Armstrong Fluid Technologies has announced the newly re-designed, energy efficient E.2 Series Dry Motor circulators, featuring a permanently lubricated mechanical seal that can be replaced in less than five minutes. Designed for use in a wide range of applications, the E.2 Series circulators have been reengineered to provide improved durability and enhanced protection against leakage and water damage to electrical components.
The new design elements of the Armstrong E.2 Series circulators include:
• New water slinger to protect motor against water intrusion
• Larger, stainless steel shaft
• Sealed, permanently lubricated bearings
• Bellows-style mechanical seal with silicon carbide wear surfaces
The energy-efficient dry motor design and hydraulics of the E.2 Series circulator is also rated higher than many other fixed speed circulators in its class. This wire-to-water efficiency leads to energy savings for building owners. The compact size of the E.2 Series circulators, with minimized flange-to-flange dimensions, makes installation easy. The smaller size also allows contractors to complete an installation without making changes to existing piping.
Armstrong E.2 Series circulators are available in a range of sizes to match system requirements of hydronic applications such as:
• Hot & chilled water recirculation
• Domestic hot water generation
• Snow-melt installations
• Radiant heating systems
• Geothermal systems
For more information about the new E.2 Series circulators or other Armstrong Fluid Technology solutions, visit www.armstrongfluidtechnology.com.
About Armstrong Fluid Technology
With more than 1000 employees worldwide, operating seven manufacturing facilities on three continents, Armstrong Fluid Technology is known around the world as a leader and innovator in design, engineering and manufacturing of integrated solutions within the building oriented fluidflow equipment industry. Armstrong products are internationally recognized for design innovation, quality, long service life, and superior operating economy. For more information about Armstrong Fluid Technology visit www.armstrongfluidtechnology.com