Product Description
The PMM-MD-23221-10 is a high-precision Stepper motor driver designed for industrial automation tasks that require precise motion control. The motor is manufactured by Sanyo Denki and employs a CMOS input method to ensure the reliability of data processing.
The PMM-MD-23221-10 motor driver's pull-out torque is dependent upon the load. With a rubber coupling, it is capable of accommodating 7.4 × 10⁻⁴ kg·m² (40.46 oz·in²) and 15.3 × 10⁻⁴ kg·m² (83.65 oz·in²). The rated motor power can be selected from 1.2A/phase or 2A/phase, depending on the requirements. There are two main connectors on the driver. CN1B handles the power source and I/O signals, and CN2 connects to the stepping motor. CW Pulse (CK), CCW Pulse (U/D), the step angle selection signal, the phase origin monitor output, and the power down input are the types of signals that can be fed in. For less interference, the wiring method works with shielded twist-pair connections. There are terminals on the driver that work with wires from AWG22 to AWG28. As a result, it works well both when there is no torque and when there is full torque. This makes it flexible for different load situations. The motor includes multiple sorts of input signals, making it easier to control.
The PMM-MD-23221-10 motor driver is intended for vertical installation in order to achieve optimal results. It is secured in position by M3 screws that pass through two holes that are precisely shaped on the bottom. With a structured micro-step function that allows the users to fine-tune motion resolution, the motor driver allows high-precision motion control. The stepper motor can handle micro-steps with up to 200 × 1/8 divisions, which makes it easier to use and reduces vibrations. Because it works quickly and accurately, it can be used for automation tasks that need stepper motor movements that are stable and under control.
Wake Industrial Warranty
