Taco 1/25 HP Stainless Steel Circulator Pump - 008-SF6-IFC
The Taco 008-SF6-IFC is a one-quarter horsepower stainless steel circulator pump designed for heating and cooling applications. It features an integral flow check to improve performance and installation. This pump operates on one hundred fifteen volts and is suitable for various setups, including hydronic heating and domestic water recirculation.
Features
- Integral Flow Check prevents reverse flow.
- Quiet operation with maintenance-free design.
- Wide range of applications for heating and cooling.
-
Manufacturer: Taco
-
Warranty: 3 Years
Specifications
-
MPN: 008-SF6-IFC
-
Power: 1/25 HP
-
Voltage: 115V
-
Max Flow: 12.5 GPM
-
Max Head: 15 FT
-
Temperature Range: 40°F to 230°F
-
Connection Type: Flanged x Flanged
-
Material: Stainless Steel
What Our Experts Think
-
The Taco 008-SF6-IFC Stainless Steel Circulator Pump delivers reliable performance for domestic hot water and open-loop systems.
-
Its 1/25 HP motor ensures quiet, efficient operation while maintaining consistent water circulation.
-
Constructed from stainless steel, it resists corrosion and is safe for potable water applications.
-
The Integral Flow Check (IFC) feature prevents gravity circulation, improving system efficiency and reducing energy loss.
Q&A
Q: What makes the 008-SF6-IFC pump ideal for potable systems?
A: The stainless-steel housing resists corrosion and meets health standards for potable water use.
Q: Does it include a built-in check valve?
A: Yes, it comes with an Integral Flow Check (IFC) to prevent unwanted flow during pump downtime.
Q: What is the typical application for this circulator pump?
A: It’s commonly used in domestic hot water recirculation, hydronic heating, and radiant floor systems.
Maintenance Tips
-
Inspect the pump annually for leaks or unusual noise.
-
Keep system water clean and free of debris to protect internal components.
-
Avoid running the pump dry — always ensure it’s properly primed before operation.
-
Check the IFC valve periodically to maintain smooth, efficient flow.
