Increased industrial automation is driving a greater need for compressed air, and this trend is only expected to continue.

However, due to its many uses in many sectors, compressed air is in high demand.

The sheer number of different compressor technology available with the dealers of air receivers in Faridabad & Palwal may make a final decision like an uphill battle. With this post, we hope to make it easier for you to choose between the two most common air compressors on the market today: reciprocating and screw compressors.

To be sure, you may always consult reputable dealers of air piping in Faridabad if you have any questions.

When deciding on an air compressor, it’s essential to consider the following factors: air quality, compressor capacity, duty cycle, and compressor usage.

Indoor Air Quality

Oil is used to lubricate, cool, and seal the spaces between the moving components of industrial compressors. This causes the compressed air to meet the oil and some of it to be transferred.

The compressed air comes into direct contact with some items, including those in the food and pharmaceutical industries, where oil-free air is desirable.

ISO 8573:2010 is the international standard for measuring the air quality of the amount of this oil. Class 3 permits 1 mg/m3 of oil carryover, and improved quality can be attained using downstream filtering machinery

The choice of air compressor relies heavily on the specifics of the intended use.

Needed Compressor Capacity.

Air compressor capacity is proportional to the square of the compressed air’s volume flow and the air’s absolute pressure after compression. This is also how the air compressor’s power rating (usually expressed in kW or HP) is established.

The original equipment manufacturers’ (OEM) suggestion, previous equipment experience, and air audit are three methods that may be used to ascertain a plant’s capacity need. Businesses may learn how to better use compressed air across their facilities by conducting an air audit.

Comparing the two technologies, reciprocating compressors excel at flow rates below 50 cfm, whereas screw compressors excel at more excellent flow rates.

Utilization & Duty Cycle

The duty cycle is the proportion of an hour in which a compressor is intended to operate at maximum capacity. In contrast to screw compressors, which can only handle a 20% duty cycle, reciprocating compressors can handle a 100% duty cycle.

Initial Cost + Maintenance Cost + Energy Cost = Life Cycle Cost of a Compressor.

Over a decade of operation, (a screw compressor’s) energy costs account for more than 75 per cent of the total life cycle cost.

Consider the compressor’s total cost of ownership (TCO) before considering a purchase.

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