AboutMorgan M. Audetat Expertise Radiant floor heating. Snow Melting. Boilers. Indirect water heaters. Tankless water heaters. Current owner BadgerBoilerService.com Minneapolis based mechanical contractor specializing in Mod/Con based, integrated heating systems. System design, consulting and technical training world-wide.
Currently designing hot water based heating and snowmelting systems for spaces ranging from 50 to 50m square feet. Consulting fees start at $500.00US
Experience 30 years. Organizations: Charter Board Member - Radiant Panel Association, former manufacturer of the first American-made, wall-hung, sealed combustion condensing boilers, son and apprentice of mechanical & plumbing contractor.
Continuing Education: Uponor/Wirsbo advanced design school 2007, Power Limited License (low voltage controls) 40 CE credits 2005, B&G Little Red School House 1993, Tekmar Controls residential and commercial 1993, Division Manager and Advanced Hydronic Seminar Host for the first Hydronic Radiant Floor Distributor in the USA 1990, Hydronic Heating Association Workshop participant with Richard c. Bourne, PE spring 1988, Master Plumbing/Hydronic/Solar Course Red Rocks Community College 1987.
Education: B.S. University WI 1981, 26 yrs. continuing education.
Licensed CO, MN & WI. Home Inspection license WI exp.
Awards and Honors: Radiant Panel Association System Showcase Award 2008
My momma's favorite son.
Past/Present Clients: References upon request.
Expert: Morgan M. Audetat Date: 3/5/2008 Subject: Carpet and Padding for Radiant Floor Heating
Question I understand to look for the lowest R-Value but besides that, what is the best type of carpet and carpet padding to maximize heat transfer in a bedroom?
Answer That is a long list, but the short answer is to stay away from wool carpeting and be especially careful about the pad you choose. Though not really spongy and soft, 1/4" commercial pad (solid not waffle) is by far the best performer.
Don't get me wrong, if you want a thick pad and 1 1/2" wool carpet we can do that, but efficiency (cost to heat the room) will go up.
