TZS super hydraulic cone crusher is the world advanced cone crusher developed by Tarzan, it is introduced Germany’s most advanced technology, breaks the previous cone crusher structure design concept and adopts the laminated crushing principle. This crusher significantly improved the crushing capacity and product quality. Equipped with hydraulic lubrication system, it can guarantee the equipment operate reliably and also greatly reduce the labor input and time. 

 

Application:

It is widely used for mining ore crushing, high hardness stone crushing, building material crushing, cement plant and gravel manufacturing industry and so on. 

     

Features:
1. Intelligent design, higher efficiency
Intelligent design; digital display of the crushing condition and equipment operation; program control; fault alarm; automatic adjustment for oil pressure; more intuitive observation; more convenient adjustment . Compared with spring cone crusher, this equipment can increase *5%**0% output and save *0% power with the same size of crushing cone.
2. multi use, simple operation
It can be adjusted to three type of crushing cavity (coarse, medium, fine) by changing some wearing parts and the location of parts assembly. During the production, if the crushing cavity is blocked by hard iron and stopped instantly, there is no need to disassemble the equipment. The fault matter can be discharged automatically by the hydraulic device.
3. Lubrication system, more protection
Equipped with special lubrication system, it can guarantee the oil flow between components, thus each component can be lubricated sufficiently. Multi-points split hydraulic lubrication control system ensure the double-protection and overload protection for machine bearing lubricating.
4.  Automatic adjustment, more convenient operation
Through controlling the hydraulic oil station, equipment can be controlled automatically and simplified the operation procedure.

 
Principle:
When TZS super hydraulic cone crusher works, the motor drives the eccentric sleeve to swing around a fixed point by pulley or coupling, transmission shaft and cone.  
Under the rotation of eccentric sleeve, the broken wall come or leaves the rolling wall surface which is fixed in the adjusting sleeve from time to time. This movement leads the ore to be pressed, bended and at last to be crushed in the crushing cavity.