hour at peak, and the queue length the site can tolerate
- Each entrapment zone and the monitored device protecting it
- How employees, visitors, deliveries and emergency services each enter
- Who tests the safety devices after any service visit
Manufacturer product status and technical documentation are published at FAAC USA. Compare adjacent platforms on our brands page, including DoorKing. To scope Georgia work, send drawings, gate dimensions or photographs to our Atlanta office at 2700 Cumberland Pkwy SE Suite 410, or call (888) 360-0035. Describe the site.