RSICC Home Page

RSICC DATA PACKAGE DLC-215



1. NAME AND TITLE OF DATA LIBRARY

EDSFI: Electrical Distribution System Functional Inspection Data Base.



2. NAME AND TITLE OF DATA RETRIEVAL PROGRAMS:

IFS.



3. CONTRIBUTOR

Applied Management Systems, Washington, DC through the Energy Science and Technology Software Center, Oak Ridge, Tennessee.



4. HISTORICAL BACKGROUND AND INFORMATION

This database contains inspection findings from the Nuclear Regulatory Commission's Electrical Distribution System Functional Inspections (EDSFIs). This release was issued in January 1993 and tested by ESTSC. It was tested Windows98 on a Pentium III when it was transferred to RSICC and released in August 2001. No changes were made to the files at that time.



5. APPLICATION OF THE DATA

This database will assist those preparing for electrical inspections, searching for deficiencies in a plant, and determining the corrective actions previously taken for similar deficiencies.



6. SOURCE AND SCOPE OF DATA

The program enables the user to search and sort findings, ascertain trends, and obtain printed reports of the findings. The findings include observations, unresolved issues, or possible deficiencies in the design and implementation of electrical distribution systems in nuclear plants.



7. DISCUSSION OF THE DATA RETRIEVAL PROGRAM

EDSFI was written using the Foxpro Xbase programming language and compiled with Clipper 5.1 under DOS5.0 as a stand alone program.



8. DATA FORMAT AND COMPUTER

The data within EDSFI is bound with the executable and is not retrievable within the ordinary use and scope of the program to another format. (RSICC ID D00215PC48600.)



9. TYPICAL RUNNING TIME

Not noted.



10. REFERENCE

A. Gautam, "Electrical Distribution System Functional Inspection (EDSFI) Data Base Program," NUREG-1473 (January 1993).



11. CONTENTS OF LIBRARY

Included are the reference document and software on one-CD-ROM containing a PkWare® self-extracting WINDOWS® executable housing the program and databases.





12. DATE OF ABSTRACT

August 2001.



KEYWORD: REACTOR SAFETY