CZS51B Cone crusher for 200 T/H stone crushing plant in China

CZS51B Cone crusher for 200 T/H stone crushing plant in China

  • Submitted By: Rating
  • Date Submitted: 04/29/2015 1:05 AM
  • Category: Business
  • Words: 300
  • Page: 2

CZS high-efficient cone crusher, also known as CZS high-efficient spring cone crusher, is an updated version of traditional spring cone crusher at the base of improvement of technology and practice.
The CZS high-efficient spring cone crusher is mainly composed of frame, fixed cone assembly, movable cone assembly, spring mechanism, bowl pedestal part, transmission device and so on, and the auxiliary device includes electrical system, diluted oil lubrication station and hydraulic cleaning chamber system. As for crusher cavity, there are four types: fine cavity, medium cavity, coarse cavity and extra coarse cavity, which effects output size and capacity. As for CZS 51B cone crusher with a medium cavity, the main specifications as follow:
Maximum feeding size: 178mm
Adjustable range of discharge opening: 5-16-38mm
Capacity: 132-253t/h.
In general, CZS cone crusher of Great Wall Heavy Industry Company has 8 different models, and the output size range is from 3mm to 64mm while the capacity range is from 27t/h to 653t/h, which can satisfy various customers’ demands. Even in a model, output size and capacity are different owing to different cavity. What you need to do is choosing a model which is suitable for raw material and production requirement.
Any question, even about even about failure, troubleshooting and maintenance, email us, I am pleased to help you.
http://greatwallcrusher.net
Email: greatwallmails@gmail.com


When the hydraulic cone crusher is working, the motor drives the eccentric bearing bushing via spring coupling, transmission shaft and a couple of cone gear wheel. The crushing cone axis is forced to swing by the eccentric bearing bushing, which makes the mantle close to the bowl liner and far away from the bowl liner from time to time. The raw materials are pressed, impacted and finally crushed in the crushing cavity.

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