Armstrong H-32 Cast Iron In-line Less Flange Circulator Pump 1/6 HP - 174034MF-013
The Armstrong 174034MF-013 is a H-32 cast iron in-line less flange circulator pump designed for hydronic heating and cooling applications. This pump operates at 115 VAC and has a power rating of 1/6 hp, making it efficient for various uses. It can achieve a flow rate of up to 38 gallons per minute and a head of 14 feet, meeting the demands of many HVAC systems.
The Armstrong 174034MF-013 is a H-32 cast iron in-line less flange circulator pump designed for hydronic heating and cooling applications. This pump operates at 115 VAC and has a power rating of 1/6 hp, making it efficient for various uses. It can achieve a flow rate of up to 38 gallons per minute and a head of 14 feet, meeting the demands of many HVAC systems.
Features
- Durable cast iron construction for reliability
- Maintenance-free design with stainless steel shaft
- Universal replacement parts for easy servicing
Specifications
| Model |
H-32 |
| Power |
1/6 hp |
| Voltage Rating |
115 VAC |
| Flow Rate |
38 gpm |
| Maximum Feet of Head |
14 ft |
| Temperature Rating |
225°F |
| Material |
Cast Iron |
| Connection Size |
1 in NPT |
| Brand |
Armstrong |
| Manufacturer |
Armstrong Pumps |
What Our Experts Think
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1/6 HP Power – Ideal for low-power applications that require reliable circulation.
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Cast Iron Construction – Durable and designed for longevity, ensuring reliable performance in demanding environments.
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In-line Design – Compact and easy to install in tight spaces, improving system flow and efficiency.
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Flange-less – Provides an easier installation process without the need for additional flanges.
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Efficient Operation – Optimized for energy savings and consistent performance in circulating water and heating systems.
Q&A
Q: What is the Armstrong H-32 circulator pump used for?
A: The Armstrong H-32 circulator pump is designed for circulating water or other liquids in HVAC and industrial systems, ensuring efficient heating, cooling, or fluid movement.
Q: What types of systems is this circulator pump suitable for?
A: Ideal for use in heating and cooling systems, industrial water circulation, or HVAC applications where consistent fluid movement is needed.
Q: How does the Armstrong H-32 circulator pump improve system performance?
A: It enhances fluid circulation and pressure consistency in your system, improving energy efficiency and maintaining desired temperatures or fluid levels.
Q: Is the Armstrong H-32 circulator pump durable?
A: Yes, the cast iron construction ensures long-lasting durability and reliable performance in demanding HVAC and industrial environments.
Maintenance Tips
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Inspect for Leaks – Regularly check for any signs of leakage around the pump and connections.
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Check Pump Alignment – Ensure the pump is properly aligned and securely mounted to prevent vibrations.
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Monitor Noise & Vibration – Unusual noise or vibration could indicate imbalance or wear in the bearings.
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Lubricate Bearings – Follow manufacturer guidelines for bearing lubrication to ensure smooth operation.
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Check Motor & Electrical Connections – Inspect the motor and wiring for any signs of wear, corrosion, or damage.
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Clean the Pump – Regularly remove dust and debris from the pump and surrounding area to prevent clogging.
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Test Performance – Periodically test the pump to ensure it operates efficiently and maintains the proper flow rate.
