6 5000SSL RP Detector CK Less Valves For Fire Protection

The 6 5000SSLG RP Detector Check Valve Less Valves by Ames Backflows is specifically designed for fire protection professionals seeking precise flow monitoring without integrated check valves. This detector assembly facilitates accurate detection of water flow changes in fire suppression systems, ensuring early warning and maintaining system integrity during emergencies.

• Material Quality: Constructed primarily from corrosion-resistant stainless steel, including durable internal components engineered for long-lasting performance in demanding fire service environments.
• Valve Design: Configured without built-in check valves to allow seamless integration with existing backflow preventers or double check valve assemblies, providing flexibility for retrofits and customized installations.
• Compatibility: Compatible with standard fire line piping, offered with grooved or flanged connections that meet ANSI B16.1 or AWWA C606 standards, adaptable for both horizontal and vertical installation orientations.
• Pressure Rating: Reliable operation under pressures up to 175 PSI (12.1 bar), suitable for most commercial, institutional, and industrial fire protection systems.
• Regulatory Compliance: Meets key safety standards including UL 312, FM Approval, and aligns with NFPA 13 and NFPA 25 requirements for flow detection and backflow prevention in sprinkler systems.

This detector valve assembly addresses a critical need for accurate flow monitoring in fire protection setups without combining detection and backflow prevention in a single valve. Facility managers and fire protection contractors benefit from its flexibility to integrate with separate backflow devices, simplifying maintenance and system upgrades. By promptly signaling water flow changes, it enables early fire detection and faster emergency response, helping to protect property and lives. The stainless steel build and precision engineering reduce false alarms and extend the product's service life, making it a dependable choice for complex fire line arrangements requiring reliable performance under rigorous conditions.