ABB SAFT183VMC: Advanced Drive Control Board for Industrial Applications

Product Type:Drive Control Board

Brand:ABB

Model:SAFT183VMC

Operating Temperature Range:-25°C to +60°C

Input Voltage Range:AC 230V ±10%

Output Current Capacity:Up to 10A

Communication Protocols Supported:Modbus RTU, CANopen

Protection Class:IP20

Dimensions:142mm x 93mm x 45mm

Weight:0.45kg

    The ABB SAFT183VMC Drive Control Board is engineered to deliver superior performance and efficiency in demanding industrial settings. This board is a cornerstone of ABB‘s advanced drive solutions, designed to enhance the operation of electric motors in various industrial applications.

    Featuring cutting-edge vector control technology, the SAFT183VMC ensures precise motor control, enabling smoother operations, reduced energy consumption, and enhanced machine productivity. Its robust design withstands challenging industrial environments, ensuring reliable performance under varying conditions.

    With integrated communication interfaces, including Ethernet and Modbus TCP/IP, the SAFT183VMC facilitates seamless integration with existing automation systems. This compatibility streamlines the setup process and enhances system scalability, allowing for easy expansion and maintenance.

    Engineered with safety in mind, the SAFT183VMC complies with international safety standards such as UL, cUL, CE, and GOST R, providing peace of mind for users operating in different jurisdictions. This ensures not only compliance but also a heightened level of safety and reliability.

    Adhering to RoHS regulations, the SAFT183VMC is an environmentally responsible choice for manufacturers looking to reduce their carbon footprint without compromising on performance or functionality. This commitment to sustainability aligns with the growing trend towards green manufacturing practices.

    In summary, the ABB SAFT183VMC Drive Control Board is an essential component for enhancing industrial automation systems. Its advanced features, high performance, and adherence to safety and environmental standards make it an ideal solution for modern industrial applications.