{"id":8393,"date":"2022-07-14T15:18:11","date_gmt":"2022-07-14T15:18:11","guid":{"rendered":"https:\/\/slcontrols.com\/case-study-successfully-integrating-production-equipment-with-new-pas-x-mes-implementation\/"},"modified":"2022-09-07T11:43:24","modified_gmt":"2022-09-07T11:43:24","slug":"case-study-successfully-integrating-production-equipment-with-new-pas-x-mes-implementation","status":"publish","type":"post","link":"https:\/\/www.slcontrols.k8s-stg1-global.sq1.io\/en\/case-study-successfully-integrating-production-equipment-with-new-pas-x-mes-implementation\/","title":{"rendered":"Case Study: Successfully Integrating Production Equipment with New PAS-X MES Implementation"},"content":{"rendered":"

The Project<\/h2>\n

The project outlined in this case study involved integrating the PAS-X MES platform into a customer\u2019s production line. The customer is in the life sciences sector.<\/p>\n

SL Controls\u2019 parent company, NNIT, was the lead on the project. NNIT provided full support for the integration process, including scoping, design, deployment, and validation.<\/p>\n

The first phase of the project involved defining the processes that would benefit most from storing electronic batch records. It was also important to define Master Batch Record (MBR) process flows and ensure MBR compliance with CFR Part 11.<\/p>\n

An issue was identified at this point in the project, as the process would require the manual entering of data into the PAS-X MES. This had a number of negative implications, including the resources that would be required, the limitations it would put on the system, and the increased risk of human error that manual data entry brings.<\/p>\n

To move the project forward and find an alternative solution to manual data entry, it was necessary to identify the production equipment that could be connected to the PAS-X MES platform. This would also involve determining the type of connection that would be needed and the required network infrastructure design.<\/p>\n

This is where SL Controls got involved in the project, as we have significant expertise in equipment systems integration.<\/p>\n

Objectives<\/h2>\n

There are five Operational Technology (OT) infrastructure levels in life sciences sector production facilities.<\/p>\n

\"Operational<\/p>\n

 <\/p>\n

At SL Controls, our main expertise is in levels 0 to 2, i.e., designing and developing SCADA systems, developing data historians, batch performance tracking, integration of manufacturing equipment, etc.<\/p>\n

We also have extensive expertise in the integration of manufacturing equipment with MES systems, as represented in the Plant Level. It was this expertise that was required, so SL Controls engineers joined the wider NNIT team.<\/p>\n

Our expertise fitted in perfectly, as this stage of the project involved the integration of production equipment with the PAS-X MES platform.<\/p>\n

What We Did<\/h2>\n

Our engineers worked with the customer’s automation engineers, as well as equipment vendors and our colleagues at NNIT, to identify the best methods for connecting the production equipment to the PAS-X MES.<\/p>\n

We also proposed changes to the existing OT\/IT infrastructure to facilitate data collection and batch information download from the new MES. We supported the customer’s IT and OT engineers in the implementation of these changes.<\/p>\n

Our robust solution enabled data handling from the equipment on the production line to the PAS-X MES and vice versa.<\/p>\n

Results<\/h2>\n