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The Baosi YNE226A is a large-displacement, heavy-duty rotary screw air end designed as the core of high-capacity industrial air compressor systems. It is engineered for maximum reliability and efficiency in applications requiring a continuous and substantial supply of compressed air.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE226A | 160KW | direct drive | 1040*670*590 | 489 |
Product Characteristics
Large-Volume Rotor Design: The YNE226A features a robust rotor profile with significant displacement, making it suitable for central air systems or large standalone compressors that need to deliver high flow rates (CFM or m³/min).
Heavy-Duty Construction: Built for 24/7 operation, it incorporates large-diameter, high-capacity bearings and rotors manufactured from high-strength, wear-resistant materials to ensure longevity under constant high pressure and load.
Optimized Thermodynamic Profile: The internal compression chamber is engineered for efficient airflow and heat management, reducing energy loss during the compression cycle and contributing to high overall efficiency.
Rigid Housing Structure: The bearing housing is designed for exceptional structural integrity, maintaining precise rotor alignment under heavy operational loads to minimize vibration and prevent premature wear.
Designed for Stable Performance: The unit is built to provide consistent output pressure and flow, even under demanding conditions and fluctuating air demands.
High Efficiency at High Flow Rates: The optimized design ensures low specific power consumption (kW per unit of air delivered), leading to significant energy savings, which is critical for large compressors with high operating costs.
Exceptional Durability and Reliability: The heavy-duty construction and premium components are designed for extended service intervals, ensuring maximum uptime and reducing the risk of costly production stoppages.
Stable Air Output: Capable of delivering a large, consistent volume of air at stable pressure, ensuring reliable performance for all connected equipment and processes.
Robust Performance in Demanding Environments: Suitable for installation in challenging industrial settings, capable of withstanding harsh conditions while maintaining performance.
Lower Total Cost of Ownership (TCO): The combination of energy efficiency, reduced maintenance needs, and long service life results in a lower total cost of ownership over the unit's operational lifespan.
Heavy Manufacturing & Metal Fabrication: Powering extensive networks of large pneumatic tools, foundry equipment, robotic automation, and painting systems in automotive, aerospace, and heavy machinery plants.
Mining & Quarrying: Serving as the primary air source for large drilling rigs, pneumatic conveying systems, and mineral processing equipment in mining operations.
Oil & Gas and Petrochemicals: Providing instrument and process air for large refineries, pipeline stations, and chemical processing plants where reliability is essential.
Power Generation Plants: Supplying large volumes of air for soot blowing, combustion air, and instrument controls in major power stations.
Large-Scale Process Industries: Acting as the heart of a central compressed air system in large food & beverage, pharmaceutical, or cement plants that supply multiple production lines.
The Baosi YNE226A is a large-displacement, heavy-duty rotary screw air end designed as the core of high-capacity industrial air compressor systems. It is engineered for maximum reliability and efficiency in applications requiring a continuous and substantial supply of compressed air.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE226A | 160KW | direct drive | 1040*670*590 | 489 |
Product Characteristics
Large-Volume Rotor Design: The YNE226A features a robust rotor profile with significant displacement, making it suitable for central air systems or large standalone compressors that need to deliver high flow rates (CFM or m³/min).
Heavy-Duty Construction: Built for 24/7 operation, it incorporates large-diameter, high-capacity bearings and rotors manufactured from high-strength, wear-resistant materials to ensure longevity under constant high pressure and load.
Optimized Thermodynamic Profile: The internal compression chamber is engineered for efficient airflow and heat management, reducing energy loss during the compression cycle and contributing to high overall efficiency.
Rigid Housing Structure: The bearing housing is designed for exceptional structural integrity, maintaining precise rotor alignment under heavy operational loads to minimize vibration and prevent premature wear.
Designed for Stable Performance: The unit is built to provide consistent output pressure and flow, even under demanding conditions and fluctuating air demands.
High Efficiency at High Flow Rates: The optimized design ensures low specific power consumption (kW per unit of air delivered), leading to significant energy savings, which is critical for large compressors with high operating costs.
Exceptional Durability and Reliability: The heavy-duty construction and premium components are designed for extended service intervals, ensuring maximum uptime and reducing the risk of costly production stoppages.
Stable Air Output: Capable of delivering a large, consistent volume of air at stable pressure, ensuring reliable performance for all connected equipment and processes.
Robust Performance in Demanding Environments: Suitable for installation in challenging industrial settings, capable of withstanding harsh conditions while maintaining performance.
Lower Total Cost of Ownership (TCO): The combination of energy efficiency, reduced maintenance needs, and long service life results in a lower total cost of ownership over the unit's operational lifespan.
Heavy Manufacturing & Metal Fabrication: Powering extensive networks of large pneumatic tools, foundry equipment, robotic automation, and painting systems in automotive, aerospace, and heavy machinery plants.
Mining & Quarrying: Serving as the primary air source for large drilling rigs, pneumatic conveying systems, and mineral processing equipment in mining operations.
Oil & Gas and Petrochemicals: Providing instrument and process air for large refineries, pipeline stations, and chemical processing plants where reliability is essential.
Power Generation Plants: Supplying large volumes of air for soot blowing, combustion air, and instrument controls in major power stations.
Large-Scale Process Industries: Acting as the heart of a central compressed air system in large food & beverage, pharmaceutical, or cement plants that supply multiple production lines.
