The ERE Series 10HP Industrial Screw Air Compressor has a motor power of 7.5 kW, which is equivalent to 10 HP.
The air delivery for the ERE Series compressors ranges from 0.7 m³/min to 6.6 m³/min, depending on the specific model.
The intelligent PLC features a touch screen with multiple languages, offers full protection functions for the motor and compressor, and allows for remote control via RS485 and IoT connectivity.
The maximum working pressure for the ERE Series compressors ranges from 7 to 13 bar, which is equivalent to 100 to 180 psi.
The energy-efficient cooler has a super large heat exchange area design, which improves cooling efficiency, prevents overheating, and prolongs the compressor's service life.
The ERE Series compressor features high-quality construction with a solid structure, thicker canopy, and durable chassis for extended service life.
Yes, the ERE Series compressor requires maintenance, but it is designed for low maintenance costs due to its reliable internal structure layout. Regular checks and scheduled maintenance are recommended for optimal performance.
Yes, the high-quality fan assembly reduces noise and vibration, making the compressor versatile and suitable for various working environments.
The dust screen protects the compressor system by stopping dust, moisture, and other particles, which helps to extend the life of components like the air end, air filter, and oil filter.
The air end utilizes a new-generation profile with an integrated shaft structure, which ensures stable operation and high energy efficiency.
The ERE-10SA model weighs 110 kg.
The ERE-20SA model has dimensions of 1010 x 600 x 1030 mm.
The inverter and PM motor enable the compressor to adjust frequency for energy efficiency, resulting in lower energy consumption and improved stability.
Yes, the ERE Series offers multiple models, including the ERE-10SA, ERE-20SA, ERE-30SA, and ERE-50SA, each with varying motor power and air delivery capabilities.
The oil-gas tank is designed with a super large capacity, which ensures lower system pressure differences and enhances the efficiency of oil-gas separation.
Discover our latest orders