E4809-045-112-C
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The E4809-045-112-C was manufactured by Okuma as part of their E4809 PC Board Series. The E4809-045-112-C is a OPUS 5000 that features multiprocessor CNC techonolgy that allowing for effective NC system fucntionality. With a variety of function options, the E4809-045-112-C makes a great option to meet your automation needs.
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Product Description:
The E4809-045-112-C PC board offered by Okuma is a TCC-A board in the OPUS 5000 power supply operated with CNC controls. This board supports configuration with predefined industrial motion controls. The product is connected by a simple plugging action. The accessory is used to electrically connect and mechanically support various types of electronic components on copper sheets that are laminated on a non-conductive substrate. The circuit connections on the unit facilitate the flow of current among the components without the need for bulky wiring. Each component type of the PCB is associated with a specific function that is determined by the overall function of the board. It weighs 0.39kg.
The PC board houses a battery as one of its most important components. This battery helps to provide the required power for its working. This board also incorporates several integrated circuits of different sizes. These integrated circuits are essentially chips with many miniature-sized components, each of them having a dedicated function. The capacitors in the accessory help to release or store the electrical charge when there is an electricity flow between the components of the board. They store the excess electrical charge produced within the unit and release it when extra electrical power is needed. This E4809-045-112-C board comes with backup support for one year and is sent through a trustworthy vendor network.
This printed circuit board uses resistors to regulate the electrical current flow by providing the required resistance to generate a voltage and dissipate the electrical power in the form of heat. Its transistors function as amplifiers to control or switch the electric and electronic signals. The inductors of the accessory store the energy produced by the flow of electric current in the form of a magnetic field. The diodes in the unit allow the electric current to flow in a single direction. The sensors detect environmental changes and produce signals according to the change and transfer them to other components.
