Phase, IP20 Schneider Electric Soft Starter, , 5.5 kW, 480 V ac, 3 ATS01N112FT

Schneider Electric ATS01 Series Soft Starter, 5.5kW Power Rating, 12A Current Rating – ATS01N112FTThis soft starter is designed for asynchronous motors, providing efficient control and smooth start-up. Encased in a lightweight design with dimensions of 130.7mm in length, 45mm in width, and 145mm in depth, this industrial unit supports a power rating of 5.5 kW and operates within a voltage range of 110 to 480 V AC, making it suitable for various electrical soft starter systems.Features & Benefits
• Reduces mechanical stress on motors during starting
• Integrated bypass ensures energy efficiency
• Adjustable starting time from 1 to 5 seconds
• Capable of starting with a voltage ramp for smooth operation
• IP20 rating protects against solid object ingress
• Designed for 3-phase applications to enhance performanceApplications
• Used for controlling the start of asynchronous motors
• Suitable for simple machine
• Ideal for industrial motor control in automation
• Compatible with various electrical soft starter systemsHow does the integrated bypass function enhance energy efficiency?It allows the soft starter to switch to direct-on-line operation after reaching the set speed, reducing energy losses during normal operation and maintaining operational efficiency.What is the significance of adjustable starting time in this device?The adjustable starting time allows users to customise the start-up profile based on the load characteristics, reducing inrush current and potential mechanical damage during motor start-up.What environmental conditions can this soft starter operate under?It can operate in ambient temperatures ranging from -10°C to 50°C with appropriate current derating, ensuring reliable operation in various environments.How does the product comply with electromagnetic compatibility standards?It adheres to several IEC standards for immunity to electrical transients and radio-frequency interference, ensuring stable operation in environments with potential electromagnetic disturbances.