DM556 Digital Stepper Motor Driver for CNC Drivers Controller 3D Printer Accessories is the epitome of advanced technology in stepper motor controls. The motor driver L298N complements the stepper motor driver to bring unmatched smoothness to your system. Designed with a
DSP-based control algorithm, the DM556 provides excellent torque optimization. This stepper motor and driver are essential for nullifying mid-range instability. Whether you're working with laser cutters, high precision X-Y tables, or automated robotic systems, integrating the stepper motor controller ensures a noiseless, low-heating, and smoother operation. Using the DM556 driver motor step is ideal for driving hybrid stepper motors with
2-phase and 4-phase. Suitable for
CNC machines, 3D printers, and other automation equipment, including an Arduino stepper driver enhances precision. Enhance your setup with our easy stepper controller and achieve optimal performance in automation projects.
Key Features - Stepper Motor Driver
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Maximum current: 7.2A
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Resolution: 0.1A
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Impulse response frequency: 200KHz
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Input voltage range: 20-50 VDC
- Built-in micro-segment
- The stepper driver NEMA 17 configuration provides precision current control
- Optically isolated signal input for enhanced accuracy
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Overvoltage and overcurrent protection
- Motor self-test and auto-setup
- Power-on parameter auto-tuning
- Automatic idle-current reduction
- Parameter self-study, precise current control parameters and dynamic compensation
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High-speed opto-isolator signal input
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Single power supply input
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TTL compatible and optically isolated input signals
- Supports PUL/DIR and CW/CCW control signals for versatile applications
- Portable size with lightweight nylon case
Applications
The DM556 Digital Stepper Motor Driver is extensively used in myriad applications, including laser cutters, where stepper drivers like the a4988 stepper motor driver offer high precision. The advanced features make it ideal for X-Y tables requiring smooth low-speed operations, and integrating the dm556 stepper motor driver provides reduced noise and enhanced movement quality. It's perfect for CNC machines, automated robotic systems, and applications like arduino and stepper motor controlled devices. Further, the driver can be adapted for engraving machines and industrial automation systems, bringing the benefits of the digital stepper driver dm542t to industries involved in labeling and markers, ensuring steady and accurate movements.
Technical Specifications
| Product Specification |
Value |
| Item Type |
DM Series Motor Driver |
| Voltage Rating (V) |
20 to 50 VDC |
| Current Rating (A) |
7.2 Max |
| Resolution |
0.1 A |
| Subdivision Range |
400~25600 ppr |
| Impulse Response Frequency |
200 KHz |
| Input Voltage (V) |
20-50 VDC |
| Output Current |
2.1A to 5.6A, ideal for diverse setups such as uln2003 projects |
| Pulse Input Frequency |
0-200kHz, compatible with digital stepper motor driver setups |
| Logic Signal Current |
16-20mA (when driven by +5V) |
| Microstep Setting |
2, 4, 8, 16, 32, 64, 128, 256 |
| Environment |
0-40°C operating temperature, humidity <80% |
| Shipping Weight |
0.272 kg |
| Shipping Dimensions |
14 × 10 × 4 cm |
| Driver Dimensions |
118 x 75.5 x 34mm |
How to Use
1. Begin by ensuring your DM556 Digital Stepper Motor Driver is properly connected to your system. For best results, use a power supply within the recommended 20-50 VDC and greater than 200W. This setup is compatible with popular settings including arduino stepper control.
2. Connect the DM556 to the stepper motor by wiring the motor's leads to the appropriate outputs on the driver according to the wiring diagram provided in the manual. The setup ensures full compatibility with the arduino stepper motor.
3. Use the PUL+, PUL-, DIR+, DIR-, ENA+, and ENA- pins for signal connection. These pins respectively handle positive and negative control pulse and direction signals, as well as enabling signals. Ensure these are within the TTL signal range and correctly isolated to maximize efficiency in stepper digital integrations.
4. Set the desired current mode using SW4. In OFF state, the standstill current is set to half the dynamic current, while ON keeps it the same.
5. Adjust the dip switches on the driver to set the desired microstep and current level according to your application requirements.
6. Leverage the power-on parameter auto-tuning to self-configure optimal settings, minimizing setup effort. The driver will automatically reduce idle current when the motor is at rest, conserving energy and reducing heat. Ideal for digital stepper motor applications.
7. Verify the motor operation by running test pulses through your controlling software to ensure proper movement and accuracy.
Package Includes
- 1 x Digital Stepper Motor Driver for CNC Drivers
Additional Resources
Download Datasheet
