Acero fundido de acero inoxidable WCB CF8 CF8M bola de nivel flotante trampa de vapor para uso de vapor

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Acero fundido de acero inoxidable WCB CF8 CF8M bola de nivel flotante trampa de vapor para uso de vapor

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January 21, 2025

Categoría Conexión: válvula de la trampa de vapor

Chatea Contáctenos

Etiquetas:

#Trampa de vapor flotante libre #trampa de vapor termostática #Captura de vapor de cubo invertido

Brief: Discover the Cast Steel Stainless Steel WCB CF8 CF8M Level Ball Float Steam Trap, designed for efficient steam pipeline use. This automatic valve ensures continuous drainage, prevents steam leakage, and features an automatic exhaust device for optimal performance in industrial steam heating systems.

Related Product Features:

Continuous drainage unaffected by pressure, temperature, or condensate flow rate fluctuations.
Excellent sealing performance with a water seal to prevent steam leakage.
Wide applicability for various industrial steam heating equipment.
Equipped with an automatic exhaust device to eliminate non-condensable gases.
Long service life with a spherical sealing structure and balanced double valve seat design.
Low working pressure capability, starting from 0.01Mpa.
Available in multiple port sizes (DN15-DN50) and connection types (BSP, NPT, flange).
Customizable raw materials and lacquer to meet specific client requirements.

Las preguntas:

What is the working principle of the Level Ball Float Steam Trap?

The trap operates based on the ball float rising and falling with condensate water level changes, driving the lever to adjust the valve seat opening for controlled condensate discharge.
What are the maximum operating pressure and temperature for this steam trap?

The maximum operating pressure is 25 bar, and the maximum temperature is 300°C under saturated steam conditions.
Can the steam trap handle high condensate displacement environments?

Yes, the Level Ball Float Steam Trap performs exceptionally well in high condensate displacement environments, ensuring continuous and efficient drainage.