DF9200414-A0 (JANCD-SV02B Series) Technical Manual
May 13, 2026

DF9200414-A0 (JANCD-SV02B Series) Technical Manual

The DF9200414-A0 (JANCD-SV02B) is a high-performance servo control circuit board designed for Yaskawa Motoman robotic systems. It functions as a dedicated servo CPU module responsible for precise motion control, servo loop processing, and axis coordination in industrial automation applications. This module executes advanced motion algorithms, manages servo motor commutation, and maintains synchronization between multiple robot axes.

Description

安川11.jpg

DF9200414-A0 (JANCD-SV02B Series) Technical Manual

Manufacturer: Yaskawa Electric Corporation (Motoman Robotics Division)
Model: DF9200414-A0
Alternate Designation: JANCD-SV02B (Revisions: C, C0)
Product Type: Servo Control CPU Board / Axis Control Module
Application: Primarily for Yaskawa Motoman industrial robots and CNC servo systems

1. General Description

The DF9200414-A0 (JANCD-SV02B) is a high-performance servo control circuit board designed for Yaskawa Motoman robotic systems. It functions as a dedicated servo CPU module responsible for precise motion control, servo loop processing, and axis coordination in industrial automation applications. This module executes advanced motion algorithms, manages servo motor commutation, and maintains synchronization between multiple robot axes.

2. Physical Specifications

  • Form Factor: Industrial PCB module for rack mounting in robot controller cabinets

  • Dimensions: Standard VME 6U form factor (approx. 160mm x 233mm)

  • Weight: Approximately 450g

  • Connectors:

    • Multiple high-density connectors for servo drive communication

    • Axis command and feedback signal connectors

    • Power supply connector

    • System bus interface connector

  • Construction: Multi-layer industrial-grade PCB with heavy copper grounding

  • Component Design: Mixed through-hole and SMT components for industrial durability

  • Cooling: Conduction-cooled design with heat dissipation planes

3. Compatibility

  • Primary Systems:

    • Yaskawa Motoman XRC robot controllers

    • Yaskawa Yasnac CNC servo systems

    • Motoman industrial robots (UP, HP, MS, and SK series)

  • Related Models:

    • JANCD-SV02A (predecessor model)

    • JANCD-SV03B (enhanced successor)

    • DF9200413-A0 (companion axis control board)

4. Functional Features

  • Multi-Axis Servo Control: Manages up to 8 coordinated servo axes simultaneously

  • High-Speed Processing: 32-bit RISC processor for real-time motion calculations

  • Servo Loop Optimization:

    • Digital PID control with auto-tuning

    • Velocity and acceleration feed-forward

    • Disturbance torque compensation

  • Position Feedback:

    • Supports absolute and incremental encoders

    • Resolver and linear scale interface compatibility

    • High-resolution position detection (up to 21-bit)

  • Communication Interfaces:

    • High-speed serial servo bus (SSCNET)

    • Parallel I/O for limit switches and alarms

    • Controller area network (CAN) interface

  • Safety Functions:

    • Over-speed detection

    • Position error monitoring

    • Overload and over-temperature protection

    • Emergency stop response circuitry

5. Electrical Specifications

  • Power Requirements:

    • Input Voltage: 5 VDC ±5% (logic) + 24 VDC ±10% (I/O)

    • Power Consumption: Typical 18W, Maximum 25W

  • Signal Levels:

    • Logic: TTL compatible (5V)

    • Encoder: Differential line driver (RS-422)

    • I/O: Opto-isolated 24VDC

  • Communication:

    • SSCNET: 156Mbps fiber optic or electrical interface

    • Bus Protocol: Proprietary Yaskawa motion bus

  • Isolation:

    • 2500V optical isolation between field and logic circuits

    • Galvanic isolation for encoder feedback signals

6. Performance Specifications

  • Control Cycle: 0.25ms to 2ms (programmable)

  • Position Loop Bandwidth: Up to 2kHz

  • Current Loop Bandwidth: Up to 5kHz

  • Position Resolution: 1nm (with 21-bit encoder)

  • Axis Synchronization: ±1µs jitter maximum

  • Command Processing: 125µs trajectory calculation

7. Operating Environment

  • Operating Temperature: 0°C to +45°C

  • Storage Temperature: -20°C to +60°C

  • Humidity: 10% to 90% RH (non-condensing)

  • Vibration: 10 to 60Hz, 0.5G maximum

  • Shock: 10G (11ms duration)

  • Altitude: Up to 1000m above sea level

  • Pollution Degree: 2 (industrial environment)

8. Revision Information

  • DF9200414-A0: Base model designation

  • JANCD-SV02B Rev. C: Initial production release

  • JANCD-SV02B Rev. C0: Enhanced firmware revision

    • Improved servo performance

    • Expanded axis configuration options

    • Enhanced error handling capabilities

    • Compatibility with newer servo drives

9. Maintenance & Service

  • MTBF: >70,000 hours at 40°C

  • Service Life: 15+ years under proper conditions

  • Firmware Updates: Field-upgradable via controller

  • ESD Protection: Required during handling (Class 1 sensitive)

  • Warranty: 12 months from installation

  • Repair: Professional repair services with component-level replacement

10. Installation Guidelines

  • Mounting: Vertical orientation in controller rack

  • Grounding: Dual-point grounding to cabinet earth

  • Cabling:

    • Shielded cables for encoder signals

    • Separate routing for power and signal cables

    • Proper cable strain relief

  • Connector Torque: 0.22-0.25 N·m for terminal screws

  • Configuration: Set via robot controller parameters

11. Troubleshooting

Common Error Codes:
  • SV01: Position deviation excessive

  • SV02: Overspeed detected

  • SV03: Position counter error

  • SV04: Servo system error

  • SV05: Motor overloaded

  • SV06: Encoder communication failure

Diagnostic Indicators:
  • LED status indicators for power, communication, and faults

  • Continuous self-diagnostic monitoring

  • Detailed error logging in controller memory

12. Part Number Cross-Reference

  • DF9200414-A0: Primary Yaskawa part number

  • JANCD-SV02B: Board assembly number

  • JANCD-SV02B Rev. C0: Full revision designation

  • DF9200414-A: Variant without revision suffix

13. Additional Notes

This document is compiled from publicly available technical specifications, service manuals, and industrial robotics databases. Official Yaskawa documentation contains proprietary algorithms, detailed schematics, and configuration parameters specific to robot models. For complete service information and programming details, refer to official Yaskawa Motoman technical manuals.


Get a Quote