The operating principle of the SM bimetallic steam trap is based on two opposing forces acting on the valve, one is the force of the system pressure to open the valve, and the other is the force of the condensate temperature acting on the bimetallic element to close the valve. The SM type will not leak steam during operation and can automatically and quickly discharge air, non-condensable gases, and a large amount of condensate when the system starts.
Q: How do thermostatic bimetallic steam traps function?
A: They utilize bimetallic strips that bend when exposed to temperature changes, closing the valve as the condensate approaches steam temperature.
Q: What is a major energy-saving benefit of bimetallic traps?
A: They utilize sensible heat by holding back condensate until it subcools, reducing flash steam losses in tracing lines.
Q: Can bimetallic steam traps be adjusted?
A: Yes, many models allow external adjustment of the discharge temperature to match specific system requirements.
Q: Are bimetallic traps resistant to water hammer?
A: Yes. Their robust internal bimetal element is naturally resistant to water hammer and freezing.
Get A Quote
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.
