Compressor bore/stroke
On the other hand, the stroke is the distance the piston travels inside the cylinder from top dead center (TDC) to bottom dead center (BDC). A longer stroke means the piston covers a greater distance, allowing for a larger volume of air to be compressed with each stroke.
The combination of bore and stroke affects the compressor's displacement, which is the volume of air that the compressor can move with each complete revolution of the crankshaft. Displacement is calculated by using the formula: Displacement = (π/4) * bore^2 * stroke * number of cylinders.
The relationship between bore and stroke impacts the compressor's performance, efficiency, and torque characteristics. Different bore-to-stroke ratios can lead to variations in power delivery, efficiency, and the operational range of the compressor.
In summary, the bore and stroke sizes of a compressor play crucial roles in determining its capacity, efficiency, and performance by affecting the volume of air compressed per stroke and the overall design of the compressor.
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