Shinko Servo Drive Manual ((new)) Today

Understanding the Shinko Servo Drive Manual: A Comprehensive Guide

Model Identification: Before downloading, verify your model. Labels are typically found on the side of the unit, indicating the series name (e.g., SDD, BCx2, or ACD series). shinko servo drive manual

Shinko servo drive manuals typically include the following chapters to guide users through the entire system lifecycle: System Configuration Understanding the Shinko Servo Drive Manual: A Comprehensive

Safety Precautions and Warnings

Alarm and Warning List
A comprehensive fault code section (e.g., overcurrent, overspeed, EEPROM error) includes probable causes and corrective actions—essential for minimizing downtime. Pn100: Position loop gain (higher = faster response,

Group 2: Gain and Tuning (Pn100 – Pn1FF)

• Pn100: Position loop gain (higher = faster response, but risk of oscillation). Typical range: 20 – 100 rad/s.
• Pn101: Speed loop gain. Must be tuned after position gain. A common vibration issue is mismatched Pn100/Pn101 ratios.
• Pn102: Speed loop integral time constant. Lower values increase stiffness but can cause overshoot.

2. Control Signal Wiring (CN1 Connector)

Most Shinko drives use a high-density DB44 or similar connector for I/O. Key pins usually include:

10. Maintenance and Replacement

• AL.11 / AL.12 (Overcurrent): Usually a short circuit in the motor cable (U/V/W to Ground) or a blown IGBT module inside the drive.
• AL.21 / AL.22 (Overload): The motor is pushing too hard for too long. Check for mechanical binding or increase the acceleration time.
• AL.30 (Regeneration Error): The regenerative resistor is overloaded (braking too frequently) or missing. Check the external resistor wiring.
• AL.41 (Overvoltage): Input voltage is too high, or the braking energy is too high for the drive to absorb.