JANCD‑CP04B – Product Description
May 29, 2026

JANCD‑CP04B – Product Description

JANCD‑CP04B is a high‑performance CNC CPU / motion control board manufactured by Yaskawa Electric, as an upgraded variant of JANCD‑CP04. It serves as the central control unit for Yasnac XRC / Motoman robot controllers and Yasnac LX1 / MX1 / X1 CNC systems, widely deployed in industrial robots, machine tools, and automation lines for real‑time, high‑precision motion control and system management.

Description

Specifications

  • Brand: Yaskawa Electric

  • Model: JANCD‑CP04B

  • Type: CNC CPU Board / Robot Motion Control Module

  • Applicable Systems: Yasnac XRC Robot, Motoman Controllers, LX1 / MX1 / X1 CNC

  • Applications: Industrial robots, CNC machine tools, automated production lines

  • Origin: Japan

  • Power Supply: 24 V DC, max 1.5 A

  • Weight: Approx. 0.5–0.6 kg

  • Warranty: 12 months

  • Condition: New original / refurbished available

  • Status: Discontinued by OEM; genuine stock & refurbished available

Key Features

  1. High‑Speed Industrial CPU
    Dedicated Yaskawa processor for fast program execution and complex motion tasks in robotics and machining.
  2. Enhanced Multi‑Axis Motion Control
    Optimized servo logic for synchronous multi‑axis coordination, ensuring high positioning accuracy and smooth motion.
  3. Broad Compatibility & Plug‑and‑Play
    Seamless integration with XRC robot controllers and LX1/MX1/X1 CNC platforms; easy installation and replacement.
  4. Industrial‑Grade Reliability
    High‑density PCB, resistant to high temperature (0–55 °C), vibration, and EMI; stable operation at up to 80 % humidity (non‑condensing).
  5. Improved Thermal Stability
    Optimized heat dissipation for long‑term heavy‑duty operation without overheating.
  6. Compact & Robust Construction
    Industrial connectors and compact layout for easy maintenance and space‑saving cabinet mounting.

Core Functions

  • Executes CNC/robot programs and precisely controls servos, spindles, and robot joints.

  • Real‑time I/O, sensor, and communication data processing.

  • Built‑in self‑diagnostics for fast fault detection and reduced downtime.

  • High‑speed data transmission for system stability and efficiency.

  • System parameter, memory, and peripheral communication management。


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