Technical Parameters of Cyclone Dust Collector

Cyclone dust collector are vital for dust control in grain storage and processing. Understanding their technical parameters ensures good dust removal and long-term stable operation.

Key Technical Parameters

Airflow Capacity

Airflow capacity means the volume of dusty gas processed per hour. It is measured in cubic meters per hour (m³/h). Select the right capacity based on actual silo needs. This ensures efficient operation under high dust concentration. It also prevents equipment overload or waste.

Dust Removal Efficiency

Dust removal efficiency shows the percentage of dust removed from gas. It is expressed as a percentage. Efficient cyclone dust collectors reduce dust concentration significantly. They improve the working environment and cut dust emissions. This meets environmental requirements.

Equipment Resistance

Equipment resistance is the pressure drop when gas passes through. It is measured in Pascals (Pa). Lower resistance means lower energy use and operating costs. Consider this parameter during selection. It ensures efficient operation with low energy consumption.

How to Select Based on Parameters

Select by Airflow Capacity

Choose equipment matching your silo's actual airflow needs. Insufficient capacity cannot handle dusty gas effectively. Excessive capacity may cause overload or waste.

Consider Dust Removal Efficiency

Efficiency directly affects dust control results. Select appropriate efficiency based on dust characteristics and environmental rules. For example, choose high-efficiency models for larger particles. You may need additional equipment for smaller particles.

Evaluate Equipment ResistanceResistance affects both energy costs and long-term stability. Pick units with lower resistance to reduce energy use and operating expenses. Proper resistance design also reduces equipment wear and extends service life.