1" Ball Float Steam Trap

1" (DN25) ball float steam trap is used in steam systems to drain condensate and prevent the passage of steam, suitable for industrial applications where steam is used for heating or process purposes.

Specifications

• Model: ATO-CS41H-16C-DN25
• Nominal Diameter: DN25 (1 inch)
• Connection Method: Flange
• Nominal Pressure PN (MPa): 1.6
• Shell Test Pressure Ps (MPa): 2.4
• Max Work Pressure PMO (MPa): 1.6
• Max Work Temperature TMO (℃): 203
• Vouchsatemement temperature TMO (℃): 425
• Leakage Rate (%): <0.5
• Max Stress Rate (%): >80
• Applicable Medium: Steam and Condensate
• Weight: 11.5kg
• Material: Carbon Casting Steel/Stainless Steel

Features

• Ball float steam traps can drain water continuously and perform in a stable way with a large capacity and less steam loss.
• The float-type steam trap can saturate the water continuously, which makes less stock of condensation water in the equipment and is quick in heating and stable in heating temperature.
• It works in a balanced way without noise.

Dimensions （Unit: mm)

Applications

The ball float steam trap is used for removing condensate from steam systems, while also preventing the escape of steam from the system. These steam traps are commonly used in industrial settings, such as in steam heating systems or in process piping for industrial applications.

Tips: What is a steam trap?

A steam trap is a device used in steam systems to remove condensate (the liquid formed when steam condenses) while allowing steam to pass through. The steam trap helps to ensure that steam is used efficiently, without wasting energy and prevents the accumulation of condensate in the system, which can lead to corrosion and other problems.

Steam traps work by automatically opening and closing a valve in response to changes in temperature, pressure, or other conditions within the system. When condensate accumulates in the system, the steam trap opens to allow it to be drained away, while keeping steam inside the system.

There are many different types of steam traps, each designed to operate in specific conditions and to remove different types of condensate. Choosing the right type of steam trap is important for ensuring the efficient and reliable operation of a steam system.