The 2" Grooved x Grooved Brass Check Valve is designed for fire protection professionals seeking a durable, maintenance-friendly solution to prevent backflow in sprinkler systems. Crafted from corrosion-resistant brass, this check valve ensures reliable operation and compliance with essential fire safety standards.

• Material and Construction: Made from high-grade brass, offering superior resistance to rust, corrosion, and mineral buildup, essential for wet or subterranean fire protection environments.
• Connection Type: Features 2-inch grooved end connections that conform to AWWA C606 specifications, enabling quick, secure mechanical coupling without welding or threading.
• Regulatory Compliance: Engineered to meet UL and FM guidelines and supports adherence to NFPA 13 and NFPA 25 standards for fire sprinkler installation and maintenance.
• Operating Pressure: Rated for typical fire protection system pressures, ensuring consistent performance even during high-demand fire events.
• Design Precision: Precision-machined valve body and internal components maintain a consistent seal and fluid flow integrity, preventing reverse flow that could jeopardize water safety.
• Installation Flexibility: Ideal for horizontal piping runs with space constraints, allowing easy integration into existing fire sprinkler systems or new installations.
• Maintenance and Longevity: Brass construction minimizes corrosion-related wear, reducing maintenance frequency and extending service life in challenging environments.

This brass check valve provides a dependable barrier against backflow, protecting potable water supplies and maintaining the effectiveness of fire sprinkler systems. Its grooved connection design simplifies installation and repairs, significantly reducing downtime during system upgrades or emergency replacements. Suitable for municipal, commercial, and residential fire protection applications, this valve helps ensure compliance with stringent fire safety regulations. Regular inspection and compatibility with differential pressure testing enable ongoing verification of system integrity, making it a trusted component for long-term fire system reliability.