Description:
A Thermodynamic Steam Trap is an automatic valve designed to discharge condensate and non-condensable gases from steam systems while preventing live steam loss. It operates on the principle of velocity and pressure difference between steam and condensate. These traps are compact, robust, and highly reliable, making them ideal for high-pressure and superheated steam applications.
Design & Construction:
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Body Material: Carbon Steel / Stainless Steel
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Disc: Hardened Stainless Steel
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Seat: Integral or Renewable Seat
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Cap: Insulated or Uninsulated
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Operation: Automatic, cyclic open-close action
Standards & Specifications:
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Design: ISO 6552 / BS 6759
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Testing: ISO 7841 / Manufacturer’s Standard
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End Connections: Screwed (BSP/NPT) / Flanged
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Sizes: ½”, ¾”, 1” (larger sizes on request)
Operating Range:
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Pressure: Suitable for low to very high pressure steam
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Temperature: Up to 425°C (depending on material)
Key Features:
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Simple and rugged design with only one moving part
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High resistance to water hammer and vibration
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Compact size and lightweight
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Long service life with minimal maintenance
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Can operate in horizontal or vertical positions
Applications:
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Steam Tracing Lines
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Main Steam Lines
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Drip Legs
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Turbines & Heat Exchangers
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Refineries, Power Plants & Process Industries
Advantages:
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Cost-effective and reliable
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Excellent performance in high-pressure steam systems
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Suitable for outdoor installations
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Easy to install and replace
