Microstepping motor controller RKSD series

five-phase stepperAC

ion and save energy, the stepper motor and driver losses have been substantially reduced allowing to be operated for longer hours at high speed, which is not possible with conventional stepper motors and drivers. With simple wiring featuring screw-less connectors and side by side driver mounting, installation is easy and saves space. High Efficiency, Low Vibration, Microstepping Driver Stored Data (Network Compatible) Type or Pulse Input Type (use step angle switch to accept 1.8° pulse signals) Built-in Protective Functions High Efficiency With conventional stepper motors in applications where heat generation had to be suppressed, the running current had to be reduced, which also reduces torque. With the RKII Series, thanks to its low heat generation and highly efficient motors, the motor torque can be used fully to maximize performance. Low Vibration, Microstepping Driver Utilizing a full-time microstepping driver controlled by a digital system improves the vibration characteristics of the 0.72° stepper motor. Current control is also done by a high specification digital CPU. This model uses PWM control instead of PAM control resulting in a sinusoidal wave form in each phase, significantly reducing vibration.