5.6A 3-Phase Stepper Drive for Smooth Axes

5.6A 3-Phase Stepper Drive for Smooth Axes

The 5.6A 3-Phase Stepper Drive 3DM2060H offers up to 5.6 A of output current from an 80-220 VAC supply. It targets 3-phase stepper systems in the mid-torque class where smooth, quiet motion is a priority. Lyenwsin supplies this drive for packaging machinery and robotics applications.

Command Compatibility

Both Pulse/Dir and CW/CCW pulse modes are accepted, so the drive works with standard CNC and PLC step outputs. Open-loop operation means the axis follows commanded steps directly, removing the need for encoder feedback and closed loop configuration.

Motion Quality and Protection

The output stage is engineered for low noise and vibration, which reduces mechanical wear and audibility in operator-occupied areas. Onboard overcurrent, overvoltage, and undervoltage protection help isolate the drive and motor from supply or wiring faults.

Key Specifications

• Output current: max 5.6 A
• Supply voltage: 80-220 VAC
• Control modes: Pulse/Dir, CW/CCW pulse
• Protection: overcurrent, overvoltage, undervoltage
• Operation: open-loop, low noise and vibration

Target Applications

The drive is suited to industrial automation, packaging machinery, compact CNC equipment, robotics, automated handling mechanisms, textile machinery, printing machinery, and food processing.

Integration Notes

Choose a 3-phase motor with phase current at or below 5.6 A. The wide AC input range allows the same drive model to be used across differing line voltages. Verify the motor’s running torque against the application requirement before deployment. Lyenwsin can support motor-drive matching and provide wiring guidance.

Distributor Support

Lyenwsin keeps the 3DM2060H in stock with matched 3-phase motors and provides torque-speed data, wiring guidance, and configuration support. Our team can confirm the motor pairing and supply wiring for smooth-running packaging and robotics axes, and we keep replacement stock available for production continuity. If you are upgrading an existing line, we can review the current motor wiring and recommend the least disruptive changeover, and provide the torque-speed curves you need to validate the new axis.