What are the characteristics of the 6-row warp stopping device used in Gamma looms
The 6-row warp stopping device used in Gamma looms has the following characteristics:
1. Trigger sensitivity: By fixedly connecting one end of the torsion spring to the trigger piece, when the warp state changes, it can quickly drive the trigger piece to change the angle, thereby triggering the warp stopping action in a timely manner, causing the loom to quickly stop running and effectively avoid
The 6-row warp stopping device used in Gamma looms has the following characteristics:
1. Trigger sensitivity: By fixedly connecting one end of the torsion spring to the trigger piece, when the warp state changes, it can quickly drive the trigger piece to change the angle, thereby triggering the warp stopping action in a timely manner, causing the loom to quickly stop running and effectively avoiding the production of defective fabrics.
2. Reduce warp damage: The warp drives the trigger plate to change the angle, reducing the friction between the stopping device and the warp, which can reduce the probability of warp fuzz and breakage, improve the quality and service life of the warp, and reduce production interruption and material waste caused by warp problems.
3. Easy to monitor the warp state: Some gamma looms may be equipped with 6-row warp stopping devices such as limit plates. When the warp touches the limit plate, the limit plate moves with the metal plate inside the slide rail, making it easy to monitor abnormal shaking of the warp. This allows operators to detect the instability of the warp in a timely manner and take measures to adjust and maintain it in advance.
4. Reasonable structural design: The design of 6 columns can distribute warp yarns reasonably, making the warp stopping device more efficient in space utilization, able to adapt to the weaving needs of different widths and warp densities, and the overall structure is compact, easy to install and disassemble, and convenient for daily maintenance and upkeep.
5. Improve production efficiency: Due to its sensitive triggering, effective protection of warp yarns, and ease of monitoring warp yarn status, it can reduce the downtime of weaving machines due to warp yarn problems, lower the defect rate, and thus improve the production efficiency and quality of weaving, bringing better economic benefits to enterprises.
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