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Hydraulic Cone Crusher

Hydraulic Cone Crusher

[Introduction]: Hydraulic cone crusher is a kind of crushing equipment with a hydraulic system to adjust the mine outlet, and used for overload protection.

[Capacity]: 5~750t/h

[Improvement]: The supports at both ends of the cone crusher main shaft, scientific design of crushing chamber, double insurance control of hydraulic and lubricating system.

Advantages

PYY system bottom horizontal bar hydraulic cone crusher is international advanced cone crusher. It is highly reliable with high crushing efficiency and good shape of product size;

Multiple types of crushing cavities can be chosen. With suitable crushing cavity type and eccentricity, it can meet the production requirement and realize high production;

Hydraulic adjustment of the discharge port, which can expediently and timely adjust discharge port. The crusher can operate under full feed state, which reduces the consumption of quick-wear part and operation costs;

Advanced hydraulic pressure technology is applied to effectively realize overload protection. It simplifies the structure of crusher and reduces weight. All the maintenance and examination can be finished on the crusher, which makes maintenance more convenient;

Double insurance of hydraulic pressure and lubrication systems protects the hydraulic cone crusher during overload with good bearing lubrication;

Xinhai hydraulic cone crusher is reasonable in price and has a low operation cost;

Product Structure

Crusher-HC.jpg

Hydraulic Cone Crusher principle

Hydraulic cone crusher consists of the frame, transmission, hollow eccentric shaft, bowl-shaped bearing, crushing cone, springs and hydraulic pressure station for adjusting discharge opening. During operation, the motor drives eccentric shaft shell to rotate through a horizontal axle and a pair of bevel gear. The axle of crushing cone swings with the force of eccentric shaft shell so that the surface of the crushing wall is close to the roll mortar wall from time to time. In this way, the ores and rocks will be pressed and crooked and crushed.

Technical Parameters

ModelCavityInlet Dimension (mm)Max. Feed Size (mm)Min.    Outlet Dimension (mm)Max.    Feed Dimension (mm)Power
 (kW)
Weight
 (t)
StrokeStrokeStrokeStrokeStrokeStroke
PYY100   1622 1622 906
A1501201215 3937 
B1301051011 3331 
C1008579 3330 
D403256 3129 
PYY200 1825 1825 16010.6
A2201801822 3530 
B1501201519 3530 
C8060912 3530 
D403268 3530 
PYY300   2532 2532 25018.5
A2301902025 4540 
B1501251720 4540 
C80601013 4035 
D403268 4035 
PYY500   25324025324031522.5
A230180222630504540
B150125192226484338
C10080121416403530
D504081012302520
ModelStrokeTight Selvedge Outlet (mm) and Corresponding Production Capacity (t/h)
81216202530354045
PYY1001635~4045~5555~6565~7575~8590~100105~115

2245~5055~6565~7575~9085~105100~125115~135

PYY2001865~7575~9085~105100~125135~150160~175170~190

25
90~110110~130125~155160~180185~210


PYY30025100~120110~135130~160150~180170~200200~230230~260250~290270~310
32110~135130~150160~200180~220200~250230~280260~310280~320300~340
PYY50025100~120120~150140~170160~190190~220220~250250~280280~310330~370
32
150~170170~200200~230250~270280~300310~340370~420430~500
40
180~200210~240250~280300~330330~380370~420430~500

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