E4800-S10-005 Okuma
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The E4800-S10-005 is a high-speed spindle motor with a rated power of 5 kW and an oil-cooled design. Manufactured by Okuma as part of their E4809 CNC Boards series, it has a rated voltage of 380 V. This flange-mounted motor operates at 8000 rpm, features IP54 protection, and weighs 24 kilograms.
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Product Description:
The E4800-S10-005 circuit board by Okuma serves as an operational interface layer between a computerized machine’s controller and its connected hardware elements. Okuma provides durable components with flexible applications to manufacturing industries.
The E4800-S10-005 circuit board is a printed interface unit used in machine control systems. It weighs only 0.43 kilograms and is part of the electrical I/O setup. Its primary role is to facilitate signal control and relay switching between the CNC controller and connected devices such as actuators, sensors or other industrial automation elements. The board is built with multiple electromechanical relays that operate at 24V DC which is suitable for isolating control signals from output loads. These relays are arranged along the edges by allowing for clean wiring and separation between input and output functions. It is populated with 28 LED indicators labeled HS1 through HS28 which likely map to input signal channels for monitoring or diagnostics. Its 8 more LEDs marked with OP1 to OP8 are positioned to represent output signal states. A central component, the ULN2803 is used for signal driving and relay triggering.
The E4800-S10-005 circuit board’s IC is a transistor array capable of handling the current requirements and is commonly used in input or output interface boards. A 50-pin IDC connector is located on the upper right of the board which aids in providing the communication and power link point to the main controller. This format supports ribbon cables and maintains secure multi-line connectivity. On the left side, a screw terminal block is present for external wiring connections which permits simple installation and maintenance. Its construction is highly reliable for signal routing with a clear circuit path and organized component positioning.
