Armstrong International 800-813 Series 3/4 in. 450F 17 bar Steam Trap - C5297-27

Armstrong International 800-813 Series 3/4 in. 450F 17 bar Steam Trap - C5297-27

The Armstrong International steam trap, MPN C5297-27, is designed for effective condensate drainage in steam systems. This model from the 800-813 series is rated for temperatures up to four hundred fifty degrees Fahrenheit and pressure up to seventeen bar. It features a unique leverage system that amplifies force to open the valve against system pressure.

The Armstrong International steam trap, MPN C5297-27, is designed for effective condensate drainage in steam systems. This model from the 800-813 series is rated for temperatures up to four hundred fifty degrees Fahrenheit and pressure up to seventeen bar. It features a unique leverage system that amplifies force to open the valve against system pressure.

Features

• Free-floating mechanism reduces wear and friction.
• Efficient drainage to prevent condensate backup.
• Resistant to water hammer effects.

Specifications

What Our Experts Think

• High Temperature & Pressure Resistance – Handles up to 450°F and 17 bar (250 PSI), perfect for demanding industrial steam applications.
• 3/4" NPT Connection – Standard sizing for seamless integration with most steam systems.
• Efficient Condensate Removal – Maximizes steam efficiency by effectively removing condensate and preventing energy loss.
• Durable Construction – Built to withstand tough industrial conditions for long-lasting reliability.
• Ideal for Steam Applications – Ensures smooth, efficient operation in critical steam systems like heating, food processing, and power generation.

Q&A

Q: What is the Armstrong C5297-27 steam trap used for?
A: The Armstrong C5297-27 steam trap is designed to efficiently remove condensate from steam systems while preventing steam loss, enhancing energy efficiency in high-pressure applications.

Q: What types of applications is the Armstrong C5297-27 steam trap suitable for?
A: Ideal for use in industrial steam systems, heat exchangers, and high-pressure steam applications where efficient condensate removal is critical for maintaining energy savings.

Q: How does the Armstrong C5297-27 steam trap improve system efficiency?
A: By efficiently removing condensate, it helps prevent energy loss and steam wastage, ensuring optimal performance of the steam system and reducing maintenance costs.

Q: Is the Armstrong C5297-27 steam trap durable?
A: Yes, it is made from durable materials to provide

Maintenance Tips

• Inspect for Leaks – Regularly check the steam trap for any signs of leakage around connections and seals.
• Monitor Temperature & Pressure – Ensure the trap operates within its rated limits of 450°F and 17 bar for optimal performance.
• Clean the Strainer – Periodically clean the internal strainer to avoid blockages and ensure efficient condensate removal.
• Check for Corrosion – Inspect the body of the steam trap for any corrosion or wear that may compromise its function.
• Verify Trap Operation – Test the steam trap to ensure it’s effectively discharging condensate and not allowing steam leakage.
• Inspect Gaskets & Seals – Replace any worn or damaged gaskets to maintain a proper seal and pressure.
• Perform Regular Inspections – Conduct periodic inspections to ensure long-term efficiency and prevent premature failure.