A steam trap that uses the flow rate difference and thermodynamic characteristics of steam and condensate to discharge condensate.m.
Q: What is the operating principle of a disc steam trap?
A: It relies on kinetic energy and flash steam velocity. High-velocity flash steam creates low pressure under the disc, pulling it down to close.
Q: Where are thermodynamic traps most commonly applied?
A: They are widely used for high-pressure main drips, steam tracing lines, and superheated steam applications.
Q: Can a thermodynamic disc trap work against high backpressure?
A: No. If backpressure exceeds 50% to 80% of the inlet pressure, the disc will not close properly, leading to steam leakage.
Q: Why does a disc trap make a rapid clicking sound?
A: Rapid clicking indicates “motor-boating,” usually caused by air binding or shallow condensate loads, requiring disc inspection.
Solve the energy problems and challenges facing your facilities
OUVI provides products and services to keep your steam system in optimal condition, overcome challenges with customers, achieve safe and reliable operation, save energy, and improve production efficiency.
We can provide steam knowledge, various related calculations, valve and pipeline equipment selection, and overall energy-saving optimization transformation solutions for steam and thermal energy systems based on the user’s process equipment requirements.
