E4809-770-089-C by Okuma

The Okuma E4809-770-089-C belongs to the prestigious E4809 CNC Boards series by Okuma, meticulously engineered for high-performance industrial automation. This CNC control board features a Voltage Rating of 600 V and a Current Rating of 25 A, delivering robust power handling for precision machining applications. Constructed from durable Aluminum Alloy and utilizing Forced Air cooling, it maintains optimal thermal stability under continuous operation. The primary function of this board is to execute complex CNC procedures with exceptional accuracy, serving as the central controller for computerized machine tools in demanding manufacturing environments.

Incorporating a Panel Mount design and measuring 120 mm x 80 mm x 50 mm, the E4809-770-089-C is compact yet comprehensive. It offers a Power Rating of 300 W and operates reliably across a wide Operating Temperature range from -40°C to 125°C. The board’s Insulation Level of 1000 V ensures high dielectric strength, while its Tolerance of ±1% guarantees precision signal processing. With a fast Response Time of 10 ms, this controller can react swiftly to input changes and maintain exacting control loops. A reliable Screw Terminal Connector Type provides secure connections, and the system supports a Mounting Type of Panel Mount, simplifying integration into existing CNC cabinets.

Beyond its core specifications, the E4809-770-089-C weighs 2.5 kg and demonstrates exceptional durability for long-term industrial use. Its forced air cooling system enhances efficiency by preventing thermal overload, and the aluminum alloy substrate contributes to mechanical resilience. The board’s insulation rating and robust construction support compliance with stringent electrical safety requirements. By delivering stable power distribution and rapid response characteristics, this CNC controller optimizes machine uptime and accuracy. Implementing the E4809-770-089-C in manufacturing lines elevates operational reliability, enhances throughput, and ensures consistent, high-quality machining outcomes.