Cart0items

Cart

Call us between 8 AM - 10 PM / +971 55 761 1764  +971 52 718 2514
0
0
  • 0 items in quote

    No products in the Quote Basket.

  • Cart0items

    Cart

    HomeShopMotor ProtectionSiemens 0.22 → 0.32 A SIRIUS 3RV Motor Protection Circuit Breaker | 3RV2011-0DA20

    Description

    The Siemens 3RV2011-0DA20 is a high-performance SIRIUS motor protection circuit breaker engineered to provide reliable and precise safeguarding for electric motors. This breaker offers an adjustable current range from 0.22 A to 0.32 A, allowing for accurate setting to match the specific operational needs of various motor types. Its primary function is to protect motors from damaging overloads and short circuits, thereby extending their operational life.

    Constructed with Siemens’ renowned quality and advanced technology, the 3RV2011-0DA20 ensures consistent and dependable tripping performance. Its compact and robust design facilitates easy installation within motor control centers and electrical cabinets. The breaker’s sophisticated thermal-magnetic release mechanism provides effective protection against both sustained thermal stress and sudden high-current faults.

    This Siemens 3RV2011-0DA20 is an indispensable component for a wide array of industrial and commercial applications, including pumps, fans, conveyors, and other motor-driven machinery. By preventing motor damage, it significantly reduces downtime and associated repair costs, contributing to overall operational efficiency. This certified Siemens breaker is essential for motor safety.

    Invest in the reliability and advanced protection of the Siemens 3RV2011-0DA20 motor protection circuit breaker. It offers an optimal balance of performance, adjustability, and durability for safeguarding your valuable motor assets. Ensure the longevity and smooth operation of your electric motors with this essential component.

    Recently viewed products

      Request A Quote

      Request A Quote

      First

      Product detail

      Maximum file size: 516MB