Armstrong Air D500439 Armstrong 882 Inverted Bucket Steam Trap 3/4 Inch NPT 15 PSI - D500439
Experience reliable steam control with the Armstrong Air D500439 Inverted Bucket Steam Trap. Designed for efficiency and durability, this model ensures optimal performance in steam system
.The Armstrong 882 steam trap operates at a maximum pressure of 15 psi, suitable for various heat exchange equipment. Its integral strainer and inverted bucket mechanism enhance operational efficiency and reliability.
Features
- Robust cast iron construction for longevity under typical working conditions.
- Includes a 3/4 inch NPT in-line horizontal connection for easy installation.
- Equipped with a heavy-duty stainless steel bucket to handle up to 2,100 pounds per hour steam capacity.
 Specifications
| Brand |
Armstrong Air |
| Series |
880 |
| Model |
882 |
| Body Material |
Cast Iron |
| Connection Size |
3/4 inch NPT |
| Mounting |
In-Line Horizontal |
| Max Pressure |
15 psi |
| Orifice Size |
5/16 inch |
| Weight |
15.50 lbs |
What our Expect Think
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Reliable Performance: Ensures efficient steam flow control, maintaining optimal heating system function.
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Durable Construction: Made with high-quality materials to withstand harsh conditions and ensure longevity.
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Precision Design: Inverted bucket design ensures reliable operation and precise steam management.
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Pressure Efficiency: Rated for 15 PSI, making it ideal for standard residential and commercial heating systems.
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Easy Installation: 3/4-inch NPT threading ensures a simple, secure fit for quick setup and replacement.
Q&A
Q: What is the Armstrong Air D500439 882 Inverted Bucket Steam Trap?
A: The D500439 is an inverted bucket steam trap designed for efficient removal of condensate from steam systems, featuring a 3/4 inch NPT connection and rated for up to 15 PSI.
Q: Is this steam trap suitable for all steam systems?
A: The D500439 is designed for use with most low-pressure steam systems. Verify compatibility with your system’s specifications before purchasing.
Q: How does the inverted bucket design improve efficiency?
A: The inverted bucket design ensures continuous, reliable condensate removal, preventing water hammer and improving system efficiency by maintaining proper steam flow.
Q: Does it require professional installation?
A: Yes, professional installation is recommended to ensure proper setup, optimal performance, and to maintain warranty coverage.
Maintenance Tips
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Inspect for Leaks: Check for steam leaks around the trap and associated piping, which can indicate a faulty seal or damage.
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Clean the Trap: Regularly clean the trap to remove dirt, debris, and scale buildup that could affect its performance.
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Check Drainage: Ensure the trap drains condensate properly and doesn't become clogged, which could lead to water hammer or system inefficiency.
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Test the Operation: Periodically test the trap by manually lifting the lever or checking the discharge to ensure it is operating correctly.
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Check for Proper Pressure: Ensure that the trap is functioning within its rated pressure (15 PSI), and adjust if necessary.
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Inspect Inlet and Outlet Connections: Check the inlet and outlet piping for any blockages, leaks, or signs of wear.
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Annual Professional Inspection: Have a technician inspect the steam trap annually for proper functioning and replace any worn components.
