Trimpac® Model B-6 & B-6B Double Interlock Preaction Systems W

The Viking Trimpac Double Interlock Preaction Systems offer advanced fire protection for environments where accidental water discharge could lead to catastrophic damage. Specifically engineered for data centers, telecommunications hubs, and warehouses housing sensitive equipment, these systems provide a sophisticated layer of security by ensuring water only enters the piping when a true fire event is detected.

• Double Interlock Mechanism: This system requires two independent signals—typically one from a smoke or heat detector and one from the loss of air pressure in the sprinkler piping—before water is released. This redundancy significantly minimizes the risk of accidental discharge due to mechanical damage.
• Industrial Durability: Built with high-grade components designed for long-term reliability, these units are engineered to withstand demanding industrial environments while maintaining precise operational control.
• Certification and Compliance: These systems are UL Listed and FM Approved, ensuring they meet or exceed rigorous industry standards, including NFPA 13 and NFPA 72 requirements for fire protection and signaling.
• Seamless Integration: Designed for versatility, the system integrates easily with a wide array of fire detection and sprinkler components, streamlining installation within new or existing fire safety infrastructures.
• Monitored Precision: Provides facility managers with clear oversight of system status, ensuring rapid fire response while safeguarding high-value assets against unintended water damage.

By utilizing a Viking Trimpac Preaction System, facilities benefit from a balanced approach to fire suppression that prioritizes asset integrity. The robust construction and monitored operation provide peace of mind for fire safety professionals, offering a dependable solution that minimizes disruptions and costly repairs. Whether protecting mission-critical data or high-value inventory, this system delivers the precision and performance required for modern high-risk environments.