R335

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R335 is a general-purpose numerical control system, designed for four-axis numerical control application in various industrial equipment. It has four independent AC servo systems, each of which has a parameter memory capacity of 512 Kbytes. With the real-time adaptive control technology, it can be effectively operated in multiple industrial applications.

The basic structure of the R335 numerical control system includes a host computer, a communication processor, a main controller, an analog servo controller, a digital servo controller, an AC power supply module, a programmable logic controller (PLC) and a system monitor. It has five interface types, and supports both Ethernet and RS-485 serial communication protocols. With the addition of a variety of programming languages, it can simulate rapid prototyping, job programming and machine control.

In terms of application fields, R335 can be used in the production of molds, steel cutting, automotive parts manufacturing, etc. Its flexible throughput management and efficient operation make it one of the best choices for multi-axis numerical control machines and rapid prototyping systems.

The working principle of the R335 numerical control system is mainly to process user commands to control the operation of the machine. When a user program is input, the system will divide the program into a series of separate commands. Each command will be communicated to the host computer through the communication port. The communication processor will then process it into a series of control signals. The control signals will be send to the main controller, which will be processed into servo signals. The servo signals are then sent to the servo motor in order to drive the spindle.

Finally, the servo motor will run the corresponding instructions via its motor movement to achieve the desired effect. In addition, the feedback signals from the servo motor to the control system, combined with the position data, are used to constantly monitor the position of the spindle, allowing real-time adjustments to ensure the accuracy of the machining process.

In conclusion, the R335 numerical control system is a powerful tool for industrial control applications. It has advantages in terms of flexibility, robustness and multi-axis capability. Its application fields are widely used in the automotive, mold and steel cutting industries, and its working principle includes processing user instructions into control signals and serve signals that are sent to the servo motor to drive the spindle.

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