Document: NUREG-0800
Document ID: 4a295d6b-937a-429e-8fe4-1470b992d859
Document Type: srp
Title: Rev. 0 – November 2009
Source: NUREG-0800
Source URL: https://www.nrc.gov/docs/ML0929/ML092950353.pdf
Revision Date: 2023-06
Chapter: 18
Section ID: 18
CFR Part: 
CFR Title: 

Content:
nt simulations, consideration should be given to the assembly of both nominal and minimum crew configurations, including shift supervisors, reactor operators, shift technical advisors, etc., that will participate in the validation tests. The composition of operations personnel need only include personnel who are relevant to the credited actions. Acceptable validation results will provide the basis for meeting the NRC’s design certification, license application or amendment request approval requirements. Unacceptable validation results will require modification of the D3 coping strategy. 5 The preliminary validation results should provide high confidence that the performance time criteria will be met in the Phase 3, ISV. Unacceptable ISV results will require modification of the D3 coping strategy late in the design and licensing process. 18-A-9 Rev. 0 – November 2009 Modification of the D3 coping strategy would require reanalysis, re-validation and re-submittal for NRC staff review. If a successful manual action strategy cannot be achieved, diverse automation is required. The ISV shall be implemented and documented as an ITAAC item or License Condition for plants licensed under 10 CFR Part 52 or as a License Condition for operating plants that have not upgraded the plant-referenced simulator in advance of the control room modifications. The complete D3 analysis, which provides time available and time required, the supporting analyses, and validation results shall be submitted for final NRC review and closure of ITAAC or License Conditions. 3.B. Review Criteria The responsible reviewers evaluate vendor/licensee/applicant’s submittals for compliance with the following criteria: General • The ISV is completed as part of the HFE program that is implemented in accordance with NUREG-0711. Simulator • The ISV is conducted using a plant-referenced simulator that meets the functional and fidelity requirements of the adopted ANSI/ANS 3.5, “Nuclear Power Plant