INDUSTIAL AIR COMPRESSORS

The advantages are many and are summarized in the following list:

1. Compressed air systems provide users the ability to control the air supply to meet the system’s demand. This makes it more efficient than other power systems.
2. These systems are easier and less expensive to install than electrical grids. They are also less demanding than hydraulic system lines.
3. Pneumatic air tools have less maintenance and down time than hydraulic tools.
4. Typically, pneumatic tools weigh less than electric tools which means less heavy lifting for you on the jobsite.
5. A portable gas air compressor is more versatile for using pneumatic tools. There are fewer restrictions by plugging the equipment into an outlet with a portable machine.
6. In most cases, pneumatic tool’s initial price is less compared to electric or hydraulic driven tools.
7. Air tools run cooler because the expanded air dissipates the heat of operation as the air passes through the tool. Air tools typically do not overheat and therefore will have less maintenance and downtime.

A new air compressor does not need to be broken in. However, after an install, you should power up the system and check for any leaks that may be present. Power the system from 0 to whatever the cut-off pressure is.

To determine what size compressor will meet your requirements you need to establish how it will be used. For example, if you will be using it to power air tools, then you need to determine the CFM of each tool. There are many applications for air compressors. If you need help deciding which size is best for you, please contact Mi‑T‑M at 800-553-9053 and we will be happy to assist you.

For applications involving less than 20 hours per week, a direct-drive system may be more appropriate. Direct-drive units spin at approximately twice the RPM of belt-driven counterparts. These units are often more compact, making them easier to transport. Additionally, they typically offer a more cost-effective solution for users with lighter usage needs.

Air pressure is determined by the highest minimum pressure requirement. For example, some tools consume more air than others. Tools such as pneumatic nail-guns and staplers usually consume smaller amounts of air. Other tools like air grinders and sprayers consume larger amounts.

Most tools have an usage rating for CFM consumption at a recommended PSI. This can be found on the tool itself or in the owner’s manual supplied by the tool manufacturer. Click here to view our Air Equipment Estimating Guide.