09.F0.R03-1228
The 09.F0.R03-1228 controller module from KEB is an integral component of the F0 Combivert Control Cabinets. Designed for industrial motor control applications, this frequency inverter offers a robust solution with high voltage and current handling capabilities. Key features include an input current rating of 14 Amps and an output power specification of 1.5 KW, which work together to deliver consistent performance. The module is electrically isolated and supports a power output rating of 2.8 KVA. Its primary function lies in efficient motor control, ensuring safety and operational stability in demanding industrial environments.
Engineered with precision, the 09.F0.R03-1228 incorporates advanced technical specifications that set it apart in the field of industrial automation. It runs on a mains voltage of 240V, and its design features, such as the protection class rating of IP20, mitigate potential electrical hazards. With a specified output current of 7.0 A and a weight of 3.6 kg, the module is optimized for installations that demand both durability and performance. The inverter is characterized by its SPS Processor type, ensuring reliable control and swift operational responses. Moreover, it facilitates safe connection with a 20 Amp rated line fuse for input AC mains, aligning with safe engineering practices.
Additional design features further enhance its integration into industrial settings. The module is compatible with setups requiring a screwed-in module mounting arrangement, and its installation recommendations ensure proper air flow and heat dissipation, aided by a cooling fan and strategically placed air inlets and outlets. This frequency inverter not only meets the demanding standards of modern industrial applications but also promotes efficiency and reliability through its well-calibrated electrical properties and robust structural design. From its isolation features to its clearly defined technical parameters, the 09.F0.R03-1228 stands as a reliable choice for controlled motor operation in varied industrial scenarios.