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| [Reliability Predictions] [FMEA] [Fault Tree Analysis] [RBD] [Maintainability] [Life Cycle Cost] |
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Maintainability PredictionA Well-Organized Framework For Maintainability PredictionsRelex Maintainability Prediction provides you with a solid framework for performing maintainability analyses. You enter the hierarchy of your system using Relex™ system tree and define all of the replaceable items with their associated repair times. Relex Maintainability Prediction then calculates many maintenance parameters including the Mean Time to Repair (MTTR), Mean Maintenance Manhours per Repair (MMH/Repair), and the Percent Isolation to a Single Replaceable Item, as well as many others. A Well-Organized Framework Eases the Process of Entering and Calculating Repair TimesRelex Maintainability Prediction is based on the accepted standard for maintainability predictions, MIL-HDBK-472 Procedures 2, 5A, and 5B. Relex Maintainability Prediction organizes the process of performing your analyses by incorporating these methodologies in an easy-to-use, functional framework. You begin your analysis by defining your basic maintenance tasks with their repair times, If you wish, you may group these basic tasks together into larger, more complex super tasks. For example, the super task of replacing a printed circuit board may consist of turning off the power, opening a box by taking out several screws, removing the board, setting a new board in place, replacing screws, closing the box, and restoring power. These smaller tasks need only to be defined one time and then can be reused in defining super tasks. At this point, you have the option of defining your Fault Detection and Isolation (FD&I) Outputs and linking them to your tasks. Then, when you are ready to define the characteristics of the replaceable items, you can enter repair tasks directly or you can enter the FD&I Outputs with the replaceable items. Relex Maintainability Prediction is Integrated with Other Relex ModulesThere is a seamless integration between Relex Maintainability Prediction and the other Relex modules. There is one system tree that all of the Relex products share, so a change to the system tree in one module affects all other Relex products. The same idea applies to individual components. A component need only be entered one time for all Relex modules to recognize it. So, as you add assemblies to the system tree or components to assemblies, all Relex modules have access to them and their data. For example, Relex Maintainability Prediction automatically has access to the failure rate of a part based on the calculated information from Relex Reliability Prediction. Supported Maintenance CalculationsRelex Maintainability Prediction supports a host of powerful calculations.
Relex Maintainability Prediction - a Feature-Packed SolutionOnce you have defined your system, Relex Maintainability Prediction can perform various calculations including Mean Time to Repair, Percent Isolation to a Single Replaceable Item, Mean Maintenance Manhours per Repair, Mean Maintenance Manhours per Operating Hour, Maximum Corrective Maintenance Time, and more. As with all Relex products, the report generation capabilities of Relex Maintainability Prediction are unsurpassed! A number of standard reports are included, or you can completely customize your reports by using the built-in report designer. Relex Maintainability Prediction also has the ability to import and export data using the CAD Import/Export WizardTM including exporting to a MIL-STD-1388 2B LSAR compatible format. A task library taken directly from MIL-HDBK-472 is included with Relex Maintainability Prediction. You can append to the supplied task library or create any number of your own libraries. Relex Maintainability Prediction was designed with concurrent engineering in mind to make your job easier and provide you with an exceptional analysis tool. Relex Maintainability Prediction Features
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