自动上料搅拌机出现“啃胎”怎么应对
来源:http://www.zkhntjbj.com/日期:2022-09-30
“啃胎”是指一个或多个轮胎的内侧或外侧出现异常加速磨损,与其他轮胎相比,一个轮胎的某一部分磨损得很快。怎么解决呢?接下来
自动上料搅拌机厂家简单讲一下。
"Tread" refers to abnormal accelerated wear on the inside or outside of one or more tires. Compared with other tires, a part of a tire wears quickly. How to solve it? Next, the manufacturer of automatic feeding mixer will give a brief introduction.
1,检查全自动自动上料搅拌机气压是否过低或轮胎质量是否合格标准。
1. Check whether the air pressure of the automatic feeding mixer is too low or whether the tire quality is up to the standard.
2,检查轮胎轮辋是否不圆,并做动平衡。
2. Check whether the tire rim is out of round and perform dynamic balancing.
3,检查前束尺寸,转向杆球头是否松动,转向器固定螺钉是否松动。
3. Check the toe in size, whether the steering rod ball head is loose, and whether the steering gear fixing screws are loose.
4,检查转向轴主轴或承压—轴承是否磨损、严重变形或损坏。
4. Check whether the main shaft or pressure bearing of the steering shaft is worn, severely deformed or damaged.
5,后轮胎面不规则磨损。解决方法:检查钢圈、轮毂螺钉、轴头螺钉是否松动。检查制动毂是否不圆。检查弹簧板和弓形夹固定螺钉是否松动。
5. The rear tire tread is worn irregularly. Solution: Check whether the steel ring, hub screw and shaft head screw are loose. Check whether the brake hub is out of round. Check whether the fixing screws of spring plate and bow clamp are loose.
6,增加轮胎充气量可以减少轮胎与路面的接触面积,从而降低轮胎的滚动阻力,节省燃油。但当充气量过大时,会影响轮胎的减震性能,也会使轮胎变形过大,导致与地面接触面积过小。这样,磨损只能由胎面中部承担,形成早期磨损。所以通货膨胀的幅度应该是适当的。
6. Increasing the tire inflation can reduce the contact area between the tire and the road, thus reducing the rolling resistance of the tire and saving fuel. However, when the inflation volume is too large, the shock absorption performance of the tire will be affected, and the tire will also deform too much, resulting in too small contact area with the ground. In this way, the wear can only be borne by the middle of the tread, forming early wear. Therefore, the inflation rate should be appropriate.
The automatic feeding mixer may break down due to various reasons. What we need to do is to understand the problem in advance, then do a good job in prevention, and pay attention to us http://www.zkhntjbj.com Learn more!