Currently, on the market, traditional small copper alloy wire drawing machines or micro wire drawing devices are controlled by synchronous motors + 2-position limit switches. During the wiring process, the operator needs to constantly adjust the margin of the line. Wheeled wire take-up machines generally use iron plates and ABS plastic discs, and small machines use iron presses. Many micro tractors generally use ABS plastic discs to take up wire.

When the line of the line is opened or the I-shaped wheel produced by different copper alloy wire drawing machine manufacturers, then the error of the valve core itself will cause the “high” or “sag” phenomenon of the cable outlet at different times and to varying degrees, we need to adjust The operating extreme position will not occur when this timeline is reached, and any negligence will result in scrap or chaos in this place.

When the reel adopts ABS plastic valve core, when the empty plate is stable, when the cable is stable, when it is close to a basin, the plastic wheel will have different degrees of slight expansion. The limit position switch needs to adjust the manual cable at this time, which not only increases the operator’s strength but also increases the risk. Wire and cable outlet.

Based on the above situation, it is imperative for copper alloy wire drawing machines to develop automatic compensation systems for transmission lines. After a long period of research and development and continuous testing, the fully automatic line compensation system has achieved satisfactory results. The advantage of the copper alloy wire drawing machine is to monitor changes in coil diameter in real-time and control the flatness of the line.

To improve wire drawing machine production efficiency and eliminate the impact of human factors on line quality, manual intervention is not required, which improves the reliability of the line quality of the copper alloy wire drawing machine and ensures that the wire drawing machine can produce high-quality products.