The four-combination mobile station is widely used in various engineering projects due to its high flexibility, customizability, and efficiency. It can quickly adapt to different working environments and needs, provide efficient and accurate crushing and screening services, and provide strong support for the smooth progress of various engineering projects.
Its crushing system can be independently combined according to different finished product requirements such as coarse crushing, medium crushing, and fine crushing. Users can choose appropriate crushing equipment and screening equipment according to the actual situation to meet the needs of different projects. Adapt to various complex and changeable working environments to achieve efficient and precise crushing operations.
It adopts an intelligent control system, which can realize remote operation and monitoring, reducing operating difficulty and labor costs. At the same time, the modular design of the equipment makes maintenance more convenient, allowing for quick replacement of worn parts and extending the service life of the equipment.
Its crushing system adopts advanced crushing technology and can quickly and effectively crush materials of various hardnesses. The screening system adopts high-efficiency screening technology to ensure the screening accuracy and particle size uniformity of materials and improve product quality.
It adopts an advanced dust removal system and noise reduction technology, which can effectively reduce dust and noise pollution during operation. At the same time, the equipment also adopts an energy-saving design, which can reduce energy consumption and reduce operating costs.
Material feeding: First, the materials to be crushed are evenly and continuously fed into the crushing cavity of the crusher through a feeding device (such as a vibrating feeder).
Crushing process: In the crushing cavity, the materials are strongly impacted and squeezed by the crusher (such as jaw crusher, cone crusher impact crusher, etc.), thereby being broken into smaller particles. The type and working principle of the crusher will vary according to the material properties, crushing needs, and finished product particle size requirements.
Screening process: The crushed materials are transported to the screening machine through the conveyor belt for screening. The screening machine uses vibration or other methods to separate materials according to particle size to obtain products of different particle sizes. The screen mesh or mesh size of the screening machine can be adjusted as needed to meet different screening requirements.
Product output: The screened products are transported to designated locations via conveyor belts for further use or storage. At the same time, materials with too large or too small particles produced during the screening process can be re-entered into the crusher through the return conveyor belt for re-crushing to achieve better particle size control.
Technical Data//Model | MF1010E46 | MB900E57 |
Transportation size (mm) | 14700x2400x4150 | 17000x2500x4300 |
Weight(t) | 40 | 45 |
Vibrating feeder | ZSW8530 | ZSW8530 |
Crusher 1 | PE400x600 | PE500x750 |
Crusher2 | PF1010 | PYB900 |
Vibrating screen | 3YK1548 | 3YK1860 |
Belt conveyer above screen | B500x8m | B500x8m |
Belt conveyer under screen | B500x8m | B500x8m |
Main belt conveyer | B650x11m | B650x11m |
Side belt conveyer | B500x16m | B500x16m |
Electric control (standard) | control box + control panel | control box + control panel |
Support leg (standard) | 6 | 6 |
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