LD5-LP Pulse-type Servo Drive
Introducing the LD5 Direct Drive Series AC Servo Drives by Limon, engineered to elevate precision, speed, efficiency, and stability in industrial automation. Versatile and platform-compatible, it supports RS485, CANopen, EtherCAT, and PROFINET protocols with a current range from 1.5A to 30.0A. Widely applied in laser, printing, and semiconductor sectors, its key features include high-speed performance with a 3kHz response bandwidth, exceptional precision with a 2000-point compensation algorithm, one-key auto-tuning for efficient servo debugging, and enhanced vibration suppression through adaptive filters. Experience unparalleled control and reliability for your automation needs.
Description
Product Overview:
The LD5 Direct Drive Series AC Servo Drives are designed to significantly enhance the precision, speed, efficiency, and stability of industrial automation equipment. This solution is characterized by its versatility and platform compatibility, supporting multiple communication protocols, including RS485, CANopen, EtherCAT, and PROFINET. The current range spans from 1.5A to 30.0A.
Typical Application Scenarios:
The LD5 Direct Drive Series finds widespread application in industrial automation sectors such as laser technology, printing, and semiconductor manufacturing.
Key Advantages:
- High-Speed Performance:Current loop response bandwidth of up to 3kHz, reducing control latency for faster command tracking and shortened position tuning time.
- High Precision: Incorporates a built-in compensation algorithm with 2000 points, significantly enhancing trajectory tracking performance and ensuring equipment positioning accuracy within 0.2 encoder counts.
- One-Key Auto-Tuning: Provides both "Single Parameter" and "Auto-Tune" automatic loop tuning functionalities, greatly reducing servo debugging time and significantly improving user-friendliness.
- Enhanced Vibration Suppression: Integrated with four adaptive notch filters, second-order torque low-pass filters, and position notch filters, effectively addressing vibration issues across low, medium, and high-frequency ranges.