Air Compressors incur substantial labor, material and resource costs throughout procurement and operation, including staffing expenses, purchase and installation fees, power consumption and maintenance costs. How can proper planning help save energy and reduce consumption?
- Take discharge pressure and flow rate into consideration. The standard discharge pressure of most compressors is 0.8 MPa. The selected Air Compressor must meet the flow and pressure requirements of your workflow and operate continuously within its high-efficiency range. This reduces power consumption and minimises component wear.
- Choose an Air Compressor that is compact, lightweight, high-performing and energy-efficient. Do not focus merely on low upfront price while ignoring the energy consumption ratio.
- Consider your usage environment. A vertical model is recommended for limited-space installations. Mobile units are suitable for scenarios requiring long-distance relocation.
- Prioritise air quality. Conventional compressors deliver compressed air mixed with lubricating oil and moisture. For oil-free and moisture-free applications, select a silent oil-free Air Compressor. If strict dryness is required, a drying tower can be fitted. For example, Dynamic membrane dryer DAPG10.
- Select an Air Compressor with a simple structure, easy operation and readily available spare parts.
After reviewing the above points, do you have a clearer idea of how to select an Air Compressor?