E4809-770-021-A
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In-Stock, Ships 1-2 Days
The E4809-770-021-A was manufactured by Okuma as part of their E4809 PC Board Series. The E4809-770-021-A is a SVC BOARD that features multiprocessor CNC techonolgy that allowing for effective NC system fucntionality. With a variety of function options, the E4809-770-021-A makes a great option to meet your automation needs.
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Product Description:
Okuma corporation has been in the business of manufacturing industry solutions for several years. The corporation started as a noodle machine manufacturing company and has evolved over the years to be what it is now. It has operations all over North America, Europe, and other Asia Pacific countries, with its headquarters in Oguchi, Japan. It has manufactured and still manufactures numerous industry solutions. These include CNC machines, electronic control equipment, servo boards, encoders, electrical motors, spindles, drives, lathe machines, and several other automation systems and motion control solutions.
The E4809-770-021-A, manufactured by Okuma, is a printed circuit board in the E4809 series. It is designed to be used in CNCs, servo drives, and motors. The board functions as a digital controller unit in several automation products manufactured by Okuma. It features a sturdy cladding material that is resistant to corrosion and contamination and provides the needed mechanical support to different kinds of electrical components. It is also manufactured with a high-quality aluminum alloy, which is resistant to pressure and temperature.
The firmware configuration required to run the machine in use is stored in the E4809-770-021-A. The board can be reused in other products and its compact design allows for easy transportation and protection from damages. The board was designed with advanced optimization capacities; therefore, it performs optimally whenever it is used. The installation time of the board is simple and short and should be carried out by a professional. The device in which it is used should be installed at a maximum height of 1000m above the mean sea level. It should also be operated at a maximum ambient temperature of 40°C and maximum relative humidity of 95%.
