At present, warp knitting machines generally adopt thre […]
At present, warp knitting machines generally adopt three execution structures to control the electron traverse: "rotary servo motor - ball screw" mechanism, "linear servo motor direct drive" mechanism and "rotary servo motor - reducer" mechanism. The multi-bars warp numerical warp knitting machine has excellent performances such as fast running speed, high production efficiency, simple maintenance, stable and reliable, and can produce fabrics with different thicknesses, and has strong operability, adaptability and flexibility.
Due to the characteristics of many types of weaving, short cycle, etc., the warp knitting machine gradually gained people's attention in the fierce market competition. At present, the mechanical and electrical integration of warp knitting machines has become a development trend. Although there have been more in-depth studies on electronic let-off and electronic pulling systems in warp knitting machines in China, there have been few studies on warping movements of warp knitting machines.
Electronic traverse system actuator
The adoption of the servo-motor system's electronic comb traverse mechanism can eliminate bulky disk/chain block and stroke change devices, and the servo motor serves as the source of the comb traverse mechanism. Each of the comb bars of the warp knitting machine is equipped with a servo motor, and the rotation of the servo motor shaft is driven by the mechanical switch mechanism to move the comb bar.