The AC Servo System: CD&FD612S/622S delivers the speed and accuracy modern automation demands. Ranging from 1000W to 3000W, this powerful AC servo motor and drive combination ensures stable, dynamic performance across critical industrial applications.
This series offers robust, compliant (CE, ROHS) precision control for robotics and CNC applications.
This powerful AC servo system is built for high performance and easy integration.
The EASY TUNE auto-tuning function simplifies setup, allowing quick adjustment for system stiffness.
Supports up to 24-bit absolute encoders, ensuring exceptional precision control and minimal positioning error.
A dedicated 24VDC power supply maintains the servo drive monitoring system's state, even when the main power is off.
Includes essential over-voltage, over-current, and motor over-heat protection.
AC Servo System: CD&FD612S/622S
Specification | Detail |
Product Series | AC servo system: CD&FD612S/622S |
Power Output | 1000W to 3000W |
Power Supply | 3-phase 380~415VAC |
Control Modes | Pulse/Analog (CD2S); EtherCAT, CANopen (FD2S) |
Feedback Support | Incremental, up to 24-bit Absolute Encoder |
Safety Compliance | CE, ROHS |
These AC servo motors provide the speed and precision needed for demanding tasks:
Provides a touchscreen interface for machine operation, visualization, and real-time monitoring of the servo system's status.
A complementary motion component used in systems where high holding torque and low-speed stability (rather than high speed) are required.
Supplies stable and reliable 24VDC power to the servo drive's control circuit and external automation components.
It provides high speed, dynamic response, and superior precision control, essential for rapid, repeatable automation.
It uses an encoder for feedback, allowing the drive to precisely adjust power to the motor for accurate speed and position control.
It uses two stator windings supplied with variable AC power to create a rotating magnetic field, which controls the rotor’s speed and torque.
Servomotors can be either AC (common in modern industry) or DC (used in smaller or older systems).
