Basic Air Compressor Parts
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- Category: Blog
- Published on Monday, 19 August 2013 11:22
- Written by Super User
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Due to the wide variety of models available, selecting the right industrial air compressor can be a challenge. When choosing an industrial air compressor, keep in mind how the air compressor will be used and the location of its use. While it is always important to research and understand your air compressor’s model, it is also equally as important to understand how they work and the various parts that make up the air compressor.
- Motor- sized according to air flow and pressure requirements, the motor ‘drives’ the compressor, providing power to produce air
- Storage Tank- coming in a variety of sizes, the storage tank is where compressed air is held before it is used
- Drain- prevents moisture from forming in the storage tank by discarding excess water from the tank
- Intake Filter- removes contaminants by cleaning out dirt through an exit filter, allowing for a clean air flow to compress
- Control Valve- regulates the required amount of air pressure
It is good to understand what constitutes an air compressor and knowledge of what each part does. This information serves to provide a more educated decision making process when it comes to purchasing your air compressor.
For all your installation needs Air Center, Inc. can help. Air Center stocks many air compressor parts and filters for major manufacturers, designs and installs compressed air systems, and employs technicians who are able to service any compressed air equipment.
Popular Terms to Understand When Working with Air Compressors
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- Category: Blog
- Published on Monday, 26 August 2013 12:45
- Written by Super User
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When you are dealing with an air compressor, there might be a lot of technical words and parts of the compressor that you might not know or might be hard to understand. Knowing these terms are very important to ensure proper function of your air compressor.
Basic Components of an Air Compressor
| Air Regulator |
Gauge the amount of air being expended from the tank |
|
Check Valve |
Ensures all the air is going in one direction |
|
Line Pressure Gauge |
Measures how much air is in the hose that stores the tool with air |
|
Tank |
The biggest part of the air compressor/ holds the air until it is ready to be used |
|
Tank Pressure Gauge |
Determines how much air is available to use in the tank |
Technical Terms for an Air Compressor
| PSI "pounds per square inch" |
Measure of how much force is being brought from the compressor to the tool |
|
ASME "American Society |
A tank that is considered an ASME certified tank has particular welding standards. |
|
CFM "Cubic Feet per Minute" |
The amount of air being brought from the compressor to the tool. Tanks with higher CFM ratings deliver more air. |
By knowing the basic parts of an air compressor as well as developing awareness for the technical terms, the next time you deal with an air compressor can be an easy one.
For all your installation needs Air Center, Inc. can help. Air Center stocks many air compressor parts and filters for major manufacturers, designs and installs compressed air systems, and employs technicians who are able to service any compressed air equipment.
Using Energy Saving Refrigerated and Desiccant Air Dryers
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- Category: Blog
- Published on Tuesday, 03 September 2013 08:07
- Written by Super User
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There are two main types of dryers utilized when it comes to removing contaminants from your industrial air compressor system: refrigerated dryers and desiccant dryers. Both types of dryers have their own unique purpose and equally effective when it comes to removing pollutants such as moisture and condensates from the air.
- Refrigerated dryers work by cooling the air and draining contaminants into an external unit such as a large tank.
- Refrigerated dryers come in both cycling and non-cycling versions
- Desiccant dryers have been around for much longer than refrigerated dryers
- Desiccant dryers do not cool the air, but rather makes use of desiccants; or moisture removing packs that absorb water vapor and contaminants
- Desiccant dryers save more energy than refrigerated dryers since they do not use additional power as opposed to their refrigerated counterparts
- Refrigerated dryers, on the other hand, uses heat exchangers to cool the air and can also keep energy costs low
- Newer models of refrigerated dryers also tend to be less maintenance, keeping the costs of repair and maintenance low
An alternative energy saving solution is to use a combination of both dryers. The desiccant dryer can serve to remove moisture from the system while a low-power refrigerated dryer can ‘finish the job’ down the line. This system can help save maintenance costs while keeping energy levels low, saving you and your business’ finances a great deal.
Any way you choose, it is vital to remove condensates in the process of maintaining industrial air compressors. Do your research on both types of dryers and find out which one best works for you and your business.
For all your installation needs Air Center, Inc. can help. Air Center stocks many air compressor parts and filters for major manufacturers, designs and installs compressed air systems, and employs technicians who are able to service any compressed air equipment.
Why you need an Air Demand Analysis
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- Category: Blog
- Published on Monday, 09 September 2013 12:22
- Written by Super User
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Professional engineers can help you design a new compressed air system according to your needs. An air demand analysis is crucial in ensuring you have a system that features optimal performance and efficiency. Therefore, a professional engineer will be able to achieve the air system that is right for you. The air demand analysis consists of several steps.
- Air demand and other data is collected
- The data is used to produce an air consumption profile, which will determine which system is best suited for your operation
- Each system is tested to determine its power consumption and overall efficiency
Through this data the professional engineer will be able to determine the best system for you. Everything, including the layout and type of the compressor, is completely designed and tailored case by case. There are several advantages to having a customized system, which includes:
- Reduced energy costs
- Reduced financial costs in the long run as a result of energy savings
- Maximum performance
- Optimized reliability
- More efficient
Speak with a professional demand and have him or her conduct an air demand analysis today. In the long run, you will have a system that can minimize the energy and financial costs while maximizing performance and efficiency.
For all your installation needs Air Center, Inc. can help. Air Center stocks many air compressor parts and filters for major manufacturers, designs and installs compressed air systems, and employs technicians who are able to service any compressed air equipment.