2023-11-06

Operation requirements and maintenance of wire drawing machine

The inverted wire drawing machine itself serves as such a device and has a sophisticated system with stringent speed control requirements. The system is controlled by four servo motors, enabling real-time data interaction and coordination among the motors.
To ensure that the wire is placed in accordance with the algorithm and quickly calculate the required line paths, the internal firmware function of the servo is utilized. This significantly reduces the total time required for line position calculations compared to traditional control systems of inverted wire drawing machines. The calculated command is then sent to the driver, minimizing delay through the controller and ensuring precise wire placement.
The motor of the inverted wire drawing machine drives the reel, which is placed on the output shaft of the reduction box, to rotate through pulley and gear drive mechanisms. This rotation enables the wire to be pulled and drawn. The drawn wire passes through the lead roller and is guided into the drop frame, which rotates synchronously with the reel.
The inverted wire drawing machine exhibits a high degree of automation. It is larger and heavier than other wire drawing machines, with the take-up reel weighing at least two tons. This design enhances the efficiency of the take-up reel and meets the technical requirements for handling heavier plates. The development of the inverted wire drawing machine has made significant strides, and it offers convenience in the unloading operation.

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