Mother's Day Pick Zurn 1/2" 975 Reduced Pressure Principle Backflow Preventer Lead Free With A 55% Price Cut [dgNrxnpE]

Zurn 1/2" 975XL2 Reduced Pressure Principle Backflow Preventer

The Zurn Wilkins 975XL2 Reduced Pressure Principle Backflow Preventer is a top-tier solution designed for high hazard potable water applications. This product stands out for its robust construction and user-friendly design, ensuring reliable protection against backflow. The wye pattern, bronze body design offers separate access to each check valve and relief valve, simplifying maintenance and repairs.

Key Features and Benefits

The Zurn 975XL2 Backflow Preventer is equipped with several features that make it an excellent choice for your water system. Top access checks provide easy access for repairs in compact locations, minimizing downtime. Short lay length eases replacement and installation costs, making it a cost-effective solution. The

• Check and relief valve seats are easily replaceable, ensuring quick and hassle-free maintenance. The
  • bronze body and stainless steel internals
  • all cast bronze body and stainless steel internals
  provide corrosion-resistance, extending the lifespan of the product. Additionally, this backflow preventer is low-lead law compliant and ASSE® Listed 1013, guaranteeing its high quality and safety standards.

  Materials and Specifications

  The Zurn 975XL2 Backflow Preventer is constructed with premium materials to ensure durability and performance. The main valve body, access covers, and fasteners are made of low lead cast bronze according to ASTM B 584 standards. The use of stainless steel, 300 series for fasteners and silicone and Buna Nitrile elastomers (both FDA approved) ensures corrosion resistance and long-lasting functionality. The product features a maximum working water pressure of 175 PSI and a maximum working water temperature of 180°F, with a hydrostatic test pressure of 350 PSI. The end connections are threaded to ANSI B1.20.1 standards, ensuring compatibility with various systems.