When you operate an air compressor then you need an electronic air pressure regulator, the success of your projects is mainly specified by the pressure of the air itself. For each application to get the correct amount of pressure, you need to make sure that the settings are correct in the pressure regulator. To make these adjustments and make sure that you do, in fact, have the proper settings, there is a characteristic known as the air compressor pressure regulator valve. The following article discusses how to identify and adjust a pressure regulator.
Why Regulate Your Air Compressor?
One of the most important parts of an air compressor is the pressure regulator, which regulates the flow of air that passes through the system. Without this type of electronic air pressure regulator function, there would be no path to control the pressure and power of the air that flows from the compressor tank into your electro pneumatic pressure regulator. The regulator protects each device from being over- or under-powered and, in doing so, helps provide the quality of your electronic pressure controllers.
The digital pressure regulators are essential because various levels of pressure are needed for different types of pneumatic tools. If you try to power a slow-moving tool with the same amount of pressure needed for a fast-moving process, you would likely overpower that tool. If you did the opposite, the latter function would likely yield lackluster results.
When you regulate your electronic pressure control, you can decrease the amount of energy needed to run your air-powered functions. Without the functions of an electronic air pressure regulator, you could end up consuming high volumes of energy throughout each working day just to meet peak demands, even if only a small fraction of your applications require this much energy. Essentially, the reason to regulate your air compressor is threefold: to properly serve your air tools, streamline applications and save energy.
What Does the Regulator Do on an Air Compressor?
The pressure regulator is essentially a control valve that allows you to increase or decrease the air flow based on your needs with a given application. Visually, the electronic air pressure regulator is straightforward to read and preserve tabs on because it features a monitor that shows the same pressure at each moment.
The settings on an electronic pressure regulator for water are supposed to be set to the pounds per square inch (PSI) number of a complementary tool. On each digital tool within your arsenal, there will be a PSI number. You must set the regulator to that same number for the tool to function as intended.
If you oversee a large compressed air system, you will likely have several proportional air valves to monitor during a shift. For example, if you run several different applications simultaneously from the same electric pressure valve, you would need a regulator for each air-powered machine or pneumatic tool. It would not work to have all of these tools running at the same PSI because different tools, such as pneumatic cutters and brushes, require different amounts of pressure per revolution. If you try to force them to run at the same PSI, the tools that are not regulated properly could incur costly damage.