PRODUCT
- Sampling equipment
- Sample screening equipment
- Drum strength measuring equipment
- Sample weighing equipment
- Sample crushing & grinding equipment
- Sample splitting equipment
- Sample conveying equipment
- Residual material treatment equipment
- Sample packing & storage equipment
- Supporting equipment of manipulator
SOLUTIONS
Rotary bucket type reducer
Product introduction
The DPF rotary bucket type shrinking machine is directly installed on the sample conveyor. Together with the sample conveyor, it forms a secondary sampling system, which serves as a sample shrinking function. It is suitable for collecting coal with a material particle size of 20mm or less and mixing. The final sample such as mine.
Applications: Ports, electricity, coal, chemicals, etc.TECHNICAL PARAMETER
| Adapting materials | Coal, mixed mine, etc. | ||
|---|---|---|---|
| Adapt to belt width | 650-400mm | ||
| Sampling bucket opening size | 40-100mm | ||
| Line speed | 0.724m/s | ||
| Scale ratio | 1/4-1/100 (adjustable) | ||
| Shrinking precision | ≤0.37A | ||
| Shrinking scraper material | stainless steel | ||
| Power | 10.55kw | ||
| Power | 380V 50Hz | ||
Technical features
The head of the shrinking scraper is provided with a polyurethane plate to ensure that the full section of the stream can be completely scraped without damaging the belt.
The non-contact proximity switch is used to detect and position the sampling head, and the control is accurate and reliable.
The reduction ratio is adjusted by adjusting the secondary sampling period so that the reduction ratio is in accordance with the relationship between the minimum weight and the granularity level when the sample is reduced.
The non-contact proximity switch is used to detect and position the sampling head, and the control is accurate and reliable.
The reduction ratio is adjusted by adjusting the secondary sampling period so that the reduction ratio is in accordance with the relationship between the minimum weight and the granularity level when the sample is reduced.
