The Significance of Impact Crusher in Sand Making Line

The perfect combination of impact crusher and sand production line makes automatic sand production a reality. The following is a detailed introduction to the automatic sand production line supplied by Henan Hongxing. PF impact crusher is the most widely used equipment in sand production line. Since the crushing cavity of cone crusher has basically taken shape, manufacturers hardly ever reform the crushing cavity because of the high demand for fine crushing with high precision.

After the integration of software supplied by sensor, the impact crusher can be connected to the control platform directly. Therefore, together with customers we carry out automation transformation in the cement industry. Full load and no-load start and operation tests have been conducted. But still a serious problem exists. That is, software developers only provide the connector without the relevant software. Controlled by weak current loop, the granularity can be well controlled. The impact crusher is mainly used for crushing medium and high hardness ore. The room of crushing cavity can be reserved a little for transformation without affecting the granularity of materials. The impact crusher is widely used in building materials, metallurgy, chemical industry and thermal power industry for crushing coal gangue, shale, sandstone, limestone, gypsum, etc.

Firstly, the internal structure of crushing cavity has to be optimized and sensing device can be fixed at the feeding and discharging port. When it is recorded in the data base, it is found that only operators needed during the start and shutdown. The machine features in reliable operation, long service life, compact structure, little dust, low noise, light weight, convenient maintenance and low power consumption.

The debugging of impact crusher should be done separately. Though the precise granularity of sensor cannot be detected, the statistical sensor can play a good role. By installing pressure sensing device on the hammer bearing, the working efficiency can be largely increased.