The Stanley Fisher CX Series is a three speed wet rotor circulator pump designed for quiet and energy efficient water movement in residential and light commercial systems. Compact and easy to integrate, CX circulators deliver dependable performance in hydronic heating and small HVAC applications.
The wet rotor construction provides low noise operation and reliable long term service. Three selectable speed settings allow the pump to adapt to varying system demands while supporting optimized energy use.
CX pumps feature threaded connections and PN10 pressure rating, making them well suited for hot water heating, domestic hot water recirculation, and closed loop circulation systems.
The CX Series features a compact wet rotor design that integrates the pump and motor into a single, sealed assembly. This construction supports quiet operation, reduced maintenance requirements, and long term reliability in residential and light commercial systems.
Three selectable speed settings allow installers to match pump performance to system demand, helping optimize energy usage while maintaining stable flow control across hydronic heating and domestic hot water applications.
Pumps are supplied with threaded connections and PN10 pressure rating. Durable materials and precision engineering support continuous duty operation in closed loop heating and small HVAC circulation systems.
Residential hydronic heating systems
Radiant floor heating circulation
Domestic hot water recirculation
Small HVAC circulation loops
Boiler circulation systems
Zoned heating systems
Light commercial comfort heating
Complete technical documentation, performance curves, dimensional drawings, electrical data, and submittal information for the Stanley Fisher CX Series are available within the Product Search system. Select a specific model to access detailed specifications and downloadable literature.
Documentation includes performance curves, dimensional data, electrical characteristics, installation guidelines, and configuration details for residential and light commercial hydronic applications.