ITEM DEFINITION Sample Clauses
An Item Definition clause establishes clear descriptions and specifications for particular goods, services, or deliverables referenced in a contract. It typically outlines the characteristics, quantities, models, or standards that the items must meet, ensuring both parties have a mutual understanding of what is being provided. By precisely defining items, this clause helps prevent disputes over quality or scope and ensures that contractual obligations are met as intended.
ITEM DEFINITION. For the purpose of this article, the word “item” is defined as any articles or sections when adjusted can reasonably be considered one complete transaction.
ITEM DEFINITION. For the purpose of this article, the word item is defined as any articles or sections when adjusted can reasonably be considered one complete transaction.
ITEM DEFINITION. The first fundamental step of the safety life-cycle is the identification and description of the Item under analysis, and to develop an adequate understanding of it. This is an essential step, since the subsequent phases of safety design flow are based on the item definition and the safety concept is derived from it. To have a satisfactory understanding of the Item, is essential to properly analyse the item itself in terms of input(s)/output(s), functionality, interfaces and, how the item interacts with the vehicle and/or with the environment. In the following diagram the Item’s element, together with the item interface elements have been collected. Moreover the boundary of the Item has been highlighted (yellow elements):
ITEM DEFINITION. All parameters required to define each unit, assembly, subassembly, part or material shall be presented on the applicable drawing. This includes data such as:
a. All necessary mechanical dimensions to fully define fabrication, acceptance, interface or installation of the item depicted.
b. All necessary electrical parameters to fully define fabrication, acceptance, interface or installation of the item depicted.
c. All other necessary physical parameters to fully define fabrication. acceptance, interface or installation of the item depicted, i.e., weight, pressure, viscosity, etc.
d. All necessary environmental conditions which units, assemblies, subassemblies, parts and materials must meet to perform effectively in the end item, such that the end item will meet its specification requirements. continued...