In basic principium permanens magnetis Brushless DC Motor

Et conceptum de permanens magnete Brushless DC reductionem Motor Reduction Ratio refers to the Gear Transitymy Ratio de reductione fabrica, quod refert ad rationem instantanei initus celeritas ad iniuriam rate in reductione mechanism, indicavit per ideam in reductione mechanism, indicavit a symbolo "ego." Si initus celeritate est MD revolutiones per minute et output celeritate est XXV revolutiones per minute, reductionem Ratio est: I = LX: I. Reductio ratio generalis reductionem mechanism est notatum secundum ipsam reductionem Ratio, sed quaedam specialis reducerent ut gyratorius filum reducendis aut harmonica current reducers interdum uti fractiones. Exempli gratia, in propria reductionem Ratio potest esse 28.13, dum intitulatum, quod plerumque intitulatum XXVIII.

Calculation modum reductionem Ratio permanens Magnet DC Brushless Reduction Motor

I. Definire calculo modum: Reductio ratio = initus celeritas / output celeritate.

II. Calculus ratio: Reductio ratio = Aureus * celeritate Ratio / ((IX) DL * motricium potentia * perficientur index).

3. Calculation method for gear system: Reduction ratio=modulus of the rotating shaft gear/modulus of the driven gear (in multi-stage gear reduction, the modulus of the driven gear of all meshing gears should be multiplied by the modulus of the rotating shaft gear).

IV. Calculum modum reductionem Ratio de transmissione balteum, tradenda torquem, et friction rotam: reductionem ratio = pulsus calces aperturae / rotating hastile aperturae.

Et output torque of a permanens magnete Brushless DC Reductio Motor est ad motricium celeritate et output potestas.

I. Formula calculation: T = 9550p / n, quod est communiter in projects ad calculate torque et output potestatem; Calculate formula pro calculandum necessitudinem inter celeritate componat. Inter eos: T-torque. 9550- assidue; Motricium potentia (KW); Attention to export speed: It should be noted that permanent magnet DC brushless reduction motors generally calculate torque through reducers, and attention should be paid to the high efficiency and loss factors of worm gear and worm gear transmission.

II. Calculus Formula ad torque motricium of permanens magnetis Brushless DC Reductio Motor Motor: T = F * R * Reduction Ratio. Eg, propellentibus a C-libram obiecti cum R = 50mm et reductionem Ratio 1:50, inquisitione torque de servo motricium? RESPONSIO: 100x9.8 (Gravity Acceleratio) x0.05x0.02 = 1.98nm

Calculation modum ad torque de servo Motor Reducer in permanens Magnet Brushless DC Reductio Motor

I. Transmission Ratio output Volo / Reducer output celeritate ("Transmissio Ratio" etiam quae "calces tradenda ratione").

II. Magister Motor Power, Transmissio Ratio, et perficientur Index, et invenies formula ad calculandum ad torque of reducere ut sequitur: Reducer Torque = (IX) DL x motricium x reduceret Ratio X (IX) DL x motricium x reducere ratio X euismod Index X motricium x.

III. Magister Torque, derived et perficientur index de reducer, et invenietis in sequentibus formula computare requiritur motricium potentia ad reducer: motor potentia = Torque X celeritate / 9550x reduction = X Euismod Index.