The operational efficiency of the tracked mobile horizontal screening machine is extremely high. It adopts advanced screening technology and efficient driving system, which can quickly complete the screening work of materials. Compared with traditional screening equipment, its processing capacity has been greatly improved. For example, in mining operations, it can screen out a large amount of ore in a short period of time, improving the overall efficiency of mining operations. At the same time, the high degree of automation of the equipment reduces manual intervention and minimizes the impact of human factors on work efficiency. Moreover, its fast transition capability allows for quick switching between different work locations, saving time and further improving work efficiency.
Working Principle
Application
In the construction waste resource utilization project, the tracked mobile screening machine can screen the waste concrete, bricks and other waste materials in the construction waste, and separate different particle sizes of aggregates. These aggregates can be used to produce recycled building materials, which not only solves the problems of solid waste occupying land and stacking pollution, but also realizes the recycling of waste, with dual environmental and economic value. In some mining operations, durable horizontal vibrating screen can move with the advancement of the mining face to screen the ore on site and reduce the transportation cost of materials. Different models of tracked mobile screening machines may have differences in processing capacity, screening particle size, etc., which can be selected and configured according to specific work requirements and site conditions.
Video Presentation
Product Parameter
Serial number | Project | Description | SSP-6200 |
1 |
Feeding equipment |
Hopper volume(m³) | 5 |
2 | Feed capacity (t/h) | 300-500 | |
3 | Power of Feeder | 11 | |
4 | Vibrating screen | Screen size (length x width)(mm) | 6200×1930 |
5 | Maximum feeding granularity(mm) | 100 | |
6 | Processing capacity(t/h) | 300-500 | |
7 | Power(kw) | 15kw×3 | |
8 | The number of screen layer (layer) | 3 | |
9 | Feeding belt | Width/length (mm) | 1000×20150 |
10 | Power(kw) | 11 | |
11 | Side belt conveyor 1 | Width/length (mm) | 550×14300 |
12 | Discharge height(mm) | 2800 | |
13 | Power(kw) | 5.5 | |
14 | Side belt conveyor2 | Width/length (mm) | 550×14300 |
15 | Discharge height(mm) | 2800 | |
16 | Power(kw) | 5.5 | |
17 | Side belt conveyor 3 | Width/length (mm) | 550×9800 |
18 | Discharge height(mm) | 2600 | |
19 | Power(kw) | 5.5 | |
20 | Belt conveyor under screen | Width/length (mm) | 1000×14500 |
21 | Discharge height(mm) | 3200 | |
22 | Power(kw) | 7.5 | |
23 | Track system | Country of origin | England |
24 | Brand | Strickland | |
25 | Specification length x width(mm) | 4000×400 | |
26 | Maximum inclination of walking (°) | 30 | |
27 | Walking speed(km/h) | 0.8-1.5 | |
28 | Accessories brand | Control System (electrical) | Chuan Ken |
29 | Walking system | Strickland | |
30 | Conveyor belt | Qingdao Global | |
31 | Hydraulic machinery | Bomke | |
32 | The engine | CUMMINS | |
33 | Steel | Models | Q355B(Materials used for warships) |
34 |
The whole machine |
Weight(t) | 37t |
35 | Shipping dimensions(mm) | 14300×3630×3850 | |
36 | Working size(mm) | 13100×12000×5000 |
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