Armstrong 1/25 Horsepower Astro 230SS Wet Rotor Circulator Stainless Steel - 110223-306
The Armstrong Astro 230SS 1/25 Horsepower Circulator, model number 110223-306, is designed for efficient and maintenance-free circulation of water or ethylene-glycol solutions in closed hydronic or solar heating systems. Ideal for residential, small industrial, and commercial applications.
The Armstrong Astro 230SS 1/25 Horsepower Circulator, model number 110223-306, is designed for efficient and maintenance-free circulation of water or ethylene-glycol solutions in closed hydronic or solar heating systems. Ideal for residential, small industrial, and commercial applications.
Features
- Three-speed switch for customized flow
- Stainless steel construction for durability
- Quiet operation and zero maintenance
Specifications
| Horsepower |
1/25 hp |
| Voltage |
115 VAC |
| Amperage Capacity |
0.81 Amps |
| Wattage |
80.5 watts |
| Flow Rate |
0-18 GPM |
| Maximum Feet of Head |
18.2 ft |
| RPM |
2800 rpm |
| Frequency |
60 Hz |
| Pressure Rating |
150 psi |
| Temperature Range |
0-230 Degrees Fahrenheit |
| Impeller Material |
Noryl |
| Certifications |
cETLus Intertek listed, NSF 372 certified |
| Brand |
Armstrong |
| Model |
110223-306 |
| Type |
Wet Rotor Circulator |
| Material |
Stainless Steel |
| Applications |
For residential heating or cooling, potable water, water conservation |
What Our Experts Think
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1/25 HP Motor – Perfect for smaller systems requiring moderate flow without consuming excess energy.
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Stainless Steel Construction – Provides excellent durability and corrosion resistance, ideal for a variety of fluids and demanding environments.
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Wet Rotor Design – Ensures quiet, efficient operation with minimal vibration and extended lifespan.
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Compact Size – Ideal for tight spaces or systems where a smaller circulator is needed without sacrificing performance.
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Versatile Application – Great for residential heating, cooling, and water circulation in systems like radiant heating and solar applications.
Q&A
Q: What is the Armstrong 110223-306 Astro 230SS circulator used for?
A: The Armstrong 110223-306 Astro 230SS circulator is designed for circulating water and other fluids in hydronic heating systems, domestic hot water systems, and light commercial applications, providing efficient fluid movement.
Q: What are the advantages of the wet rotor design in the Armstrong 110223-306?
A: The wet rotor design eliminates the need for mechanical seals, reducing wear and tear while ensuring quiet, vibration-free operation. It provides reliable and efficient performance for a variety of fluid circulation applications.
Q: How does the Armstrong 110223-306 circulator improve system efficiency?
A: The Astro 230SS circulator reduces energy consumption while providing consistent fluid flow, improving the overall energy efficiency of heating and cooling systems and extending the lifespan of the system.
Q: Is the Armstrong 110223-306 circulator pump easy to maintain?
A: Yes, the Armstrong 110223-306 is designed for low-maintenance operation due to its wet rotor design and durable stainless steel construction, requiring minimal upkeep and providing long-term reliability.
Maintenance Tips
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Inspect for Leaks – Regularly check the circulator pump for leaks around the rotor and connections. Tighten any loose fittings and replace damaged seals.
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Monitor for Unusual Sounds – Listen for abnormal noise, which could indicate wear or debris buildup. If heard, inspect and clean the pump immediately.
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Clean the Pump – Periodically remove debris and sediment from the rotor and internal components to ensure optimal performance and prevent blockages.
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Check Electrical Connections – Inspect the power supply and wiring for signs of wear, corrosion, or damage to prevent electrical failures.
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Verify Motor Function – Ensure the motor is running at the correct speed, and check for any signs of overheating or malfunction.
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Lubricate Bearings – Proper lubrication of the bearings will ensure smooth rotation of the wet rotor and reduce wear.
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Test Performance – Regularly monitor the flow rate and temperature to ensure the pump operates efficiently within the specified parameters.
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Replace Worn Parts – If any components such as the rotor or seals are showing signs of wear, replace them to maintain optimal functionality.
