China E-VSI Series Vertical Shaft Impact Crusher - Advanced Design from Leading Suppliers & Factory
Product Data
Technical Data of E-VSI series Vertical Shaft Impact Crusher:
| Model | Feeding Size (mm) | Speed of Rotor (r/min) | Throughput (t/h) | Motor Power (kw) | Diameter of Impeller (mm) |
|---|---|---|---|---|---|
| E-VSI-110 | ≤30 | 1485 | 30-60 | 110 | 900 |
| E-VSI-160 | ≤30 | 1485 | 40-80 | 160 | 900 |
| E-VSI-200 | ≤40 | 1485 | 60-110 | 200 | 900 |
| E-VSI-250 | ≤40 | 1485 | 80-150 | 250 | 900 |
| E-VSI-280 | ≤50 | 1215 | 120-260 | 280 | 1100 |
| E-VSI-315 | ≤50 | 1215 | 150-300 | 315 | 1100 |
| E-VSI-355 | ≤60 | 1215 | 180-350 | 355 | 1100 |
| E-VSI-400 | ≤60 | 1215 | 220-400 | 400 | 1100 |
The crusher capacities listed are based on instantaneous sampling of medium hardness material. The above data are for reference only, please contact our engineers for equipment selection of specific projects.
Features and Benefits
Single motor driving, lower power consumption.
Simple structure, convenient installation & maintenance, lower operation cost.
Premium product shape-cubical, low percentage of flake shape product.
Frequently Asked Questions
What is the maximum feed size for the E-VSI series crusher?
The maximum feeding size for the E-VSI series Vertical Shaft Impact Crusher ranges from ≤30 mm for smaller models (such as E-VSI-110 and E-VSI-160) up to ≤60 mm for the larger models (like E-VSI-355 and E-VSI-400).
How does the single motor drive design benefit operations?
The single motor driving configuration is engineered to optimize energy efficiency. It delivers high crushing performance with lower power consumption compared to dual-drive systems, resulting in reduced overall operating costs.
Why does the E-VSI series produce a premium cubical product shape?
The vertical shaft impact design utilizes rock-on-rock or rock-on-anvil crushing principles. This high-velocity impact results in a highly cubical final product shape with a very low percentage of elongated or flake-shaped particles.
Are the listed throughput capacities guaranteed for all materials?
The throughput capacities (ranging from 30 t/h to 400 t/h) are based on instantaneous sampling of medium hardness materials. Actual capacity may vary depending on material hardness, moisture content, feed size distribution, and other operating conditions.
How do I choose the correct E-VSI model for my project?
Since project conditions vary, the technical data table serves as a reference. We highly recommend contacting our application engineers to evaluate your specific material properties and project requirements for precise equipment selection.
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