The converter tilts in two directions : - on one side to receive the hot metal, - on the other side to tap the iron into a teeming ladle (on a ladle car). The cable situated underneath the converter supplies power to the positioning sensors.

: There is no major risk of thermal destruction. HIGH TEMP, is mainly used to guarantee   lifetime and security of the equipment.

The teeming ladle transports the molten steel from the converter to the revolving door near to the continuous casting. The cable supplies power the motor opening and closing the ladle gate which opens the way for the steel to the tundish.

: Thermal scattering through the ladle walls.
: Molten steel spillage.
: High ambiant, stifling temperature : between 300 and 400°C

The overhead crane transports a steel or cast iron ladle. Sensors transmit weight information box, and type (2) from the ladle to the transition box, and on cable (1) from the transition box to a measurement device situated on the winding torque motor. When emptying the ladle, flames are rising surrounding the compensator and burning the first meters of the winding cable.

: (1) = 3 TO 6 months

The ladle car transports the molten steel from the electric furnace to the refining station. Here the steel will be transformed to different qyality types.

: The channel in which the cable is installed is exposed to the molten steel when the ladle   accidently overflows during transport. The cable supplies power to 4 weight sensors situated   on each of the car wheels transmitting information on ladle weight and contents.