JANCD-CP11 (Yaskawa ERC Robot Main CPU Board)
Description
Basic Specifications
Manufacturer: Yaskawa Electric (Yasnac/Motoman)
Model: JANCD-CP11 (CP11, not CPII)
Type: Robot Main CPU / Motion Control Board
Compatible System: Motoman ERC Robot Controller (exclusive; not for J50/CP50 series)
Processor: 16/32-bit industrial CPU (ERC-era)
Max. Control Axes: Up to 6 axes (standard robot)
Power Supply: 24 V DC
Weight: Approx. 0.45 kg
Operating Temp: 0 °C ~ 45 °C (industrial)
Status: Discontinued (new old stock, refurbished, used)
Warranty: 12–24 months (seller-dependent)
Key Features
ERC Robot Core: Dedicated CPU for ERC-series robots, handling motion control, program execution, and system management.
6-Axis Motion Control: Optimized for 6-axis robotic arms; supports point-to-point, linear, and circular interpolation.
Compact & Rugged: Vibration-resistant, EMI-hardened PCB for factory floor conditions; designed for long-term reliability.
Onboard Diagnostics: Built-in self-diagnosis and error logging for fast troubleshooting and maintenance.
Legacy Communication: Supports serial (RS-232C) and I/O linking to teach pendants, peripherals, and older Yaskawa drives.
Core Functions
Execute robot programs and compute real-time joint/trajectory motion.
Control servo drives for 6 robotic axes; manage speed/position loops.
Handle I/O signals, teach pendant communication, and system safety logic.
Store robot parameters, user programs, and tool data.
Provide fault diagnostics and error codes for quick repair.
Compatibility & Notes
CP11 vs. CP50/CP50B: CP11 = ERC robot CPU; CP50/CP50B = J50 CNC CPU — not interchangeable (different hardware, firmware, and form factors).
Not CPII: The correct part number is CP11 (Roman numeral II is a common miswriting).
Legacy Only: Exclusively for Motoman ERC robots (pre-NX100/DX100); no longer in production.
Quick Comparison: CP11 vs. CP50B
| Feature | JANCD-CP11 | JANCD-CP50B |
|---|---|---|
| Primary Use | ERC Robot Controller | J50 CNC Controller |
| Max Axes | 6 axes (robot) | 16 axes (CNC/machine) |
| Processor Era | Older 16/32-bit | 32-bit high-speed |
| Interpolation | Robot motion-focused | CNC high-precision (0.05 ms/command) |
| Communication | RS-232C, legacy I/O | Profibus-DP, CAN, Modbus |
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