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Have you ever seen the compressed air coming out of your pressure reserve wasn’t strong enough to trip an actuator? This can be frustrating, especially if you’re working with a piece of equipment that’s already being pushed to its limits.

Some pneumatic technicians live in fear of the day that they have to walk into a new workshop, largely because they never know how well kept the older machinery there was. Imagine you just took up your first day on the job and found that everything was coated in muck.

Considering the fact that so many people use air compresses that are powered by electricity, you might be under the impression that electro-pneumatic technology doesn’t go any further than this. That being said, when technologists use the name electro-pneumatic control system, they normally mean a class of components that incorporate both electrical and compressed air-driven technology on a particularly close level.

Solenoid valves are a combination of two different technologies that operate in tandem in order to ensure the best processing of any workpieces your organization has to deal with. Whenever they’re applied correctly, these units leverage the power of both electrical and pneumatic technology to get the job done.

Static electricity is a huge potential problem that could impact otherwise safe pneumatic systems. Compressed air is often deployed as a power source in situations where you wouldn’t be able to work with any other source of energy.