Header Selector





Choose Stud Designation   (Nomenclature as per SSMA standard.  SSMA is Steel Stud Manufacturer's Association.)

  (A check will be made to see if 3 studs will actually fit.)

Choose Track Designation    (Nomenclature as per SSMA standard.  SSMA is Steel Stud Manufacturer's Association.)

Choose Header Length   Feet   Inches

Choose Deflection Criteria    (L/240 is recommended for EIFS or metal facade.  L/600 for brick facade.  L/720 for stone facade.)

 (I.e., use 70% of Distributed Lateral Load as input below.)

 (Note: if this box is checked, distortional buckling will be calculated and may possibly control Allowable Bending Moment.)

  (Note: if this box is checked, the value (below) for Distributed Vertical Load will be ignored. If un-checked, Joist input will be ignored.)

Joist Vertical Load   (lbf) (Note: please take care to enter a valid positive number in this field. Mal-formed input will be treated as if a Zero was entered.)

Joist Spacing     (in)

Distributed Vertical Load      (lbf/in)   (Note: please take care to enter a valid positive number in this field. Mal-formed input will be treated as if a Zero was entered.)

 Distributed Lateral Load    (lbf/in)   (Note: please take care to enter a valid positive number in this field. Mal-formed input will be treated as if a Zero was entered.)

  (Results will be displayed on the next web page titled "Header Selector - Calculated Results".)

Important Note:  This analysis tool is intended to serve as a general guide to architects and contractors for estimating header configurations.   This tool must NOT be used for construction, final design and/or selection of headers without an independant evaluation by a qualified cold-formed steel design engineer.  There are other factors, other than those listed above, which may impact upon the design/selection process of headers, which are NOT addressed by this tool.  K2 Engineering, Inc. and it's employees and associates, specifically disclaim any responsibility and/or liability for failure, or any other sort of consequential damages, resulting from the misuse or mis-application of this tool and its results.   K2 Engineering, Inc. makes no warranties, expressed or implied, regarding this tool.  The User of this tool proceeds at his/her own risk.



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