Blogs

With the progress of Industrial development, the use of automation products in China’s automation market is increasing day by day. Changsha Auto Automation is close to the market demand, and grandly launched a high-reliability energy-saving product – low-voltage inverter ATA QBLV10 series.

　　Features

　　Excellent acceleration and deceleration performance

Excellent current and voltage control technology, repeated alternate acceleration and deceleration with 0.1S command, the inverter runs stably without tripping.

　　Feature-rich and versatile

The output frequency is 0~3000HZ, which makes the ATA QBLV10 series products used in air compressors, central air conditioners, water pumps, textiles, plastics, ceramics, mining, medicine, processing machinery and other fields.

　　Reliable Components

Using Infineon’s seventh-generation IGBT, the loss is reduced by 30% compared with the previous generation.

　　Significant heat dissipation

Using computer simulation technology to reasonably distribute heat sources, significantly reduce the temperature rise of components.

　　Simple wiring

The wiring method of top-in and bottom-out is adopted, which is more in line with the requirements of on-site working conditions and is deeply loved by customers.

　　Modular structure design

Portable cooling fan, making fan replacement more convenient and more maneuverable. The modular design concept provides users with control of a variety of general-purpose applications. The output capability of the ATA QBLV10 series has been proven to meet the requirements of most industrial controls.

　　Phase lock function

ATA QBLV10 series variable frequency soft starter can greatly reduce the switching current when the motor switches from variable frequency operation to power frequency operation.

The switching current of ordinary inverters without phase-locking function is 4-7 times or higher than the rated current of the motor. The switching current of the ATA QBLV10 series variable frequency soft starter is less than 1.5 times the rated current of the motor, and most applications are less than 1 times the rated current of the motor. .

　　Strong adaptive performance

Intelligently adjust the acceleration and deceleration rate according to the load operating state. By intelligently distinguishing the magnetic flux braking intensity, the deceleration time is minimized; intelligently distinguishing the power saving intensity, the energy consumption of the motor operation is minimized.