Kosmos Electric Corporation

Overview

The Fx2000 drives are renowned for their robust construction and seamless functionality, establishing them as a top choice for industrial motor control applications. Engineered to deliver exceptional performance, these drives combine energy efficiency with reliable operation, meeting the varied demands of different industries. Their user-friendly features and advanced control capabilities make the Fx2000 drives an effective solution for boosting productivity and optimising processes.

LK's Fx2000 drives are distinguished by their ability to provide efficient and customised motor control solutions, making them a reliable option for businesses aiming to enhance operational efficiency. With a focus on durability and adaptability, these drives support a range of industrial activities, ensuring that they not only meet but exceed the expectations of users in terms of performance and ease of use.

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Benefits

Brake control manages braking mechanisms efficiently, ensuring quick and safe stops that enhance operational safety and reduce wear on the system.
Kinetic energy buffering captures and reuses energy, which enhances overall efficiency during dynamic operations and reduces power consumption.
Output voltage control allows for precise voltage adjustments, optimising motor performance and ensuring optimal energy use.
The regeneration evasion function for press applications prevents energy backflow, improving both safety and equipment longevity in demanding industrial settings.

Features

Brake Control - Manages braking mechanisms efficiently to ensure quick and safe stops.
Kinetic Energy Buffering (KEB) - Captures and reuses energy, enhancing efficiency during dynamic operations.
Output Voltage Control - Provides precise voltage adjustments to optimize motor performance.
Regeneration Evasion Function for Press - Prevents energy backflow in press applications, improving safety and equipment longevity.
Droop Control: Automatic Torque Balance - Automatically adjusts torque to maintain consistent performance across multiple motors.