Specifications of 2-Phase Nema 34 Closed-Loop Stepper Motor:
- Step Angle: 1.8° per full step
- Fuselage Length: Various lengths available depending on model
- Holding Torque: High torque output for demanding applications
- Phase Current: Rated current per phase for optimal performance
- Phase Resistance: Low resistance for efficient operation
- Phase Inductance: Designed for smooth and stable operation
- Moment of Inertia: Engineered to balance performance and precision
- Motor Weight: Varies by specific model and configuration
- Number of Encoder Lines: High-resolution encoder for precise position feedback
Features of 2-Phase Nema 34 Closed-Loop Stepper Motor:
- High Precision: The integrated closed-loop system ensures accurate positioning and repeatability, reducing the risk of missed steps.
- Efficiency: The motor operates with high efficiency, suitable for applications requiring both high torque and precision.
- Thermal Management: Designed to manage heat dissipation effectively, allowing the motor to operate at higher temperatures if necessary.
Specifications of LCDA86G Closed-Loop Driver:
- Operating Voltage: Wide range to accommodate different power supply requirements
- Maximum Current: High current capacity to drive the motor effectively
- Microstep Settings: Adjustable microstepping for enhanced precision and smooth motion
- Input Signals: Supports step, direction, and enable signals, optically isolated for reliable performance
- Protection Features: Built-in protection against overcurrent, overvoltage, and overheating
Features of LCDA86G Closed-Loop Driver:
- Intelligent Control: Utilizes advanced DSP technology for precise motor control, adapting to different load conditions.
- Smooth Operation: The closed-loop system minimizes vibration and noise, providing smoother operation compared to traditional open-loop systems.
- Easy Setup: DIP switches for simple configuration of microstepping and current settings, making it easy to optimize performance for specific applications.
Usage Precautions:
- Correct Wiring: Double-check all connections to avoid phase errors.
- Heat Management: Ensure adequate ventilation and cooling to prevent overheating.
- Alignment: During installation, use the motors front end cover mounting spigot for precise alignment, maintaining concentricity between the motor shaft and the load.
Applications:
- Suitable for CNC machines, 3D printers, robotics, and other industrial automation applications requiring high precision and reliability. The closed-loop feedback system ensures optimal performance and prevents issues common with open-loop stepper systems, such as missed steps and excessive heat buildup.
- This kit provides a robust solution for high-demand motion control applications, combining the precision and reliability of a closed-loop stepper motor with the advanced features of the LCDA86G driver.
