#Industrial air compressor plus

These suck in air along the fan axis and funnel it 90 degrees through the unit. The centrifugal compressor uses a single ring of rotating fan blades. In addition to their large physical size and high output, another reason that axial compressors are used only in industrial settings is that they are significantly more expensive than other models. This design can efficiently produce very high amounts of air but is only suitable for the highest volume industrial applications. Spinning fan blades draw in air, and successive rings of blades compress it. AXIAL COMPRESSORSĪn axial compressor is similar in design to a jet engine. However, lower efficiency and higher maintenance demands make them a poor choice for most industrial users. Reciprocating compressors are a popular choice in small-scale applications, especially when portability is desired. Bringing this tank to pressure can cause delays in the startup of downstream processes and equipment.Īs they have a lot of moving parts, reciprocating compressors tend to require more maintenance than rotary screw designs. To counteract this, air from a reciprocating compressor is usually distributed from a storage reservoir. Air is sucked in as the piston moves down, then the intake valve closes, and the piston compresses the air on the up-stroke.Īir produced by a reciprocating compressor exhibits pulses in pressure which can cause speed and/or performance problems in many applications. Reciprocating compressors use either an electric motor or an engine to turn a crankshaft that drives a piston up and down in a cylinder. These two-stage compressor designs can also increase efficiency. Smaller models are typically belt-driven, while more the powerful units use direct drive. Rotary screw compressors are available from 5 to 500hp.

#Industrial air compressor plus

They are capable of operating at 100% duty cycle, plus they run quieter than other designs and require little maintenance.

Rotary screw compressors tend to produce more airflow per unit horsepower than other designs and do so with less space. This ensures a good seal, helps reduce wear and removes the heat that results from compression. In most designs, the scrolls run in an oil bath. These units use a pair of interlocking helical scrolls to draw in and compress air before delivering it into the distribution system.

Here’s a closer look at each: ROTARY SCREW COMPRESSORS The primary types of air compressors are: Here is a comparison of the most common types of air compressors, with a discussion of the features that are relevant to industrial users. While maintenance plays a part in attaining these goals, the single biggest contributor to the performance of your air compressor is the model you choose. Without compressed air, hand tools and machines won’t run liquids and powders can’t be conveyed and some agitation and ventilation systems will be unable to function.Įfficiency, reliable operation, long life and low lifecycle costs: These are what industrial users want from their air compressors. Unlike those utilities, however, compressed air must be produced on-site - which is what makes an air compressor a critical asset.

In industries such as agriculture, manufacturing and mining, compressed air is as essential as electricity and water.