Brief: Stay tuned as we highlight the most important features and real-use results. In this video, you'll see a detailed walkthrough of the Lever Float Steam Trap Valve, including its construction from carbon steel and stainless steel components. We'll demonstrate its continuous drainage capability, high back pressure rate, and proper installation at the bottom of pipelines or equipment for optimal performance in industrial applications.
Related Product Features:
Designed for continuous drainage with a subcooling degree of about 5°C and a back pressure rate exceeding 95%.
Constructed with ASTM216 WCB/WC6/CF8/CF8M stainless steel body and ASTM A105/F304/F316 bonnet for durability.
Features a nominal pressure of PN25 and maximum operating temperature of 350°C for high-performance applications.
Available in threaded RC or flange connections compliant with GB/T9124.1-2019, HG/T20615-2009, and HG/T20592-2009 standards.
Includes a built-in filter device and internal stainless steel components for reliable operation and long service life.
Provides proportional displacement based on condensate discharge rate, offering excellent energy-saving effects and water hammer resistance.
Ideal for process heat tracing, jacket heating kettles, reboilers, and other industrial heating equipment.
Requires horizontal installation at the bottom of pipelines or equipment for optimal functionality.
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What materials are used in the construction of the Lever Float Steam Trap Valve?
The valve body is made from ASTM216 WCB/WC6/CF8/CF8M stainless steel, with bonnets made of ASTM A105/F304/F316. Internal components including the float ball, diaphragm capsule, and bracket are constructed from stainless steel (SS304), while the valve seat uses A276 430 material and springs are made from 17-4PH.
What are the key operating parameters for this steam trap valve?
The valve operates with a nominal pressure of PN25, maximum allowable temperature of 425°C, and maximum operating temperature of 350°C. It provides continuous drainage with approximately 5°C subcooling degree and maintains a back pressure rate over 95% of the steam pressure.
How should the Lever Float Steam Trap Valve be installed for proper operation?
The lever ball float steam trap must be installed horizontally at the bottom of the pipeline or equipment to ensure proper condensate drainage and optimal performance. The selection should consider a safety factor of 2-3 times the condensate volume, or 5-8 times for air separation units and drying cylinders.
What connection types are available for this steam trap valve?
The valve is available in both threaded RC connections and flange connections that comply with industry standards including GB/T9124.1-2019, HG/T20615-2009, and HG/T20592-2009, providing flexibility for various piping system requirements.