Perimeter Security Bollards

• Constructed of high-strength steel
• Minimum maintenance
• Hydraulic, pneumatic or semi-automatic operation
• Operate in series as a set or independently

• Field-adjustable controls provide individual speed control
• Precision-molded anti-friction surfaces
• All service or repair work on any component may be completed in less than 15 minutes

B&B ARMR’s Model B-30 High Security Vehicle Access Control Bollard Systems are expertly and aesthetically designed to act as a vehicular deterrent for perimeter security and traffic control purposes.

Engineered for simple installation, fast service and easy relocation, the Model B-30 is constructed of high strength steel cylindrical units encased in movable bollard tubes guided by an offset flange assembly with precision molded anti-friction surfaces. All subterranean components including the foundation is coated to prevent corrosion.

D.O.S.-certified with a K8 rating, Model B-30 stands 30 inches (metric) tall and is available in 4-, 8- and 10-inch diameter. Each bollard is capable of immobilizing a 15,000 lb. (metric) vehicle going up to 40 mph (metric) with less than a 50-foot penetration depth.

Model B-30 features three operation modes further allowing tailored control solutions for any type of facility or environment. Automatic (hydraulic and pneumatic) operation of the bollard system requires minimal surveillance and is ideal for areas requiring continual operation and access. Manual bollards are best suited for facilities requiring a higher level of security where constant guard is kept, and removable bollards are typically used as temporary traffic diversions.

Arranged independently or engineered to work as a set, the Model B-30 Bollard System incorporates dual speeds for normal operation (4-5 seconds) and emergency fast operation (2-3 seconds) for when immediate deterrence is required. The bollards also features three operating methods including card reader activation, push button and vehicle detector to suit the entry/exit characteristics of any operation.