Maximizar la eficiencia: cómo un compresor de aire de baja presión puede ahorrarle tiempo y dinero

¿Está cansado de perder tiempo y dinero en compresores de aire ineficientes? No busque más: lo que necesita es un compresor de aire de baja presión. Gracias a su avanzada tecnología, este tipo de compresor le ayudará a maximizar la eficiencia y a ahorrar valiosos recursos. Tanto si utiliza herramientas eléctricas en un taller como si gestiona líneas de producción en una fábrica, un compresor de aire de baja presión puede mejorar sus operaciones de innumerables maneras. No solo requiere menos energía para funcionar, sino que también puede reducir el desgaste de su equipo, lo que en última instancia prolonga su vida útil. Además, produce menos ruido y vibraciones, lo que crea un entorno de trabajo más seguro y cómodo para sus empleados. En este artículo, exploraremos las ventajas de un compresor de aire de baja presión y cómo puede ayudarle a optimizar sus operaciones, aumentar la productividad y, en última instancia, ahorrar tiempo y dinero.

What is a Low Pressure Air Compressor？

Low pressure screw air compressors are mainly used in industries with low air pressure requirements between 0.2-0.5MPa, such as cotton spinning, chemical fiber, glass products, cement mixing, and sewage treatment. However, most companies in these industries still use normal pressure screw air compressors with a pressure of 0.7-1.0MPa, and regulate the compressed air usage through pressure reducing valves, resulting in a significant waste of electricity resources. In response to the national call for energy conservation and emission reduction, and to improve the current situation of high pressure and low usage, we have introduced low pressure and permanent magnet variable frequency air compressors based on market demand.

Air End Advantage

• The air end is a specially designed low-pressure compressor that features a rational structure and higher efficiency. With no intermediate transmission, the air end boasts a large rotor and low rotational speed, resulting in minimal noise.
• The precise patented design of the low-voltage dedicated air end reduces friction resistance during rotor operation, significantly reducing energy consumption and vibration, increasing compression area, and reducing gas leakage. This ensures that the air compressor operates with low energy consumption during long-term operation, improving efficiency.

Frequency conversion control system

• The intelligent frequency conversion control system continuously adjusts the speed of the large rotor within a wide range of low power ratios, automatically matching the changes in gas consumption with the appropriate power to obtain the required gas volume. This effectively controls pressure fluctuations within ±0.01Mpa, resulting in minimal energy loss due to pressure increases.
• The high-performance inverter effectively avoids startup overload and power loss caused by no-load states, resulting in a direct reduction of 45% in idle power consumption.

Other Advantages

The advanced energy-saving intake system is capable of infinitely adjusting the compressor air volume to reduce output waste based on terminal demand. The new design of the minimum pressure valve group ensures stable pressure inside the machine and prevents compressed air from flowing back. The innovative compressed gas design reduces system pressure drop, allowing more energy to be applied to customers. The equipment also includes remote control and data analysis, as well as a multi-unit joint control system, making energy-saving effects more apparent. The low-voltage line uses permanent magnet synchronous motors, which have energy efficiency levels equivalent to asynchronous motors and are more energy-efficient and stable than traditional motors.