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The Baosi YNE178RA is a high-performance, rotary screw compressor element designed as the core component of an industrial air compressor. It embodies BAUER's reputation for engineering robust and reliable compressed air solutions, delivering exceptional efficiency and durability for demanding continuous operations.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE178RA | 75KW | direct drive | 587*404*322 | 175 |
Product Characteristics
Advanced Screw Rotor Profile: Features a state-of-the-art, asymmetric rotor profile that is precision-machined. This design ensures highly efficient air compression with minimal internal leakage and optimal volumetric efficiency across a wide pressure range.
Robust Construction & Materials: Built to the highest standards using premium materials, such as high-strength bearing systems and specially coated or treated rotors, to withstand continuous operation under high pressure and load.
Optimized Thermodynamics: The unit is engineered with optimized internal clearances and flow paths, which effectively manage heat generation and contribute to superior energy efficiency.
Integrated Oil Injection System: Designed for effective oil injection (in oil-flooded models), which serves to seal, cool, and lubricate the rotors, ensuring smooth operation and long component life.
Precision Engineering: Manufactured with extreme precision to guarantee minimal vibration and low noise levels, a hallmark of high-quality screw compressor elements.
High Energy Efficiency: The advanced rotor profile and optimized thermodynamics directly translate to lower specific power consumption (kW per CFM or m³/min), significantly reducing electricity costs, which are the largest part of a compressor's total cost of ownership.
Exceptional Reliability and Long Service Life: The heavy-duty construction and premium bearings are designed for 24/7 operation, resulting in extended maintenance intervals (e.g., up to 20,000+ hours for bearing life) and a long operational lifespan, maximizing uptime.
Excellent Performance Stability: Delivers consistent volumetric flow (CFM) and stable discharge pressure even under varying load conditions, ensuring the reliability of downstream pneumatic equipment.
Low Maintenance Requirements: Its robust design reduces the frequency of required maintenance. When service is needed, its design often allows for straightforward procedures like bearing replacement.
Versatility: Capable of being configured for use in various compressor packages, including fixed-speed and variable-speed drive (VSD) systems, to match specific application needs.
Manufacturing & Automation: Powering pneumatic machinery, CNC tools, robotic arms, and assembly lines in automotive, metal fabrication, and general manufacturing plants.
Oil & Gas Industry: Providing instrument air and process air for upstream, midstream, and downstream operations, where reliability is paramount.
Mining & Construction: Serving as the heart of portable or stationary compressors that power drilling rigs, pneumatic tools, and material handling systems in harsh environments.
Food & Beverage (with appropriate filtration): Generating compressed air for packaging, bottling, fermentation, and automation processes, often requiring oil-free air downstream.
Pharmaceuticals & Chemicals: Supplying high-purity air for sensitive manufacturing processes, blending, and packaging where air quality is critical.
Power Generation: Providing control air and service air in power plants.
The Baosi YNE178RA is a high-performance, rotary screw compressor element designed as the core component of an industrial air compressor. It embodies BAUER's reputation for engineering robust and reliable compressed air solutions, delivering exceptional efficiency and durability for demanding continuous operations.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE178RA | 75KW | direct drive | 587*404*322 | 175 |
Product Characteristics
Advanced Screw Rotor Profile: Features a state-of-the-art, asymmetric rotor profile that is precision-machined. This design ensures highly efficient air compression with minimal internal leakage and optimal volumetric efficiency across a wide pressure range.
Robust Construction & Materials: Built to the highest standards using premium materials, such as high-strength bearing systems and specially coated or treated rotors, to withstand continuous operation under high pressure and load.
Optimized Thermodynamics: The unit is engineered with optimized internal clearances and flow paths, which effectively manage heat generation and contribute to superior energy efficiency.
Integrated Oil Injection System: Designed for effective oil injection (in oil-flooded models), which serves to seal, cool, and lubricate the rotors, ensuring smooth operation and long component life.
Precision Engineering: Manufactured with extreme precision to guarantee minimal vibration and low noise levels, a hallmark of high-quality screw compressor elements.
High Energy Efficiency: The advanced rotor profile and optimized thermodynamics directly translate to lower specific power consumption (kW per CFM or m³/min), significantly reducing electricity costs, which are the largest part of a compressor's total cost of ownership.
Exceptional Reliability and Long Service Life: The heavy-duty construction and premium bearings are designed for 24/7 operation, resulting in extended maintenance intervals (e.g., up to 20,000+ hours for bearing life) and a long operational lifespan, maximizing uptime.
Excellent Performance Stability: Delivers consistent volumetric flow (CFM) and stable discharge pressure even under varying load conditions, ensuring the reliability of downstream pneumatic equipment.
Low Maintenance Requirements: Its robust design reduces the frequency of required maintenance. When service is needed, its design often allows for straightforward procedures like bearing replacement.
Versatility: Capable of being configured for use in various compressor packages, including fixed-speed and variable-speed drive (VSD) systems, to match specific application needs.
Manufacturing & Automation: Powering pneumatic machinery, CNC tools, robotic arms, and assembly lines in automotive, metal fabrication, and general manufacturing plants.
Oil & Gas Industry: Providing instrument air and process air for upstream, midstream, and downstream operations, where reliability is paramount.
Mining & Construction: Serving as the heart of portable or stationary compressors that power drilling rigs, pneumatic tools, and material handling systems in harsh environments.
Food & Beverage (with appropriate filtration): Generating compressed air for packaging, bottling, fermentation, and automation processes, often requiring oil-free air downstream.
Pharmaceuticals & Chemicals: Supplying high-purity air for sensitive manufacturing processes, blending, and packaging where air quality is critical.
Power Generation: Providing control air and service air in power plants.
