Compressor cycle rate is one of the most important factors to take into consideration when deciding what type of air compressor to get. The cycle rate of the compressor determines how much air it can handle at a given time. The slower the cycle rate, the more pressure it can produce, but also the more noise it makes. In order to get the best output, it is crucial that you get a compressor that has the highest cycle rate possible.
The compressor cycle rate of a given air compressor can vary greatly. There are many different factors that determine the cycle rate of an air compressor. For example, the casing of the compressor affects the cycle rate greatly. A higher cycle rate produces the largest amount of pressure, and also the most power for it to work. The compressor needs to be able to handle a high cycle rate when doing any sort of heavy duty work.
The compressor cycle rate is based on many different variables. The size of the air tank determines the cycle rate. If the tank is too small, the compressor will have difficulty working at all. If the tank is too large, the compressor may overheat and burn out soon after it is fired up. It is also important to look at the compression ratio of the compressor, because this is the size of the compressor in terms of the amount of pressure it can handle at a given time. A smaller compressor will not give you the same volume of output as a larger compressor but will do so without giving you a larger amount of noise or vibration.