Tornado Safe Room CAD Designs for the DIY People

Tornado Safe Room Designs copied from green blog at-http://stlouisrenewableenergy.blogspot.com

With the Rash of Tornadoes caused by the Extreme Weather Conditions we have had recently in the USA.  I put together a few Tornado/Hurricane SafeRoom Designs and Build Options.

Complete plans, Design-Build Assistance for adding a Safe Room to your Building contact Scotts Contracting at the Contact Form, Web Page– click here to email and set up a time to discuss your project.

CAD Safe Room Design for an existing Basement-8in CMU, Steel Door, 6in Reinforced Concrete Ceiling
CAD Safe Room Design for an existing Basement-8in CMU, Steel Door, 6in Reinforced Concrete Ceiling
When Building a CMU structure it is highly advisable to add Steel Reinforcement– In the case of building for Tornado or Hurricane Save Rooms substitute No.4 Vertical Rebar for No.5 size rebar.
how a CMU Block Wall is Reinforced.  Simple CAD Drawing showing the suggested Metal Reinforcement.Scotts Contracting
How a CMU Block Wall is Reinforced.  Simple CAD Drawing showing the suggested Metal Reinforcement.
Building the Concrete Ceiling-Structural Reinforcement Suggestions.
Build Notes-
  • Hurricane and Tornado-Safe Room Build Suggestions
    • #5 Rebar at 12in MATT-Dowel Into Existing Concrete Wall,
    • Attach MATT to Existing #5 Verticals in CMU Wall-,
    • {For Added Reinforcement for this area ADD 2ft “L” Bar and Wire Tie to MATT and Verts,
    • 4in Min Concrete Ceiling Suggested 6in Thick Ceiling,
    • All CMU Voids filled with Mortar
    • {Be Sure to ADD the “L” Bar before the Voids are filled with Mortar.
Concrete Ceiling-Structural Reinforcement Suggestions. Build Notes-Hurricane and Tornado-Safe Room Build Suggestions-Scotts Contracting
Concrete Ceiling-Structural Reinforcement Suggestions.
Build Notes-Hurricane and Tornado-Safe Room Build Suggestions

 

 

 

 

Taking Shelter From the Storm | FEMA.gov

Taking Shelter From the Storm

Main Content-The safe room construction plans and specifications from FEMA P-320, Taking Shelter From the Storm, are available in DWG format. 

LIMIT OF LIABILITY:  THE DESIGNS IN THIS BOOKLET ARE BASED ON EXTENSIVE RESEARCH OF THE CAUSES AND EFFECTS OF WINDSTORM DAMAGE TO BUILDINGS. SAFE ROOMS DESIGNED AND BUILT TO THESE DESIGNS SHOULD PROVIDE A HIGH DEGREE OF OCCUPANT PROTECTION DURING EXTREME WINDSTORMS (TORNADOES AND HURRICANES). ANY SUBSTITUTION OF EITHER MATERIALS OR DESIGN CONCEPTS MAY DECREASE THE LEVEL OF OCCUPANT PROTECTION AND/OR INCREASE THE POSSIBILITY OF PERSONAL INJURY DURING AN EXTREME WIND EVENT.

IMPORTANT LEGAL NOTICE

Because it is not possible to predict or test all conditions that may occur during extreme windstorms, or control the quality of construction, among other things, the designer does not warrant the design.
The designer neither manufactures nor sells safe rooms built from this design. The designers have not made and do not make any representation, warranty, or covenant, express or implied, with respect to the design, condition, quality, durability, operation, fitness for use, or suitability of the safe room in any respect whatsoever. Designers shall not be obligated or liable for actual, incidental, consequential, or other damages of or to users of safe rooms or any other person or entity arising out of or in connection with the use, condition, and/or performance of safe rooms from this design or from the maintenance thereof.

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