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Demo eMDSS. E-Maintenance Decision Support System. By. E-maintenance Sweden AB. How to Re-cover the Losses Due to:. Maintenance decision inaccuracy. Lack of mapping & analysis of production & maintenance processes technically & economically.
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Demo eMDSS E-Maintenance Decision Support System
By E-maintenance Sweden AB
How to Re-cover the Losses Due to: Maintenance decision inaccuracy. Lack of mapping & analysis of production & maintenance processes technically & economically. Lack of possibility of identifying, localising & prioritising problems properly. Inability of selecting the most cost-effective maintenance solution. Inability of localising where & how much to investment. Inability of following up investments in maintenance. Inability of assessing Return On Investment In Maintenance (ROIIM)
You can Re-cover these Losses by using E-Maintenance Decision Support System (eMDSS).
Three strategies for achieving profitable maintenance E-Maintenance Decision Support System (eMDSS) System Toolset 1 Accurate Maintenance Decisions Toolset 2 Analysis Tools Toolset 3 Cost-effectiveness Toolsets Prediction of Vibration Level (PreVib) Alternative Simulations (AltSim) Maintenance Savings (MainSave) Tools Assessment of Probability of Failure and Residual Life-Time (ProLife)
Software Interface, eMDSS Accurate Decisions Click Accurate Decisions
It is for manual transferring of vibration measurements to eMDSS, for more information see userguide. Click Manual
Prediction of vibration level (manual) using PreVib software module, eMDSS.
Select Segment from combobox Select Asset from combobox Select meauring direction from combobox
X0, Xp, Xth and vibration measurements retrieved automatically Load ratio is automatically 1 if nothing else is feeded in Average time between measurements is automatically assessed
Load ratio is automatically 1 if nothing else is feeded in Average time between measurements is automatically assessed
Do you know what will be the vibration level at the next measuring opportunity?
PreVib For prediction of the Vibration level in the next moment.
Predicted vibration level Real vibration levels Time point where damage is detected and vibration is predicted Predicted vibration level and its time period
Is it really necessary to do maintenance now? OR Do you wish to follow up vibration level accurately without increasing failure risk? Follow up eMDSS warning signals.
Predicted vibration levels Real vibration levels Warning message
Do you have enough data for decision? • How if you could estimate the risk of failure? • Would it be easier to plan maintenance if you can assess the time to failure?
Apply software module ProLife, To assess probability of failure and component remaining life
ProLife software module Select Segment from combobox Select Asset from combobox
Installation time of the current component Life cycles of replaced components. Loaded from the database
Click Assess Select time for assessment
To start new windows for ProLife & PreVib when component is replaced Click Change component
PreVib can also be used automatically • All new vibration measurements are automatically retrieved from vibration monitoring program. • Prediction of vibration att each measuring point is also done automatically. • Furthermore a table showing; warning signals, prediction values of vibration in the close future, time of prediction, damage severity & identify which components and machines are involved, is automatically generated.
When you have several alternative maintenance solutions for a problem, how do you identify the most cost-effective maintenance solution?
Apply AltSim (Alternative Simulation), eMDSS To simulate and select the most cost-effective solution.
Software Interface, eMDSS Click Investment Simulation
Click Load Set dates of the anticipated production period (start/end) that will be compared with the reference Set dates of the production period (start/end) that will be used as a reference
What is Alternative Solution 1? Training course!
Alternative 1 Click Assess Set anticipatedeffectsof Alternative 1 Set alternative solution Set investment & depreciation period Red for losses and Black for profit All the figures in the grey boxes are retrieved from database
How Alternative 1 influence production? And How much does it cost?
Alternative 1 You can include/exclude data set? Anticipated results
What is Alternative Solution 2? “New analysis software program”
Alternative 2 Click Assess Set anticipated effects of Alternative 2 Set alternative solution Set investment & depreciation period All the figures in the grey boxes are retrieved from database
How Alternative 2 influence production? And How much does it cost?
Alternative 2 You can include/exclude data set? Anticipated results