When internal conductor packages of water-cooled power cables begin to break down in a melting application, often the counter intuitive thing happens—adjacent cables on the same phase begin to operate warmer due to the need to carry more current.
Today’s control systems typically measure current, voltage and output coolant temperatures. Increased voltage drop, higher current readings and warmer coolant return indicate the beginning of cable failure. Visual inspection of the thermal protective covering, chafing protection, and non-conductive cover hoses is critical for both routine maintenance and determining whether to replace the cable.
Induction Power Cables
Engineered for electrical efficiency and hand-built using top-grade materials, I2r POWER technicians craft your high-current induction cables to maximize power transmission. Learn more.
EAF/LMF Power Cables
Optimal power transmission and electrical efficiency improvements are engineered into every Electric Arc Furnace (EAF) and Ladle Metallurgy Furnace (LMF) water-cooled cable at I2r POWER. No matter your high-current application or demanding production environment, I2r POWER technicians hand-craft your water-cooled power cable for reliability and longevity. Learn more.