Armstrong International 880 Series 1/2 in. 450F 250 psi Steam Trap - C5297-50
The Armstrong International C5297-50 880 Series steam trap is designed for high-pressure steam systems. It operates effectively under pressures up to 250 psi, delivering a maximum capacity of four thousand four hundred pounds per hour. This steam trap is constructed from durable cast iron, suitable for horizontal installation.
The Armstrong International C5297-50 880 Series steam trap is designed for high-pressure steam systems. It operates effectively under pressures up to 250 psi, delivering a maximum capacity of four thousand four hundred pounds per hour. This steam trap is constructed from durable cast iron, suitable for horizontal installation.
Features
- For application with steam systems
- Inverted bucket design for efficient condensate drainage
- Repairable for enhanced maintenance savings
Specifications
| Part Number |
C5297-50 |
| Brand |
Armstrong International |
| Maximum Pressure |
250 psi |
| Capacity |
4400 lb/hr |
| Material |
Cast Iron |
| Installation Type |
Horizontal |
| Inlet Type |
Inverted Bucket with Integral Strainer |
What Our Experts Think
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High Temperature & Pressure Resistance – Handles up to 450°F and 250 PSI, ideal for demanding industrial steam applications.
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1/2" NPT Connection – Standard size for easy integration with your system.
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Efficient Condensate Removal – Ensures optimal condensate management, improving system performance and energy efficiency.
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Durable Construction – Built to withstand the toughest environments, offering long-term reliability.
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Designed for Steam Systems – Ideal for industrial processes requiring precise steam control and consistent performance.
Q&A
Q: What is the Armstrong C5297-50 steam trap used for?
A: The Armstrong C5297-50 steam trap is designed to remove condensate from steam systems while preventing steam loss, improving energy efficiency in high-pressure applications.
Q: What types of applications is this steam trap suitable for?
A: Perfect for use in industrial heating systems, heat exchangers, and other high-pressure steam applications requiring efficient condensate removal.
Q: How does the Armstrong C5297-50 steam trap improve system efficiency?
A: By efficiently removing condensate, it ensures that steam is not wasted, preventing energy loss and improving the overall performance of your steam system.
Q: Is the Armstrong C5297-50 steam trap durable?
A: Yes, it is built with durable materials to provide long-lasting, reliable performance in high-pressure and high-temperature environments.
Maintenance Tips
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Check for Leaks – Regularly inspect the steam trap for leaks, especially around joints and connections.
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Clean the Strainer – Clean the internal strainer to prevent debris buildup that could obstruct proper flow.
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Monitor Temperature & Pressure – Ensure the steam trap operates within the recommended 250 psi and 450°F limits for optimal performance.
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Inspect for Corrosion – Regularly check for any signs of corrosion or damage that may impact functionality.
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Test Operation – Verify that the trap properly discharges condensate and doesn’t allow excessive steam to escape.
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Examine Seals & Gaskets – Replace any worn or damaged seals or gaskets to maintain pressure integrity and prevent leaks.
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Schedule Regular Inspections – Frequent checks and maintenance help extend the lifespan and efficiency of the steam trap.
