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PC60 Closed-Loop Stepper Motor Driver with 1.4A-6.0A Current DC20-80V for Nema23 Nema24 Motors

PC60 Closed-Loop Stepper Motor Driver with 1.4A-6.0A Current DC20-80V for Nema23 Nema24 Motors

1.4A-6.0A Current Stepper Motor Driver

DC20-80V Voltage Closed-Loop Stepper Drive

Nema23 Nema24 Compatible Pulse Stepper Drive

Place of Origin:

China

Brand Name:

ZEROONE-Control

Certification:

CE ROHS

Model Number:

PC60

Document:

PC60 Datasheet.pdf

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Product Details
Motor Type:
Stepper Motor,DC Motor,Hybrid
Weight:
0.25kg
Name:
Stepper Motor Dirver
Application:
Stepper Motor,Nema23/24 Two Phase Stepper Motors,all Kinds Of CNC Machine
Voltage:
DC(20-80V)
Color:
Black/Blue
Certification:
CE,ROHS,ISO9001
Control Mode:
Pulse + Direction
Current:
1.4-5.6A
Matching Motor:
Nema 23 24 Motor,NEMA23, Nema24 Stepper Motor
Advantage:
Speed Stability And Control Convenient,no Need Computer Or Pulse Generator To Drive Stepper Motor
Currenting Setting:
16 Channel
Upmost Microstep:
51200ppr
Highlight:

1.4A-6.0A Current Stepper Motor Driver

,

DC20-80V Voltage Closed-Loop Stepper Drive

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Nema23 Nema24 Compatible Pulse Stepper Drive

Payment & Shipping Terms
Minimum Order Quantity
1pcs
Price
US$14/pcs
Packaging Details
1pcs/box, 50boxes/carton
Delivery Time
2-8 days
Payment Terms
MoneyGram,Western Union,T/T,D/P,D/A,L/C
Supply Ability
1000pcs/day
Product Description
PC60 Pulse Closed Loop 2 Phase Stepper Motor Driver
Blue/Black DC 20-80V with 1.4A-6.0A output for NEMA23 and NEMA24 motors
Product Overview
The PC60 is a pulse-type closed-loop stepper drive engineered for dual-phase hybrid closed-loop stepper motors. This advanced driver delivers exceptional positioning accuracy, eliminates step loss, ensures stable low-speed operation, and minimizes heat generation - offering the ideal balance between stepper drive affordability and servo drive performance.
Core Features & Technology
  • Advanced Control: Pulse + Direction / Dual-Pulse control compatible with 57/60mm dual-phase closed-loop stepper motors
  • Triple-Loop Architecture: Position, speed, and current loops with real-time encoder feedback for complete step loss elimination
  • Cutting-Edge Technology: 32-bit DSP processor with FOC Vector Control and SVPWM for minimal vibration and heat emission
Technical Specifications
Parameter Specification
Power Supply DC 20-80V (36V recommended)
Current Output Continuous 1.4-5.6A per phase, peak current over 6A
Pulse Response Maximum 200-300KHz for high-speed positioning
Micro-Stepping Up to 256 micro-steps (51,200 pulses per revolution)
Positioning Accuracy ±0.007°
Encoder Compatibility 1000/2500 PPR, supporting differential/single-ended signal input
Performance Advantages
  • Precision Guaranteed: Real-time encoder feedback instantly corrects position deviations
  • Energy Efficient: Variable current + variable frequency technology reduces static current by half, significantly lowering heat generation
  • Smooth Operation: Advanced resonance suppression and precise current control ensure vibration-free low-speed performance
  • User-Friendly Interface: Optocoupler-isolated I/O with superior anti-interference capability
  • Easy Configuration: DIP switches and software for quick setup of micro-stepping, current, and pulse modes
Protection & Safety
Comprehensive protection including overvoltage, undervoltage, overcurrent, position deviation, phase loss, and overheating protection for enhanced system reliability.
Application Scenarios
Ideal for 3C electronic equipment, laser processing systems, dispensing/screwdriving machines, small CNC machine tools, automated assembly lines, and testing instruments where precision positioning and cost-effectiveness are critical.
Installation & Operation Guidelines
  • Motor Compatibility: 57/60 series dual-phase closed-loop stepper motors with 1000/2500 PPR encoders
  • Power Requirements: 36V/48V power supply recommended with forced air cooling or heat sinks for high-current operation
  • Signal Interface: Pulse/Direction/Enable signals require optocoupler isolation; differential input recommended for superior noise immunity
  • Optimization: Fine-tune PID parameters according to load characteristics to balance response speed and operational stability
Performance Comparison
vs. Open-Loop Drives: Eliminates step loss completely, delivers higher precision, and maintains torque at high speeds
vs. Servo Drives: Approximately 50% lower cost with simpler commissioning process, making it perfect for direct stepper motor upgrades
Product Images
PC60 Stepper Motor Driver front view showing controls and connections PC60 Driver internal components and circuit board layout PC60 Stepper Driver side profile and mounting details PC60 Driver technical specifications and labeling PC60 installation diagram and wiring schematic PC60 Stepper Driver in operational environment PC60 Driver close-up of connection terminals and interfaces

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