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Use Case

Condition-based filter monitoring in production

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Use Case

Condition-based filter monitoring in production

Description

Filters have the important task of filtering out contaminants in different media and thereby protecting the plant. They are used in various areas within a production process and must be replaced regularly as they are wearing parts. If this does not happen, components will become faulty or, in the worst case, machine downtimes will occur – a nightmare for every manufacturer. However, maintenance always means machine downtime, too. To plan the optimal use and replacement of the filters, it is possible to monitor the condition of each filter using a condition monitoring tool. This tool records current contamination using corresponding sensor data. Replacement of the filter can be planned at an early stage without having to rely on regular maintenance intervals. As a result, resources are used efficiently, downtimes are avoided and money is saved. In addition, maintenance can be optimally planned, which ensures a seamless process while taking maximum machine availability into account.

Details

Industries:

Automotive, Food and Beverage, Energy and Utilities


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Related product to Condition-based filter monitoring in production

Condition-based filter monitoring in production is a Use Case of:

Product: AL1350

Product

AL1350

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UseCase: Condition-based filter monitoring in production

Use Case

Condition-based filter monitoring in production

Automotive, Food and Beverage, Energy and Utilities

Filters have the important task of filtering out contaminants in different media and thereby protecting the plant. They are used in various areas within a production process and must be replaced regularly as they are wearing parts. If this does not happen, components will become faulty or, in the worst case, machine downtimes will occur – a nightmare for every manufacturer. However, maintenance always means machine downtime, too. To plan the optimal use and replacement of the filters, it is possible to monitor the condition of each filter using a condition monitoring tool. This tool records current contamination using corresponding sensor data. Replacement of the filter can be planned at an early stage without having to rely on regular maintenance intervals. As a result, resources are used efficiently, downtimes are avoided and money is saved. In addition, maintenance can be optimally planned, which ensures a seamless process while taking maximum machine availability into account.