The Yaskawa Electric JZNC-YRK51-1E is a high-performance CPU control board specifically designed for the Motoman YRC1000 and DX series robot controllers, acting as the primary logic processor for multi-axis servo synchronization and robotic motion path planning.
Product Parameters (Datasheet)
- Model Number: JZNC-YRK51-1E
- Device Type: CPU-Robot Control Board / Servo Drive Controller
- System Compatibility: Yaskawa Motoman YRC1000 / DX200 Controller Series
- Processor Architecture: High-speed RISC 64-bit multi-core processor
- Memory: Integrated high-speed SDRAM and Flash for system software storage
- Communication Bus: Mechatrolink-III (high-speed fieldbus for servo synchronization)
- Interface Ports: Ethernet (10/100/1000 Mbps), RS-232C, and specialized encoder feedback links
- Axis Control: Capable of controlling up to 8 axes (expandable via auxiliary boards)
- Operating Voltage: Internal DC supply from the controller power unit
- Thermal Management: Integrated heat sink for passive cooling within the controller cabinet
Country of Origin
This precision robotic component is engineered and manufactured by Yaskawa Electric Corporation in Japan, ensuring the rigorous reliability required for high-speed industrial robotics.
Application Fields
The JZNC-YRK51-1E is the central intelligence unit for Motoman robots in several key industries:
- Automotive Manufacturing: Coordinating high-speed spot welding and precision assembly lines.
- Electronics Assembly: Managing ultra-fast pick-and-place operations and PCB soldering.
- Palletizing & Logistics: Real-time path optimization for heavy-load material handling robots.
- Arc Welding: Synchronized motion between the robot arm and external rotary positioners.
- Cleanroom Applications: Used in semiconductor wafer handling where precise, vibration-free motion is critical.
Product Usage Instructions
- Preparation: Power down the YRC1000/DX controller and wait at least 5 minutes for the DC bus capacitors to discharge safely.
- ESD Protection: Wear a grounded anti-static wrist strap. The JZNC-YRK51-1E contains highly sensitive microprocessors that can be destroyed by static.
- Installation: Slide the CPU board into the designated rack slot. Ensure the backplane connectors are perfectly aligned before applying pressure.
- Wiring: Reconnect the Mechatrolink communication cables and encoder feedback harnesses. Ensure all thumb-screws are tightened to maintain a solid ground connection.
- Initialization: Upon first boot, the system may require a firmware match or a “CMOS Clear” followed by a backup restoration from the robot’s CF/SD card.
Product Technical Description
The JZNC-YRK51-1E serves as the “Main CPU” of the robot’s brain. Technically, it executes the kinematic calculations required to translate Cartesian coordinates (X, Y, Z) into individual motor pulses for each robot joint. Utilizing the Mechatrolink-III protocol, it achieves sub-microsecond synchronization between axes, allowing for smooth, fluid motion even at 100% velocity. The “1E” revision features improved processing overhead, allowing the robot to handle complex sensors (like 3D vision or force sensing) without interrupting the primary motion loop.
Q&A (Common Questions)
Q: Can I use the JZNC-YRK51-1E in an older NX100 controller? A: No, this board is designed for the high-speed architecture of the YRC1000/DX series. The physical connectors and communication protocols are not backwards compatible with NX100.
Q: What does a “CPU Communication Error” on the pendant usually mean? A: This often indicates a seating issue with the JZNC-YRK51-1E or a failure in the Mechatrolink cable. Try reseating the board first before considering a replacement.
Q: Is the robot’s software stored on this board? A: The system firmware resides in the Flash memory, but the specific robot jobs (programs) and calibration data are typically stored on a separate CF card or CMOS memory module attached to the board.
Q: Does this board control the safety signals (E-Stop)? A: While it processes safety logic, the physical E-Stop circuit is usually managed by a dedicated Safety Logic Circuit board (like the JZNC-YRK01) in tandem with this CPU.
Similar Model Recommendations
- Yaskawa JZNC-YRK51-1F (Updated Revision)
- Yaskawa JZNC-YRK01-1E (Safety Logic Board)
- Yaskawa JANCD-YCP01 (DX100 CPU Variant)
- Yaskawa JZNC-YIU01-E (I/O Unit Interface)
- Yaskawa JANCD-YIF01-1E (Fieldbus Interface Card)
For technical support or to request a quote for the Yaskawa JZNC-YRK51-1E, please contact our robotic parts department.
