Product Description
The 09.F0.R01-1228 Inverter is a dependable and effective AC inverter. It belongs to KEB's F0 Combivert Control Cabinet series. It works smoothly at a voltage of 230V while designed to provides a power output of 1.5kW.
The F0.R01 Inverter includes a digital management system useful for accurate functioning and easy modifications by the user. It accommodates frequency within the range encompassing 50-60 HZ that ensures alignment with the electrical installations. It operates appropriately for various industrial uses. The 09.F0.R01 inverter features a built-in communication interface that enables smooth compatibility with current systems. Due to its exceptional efficiency in utilizing energy, this product has lower operational expenses. This inverter comes with protection classification of IP20 that offers fundamental defense towards solid items exceeding 12mm in size. The temperature regulation system of 09.F0.R01-1228 Inverter relies on air. This mechanism ensures the device remains within safe temperature ranges during prolonged use. The ability to handle 150% overload for a duration of 60 seconds guarantees dependable operation in situations of increased demand. The KEB 09.F0 inverter has dimensions of 250x150x120 mm and it has a mass of around 4kg. This structure can be easily carried and installed in small spaces. This Inverter features a design suitable for panel mounting which facilitates straightforward installation across different industrial environments.
The 09.F0.R01-1228 Inverter is subjected to comprehensive testing to guarantee exceptional performance and dependability. This equipment is ideal for settings that demand strong, proven and effective utilization of energy. The small size and effective functionalities render it a suitable option for both industrial and commercial uses. The 09.F0.R01 AC inverter provides reliability and accurate functionality. It ensures seamless performance for various needs. The design facilitates prolonged use while also ensures straightforward installation and functionality.