Armstrong Pumps 106284MF-132 S-55-1 BF Cast Iron In-Line Pump 1/2 HP - 106284MF-132

Armstrong Pumps 106284MF-132 S-55-1 BF Cast Iron In-Line Pump 1/2 HP - 106284MF-132

The Armstrong Pumps 106284MF-132 S-55-1 BF Cast Iron In-Line Pump is a reliable and efficient solution for hydronic heating systems. Designed for various applications, this 1/2 HP pump ensures optimal performance.

The Armstrong Pumps 106284MF-132 S-55-1 BF Cast Iron In-Line Pump is a reliable and efficient solution for hydronic heating systems. Designed for various applications, this 1/2 HP pump ensures optimal performance.

• Standard three-piece design
• Radially-split body eliminates disconnecting of pipes
• Oversized shaft for durability

• 1/2 HP Motor – Delivers strong and consistent water circulation.
• Durable Cast Iron Construction – Built for longevity in demanding environments.
• In-Line Design – Simplifies installation and maintenance.
• Energy-Efficient Operation – Reduces power consumption while maintaining high performance.
• Versatile Applications – Ideal for HVAC systems, hydronic heating, and chilled water loops.

Q: What applications is this pump best suited for?
A: Ideal for commercial and residential HVAC systems, hydronic heating, and hot water recirculation.

Q: Why is cast iron construction beneficial?
A: It offers strength and corrosion resistance, ensuring long-term durability in heating and cooling systems.

Q: Is this pump energy-efficient?
A: Yes, it is designed for optimal flow with minimal energy consumption, reducing operational costs.

Q: What type of installation does it require?
A: It is an in-line pump designed for easy integration into existing piping systems.

• Inspect for Leaks – Check seals and connections for any signs of water leakage.
• Monitor Noise & Vibration – Unusual sounds may indicate air pockets or mechanical wear.
• Bleed Air from System – Ensure efficient water circulation by purging trapped air.
• Check Electrical Connections – Verify proper voltage and secure wiring for consistent operation.
• Clean Pump Housing – Remove dust and debris to prevent overheating.
• Lubricate Bearings (if applicable) – Follow manufacturer guidelines for lubrication.
• Verify Flow & Pressure – Ensure performance meets system requirements.
• Schedule Routine Maintenance – Periodic inspections extend pump lifespan.