Last Chance 3tb4717-0a Kit [uvIQfHJP]

Siemens Last Chance 3tb4717-0a Kit [uvIQfHJP] Motor Starters - Contactors

Introducing the Siemens Last Chance 3tb4717-0a Kit [uvIQfHJP], a top-tier 3-phase IEC rated contactor designed for the precise control of electric motors. This robust contactor is engineered to deliver exceptional performance and reliability, making it an ideal choice for various industrial applications. With its versatile design, the Last Chance 3tb4717-0a Kit [uvIQfHJP] can handle motors up to 50 HP at 460V or 20 HP at 230V, ensuring seamless operation in diverse environments. Its conformity to IEC 60946 standards guarantees safety and compliance, making it a trusted solution for professionals in the industry.

Product Specifications and Technical Details

The Siemens Last Chance 3tb4717-0a Kit [uvIQfHJP] contactor is equipped with a robust AC operating coil, providing reliable performance in both industrial and commercial settings. It features a frame size of S3, offering ample space for installation and integration into existing systems. The contactor comes with a variety of options, including overload relays and replacement parts, ensuring easy maintenance and longevity. Key specifications include a 20 HP rating at 230V and a 50 HP rating at 460V, along with two auxiliary contacts for additional control and monitoring capabilities. The contactor's AC3 and AC1 ratings ensure compatibility with a wide range of motors and applications.

Practical Uses and Target Audience

Whether you're managing a manufacturing plant or a small workshop, the Siemens Last Chance 3tb4717-0a Kit [uvIQfHJP] contactor is a versatile tool that can enhance your motor control operations. Its high-power handling capacity and precise control make it an excellent choice for industrial machinery, pumps, conveyors, and other heavy-duty applications. The contactor's durability and ease of installation make it ideal for both professionals and DIY enthusiasts. By investing in the Last Chance 3tb4717-0a Kit [uvIQfHJP], you can ensure optimal motor performance, reduce downtime, and improve overall productivity in your workplace.