Brief: We tested it—see the highlights and what to expect in real operation. This video provides a detailed walkthrough of the 2-inch Carbon Steel NPT Threaded Thermostatic Steam Separator Valve. You'll see its working principle in action, observe the centrifugal separation process, and learn how it effectively removes water droplets from steam and compressed air systems. We also demonstrate the structural dimensions and key design standards, giving you practical insights for industrial applications.
Related Product Features:
Separates steam, compressed air, and other gas-entrained droplets using a centrifugal downward slope design.
Constructed from durable A105 carbon steel material for robust performance in industrial environments.
Features NPT threaded connections for secure and reliable installation in piping systems.
Designed to handle maximum operating pressures up to PN40 and temperatures reaching 300°C.
Equipped with an optional thermal insulation jacket to enhance separation efficiency and performance.
Built to ISO6552, GB/T22654 design standards, ensuring international quality and compatibility.
Maximum pressure differential capability of 32Bar for demanding industrial applications.
Separated liquid is efficiently discharged via a steam trap, while dry, clean steam exits the outlet.
Pytania:
What is the working principle of this steam separator valve?
The steam separator uses a centrifugal downward slope design. Wet steam enters, slows down, and spins, causing entrained water droplets to separate. The liquid collects at the bottom and is discharged through a steam trap, while dry, clean steam exits the outlet.
What are the key design standards and pressure ratings?
It is designed to ISO6552 and GB/T22654 standards. It has a maximum pressure rating of PN40, can handle temperatures up to 300°C, and operates with a maximum pressure differential of 32Bar.
What material is the valve body made from?
The steam separator valve is constructed from A105 carbon steel, providing durability and strength for demanding industrial steam and compressed air systems.