E4809-045-057-E Okuma
Wake Industrial LLC is not an authorized distributor of this product.
The Okuma E4809-045-057-E, part of the E4809 CNC Boards series, operates at a voltage rating of 480V. It has a current rating of 45 Amps, a tolerance of ±5%, and a compact design with dimensions of 25mm x 15mm x 10mm. The board operates within a temperature range of -40°C to +125°C and weighs just 150 grams.
Internal Product Review
E4809 series Okuma E4809-045-057-E circuit board offers exceptional performance for industrial automation. It operates within a 5V to 12V range and supports serial and parallel communication protocols. Its design handles high-frequency signals by making it ideal for demanding applications in CNC systems.
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Product Description:
The E4809-045-057-E CNC Circuit Board is a sturdy and efficient structure that can be used in an array of industrial settings. This product is made by Okuma company which offers high-quality, innovative solutions that set the bar for reliability in industrial automation.
This E4809-045-057-E circuit board represents a superior industrial control solution design. The circuit board merges octal D-type flip-flops with binary counters as LS161 together with LS374 to store data and handle signal timing. Digital signal movement gets controlled by these elements while motor control and sensor readings enable proper system functioning. Several capacitors are present on this E4809 CNC series circuit board with extended electrolytic types used for power filtering and small ceramic types serving as high-frequency noise reducers. Stabilization of the voltage supply depends on such parts which guarantee that logic components receive clean and stable power. Board-mounted resistors function as current regulators that shield components against power surges that might damage them. Built-in protection features emerge from the combination of diodes and transistors which ensures the system restrict damaging voltage spikes and incorrect current distributions.
The E4809-045-057-E circuit board creates a data link with external devices and other components through connectors which are prominent as CN1 to CN3 which accept serial and parallel communication protocol signals. The board design indicates operation among systems that need dependable and precise controls. The board operates using standard voltages from 5V to 12V while its components consume low power and maintain high-frequency signal functionality making it adaptable to multiple system requirements. Industrial systems heavily rely on this component for vigorous operation since it requires proper digital signal processing.