Difficult problems in the installation and application of weightless scales
In the entire process of the first application and installation of the weightless scale, its weighing platform must be fixed and firm. The load cell of the weightless scale is an elastic deformation electronic device. If there is vibration outside, the load cell will be harmed. It hurts the accuracy of the measurement verification. The weightlessness scale cannot have the circulation of vapor in the geographical environment when it is in use. If all its noises appear, its induction switch will be harmed immediately, which is very small flow. The upper and lower conductive conductive soft connections of the weightlessness scale must be light and soft, so that it can effectively prevent the upper and lower mechanical equipment from harming the weightlessness scale. At present, the more rational raw material used by the mechanical equipment is smooth and soft silk. The lower the connection interval in the middle of the large silo, the better. The longer the connection interval between the upper hopper and the large silo of the weightlessness scale, the more and more raw materials adhere to that thickness. When the raw materials in the wall thickness adhere to a certain level, Once it falls, it is a very big hazard to the weightlessness scale. The weightlessness scale must minimize the connection with the outside world during the whole process of operation. As long as the net weight of the outside world acting on the scale body in the mechanical equipment must be kept stable, its important purpose is to be better able to be more effective. It reduces the damage to the scale body from external forces. During the whole process of feeding the weightlessness scale, the speed should be fast. For raw materials with poor fluidity, to prevent the railway bridge, the best solution is to stir, but when adding the stirring machine, the detection range of the induction switch should be fully considered. , To ensure the accuracy of the weightlessness scale.