Free Spreadsheet to Compare ASHRAE 62.2 2011 vs. ASHRAE 62.2 2013

Online educational resource on achieving indoor environmental quality with radiant based HVAC systems

Fundamentals of indoor environmental quality / thermal comfort and air quality solutions using radiant based HVAC

Free Spreadsheet to Compare ASHRAE 62.2 2011 vs. ASHRAE 62.2 2013 Copyright 2014, Robert Bean, R.E.T., P.L.(Eng.) All world rights reserved See also: Calculating the Inside Surface Temperature of an Exposed Wall, Floor or Ceiling
This spreadsheet for ASHRAE 62.2 Ventilation and Acceptable Indoor Air Quality in Low-Rise Residential Buildings, will allow the user to change floor areas, # of bedrooms, duct size, length of straight duct and inventory of fittings for determining and comparing CFM, velocity and friction loss between the two standards.
Download Instructions Step 1) Download the file (save to desktop) Step 2) Join our IEQ Linked-In discussion group - if you are already a member go to step 3. Step 3) At the IEQ Linked-In discussion group, follow up to an existing request or start a new thread with this text...
"please send me the password for the ASHRAE 62.2 Comparison Spreadsheet at this URL <http://www.healthyheating.com/ASHRAE-62.2-2013-vs-2011.htm>".
Step 4) Post any questions you have in the open forum...before sending us private emails for assistance please see this page on services.
Top 5 reasons why you may not be receiving the password (or why our admin staff is going bonkers) : You have not joined the IEQ group as per instruction note #2 You have not posted a request at the IEQ group as per instruction note #3 You have not included the text string as per instruction note #3 You have sent us a private email requesting the password - see instruction note #3 and #4 You have posted a request in another Linked-In discussion group - see instruction note #2 Background - we have over 800 pages at the website many with course slides and spreadsheet tools. In order for us to manage who wants what and from where our administrative team assigns a password to a URL and uses the IEQ Linked In group to manage the request - if you really want the resources - follow the instructions.
Additional resources:
Academic Scores due to IEQ Advice for Consumers: Radiant Aging: Thermal Comfort & IAQ ASHRAE 62.2 2011 vs. 2013 Bathroom Fans: Renovation Being an Engineer is Painful Bibliography: Radiant/Comfort Bibliography: Indoor Air Quality Budgeting: Indoor Climates Budgeting: Design Services Building Efficiency Categories Building Enclosures, Part I Building Enclosures, Part II Building Orientation Built to Code: Means what? Building Science w/ SEM Concrete & Embedded Pipes Comfort: A Condition of Mind Conduction Animation Control Valve Theory Convection Animation Dedicated Outdoor Air System Design: Before You Start Design: Downward heat loss Design: Sample Commercial Design: Sample Residential Design: Sample Schematics DIY HVAC Duct Tape: Not for Ducts Earth Tube Heat Exch.'s Effectiveness Coefficients Efficiency: Boilers Energy/Exergy Efficiency Engineers: Do I Need One? Engineers: Residential Fees Embedded Pipes in Concrete Exergy & Sustainability Exposome: An Introduction Filter Fist-a Cuffs Floor Temperatures Flooring R values Flooring and Boiler Efficiency Forensic Services Health and HVAC systems Heat Transfer: Introduction Heat, Air, Moisture Modelling Heated Hardwood Flooring	History of Radiant Heating History of the HRV/ERV Human Factors Human Thermal Plume Humidity & the Environment HVAC & Energy Efficiency HVAC Does Not Equal IEQ Hybrid HVAC Systems Hydronics:Codes & Inspections IAQ Investigator IAQ VOC Simulator IEQ and Energy IEQ and Health IEQ and Productivity IEQ Research IEQ Self Assessment Form Indoor climate system scores Infiltration Kitchen Range Hoods LED Lights & Lamps Lifetime Housing Mean Radiant Temperature Moisture Monitoring Operative Temperature Paying for Downgrades Radiant Animation Radiant Based HVAC Guide Radiant Cooling, Introduction Radiant Cooling, Projects Radiant Cooling, Calculation Radiant Design Guide Level 1 Radiant Design Guide Level 2 Radiant Design Guide Level 3 Radiant Enables Efficiency Radiant Facts and Myths Radiant Flooring Guide Radiant Gone Wild Radiant History, 1868 A.D. Radiant History, 1500 B.C Radiant Mistakes to Avoid Radiant Theory Radiant Tube Depth: Effects Radiant Walls for Retrofits Radiation Pressure of Light Radon	Reflective Insulation: Myths Six Rules for Designers Snow Melting Storm Data Solar Sustainability Temperature Indices Temperatures: Inside Surfaces Thermal Comfort Thermal Comfort Calculator Thermal Comfort & IAQ Thermal Comfort: Endocrine Thermal Comfort: Perspective Thermal Comfort Survey Part I Thermal Comfort Survey Part II Thermal Manikins: Research Thermography Thermostats: Setback Thermostats vs Skin Sensors Toxic Homes (CARP) Under slab insulation Validating Designs Water Heater Efficiency Water Heaters as Boilers Windows for Cold Climates Walls for Cold Climates Zoning a Building Guide

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