It adopts heavy-duty cast steel body with anti-corrosion coating, which has higher structural stability and service life. It is equipped with a high-speed winding capacity of 1200-1500m/min, which has an efficiency increase of more than 120% compared with semi-automatic models. It is equipped with an automatic magnetic tension regulator and a high-precision photoelectric + tension yarn breakage detection device, which can accurately control the winding tension and avoid yarn damage or uneven bobbin forming. The PLC control system can preset winding parameters and store multiple sets of operation procedures, adapting to different specifications of weft bobbins. It is also equipped with emergency stop and overload protection devices to ensure operation safety, and adopts energy-saving design, with power consumption reduced by 15% compared with similar models.
The detailed parameters include a winding speed of 1200-1500 meters per minute, applicable yarn count range of 10-80 Ne, power supply specification of 380V 50Hz or 440V 60Hz, total machine weight of 350kg, overall dimensions of 1800mm (length) × 1200mm (width) × 1800mm (height), supporting bobbin length of 150-250mm, adopting precision cross winding forming method, equipped with high-sensitivity photoelectric + tension dual-mode yarn breakage detection system, automatic magnetic tension adjustment device that can adjust yarn tension in real time, the body adopts heavy-duty cast steel frame with anti-corrosion spraying treatment, with multiple safety mechanisms including emergency stop, overload protection and overvoltage protection, reaching EU Class A energy rating.
It is mainly suitable for large cotton mills, knitted fabric weaving factories, home textile production enterprises, industrial textile manufacturing plants and other large-scale production scenarios. It can operate 24 hours a day, and the fully automatic operation mode can reduce labor costs. The wound weft bobbins have neat forming and uniform tension, which can be directly connected to high-speed weaving equipment such as air jet looms and rapier looms, and can be used without additional debugging, effectively improving the operating efficiency of the overall weaving production line.
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