Explore the secret of SHJ-PJ Weft Feeder's 700-watt energy saving:

First, SHJ-PJ Weft Feeder adopts an innovative design concept. Its breakthrough yarn guide binding device and precise synchronous control technology play a key role. By precisely controlling the weft yarn delivery process, unnecessary energy consumption is reduced. In ordinary weft yarn feeders, due to the lack of precise control, excessive tension peaks often occur, which not only damages the weft yarn, but also causes a lot of energy waste. The SHJ-PJ Weft Feeder successfully avoids this situation, allowing energy to be used efficiently.

In addition, the yarn feeder has made great efforts in structural optimization. The fan components with high energy consumption in traditional yarn feeders have been removed, greatly reducing the overall power consumption of the equipment. Traditional fans consume a lot of electricity when running, while the SHJ-PJ Weft Feeder cleverly improves the structure to achieve stable and efficient operation without the assistance of fans, thereby significantly reducing energy consumption.

At the same time, the SHJ-PJ Weft Feeder has carefully optimized the internal transmission system. An efficient transmission mechanism is adopted to reduce the loss of energy during the transmission process. This optimization enables electrical energy to be converted into the power of weft yarn delivery more directly and effectively, avoiding unnecessary loss of energy in the intermediate links.

In addition, the intelligent control system of SHJ-PJ Weft Feeder has also made an important contribution to energy saving. It can adjust the operating parameters of the yarn feeder in real time according to actual production needs, ensuring that the lowest energy consumption state is always maintained under the premise of meeting production requirements. For example, when the weft yarn delivery speed is low, the power output is automatically reduced to avoid energy waste.

It is worth mentioning that SHJ-PJ Weft Feeder does not sacrifice its performance while saving energy. It can not only ensure high-quality delivery of weft yarn, but also achieve a yarn delivery speed of up to 1800 m/min. Its yarn count ranges from 20 denier to 3.5 ne, the yarn separation can be adjusted between 0.7 mm and 2.2 mm, and the bobbin diameter can be adjusted between 108 mm and 135 mm to meet various production needs.