Benefits include shorter height, less refrigerant.
St. Louis, September 21, 2010 — Maytag 3 ½, 4 and 5 ton 13-SEER air conditioners with R-410A have recently been updated with Micro-Channel aluminum coil technology. These models join the 2 through 3 ton Maytag Micro-Channel units that were released in 2009.
As opposed to traditional tub-in-fin coils with copper tubes and aluminum fins, Micro-Channel uses an all-aluminum construction. Micro-Channel technology has been successfully implemented in the automotive industry since the 1980s, making it a proven alternative to copper components.
Micro-Channel benefits include:
- Smaller size: Maytag’s 13-SEER Micro-channel condensing units are up to 8 inches shorter than their tube-in-fin predecessors, making them lighter to handle and easier to install.
- Less refrigerant: 13-SEER Micro-Channel units utilize up to 42% less refrigerant than traditional units.
- Easy to clean: Micro-Channel coils are much easier to clean and withstand the use of a power washer.
- Corrosion resistance: All-aluminum Micro-Channel coils will resist corrosion much better than conventional tube-in-fin coils because of the single-metal design.
For more information on Maytag 13-SEER air conditioners, dealers and distributors should visit www.maytaghvac.com.
A trusted name in the industry, NORDYNE has been designing and manufacturing reliable heating and cooling products for more than 90 years. The company focuses on creating genuine value for its customers through a unique combination of innovation, product performance and responsive support. NORDYNE uses proven technology to build dependable residential Maytag systems. The company’s 24.5-SEER iQ Drive® air conditioner received the prestigious 2008 AHR Expo Product of the Year award. NORDYNE is headquartered in O’Fallon, Mo., with manufacturing plants located in the central United States. For more information about NORDYNE and its product offerings, please visit www.nordyne.com.
Maytag is a registered Trademark of the Maytag Corporation and used under license.