Shinko Servo Drive Manual Jun 2026
Note: Shinko Technos Co., Ltd. also provides technical documentation for controllers at shinko-technos.co.jp . Conclusion
When setting up a Shinko drive, configure these core parameters first: Parameter Code Description Default Value Recommended Action Control Mode Selection 0 (Position) Set to 0, 1 (Speed), or 2 (Torque) P1-02 Motor Model Code Match this to the motor nameplate code P2-01 Proportional Position Gain Increase slowly to reduce positioning lag P2-05 Speed Loop Integration Time Decrease to stiffen response; avoid oscillation P4-00 Electronic Gear Ratio (Numerator) Adjust to scale input pulses to mechanical distance P4-01 Electronic Gear Ratio (Denominator) Must match mechanical pitch and resolution 4. Servo Tuning and Optimization
Included in PC Loader for easy frequency analysis of the mechanical system. 2. Installation and Safety Precautions shinko servo drive manual
Root Cause: Continuous operating torque exceeds the continuous rating of the motor; mechanical binding or jam; duty cycle is too aggressive.
The unit lacks a built-in power switch; install a separate circuit breaker or fuse (recommended: 250V AC, 2A time-lag fuse) nearby. 3. Installation and Wiring Note: Shinko Technos Co
Matches the controller pulses to the physical distance traveled by the machine mechanism.
Desired Pulses Per Rev=10 mm0.001 mm/pulse=10,000 pulsesDesired Pulses Per Rev equals the fraction with numerator 10 mm and denominator 0.001 mm/pulse end-fraction equals 10 comma 000 pulses Servo Tuning and Optimization Included in PC Loader
Before diving into the technical specifics, it is crucial to understand why keeping a physical or digital copy of your specific Shinko manual is non-negotiable.
: Shinko drives often support high-frequency pulses (up to 2MHz input) and come with PC Loader Software for FFT frequency analysis.
This article serves as a guide to understanding the key components, parameters, and procedures found in Shinko AC servo driver documentation, helping you maximize equipment uptime and performance. 1. Understanding the Shinko Servo System Architecture
Use M3 screw insulation sleeve terminals.
