Cone crushers (hydrocones) are mostly used as primary or secondary stones in mines. Hydrocones reduce the size of stones and the input load by applying pressure on them. In this way, the materials entering the machine are crushed under pressure in the space between the mantel (which moves eccentrically) and the cone (which is a fixed part).
The important point in the construction of the hydrocon device is that all parts that are in direct contact with the load must be made of manganese steel with molybdenum to have a high resistance to wear.
Features of Hydrocon:
- Used as a primary and secondary crusher in mines
- High efficiency in crushing hard stones
- High capacity due to having a large loading opening
- Very strong construction and high resistance during crushing operation
- Manufacturing wear parts from manganese steel with molybdenum
- High efficiency and reduced maintenance costs
The basis of the stone crusher
Hydrocon cone crusher for sand making (sand), fine crusher and chip crusher is one of the cone crushers that is usually used as a secondary crusher in mineral crushing lines, especially sand granulation sites. take Usually, the crushed load in the jaw crusher enters the hydrocon crusher after several stages.
The crushing process in this type of cone crusher for sand making (sand), fine crusher and chip breaker, by closing the gap between منتل (which is located on the main shaft)and کانکیو (which is installed inside the main body of the device, the top shell)Done. On the main shaft of the Hydrocon cone crusher, the cone-shaped head center is first placed, then the mantel is closed on it. Eccentric (out of center), which is located at the bottom of the main shaft, causes the limp motion of the hydrocon shaft. The sluggish movement of the shaft also leads to the change of the distance between the mantel and the cone in each rotation, and as a result, the load is reduced.
The energy required for the shaft and head center assembly and the hydrocon mantle is supplied from a dynamo. The rotational energy of the electromotor is transferred to the Cranville gear by the hydrocon housing assembly. The rotation of the crankshaft gear, which is located at the end of the steel bush, causes the rotation of the hydrocon shaft.
Instead of using a fixed amount of eccentric throw (eccentric throw) in each operating condition, hydrocon cone crushers for sand making, fine crushing and crushing are designed in such a way that they can be used to achieve the desired results. , changed the amount of limp. The most favorable grinding conditions are always obtained by accurately adjusting the amount of slack. The amount of slack can always be controlled with an off-center replaceable bronze sleeve. This sheath, located inside a covered space, can be easily replaced. Reciprocating motion is transmitted to the crusher head using an eccentric at the lower end of the main shaft. Lateral forces acting on the shaft as well as its rotational and limp movement are well managed by using bearings.
بدون دیدگاه