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PMC006 series Hight speed large torque mode(5000RPM)
In the field of high-speed precision motion, motor stalling and position deviation are headaches for engineers.
Traditional solutions require additional sensors or complex algorithms, which are costly and slow to respond. The PMC006X3 miniature integrated stepper drive controller's revolutionary high-speed large-torque mode + auto-correction function completely breaks this deadlock!
Traditional solutions require additional sensors or complex algorithms, which are costly and slow to respond. The PMC006X3 miniature integrated stepper drive controller's revolutionary high-speed large-torque mode + auto-correction function completely breaks this deadlock!
- High-Speed large-Torque Mode: Breaking Through the Performance Limits of Stepper Motors
- Rapid Response: Supports high-speed operation from 1000~5000RPM, designed for precision manufacturing and high-speed sorting scenarios
- Adaptive torque: automatically slows down when encountering resistance, resumes speed when resistance disappears
- Precise magnetic alignment: Automatically calibrates position on power-up to prevent startup deviation (protected by patented closed-loop algorithm)
- Automatic Correction: Intelligent correction for Every Micrometer of Precision
Core Advantages:
1. Zero-latency response: Detects positional deviations in real time, triggering corrective actions within milliseconds
2. Constant torque output: Maintains maximum constant torque throughout the corrective process
3. Intelligent speed control: Returns to the target position at a precise speed of 400 RPM, preventing overshoot and oscillation
4. Sensorless integration: No external sensors required, saving 30% on hardware costs
1. Zero-latency response: Detects positional deviations in real time, triggering corrective actions within milliseconds
2. Constant torque output: Maintains maximum constant torque throughout the corrective process
3. Intelligent speed control: Returns to the target position at a precise speed of 400 RPM, preventing overshoot and oscillation
4. Sensorless integration: No external sensors required, saving 30% on hardware costs
Test Data: Nema17-60 Stepper Motor
Integrated Design:
- Small size 42mm×42mm×26mm
- Aluminum Alloy Housing, Directly Mounts on the Rear Cover of a 42 Stepper Motor
- Wide Voltage Supply: 9~36V + 3A Peak Current, Suitable for Harsh Industrial Environments
- Multiple Protections: Over-Temperature / Over-Current / Under-Voltage / Reverse Connection Protection, Reducing Failure Rate by 90%
- Smart Ecosystem: Flexible Deployment for the Future
- MODBUS RTU Networking: 32-Node Synchronous Control, Supports Multi-Axis Coordination (Synchronous Positioning Mode)
- CANOPEN Networking: 127-Node Synchronous Control, Supports Multi-Axis Coordination (Synchronous Positioning Mode)
- LUA Script Programming: Custom Correction Logic, Adapts to Personalized Scenarios
- Dual Encoder Support: Incremental (200-8000 PPR) & Multi-Turn Absolute Encoders Compatible
