1/2" Ball Float Steam Trap

Note: This steam trap cannot be used for drinking water.

Silent 1/2 inch (DN15)  ball float steam trap is used to remove condensate from steam systems while preventing steam from escaping. Cheap steam trap can discharge water continuously, with stable performance, large capacity and less steam loss.

Specifications

• Model: CCHN-CS41H-16C-DN15
• Nominal Diameter: DN15 (1/2 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: 10.5kg
• Material: Carbon Casting Steel/Stainless Steel

Features

• Ball float steam traps can drain water continuously and perform stably 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: Types of Steam Trap

• Ball float steam traps: These steam traps use a float to open and close a valve, allowing condensate to be discharged from the system.
• Inverted bucket steam traps: These steam traps use an inverted bucket to open and close a valve as the level of condensate in the system rises and falls.
• Thermodynamic steam traps: These steam traps use the temperature difference between steam and condensate to operate a valve that discharges condensate.
• Bimetallic steam traps: These steam traps use the differential expansion of two dissimilar metals to open and close a valve and discharge condensate.
• Disc steam traps: These steam traps use a flexible disc to open and close a valve and discharge condensate.
• Balanced pressure steam traps: These steam traps use the pressure difference across a diaphragm to open and close a valve and discharge condensate.
• Orifice steam traps: These steam traps use an orifice to restrict the flow of steam and allow condensate to be discharged from the system.