If you’re interested in purchasing a Cone Crusher and you’re unsure if it’s the equipment for the job, don’t worry because we’re going to dive straight into what it is and how it works. Simply put, Cone Crushers are basically a compression machine. And they go on to readily reduce your material by either compressing or squeezing your feed material. As such, this occurs when the material is passed through a stationary piece of steel and another piece that moves.
However, the materials final reduced size is determined by the gap formed at the lowest point as a result of the machines two crushing members. In essence, your final size is determined by the setting of your machines closed side. When the eccentric shaft(eje excéntrico) or wedge rotates, the chamber experiences a form of compression and the material is broken down into smaller pieces as it moves through the machines wear liner. During this action, the cavity’s opening also gets snugger.
After passing through the cavity, the perfectly crushed material is then discharged to the bottom of the Cone Crusher(Trituradora Conica). And if you’re looking for a 6:1 or even a 4:1 reduction ratio, you can easily achieve this with the use of a Cone Crusher. Even in the case where you’re hoping to receive a smaller sized product, a cone crusher works perfectly because it can be further reduced by setting the closed side tighter. However, when this is done your initial volume of material is now reduced in order to facilitate the machines tighter closed side.
And while we’ve just given a basic concept into how this particular machine works, we’ll now go a bit more in depth. For each crushing cycle your potential crusher has been perfectly designed so that both the feed and the upward thrust of its crushing head meet where the impact experienced is at its maximum. Additionally, the machines throw speed determines how quickly material is caught and delivered under an extremely powerful force; and it also determines how quickly material is allowed to fall and move on the other part of the process.
As a result of this, there is a significant escalation when it comes to production and your overall power consumption is also a great deal lower. In order to effectively crush the rock(aplastar la piedra), the bearing force transmits the desired moment to the main shaft. If you didn’t already know, the distance between the fulcrum and the bearing force is typically known as the force arm. When your machines force arm is long, it produces a greater momentum which goes on to exert a larger crushing force.
A large spherical bearing is also used for the purpose of receiving the crushing load in a fully distributed manner. And the long force arm we just mentioned is a representation of the machines main shaft. The main shaft goes on to reduce the initial load which can be transmitted through the eccentric bushing.
As we conclude, we have just looked at a concise introduction to the Cone Crusher. And we have also looked at the concept into how it works. So, if you’re planning to work with huge rocks for various purposes, a Cone Crusher just might be the perfect piece of machinery for your business.
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