By Royce N. Brown
This sensible reference offers in-depth details required to appreciate and correctly estimate compressor features and to pick the correct designs. the various examples in actual fact illustrate key features to assist readers comprehend the "real global" of compressor technology.Compressors: choice and Sizing, 3rd variation is totally up-to-date with new API criteria. the newest know-how is gifted within the components of potency, 3-D geometry, electronics, and CAD. The severe bankruptcy on negotiating the acquisition of a compressor now displays present practices for getting ready distinct necessities, bid reviews, engineering stories, and set up.
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Additional resources for Compressors: Selection and Sizing
Classification Reciprocating piston compressors can be classified into several types. One type is the trunk or automotive piston type (see Figure 3-2). The 54 Compressors: Selection and Sizing Figure 3-1. Labyrinth piston compressor. This nonlubed piston's circumferential labyrinths operate with a close clearance to the cylinder wall instead of rubbing. ) piston is connected to a connecting rod, which in turn is connected directly to the crankshaft. This type of compressor has a single-acting cylinder and is limited to refrigeration service and to smaller air compressors.
Piston is connected to a connecting rod, which in turn is connected directly to the crankshaft. This type of compressor has a single-acting cylinder and is limited to refrigeration service and to smaller air compressors. Most of the smaller packaged refrigeration system compressors are of this type. The compressors may be single- or multistage. Their approximate capacity is 50 tons in water chiller refrigeration service and 75 scfm in air service. The more common type of compressor used in process service is the crosshead type, as shown in Figure 3-3.
Performance CompressionCycle For the following discussion, refer to Figure 3-5, which shows an ideal indicator diagram followed by a series of cylinder illustrations depicting piston movement and valve position. The figure shows in diagram form one complete crankshaft revolution and encompasses a complete compression cycle. To begin the cycle, refer to the figure at A, the location where the piston is at the lower end of the stroke (bottom dead center) and is at path point 1 on the indicator diagram.
Compressors: Selection and Sizing by Royce N. Brown