Industrial processes often need to be carried out in a hazardous atmosphere or when hazardous materials such as explosive gases, dust or flammable liquids are present. Such substances can be ignited by sufficient energy coming from sources like electrical sparks, open flames, and hot surfaces. The equipment installed in these areas must therefore be planned such that it does not represent an ignition source.
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16 posts
In applications where optical sensors reach their limits in size, the Micromote system has been developed, providing an alternative to fiber optics
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Since part of the world community has set itself climate targets and political uncertainties create further need to act, there is enormous decision-making and action pressure in the area of energy and transport transformation.
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Manufacturing of semiconductor components is a highly automated process. This article discusses the importance of wafer mapping as part of automated material handling.
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Continuous control of process media significantly contributes to the reliability of industrial production. Not only in process industry liquid media are used. More and more process technology is involved in industrial manufacturing
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In industrial machining processes the control of the thermal machine stability is essential to achieve the required quality of the machined product and to protect the cutting tool in use
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It is not a surprise that optimizing yield is one of the most important objectives in a sawmill (or lumber mill) as it is in any other industry. The big difference is that there is hardly any control over the quality of the logs that enter the sawill.
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Do you want to understand the foundations of automation? Is it your job to make production more productive, efficient and secure? Are you asking yourself how to open up the potential of Industry 4.0?
With Basics of Automation we will provide you with the answers. Profit from our knowledge and experience – well-founded, practical, and explained fast and simple.
In the last post about the Basics of Automation, we discussed how humans act as a paradigm for automation. Now, let’s take a closer look at how objects can be detected, collected and positioned with the help of sensors.
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Digitizing the production world in the age of Industry 4.0 increases the need for information between the various levels of the automation pyramid from the sensor/actuator level up to the enterprise management level.
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