Two Stage Reciprocating Air Compressor Diagram

Double stage or two stage reciprocating air compressors consists of two cylinders.

Two stage reciprocating air compressor diagram.

Two and three stage compressors are also ideal for powering pneumatic tools and machinery along the production lines at furniture factories and food packing plants. When piston in a low pressure cylinder is at its outer dead centre odc the weight of air inside a cylinder is zero neglecting. Designed for heavy shop or industrial use ingersoll rand electric driven two stage air compressors provide the reliability and performance that are ideal for most applications including automotive service and body shops fleet maintenance machine shops production and manufacturing lines wood working shops dry cleaners car washes general maintenance repair shops and farms. With compressed air soda pop and fruit.

The duty cycle of almost all two stage air compressors is 100. Other things to know when buying a two stage compressor. The two major types are single acting and double acting both of which are available as one or two stage compressors. Double stage air compressor.

The compressed air at the pressure p2 volume v2 and temperature t2 is delivered out of the compressor to the air receiver. In this types of compressor both the sides of the piston. Thus we have seen the actual operation of an air compressor and its theoretical p v diagram. How double stage reciprocating air compressor works.

Reciprocating compressors have been the most widely used for industrial plant air systems. One is called low pressure cylinder and another is called high pressure cylinder. While straightforward this setup is limited in its efficiency and capacity for delivering high volumes of pressurized air. Reciprocating piston compressors use a cylinder to force air into a chamber where it is compressed.

The two stage reciprocating air compressor is vital at any factory that bottles beverages for mass distribution. Single stage air compressor. The single acting cylinder performs compression on one side of the piston during one direction of the power stroke. But just cooling the compressed air delivered out of each stage to near atmospheric temperature leads to increased overall operating efficiency and overcomes plenty of mechanical problems associated with the compressor.

In my last article we discussed the limitations of a single stage air compressor and the problems associated with it. Two stage reciprocating air compressors go up to about 50 cfm cubic feet per minute. The simplest compressor designs feature a single cylinder chamber arrangement.