Fluir Controls
BALL VALVE
FEATURES :
* Fire Safe Design [Optional]
* Blowout Proof Stem
* Antistatic Device [Optional]
* Low Operating Torque
* Leak Tight Stem Sealing
* Pneumatic | Motorised | Gear Operation [Optional]
Body Design - 1PC | 2PC | 3PC
Pressure Rating - 150#, 300#,600#,800#,1500#, 2500#
End Connection -Flanged, Screwed, Socket weld, Butt weld, Tri clover End
Flange Drilling - As per ANSI B 16.5, 150 #
Operation - Manual lever operated.
“ Are you looking for high-quality ball valves for your industrial applications? Look no further than the Ball valve BS EN ISO 17292 and ASME B 16.34 standards. These standards specify the requirements for materials, dimensions, pressure ratings, marking, and testing of ball valves, ensuring that they meet strict criteria for performance, reliability, and safety.
Ball valves are commonly used in industrial applications to control the flow of fluids. The Ball valve BS EN ISO 17292 and ASME B 16.34 are two commonly used standards for ball valves.
BS EN ISO 17292 is a European standard that specifies the requirements for metal ball valves used for isolation and control. The standard covers various types of ball valves, including floating and trunnion-mounted designs, and includes requirements for materials, dimensions, pressure ratings, and testing.
ASME B 16.34 is an American national standard that covers valves, including ball valves, used in pipeline and piping systems. This standard specifies the requirements for materials, dimensions, pressure ratings, marking, and testing of valves.
Both standards specify requirements for ball valves, but there are some differences. For example, BS EN ISO 17292 specifies requirements for fire-safe ball valves, while ASME B 16.34 does not. Additionally, ASME B 16.34 specifies additional requirements for valves used in petroleum and natural gas industries.
Overall, ball valves that conform to these standards have been tested and meet certain criteria for performance, reliability, and safety. When selecting a ball valve, it is important to consider the specific application, fluid properties, and operating conditions to ensure that the valve meets the necessary requirements.
