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General| Input Voltage | 20-50 VDC |
|---|---|
| Pulse Input Frequency | 0-200 kHz |
| Interface | Pulse and Direction |
| Isolation Resistance | 500MΩ |
| Protection Features | Over-voltage, Over-current, Over-temperature |
| Operating Temperature | 0°C to +50°C |
| Storage Temperature | -20°C to +70°C |
| Humidity | 5% to 95% (non-condensing) |
Lists key features of the M542C drive, including anti-resonance and multi-stepping capabilities.
Suitable for various machines like X-Y tables, engraving, labeling, laser cutters, and pick-place devices.
Details electrical parameters such as input voltage, output peak current, logic signal current, and frequency.
Covers ambient temperature, humidity, storage temperature, operating temperature, and vibration limits.
Provides physical dimensions and mounting details, including diagrams and measurements.
Recommendations for managing drive and motor heat through idle current reduction and mounting.
Describes the pinout and function of the P1 control signal connector for PUL, DIR, and ENA signals.
Describes the pinout and function of the P2 connector for power supply and motor phase connections.
Explains how to connect differential and single-ended control signals to the P1 connector.
Details the wiring procedure for 4-lead stepper motors, including phase connections.
Covers wiring for 6-lead motors in half coil and full coil configurations for different performance needs.
Explains wiring for 8-lead motors in series and parallel configurations for flexibility.
Guides on selecting appropriate supply voltage and current for the drive to achieve good performance.
Discusses the advantages and considerations of using regulated versus unregulated power supplies.
Provides recommendations for powering multiple drives to reduce cost and avoid interference issues.
Advises on choosing the correct supply voltage range for optimal performance and safety.
Important notes and precautions for wiring, including cable types and connector handling during operation.
Explains how to set microstep resolution using DIP switches SW5, 6, 7, and 8.
Discusses factors affecting output current selection and its impact on motor performance and heating.
Details how to set the dynamic current level using DIP switches SW1, 2, and 3 based on motor requirements.
Explains how to set standstill current using DIP switch SW4 to reduce holding torque when idle.
Describes the drive's feature for automatic motor parameter setup upon power-on for optimal torque.
Lists common motor and drive problems with their potential causes for effective troubleshooting.
Outlines the warranty period and terms for product defects against materials and workmanship.
Lists conditions and customer actions such as improper handling or misuse that void the product warranty.
Provides instructions on how to obtain warranty service, including obtaining an RMA number.
States limitations on implied warranties like merchantability and fitness for a particular purpose.
Instructions for returning products under warranty, including necessary documentation and contact details.
