Hayward Flow Control announced the launch of its NEW 3-Way Ball Valve lines, the TWH and LAH Series, with enhanced features and benefits. The TWH and LAH Series incorporate a new handle and lock plate design as well as an ISO5211 actuator mounting flange as standard. The additional features allow for easy actuation as well as superior indication and control of the valve flow. In addition, Hayward will also offer the TNH (90-degree ball) Series, TPH (180-degree ball) Series, and LNH (90-degree ball) Series as part of its’ family of 3-way valve solutions. All Series feature integral handle stops to aid in proper operation corresponding to the ball selection.
Initially available in sizes 1/2” – 2” / DN15 – 50, the TWH and LAH Series features an ISO5211 top works and a GFPP lock out plate on all valve sizes. Available in PVC and CPVC materials, with PTFE Seats, the TWH and LAH Series is fully pressure rated for 150 PSI / PN10 at 70°F/23°C non-shock across all sizes and materials. All valves are offered with IPS, DIN/EN or JIS socket, threaded and flanged end connections for global use.
Other Key Features and Benefits Include:
– Lockout/Tagout mechanism secures directly to valve body for enhanced safety
– Robust GFPP ergonomic handle for improved grip and comfort
– Handles permanently marked flow indication per ball type
– Integral ISO mounting flange for easy actuation
– Direct mount of actuators in most sizes
– Double O-Ring stem seals
– Backed by Hayward’s Exclusive 3 Year Warranty
– Made in the USA
Additional options include Hayward pneumatic or electric actuation, and Hayward’s new line of HDPE transition fittings.
Typical applications or installations for the TWH and LAH Series include, but are not limited to, municipal waste and water treatment, clean water technology, chemical transfer and processing, aquatic and animal life support systems, mining and mineral processing, metal plating / surface finishing, marine, pulp and paper, landfills / environmental infrastructure, and other demanding applications.
Courtesy of Hayward Flow Control.