AS Automation

315 kW Schneider Electric Soft Starter is designed for larger industrial motors, providing a controlled and smooth start-up process while protecting the motor and connected systems. It operates similarly to smaller soft starters but is scaled to handle much higher power ratings, making it suitable for heavy-duty applications.

ATS480C21Y is a Schneider Electric soft starter from the ATS480 series. Soft starters are devices used to control the starting and stopping of electrical motors by gradually increasing or decreasing the voltage applied to the motor. This results in smoother starts and stops, reducing mechanical stress and electrical inrush currents. The ATS480C21Y, in particular, is designed to manage motors up to 210A, making it suitable for medium to large industrial applications.

Schneider Electric Soft Starter is a device used to reduce the inrush current when starting large motors, thus preventing damage to the motor, electrical components, and mechanical systems. A 220 kW soft starter is typically designed to handle high-power motors, such as those used in large pumps, compressors, or industrial machinery.

160 kW Schneider Electric Soft Starter is designed to control the startup and stopping processes of industrial motors that are typically used in large-scale applications. It helps reduce electrical inrush current, mechanical stress, and overall system wear during motor start-up. A soft starter of this size typically suits motors in the 215 to 220 horsepower (HP) range.

355 kW Schneider Electric Soft Starter is designed to manage the starting and stopping of large industrial motors, offering precise control to reduce the inrush current and mechanical stress during motor startups. This type of soft starter is used for high-power applications where smooth operation, efficiency, and protection are paramount.

110 kW Schneider Electric Soft Starter is a device used to reduce the inrush current and smoothly start large motors, typically in industrial applications. Soft starters are designed to limit the mechanical and electrical stresses on the motor and associated equipment during startup. This helps increase the lifespan of both the motor and the driven equipment.