Product Description
- DESIGN STD- BS 5155, API 609, MSS SP 67, and ISO 5752
- SIZE- Range from 25 NB TO 1500 NB (1" TO 60")
- MFG STD- BS 5155
- PRESSURE RATING- PN10/ PN 16/PN20
- SEAT-Replaceable NITRILE/EPDM/SILICON/VITON / HYPOLON
- END- Wafer type to suit ANSI B 16.1/ Flanged End to PN 10/ PN 16 / ASA 150#
- TEST STANDARD- BS 6755/BS 5155
Rugged Performance for Demanding ApplicationsBuilt with an ASTM A216 WCB carbon steel body, this butterfly valve excels in harsh industrial settings, ensuring long-lasting durability and outstanding corrosion resistance. Stainless steel components and an epoxy-coated finish further enhance reliability, catering to water supply, HVAC, petrochemical, and general service pipelines.
Compact, Efficient, and Easy to OperateThis 1-inch wafer-type butterfly valve is designed for manual lever operation, offering a compact profile that fits seamlessly between ASME B16.5/Class 150 flanges. With low torque requirements and quarter-turn actuation, it ensures quick, hassle-free flow control while supporting bubble-tight sealing on both flow directions.
FAQ's of Butterfly valve CS Class 150 Size 1 inch:
Q: How is the 1-inch CS Class 150 butterfly valve operated?
A: The valve features manual lever handle operation, enabling precise flow control through simple quarter-turn actuation. No electrical power or additional actuation systems are required.
Q: What types of media are suitable for this butterfly valve?
A: This valve is compatible with water, air, oil, and neutral gases, making it suitable for various industrial, HVAC, water treatment, and petrochemical applications.
Q: When should EPDM or NBR seat material be chosen?
A: EPDM is ideal for water, diluted acids, and alkaline solutions in a temperature range of -10C to +120C, while NBR is preferred for applications involving oils, hydrocarbons, or other non-polar substances.
Q: Where can this valve be installed?
A: Its wafer-type construction fits between standard ASME B16.5/Class 150 flanges, making it suitable for piping systems in industries such as water supply, HVAC, and petrochemical plants.
Q: What is the expected leakage performance of this valve?
A: The valve features a bubble-tight leakage rate, ensuring zero leakage within its rated pressure limit, making it ideal for processes requiring tight shutoff and minimal fluid loss.
Q: What are the primary benefits of the integral seat and gasketless design?
A: The integral EPDM/NBR seat eliminates the need for a separate gasket, simplifying installation and maintenance while providing reliable sealing and reduced potential leak paths.