Steam trap is designed to release condensate, air and other non-condensable gases from the steam system, as well as to delay steam until it is completely condensed. The principle of operation is based on the difference in the velocities of steam and condensate. When condensate passes through, due to the low speed, the disc rises and passes the condensate. When steam enters the thermodynamic condensate trap, the speed increases, leading to a drop in static pressure, and the disc descends onto the seat. The steam above the disc, due to the larger contact area, keeps the disc in the closed position. As the steam condenses, the pressure above the disc drops, and the disc begins to rise again, passing condensate.

Overall and installation dimensions of the condensate trap DNOVA ST3232M-F PSI914 body material - stainless steel, flanged, with filter

Sketch of condensate trap DNOVA ST3232M-F PSI914 body material - stainless steel, flanged, with filter

Parts and materials table for condensate traps DNOVA ST3232M-F PSI914 body material - stainless steel, flanged, with filter

Sketch of condensate trap parts and materials DNOVA ST3232M-F PSI914 body material - stainless steel, flanged, with filter

The cost and delivery time for your order depend on several factors, including the specific product you are ordering, the quantity, and the country of destination. Each product may have different manufacturing lead times and shipping requirements, which can affect the overall delivery schedule.

To get the most accurate and up-to-date information on delivery costs and timelines, we recommend contacting our sales managers. They will be happy to provide you with a detailed quote and estimated delivery time based on your specific requirements.

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