E4809-CD-N-6 by Okuma

The Okuma E4809-CD-N-6 is part of the E4809 CNC Boards series from Okuma designed for high-performance industrial automation applications. This CNC control board features a rack-mount chassis configuration and a corrosion-resistant finish to withstand harsh shop-floor environments. With integrated cable management and a low-voltage control circuitry electrical rating, the board simplifies installation and maintenance while ensuring reliable signal distribution. Its sturdy metal or polymer composite construction delivers the durability required for continuous operation, and compliance with UL, CE, and IEC safety standards underscores its commitment to international quality and safety requirements.

Incorporating robust engineering, the E4809-CD-N-6 offers an IP65 ingress protection rating and is built with industrial-grade vibration resistance to maintain stable performance under mechanical stress. The substrate is a green fiberglass PCB populated with integrated capacitors and resistors, providing consistent inline signal processing and command handling. Mounting options include snap-in or bolt-on installation on DIN rail or panel mount, enhancing flexibility in retrofits or new machine designs. The board supports industrial temperature ranges, ensuring thermal stability, and its protective coating helps prevent corrosion in demanding environments.

Beyond core functionality, the E4809-CD-N-6 maintains compatibility with a wide range of Okuma CNC machines, facilitating seamless system integration. Optional accessories such as sub-module supports and wiring connectors allow customization to specific machine tool architectures. Its modular layout grants easy access to components for rapid servicing, reducing downtime and maintenance costs. Certified to UL, CE, and IEC standards, this CNC board combines precision, durability, and efficiency—delivering reliable real-time control and high-speed data processing for industrial machining centers, lathes, and other automation systems where uptime and performance are critical.