IBM Maximo training- IBM Maximo General Demonstration

IBM Maximo training-  IBM Maximo General Demonstration

Ever since the dawn of modern industry, regardless of how old your plan or assets are, or what type of product is made at your plant, it's all about getting to problems before they get to you. Maximo is the key to making this happen. First capture the performance data and import it directly into Maximo. We use that data to recognize alarm conditions before failures occur. When conditions do point towards likely failure, we trigger a response. Automatically we ensure that the right action skills, materials and tools are included in the response, and we get the work to the trades person as quickly as possible via their mobile device, then they ensure that the work is completed quickly. (This tutoril IBM Maximo training)

 

 

 

 

 

 

 

Our scenario starts by looking at how our performance data makes its way into Maximo. Through its linkage with all sorts of smart devices, Maximo is able to leverage critical performance data data such as engine speed, vibration, temperature and pressure. Now let's see how Maximo deals with and interprets this critical performance data. From this Maximo user start center. Let's move to the condition monitoring application. Here we'll see all of the points that are capturing incoming data from smart devices. The record that we pulled up is one capturing outlet pressure for a centrifugal pump. (This tutoril IBM Maximo training)

 

 

 

 

 

 

 

Here are the warning and action pressure limits and the job plan that will be carried out when that limit is met. Here's a historical list of past readings, the most recent of which is known to be beyond the alarm point. As such a work order has been triggered due to the alarm Maximo knows what details need to be included in the work order. So let's go to the work order application and see what was automatically generated as a result of our alarm. We know the work order number from the condition monitoring application will input it here to call up the record. The maximum work order has a tremendous amount of information, a lot of it copied over from various points in the system that contribute to the work order. (This tutoril IBM Maximo training)

Work type failure class problem code. These are all important when it comes time to step back and look at how effectively we dealt with the situation. Our job plan and safety plan also have information that will direct a tradesperson to effectively deal with a problem. Our supervisor and lead technician are included in this as well as the owner group. The details of the job plan are contained on the plans tab. The steps that the trades person will need to carry out to address this problem are listed here, as is the craft skill level required to deal with the problem. All materials that are required to deal with the situation are listed here as well. (This tutoril IBM Maximo training)

 Now let's get the work orders sent into our mechanics wireless device will now leverage our wireless LAN to send this work order out to the mobile technician. He reviews the work list in his queue and ultimately selects work order 1184, the one that was generated as a result of our alarm condition itself important that he indicates for time capturing purposes that he's started to work, he selects the green dial at which point the clock has now started capturing his labor to be posted against this work order. This change in condition is indicated by the change in color. It's also important that the trades person takes ownership of the work so that no one else within that maintenance group takes the work order to do as well. (This tutoril IBM Maximo training) 

Before getting too deeply into the work to want to have a look at the asset details. These have come over directly from Maximo as part of the work order. The technician can see the capacity, size, speed, and the pump needs to be worked on the size of a motor that drives the pump and spare parts that are typically consumed when dealing with any situation with this pump.

Now it's time for the mobile technician to correct the problem and provide appropriate feedback. We'll start by selecting the work order from our work list on our mobile device. The one in green is the one that's currently in progress. (This tutoril IBM Maximo training)

We'll also review the tasks steps that we've had to complete in order to address the situation as well as the materials that have been consumed. Providing a failure report is critical for effective feedback. This allows us to evaluate the effectiveness of some of the decisions that we made in dealing with this situation. We already have a symptom we need to identify the cause for this problem. With our mobile device we've linked back to the server to retrieve the possible causes and selected a mechanical assembly failure. As the cause for this problem, we also need to identify what it was that we chose to do about this problem. (This tutoril IBM Maximo training)

Here we select the component, because we found that adjusting the component would be the easiest and most effective way to deal with this particular situation. That may not always be the case. Additionally, we've observed that increasing the frequency of the pm may in fact have an influence on reducing these failures. So we note that as a remark in our failure report, we now need to complete our labor booking. We do that by selecting the red timer at the top of the screen. The End Date and time are automatically populated to go with the start date and time they were automatically populated when we hit the start timer. 

The only aspect really left to do is change the status of the work order. We do this by selecting completed from the drop down list. We have one last opportunity to offer any information that may help those who run into similar situations in the future, we can add unlimited text here. After we're done, we can see from our work list that our work is completed, the status has changed to complete, and we're ready to send the details back to the server. There are four key elements to optimizing the uptime of your assets. First, leverage all of the data from your smart devices. 

Second, be able to recognize potential issues before they become real problems. Third, respond with an approach that you know is going to work and lastly have the experience and information that you gather contribute to a continued improvement strategy. You can meet these goals with IBM Maximo Asset Management at IBM Maximo mobile products.

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