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For new applications we recommend the STAC6-S for 120 VAC applications or the STAC6-S-220 for 220 VAC applications. For assistance in selecting the best stepper drive for your application contact us.
The PDO5580 stepper drive is packaged in a rugged steel case. Integral heat sink, mounting brackets, and connectors are included with each drive. The drive comes factory set for 110 VAC operation, but can be switched to operate on 220 single-phase VAC as well. The drive is recommended for use with NEMA 23 and 34 frame step motors to create a complete stepper motion solution. Pluggable mating screw terminal blocks are provided with each drive for connecting the motor, AC input, and I/O.
The PDO5580 provides the user with two modes of operation to choose from, Pulse & Direction or Oscillator, selectable during set up via DIP switch. DIP switches are also provided for setting the step resolution and motor current. Pulse & Direction mode allows the PDO5580 to receive step pulses from an indexer, motion controller, PLC, or other external controller. Oscillator mode controls the speed of the motor relative to an on-board potentiometer. An external analog voltage or potentiometer may also be used to control speed. In oscillator mode the STEP input starts and stops the motor, while the DIR input controls direction of rotation.
The PDO5580 also provides a tach output and an enable input. The tach output provides a means for measuring motor speed. It generates 100 pulses per revolution. If connected to a frequency counter, speed reads out in revs/second with two decimal places. The enable input allows the user to turn off the motor current with a digital signal. When the enable input is activated the drive cuts power to the motor, which means the motor is disabled and has no torque.
The PDO5580 also features a Self Test function for troubleshooting the motor connection. If you are unsure about the motor or signal connections to the drive you can use the self test function to verify that the motor is turning properly in both directions. The drive is protected from over-temperature conditions as well as motor over-current and short circuit conditions.