Signal Feedback Flange Valve

The signal flange butterfly valve is a pivotal component in smart fluid control systems, synchronizing valve position data with control centers via mechanical or electronic signals to optimize energy efficiency and enable predictive maintenance. The precision-cast body features a bionically optimized flow path, reducing pressure loss by 18%-25% compared to standard butterfly valves. The synergy of EPDM seats with galvanized, 2Cr13, or stainless steel stems balances cost-effectiveness and corrosion resistance, excelling in water, gas, and low-corrosion media environments. Its lightweight flanged structure saves space while supporting manual gear, pneumatic, or electric actuation, delivering versatile solutions for smart water management and industrial automation.

The signal flange butterfly valve combines a high-strength ductile iron or carbon steel body with flanged connections, ensuring leak-proof performance and structural stability under high-pressure/high-flow conditions. Its key innovation is the integrated mechanical/electronic signal feedback unit, which detects disc position in real time and transmits data via dry contacts or 4-20mA signals for centralized monitoring. The EPDM (Ethylene Propylene Diene Monomer) seat withstands temperatures up to 80°C, offering superior elasticity and compression resistance for water, air, and mildly corrosive fluids. Stem options include galvanized steel, 2Cr13 stainless steel, or 304 stainless steel, tailored to corrosion protection needs. The double-offset disc design paired with low-friction sealing reduces operating torque by 30%, enabling smoother actuation.