Core features
Variable Frequency Drive (VSD) technology
Equipped with variable frequency motors, which can automatically adjust the speed according to actual gas usage requirements (instead of the on-off operation of traditional air compressors), it can precisely match the load within the 10%-100% flow range, significantly reducing energy consumption (compared to fixed-frequency models, it can save up to 30% more energy, especially suitable for scenarios with fluctuating gas demand).
Efficient main unit and motor
Adopting Atlas Copco's patented screw main unit design, combined with efficient IE3 or IE4 level motors, ensuring higher compression efficiency, more stable operation, and longer lifespan.
Intelligent control system
Equipped with Elektronikon® intelligent controller, which can monitor key parameters such as pressure, temperature, and energy consumption in real time, supporting Chinese and English display, fault warning, remote monitoring (optional), and data recording, facilitating maintenance and management.
Compact design and low noise
Compact structure, saving installation space; optimized sound insulation design results in lower operating noise (typically within the range of 65-75 dB (A)), improving working environment.
Reliability and maintenance convenience
Key components have undergone rigorous testing, suitable for continuous operation; modular design and easily accessible maintenance points reduce downtime for maintenance.
Main technical parameters (reference values, specific data subject to official sources)
Power: approximately 26 kW (corresponding to approximately 35 horsepower)
Displacement: approximately 3.1-5.8 m³/min (depending on pressure and speed)
Working pressure: common range 7-13 bar (adjustable as per requirements)
Power supply: 380V/3Ph/50Hz (standard configuration, other voltages available) Applicable scenarios
This product is suitable for small and medium-sized factories and workshops with unstable gas consumption, such as those in the fields of mechanical processing, automotive parts manufacturing, electronic manufacturing, and packaging. It is particularly suitable for scenarios where continuous gas supply is required but the flow rate fluctuates significantly. It can ensure stable gas supply while maximizing energy-saving effects.
