E4809-770-086-E Okuma
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The E4809-770-086-E CNC board operates on a dual voltage of 110/220 V AC, features a high-performance digital signal processor, and offers RS232 and Ethernet communication interfaces. Part of the E4809 CNC Boards series by Okuma, it supports both panel and rack mounting and functions within a temperature range of 0°C to 50°C.
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Product Description:
The E4809-770-086-E Circuit Board is manufactured by Okuma and is designed to function in conjunction with CNC operator interface systems. The board is primarily responsible for coordinating the tasks of the CNC control systems and mechanical control components, including knobs, switches, and signs.
The E4809-770-086-E circuit board has several ribbon connectors, including 10-pin and 14-pin types that make it easy to connect to different control elements. The board has blue D-sub style headers that allow for safe and long-lasting cable hookups. HC245, HC244, and HC14 are integrated circuits on the board that work as buffers and inverters to handle logic-level signals. There are Omron G5V-1 style relays fixed that handle low-power switching for the outputs. In this package, there are electrolytic and ceramic capacitors that filter and separate the data and power lines. There are silkscreen marks on the PCB that say things like XB3, XB5, XB11, and XB12, which help with finding cables and routing them correctly. The board is mounted with four screw holes, which allows for both mechanical attachment and electrical grounding inside the control box. The board is meant to connect to CNC control series like the OSP500, OSP700, OSP1000, OSP2000, or E5 Panels, which are used in factory automation systems.
The E4809-770-086-E circuit board also lets the emergency stop circuits and the CNC processor talk to each other, which keeps the operator safe. It takes data from the machine's front panel selector switches and status lights and processes them. The board has solder mask clearances that meet consistent production standards and trace-width sizes that meet controlled impedance requirements. The design considers the fact that certain discrete logic control circuits are employed in legacy or hybrid CNC configurations.
