The document, "BL09 CORELLI Upgraded Fine Radial Collimator Equipment Specification," outlines requirements for the design and procurement of a Fine Radial Collimator (FRC) for the CORELLI Spectrometer at the Spallation Neutron Source (SNS). The purpose of the FRC is to accommodate high field magnetic sample environments that are incompatible with the existing collimator. Key specifications include materials of construction, fabrication, inspection, and delivery processes. The FRC must feature neutron-absorbing blades with precise angular separations, and be constructed of non-magnetic materials such as aluminum or stainless steel to withstand high neutron and gamma radiation. The document requires a thorough quality assurance program, with the Seller responsible for all testing and inspections, and mandates detailed documentation throughout the fabrication process. Additional details stipulate dimensions, tolerances, and performance criteria to ensure optimal functioning within a vacuum setting. The Seller must propose a Quality Control System and provide a final design package for approval before fabrication. The ultimate goal of this specification is to ensure the collimator meets the operational demands while adhering to rigorous safety and quality standards consistent with federal guidelines.

The document is a technical drawing and specification for a component associated with the BL09 experiment at Oak Ridge National Laboratory. It details the design of a two-piece FRC (Fuel Rod Component) that functions within a neutron beam setup, specifically referencing dimensions, material specifications, and production tolerances. Notably, the drawing carries disclaimers about the accuracy of the provided information and stresses that the drawings are proprietary to the laboratory, thus not intended for unauthorized use. Key aspects include the rejection of substitutions without engineering approval and a clear outline of both flexible and rigid requirements for the component’s specifications. The indicated scales, weights, and engineering standards, such as ASME and AWS, denote strict adherence to recognized guidelines for manufacturing. The document serves as a vital reference for engineering teams and vendors involved in the procurement and fabrication of specialized laboratory equipment integral to nuclear research and applications. The structured detail ensures compliance with standards while facilitating precise manufacturing efforts. Overall, it exemplifies the intersection of advanced engineering and regulatory protocols essential for federal government research initiatives.

This document outlines specifications and drawings related to an assembly part, likely for a federal project involving Oak Ridge National Laboratory. The drawing details dimensions, weights, materials, and vendor information for a two-piece FRC (Fast-Reponse Collar) related to optics, intended for neutron beam applications. It emphasizes that vendors must adhere to the specified materials and items, with substitutions requiring prior engineering approval. Tolerances for measurements, surface roughness requirements, and applicable drafting and welding standards are referenced to ensure precision and compliance. The overall objective is to provide a comprehensive framework for potential vendors to understand the requirements for the assembly part, ensuring functional integrity in its application. Additionally, the document includes legal disclaimers regarding the use and accuracy of information presented, reinforcing the importance of adhering strictly to the provided specifications. The document serves as a technical guide to facilitate procurement and assembly in alignment with federal project standards.