- COLD FORMED STEEL FRAMING INSPECTION WORKSHEET MANUAL
- COLD FORMED STEEL FRAMING INSPECTION WORKSHEET CODE
- COLD FORMED STEEL FRAMING INSPECTION WORKSHEET SERIES
COLD FORMED STEEL FRAMING INSPECTION WORKSHEET MANUAL
137, July 17, 2001, pages 37137-37139, Final Rule Delay of Effective Date OSHA Instruction CPL 2.103, The Field Inspection Reference Manual (FIRM) and Occupational Safety and Health Act of 1970, Section 5(a)(1).Īll interpretations (including letters of interpretation and memoranda) of the previous version of Subpart R issued prior to January 18, 2001. 12, January 18, 2001, pages 5196-5280, Final Rule Safety Standards for Steel Erection Federal Register, Vol.
COLD FORMED STEEL FRAMING INSPECTION WORKSHEET SERIES
ASTM C645 addresses these attributes further in a series of sections, which includes “Materials and Manufacture,” “Dimensions and Permissible Variations,” and “Marking and Identification Requirements.This instruction describes OSHA's inspection policy and procedures and provides clarification to ensure uniform enforcement by field enforcement personnel of the steel erection standards for construction.Ĭonstruction Safety and Health Standards, Subpart R. The four key attributes for architects and specifiers to examine when evaluating non-structural steel stud products are thickness, shape or configuration, coating, and marking or identification.
COLD FORMED STEEL FRAMING INSPECTION WORKSHEET CODE
It is referenced in IBC to determine code compliance for non-structural studs. Until then, guidelines and requirements of ASTM C645 and C754 should be followed.ĪSTM C645, Standard Specification for Non-structural Steel Framing Members, is the current industry standard for the manufacturing of non-structural steel studs. This standard will be adopted in the 2015 International Building Code ( IBC), eventually replacing ASTM C645 as the universal industry standard for the specification of non-structural steel framing. The emergence of the new AISI S220, North American Standard for Cold-formed Steel Framing-Non-structural Members, is also critical. You May Also Like AISI announces winners of research support As specifiers, it is important to understand the material and manufacturing requirements set by ASTM C645, Standard Specification for Non-structural Steel Framing Members, the installation requirements set by ASTM C754, Standard Specification for Installation of Steel Framing Members to Receive Screw-attached Gypsum Panel Products, and the specification of fire-rated partitions. gypsum board or tile) and providing resistance to limited interior transverse loads.Īccounting for the use of nearly 60 percent of all metal studs in the United States, interior, non-structural wall partitions are common applications for steel framing-specifically light-gauge steel studs. (For more on cold-formed steel, see “ New Purposes for Cold-formed Steel.”) Non-structural steel studs are not designed for bearing any axial loads and are ideal for supporting the dead load typical of many wall finishes ( e.g. The two primary CFS framing applications are structural and non-structural, with this article focusing on the latter. Materials and Resources (MR) Credit 2, Construction Waste Management.
New construction projects featuring cold-formed steel components can be eligible for up to 12 Leadership in Energy and Environmental Design (LEED) points in eight different categories, which include:
reduces onsite construction waste as materials can be ordered to specified lengths.Ĭold-formed steel framing products are completely recyclable, and can be locally or regionally sourced for most projects.
Its many performance-based characteristics and ‘green’ attributes have enabled architects to design safe, durable structures that are both dynamic and sustainable. With a history spanning more than a half-century in non-combustible commercial construction, cold-formed steel (CFS) is a popular material choice for framing non-structural interior walls, load-bearing interior and exterior walls, curtain walls, and floor joists. All images courtesy ClarkDietrich Building Systems