Stepper Motor PKP Series/
CVD Series SC Type Driver

Stepper Motor PKP Series/CVD Series SC Type Driver
  • Adopts a stepper motor
  • Speed control is possible without using a pulse oscillator
  • Small size and high torque
  • Speed control range 0.02 to 600 r/min

Features | Stepper Motors PKP Series/CVD Series SC-Type Driver

Recommended for the Following Applications

  • Regular Feed Operation

    Operation by turning the forward input ON and OFF is possible.

    Regular Feed Operation
  • Back-and-Forth Operation

    Operation by turning the forward/reverse input ON and OFF is possible

    Back-and-Forth Operation
  • 2-Speed Switching Operation

    2-Speed Switching Operation is possible

    2-Speed Switching Operation
  • Smooth Low Speed Operation

    Speed range is from 0.02 r/min to 600 r/min

    Smooth Low Speed Operation

Pulse generator not required. Simple System Configuration Realized by I/O Control

Simple configuration with only motor, driver, and programmable controller. The operating speed, acceleration/deceleration time and operating current are set by driver switches, and the FWD (RVS) input is simply turned ON and OFF. Simple speed control with the performance of a speed control motor is possible.

Pulse Generator Not Required. Simple System Configuration Realized by I/O Control

2 Different Speeds Can be Set

The driver can be set to 2 different speeds and switched externally.
Speed Setting Range: 0.02 r/min~600 r/min

  • Back-and-Forth Operation

    Back-and-Forth Operation
  • 2-Speed Switching Operation

    2-Speed Switching Operation

Click here for how to set the speed

Contributing to Motor Downsizing and Equipment Miniaturization

Due to the low speed operation and high torque of the stepper motors, they can be used without gearheads. Enables downsizing of motors and miniaturization of equipment. Enables driving with a motor about half the size of an induction motor, but which has almost the same rotation speed.

Contributing to Motor Downsizing and Equipment Miniaturization

Improved Repeatability of Stopping Position Due to Constant Overrun Amount When Operation Input is OFF

When the motor is stopped, the deceleration travel amount will not change due to load inertia or frictional load under the same operation conditions, even if the load weight changes. This improves the repeatability of the stop position.

Contributing to Motor Downsizing and Equipment Miniaturization

Holding Torque Even at Motor Standstill

Even when the motor is stopped, current is supplied to the motor, which generates torque. Therefore, it can hold the load (holding force is 50 % of the maximum holding torque).

Product Line

The motor, driver, and connection cable can be purchased individually.
(When the screen transitions upon selecting motor frame size, the names of the motor, driver, and connection cable, each associated with a "+," will be displayed as a candidate.)

Frame Size
[mm]
Maximum Holding Torque
[N·m]
Setting Speed Range
[r/min]
28 0.052~0.091 0.02~600
42 0.22~0.5
60 0.66~2.1

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Operating Manual

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