E4809-05-110-C Okuma
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The E4809-05-110-C electromagnetic clutch offers a torque of 5 Nm, operates at 24 VDC with a power consumption of 20 W, and has a flange mount design. Part of the E4809 CNC Boards series by Okuma, it features an enclosure rating of IP40 and a response time of 30 ms for engagement and 20 ms for release.
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Product Description:
The model E4809-05-110-C is designed as a control circuit board that processes and controls digital signals between the main unit and peripheral components. The manufacturing entity Okuma creates this part and uses rugged designs for steady operation in multiple industrial automation sectors.
The E4809-05-110-C circuit board features the OCL518 SPI which is an interface chip enabling efficient data transfer between components by offering noiseless communication. The SVPE105BU and SVPE105BL are memory modules that are used in storing critical program data and firmware that are needed even when the power is switched off. These chips offer the storage required by configurations and instructions of operation. HD63B00P12F is a microprocessor to performs system functions and processes control commands in real time by assuring that the system execution is as expected. The HM6264ALP-10 chip is used as static RAM where temporary data storage of operations that need fast access is carried out. This memory is fast and the system can store as well as retrieve information in milliseconds which is necessary in the constant running of the system. The HM6117 is another SRAM chip that supports temporary storage that ensures a smooth flow by enabling quick data storage and retrieval.
The E4809-05-110-C circuit board’s TDK CN-3851 is an inductor or capacitor component that functions in power stability and signal filtering. It will assist in minimalizing the voltage fluctuation and make sure that other parts get a constant supply of power. The ALS244 is a bus driver IC that eases the communication amongst the various circuit blocks. It guarantees appropriate transmission of signals throughout and no data is lost or corrupted in the process of exchanges between components.
