09.F0.R11.3429
The KEB 09.F0.R11.3429 frequency inverter is a key component within the F0 Combivert Control Cabinets series. Designed for industrial automation, this inverter offers a rated power of 1.5 kW and operates in a voltage class of 480V, making it highly effective in controlling small to medium motors. It delivers a rated output power of 2.8 kVA and incorporates an internal braking option to provide rapid and controlled deceleration. Additionally, it features a maximum switching frequency of 16 kHz, ensuring prompt response and precision in speed and torque regulation, while its compact construction supports efficient integration within space‐constrained control panels.
The technical specifications of the 09.F0.R11.3429 inverter reinforce its reliability under industrial conditions. With overall dimensions of 90 x 340 x 186.5 mm, this unit is optimized for tight installations without compromising performance. It is built to operate over a 50/60Hz frequency range and is equipped with a rated output current of 7.0 A, ensuring stable load handling. A 20 A maximum permissible mains fuse rating further attests to its robust design, while a mounting altitude limit of 3000 m above sea level underlines its versatility in diverse environmental conditions. The inverter also benefits from a wire cross section of 2.5 mm^2 and a light weight of 3.0 kg, making it easy to install and maintain.
Additional features of this frequency inverter enhance its utility in demanding industrial applications. It is engineered with quality components such as coated boards and rugged parts to resist electrical noise, shocks, and vibration, thereby ensuring durable performance. The device allows for adjustable switching frequencies and other customizable parameters that boost precision in control systems. With integrated interfaces for system connectivity and remote monitoring, the inverter not only provides reliable motor control but also supports efficient maintenance and diagnostics. Overall, the 09.F0.R11.3429 inverter stands out as an ideal solution for improving operational efficiency and performance in industrial settings.