The project carefully checks the working environment of the screw and finds that the working environment of the screw has exceeded the load of its own load. Therefore, in this case, the structure of the nut has been unable to bear such a large load, and the steel ball has started from the initial ball groove and the extrusion end cover. Therefore, when choosing the ball screw for the above situation, please try to choose the ball screw with a load capacity greater than that of the theoretical environment, otherwise, This is likely to happen. Nut damage is still a small problem. If it brings more impact, it should not be. In addition: as many people know, the model of ball screw has double circuit and four circuit, that is to say, the size of nut installation is the same, the more reflux, the greater the corresponding bearing capacity. In order to save costs, some manufacturers often change the large bearing capacity of nuts into small bearing capacity when they are unclear. Cost saving is good, and it is important to ensure the use!

　　TBI滾珠絲杠較具體:動作平穩(wěn):滾珠絲杠比滑動絲杠效率高，要求扭矩小于30%。直線運動很容易轉化為旋轉運動。滾珠絲杠即使有預緊力也能保持動作平穩(wěn)。

　　TBI ball screw is more specific: smooth action: ball screw is more efficient than sliding screw, and the required torque is less than 30%. Linear motion can easily be transformed into rotational motion. Even if the ball screw has preload, it can keep the movement stable.

　　無退格，剛性強;該滾珠絲杠在哥特式拱中具有高槽形，可通過調節(jié)軸向間隙較小來輕松轉動。TBI滾珠絲杠耐久性好;在1個或2個螺母之間進行預緊調整，軸向間隙，使其具有合適的剛度，滿足使用條件。

　　No backspace, strong rigidity; the ball screw has a high groove shape in the Gothic arch, which can be easily rotated by adjusting the axial clearance to a small extent. TBI ball screw has good durability; pre tighten and adjust between one or two nuts to eliminate axial clearance and make it have proper rigidity and meet the use conditions.

　　以上是導軌絲杠制造商為大家介紹的相關內容，想要了解更多內容，歡迎訪問網站：http://www.yzayto.cnThese are the related contents introduced by the guide screw manufacturer. For more information, please visit the website: http://www.jgongrun.com