Brand:Schneider PLC Item No.:ATS22C11S6 Product Origin:France Product Dimensions:356 x 150 x 229.5 mm Product Weight:18 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The ATS22C11S6 is part of Schneider Electric’s Altistart 22 series, engineered for reliable soft starting and stopping of three-phase motors. It uses controlled voltage ramp technology to minimize current peaks and mechanical stress during motor startup.
With its integrated bypass design and robust SCR-based control architecture, the unit delivers consistent performance in industrial environments where uptime and equipment protection are critical. It is a proven solution for applications requiring both efficiency and operational stability.
ATS22C11Q – 110A variant for standard industrial applications
ATS22D17Q – Lower power model for medium-duty systems
ATS22D32Q – Higher capacity model for heavy-duty motors
ATS130 Series – Compact next-generation soft starter family
ATS480 Series – Advanced motor control with enhanced diagnostics
Popular Related Models
ATS22C11S6 – Standard 110A industrial soft starter (this model)
ATS22C11Q – Widely used HVAC and pump control version
ATS22D17Q – Common in medium industrial automation systems
ATS480C11Q – Popular upgraded alternative in modern installations
Applications
The Schneider ATS22C11S6 Soft Starter Module is designed for medium to heavy-duty industrial motor control applications requiring smooth voltage ramping, reduced inrush current, and controlled torque during start and stop cycles. It is widely used in process-critical environments where mechanical stress reduction and electrical stability are essential.
Typical applications include:
Industrial pumping systems (water, wastewater, process fluids)
Large HVAC systems and ventilation control
Compressor stations and air handling units
Conveyor and bulk material transport systems
Industrial machinery and manufacturing equipment
Mining, processing, and infrastructure automation systems
Its controlled acceleration profile helps protect mechanical components such as couplings, belts, and gearboxes, significantly extending system service life.
