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General description of the DM542 driver, its technology, and features.
Lists the key capabilities and advantages of the DM542 stepper driver.
Details the industries and equipment where the DM542 driver is suitable.
Presents the electrical parameters and ratings of the DM542 driver.
Outlines the environmental conditions and operational limits.
Provides physical dimensions and recommended mounting for heat dissipation.
Discusses methods to manage driver and motor heat.
Details the function of each pin on the driver's connectors.
Explains PUL, DIR, and ENA signal characteristics and timing.
Lists connector types and their functions for power and motor phases.
Describes the meaning of LED indicators and fault codes.
How to set control signal modes like pulse edge and pulse mode.
Best practices for wiring to prevent interference and ensure reliability.
How to set the driver's dynamic current using DIP switches.
How to configure the current when the motor is at rest.
How to choose the microstep resolution via DIP switches.
Recommendations for choosing and connecting power supplies for the driver.
Formulae and factors affecting motor torque and speed.
How to connect different types of stepper motors (4, 6, 8-wire).
Illustrates a complete system connection of motor, driver, and controller.
Details the driver's protection against short circuits.
Details the driver's protection against overvoltage.
Details the driver's protection against open motor circuits.
General description of the DM542 driver, its technology, and features.
Lists the key capabilities and advantages of the DM542 stepper driver.
Details the industries and equipment where the DM542 driver is suitable.
Presents the electrical parameters and ratings of the DM542 driver.
Outlines the environmental conditions and operational limits.
Provides physical dimensions and recommended mounting for heat dissipation.
Discusses methods to manage driver and motor heat.
Details the function of each pin on the driver's connectors.
Explains PUL, DIR, and ENA signal characteristics and timing.
Lists connector types and their functions for power and motor phases.
Describes the meaning of LED indicators and fault codes.
How to set control signal modes like pulse edge and pulse mode.
Best practices for wiring to prevent interference and ensure reliability.
How to set the driver's dynamic current using DIP switches.
How to configure the current when the motor is at rest.
How to choose the microstep resolution via DIP switches.
Recommendations for choosing and connecting power supplies for the driver.
Formulae and factors affecting motor torque and speed.
How to connect different types of stepper motors (4, 6, 8-wire).
Illustrates a complete system connection of motor, driver, and controller.
Details the driver's protection against short circuits.
Details the driver's protection against overvoltage.
Details the driver's protection against open motor circuits.
General| Input Voltage | 20-50 VDC |
|---|---|
| Operating Temperature | 0-50 °C |
| Storage Temperature | -20-80 °C |
| Step Pulse Frequency | 0-200 KHz |
| Pulse Input Frequency | Up to 200kHz |
| Logic Signal Current | 7 - 16mA (Typical 10mA) |
| Protection | Over-voltage, Over-current |
| Humidity | 90% RH max (non-condensing) |
| Output Current | 1.0-4.2 A |
| Microstepping | 1, 2, 4, 8, 16, 32 |
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