Pentair Südmo Single Seat Valves F267J/F268J

Pentair Südmo Single Seat Valves F267J/F268J Pentair Hygienic Single Seat Valves F267J/F268J are used to control process or CIP fluids. Single Seat Valve F267J+ for isolating and Single Seat Valve F268J+ for diverting or converging flows. Pentair offers a variety of options that allow monitoring and control of the valves through a PLC control system via

Pentair Südmo Single Seat Tank Bottom Valves F273J+

Pentair Südmo Single Seat Tank Bottom Valves F273J+ Pentair Hygienic Single Seat Tank Bottom Valves F273J+ Reversible Actuator Type are used to control process or CIP fluids exiting and entering tanks or vessels. Pentair offers a variety of options that allow monitoring and control of the valves through a PLC control system via the Easymind control

Pentair Südmo Powder Butterfly Valves

Pentair Südmo Powder Butterfly Valves Pentair Powder Butterfly Valves F250P/F251P Ski-Jump are used in powder conveying/transport applications. Our comprehensive valve line features both manual and pneumatic drive options, including lockable handles and vertical actuators. Offering a comprehensive range of butterfly valves for a wide range of applications on powder conveying systems for the food, dairy, pharmaceutical,

Pentair Südmo Hygienic Non-return Valves F264J

Pentair Südmo Hygienic Non-return Valves F264J Pentair Hygienic Non-return Valves F264J for reverse flow protection are made of stainless steel and designed for optimized cleanability. Features Stainless steel construction In-line cleanability High flow co-efficient values Compact design Easy maintenance Resilient seal for tight shut-off Can be installed in any position End connections available in: Butt

Pentair Südmo Double Seal Valves F269J+

Pentair Südmo Hygienic Double Seal Valves F269J+ Pentair hygienic Double Seal Valves F269J+ J- series are used for product isolation, where safe mixproof separation of process and CIP fluids is required. Double Seat Valves offer a variety of options that allow monitoring and control of the valves through a PLC control system via the Easymind control