4-in-1 Screw Air Compressor-15KW

15KW Four-in-One Screw Air Compressor is an energy-efficient compressed air device tailored for the industrial sector. Integrating the most cutting-edge technologies in the air compressor field, it delivers stable, reliable, and cost-effective compressed air solutions for enterprises. Boasting a rated power of 15kW, an exhaust volume of 19m³/min, and a working pressure of 2.3 MPa, this model is ideally suited for medium and large industrial enterprises.

Core Technical Advantages

1. Two-stage compression system: Featuring an innovative two-stage compression design, it reduces energy consumption by approximately 15% compared to traditional single-stage compression – a benefit that becomes even more pronounced at the 2.3 MPa working pressure. The compression host adopts a large rotor diameter design, paired with precision-machined helical teeth, ensuring a robust exhaust volume output of 19m³/min.
2. Permanent magnet synchronous motor: Equipped with a high-efficiency permanent magnet synchronous motor, its efficiency reaches over 80%. Even under partial load conditions, it maintains an operating efficiency of more than 90%. The direct connection design between the motor and the compressor head eliminates the efficiency loss of traditional transmission devices, enabling an overall transmission efficiency close to 100%.
3. Intelligent frequency conversion control system: Fitted with a high-performance vector frequency converter, it allows stepless speed adjustment within the 30%-100% range based on actual gas demand, avoiding energy waste caused by frequent loading and unloading in traditional air compressors. The built-in PID intelligent adjustment algorithm controls pipeline network pressure fluctuations within ±0.01MPa, providing an ultra-stable gas source for precision manufacturing equipment.

Product Features

1. Multiple noise reduction designs keep the overall operating noise below 70dB(A).
2. A high-efficiency aftercooler ensures the outlet temperature is controlled within ambient temperature +10℃.
3. The intelligent monitoring system enables real-time monitoring of key parameters.
4. This model is particularly well-suited for industrial scenarios with high gas consumption and significant load fluctuations.