Voltage Range | Industrial Robotics, CNC Machines | Industry: 12-48V AC/DC (IEC 60038) Base: 18-80V AC / 24-110V DC (▲ vs Industry) Advanced: 24-120V AC / 24-150V DC (▲▲) | ▲ Wider range reduces reliance on voltage converters; ▲▲ Extreme tolerance for high-power applications | Base may require step-down transformers; Advanced has higher cost |
Current Adjustment | 3D Printers, Automation Systems | Industry: Fixed 2-4A (ASTM D543) Base: 2.00A-6.00A (▲) Advanced: 2.00A-8.00A (▲▲) | ▲ Customizable for diverse motor loads; ▲▲ Supports heavy-duty applications | Requires precise calibration; Advanced may overheat at max current |
Microstepping Resolution | Precision Instruments, Medical Devices | Industry: 1/16 step (ISO 230-2) Base: 1/256 step (▲) Advanced: 1/512 step (▲▲) | ▲ Smooth motion for delicate tasks; ▲▲ Ultra-fine control for precision tools | Higher resolution increases cost; Advanced requires advanced controllers |
Material Construction | Harsh Environments, Outdoor Use | Industry: Plastic enclosures (ASTM D638) Base: Aluminum (▲ ISO 9001 certified) Advanced: Anodized Aluminum (▲▲) | ▲ Better heat dissipation than plastic; ▲▲ Corrosion-resistant for extreme conditions | Base is heavier; Advanced adds weight and cost |
Control Signals | Automated Assembly Lines | Industry: 3-4 signals (IEC 61131-2) Base: 6 signals (▲ PUL+/−, DIR+/−, ENA+, ALM+) Advanced: 8 signals (▲▲) | ▲ Flexible configuration for multi-axis systems; ▲▲ Full bidirectional control | Base requires external wiring for advanced setups; Advanced complexity increases |
Certifications | Global Deployments | Industry: CE, RoHS (ISO/IEC 17025) Base: CE, RoHS, LVD, EPR (▲) Advanced: CE, RoHS, LVD, EPR, UL (▲▲) | ▲ Compliance with EU and German/French regulations; ▲▲ Global deployment readiness | Base lacks UL certification for North America; Advanced adds compliance costs |