Submittals (construction): Difference between revisions
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'''Submittals in [[Construction Management]]''' are [[shop drawings]], [[material data]], and [[samples]]. Product data submittals, samples, and shop drawings are required primarily for the [[architect]] and [[engineer]] to [[verify]] that the correct products will be installed on the project. <ref> |
'''Submittals in [[Construction Management]]''' are [[shop drawings]], [[material data]], and [[samples]]. Product data submittals, samples, and shop drawings are required primarily for the [[architect]] and [[engineer]] to [[verify]] that the correct products will be installed on the project. <ref> Authors = C. J. Anumba, A. N. Baldwin and D. Bouchlaghem | university = Department of Civil and Building Engineering, Loughborough University, Loughborough, UK | coauthors = A. F. Cutting-Decelle, J. Dufau and M. Mommessin | university = Université de Savoie-ESIGEC/LGCH, Domaine de Savoie-Technolac, le Bourget du Lac, France | coauthor2 = B. Prasad | institute = CERA Institute, Unigraphics Solutions, Tustin, CA, USA | title = Integrating Concurrent Engineering Concepts in a Steelwork Construction Project | journal = Concurrent Engineering | section = Research and Applications | volume = 8 | issue = 3 | pages = 199-210 | date = [[2000-05-05]]| publisher = Technomic Publishing Co. Inc. | url = http://www.lboro.ac.uk:80/departments/cv/projects/lexic/pdf/Integrating-CE-concepts-in-a-steelwork-construction-projectspdf.pdf| format = [[PDF]]| accessdate = 2007-02-16}}</ref> |
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This process also gives the architect and [[sub-consultants]] the opportunity to select [[colors]], [[patterns]], and types of material that were not chosen prior to completion of the [[construction drawings]]. This is not an occasion for the architect to select different materials than specified, but rather to clarify the selection within the quality level indicated in the [[specification]]. For materials requiring [[fabrication]], such as [[reinforcing steel]] and [[structural steel]], the architect and engineer need to verify details furnished by the [[fabricator]]. The contractor also uses this information in installation, using dimensions and installation data from the submittal. The [[construction documents]], specifically the [[technical specifications]], require the [[contractor]] to submit [[product data]], samples, and shop drawings to the architect and engineer for approval. This is one of the first steps that is taken by the contractor after execution of the construction contract and issuance of the [[Notice to Proceed]]. The submittal process is very important, as it directly relates to the [[quality]], [[schedule]], and [[ultimately]] the overall success of the project. The submittal process can be complex, because there are literally thousands of different materials, fabrications, and equipment used in a construction project. |
This process also gives the architect and [[sub-consultants]] the opportunity to select [[colors]], [[patterns]], and types of material that were not chosen prior to completion of the [[construction drawings]]. This is not an occasion for the architect to select different materials than specified, but rather to clarify the selection within the quality level indicated in the [[specification]]. For materials requiring [[fabrication]], such as [[reinforcing steel]] and [[structural steel]], the architect and engineer need to verify details furnished by the [[fabricator]]. The contractor also uses this information in installation, using dimensions and installation data from the submittal. The [[construction documents]], specifically the [[technical specifications]], require the [[contractor]] to submit [[product data]], samples, and shop drawings to the architect and engineer for approval. This is one of the first steps that is taken by the contractor after execution of the construction contract and issuance of the [[Notice to Proceed]]. The submittal process is very important, as it directly relates to the [[quality]], [[schedule]], and [[ultimately]] the overall success of the project. The submittal process can be complex, because there are literally thousands of different materials, fabrications, and equipment used in a construction project. |
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Revision as of 07:24, 16 February 2007
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Submittals in Construction Management are shop drawings, material data, and samples. Product data submittals, samples, and shop drawings are required primarily for the architect and engineer to verify that the correct products will be installed on the project. [1]
This process also gives the architect and sub-consultants the opportunity to select colors, patterns, and types of material that were not chosen prior to completion of the construction drawings. This is not an occasion for the architect to select different materials than specified, but rather to clarify the selection within the quality level indicated in the specification. For materials requiring fabrication, such as reinforcing steel and structural steel, the architect and engineer need to verify details furnished by the fabricator. The contractor also uses this information in installation, using dimensions and installation data from the submittal. The construction documents, specifically the technical specifications, require the contractor to submit product data, samples, and shop drawings to the architect and engineer for approval. This is one of the first steps that is taken by the contractor after execution of the construction contract and issuance of the Notice to Proceed. The submittal process is very important, as it directly relates to the quality, schedule, and ultimately the overall success of the project. The submittal process can be complex, because there are literally thousands of different materials, fabrications, and equipment used in a construction project.
Types of Submittals
Product Data Submittal
The product data submittal usually consists of the manufacturer’s product information. The information included in this submittal are:
- Manufacturer, trade name, model or type number: This information is necessary to compare the submitted item with the specified products and acceptable products listed, in the specification and addenda.
- Description of use and performance characteristics: Information should be furnished describing the normal use and expected performance of the product. The architect and contractor reviews this information to confirm that the product is appropriate for the intended use.
- Size and physical characteristics: The size and physical characteristics, such as adjustment capabilities, which is reviewed by both the contractor and architect. The contractor has the most available information for comparing adjoining materials and equipment. The contractor also needs to know the size and weight of the equipment for lifting and handling considerations.
- Finish characteristics: The architect reviews the available finishes and selects the appropriate finish, if the finish was not previously specified in the documents. The contractor should confirm that finish requirements in the specification are being met by the product.
- Specific request for jobsite dimensions: Some material is custom-fabricated to job conditions, requiring dimensions from the jobsite. These jobsite dimensions are provided by the contractor, prior to release of the product for manufacture.
Shop Drawings
A shop drawing is a drawing or set of drawings produced by the contractor, supplier, manufacturer, subcontractor, or fabricator. Shop drawings are not produced by architects and engineers under their contract with the owner. The shop drawing is the manufacturer’s or the contractor’s drawn version of information shown in the construction documents. The shop drawing normally shows more detail than the construction documents. It is drawn to explain the fabrication of the items to the manufacturer’s production crew. The style of the shop drawing is usually very different from that of the architect’s drawing. The shop drawing’s primary emphasis is on the particular product or installation and excludes notation concerning other products and installations, unless integration with the subject product is necessary.
Shop Drawings of Concrete Reinforcing
Concrete reinforcing is one of the many items requiring specialized shop drawings for the fabrication of the material. Concrete reinforcing is custom-fabricated from 6O-foot-long reinforcing bars. The reinforcing bars are cut to length and bent to specific configurations. The shop drawing and the accompanying “cut sheet” lists the quantity, sizes, lengths, and shapes of the reinforcing bar. This information is provided for review by the structural engineer to ensure that sufficient reinforcing is being supplied; fabrication of the bar by the supplier’s shop; an inventory list for the contractor, upon delivery the typical project has thousands of pieces of reinforcing steel that need to be organized for storage and installation; and placement by the ironworker. The Concrete Reinforcing Steel Institute (CRSI) has developed standard symbols, graphics, and formats for shop drawings and cut sheets that generally are used by reinforcing steel fabricators. Each fabricator, has particular style for shop drawings and cut sheets, depending on the draftspeople and computer-aided drafting systems.
References
- ^ Authors = C. J. Anumba, A. N. Baldwin and D. Bouchlaghem | university = Department of Civil and Building Engineering, Loughborough University, Loughborough, UK | coauthors = A. F. Cutting-Decelle, J. Dufau and M. Mommessin | university = Université de Savoie-ESIGEC/LGCH, Domaine de Savoie-Technolac, le Bourget du Lac, France | coauthor2 = B. Prasad | institute = CERA Institute, Unigraphics Solutions, Tustin, CA, USA | title = Integrating Concurrent Engineering Concepts in a Steelwork Construction Project | journal = Concurrent Engineering | section = Research and Applications | volume = 8 | issue = 3 | pages = 199-210 | date = 2000-05-05| publisher = Technomic Publishing Co. Inc. | url = http://www.lboro.ac.uk:80/departments/cv/projects/lexic/pdf/Integrating-CE-concepts-in-a-steelwork-construction-projectspdf.pdf%7C format = PDF| accessdate = 2007-02-16}}