GBP
Schneider Electric ATS01 Series Soft Starter, 2.2kW Power Rating, 6A Current Rating - ATS01N206QN
This soft starter is designed for asynchronous motors, specifically within the ATS01 series by Schneider Electric. With a power rating of 2.2 kW, this device effectively handles voltage ratings of 415V AC across three phases. The dimensions of this compact unit are 130.7mm in length, 45mm in width, and 145mm in depth, making it suitable for various installation scenarios.
Features & Benefits
• Integrated bypass improves overall energy efficiency during operation
• Adjustable starting time enhances control over motor acceleration
• Designed for 3-phase systems, ensuring reliable performance
• Remote control functionality allows for easy operational adjustments
• Robust IP20 rating protects against dust and contact with fingers
• Conforms to EN/IEC standards for enhanced safety and reliability
Applications
• Ideal for starting and controlling asynchronous motors in industrial setups
• Utilised in machinery where smooth acceleration is critical
• Suitable for systems needing reduced starting current
• Employed in requiring gentle ramping to reduce mechanical stress
• Compatible with various automation environments for enhanced performance
How does the starting torque feature benefit motor operation?
The starting torque setting allows for a controlled application of power, reducing mechanical strain on the motor and connected equipment. This ensures a smoother start-up, prolonging the lifespan of components and enhancing overall system reliability.
What are the implications of the IP20 rating for this device?
The IP20 rating signifies that the soft starter is protected against solid objects greater than 12.5mm, although it is not waterproof. Therefore, it is suitable for use in controlled environments where dust exposure is minimal.
Can the starting time be modified for different applications?
Yes, the device allows for starting times to be adjusted between 1 to 10 seconds, providing flexibility to accommodate different operational requirements and enhancing performance across diverse applications.