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General| Input Voltage | 20-80 VDC |
|---|---|
| Peak Current | 7.0 A |
| Protection Features | Over-voltage, Over-current, Over-temperature |
| Logic Input Current | 10 mA |
| Pulse Input Frequency | 0-200 kHz |
| Isolation Resistance | 500MΩ |
| Operating Temperature | 0°C to +50°C |
| Storage Temperature | -20°C to +70°C |
| Control Method | Pulse/Direction or CW/CCW |
| Humidity | 0-90% RH (non-condensing) |
Details the key features of the MA860C digital stepper drive, including anti-resonance and auto-identification.
Lists suitable applications for the MA860C drive, focusing on machines requiring low noise, low heating, high speed, and high precision.
Presents the electrical parameters of the MA860C drive, including output peak current, input voltage, and pulse frequency.
Details the environmental conditions and other specifications for the MA860C drive, such as cooling and storage temperature.
Provides the mechanical dimensions and weight of the MA860C stepper drive.
Offers recommendations for managing drive and motor heating, including idle-current mode and mounting orientation.
Describes the pin functions and configurations for the P1 connector used for control signals.
Explains how to select microstep resolution and control signal mode using internal jumpers CN6 and CN7.
Details the pin functions for the P2 connector, which handles power and motor connections.
Illustrates the interface for control signal connections to the P1 connector, including open-collector and PNP inputs.
Provides guidance on wiring 4-lead stepping motors to the MA860C drive.
Explains wiring configurations for 6-lead stepping motors, covering half coil and full coil options.
Details the half coil connection method for 6-lead motors, suitable for higher speeds.
Details the full coil connection method for 6-lead motors, suitable for higher torque at lower speeds.
Describes wiring options for 8-lead stepping motors, including series and parallel configurations.
Details the series connection method for 8-lead motors, used for higher torque at lower speeds.
Details the parallel connection method for 8-lead motors, offering stability and higher torque at higher speeds.
Guides users on selecting appropriate AC or DC power supplies for the MA860C drive.
Provides essential notes for wiring to improve anti-interference performance and prevent noise.
Explains how to set the microstep resolution using the DIP switches SW5, 6, 7, and 8.
Discusses how to set the drive output current for optimal torque and to prevent overheating.
Details how to set the dynamic peak and RMS current using DIP switches SW1, 2, and 3.
Explains the setting for standstill current using DIP switch SW4, which reduces current when the motor is stopped.
Describes the drive's automatic function to identify motor parameters for optimal torque.
Lists common symptoms encountered with the stepper drive and their potential causes for troubleshooting.
Outlines the warranty terms and conditions for Leadshine products.
Specifies conditions and damages that are not covered by the product warranty.
Provides instructions on how to obtain warranty service, including RMA procedures.
States the limitations of Leadshine's warranty, including disclaimers for implied warranties.
Instructions for shipping products that fail during the warranty period for service.
