An automatic material feeding and blending,
smoke prevention,
dust control and emission reduction integrated
system for an electric furnace is characterized by comprising a
machine frame, the electric furnace installed on a lower platform of the
machine frame, a balling bag which is close to the front side of the electric furnace and hung on a top platform of the
machine frame, a balling
smoke and dust
trapping system next to the balling bag, a blending rack located on the back side of the electric furnace and installed on the lower platform of the machine frame, an
alloy preparing overhead bin installed on the top of the blending rack, an electromagnetic vibrating feeder installed below the
alloy preparing overhead bin, an
alloy weighing hopper hung on the alloy preparing overhead bin, a bidirectional belt conveyer located below the alloy weighing hopper and installed on the blending rack, an electric furnace vibrating feeding trolley placed on the lower platform of the machine frame, a movable furnace rear automatic iron preparing device hung on the top platform of the machine frame, and a central integrated
control system installed on the machine frame. The
system is high in
automation degree, capable of achieving
smoke and dust removal, energy saving and emission reduction, relieving the labor intensity of staff and improving production efficiency, and capable of being widely applied to electric furnace
smelting systems.