KND SD100 Digital AC Servo Installation and Debugging Manual


KND SD100 Digital AC Servo Installation and Debugging Manual - cover page
Brand
KND
Document type
User Manual
Language
Chinese
Pages
12
File format
PDF
File size
146 KB
Updated
10 February, 2012
MD5 checksum
31CEAFDAA39F4FD0B678E482E22BC033

About this manual

This manual explains how to install, connect, and configure the KND SD100 digital AC servo drive. It covers pre‑power checks, wiring diagrams, parameter setting procedures, performance optimization, and common fault handling.

Appendices include a motor‑model code table and detailed parameter tables for the SD100 drive, helping users match motor specifications and adjust settings for optimal operation. This manual is written in Chinese.

What's inside

  • Servo Connection Diagram
  • Pre‑Power Checks
  • Power‑On Checks
  • Parameter Setting
  • Parameter Table
  • Performance Optimization
  • Common Fault Handling
  • Appendix: Motor Code Table

Specifications

Main three‑phase input voltage range220 V (‑15% ~ +10%)
Auxiliary single‑phase input voltage range220 V (‑15% ~ +10%)
Brake voltage for 110/130 series motorsDC 24 V (‑15% ~ +10%)
Brake voltage for 150 series motorsDC 100 V (‑15% ~ +10%)
Parameter 0 – Password315
Parameter 4 – Control mode0 (position control)
Parameter 14 – Pulse input mode1 (bidirectional)

Frequently asked questions

What checks should be performed before powering the SD100 servo driver?

Verify that the driver and motor connectors are correctly wired and the phase sequence is correct, ensure the motor brake wiring is proper, and confirm the encoder connection and screw tightness.

How are modified parameters saved in the SD100 driver?

Press the confirm key to enter the EE‑SET state, hold the key for more than three seconds until “START” appears, then wait for “FINISH” to confirm the parameters are saved.

What does alarm code 2 indicate and how can it be resolved?

Alarm code 2 means power over‑voltage; ensure the main power input voltage does not exceed 240 V.

How can motor noise be reduced by adjusting gain parameters?

Reduce parameters 7 (torque filter) and 8 (speed low‑pass filter) from their default of 100 in steps of 10 until the noise stops, staying within the 20‑80 range.

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