Taco 1/6 HP 115V Cast Iron Circulator Pump - 2400-30-3P

Taco  1/6 HP 115V Cast Iron Circulator Pump - 2400-30-3P

The Taco 2400-30-3P is a 1/6 horsepower, 115V cast iron circulator pump designed for reliable performance in hydronic heating systems. This pump is suitable for various applications, including hot water recirculation and chilled water cooling

Featuring a durable cast iron body, this circulator pump is engineered for quiet and efficient operation, making it ideal for medium to high flow hydronic heating applications.

Features

• 1/6 HP motor with 3450 RPM for efficient operation
• Flanged connections for easy installation
• High-capacity design ensures dependable service in residential and commercial systems

Specifications

What Our Experts Think

• High Performance: Moves up to 38 GPM with a maximum head of 27 feet, making it ideal for medium to high-flow hydronic systems.

• Durable Build: Cast iron construction with stainless steel shaft and carbon/silicon-carbide mechanical seal, ensuring long-lasting reliability.

• Low Maintenance: Equipped with a permanently lubricated motor and sealed-for-life bearings, minimizing maintenance needs.

• Compact Design: Features universal flange-to-flange connections, making it perfect for retrofits and tight spaces.

• Versatile: Ideal for hydronic heating, chilled water cooling, and hot water recirculation systems.

Q&A

Q: What is the Taco 2400-30-3P?
A: It’s a 1/6 horsepower, 115V cast iron circulator pump designed for hydronic heating, chilled water cooling, and domestic hot water recirculation applications.

Q: Where is this pump typically used?
A: It’s ideal for hydronic heating systems, chilled water cooling systems, and domestic hot water recirculation in residential and light commercial applications.

Q: Is it easy to install?
A: Yes, it is designed for easy retrofitting with universal flange-to-flange dimensions, making installation straightforward.

Q: Does it come with a warranty?
A: Yes, the Taco 2400-30-3P comes with a 1-year manufacturer warranty.

Q: What makes this pump energy efficient?
A: The pump is designed with high-efficiency components, providing reliable performance while minimizing energy consumption.

Maintenance Tips

• System Preparation:

• Before operating, ensure the system is filled with clean water or a maximum 50% propylene-glycol solution. The pump's water-lubricated bearings must not run dry.

• Air Purging:

• Use the pump’s built-in air purging feature to eliminate air. If air remains, manually vent the system to prevent noise and inefficiency.

• Routine Inspection:

• Regularly check for abnormal noise or vibrations, which could indicate cavitation or debris in the impeller.

• Mechanical Seal Maintenance:

• Inspect the carbon/silicon-carbide mechanical seal for wear. If leakage is detected, replace the seal to prevent further damage.

• Electrical Checks:

• Ensure electrical connections are secure, and verify that the power supply matches the pump's requirements.

• Environmental Considerations:

• Install the pump in a dry, indoor area, and avoid using petroleum-based fluids or chemical additives to prevent damage to the internal components.

• Installation Best Practices:

• Mount the pump with vibration dampeners and rotate the control cover as needed for flexible installation.