Description
Taco Comfort Solutions 2400-20S-3P Stainless Steel Circulator Pump
The Taco Comfort Solutions 2400-20S-3P is a high-performance stainless steel circulator pump engineered for dependable hydronic heating and cooling applications. Built on Taco’s trusted 2400 Series platform, this pump delivers consistent, quiet circulation in residential and light commercial hydronic systems — making it a go-to choice for HVAC professionals who demand reliability and longevity.
The stainless steel construction resists corrosion and extends service life, even in demanding water quality conditions. The 3-piece (union) design simplifies installation and future servicing, allowing technicians to remove and replace the pump body without disturbing the piping system.
Key Features
- 1/6 HP motor for efficient, low-energy hydronic circulation
- 115V single-phase power supply — compatible with standard residential electrical systems
- 3,450 RPM motor speed for strong, consistent flow performance
- Stainless steel (SS) construction for superior corrosion resistance and extended service life
- 3-piece union configuration for easy installation and field serviceability
- Designed for closed-loop hydronic heating and cooling systems
- Compact, space-saving design suitable for tight mechanical room installations
Specifications
- Brand: Taco Comfort Solutions
- Model: 2400-20S-3P
- Horsepower: 1/6 HP
- Voltage: 115V
- Motor Speed: 3,450 RPM
- Wetted Materials: Stainless Steel
- Configuration: 3-Piece (Union End Connections)
- Application: Hydronic Heating & Cooling Circulation
Why Choose the Taco 2400-20S-3P?
Taco Comfort Solutions has been a trusted name in hydronic systems for decades. The 2400 Series circulator pumps are renowned for their quiet operation, robust build quality, and ease of installation. The stainless steel wetted components make the 2400-20S-3P an excellent choice for systems with varying water chemistry, while the 3-piece union design ensures that maintenance and pump replacement can be completed quickly — minimizing system downtime and labor costs.
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