What Size Air Compressor For Plasma Cutter

For a plasma cutter, you’ll need an air compressor with a CFM rating of at least 5 to 8.0 and a PSI rating of between 80-100. HP should be in the 10-15 range, and the gallon size should be around 14 gallons or higher.

What Is A Plasma Cutter?

A plasma cutter is a tool that utilizes high-speed electrical arcs to cut through metal. It works by generating an arc of electricity which is then forced through a small opening on the nozzle to create a plasma stream, which can cut through metal with extreme precision and speed. Plasma cutting is often used for intricate tasks or in situations where traditional cutting methods are not feasible. Plasma cutters offer precision of up to 1/8-inch and can perform a variety of applications from light gauge sheet metal to heavy plate steel.

When using a plasma cutter, you must also consider the size of air compressor as it will determine the quality and efficacy of your projects. The larger the air compressor, the more power you can use, and the greater speed and accuracy of your cut. The air compressor must be compatible with the plasma cutter you choose, so it is important to know both their requirements before purchasing an air compressor for plasma cutting.

When selecting an air compressor for a plasma cutter, look for one that meets or exceeds the manufacturer’s requirements for the size of your plasma cutter, as well as any additional requirements that may be necessary depending on what you are cutting and how often you will be using it.

Additionally, consider the compressor’s capacity rating (CFM), power source (gas or electric powered), noise level, size, and portability when choosing an air compressor for plasma cutting.

What Size Air Compressor Do I Need for Plasma Cutter?

To determine the size of air compressor you need for a plasma cutter, consider the manufacturer’s specifications and recommendations.

A general rule of thumb is to select an air compressor with a capacity (CFM) rating that meets or exceeds your plasma cutter’s requirements. Keep in mind that the higher the CFM rating, the more powerful and efficient your plasma cutter will be.

Additionally, if you are doing frequent or extended cutting with a plasma cutter, look for an air compressor that is designed to handle prolonged use and has the necessary features such as noise reduction, portability, and automated start/stop functions.

Important Factors to Consider When Selecting an Air Compressor For Plasma Cutter:

When selecting an air compressor for a plasma cutter, there are several key factors to consider. These include:

PSI:

The pressure rating of the air compressor is important because it determines how powerful your plasma cutter will be. Look for a moderate to high pressure air compressor that meets or exceeds your plasma cutter’s requirements.

HP:

The horsepower rating of the air compressor is important because it determines how much work your plasma cutter can do. A higher horsepower rating will provide a more powerful and efficient cut.

Tank Size: The size of the tank on your air compressor is important as it affects how long it can run continuously without needing to be refilled. Look for an air compressor with a large tank size if you are doing long-term or frequent cutting.

CFM (Cubic Feet per Minute):

The air compressor’s capacity rating, expressed in cubic feet per minute (CFM), will determine the size of the plasma cut and how quickly you can make your cuts. Look for an air compressor with a high CFM rating that meets or exceeds your plasma cutter’s requirements.

Flow Meter:

A flow meter is used to measure the speed of air being delivered from your air compressor and can help ensure that you have the right amount of air pressure for your plasma cutter.

Duty Cycle:

The duty cycle of your air compressor is important as it determines how much work it can do before requiring rest/refill periods. It is best to select an air compressor with a higher duty cycle rating if you plan on using the plasma cutter frequently or for extended periods of time.

Portability:

If mobility is important, look for an air compressor that has wheels and is easy to move from one place to another. This will make it easier to transport your plasma cutter wherever you need it.

By considering these factors, you can ensure that you select the ideal size air compressor for your plasma cutter. With the right sized and powered air compressor, you can enjoy quality cuts with greater speed and accuracy.

Now let’s discuss these factors one by one in detail.

Pressure Requirement for Plasma Cutter:

The pressure rating of the air compressor is an essential factor to consider when selecting one for a plasma cutter. As a general rule, you should look for an air compressor with a moderate to high pressure rating that meets or exceeds your plasma cutter’s requirements. The PSI (pounds per square inch) that your plasma cutter requires will be included in the manufacturer’s specifications. The average PSI for most plasma cutters is between 70 and 90.

Horse Power Requirement for Plasma Cutter:

The horsepower rating of the air compressor is important as it determines how much work your plasma cutter can do. A higher HP rating will provide a more powerful and efficient cut. Look for an air compressor with at least 2 HP, as this will ensure that it can keep up with your plasma cutter’s power needs.

Tank Size Requirement for Plasma Cutter:

The size of the tank on your air compressor is important as it affects how long it can run continuously before needing to be refilled. Look for an air compressor with a large tank size if you are doing long-term or frequent cutting. Air compressors can range from 1 to 80 gallons in capacity, so select one that will meet your needs.

CFM Air Output Requirement for Plasma Cutter:

The air compressor’s capacity rating, expressed in cubic feet per minute (CFM), will determine the size of the plasma cut and how quickly you can make your cuts. Look for an air compressor with a high CFM rating that meets or exceeds your plasma cutter’s requirements. A higher CFM rating will provide more power and speed when cutting.

Flow Meter Requirement for Plasma Cutter:

A flow meter is used to measure the speed of air being delivered from your air compressor and can help ensure that you have the right amount of air pressure for your plasma cutter.

Duty Cycle Requirement for Plasma Cutter:

The duty cycle of your air compressor is important as it determines how much work it can do before needing a rest/refill period. It is best to select an air compressor with a higher duty cycle rating if you plan on using the plasma cutter frequently or for extended periods of time.

Portability Requirement for Plasma Cutter:

If mobility is important, look for an air compressor that has wheels and is easy to move from one place to another. This will make it easier to transport your plasma cutter wherever you need it.

Do You Need An Compressor For A Plasma Cutter?

Yes, you need an air compressor for plasma cutter. The size and power of the compressor will determine the quality and efficiency of your projects. Consider various features and elements such as pressure rating, HP rating, tank size, flow meter, duty cycle, and portability before investing in an air compressor for plasma cutting. With the right sized and powered air compressor, you can enjoy quality cuts with greater speed and accuracy.

Conclusion:

When choosing an air compressor for plasma cutting, it is important to consider the features and elements of your machine. After reading this detailed guide, I hope you now know what size air compressor is required for plasma cutter. Look for a higher horsepower rating, larger tank size, flow meter, duty cycle rating and portability depending on your needs.

Additionally, be sure to follow the manufacturer’s instructions on proper care and maintenance as well as safety precautions when using your air compressor. With the right equipment and knowledge, you can make sure that you get the best results from your plasma cutter.