Model Number:WINT2221C
Series:ACS355
Application Compatibility:Textile, Printing, Rubber & Plastics, Woodworking
Power Handling Capacity:Up to 2HP
Control Technology:Sensorless Vector Control
Operating Frequency:Up to 599Hz
Safety Feature:Safe Torque Off Function (SIL3)
Environmental Protection:IP66 Certified for Harsh Environments
Additional Features:Built-in Braking Chopper, Coated Boards, Solar Pump Drive Variant Available
The ABB WINT2221C ACS355 series drive board boasts an exceptionally compact design, ensuring it fits seamlessly into existing control panels without compromising on performance. Its uniform aesthetic aligns perfectly with ABB’s commitment to quality and innovation.
Quick commissioning is made possible through the use of application macros and panel assistants, streamlining the setup process and reducing downtime. This feature is particularly beneficial for manufacturers seeking efficient installation and maintenance procedures.
Safety is paramount, and the WINT2221C comes equipped with a standard safe torque off function, enhancing safety protocols in accordance with international standards like SIL3. This ensures the board can be safely disabled in emergency situations without risking injury or damage.
For enhanced operational efficiency, the drive board supports sensorless vector control, enabling precise control over induction and permanent magnet motors up to 599Hz. This feature is crucial for achieving optimal performance in dynamic industrial processes.
Incorporating advanced technology, the ABB WINT2221C is built with coated boards for durability and resistance to corrosive environments. Additionally, an optional IP66 variant is available for applications requiring protection against dust and water ingress, making it suitable for outdoor or highly demanding industrial settings.
Designed for long-term reliability, the WINT2221C offers a robust solution for power distribution boards, ensuring stable operation under varying conditions. Its compatibility with GE PLC series further enhances its versatility in complex automation systems.
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