PRODUCT DESCRIPTION
YASKAWA ELECTRIC JANCD-FC301-3 - Robot Controller CPU Board
The YASKAWA ELECTRIC JANCD-FC301-3 is a core central processing unit (CPU) board designed for integration into Yaskawa industrial robot controllers. This component serves as the primary computational engine, executing motion control algorithms, managing system I/O, and facilitating communication protocols essential for multi-axis robot operation. It is critical for applications requiring precise trajectory generation, sequence programming, and coordinated control within automated manufacturing environments.
Technical Specifications:
- SERIES/FAMILY: Yaskawa JANCD Series (Controller Boards)
- COMPONENT TYPE: Robot Controller CPU Board / Main Control PCB
- ELECTRICAL SPECS: Operates on internal DC power supplied by the host robot controller's power supply unit. Not a direct power conversion or output component.
- MECHANICAL/PHYSICAL: Printed Circuit Board (PCB) form factor, designed for slot-in installation within a Yaskawa robot controller cabinet. Specific dimensions are dependent on the host controller chassis.
- INTERFACE/CONTROL: Manages high-speed communication with servo drives (typically via Mechatrolink-III or later), processes digital and analog I/O signals from peripheral devices, and provides interfaces for programming pendants and external network communication modules (e.g., Ethernet, DeviceNet, PROFINET, EtherNet/IP) via the controller's backplane. Executes INFORM programming language.
- ENVIRONMENTAL/MOUNTING: Designed for internal installation within a protected industrial robot controller cabinet. Cooling is typically achieved through forced air circulation within the cabinet. Mounting is via a backplane connector and retention hardware.
- COMPATIBILITY/APPLICATION: Essential component for Yaskawa MOTOMAN industrial robot systems, specifically within the main controller unit (e.g., DX100, DX200, YRC1000 series, depending on system generation). Utilized in applications such as material handling, welding, assembly, painting, and other automated processes requiring precise multi-axis motion control.