BONOMI SERIES 9101 ST. ST. BODY ST. ST. DISC PTFE SEATS LUG STYLE ANSI CLASS 150 HP BUTTERFLY VALVE AND VALBIA PNEUMATIC ACTUATOR

Introducing BONOMI SERIES 9101 ST. ST. BODY ST. ST. DISC PTFE SEATS LUG STYLE ANSI CLASS 150 HP BUTTERFLY VALVE AND VALBIA PNEUMATIC ACTUATOR our exceptional 2-Way, Stainless Steel Lug-style High Performance Butterfly Valve and Pneumatic Actuator – a product that stands apart from the competition. Engineered for excellence, this valve is designed to tackle various applications such as Hot Water, Steam, Oil, and Gases with utmost precision. Crafted from stainless steel ANSI 150 Lug style, available in sizes 2" to 12", it features an ISO 5211 direct mounting pad/square stem for seamless integration. The valve's unique compact design allows for easy access to packing, and its replaceable seat design ensures long-lasting durability. Boasting multiple V-ring stem packing and R.P.T.F.E. seats (with metal seats available upon request), this high-performance butterfly valve guarantees reliable and consistent torque under pressure, providing unmatched dependability from -20°F to 475°F.

The distinctive Pneumatic Actuator complements the valve's prowess with its hard anodized extruded aluminum body, die-cast aluminum end caps, and solid steel barstock pinion, ensuring smooth 0°-90° rotation adjustment cam for precise control. The actuator's innovative design incorporates concentric spring sets and POM piston guides for enhanced efficiency and performance. With a wide operating temperature range from -4°F to 302°F, this actuator showcases unparalleled resilience and is 100% factory tested to ensure top-notch reliability. What truly sets this product apart is its minimal air pressure requirement of 80 psi and maximum rating of 116 psi, eliminating the need for lubrication maintenance throughout its entire lifetime. Embrace the uniqueness of this 2-Way, Stainless Steel Lug-style High Performance Butterfly Valve and Pneumatic Actuator, and experience unrivaled excellence in fluid control and automation.