Ventricular-type steam trap
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Who can explain the principle of water drainage in a Coriolis-type steam trap? It would be even better if there are diagrams
By taking advantage of the density difference between steam and water, at the orifice of the steam trap, the high-density condensed water pushes aside the low-density steam, allowing the condensed water to be discharged preferentially. Flash vapor is generated on the other side of the valve, creating a reverse pressure that helps maintain pressure balance across the valve, thereby enabling the discharge of condensed water and preventing steam loss.
Are there any special internal structures? Is this practical for actual production?
This type of steam trap features a long service life, low leakage rate, and no need for maintenance. It can continuously remove non-condensable gases, maintaining the heat efficiency of the heat exchanger. In actual production, the efficiency of this type of steam trap is 10-15% higher than that of traditional steam traps.