Fisher V500 Eccentric Plug Valve
Rp123000.00
Product Description
The Fisher V500 rotary control valve integrates the robust durability of a globe valve with the efficiency of a rotary design. Engineered to handle challenging fluids such as erosive, coking, or hard-to-manage substances, the V500 provides reliable throttling and on/off operation for demanding applications.
Key Features
Bidirectional Flow with Tight Shutoff: The self-centering seat ring and rugged plug allow forward or reverse flow, ensuring tight shutoff in either direction.
Versatile Flange Compatibility: Integral valve body flanges accommodate various pipeline flange classes, meeting diverse piping requirements.
Erosion-Resistant Construction: Streamlined flow passages and rugged components, combined with a broad selection of erosion-resistant trim materials, ensure longevity in erosive environments.
Minimized Seat Wear: The eccentric plug's unique path reduces contact with the seat ring during opening, minimizing friction and wear.
Durability in Severe Applications: Specially selected trim materials and body coatings enhance resistance to wear in oil sands, furnace feed, and other harsh applications.
Solid Shutoff Mechanism: Durable metal or VTC seat rings work with the valve plug to deliver tight shutoff without deforming critical components.
Ease of Maintenance: No precision clamping or repetitive centering is required during assembly, ensuring accurate alignment and quick reassembly.
Specifications
Certifications: SIL capable, ATEX, CUTR, PED, CRN, Fugitive Emission, NACE
Critical Service Applications:
Noise Abatement
Cavitation
Dirty Service
Erosive Fluids
Low Flow
General Service
Flow Characteristics: Linear
Material Options: Carbon Steel, Stainless, Duplex, Alloy
Operating Temperature: Standard Temperature
Pressure Class: PN, ASME
Process Connection Type: Flanged
Shutoff Class: Class IV (FCI 70-2)
Valve Size Options: NPS 1, 1-1/2, 2, 3, 4, 6, 8 (DN sizes available)
Applications
The Fisher V500 valve is designed for use in industries requiring robust control for challenging fluids, including:
Erosive or abrasive environments
Processes involving coking or other hard-to-handle fluids
Oil sands or furnace feed systems
