Static HIGH SECURITY BOLLARD shallow mounted FAAC J355 F, tested in accordance to ASTM F2656-07 M30 standard (“Standard Test Method for Vehicle Crash Testing of Perimeter Barriers”), via software 3D simulation.
Sensitive areas, like: military sites, airports, embassies, consulates, banks, marine zones, prisons, industrial sites or wherever is required an high security level in terms of perimeter protection.
The blocking element is represented by a S355JR EN 10210 steel cylinder height 1.200mm off ground, diameter 355mm, thickness 16mm, with built-in reinforcement disks and surface anti-corrosive treatment in cataphoresis and polyester powder painted, or with additional jacket AISI 316L satin stainless steel.
The support structure displays fixing plates welded on the underground portion of the cylinder. 3 supplied beams made of S235JR (UNI EN 10027-1) have to be mounted on the fixing plates, employing the supplied 10.9 (UNI EN 20898) screws and bolts.
The bollard has to be placed in a shallow foundation –“Shallow Mounted” concept- realized as described in the installation manual, reinforced by employing ≥Ø12mm Class B450C iron bars, in compliance with ASTM A615 - Grade 60 and then filled with Class C25/30 concrete 10-30 (UNI EN 12620)
To guarantee the maximum resistance of the bollard, the cylinder has to be filled with the same type of concrete.
This Bollard is designed to stop a vehicle weighing 6.800 Kg, running at 80Km/hour and having capability to adsorb at least an energy of 1.680.000 Joules as defined in accordance to ASTM F2656-07 standards.
The above performance are obtained in 3 units installations, as described in the installation manual.
Cylinder above ground is visible on all environment conditions, having a reflecting strip at least at 55mm height all around the cylinder itself, as well as LED lights –electric feeder not supplied-.
The cylinder finishing can be:
-Cataphoresis and polyester powder painted Dark grey metallised
-Stainless steel satin finishing
A Stainless Steel ground plate can be added to obtain a perfect aesthetic coherency with the automatic (HA) version.