PMM-MD53030-10 Sanyo Denki
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The Sanyo Denki PMM-MD53030-10 is a PM Drivers series product with an input interface based on photocoupler technology and a supply voltage of DC 24/36 V ±10%. It supports motor sizes of ∅60 and ∅86 mm, offers up to 250 step divisions, and has a maximum input frequency of 400 kpulses per second. This drive unit weighs 0.31 kg and delivers a supply current of 3 A.
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Product Description:
The PMM-MD53030-10 is a compact stepper motor driver from Sanyo Denki’s PM Drivers series. The unit conditions low-level pulse commands from a motion controller and converts them into phased winding currents that advance a two-phase hybrid stepper motor. By incorporating timing logic and current regulation into one module, it simplifies axis design for pick-and-place heads, labeling stations, and other indexing mechanisms used throughout industrial automation.
The power stage accepts a supply of DC 24/36 V ±10% and draws up to 3 A, giving the driver enough headroom to accelerate medium-frame motors without voltage sag. Internal counters can track input streams up to 400 kpulses/s; this ceiling sets the maximum achievable shaft speed before step loss becomes a concern. Microstepping depth reaches 250 divisions per full rotation, while 16 resolution settings let users match motor smoothness to encoder granularity. A line input impedance of 330 Ω protects PLC outputs by limiting LED current in the photocoupler interface. Optically isolated gates reject ground transients that could otherwise corrupt edge timing.
The driver is compatible with round motors that have frame diameters of Ø60/Ø86 mm, and it adds only 0.31 kg to a panel or gantry. The unit has a withstand voltage of AC 500 V between its power and signal terminals. A full-step monitor period of 10 pulses provides a straightforward diagnostic for missed counts, while insulation resistance greater than 10 MΩ limits leakage in humid environments. Command logic supports CK/U/D or CW/CCW formats, and a maximum pulse duty of 50% maintains equal on-time for symmetrical edge detection. Status is reported through an open-collector port rated for 30 V and 5 mA, allowing the host controller to sense alarm conditions without placing an excessive load on the driver.
