Y Strainer

Description

Keckley manufactures the Y-Strainer to provide dependable filtration in fire pump systems, protecting critical components such as pumps, valves, and piping from contaminants like dirt, rust, and debris. This Y-Strainer ensures smooth water flow while maintaining system integrity and efficiency, making it an essential part of any fire protection infrastructure.

Key Features and Benefits

• Ductile Iron Construction: Built from high-quality ductile iron, it delivers long-lasting durability and corrosion resistance. Its robust construction withstands mechanical stress and high-pressure conditions, ensuring reliable filtration performance throughout the life of your fire pump system.

• Threaded End Connections: Featuring threaded ends, the Y-Strainer simplifies installation and integrates easily with standard pipe fittings. Secure, leak-free connections improve system reliability and make maintenance or replacement straightforward.

• Versatile Installation: This product can be installed horizontally or vertically with downward flow, allowing flexibility in system design. This adaptability accommodates various space constraints while maintaining optimal filtration efficiency.

• High-Pressure Rating – 450 PSI: Engineered to perform under demanding conditions, built to withstand pressures up to 450 PSI, providing consistent, reliable protection for fire pump system components.

• Quick Availability: With typical shipping within 1–2 business days, this Y-Strainer minimizes downtime and supports efficient system installation, maintenance, or upgrades, keeping fire protection systems fully operational. Contact us for more direct shipping lead time.

Keckley’s Y-Strainer combines durable ductile iron construction, threaded end connections, versatile mounting options, and high-pressure performance to deliver reliable filtration for fire pump systems. Trusted by contractors, facility managers, and property owners, this helps maintain water quality, prevent equipment damage, and ensure uninterrupted system operation.