Power conducting arms
Innovation and reliability for modern steelworks
Brar's power conducting arms represent excellence in the sector, the result of a continuous commitment to technological innovation and the pursuit of quality. Designed and manufactured using the most advanced technologies, our power conducting arms perfectly meet the needs of modern steelworks, where efficiency, reliability, and durability are essential to ensure uninterrupted operations.
In addition to traditional power conducting arms, Brar has developed cutting-edge solutions such as conductive arms, made from high-quality materials including copper, steel, and aluminum. These materials ensure excellent electrical conductivity and exceptional mechanical strength, making them ideal for tackling the most demanding operating conditions.
Brar's philosophy is based on offering integrated "turnkey" solutions. This means we manage the entire project lifecycle, from the initial design and simulation phase, through production, and finally to on-site installation. Additionally, we provide post-sales support to ensure consistent assistance and maintain high performance over time.
This vision also extends to the development of our hydraulic units for electrode clamps, which ensure reliability and precise control, as well as the CMS (Clamping Measurement System), designed to accurately monitor the clamping force of electrodes, preventing potential malfunctions.
Brar designs custom hydraulic control units for electrode clamping, ensuring reliability and precise control in complex industrial environments. Equipped with advanced components such as high-pressure tanks, hydraulic pumps, regulation valves, and Profibus connections for remote control, these units provide safety and seamless integration with industrial systems.
Brar's CMS is a versatile system for monitoring the clamping force of electrodes, essential for the operation of electrode arms. Available in various models adaptable to different diameters, the CMS enables precise monitoring, optimizing maintenance activities and preventing malfunctions.
