Product Description

An axis drive from the F5 Combivert family, the KEB 10.F5.B1B-3A0A is a specialist industrial automation component. This machine, which is made by KEB, a well-known brand in industrial automation, is intended to effectively manage and control the motion of mechanical systems in industrial environments. With a 2.2 kW power output, the drive may be used in a variety of applications requiring moderate power levels. This power rating guarantees that the gadget can operate a range of motor sizes, from little to medium-sized, without sacrificing functionality. A 400 V (3-phase) voltage supply, which is common in many industrial settings, is supported by the 10.F5.B1B-3A0A. Even under challenging circumstances, constant performance is guaranteed by this voltage rating, which enables dependable and effective drive operation.

To improve safety and dependability, the drive has earth fault and short-circuit monitoring functions. These monitoring features keep an eye on the electrical properties of the drive, identifying and addressing any problems like ground faults or short circuits. This proactive approach guarantees the safety of nearby workers and helps avoid damage to the equipment. The drive provides versatility in terms of power supply configurations by offering both AC and DC connection choices. Regardless of the power source that is available, this versatility enables the device to be incorporated into a variety of industrial installations.

The normal frequency of the drive is 8 kHz, while its maximum frequency is 16 kHz. The driver may precisely and accurately manage the associated motor's speed and position thanks to these frequency ratings. For many high-speed applications, smoother motion profiles and quicker reaction times are made possible by higher frequencies. For customers' peace of mind, Wake Industrial provides a one-year guarantee on the KEB 10.F5.B1B-3A0A. This warranty ensures customer satisfaction and reduces downtime by covering any manufacturing faults or malfunctions that may occur within the designated term.