DF9202142-C1 Product Technical Manual

Manufacturer: Yaskawa Motoman

Model: DF9202142-C1

Board Alias: JANCD-MCP10 (C1 Hardware Revision)

Product Type: Robot / CNC System Main Control Board / CPU Computing Board

Compatible Systems: Yaskawa YASNAC i80, i90 series CNC controllers / Some DX series robot controllers

I. Product Overview

DF9202142-C1 (JANCD-MCP10) is the core main control board of the YASNAC i80/i90 numerical control system, a C1 hardware revision version.

As the central computing unit of the system, it is responsible for CNC trajectory interpolation, multi-axis motion coordination, PLC logic control, I/O signal processing, axis parameter calculation, and external communication management. It integrates a high-speed DSP + FPGA architecture and is compatible with CNC lathes, machining centers, grinding machines, robot linkage units and other precision equipment.

II. Versions and Compatibility

1. Version Differentiation

DF9202142-C1: C1 Hardware Revision Version (Stable Optimized Version)

DF9202142-C0: C0 Initial Version (Early Hardware)

DF9202142-D0/D1N: D Series Upgrade Version (Enhanced Safety Function)

DF9202142-E0: Latest Hardware Iteration Version

2. Compatibility

Fully Compatible: YASNAC i80, i90 series CNC controllers

Partially Compatible: Some DX series robot controllers (Requires software matching)

Replacement Relationship

C1 can directly replace C0 (Hardware / Software Full Compatibility)

D Series can replace C Series (Function Enhancement)

C Series cannot be replaced by D Series (Lacks Safety Hardware)

Incompatible: XRC, NX100, YRC1000 and other series controllers

III. Physical Specifications

Board Type: Standard 6U VME Industrial Card

Size: Approximately 300×160×20mm

Weight: Approximately 0.8kg

Core Chip: 32-bit Motion Control DSP, Large-capacity FPGA, SRAM/Flash Storage Chips

Interface Configuration

CN1: VME Backplane Bus Interface (System Main Communication)

CN2: Axis Control Signal Interface (Servo Command / Encoder Feedback)

CN3: High-Speed I/O Interface (Emergency Stop, Limit Switch, Enable)

CN4: Communication Interface (RS232/RS422, Ethernet, MELSEC)

CN5: Expansion Module Interface (I/O Expansion, Axis Expansion)

CN6: JANCD-MMM02 Memory Sub-board Interface

CN7: Teaching Pendant / Operation Panel Interface

LED Indicators: PWR (Power), RUN (Operation), ALM (Fault), CPU (Computation), COM (Communication), AX (Axis Status)

Process: 8-layer PCB, Gold Plating Process, Industrial-grade Wide Temperature, Three-Protect Coating, EMI Shield Design

IV. Core Functional Characteristics

1. Central Control Computing

Control Architecture: DSP + FPGA Dual Processor Parallel Computing

Maximum Number of Controlled Axes: 8 Axes Synchronous Interpolation Control

Interpolation Function

Straight Line, Arc, Spiral, Spline Interpolation

Forward Preprocessing (Up to 128 Program Segments)

Nanometer-level Position Control Accuracy

PLC Function

Built-in IEC 61131-3 Standard PLC

Program Capacity: 128k Steps

I/O Processing: 1024 Points Input / 1024 Points Output Scan cycle: ≤ 1ms

2. Motion control performance

Position loop refresh cycle: 0.25ms (high-speed, high-precision)

Speed control range: 1:100000

Positioning accuracy: ±1 pulse (encoder resolution 16~23bit)

Synchronization accuracy: Multi-axis synchronization error ≤ ±0.1μm

Acceleration and deceleration control: S-curve, straight line, exponential acceleration

3. Communication and expansion

Standard communication: RS232, RS422, Ethernet (TCP/IP)

Fieldbus: Supports Profibus-DP, DeviceNet, CC-Link

Memory expansion: Supports JANCD-MMM02 memory sub-board

SRAM: Maximum 8MB (parameters / program storage)

Flash: Maximum 32MB (system / software storage)

I/O expansion: Supports JANCD-IO series expansion modules

4. Diagnosis and protection

Power-on self-detection, real-time hardware fault diagnosis

Fault code storage (up to 1024 historical records)

Overcurrent, overvoltage, overload, overheating multiple protections

Real-time encoder signal verification, open-circuit detection

Watchdog circuit, power monitoring

5. Electrical parameters

Power supply: VME backplane 5VDC ±5%, 12VDC ±10%

Board power consumption: Approximately 18W

Operating temperature: 0℃～+55℃

Storage temperature: -40℃～+85℃

Humidity: 5%～95% RH (no condensation)

Vibration: 10～500Hz / 2G

Impact: 20G / 11ms

Insulation strength: 2500VAC (signal and power between)

6. Typical applications

YASNAC i80/i90 CNC system main control unit

CNC lathes, machining centers, grinding machines, milling machines

Laser cutting, water jet cutting, plasma cutting equipment

Robot and CNC compound processing unit

Electronic manufacturing, semiconductor packaging precision equipment

Multi-axis coordinated control system for automated production lines

Summary: DF9202142-C1 (JANCD-MCP10) is the core main control board of the Anson YASNAC i80/i90 system. C1 is a stable hardware revision version, featuring 8-axis high-speed, high-precision interpolation, built-in PLC, and multi-bus communication capabilities. It is the core control module for precision CNC machining and automation equipment, and can directly replace the C0 version.