Industrial Controller
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Infinite Innovation, the Future of Industrial Control Systems
Infinite Innovation, the Future of Industrial Control Systems
PRODUCT POSITION:HOMEPRODUCT—FISHER™ CAVITROL™ III
FISHER™ CAVITROL™ III
Key Parameters & Specifications Parameter / Feature Category Description Product Name Fisher™ Cavitrol™ III Trim Type Multi-stage, Tortuous Path, Anti-Cavitation & Noise Reduction Trim Primary Function To eliminate cavitation and reduce noise in control valves handling liquids, gases, and steam. Compatible Valve Bodies Designed for use in Fisher sliding-stem globe valves such as the easy-e™ (e.g., D4, EW) and ET series. Operating Principle Breaks a large pressure drop into many small, controlled pressure drops through a series of passages and chambers, preventing the local fluid pressure from dropping below its vapor pressure. Noise Reduction Capability Can achieve noise reduction of 15 to 20 dBA or more compared to a standard single-stage trim. Cavitation Control Designed to operate under conditions where the inlet pressure (P1) minus the outlet pressure (P2) is many times greater than the cavitation inception pressure drop (ΔPc). It allows for a much higher usable pressure drop without damage. Flow Characteristic Modified Equal Percentage (inherent to the trim design). Materials Standard: Hardened 17-4PH stainless steel for excellent erosion resistance. Other materials are available. Size Availability Available for a wide range of valve sizes, typically from 1 inch to 12 inches (DN 25 to DN 300) or larger. Service Applications High-pressure drop water, boiler feedwater, condensate, descaling, pump recirculation, and other cavitating or noisy liquid services.
DESCRIBE
The Fisher™ Cavitrol™ III is not a valve itself, but rather an advanced trim technology designed to be installed inside a control valve body to reduce cavitation and noise in severe liquid service applications. Cavitrol III trim utilizes a unique multi-stage, tortuous path design to control the fluid's energy. It breaks down a single, high-pressure drop across the valve into a series of smaller, controlled pressure drops. This prevents the fluid pressure from falling below its vapor pressure at any single stage, thereby effectively eliminating the formation and subsequent collapse of vapor bubbles that cause cavitation. The energy dissipation also significantly reduces aerodynamic noise.
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