UL LEVELS 1-10 COMPLIANCE:
- UL Level 8, 5” Thick Standard Wall: Capable of withstanding multiple hits from a 7.62mm NATO M80 rifle, typically fired from military-grade weapons. This level of protection is suitable for environments where high-powered rifles are a primary threat.
- UL Level 9, 8” Thick XL Wall: Designed to resist multiple shots from a .30-06 Springfield rifle with armor-piercing bullets (A.P. M2). This is essential for sites facing more advanced ballistic threats.
- UL Level 10, 10” Thick Max Wall: Offers the highest level of ballistic protection, capable of withstanding multiple hits from a .50 caliber rifle (BMG). This level is crucial for the most secure facilities, where the threat of heavy-caliber firearms is a concern.
ASTM 2781-60 FORCED ENTRY PROTECTION:
- Forced Entry Resistance: The perimeter walls are designed to comply with ASTM F2781-60, a standard that specifies the requirements for forced entry-resistant barriers. This ensures that the walls can withstand attempts at unauthorized access through physical force, including battering, cutting, and prying.
SMART INTEGRATION:
- Embedded Sensors: The “smart” aspect of these perimeter walls involves the integration of sensors and monitoring systems. These sensors can detect impacts, vibrations, and other signs of tampering, providing real-time alerts to security personnel.
- Surveillance Integration: The walls can be integrated with CCTV cameras, motion detectors, and other surveillance technologies to create a fully monitored perimeter. This allows for immediate response to any detected threats or breaches.
- Automated Responses: When a threat is detected, the system can trigger automated responses, such as locking down access points, activating alarms, and notifying law enforcement or security teams.
- Integrated Column Design: Designed in collaboration with integration partner Convergint, this features a top mount T-bracket which minimizes needs for internal trenching, concrete pads, and poles.
- Power and communication cable can run through above ground conduits enclosure-to-enclosure on the secure side of the columns, meaning no perimeter trenching necessary.
- OR power and communication cable can be run through below ground conduits under the wall itself in trenching during time of construction.
- T-brackets can be used to mount security and non-security elements:
- External Side Security Elements: • Internal Side Security Elements: • Non-Security Elements:
- PTZ cameras • Ballistic detection microphones • Site Lighting
- 180° cameras • 180° cameras • External condition monitoring
- Thermal cameras • Fixed cameras • Internal condition monitoring
- Radar • Lidar
- Talk down speakers
- Multi-color status LEDs
