Product Description

The KEB F4 Combivert Frequency Inverter Series, featuring part number 10.F4.F3D-3440, is designed to meet diverse application needs, offering precise motor control and enhancing efficiency across various industries. It has a power input voltage of 380-480VAC, and the output voltage is adjustable from 0 to 480 VAC making it suitable for most systems that require continuous power regulation. The frequency inverter of this model has an active power of 2.2 kW and it is suitable for the motors or machines that need average power consumption. As for the electric current, it is possible to output 5.8 amps, which is suitable for industrial machines; its speed is 1000 RPM. Such features help it to provide high accuracy in the motor control so that it runs fluently and achieves the desired speed.

The KEB 10.F4.F3D-3440 has a useful frequency range of 50-60 Hz which complies with electrical standards from around the world. This feature makes the inverter applicable to different regions and industries and it can be fitted into manufacturing equipment, conveyor systems, pumps, fans, and so on. This is especially true because the device is quite small, which means that it does not take much to incorporate it into existing systems.

Moreover, KEB 10.F4.F3D-3440 is designed with concern for durability as well as reliability. Device construction is solid, which provides for its long-term operation while exposed to conditions characteristic of industrial facilities. KEB’s engineering standards enshrine reliability, energy efficiency, and flexibility to make sure that the inverter presented is not only a reliable product but also represents excellent value for money. Thus, the KEB 10.F4.F3D-3440 frequency inverter can be a convenient option for customers who need an effective and stable device for industrial motor control. Due to its general power conversion efficiency, precise control, and flexibility, it can be considered an ideal solution for companies that envisage increasing their productivity and decreasing electrical power consumption.