Brief: Explore what sets this solution apart in an easy-to-follow presentation. In this video, you'll see a detailed walkthrough of the PC60 Closed-Loop Stepper Motor Driver, demonstrating how its advanced triple-loop control and FOC vector technology deliver servo-like precision without step loss. We'll show you its smooth low-speed operation, easy configuration process, and ideal applications for automation equipment.
Related Product Features:
Advanced pulse-type closed-loop control for NEMA23 and NEMA24 stepper motors with 1.4A-6.0A output.
Triple-loop architecture with position, speed, and current control ensures complete elimination of step loss.
32-bit DSP processor with FOC Vector Control and SVPWM minimizes vibration and heat generation.
High-speed positioning capability with pulse response up to 300KHz and micro-stepping up to 256 divisions.
Real-time encoder feedback provides ±0.007° positioning accuracy for precision applications.
Energy-efficient operation with variable current technology reducing static current by half.
User-friendly interface with optocoupler-isolated I/O and easy DIP switch configuration.
Comprehensive protection features including overvoltage, undervoltage, and overheating safety.
FAQs:
What types of motors is the PC60 driver compatible with?
The PC60 is specifically designed for 57/60mm dual-phase hybrid closed-loop stepper motors in NEMA23 and NEMA24 sizes, requiring 1000 or 2500 PPR encoders.
How does the PC60 eliminate step loss compared to open-loop drives?
Through its triple-loop control architecture with real-time encoder feedback, the PC60 continuously monitors and corrects position deviations, ensuring no steps are lost during operation.
What power supply requirements does the PC60 driver have?
It operates on DC 20-80V, with 36V or 48V recommended for optimal performance. For high-current applications, forced air cooling or heat sinks are advised.
What are the main advantages of choosing PC60 over servo drives?
The PC60 offers approximately 50% lower cost than servo drives while maintaining high precision, plus it features simpler commissioning and is ideal for direct upgrades from stepper motors.