Product Description

The 16.F4.F1G-4I00 by KEB is quite the efficient and durable frequency inverter offered in the F4 Combivert Frequency Inverter Series specifically geared for high performance in motor control demanding applications in industry automation. Rated with a rated power of 7.5 kW, it is highly perfect for usage on medium-sized industrial machinery and processes where stable, as well as efficient motor performance, is in turn required. This with an apparently apparent power of 11.0 kVA, can handle large loads pretty good as well, allowing for a smooth ride even in the most demanding environments.

The 16.F4.F1G-4I00 will run up to a maximum of 400V voltage, thus suitable for applications in three-phase industrial electrical systems. This brings excellent flexibility to global markets. The device accepts frequencies of range 50/60 Hz which sets it compatible with most regional power systems and thereby allows flexible operation for different industrial needs. The input voltage range is 380-480V that enables the use of input power sources in a wide range, enhancing adaptation of the system into many power grids. The frequency range of the 0-400 Hz provides for a possibility of finely regulating the motor speeds, thus well suited for applications that need a variable frequency control. Overload ability of the inverter is at 150% for 60 seconds, thereby providing surplus power during a peak need such that the system would hardly lose performance when handling transient load surges.

Vector control mode from the inverter ensures high precision in the motor and hence makes it deliver the utmost amount of energy efficiency along with the optimum performance. The forced air cooling dissipates the heat perfectly and the IP20 enclosure rating of the device ensures that it provides basic dust protection and contact, thus suitable for controlled environments. RS-485 communication interface helps in easy integration with other automation systems. Overall, the 16.F4.F1G-4I00 provides effective and reliable control of motors in industrial applications for performance, flexibility, and durability.