Choosing The Right Compressed Air Dryer For Your Application

The four main types of compressed air dryers are refrigeration, chemical, drying, and membrane. It is important to understand how each drying technology works to find out which one is best for your application.

A refrigerated air dryer cools the air to a low temperature and condenses most of the moisture. With refrigeration dryers, it is impossible to achieve sub-zero dew points. You can also look for the  refrigerated air dryers through the web.

Air Dryer,

Image Source: Google

The optimally cooled dryer can produce air with a dew point as low as 2 ° C. Because little moisture remains in the water, this dryer should not be used for applications that are sensitive to water.

The dryer dries the compressed air in the dryer layer which absorbs water vapor molecules. When the bed capacity is almost saturated, the airflow through the dryer is diverted to the second bed. 

A timer or device for monitoring the dew point can be used to control the regeneration phase. Dryers can dispense air at a consistently low dew point, typically -40 ° F / ° C or less. This technology is a good choice when compressed air is exposed to freezing conditions. 

There are two types of dryers for drying: heated and heatless. Preheated dryers use heat to remove moisture from the dryer that is not being used at this point in the cycle

Most Common Air Compressor Parts

Among the most common issues that people encounter when they're thinking about replacing their air compressor components isn't knowing precisely what the title of this part is that should be replaced. 

The majority of the time, unless you're trained in that area, you're going to have to go by a description of the part. Below are some frequent wind compressor components and their descriptions so once you go to locate the replacement, you'll have the ability to state just what you require.

Image Source Google

The first step in determining what part you need is to understand what version your air compressor is. This can usually be found either on the air compressor or in the handbook that came with it. 

There are lots of unique types made and a lot of them have to be replaced by a part that's from the same company which created it. But, there are companies like Ingersoll Rand which make parts that may be used interchangeably in different machines.

The most frequent part which has to be replaced on an air compressor machine is that the hose that leads from the main compressed air tank into the spout that the air exits out of. If you see a tear from the hose, you'll have to replace the hose when possible. 

If you find the outer liner beginning to rip in any way, it's also a sign it will have to be replaced. Some folks attempt to tape it over, but this is just a temporary fix and if you keep the hose recorded for a long time, it is going to cause more destruction of the machine.

 

The Benefits Of Using An Oil-Free Air Compressor

The main essential element which each and every individual need to survive is fresh clean air to breathe. Be it for industrial uses or for houses, the demand for air conditioning systems has relatively increased as a result of the continuous fluctuations in climatic conditions and extra humidity. 

Deciding on a dry atmosphere – the system can be extremely tough if you don't have much knowledge about them. Though all sorts of air compressing units provide competitive benefits over one another, oil-free air compressors also referred to as piston compressors, provide a whole variety of benefits making them among the best air drying systems.

Image Source Google

Scientifically designed to compress air, these systems have a special design and mechanism that prevents oil from getting in touch with the inner screws. Preventing the risk of oil spills, and oil-free air compressor is less pollutant, in comparison to compressors that use oil. 

Technically, air compressors can be found in three unique versions, i.e. reciprocating air, rotary centrifugal, and rotary screws. Though all three types of compressors can operate efficiently without using petroleum, the rotary screw air compressor is still the most frequently used model. 

Oil-free air compressing systems are widely utilized in industrial applications, for the amount of safety and efficiency they offer. However, they're also utilized in and around homes, since they are flexible and convenient to use. 

As oil-free units compress air with the assistance of the screws, they have a lower discharge pressure in comparison with the Air-conditioning systems, which use oil for compression.