When you invest in industrial edge computing, you want to ensure it will run efficiently and reliably. To do that, you want highly durable systems that can withstand harsh environments – particularly if the application will be deployed in extreme conditions. That way, you won’t experience damage or data loss due to fluctuating temperatures or dust particles.
What are Industrial Edge Computing Applications?
Industrial edge computing applications are computer programs used in various industries, such as logistics and manufacturing, to enhance efficiency. It does that by performing tasks like data analysis and quality control, even in the most rugged industrial conditions.
With such an important tool, investing in the right system is important. After all, you want industrial edge computing applications that will meet your specific needs, including functioning in the harsh environment you’ll place it in. Suppliers such as Things Embedded are ideal in this instance since these types of specialists offer a range of industrial computing applications that meet various industry requirements.
The Environmental Factors
Before investing in industrial edge computing applications, consider the following environmental factors.
Temperature
One of the most important factors to consider for edge computing is temperature. That’s because industrial environments can reach extreme temperatures, both very high and cold. If that’s the case for you, you’ll need computing components to handle those temperatures without failing or malfunctioning.
Humidity
Another critical consideration is humidity, as high humidity levels can often cause corrosion and short-circuiting, leading to damaged equipment and data loss. So, if your system is placed in a humid area, you might choose equipment that has protection against that.
Exposure to Liquid
Many industries need their equipment to survive in areas exposed to liquids, such as the maritime industry. If your applications get exposed to liquids, you’ll need a waterproof design with a high IP rating. That way, the liquid exposure won’t mess with the inner workings of the PC, causing system failures and irreversible damage.
Dust
Other factors to consider include dust and particle matter. Many industrial environments quickly become dusty and dirty, which sometimes causes issues with equipment due to clogged fans and cooling systems. Luckily, it is easy to avoid that by choosing computing systems that can operate in these dusty environments!
Vibration and Shock
Many industries place computing systems in areas that experience frequent vibrations and shock. It’s noisy and disruptive, and the wrong equipment will quickly become damaged, faulty, or even stop working. That’s why investing in edge computing applications that can withstand vibrations and shocks common in industrial environments (such as manufacturing and transportation) is crucial. So, before investing in industrial edge computing applications, you should first assess how much vibration/shock it will be exposed to and then shop accordingly for components that can handle that.
The last thing you want is for your edge computing system to become faulty or stop working. To avoid that, you must invest in a system fit for purpose – one that can withstand the environment it’s placed into. By considering the above environmental factors, you are more likely to choose industrial edge computing applications that will increase efficiency without any system failures.
This article was provided by James Daniels
