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Bipolar Stepper Motor Drive Power Supply

The Bipolar Stepper Motor Driver power supply combines power supply and testing capabilities in one programmable unit. This versatile lab supply features an intuitive touchscreen interface that lets you precisely adjust voltage and current settings to match your stepper motor requirements. With support for USB, RS232, and RS485 interfaces, you can easily integrate this driver into your existing control systems or operate it as a standalone unit. The bipolar design accommodates a wide range of stepper motor configuration. Built-in comprehensive protection circuits safeguard both your equipment and motors against overcurrent, overvoltage, and short-circuit conditions. Whether you’re prototyping robotics projects, testing motor performance, or running production equipment, the programmable features allow you to save and recall custom settings for different motors. The multi-interface connectivity makes it suitable for both manual operation and automated testing environments.

Model SM6005 SM3010
Input voltage 220V AC Single phase: (47~63)Hz
Output Voltage DC 60V/5A DC 30V/10A
Output Frequency Range:1Hz~9999Hz (adjustable)
Voltage Regulation ±1% of set value (no-load to full load)
Ripple <1%
Frequency Adjustment Range: 1 – 9999 Hz
Accuracy: ±(0.05% of set value + 0.1 Hz)
Pulse Count Setting Range: 0 – 65,000 pulses; Resolution: 1 pulse/step
Voltage Range Setting Range: 0 – Maximum rated voltage
Current Setting: Upper Limit Range (0 – Rated current) (A); Resolution: 1 mA/step
Lower Limit Range: (0 – Rated current) (A); Resolution: 1 mA/step
Voltage Adjustment Range: 0 – Maximum rated voltage
Accuracy: ±(1% of set value + 0.1 V)
Rotation Direction Setting Forward (CW) and Reverse (CCW)
Operation Mode Setting Single-step, Continuous, Preset Count, Pulse Count
Alarm Setting Audible and visual alarm triggered when measured current is below the lower limit or above the upper limit
Current Meter Range: 0 – Maximum rated current
Resolution: 1mA Configurable current alarm thresholds
Start/Stop Control Can be controlled via touchscreen, physical buttons, or external trigger
Forward/Reverse Operation Setting Can be set by pulse count or time duration; Forward and reverse pulse counts or run times can be set asymmetrically (i.e., unequal steps or times)
Preset Count Operation When forward and reverse pulse counts are set equal, continuous bidirectional operation will not accumulate bias toward one direction.