Yaskawa JANCD-MMMI104 JANCU-MCP02B-1 Robot CPU Module With Control Board
Yaskawa JANCD-MMMI104 JANCU-MCP02B-1 Robot CPU Module With Control Board
Description:
The Yaskawa JANCD-MMMI104 and JANCU-MCP02B-1 Robot CPU Module with Control Board is a critical component used in Yaskawa Motoman robotic systems and YASNAC CNC control systems. It manages real-time motion control, signal processing, and system communication, ensuring precise and synchronized operation of robotic arms and CNC machines. Commonly applied in robotic welding, assembly, material handling, and CNC machining systems. Purchased by maintenance teams, OEMs, and integrators for replacement, repair, or refurbishment to restore robot controller functionality and maintain operational efficiency.
Applications:
The Yaskawa JANCD-MMMI104 and JANCU-MCP02B-1 module are used in robotic systems and industrial automation environments where precise motion control and real-time communication between controller modules are essential. It is deployed in Yaskawa Motoman robotic arms, CNC machining centers, and automated production systems to handle multi-axis motion processing, system coordination, and communication across subsystems for tasks such as welding, assembly, and part handling.
Technical Specifications:
• Manufacturer: Yaskawa Electric
• Model / Part Numbers: JANCD-MMMI104, JANCU-MCP02B-1
• Product Type: Robot CPU Module / Control Board
• System Compatibility: Yaskawa Motoman robotic controllers and YASNAC CNC systems
• Function: Manages motion control, signal processing, and system communication
• Axis Capability: Multi-axis motion control (up to 6+ axes depending on configuration)
• Installation: Internal mounting within robot controller or CNC system cabinet
• Construction: Industrial PCB assembly
• Application Type: Robotics, CNC machining, and industrial automation
• Status: Discontinued / legacy component
• Availability: Typically surplus, refurbished, or used
Common Replacements:
• Yaskawa JANCD-JCP01B-1
• Yaskawa JANCD-MCP02B
• Yaskawa JANCD-IO03E
Share
