Plant to roll flat products

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself at least three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which is able to transfer these slabs onto a third walking beam, which in turn can transfer the slabs onto an outlet roller conveyor, wherein said temperature equalization furnace has first and second opposing ends, the first opposing end being located adjacent said at least one continuous casting line and the second opposing end being located adjacent said rolling train, further comprising an emergency exit from the temperature equalization furnace which cooperates with said outlet roller conveyor at said first opposing end.

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself at least three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which is able to transfer these slabs onto a third walking beam, which in turn can transfer the slabs onto an outlet roller conveyor, wherein the three walking beams comprise grid elements arranged parallel to each other, the grid elements being alternately stationary and movable;

• and in which
• the grid elements belonging to the second walking beam are positioned at a pre-set oblique angle to the direction of feed of the slabs in the equalization furnace.

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which in turn can transfer the slabs onto an outlet roller conveyor, wherein the outlet roller conveyor cooperates with an emergency exit from the temperature equalization furnace.

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself at least three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which is able to transfer these slabs onto a third walking beam, which in turn can transfer the slabs onto an outlet roller conveyor, in which the width of the second walking beam is enough to be able to bear a number of slabs having a weight corresponding to that of the whole quantity of liquid steel held in the ladle feeding the at least one continuous casting line.

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself at least three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which is able to transfer these slabs onto a third walking beam, which in turn can transfer the slabs onto an outlet roller conveyor, wherein said temperature equalization furnace has first and second opposing ends, the first opposing end being located adjacent said at least one continuous casting line and the second opposing end being located adjacent said rolling train, further comprising an emergency exit rom said temperature equalization furnace which cooperates with said intake roller conveyor at said second opposing end.

Plant to roll flat products which is fed in line by at least one continuous casting line equipped with a shears upstream of a temperature equalization furnace, the outlet of which is in the immediate vicinity of and in cooperation with the intake of a rolling train, the plant being characterized in that the temperature equalization furnace comprises within itself three walking beams, of which a first walking beam cooperates with an intake roller conveyor of the temperature equalization furnace and is able to take continuously slabs arriving from the at least one continuous casting line and arranged on the intake roller conveyor and to place them on a second intermediate walking beam, which in turn can transfer the slabs onto an outlet roller conveyor wherein temperature maintenance and heating furnace is provided with an emergency exit.