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Diversification in the Electric Actuators Design

Source:Update Time:2014-07-17Hits:

Electric actuators leading dealer has a tight relationship with the electric actuators mass since the scaling of the ratio in the total piston cross-sectional area might be measured by stroke length. This parameter is chosen largely because the index can be captured in two geometric variables across more than ten orders of magnitude so that up to a mass of more than four thousand kg can be supplied for larger electric actuators engines. This will no doubt help to boost the great diversification in the electric actuators design. Because the scaling electric actuators leading dealer relationships are not known previously, it is likely that this sharp transition in electric actuators engine geometry might be primarily the outcome of trial and error rather than a maximum net force output.

As a function of electric actuators motor mass in the engines, a lot of other electric actuators engines are represented by open symbols while the contemporary electric actuators engines are represented by solid symbols. The solid line is the scaling equation that is derived from the data and the electric actuators dashed line in the scaling equation can be derived from the relationship between electric actuators mass and the ratio of piston stroke length. The electric actuators solid line is the least regression equation fit to the log transformed data for devices that are less than four thousand kg in mass per unit. Force outputs of electric actuators motors are considerably less variable than the average absolute deviation from the regression line and their conformance to a single scaling electric actuators leading dealer relationship cannot be explained readily.

All the electric actuators in general make use of rotary or oscillatory motion with a number of cycle frequencies, which is different from the pneumatic actuators. Accordingly, dimensional analysis for the electric actuators mass scaling of force output can be used to predict that electric actuators force should be proportional to the output with the desirability of maintaining system. These electric actuators motors are built so as to move loads in a translational fashion in such a way that stresses can be developed gradually and predictably. The advantage of this technology can be assisted with maximum force output at or near the static breaking stress, which is also true with the electric actuators critically loaded parts.

More surprising is the similarity of the electric actuators intercepts in terms of the scaling equations and the adherence of all electric actuators motors rather than a series of parallel equations. Mass specific ability of materials to resist static stress is given by the ratio of density, which will increase by the ratio of the scaling constants that are close to unity. Thus, electric actuators regression equations are much more similar than would be expected based on static material properties.

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