Nam arbitrium DC Servo Motor Controller, non possumus ignorare RMS celeritate, torque motor controller et influentiam factores dynamic braking procul motor controller. I., mechanica operatio motricium celeritatum moderatoris in ipsa gyratio motricium controller potest non excedat motor gyrationis celeritate moderatoris. II. RMS torque radix medium quadrata valore de torque in processus exolvuntur debet esse minus quam XC% de clausum-rotor torque de motricium moderatoris. III. Dynamic braking distantiam dynamic braking procul cum accidente occurs, opus prohibere apparatus cum braking procul. Dynamic braking modum est ad coniungere potentia linea utrimque et motor moderatoris pro brevi, amplificator ratio, non opus est suscipere additional affectum). Dynamic braking processus in tres processibus; Nam T1 mora. II) et electro contactu (Mcc) distantia motus proxima tempus, mora tempus T2. III) in electro contactus clauserunt circuitu, in processus dynamic braking procul. Plerumque in T1 + T2 = 0. V seconds. Braking distance = * (Vmt1 + t2)+ (JM + JL)* (A*N0+B*NO3）* L (mm /度)Vm: fast movement speed, mm/SEC or [deg/sec]JM: motor controller inertia [公斤。 m2]JL: load inertia公斤。 m2]Fast moving speed [N0: motor controller分钟-1]L: motor controller is a distance between mobile [毫米) vel [deg] (N0 / LX * l = VM) A: calculandum distantia inter dynamic fregit braking coefficiens a b: calculand braking braking braking a braking in braking braking braking braking in braking in braking in braking braking in braking systematis braking braking braking systematis braking braking braking ratio; Subitis subsisto procul munus. Illustration of braking coefficiente potest query in servo motricium moderatoris.
