Brief: Want to know what makes this dual closed-loop servo drive so effective for inspection robots? We walk you through its advanced control system, showing you how it integrates with low-voltage servo motors and demonstrates its high-speed response capabilities in real-world applications.
Related Product Features:
Compatible with low-voltage servo motors for versatile integration.
Features dual closed-loop control with incremental and Tamagawa absolute encoder feedback.
Supports RS485 and CANopen communication protocols for flexible connectivity.
Utilizes a new generation of servo control algorithms for high-speed response.
Accepts external pulse command input for precise motion control.
Built-in internal position positioning function for accurate homing and positioning.
Enables point-to-point control operations for automated inspection tasks.
Designed specifically for reliable performance in inspection robot applications.
FAQs:
What types of encoders does this dual closed-loop servo drive support?
This drive features dual closed-loop control, using an incremental encoder for the first feedback loop and a Tamagawa absolute encoder for the second loop, providing enhanced precision and reliability.
What communication protocols are compatible with this servo drive?
The drive supports both RS485 and CANopen communication protocols, offering flexible integration options for various control systems and industrial networks.
Does this servo drive support position control functions?
Yes, it supports external pulse command input and includes a built-in internal position positioning function, enabling precise point-to-point control operations such as homing and positioning.
What makes this servo drive suitable for inspection robots?
Its dual closed-loop control system, high-speed response algorithms, and precise positioning capabilities make it ideal for the accuracy and reliability demands of inspection robot applications.