LD3-LE Bus-type Servo Drive
The LD3 Direct Drive Series AC Servo Drives, introduced by Limon, represent a highly precise and compact solution within the industry. Featuring a unique structural design that is both sleek and aesthetically pleasing, this series stands out. Its exclusive real-time monitoring and protection functions ensure the secure operation of the system. Additionally, the LD3 series is equipped with gain parameter auto-tuning and vibration self-suppression features, providing reliable services to our customers. We are committed to meeting the diverse needs of various scenarios at a highly competitive price, offering optimal solutions for different clients.
Description
Typical Applications:
The LD3 Direct Drive Series AC Servo Drives support various encoders, including incremental ABZ and absolute BISS, and are widely applied in industrial automation scenarios such as photovoltaics, lithium batteries, 3C, and semiconductors.
Key Advantages:
- Compact Size: The newly designed LD3 Direct Drive Series AC Servo Drives boast a sleek appearance, with a size reduction of nearly 15% compared to the LD5 series. The power density is further increased, adapting well to the trend of equipment miniaturization and compactness.
- Convenient Installation: The LD3 terminal blocks are streamlined to save wiring, facilitating easy installation and maintenance. The innovative color soft-key design enhances operational agility and comfort.
- User-Friendly Tuning: Supporting gain parameter auto-tuning and vibration auto-suppression functions, coupled with guided backend debugging software, the system can automatically run and identify optimal parameters. This significantly reduces user tuning challenges and enhances tuning efficiency.
- Safety and Stability: The LD3 Direct Drive Series AC Servo Drives continuously monitor servo operation parameters such as voltage, current, position, and speed. It swiftly and precisely detects faults such as overvoltage, disconnection, overload, and overshooting, ensuring secure and stable operation.