About 3 Piece Flange Ball Valve
Specifications
End Connection : Flange end, Butt weld
Face to Face : ASME B 16.10 (Flange end)
Pressure Class : 150#
Design Standard : ASME B16.10, ASME B16.25, ASME B16.34,
ASME B16.5, API 598, BS EN ISO 17292, ISO 5211
Body Material : CF8 / CF8M / WCB / CF3M
Tail Piece Material : CF8 / CF8M / WCB / CF3M
Ball Material : CF8 / CF8M
Body Seal Material : PTFE / RPTFE / CFT / GFT / PEEK
Seat Ring Material : PTFE / RPTFE / CFT / GFT / PEEK
Fastener Material : SS304 / SS316
Stem Seal Material : PTFE / RPTFE / CFT / GFT / PEEK
Stem Material :SS304 / SS316 / SS410
Gland Bush Material : SS304 / SS316 / SS410
Gland Material : SS304 / SS316 / SS410
Advanced Safety and ReliabilityThis valve is equipped with fire-safe design as per API 607 and includes features such as blow-out proof stem and anti-static device. The double block and bleed capability allows superior isolation and containment, making it highly reliable for critical industrial operations. The optional locking arrangement provides enhanced security in regulated environments.
Ease of Use and MaintenanceDesigned for manual lever operation, the valve ensures straightforward installation and operation across various media, from water to steam. Its three-piece body structure facilitates easy online maintenance, minimizing downtime and ensuring long-term performance in demanding applications.
Flexible Connection and CompatibilityWith flanged ends drilled to ANSI, DIN, or BS standards, and an ISO mounting pad, this ball valve integrates smoothly into diverse piping systems. Available in port sizes from 15 mm to 200 mm, it caters to a wide range of flow requirements in industrial and process environments.
FAQ's of 3 Piece Flange Ball Valve:
Q: How is the 3 Piece Flange Ball Valve maintained during operation?
A: The three-piece body design allows for easy online maintenance, enabling replacement of components like seats and seals without removing the valve from the pipeline, significantly reducing downtime.
Q: What is the process for installing this valve in industrial applications?
A: Installation involves flange connection, using drilled patterns compatible with ANSI, DIN, or BS standards. The stainless steel handle with PVC sleeve ensures secure manual operation, and the ISO mounting pad facilitates actuator integration if required.
Q: When should the fire-safe version of this valve be selected?
A: The fire-safe design, tested according to API 607, should be chosen for applications involving flammable media or environments with heightened fire safety requirements, such as petrochemical plants and chemical processing facilities.
Q: Where can this ball valve be used?
A: This valve is suitable for a variety of industries, including industrial, chemical, petrochemical, and food & beverage. It effectively handles water, oil, gas, air, and steam across process pipelines within the -20C to 180C temperature range.
Q: What are the benefits of the double block and bleed capability?
A: Double block and bleed functionality enhances isolation, prevents leakage, and allows safe maintenance and testing, ensuring critical safety and operational integrity in complex process systems.
Q: How does the anti-static device improve valve performance?
A: The built-in anti-static device minimizes static electricity buildup between the ball and stem, reducing the risk of sparks and enhancing operational safety in flammable environments.
Q: Can the valve be locked for tamper resistance?
A: Yes, an optional locking arrangement is available, allowing users to secure the lever in either the open or closed position to prevent unauthorized operation and enhance process safety.