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LSAR Interface – ASENT Export Last revised: 12/16/2009

LSAR Interface – ASENT Export Last revised: 12/16/2009. Introduction.

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LSAR Interface – ASENT Export Last revised: 12/16/2009

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  1. LSAR Interface – ASENT Export Last revised: 12/16/2009

  2. Introduction ASENT provides a powerful LSAR Interface so that design analysis data can be easily passed to your Logistics group. This time-saving feature allows a wide range of data to be passed in an automated fashion. For example, the product tree structure, failure rate and MTBF information, FMEA/FMECA data, RCM Analysis results, Availability, and Maintenance tasks can all be passed from ASENT to the LSAR database.

  3. ASENT’S LSAR Interface ASENT DB LSAR DB Any 1388-2B compliant LSAR tool

  4. Invoking ASENT’s LSAR Interface From the Session Manager, right-click on a project and select the LSAR interface option to invoke the tool. ASET DB

  5. ASENT’s LSAR Interface There are Preview and Create options available for both Exports and Imports. The preview option takes you through a mock run and highlights any problems. The Create option actually starts the Export/Import. ASET DB

  6. ASENT’s LSAR Interface Here, the Export screen is displayed. The user has complete control over what data is passed between ASENT and EAGLE. An Initial load can populate the LSAR database or just updates or changes can be passed.

  7. ASENT’s LSAR Interface When the ‘Type of Export’ is set to ‘Initial’, then all the data necessary to establish an LSAR structure, including the XA, XB, XC, HA, and HG tables are written out to the fullfile. If ‘FMECA Data’ is checked, then the BL record is written out for the selected function and phase. Also, the BA, BB, and BD tables are populated for each node in the FMECA tree. If criticality numbers have been calculated in ASENT and severity levels have been defined, then the BK table is populated. Tables BG, BH, BI, and BJ are populated as part of the Failure Mode data export.

  8. Exporting Maintainability Data If ‘MTTR Data’ is checked, then the HG table entries for the assemblies are created. Also, for initial exports the AA, AB, AG, and GA tables are populated. Tables CA, CB, CC, and CD are populated with assembly, task and subtask data, associated with the selected Maintainability prediction.

  9. Exporting Maintainability Data If certain data already exists in the LSA database, then you can easily tell ASENT exactly which tables to export. To exclude certain table data merely uncheck its checkbox. ASET DB

  10. Exporting Maintainability Data If an initial export is being performed and Maintainability data is being exported, then the user will see this screen.

  11. Determines 4th character in the task code. HGLNCAA Determines 5th character in the task code. HGLNCAA The values of these settings will influence the task code values for the C tables. In this case the task codes would be HGLNCAA. The 3rd character in the task code HGLNCAA represents the 3rd character in the SMR Code. If blank it is determined by this selection.

  12. Diagnostic Report After the user enters the cage code and any other prompted for information, then the export runs. This screen shows a diagnostics report for the export. This can be saved off or printed by clicking on the appropriate button. ASET DB

  13. Viewing the Export File By selecting the File, View options the user can select their export file. This screen shows a sample export file that was created by ASENT’s LSAR interface. The ‘A’ on the far left of each line indicates an ADD, followed by the table name (XB, XC, XH, etc…) ASET DB

  14. ASENT’s LSAR Interface – Common Questions Q: If my failure rates have changed in ASENT or some descriptive data was changed and I want the changes reflected in EAGLE what do I do? A: Export the ASENT data as Change/Follow-on Data. In EAGLE import the fullfile just like you normally would. Q: If my product tree structure has changed in ASENT and some new assemblies or boards have been added, how do I pass this to EAGLE? A: You would accomplish this in two passes: 1) Export the ASENT data as an initial load and import this fullfile into EAGLE. This will create entries for the new items and EAGLE will kick out those that already exist. 2) Export the ASENT data as Change/Follow-on Data. In EAGLE import the fullfile just like you normally would and now all of the failure rates and other data should be updated.

  15. From ASENT, export Reliability, FMECA, RCM, and Maintainability data to EAGLE or any 1388-2B compliant Logistics tool.

  16. ASENT combines a comprehensive export feature with its ability to import existing LSAR data, so that design trade-offs for upgrades and redesigns can be quickly accessed. Data exported from ASENT to EAGLE Product Tree Structure Reliability Prediction Data LSAR DB RAMS DB FMECA Data RCM Analysis Results Maintainability Data Availability Data

  17. Data Exchange

  18. ASENT, EAGLE, and AIMSS are trademarks of Raytheon Company. Microsoft and SQL Server are registered trademarks of Microsoft Corporation.

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