OverviewSpecificationMechanicalConnectionDownload
Overview
By implementing the latest DSP current control technology, Leadshine DM422 is a high performance
2-phase digital stepper drive. It takes step & direction or CW/CCW control commands, and is very simple
to implement in OEM applications.
The DM422 stepper drive adopts advanced features like electrical damping, anti-resonance, start-up smoothing, multi-stepping...
With the input voltage of 20 - 40 VDC and output current of 0.50 - 2.20 A, it is capable of driving a wide range of 2-phase stepper motors
with high precision at extra smoothness, quietness, and very low motor heating.
Its multi-Stepping feature allows a low resolution step input to produce a much higher microstep output
for smoother & quiet motor movement, and much lower motor heating. This feature will significantly improve the performance of your stepper
control systems.
A DM422 stepper drive is easy to setup and configure via DIP switches. There are 4 resolution settings from 200 - 6400,
and 7 output current settings from 0.50 - 2.20. Also, a user can simply set the idle current to full (100%) or 50% of
the output current via a DIP switch.
Its motor auto identification and drive self-configuration feature allows quick and easy setup for various motors at optimal performance.
For advanced users, Leadshine offers tuning software for performance fine-tuning. A user can tune a stepper motor's
three resonance areas (usually around 0.5 rps, 1 rps, and 2 rps) to reduce noise and vibration, set microstep resolution to any value
from 200 to 104,000 (increase by 200), and configure output current to any value of 0.50 - 2.20A (increased by 0.1A);
and idle current of 1-100% of output current.
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Specification
| Model: | DM422 | | Phase: | 2 | | Control Mode: | Step & Direction | | Max Input Frequency: | 75KHz | | Input Voltage Range: | 20 - 40 VDC | | Suggested Power Supply Voltage Range: | 24-36 VDC | | Software Cofig. Resolution Range: | 200 - 102,400 (increased by 200) | | # of DIP Switch Resolution Configurations: | 4 | | DIP Switch Resolution Setings: | 200, 1600, 3200, 6400 | | Software Cofig Current Range: | 0.3 - 2.20 A (increased by 0.1 A) | | # of DIP Switch Current Configurations: | 7 | | DIP Switch Current Configurations: | 0.5A, 0.7A, 1.0A, 1.3A, 1.6A, 1.9A, 2.2A | | Logic Current Range: | 7-16mA (10mA typical) | | Logic Voltage Range: | 4-5 VDC for pulse active high (default) , or 0-0.5V for pulse active low | | Communication Type: | RS232 | | Pulse enabled at: | Rising edge | | Idle Current Percentage: | 50 % | | Software Config. Idle Current Percentage: | 0-100% | | # of Digital Inputs: | 3 | | Step Width: | 7,500 ns | | Minimal Direction Setup Time: | 5,000 ns | | Protection: | Over current; over voltage; phase error | | Isolation Resistance: | 500M Ohm | | Environment: | Avoid dust, oil fog and corrosive gases | | Ambient Temporature: | 0-50°C | | Humidity: | 40–95% RH | | Operating Temporature: | 0-70°C | | Vibration: | 5.9 m/s2 Max | | Storage Temporature: | -20-65°C | | Specification: | 3.46 X 2.17 X 0.81 Inches | | Weight: | 0.22 lb |
Mechanical Specification
Unit: mm
1 inch = 25.4 mm
Download(s) for
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User manual:
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DM422m.pdf
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Hardware installation manual:
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DMSeries.pdf
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| Tuning software: |
ProTuner_DM_Setup_2013-11-06.zip |
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Accessories
Listed below are accessories for Leadshine DM422 2-Phase DSP Digital Stepper Drive with 20-40VDC Voltage and 0.3-2.2A Output Current.
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Matching Stepper Motorshybrid stepping motor
AMT offers matching stepper motors for DM422 to satisfy your application needs. Made of high quality materials, those stepper motors can run
very qietly and smoothly with low noise, low motor heating. They have been widely implemented in various industrial applications.
To see all stepper motors that AMT offers, please click here.
Matching Power Suppliesstepper servo power supply
AMT offers matching power supplies for DM422. Those power supplies were specially designed to handle back EMF from stepper or servo motors in motion controls.
To see all power supplies that AMT offers, please click here.
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