Armstrong International C5297-69 881 Inverted Bucket Steam Trap with Strainer 3/4 Inch NP - C5297-69T 30 PSI

Armstrong International C5297-69 881 Inverted Bucket Steam Trap with Strainer 3/4 Inch NP - C5297-69T 30 PSI

The Armstrong International Inverted Bucket Steam Trap, model 881, epitomizes efficiency and durability in steam system management. Built for horizontal in-line configuration, this device integrates a strainer and offers a 3/4 inch NPT connection, suitable for both commercial and industrial applications.

The Armstrong International Inverted Bucket Steam Trap, model 881, epitomizes efficiency and durability in steam system management. Built for horizontal in-line configuration, this device integrates a strainer and offers a 3/4 inch NPT connection, suitable for both commercial and industrial applications.

Features

• Maximizes steam usage by allowing steam to enter from the bottom and condensate to discharge from the top.
• Featuring a robust cast iron construction, ensuring long-term resistance to wear and corrosion.
• Designed with a simple leverage system to handle pressures up to 30 psi and steam capacities up to 1000 pounds per hour.

Specifications

What Our Experts Think

• 30 PSI Capacity – Designed for low-to-medium pressure steam systems.
• Inverted Bucket Design – Ensures efficient condensate removal while minimizing steam loss.
• Built-In Strainer – Prevents debris from entering the trap, extending its lifespan.
• 3/4" NPT Connection – Standard threading for easy installation and compatibility.
• Durable Construction – Designed for reliability in industrial and commercial steam applications.

Q&A

Q: How does an inverted bucket steam trap work?
A: It uses an internal bucket mechanism that rises and falls with condensate levels, allowing water to drain while keeping steam trapped for energy efficiency.

Q: What applications is this steam trap best suited for?
A: Ideal for industrial steam systems, process heating, and HVAC applications requiring reliable condensate removal and steam conservation.

Q: Why is the built-in strainer important?
A: The strainer helps prevent debris and contaminants from entering the steam trap, reducing the risk of clogging and extending the trap’s lifespan.

Q: Is this steam trap energy-efficient?
A: Yes, it minimizes steam loss, improving system efficiency and reducing energy costs.

Maintenance Tips

• Check for Leaks – Inspect pipe connections for steam or water leaks.
• Monitor Operation – Listen for unusual noises indicating blockage or failure.
• Clean the Strainer – Remove debris regularly to prevent clogging.
• Inspect Bucket & Valve – Ensure smooth movement and a proper seal.
• Verify Discharge Cycle – Confirm proper drainage without excessive steam loss.
• Maintain Pressure Limits – Keep system within the 30 PSI rating.
• Schedule Regular Maintenance – Routine checks extend efficiency and lifespan.