Armstrong D501081 Armstrong 812 Inverted Bucket Trap 200 psi 1/2 - D501081

Armstrong D501081 Armstrong 812 Inverted Bucket Trap 200 psi 1/2 - D501081

The Armstrong inverted bucket steam trap, model 812, is designed for efficient condensate removal in steam systems. This unit features a one-half inch pipe connection and operates at a maximum pressure of two hundred psi. The in-line horizontal configuration allows steam to enter from the bottom while condensate discharges from the top, ensuring effective operation.

This steam trap is ideal for heat exchange equipment and is known for its resistance to wear and corrosion.

Features

• Durable cast iron construction
• Handles up to 1,600 pounds of steam per hour
• Suitable for venting air and non-condensable gases quickly

 Specifications

What our Expect Think

• High-Pressure Capacity: Rated for up to 200 PSI, making it ideal for demanding steam and HVAC systems.
• Efficient Condensate Removal: Inverted bucket design effectively removes condensate and air, optimizing system performance.
• Durable Construction: Built with high-quality materials for long-lasting reliability and resistance to wear.
• Easy Integration: 1/2-inch NPT threading allows for seamless installation into a variety of steam systems.
• Reliable Operation: Designed to maintain consistent performance, ensuring smooth system operation and energy efficiency.

Q&A

Q: What is the Armstrong D501081 Inverted Bucket Trap?
A: The D501081 is an inverted bucket steam trap designed for efficient condensate removal, featuring a 1/2-inch connection and a 200 PSI pressure rating, ideal for high-pressure steam systems.

Q: Is this steam trap suitable for all steam systems?
A: The D501081 is compatible with steam systems that operate at up to 200 PSI. Check your system’s specifications to ensure compatibility.

Q: How does the inverted bucket design improve system performance?
A: The inverted bucket design allows for efficient condensate removal, reduces water hammer, and ensures reliable performance in steam systems by preventing condensate buildup.

Q: Does it require professional installation?
A: Yes, professional installation is recommended to ensure proper operation and to optimize system performance.

Maintenance Tips

• Inspect for Leaks – Regularly check for any steam or fluid leaks around the trap’s connections to maintain an effective seal and prevent pressure loss.
• Clean the Strainer and Bucket – Periodically clean the strainer and inverted bucket to remove debris, dirt, or scale buildup that could impair performance.
• Check for Corrosion – Inspect the trap for signs of corrosion, especially around the inlet, outlet, and orifice, and replace any damaged parts.
• Ensure Proper Bucket Movement – Verify that the inverted bucket moves freely and is not obstructed by debris or buildup.
• Monitor Pressure – Ensure the trap is operating within its 200 PSI pressure rating to avoid over-pressurization and prevent damage.
• Inspect the Orifice – Make sure the orifice is clear of any blockages to ensure proper fluid and steam flow.
• Ensure Proper Drainage – Confirm that condensate is draining properly to prevent water buildup, which can affect the trap’s operation.
• Annual Professional Inspection – Schedule an annual inspection by a technician to ensure the trap is functioning correctly and to address any potential issues.