Description
Armstrong International Steam Trap 15 PSI, 4-7/8 Inches, Cast Iron Body – 15B4
The Armstrong International 15B4 Steam Trap is built to manage high condensate loads and ensure efficient condensate removal from steam systems. Constructed with a durable cast iron body and stainless steel internal components, it offers reliable long-term performance. It can handle pressures up to 150 psi and temperatures up to 446°F, making it suitable for various industrial steam applications like process lines, heat exchangers, and steam turbines. The trap features a thermostatic element that adjusts to varying steam loads, minimizing steam loss, and its design allows for easy installation and maintenance with an inline configuration and removable strainer.
The Armstrong International 15B4 Steam Trap is built to manage high condensate loads and ensure efficient condensate removal from steam systems. Constructed with a durable cast iron body and stainless steel internal components, it offers reliable long-term performance. It can handle pressures up to 150 psi and temperatures up to 446°F, making it suitable for various industrial steam applications like process lines, heat exchangers, and steam turbines. The trap features a thermostatic element that adjusts to varying steam loads, minimizing steam loss, and its design allows for easy installation and maintenance with an inline configuration and removable strainer.
Features
- Handles high condensate loads
- Efficient condensate removal
- Easy installation and maintenance
Specifications
Max. Operating PSI | 15 psi |
---|---|
Max. Temp. | 377°F at 175 psig |
Body Material | Cast Iron |
Connections | (F)NPT 1 inch |
End to End Length | 4-7/8 inches |
Condensate Capacity | 2100 lbs/hr |
Pipe Configuration | Same Side |
Trap Position | Horizontal |
Brand | Armstrong International |
MPN | 15B4 |
What Our Experts Think
- 15 PSI Pressure Rating – Ideal for low to medium-pressure steam applications.
- 4-7/8 Inches in Size – Compact design fits a variety of steam system setups.
- Cast Iron Body – Strong and corrosion-resistant for enhanced durability in demanding environments.
- Efficient Condensate Removal – Prevents energy loss by effectively managing steam condensate, improving overall system efficiency.
- Versatile Application – Suitable for a wide range of industries, including food processing, manufacturing, and HVAC systems.
Q&A
Q: What is the Armstrong 15B4 steam trap used for?
A: The Armstrong 15B4 steam trap is designed for removing condensate from steam systems while maintaining steam efficiency, ideal for low-pressure steam applications.
Q: What types of applications is the Armstrong 15B4 steam trap suitable for?
A: Perfect for low-pressure steam systems in industrial, commercial, or heating applications where efficient condensate removal is necessary to maintain energy efficiency.
Q: How does the Armstrong 15B4 steam trap improve system performance?
A: By efficiently removing condensate, it prevents steam loss and improves the overall energy efficiency of the system, minimizing energy costs and downtime.
Q: Is the Armstrong 15B4 steam trap durable?
A: Yes, the cast iron body offers durability and long-lasting performance, even in demanding low-pressure steam applications.
Maintenance Tips
- Check for Leaks – Regularly inspect the steam trap for any leaks at the connections and body, ensuring proper sealing.
- Monitor Pressure – Ensure the trap operates at the recommended 15 PSI for optimal performance and prevent overpressure.
- Clean the Strainer – Clean the internal strainer to prevent buildup of debris that could block proper flow.
- Inspect for Corrosion – Check the cast iron body for signs of corrosion that could weaken the trap and cause failure.
- Test Trap Operation – Periodically test the trap to confirm it is effectively discharging condensate and not allowing steam loss.
- Check Gaskets & Seals – Inspect gaskets and seals for wear and replace them if damaged to maintain a tight seal.
- Regular Inspections – Schedule routine inspections to ensure the trap functions efficiently and lasts longer.
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