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The Baosi YNE143RB is a high-efficiency, reliable compressor solution for industrial users seeking to optimize energy use and ensure uninterrupted production. It combines advanced two-stage compression with intelligent controls to deliver performance tailored for demanding applications.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE143RB | 45KW | direct drive | 517*332*255 | 110 |
Product Characteristics
Advanced Two-Stage Compression Air End: The core of the YNE143RB is a precision-engineered, two-stage air end. This design compresses air in two sequential stages with intermediate cooling, significantly improving overall efficiency, reducing thermal load on each stage, and ensuring more stable output compared to single-stage compressors.
High-Efficiency Permanent Magnet Synchronous Motor (PMSM): Equipped with a low-speed, high-torque PMSM motor. This motor offers superior energy efficiency across a wide load range, especially under partial loads, and provides a high power factor, minimizing energy losses.
Intelligent Control System: Features an advanced microprocessor-based controller with a clear display interface. This system provides real-time monitoring of operating parameters (pressure, temperature, energy consumption), fault diagnostics, and maintenance reminders. It often supports remote connectivity for system integration and data analysis.
Optimized Cooling System: Utilizes a high-efficiency cooling system with a large radiator and intelligent fan control. This ensures effective heat dissipation under all operating conditions, contributing to component longevity and consistent performance.
Robust Enclosure and Low Noise Design: Housed in a sturdy, sound-dampening canopy that reduces noise levels and protects internal components from harsh industrial environments. Its design prioritizes both durability and operator comfort.
Extended Maintenance Intervals: The two-stage operation reduces mechanical stress, and high-quality filtration systems contribute to longer intervals between routine maintenance, reducing downtime and lifecycle costs.
Exceptional Energy Efficiency: The combination of the two-stage air end and the PMSM motor results in significant energy savings, often 10-15% higher than comparable single-stage models, leading to a lower total cost of ownership.
High Reliability and Uptime: Engineered for continuous duty (24/7 operation), the YNE143RB offers robust performance with minimal downtime, making it suitable for critical applications where air supply cannot be interrupted.
Stable Performance: Delivers consistent air pressure and flow, even under fluctuating demand, ensuring reliable operation for sensitive manufacturing processes and automated equipment.
User-Friendly Operation and Maintenance: The intuitive control interface and accessible component layout simplify daily operation and routine servicing, reducing operational complexity.
Quiet Operation: The integrated canopy design effectively lowers operational noise, improving the working environment and complying with workplace safety standards.
Manufacturing Industries: Automotive plants, metal fabrication workshops, and plastic injection molding facilities requiring reliable air for automation and machinery.
Mining and Mineral Processing: Providing compressed air for pneumatic tools, drilling, and processing equipment in mining operations.
Chemical and Petrochemical Plants: Supplying instrument air and process air for refining and production processes.
Power Generation Facilities: Used for soot blowing, instrument air, and other plant air applications in power stations.
Large-Scale Workshops and Shipyards: Powering multiple pneumatic tools, sandblasting equipment, and paint spraying systems.
The Baosi YNE143RB is a high-efficiency, reliable compressor solution for industrial users seeking to optimize energy use and ensure uninterrupted production. It combines advanced two-stage compression with intelligent controls to deliver performance tailored for demanding applications.
Technical Parameters
| Model | Power(kW) | Connection method | Dimension（mm） | Weight（kg) |
| YNE143RB | 45KW | direct drive | 517*332*255 | 110 |
Product Characteristics
Advanced Two-Stage Compression Air End: The core of the YNE143RB is a precision-engineered, two-stage air end. This design compresses air in two sequential stages with intermediate cooling, significantly improving overall efficiency, reducing thermal load on each stage, and ensuring more stable output compared to single-stage compressors.
High-Efficiency Permanent Magnet Synchronous Motor (PMSM): Equipped with a low-speed, high-torque PMSM motor. This motor offers superior energy efficiency across a wide load range, especially under partial loads, and provides a high power factor, minimizing energy losses.
Intelligent Control System: Features an advanced microprocessor-based controller with a clear display interface. This system provides real-time monitoring of operating parameters (pressure, temperature, energy consumption), fault diagnostics, and maintenance reminders. It often supports remote connectivity for system integration and data analysis.
Optimized Cooling System: Utilizes a high-efficiency cooling system with a large radiator and intelligent fan control. This ensures effective heat dissipation under all operating conditions, contributing to component longevity and consistent performance.
Robust Enclosure and Low Noise Design: Housed in a sturdy, sound-dampening canopy that reduces noise levels and protects internal components from harsh industrial environments. Its design prioritizes both durability and operator comfort.
Extended Maintenance Intervals: The two-stage operation reduces mechanical stress, and high-quality filtration systems contribute to longer intervals between routine maintenance, reducing downtime and lifecycle costs.
Exceptional Energy Efficiency: The combination of the two-stage air end and the PMSM motor results in significant energy savings, often 10-15% higher than comparable single-stage models, leading to a lower total cost of ownership.
High Reliability and Uptime: Engineered for continuous duty (24/7 operation), the YNE143RB offers robust performance with minimal downtime, making it suitable for critical applications where air supply cannot be interrupted.
Stable Performance: Delivers consistent air pressure and flow, even under fluctuating demand, ensuring reliable operation for sensitive manufacturing processes and automated equipment.
User-Friendly Operation and Maintenance: The intuitive control interface and accessible component layout simplify daily operation and routine servicing, reducing operational complexity.
Quiet Operation: The integrated canopy design effectively lowers operational noise, improving the working environment and complying with workplace safety standards.
Manufacturing Industries: Automotive plants, metal fabrication workshops, and plastic injection molding facilities requiring reliable air for automation and machinery.
Mining and Mineral Processing: Providing compressed air for pneumatic tools, drilling, and processing equipment in mining operations.
Chemical and Petrochemical Plants: Supplying instrument air and process air for refining and production processes.
Power Generation Facilities: Used for soot blowing, instrument air, and other plant air applications in power stations.
Large-Scale Workshops and Shipyards: Powering multiple pneumatic tools, sandblasting equipment, and paint spraying systems.
