Powder Grinding Equipment Part V
Bucket Elevator
The
bucket elevator is one of the straight conveyances used for metal and non-metal
ores such as gravel, cement, bauxite, coal, and so on. This tool with a
capacity of 6-46 m3 / h has an upward carrying capacity which is also applied
to sand, gypsum, limestone and other granular materials. With its large
capacity this tool is capable of having a long life even with relatively easy
maintenance and operation. Equipped with good sealing on this tool, so that it
can minimize pollution to the environment.
The
working principle of the bucket elevator begins with the movement of
circulation by the bucket when the motor is started, where the movement is
carried out along the leg with a movement from bottom to top. Then the material
enters the bucket which continues to the head of the lift and is discharged
under the influence of gravity and centrifugal forces. Then the loop is
repeated, such as when the bucket belt rotates around the head pulley (before
the material enters the bucket), until the disposal of the materials at the
bottom is lifted to a certain height. This is done so that the vertical lifting
conditions can be met.
Electromagnetic Vibrating Feeder
In
the world of mining and industry of course it will require electromagnetic
vibrating feeders to complete certain projects. The main use of this tool is
for the continuous feeding of powder, bulk material, lumps and granules. In
addition, this tool has a controller that functions to accurately control the
feed so that it can operate effectively and efficiently. This tool also has an
important role in determining the performance of milling machines, screening
equipment, conveyor belts, and the like.
Lubrication
on a tool which has a capacity of 5-100 t / h is only required for certain
parts. Not only engaged in industry and mining, this tool is also often used
for building materials, ceramics, metallurgy, and other quantitative materials.
The working principle of the electromagnetic vibrating feeder is the principle
of self-synchronization through the use of two eccentric vibration motors to
form a 60˚ combined force. Then to remove the material from the tub, it is
necessary to push through periodic vibrations so that it can feed granules,
powders, and others to certain tools continuously.
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