Product Description

The 12.F4.C1D.4M00 derived from KEB, part of the F4 Combivert Frequency Inverter Series, is a high-performance AC drive designed for precise motor speed control in industrial processes. It operates with a three-phase power supply and is optimized for standard frequency ranges of 50/60 Hz, making it ideal for a wide range of industrial applications globally. This drive ensures perfect motor performance in critical operations for instance conveyors, pumps, fans, and other applications whereby change of speeds is vital.

Some of the important aspects of KEB 12.F4.C1D.4M00 include the forced Air Cooling System. This cooling mechanism helps to make the drive operate under the optimum temperature range to prevent overheating when is in use. And so, it can function properly in conditions that would, otherwise, cause devices with high power density to heat up due to continuous duty cycles and loads. Crucially, it makes it an ideal solution for applications where equipment is in constant use in industries where downtime is costly. Like other KEB-controlled circulators, the KEB 12.F4.C1D.4M00 is also equipped with overload characteristics of 150% for 60 seconds, meaning that for short periods, the pump can be overloaded while still maintaining efficiency. This overload feature allows the drive to handle brief increases in operations, which also increases the lifespan of the connected equipment.

The protection class of the 12.F4.C1D.4M00 is IP20, thus, protecting against solid objects greater than 12mm in diameter but not against water ingress; it is suitable for indoor use because it cannot handle harsh outdoor weather conditions. In addition, the drive is CE compliant; this means that it is safe to use in the European market and has undergone safety, health, as well environmental protection tests. Due to the numerous advanced features and high level of the KEB 12.F4.C1D.4M00’s reliability, this product will suit the needs of numerous industrial applications that necessitate precise and efficient motor control while at the same time providing optimal performance, safety, and durability.