Technicalspeciication:
1.The main motor is controlled by a frequency converter, stable and reliable digital pulse closed loop relying PLC constamt ypeed of fast, slow,reverse and vinding retreca
2.The bracket movement of the beam is controlledby pneumatic, mechanical positioning, accurate and reliable which guarantes the warp beam stable when lading and umloading.The postio of beam is ccuracy controlled by photoclecri sensor and the PLC automatically, vhich selec the difcrcam positon aecording to beam's dfamctcr.
3.The tailstock is equiped with center fixing shaft head which is controlled by pneumatic. The advanced electric scaling valve tpcking pressure suitable for different warping beams according to the PLC order.So the damage which is caused by shaft head to war beam vill be dropped to the mintimu
4.The main brake uses pneumatic disc brakes.The PLC monitors the beam's perimeter and speed, with midle unoccupieating heat. Onb the other hand, the using of brake pincer and the hoofed picce makes the buterfy brake sable and Iongching the main brake, the positive rollerand the speeding roller brings out dffrent stopping voltage according to different sp so te tension to yarm when braking is as the same as on constant speedElectrical part adopts the programmable controller of Schneider TM218 series PLC and 7 inches MCGS (Kunluntongtai) high-definitio color touch screen which can displayall the electrical faultsand operating error messages. For pneumatic comnonentswegentle air medium trough exact PLC issued directives to complete a variety of actions needed to operate the mechanical parts he positive roler device is equipped with,two rollers with high hardness worn resistant coating.
The smoother surfaception to the yarn.The power of the up roller is from Japan Mitsubishi high speed servo system which adopts high-precision vector control system with PLC matched with the main winding system.Compensated by the sped and other effects produed by the tension fluctuation, the yan tension is balancd agreement.The special copy function guarantees the data of every beam are the same in the same group like the circle number,metesand diameter This function avoids that the yarn quantity is not unique caused by different diameters, which can reduce the waste of yarn.